diff options
| author | Doc Manager <doceng@FreeBSD.org> | 1997-10-21 14:18:47 +0000 |
|---|---|---|
| committer | Doc Manager <doceng@FreeBSD.org> | 1997-10-21 14:18:47 +0000 |
| commit | c60d02e58116f0bc849b3044b5c5d00847c2a049 (patch) | |
| tree | 4d8185e7fda26ad545708eb7c9c944444b0b434c | |
| parent | 2b0315ee748a447e6c06f4a099aad5aa38b4f263 (diff) | |
| download | doc-release/2.2.5.tar.gz doc-release/2.2.5.zip | |
Create tag '2.2.5'.release/2.2.5
62 files changed, 0 insertions, 23246 deletions
diff --git a/en/tutorials/Makefile b/en/tutorials/Makefile deleted file mode 100644 index 0434928bee..0000000000 --- a/en/tutorials/Makefile +++ /dev/null @@ -1,11 +0,0 @@ -# $Id: Makefile,v 1.11 1997-09-13 04:24:09 jfieber Exp $ - -DOCS?= index.sgml -SUBDIR= devel diskformat disklessx fonts mh multios newuser upgrade -DOCSUBDIR= ddwg ppp - -.if defined $(NEW_BUILD) -SUBDIR= -.endif - -.include "../web.mk" diff --git a/en/tutorials/Makefile.inc b/en/tutorials/Makefile.inc deleted file mode 100644 index 7da7fe75c2..0000000000 --- a/en/tutorials/Makefile.inc +++ /dev/null @@ -1,4 +0,0 @@ -# $Id: Makefile.inc,v 1.4 1997-07-01 03:52:21 max Exp $ - -WEBBASE?= /data/tutorials -SGMLOPTS+= -hdr ${.CURDIR}/../doc.hdr -ftr ${.CURDIR}/../doc.ftr diff --git a/en/tutorials/ddwg/Makefile b/en/tutorials/ddwg/Makefile deleted file mode 100644 index f28e8dcab7..0000000000 --- a/en/tutorials/ddwg/Makefile +++ /dev/null @@ -1,6 +0,0 @@ -# $Id: Makefile,v 1.3 1997-07-01 05:38:11 max Exp $ - -DOC= ddwg -SRCS= ddwg.sgml - -.include <bsd.sgml.mk> diff --git a/en/tutorials/ddwg/ddwg.sgml b/en/tutorials/ddwg/ddwg.sgml deleted file mode 100644 index 9cb25739aa..0000000000 --- a/en/tutorials/ddwg/ddwg.sgml +++ /dev/null @@ -1,1142 +0,0 @@ -<!DOCTYPE linuxdoc PUBLIC "-//FreeBSD//DTD linuxdoc//EN"> - -<!-- - ++++++++++++++++++++++++++++++++++++++++++++++++++ - ++ file: /home/erich/lib/src/sgml/ddwg.sgml - ++ - ++ Copyright Eric L. Hernes - Wednesday, August 2, 1995 - ++ - ++ $Id: ddwg.sgml,v 1.4 1997-10-03 20:53:38 wosch Exp $ - ++ - ++ Sgml doc for something - --> - -<article> - -<title>FreeBSD Device Driver Writer's Guide -<author>Eric L. Hernes, <tt/erich@rrnet.com/ -<date>Wednesday, May 29, 1996 - -<abstract> - -This document describes how to add a device driver to FreeBSD. It is -<it/not/ intended to be a tutorial on UNIX device drivers in general. -It is intended for device driver authors, familiar with the UNIX -device driver model, to work on FreeBSD. - -</abstract> - -<toc> - -<sect> Overview - -<p> <it> -The FreeBSD kernel is very well documented, unfortunately it's all -in `C'. -</it> - -<sect> Types of drivers. - -<sect1> Character - -<sect2> Data Structures -<p> <tt/struct cdevsw/ Structure - -<sect2> Entry Points -<sect3> d_open() -<p> -d_open() takes several arguments, the formal list looks something like: -<code> -int -d_open(dev_t dev, int flag, int mode, struct proc *p) -</code> -d_open() is called on <em/every/ open of the device. -<p> - -The <tt/dev/ argument contains the major and minor number of the -device opened. These are available through the macros <tt/major()/ and -<tt/minor()/ -<p> - -The <tt/flag/ and <tt/mode/ arguments are as described in the -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?open(2)" name="open(2)"> -manual page. It is recommended that you check these for access modes -in <sys/fcntl.h> and do what is required. For example if <tt/flag/ -is (O_NONBLOCK | O_EXLOCK) the open should fail if either it would -block, or exclusive access cannot be granted. -<p> - -The <tt/p/ argument contains all the information about the current -process. - -<sect3> d_close() -<p> -d_close() takes the same argument list as d_open(): -<code> -int -d_close(dev_t dev , int flag , int mode , struct proc *p) -</code> - -d_close() is only called on the last close of your device (per minor -device). For example in the following code fragment, d_open() is called -3 times, but d_close() is called only once. -<code> - ... - fd1=open("/dev/mydev", O_RDONLY); - fd2=open("/dev/mydev", O_RDONLY); - fd3=open("/dev/mydev", O_RDONLY); - ... - <useful stuff with fd1, fd2, fd3 here> - ... - close(fd1); - close(fd2); - close(fd3); - ... -</code> - -The arguments are similar to those described above for -d_open(). - -<sect3> d_read() and d_write() -<p> -d_read() and d_write take the following argument lists: -<code> -int -d_read(dev_t dev, struct uio *uio, int flat) -int -d_write(dev_t dev, struct uio *uio, int flat) -</code> - -The d_read() and d_write() entry points are called when -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?read(2)" name="read(2)"> and -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?write(2)" name="write(2)"> -are called on your device from user-space. The transfer -of data can be handled through the kernel support routine uiomove(). - -<sect3> d_ioctl() -<p> -It's argument list is as follows: -<code> -int -d_ioctl(dev_t dev, int cmd, caddr_t arg, int flag, struct proc *p) -</code> - -d_ioctl() is a catch-all for operations which don't make sense in -a read/write paradigm. Probably the most famous of all ioctl's is on -tty devices, through -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?stty(1)" name="stty(1)">. -The ioctl entry point is called from -ioctl() in sys/kern/sys_generic.c<p> - -There are four different types of ioctl's which can be implemented. -<sys/ioccom.h> contains convenience macros for defining these ioctls. - -<tt/_IO(g,n)/ for control type operations. &nl; - -<tt/_IOR(g,n,t)/ for operations that read data from a device. &nl; - -<tt/_IOW(g,n,t)/ for operations that write data to a device. &nl; - -<tt/_IOWR(g,n,t)/ for operations that write to a device, and then -read data back. &nl; - -Here <tt/g/ refers to a <em/group/. This is an 8-bit value, typically -indicative of the device; for example, 't' is used in tty ioctls. -<tt/n/ refers to the number of the ioctl within the group. On SCO, this -number alone denotes the ioctl. <tt/t/ is the data type which will -get passed to the driver; this gets handed to a sizeof() operator in -the kernel. The ioctl() system call will either copyin() or copyout() -or both for your driver, then hand you a pointer to the data structure -in the <tt/arg/ argument of the d_ioctl call. Currently the data size -is limited to one page (4k on the i386). - -<sect3> d_stop() -<sect3> d_reset() -<sect3> d_devtotty() -<sect3> d_select() -<sect3> d_mmap() -<sect3> d_strategy() -<p> -d_strategy()'s argument list is as follows: -<code> -void -d_strategy(struct buf *bp) -</code> - -<p> d_strategy() is used for devices which use some form of scatter-gather -io. It is most common in a block device. This is significantly different -than the System V model, where only the block driver performs scatter-gather -io. Under BSD, character devices are sometimes requested to perform -scatter-gather io via the readv() and writev() system calls. - -<sect2> Header Files - -<sect1> Block -<sect2> Data Structures -<p> <tt/struct bdevsw/ Structure -<p> <tt/struct buf/ Structure - -<sect2> Entry Points -<sect3> d_open() -<p> Described in the Character device section. - -<sect3> d_close() -<p> Described in the Character device section. - -<sect3> d_strategy() -<p> Described in the Character device section. - -<sect3> d_ioctl() -<p> Described in the Character device section. - -<sect3> d_dump() - -<sect3> d_psize() - -<sect2> Header Files - -<sect1> Network -<sect2> Data Structures -<p> <tt/struct ifnet/ Structure - -<sect2> Entry Points -<sect3> if_init() -<sect3> if_output() -<sect3> if_start() -<sect3> if_done() -<sect3> if_ioctl() -<sect3> if_watchdog() - -<sect2> Header Files - -<sect1> Line Discipline -<sect2> Data Structures - -<p> <tt/struct linesw/ Structure - -<sect2> Entry Points -<sect3> l_open() -<sect3> l_close() -<sect3> l_read() -<sect3> l_write() -<sect3> l_ioctl() -<sect3> l_rint() -<sect3> l_start() -<sect3> l_modem() - -<sect2> Header Files - -<sect> Supported Busses - -<sect1> ISA -- Industry Standard Architecture -<sect2> Data Structures - -<sect3> <tt/struct isa_device/ Structure -<p> -This structure is required, but generally it is created by -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)"> -from the kernel configuration file. It is required on a per-device -basis, meaning that if you have a driver which controls two serial -boards, you will have two isa_device structures. If you build a -device as an LKM, you must create your own isa_device structure to -reflect your configuration. (lines 85 - 131 in pcaudio_lkm.c) There is -nearly a direct mapping between the config file and the isa_device -structure. The definition from /usr/src/sys/i386/isa/isa_device.h is: -<code> -struct isa_device { - int id_id; /* device id */ - struct isa_driver *id_driver; - int id_iobase; /* base i/o address */ - u_short id_irq; /* interrupt request */ - short id_drq; /* DMA request */ - caddr_t id_maddr; /* physical i/o memory address on bus (if any)*/ - int id_msize; /* size of i/o memory */ - inthand2_t *id_intr; /* interrupt interface routine */ - int id_unit; /* unit number */ - int id_flags; /* flags */ - int id_scsiid; /* scsi id if needed */ - int id_alive; /* device is present */ -#define RI_FAST 1 /* fast interrupt handler */ - u_int id_ri_flags; /* flags for register_intr() */ - int id_reconfig; /* hot eject device support (such as PCMCIA) */ - int id_enabled; /* is device enabled */ - int id_conflicts; /* we're allowed to conflict with things */ - struct isa_device *id_next; /* used in isa_devlist in userconfig() */ -}; -</code> - -<!-- XXX add stuff here --> -<sect3> <tt/struct isa_driver/ Structure - -<p> -This structure is defined in ``/usr/src/sys/i386/isa/isa_device.h''. -These are required on a per-driver basis. The definition is: -<code> -struct isa_driver { - int (*probe) __P((struct isa_device *idp)); - /* test whether device is present */ - int (*attach) __P((struct isa_device *idp)); - /* setup driver for a device */ - char *name; /* device name */ - int sensitive_hw; /* true if other probes confuse us */ -}; -</code> - -This is the structure used by the probe/attach code to detect and -initialize your device. The <tt/probe/ member is a pointer to your -device probe function; the <tt/attach/ member is a pointer to your -attach function. The <tt/name/ member is a character pointer to the -two or three letter name for your driver. This is the name reported -during the probe/attach process (and probably also in -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?lsdev(8)" name="lsdev(8)">). The -<tt/sensitive_hw/ member is a flag which helps the probe code -determine probing order. - -A typical instantiation is: -<code> -struct isa_driver mcddriver = { mcd_probe, mcd_attach, "mcd" }; -</code> - -<sect2> Entry Points - -<sect3> probe() -<p> -probe() takes a <tt/struct isa_device/ pointer as an argument and returns -an int. The return value is ``zero'' or ``non-zero'' as to the absence -or presence of your device. This entry point may (and probably should) -be declared as <tt/static/ because it is accessed via the <tt/probe/ member -of the <tt/struct isa_driver/ structure. This function is intended -to detect the presence of your device only; it should not do any -configuration of the device itself. - -<sect3> attach() -<p> -attach() also takes a <tt/struct isa_device/ pointer as an argument and -returns an int. The return value is also ``zero'' or ``non-zero'' indicating -whether or not the attach was successful. This function is intended -to do any special initialization of the device as well as confirm that -the device is usable. It too should be declared <tt/static/ because -it is accessed through the <tt/attach/ member of the <tt/isa_driver/ -structure. - -<sect2> Header Files - -<sect1> EISA -- Extended Industry Standard Architecture - -<sect2> Data Structures - -<p> <tt/struct eisa_dev/ Structure -<p> <tt/struct isa_driver/ Structure - -<sect2> Entry Points - -<sect3> probe() -<p> Described in the ISA device section. - -<sect3> attach() -<p> Described in the ISA device section. - -<sect2> Header Files - -<sect1> PCI -- Peripheral Computer Interconnect -<sect2> Data Structures - -<p> <tt/struct pci_device/ Structure - - name: The short device name. - - probe: Checks if the driver can support a device - with this type. The tag may be used to get - more info with pci_read_conf(). See below. - It returns a string with the device's name, - or a NULL pointer, if the driver cannot - support this device. - - attach: Allocate a control structure and prepare - it. This function may use the PCI mapping - functions. See below. - (configuration id) or type. - - count: A pointer to a unit counter. - It's used by the PCI configurator to - allocate unit numbers. - -<sect2> Entry Points - -<sect3> probe() - -<sect3> attach() - -<sect3> shutdown() - -<sect2> Header Files - -<sect1> SCSI -- Small Computer Systems Interface -<sect2> Data Structures - -<p> <tt/struct scsi_adapter/ Structure -<p> <tt/struct scsi_device/ Structure -<p> <tt/struct scsi_ctlr_config/ Structure -<p> <tt/struct scsi_device_config/ Structure -<p> <tt/struct scsi_link/ Structure - -<sect2> Entry Points -<sect3> attach() -<sect3> init() - -<sect2> Header Files - -<sect1> PCCARD (PCMCIA) -<sect2> Data Structures -<p> <tt/struct slot_cont/ Structure -<p> <tt/struct pccard_drv/ Structure -<p> <tt/struct pccard_dev/ Structure -<p> <tt/struct slot/ Structure - -<sect2> Entry Points -<sect3> handler() -<sect3> unload() -<sect3> suspend() -<sect3> init() - -<sect2> Header Files - a. <pccard/slot.h> - -<sect> Linking Into the Kernel. - -<p> -In FreeBSD, support for the ISA and EISA busses is i386 specific. -While FreeBSD itself is presently available on the i386 platform, -some effort has been made to make the PCI, PCCARD, and SCSI code -portable. The ISA and EISA specific code resides in -/usr/src/sys/i386/isa and /usr/src/sys/i386/eisa respectively. -The machine independent PCI, PCCARD, and SCSI code reside in -/usr/src/sys/{pci,pccard,scsi}. The i386 specific code for these -reside in /usr/src/sys/i386/{pci,pccard,scsi}. - -<p> -In FreeBSD, a device driver can be either binary or source. There is -no ``official'' place for binary drivers to reside. BSD/OS uses -something like sys/i386/OBJ. Since most drivers are distributed -in source, the following discussion refers to a source driver. -Binary only drivers are sometimes provided by hardware vendors -who wish to maintain the source as proprietary. - -<p> -A typical driver has the source code in one c-file, say dev.c. The -driver also can have some include files; devreg.h typically contains -public device register declarations, macros, and other driver -specific declarations. Some drivers call this devvar.h instead. -Some drivers, such as the dgb (for the Digiboard PC/Xe), -require microcode to be loaded onto the board. For the dgb driver -the microcode is compiled and dumped into a header file ala -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?file2c(1)" name="file2c(1)">. - -<p> -If the driver has data structures and ioctl's which are specific to -the driver/device, and need to be accessible from user-space, they -should be put in a separate include file which will reside in -/usr/include/machine/ (some of these reside in /usr/include/sys/). -These are typically named something like ioctl_dev.h or devio.h. - -<p> -If a driver is being written which, from user space is -identical to a device which already exists, care should be taken to -use the same ioctl interface and data structures. For example, from -user space, a SCSI CDROM drive should be identical to an IDE cdrom -drive; or a serial line on an intelligent multiport card (Digiboard, -Cyclades, ...) should be identical to the sio devices. These devices -have a fairly well defined interface which should be used. - -<p> -There are two methods for linking a driver into the kernel, static and -the LKM model. The first method is fairly standard across the -*BSD family. The other method was originally developed by Sun -(I believe), and has been implemented into BSD using the Sun model. -I don't believe that the current implementation uses any Sun code. - -<sect1> Standard Model - -<p> -The steps required to add your driver to the standard FreeBSD kernel are -<itemize> -<item> Add to the driver list -<item> Add an entry to the [bc]devsw -<item> Add the driver entry to the kernel config file -<item> <htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)">, -compile, and install the kernel -<item> make required nodes. -<item> reboot. -</itemize> - -<sect2> Adding to the driver list. -<p> -The standard model for adding a device driver to the Berkeley kernel -is to add your driver to the list of known devices. This list is -dependent on the CPU architecture. If the device is not i386 specific -(PCCARD, PCI, SCSI), the file is in ``/usr/src/sys/conf/files''. -If the device is i386 specific, use ``/usr/src/sys/i386/conf/files.i386''. -A typical line looks like: -<tscreen><code> -i386/isa/joy.c optional joy device-driver -</code></tscreen> - -The first field is the pathname of the driver module relative to -/usr/src/sys. For the case of a binary driver the path would be -something like ``i386/OBJ/joy.o''. - -The second field tells -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)"> -that this is an optional driver. Some -devices are required for the kernel to even be built. - -The third field is the name of the device. - -The fourth field tells config that it's a device driver (as opposed to -just optional). This causes config to create entries for the device -in some structures in /usr/src/sys/compile/KERNEL/ioconf.c. - -It is also possible to create a file -``/usr/src/sys/i386/conf/files.KERNEL'' whose contents will override -the default files.i386, but only for the kernel ``KERNEL''. - -<sect2>Make room in conf.c -<p> -Now you must edit ``/usr/src/sys/i386/i386/conf.c'' to make an entry -for your driver. Somewhere near the top, you need to declare your -entry points. The entry for the joystick driver is: -<code> -#include "joy.h" -#if NJOY > 0 -d_open_t joyopen; -d_close_t joyclose; -d_rdwr_t joyread; -d_ioctl_t joyioctl; -#else -#define joyopen nxopen -#define joyclose nxclose -#define joyread nxread -#define joyioctl nxioctl -#endif -</code> - -This either defines your entry points, or null entry points which -will return ENXIO when called (the #else clause). - -The include file ``joy.h'' is automatically generated by -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)"> when -the kernel build tree is created. This usually has only one line like: -<code> -#define NJOY 1 -</code> -or -<code> -#define NJOY 0 -</code> -which defines the number of your devices in your kernel. - -You must additionally add a slot to either cdevsw[&rsqb, or to -bdevsw[&rsqb, depending on whether it is a character device or -a block device, or both if it is a block device with a raw interface. -The entry for the joystick driver is: - -<code> -/* open, close, read, write, ioctl, stop, reset, ttys, select, mmap, strat */ -struct cdevsw cdevsw[] = -{ - ... - { joyopen, joyclose, joyread, nowrite, /*51*/ - joyioctl, nostop, nullreset, nodevtotty,/*joystick */ - seltrue, nommap, NULL}, - ... -} -</code> - -Order is what determines the major number of your device. Which is why -there will always be an entry for your driver, either null entry -points, or actual entry points. It is probably worth noting that this -is significantly different from SCO and other system V derivatives, -where any device can (in theory) have any major number. This is -largely a convenience on FreeBSD, due to the way device nodes are -created. More on this later. - -<sect2>Adding your device to the config file. -<p> -This is simply adding a line describing your device. -The joystick description line is: -<verb> -device joy0 at isa? port "IO_GAME" -</verb> -This says we have a device called ``joy0'' on the isa bus using -io-port ``IO_GAME'' (IO_GAME is a macro defined in -/usr/src/sys/i386/isa/isa.h). - -A slightly more complicated entry is for the ``ix'' driver: -<verb> -device ix0 at isa? port 0x300 net irq 10 iomem 0xd0000 iosiz 32768 vector ixintr -</verb> -This says that we have a device called `ix0' on the ISA bus. It uses -io-port 0x300. It's interrupt will be masked with other devices in -the network class. It uses interrupt 10. It uses -32k of shared memory at physical address 0xd0000. It also defines -it's interrupt handler to be ``ixintr()'' - -<sect2><htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)"> -the kernel. -<p> -Now with our config file in hand, we can create a kernel compile directory. -This is done by simply typing: -<verb> -# config KERNEL -</verb> -where KERNEL is the name of your config file. Config creates a -compile tree for you kernel in /usr/src/sys/compile/KERNEL. It -creates the Makefile, some .c files, and some .h files with macros -defining the number of each device in your kernel. - -Now you can go to the compile directory and build. Each time you run -config, your previous build tree will be removed, unless you config -with a -n. If you have config'ed and compiled a GENERIC kernel, you can -``make links'' to avoid compiling a few files on each iteration. I typically -run -<verb> -# make depend links all -</verb> -followed by a ``make install'' when the kernel is done to my liking. - -<sect2>Making device nodes. -<p> -On FreeBSD, you are responsible for making your own device nodes. The -major number of your device is determined by the slot number in the -device switch. Minor number is driver dependent, of course. You can -either run the mknod's from the command line, or add a section to -/dev/MAKEDEV.local, or even /dev/MAKEDEV to do the work. I sometimes -create a MAKEDEV.dev script that can be run stand-alone or pasted -into /dev/MAKEDEV.local - -<sect2>Reboot. -<p> -This is the easy part. There are a number of ways to do this, reboot, -fastboot, shutdown -r, cycle the power, etc. Upon bootup you should -see your XXprobe() called, and if all is successful, your XXattach() -too. - -<sect1> Loadable Kernel Module (LKM) - -<p> -There are really no defined procedures for writing an LKM driver. The -following is my own conception after experimenting with the LKM device -interface and looking at the standard device driver model, this is one -way of adding an LKM interface to an existing driver without touching -the original driver source (or binary). It is recommended though, -that if you plan to release source to your driver, the LKM specific -parts should be part of the driver itself, conditionally compiled -on the LKM macro (i.e. #ifdef LKM). - -This section will focus on writing the LKM specific part of the driver. We -will assume that we have written a driver which will drop into the standard -device driver model, which we would now like to implement as an LKM. We will -use the pcaudio driver as a sample driver, and develop an LKM front-end. The -source and makefile for the pcaudio LKM, ``pcaudio_lkm.c'' and ``Makefile'', -should be placed in /usr/src/lkm/pcaudio. What follows is a breakdown of -pcaudio_lkm.c. - -Lines 17 - 26 - - -- This includes the file ``pca.h'' and conditionally compiles the rest -of the LKM on whether or not we have a pcaudio device defined. This -mimics the behavior of config. In a standard device driver, -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)"> -generates the pca.h file from the number pca devices in the config file. -<code> - 17 /* - 18 * figure out how many devices we have.. - 19 */ - 20 - 21 #include "pca.h" - 22 - 23 /* - 24 * if we have at least one ... - 25 */ - 26 #if NPCA > 0 -</code> - -Lines 27 - 37 - - -- Includes required files from various include directories. -<code> - 27 #include <sys/param.h> - 28 #include <sys/systm.h> - 29 #include <sys/exec.h> - 30 #include <sys/conf.h> - 31 #include <sys/sysent.h> - 32 #include <sys/lkm.h> - 33 #include <sys/errno.h> - 34 #include <i386/isa/isa_device.h> - 35 #include <i386/isa/isa.h> - 36 - 37 -</code> - -Lines 38 - 51 - - -- Declares the device driver entry points as external. -<code> - 38 /* - 39 * declare your entry points as externs - 40 */ - 41 - 42 extern int pcaprobe(struct isa_device *); - 43 extern int pcaattach(struct isa_device *); - 44 extern int pcaopen(dev_t, int, int, struct proc *); - 45 extern int pcaclose(dev_t, int, int, struct proc *); - 46 extern int pcawrite(dev_t, struct uio *, int); - 47 extern int pcaioctl(dev_t, int, caddr_t); - 48 extern int pcaselect(dev_t, int, struct proc *); - 49 extern void pcaintr(struct clockframe *); - 50 extern struct isa_driver pcadriver; - 51 -</code> - -Lines 52 - 70 - - -- This is creates the device switch entry table for your driver. -This table gets swapped wholesale into the system device switch at -the location specified by your major number. In the standard model, -these are in /usr/src/sys/i386/i386/conf.c. NOTE: you cannot pick a -device major number higher than what exists in conf.c, for example at -present, conf.c rev 1.85, there are 67 slots for character devices, -you cannot use a (character) major device number 67 or greater, -without first reserving space in conf.c. -<code> - 52 /* - 53 * build your device switch entry table - 54 */ - 55 - 56 static struct cdevsw pcacdevsw = { - 57 (d_open_t *) pcaopen, /* open */ - 58 (d_close_t *) pcaclose, /* close */ - 59 (d_rdwr_t *) enodev, /* read */ - 60 (d_rdwr_t *) pcawrite, /* write */ - 61 (d_ioctl_t *) pcaioctl, /* ioctl */ - 62 (d_stop_t *) enodev, /* stop?? */ - 63 (d_reset_t *) enodev, /* reset */ - 64 (d_ttycv_t *) enodev, /* ttys */ - 65 (d_select_t *) pcaselect, /* select */ - 66 (d_mmap_t *) enodev, /* mmap */ - 67 (d_strategy_t *) enodev /* strategy */ - 68 }; - 69 - 70 -</code> - -Lines 71 - 131 - - -- This section is analogous to the config file declaration of your -device. The members of the isa_device structure are filled in by what -is known about your device, I/O port, shared memory segment, etc. We -will probably never have a need for two pcaudio devices in the kernel, -but this example shows how multiple devices can be supported. -<code> - 71 /* - 72 * this lkm arbitrarily supports two - 73 * instantiations of the pc-audio device. - 74 * - 75 * this is for illustration purposes - 76 * only, it doesn't make much sense - 77 * to have two of these beasts... - 78 */ - 79 - 80 - 81 /* - 82 * these have a direct correlation to the - 83 * config file entries... - 84 */ - 85 struct isa_device pcadev[NPCA] = { - 86 { - 87 11, /* device id */ - 88 &pcadriver, /* driver pointer */ - 89 IO_TIMER1, /* base io address */ - 90 -1, /* interrupt */ - 91 -1, /* dma channel */ - 92 (caddr_t)-1, /* physical io memory */ - 93 0, /* size of io memory */ - 94 pcaintr , /* interrupt interface */ - 95 0, /* unit number */ - 96 0, /* flags */ - 97 0, /* scsi id */ - 98 0, /* is alive */ - 99 0, /* flags for register_intr */ - 100 0, /* hot eject device support */ - 101 1 /* is device enabled */ - 102 }, - 103 #if NPCA >1 - 104 { - 105 - 106 /* - 107 * these are all zeros, because it doesn't make - 108 * much sense to be here - 109 * but it may make sense for your device - 110 */ - 111 - 112 0, /* device id */ - 113 &pcadriver, /* driver pointer */ - 114 0, /* base io address */ - 115 -1, /* interrupt */ - 116 -1, /* dma channel */ - 117 -1, /* physical io memory */ - 118 0, /* size of io memory */ - 119 NULL, /* interrupt interface */ - 120 1, /* unit number */ - 121 0, /* flags */ - 122 0, /* scsi id */ - 123 0, /* is alive */ - 124 0, /* flags for register_intr */ - 125 0, /* hot eject device support */ - 126 1 /* is device enabled */ - 127 }, - 128 #endif - 129 - 130 }; - 131 -</code> - -Lines 132 - 139 - - -- This calls the C-preprocessor macro MOD_DEV, which sets up an LKM device -driver, as opposed to an LKM filesystem, or an LKM system call. -<code> - 132 /* - 133 * this macro maps to a function which - 134 * sets the LKM up for a driver - 135 * as opposed to a filesystem, system call, or misc - 136 * LKM. - 137 */ - 138 MOD_DEV("pcaudio_mod", LM_DT_CHAR, 24, &pcacdevsw); - 139 -</code> - -Lines 140 - 168 - - -- This is the function which will be called when the driver is -loaded. This function tries to work like sys/i386/isa/isa.c -which does the probe/attach calls for a driver at boot time. The -biggest trick here is that it maps the physical address of the shared -memory segment, which is specified in the isa_device structure to a -kernel virtual address. Normally the physical address is put in the -config file which builds the isa_device structures in -/usr/src/sys/compile/KERNEL/ioconf.c. The probe/attach sequence of -/usr/src/sys/isa/isa.c translates the physical address to a virtual -one so that in your probe/attach routines you can do things like -<verb> -(int *)id->id_maddr = something; -</verb> -and just refer to the shared memory segment via pointers. -<code> - 140 /* - 141 * this function is called when the module is - 142 * loaded; it tries to mimic the behavior - 143 * of the standard probe/attach stuff from - 144 * isa.c - 145 */ - 146 int - 147 pcaload(){ - 148 int i; - 149 uprintf("PC Audio Driver Loaded\n"); - 150 for (i=0; i<NPCA; i++){ - 151 /* - 152 * this maps the shared memory address - 153 * from physical to virtual, to be - 154 * consistent with the way - 155 * /usr/src/sys/i386/isa.c handles it. - 156 */ - 157 pcadev[i].id_maddr -=0xa0000; - 158 pcadev[i].id_maddr += atdevbase; - 159 if ((*pcadriver.probe)(pcadev+i)) { - 160 (*(pcadriver.attach))(pcadev+i); - 161 } else { - 162 uprintf("PC Audio Probe Failed\n"); - 163 return(1); - 164 } - 165 } - 166 return 0; - 167 } - 168 -</code> - -Lines 169 - 179 - - -- This is the function called when your driver is unloaded; it just displays -a message to that effect. -<code> - 169 /* - 170 * this function is called - 171 * when the module is unloaded - 172 */ - 173 - 174 int - 175 pcaunload(){ - 176 uprintf("PC Audio Driver Unloaded\n"); - 177 return 0; - 178 } - 179 -</code> - -Lines 180 - 190 - - -- This is the entry point which is specified on the command line of the -modload. By convention it is named <dev>_mod. This is how it is -defined in bsd.lkm.mk, the makefile which builds the LKM. If you name your -module following this convention, you can do ``make load'' and ``make -unload'' from /usr/src/lkm/pcaudio. <p> -Note: this has gone through <em/many/ revisions from release 2.0 to 2.1. -It may or may not be possible to write a module which is portable across -all three releases. <p> -<code> - 180 /* - 181 * this is the entry point specified - 182 * on the modload command line - 183 */ - 184 - 185 int - 186 pcaudio_mod(struct lkm_table *lkmtp, int cmd, int ver) - 187 { - 188 DISPATCH(lkmtp, cmd, ver, pcaload, pcaunload, nosys); - 189 } - 190 - 191 #endif /* NICP > 0 */ -</code> - -<sect1> Device Type Idiosyncrasies -<sect2> Character -<sect2> Block -<sect2> Network -<sect2> Line Discipline - -<sect1> Bus Type Idiosyncrasies -<sect2> ISA -<sect2> EISA -<sect2> PCI -<sect2> SCSI -<sect2> PCCARD - -<sect> Kernel Support - -<sect1> Data Structures - -<sect2> <tt/struct kern_devconf/ Structure -<p> - -This structure contains some information about the state of the device -and driver. It is defined in /usr/src/sys/sys/devconf.h as: -<code> -struct devconf { - char dc_name[MAXDEVNAME]; /* name */ - char dc_descr[MAXDEVDESCR]; /* description */ - int dc_unit; /* unit number */ - int dc_number; /* unique id */ - char dc_pname[MAXDEVNAME]; /* name of the parent device */ - int dc_punit; /* unit number of the parent */ - int dc_pnumber; /* unique id of the parent */ - struct machdep_devconf dc_md; /* machine-dependent stuff */ - enum dc_state dc_state; /* state of the device (see above) */ - enum dc_class dc_class; /* type of device (see above) */ - size_t dc_datalen; /* length of data */ - char dc_data[1]; /* variable-length data */ -}; -</code> - -<sect2> <tt/struct proc/ Structure -<p> - -This structure contains all the information about a process. -It is defined in /usr/src/sys/sys/proc.h: -<code> -/* - * Description of a process. - * - * This structure contains the information needed to manage a thread of - * control, known in UN*X as a process; it has references to substructures - * containing descriptions of things that the process uses, but may share - * with related processes. The process structure and the substructures - * are always addressable except for those marked "(PROC ONLY)" below, - * which might be addressable only on a processor on which the process - * is running. - */ -struct proc { - struct proc *p_forw; /* Doubly-linked run/sleep queue. */ - struct proc *p_back; - struct proc *p_next; /* Linked list of active procs */ - struct proc **p_prev; /* and zombies. */ - - /* substructures: */ - struct pcred *p_cred; /* Process owner's identity. */ - struct filedesc *p_fd; /* Ptr to open files structure. */ - struct pstats *p_stats; /* Accounting/statistics (PROC ONLY). */ struct plimit *p_limit; /* Process limits. */ - struct vmspace *p_vmspace; /* Address space. */ - struct sigacts *p_sigacts; /* Signal actions, state (PROC ONLY). */ - -#define p_ucred p_cred->pc_ucred -#define p_rlimit p_limit->pl_rlimit - - int p_flag; /* P_* flags. */ - char p_stat; /* S* process status. */ - char p_pad1[3]; - - pid_t p_pid; /* Process identifier. */ - struct proc *p_hash; /* Hashed based on p_pid for kill+exit+... */ - struct proc *p_pgrpnxt; /* Pointer to next process in process group. */ - struct proc *p_pptr; /* Pointer to process structure of parent. */ - struct proc *p_osptr; /* Pointer to older sibling processes. */ - -/* The following fields are all zeroed upon creation in fork. */ -#define p_startzero p_ysptr - struct proc *p_ysptr; /* Pointer to younger siblings. */ - struct proc *p_cptr; /* Pointer to youngest living child. */ - pid_t p_oppid; /* Save parent pid during ptrace. XXX */ - int p_dupfd; /* Sideways return value from fdopen. XXX */ - - /* scheduling */ - u_int p_estcpu; /* Time averaged value of p_cpticks. */ - int p_cpticks; /* Ticks of cpu time. */ - fixpt_t p_pctcpu; /* %cpu for this process during p_swtime */ - void *p_wchan; /* Sleep address. */ - char *p_wmesg; /* Reason for sleep. */ - u_int p_swtime; /* Time swapped in or out. */ - u_int p_slptime; /* Time since last blocked. */ - - struct itimerval p_realtimer; /* Alarm timer. */ - struct timeval p_rtime; /* Real time. */ - u_quad_t p_uticks; /* Statclock hits in user mode. */ - u_quad_t p_sticks; /* Statclock hits in system mode. */ - u_quad_t p_iticks; /* Statclock hits processing intr. */ - - int p_traceflag; /* Kernel trace points. */ - struct vnode *p_tracep; /* Trace to vnode. */ - - int p_siglist; /* Signals arrived but not delivered. */ - - struct vnode *p_textvp; /* Vnode of executable. */ - - char p_lock; /* Process lock (prevent swap) count. */ - char p_pad2[3]; /* alignment */ - -/* End area that is zeroed on creation. */ -#define p_endzero p_startcopy - -/* The following fields are all copied upon creation in fork. */ -#define p_startcopy p_sigmask - - sigset_t p_sigmask; /* Current signal mask. */ - sigset_t p_sigignore; /* Signals being ignored. */ - sigset_t p_sigcatch; /* Signals being caught by user. */ - - u_char p_priority; /* Process priority. */ - u_char p_usrpri; /* User-priority based on p_cpu and p_nice. */ - char p_nice; /* Process "nice" value. */ - char p_comm[MAXCOMLEN+1]; - - struct pgrp *p_pgrp; /* Pointer to process group. */ - - struct sysentvec *p_sysent; /* System call dispatch information. */ - - struct rtprio p_rtprio; /* Realtime priority. */ -/* End area that is copied on creation. */ -#define p_endcopy p_addr - struct user *p_addr; /* Kernel virtual addr of u-area (PROC ONLY). */ - struct mdproc p_md; /* Any machine-dependent fields. */ - - u_short p_xstat; /* Exit status for wait; also stop signal. */ - u_short p_acflag; /* Accounting flags. */ - struct rusage *p_ru; /* Exit information. XXX */ -}; -</code> - -<sect2> <tt/struct buf/ Structure -<p> -The <tt/struct buf/ structure is used to interface with the buffer cache. -It is defined in /usr/src/sys/sys/buf.h: - -<code> -/* - * The buffer header describes an I/O operation in the kernel. - */ -struct buf { - LIST_ENTRY(buf) b_hash; /* Hash chain. */ - LIST_ENTRY(buf) b_vnbufs; /* Buffer's associated vnode. */ - TAILQ_ENTRY(buf) b_freelist; /* Free list position if not active. */ - struct buf *b_actf, **b_actb; /* Device driver queue when active. */ - struct proc *b_proc; /* Associated proc; NULL if kernel. */ - volatile long b_flags; /* B_* flags. */ - int b_qindex; /* buffer queue index */ - int b_error; /* Errno value. */ - long b_bufsize; /* Allocated buffer size. */ - long b_bcount; /* Valid bytes in buffer. */ - long b_resid; /* Remaining I/O. */ - dev_t b_dev; /* Device associated with buffer. */ - struct { - caddr_t b_addr; /* Memory, superblocks, indirect etc. */ - } b_un; - void *b_saveaddr; /* Original b_addr for physio. */ - daddr_t b_lblkno; /* Logical block number. */ - daddr_t b_blkno; /* Underlying physical block number. */ - /* Function to call upon completion. */ - void (*b_iodone) __P((struct buf *)); - /* For nested b_iodone's. */ - struct iodone_chain *b_iodone_chain; - struct vnode *b_vp; /* Device vnode. */ - int b_pfcent; /* Center page when swapping cluster. */ - int b_dirtyoff; /* Offset in buffer of dirty region. */ - int b_dirtyend; /* Offset of end of dirty region. */ - struct ucred *b_rcred; /* Read credentials reference. */ - struct ucred *b_wcred; /* Write credentials reference. */ - int b_validoff; /* Offset in buffer of valid region. */ - int b_validend; /* Offset of end of valid region. */ - daddr_t b_pblkno; /* physical block number */ - caddr_t b_savekva; /* saved kva for transfer while bouncing - */ - void *b_driver1; /* for private use by the driver */ - void *b_driver2; /* for private use by the driver */ - void *b_spc; - struct vm_page *b_pages[(MAXPHYS + PAGE_SIZE - 1)/PAGE_SIZE]; - int b_npages; -}; -</code> - -<sect2> <tt/struct uio/ Structure -<p> -This structure is used for moving data between the kernel and user spaces -through read() and write() system calls. It is defined in -/usr/src/sys/sys/uio.h: -<code> -struct uio { - struct iovec *uio_iov; - int uio_iovcnt; - off_t uio_offset; - int uio_resid; - enum uio_seg uio_segflg; - enum uio_rw uio_rw; - struct proc *uio_procp; -}; - -</code> - -<sect1> Functions -lots of 'em - -<sect> References. - -<p> FreeBSD Kernel Sources http://www.freebsd.org -<p> NetBSD Kernel Sources http://www.netbsd.org -<p> Writing Device Drivers: Tutorial and Reference; -Tim Burke, Mark A. Parenti, Al, Wojtas; -Digital Press, ISBN 1-55558-141-2. - -<p> Writing A Unix Device Driver; -Janet I. Egan, Thomas J. Teixeira; -John Wiley & Sons, ISBN 0-471-62859-X. - -<p> Writing Device Drivers for SCO Unix; -Peter Kettle; - -</article> diff --git a/en/tutorials/devel/Makefile b/en/tutorials/devel/Makefile deleted file mode 100644 index 72c7507f01..0000000000 --- a/en/tutorials/devel/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:11 max Exp $ - -DOCS= devel.docb -INDEXLINK= devel.html - -.include "../../web.mk" - diff --git a/en/tutorials/devel/devel.docb b/en/tutorials/devel/devel.docb deleted file mode 100644 index 310401db55..0000000000 --- a/en/tutorials/devel/devel.docb +++ /dev/null @@ -1,1835 +0,0 @@ -<!-- $Id: devel.docb,v 1.3 1997-08-17 17:33:49 jfieber Exp $ --> -<!-- The FreeBSD Documentation Project --> - -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> -<bookinfo> -<bookbiblio> -<title>A User's Guide to FreeBSD Programming Tools</title> - -<authorgroup> -<author> -<firstname>James</firstname> -<surname>Raynard</surname> -<affiliation> -<address> -<email>jraynard@freebsd.org</email> -</address> -</affiliation> -</author></authorgroup> - -<pubdate>August 17, 1997</pubdate> - -<copyright> -<year>1997</year> -<holder>James Raynard</holder> -</copyright> - -<abstract><para>This document is an introduction to using some of the programming -tools supplied with FreeBSD, although much of it will be applicable to -many other versions of Unix. It does <emphasis>not</emphasis> attempt to describe -coding in any detail. Most of the document assumes little or no -previous programming knowledge, although it is hoped that most -programmers will find something of value in it</para></abstract> -</bookbiblio> -</bookinfo> - -<chapter> -<title>Introduction<anchor id=foo></title> - -<para>FreeBSD offers an excellent development environment. Compilers -for C, C++, and Fortran and an assembler come with the basic system, -not to mention a Perl interpreter and classic Unix tools such as -<command>sed</> and <command>awk</>. If that is not enough, there are -many more compilers and interpreters in the Ports collection. FreeBSD -is very compatible with standards such as <acronym>POSIX</> and -<acronym>ANSI</> C, as well with its own BSD heritage, so it is -possible to write applications that will compile and run with little -or no modification on a wide range of platforms.</para> - -<para>However, all this power can be rather overwhelming at first if -you've never written programs on a Unix platform before. This -document aims to help you get up and running, without getting too -deeply into more advanced topics. The intention is that this document -should give you enough of the basics to be able to make some sense of -the documentation.</para> - -<para>Most of the document requires little or no knowledge of -programming, although it does assume a basic competence with using -Unix and a willingness to learn!</para> - -</chapter> - -<chapter> -<title>Introduction to Programming</title> - -<para>A program is a set of instructions that tell the computer to do -various things; sometimes the instruction it has to perform depends -on what happened when it performed a previous instruction. This -section gives an overview of the two main ways in which you can give -these instructions, or <quote>commands</quote> as they are usually -called. One way uses an <firstterm>interpreter</>, the other a -<firstterm>compiler</>. As human languages are too difficult for a -computer to understand in an unambiguous way, commands are usually -written in one or other languages specially designed for the -purpose.</para> - - - -<sect1> -<title>Interpreters</title> - -<para>With an interpreter, the language comes as an environment, where you -type in commands at a prompt and the environment executes them for -you. For more complicated programs, you can type the commands into a -file and get the interpreter to load the file and execute the commands -in it. If anything goes wrong, many interpreters will drop you into a -debugger to help you track down the problem.</para> - -<para>The advantage of this is that you can see the results of your -commands immediately, and mistakes can be corrected readily. The -biggest disadvantage comes when you want to share your programs with -someone. They must have the same interpreter, or you must have some -way of giving it to them, and they need to understand how to use it. -Also users may not appreciate being thrown into a debugger if they -press the wrong key! From a performance point of view, interpreters -can use up a lot of memory, and generally do not generate code as -efficiently as compilers.</para> - -<para>In my opinion, interpreted languages are the best way to start -if you have not done any programming before. This kind of environment -is typically found with languages like Lisp, Smalltalk, Perl and -Basic. It could also be argued that the Unix shell (<command>sh</>, -<command>csh</>) is itself an interpreter, and many people do in fact -write shell <quote>scripts</quote> to help with various -<quote>housekeeping</> tasks on their machine. Indeed, part of the -original Unix philosophy was to provide lots of small utility -programs that could be linked together in shell scripts to perform -useful tasks.</para> - -</sect1> - -<sect1> -<title>Interpreters available with FreeBSD</title> - -<para>Here is a list of interpreters that are available as <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/">FreeBSD -packages</ulink>, with a brief discussion of some of the more popular -interpreted languages. </para> - -<para>To get one of these packages, all you need to do is to click on -the hotlink for the package, then run -<screen>$ <userinput>pkg_add <replaceable>package name</></userinput></screen> -</para> - -<para>as root. Obviously, you will need to have a fully functional FreeBSD -2.1.0 or later system for the package to work!</para> - -<para> -<variablelist> -<varlistentry><term><acronym>BASIC</></term> - -<listitem><para>Short for Beginner's All-purpose Symbolic Instruction -Code. Developed in the 1950s for teaching University students to -program and provided with every self-respecting personal computer in -the 1980s, <acronym>BASIC</> has been the first programming language -for many programmers. It's also the foundation for <trademark>Visual -Basic</>.</para> - -<para>The <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/bwbasic-2.10.tgz">Bywater -Basic Interpreter</ulink> and the <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/pbasic-2.0.tgz">Phil -Cockroft's Basic Interpreter</ulink> (formerly Rabbit Basic) are -available as FreeBSD <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/">FreeBSD -packages</ulink></para> -</listitem> -</varlistentry> - -<varlistentry><term>Lisp</term> -<listitem><para>A language that was developed in the late 1950s as an alternative to -the <quote>number-crunching</quote> languages that were popular at the time. -Instead of being based on numbers, Lisp is based on lists; in fact -the name is short for <quote>List Processing</quote>. Very popular in AI -(Artificial Intelligence) circles.</para> - -<para>Lisp is an extremely powerful and sophisticated language, but -can be rather large and unwieldy. </para> - -<para>FreeBSD has <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/gcl-2.0.tgz">GNU -Common Lisp</ulink> available as a package.</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Perl</term> -<listitem><para>Very popular with system administrators for writing -scripts; also often used on World Wide Web servers for writing <acronym>CGI</> -scripts.</para> - -<para>Version 4, which is probably still the most widely-used -version, comes with FreeBSD; the newer <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/perl-5.001.tgz">Perl -Version 5</ulink> is available as a package.</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Scheme</term> -<listitem><para>A dialect of Lisp that is rather more compact and -cleaner than Common Lisp. Popular in Universities as it is simple -enough to teach to undergraduates as a first language, while it has a -high enough level of abstraction to be used in research work.</para> - -<para>FreeBSD has packages of the -<ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/elk-3.0.tgz">Elk Scheme Interpreter</ulink>, the -<ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/mit-scheme-7.3.tgz">MIT Scheme Interpreter</ulink> and the -<ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/scm-4e1.tgz">SCM Scheme Interpreter</ulink>.</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Icon</term> -<listitem><para><ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/icon-9.0.tgz">The Icon Programming Language</ulink>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Logo</term> -<listitem><para><ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/ucblogo-3.3.tgz">Brian Harvey's LOGO Interpreter</ulink>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Python</term> -<listitem><para><ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/python-1.2">The Python Object-Oriented Programming Language</ulink></para> -</listitem> -</varlistentry> - -</variablelist> -</para> - -</sect1> - -<sect1> -<title>Compilers</title> - -<para>Compilers are rather different. First of all, you write your -code in a file (or files) using an editor. You then run the compiler -and see if it accepts your program. If it did not compile, grit your -teeth and go back to the editor; if it did compile and gave you a -program, you can run it either at a shell command prompt or in a -debugger to see if it works properly.<footnote><para>If you run it in -the shell, you may get a core dump.</para></footnote></para> - -<para>Obviously, this is not quite as direct as using an interpreter. -However it allows you to do a lot of things which are very difficult -or even impossible with an interpreter, such as writing code which -interacts closely with the operating system—or even writing -your own operating system! It's also useful if you need to write very -efficient code, as the compiler can take its time and optimise the -code, which would not be acceptable in an interpreter. And -distributing a program written for a compiler is usually more -straightforward than one written for an interpreter—you can just -give them a copy of the executable, assuming they have the same -operating system as you.</para> - -<para>Compiled languages include Pascal, C and C++. C and C++ are rather -unforgiving languages, and best suited to more experienced -programmers; Pascal, on the other hand, was designed as an educational -language, and is quite a good language to start with. Unfortunately, -FreeBSD doesn't have any Pascal support, except for a Pascal-to-C -converter in the ports.</para> - -<para>As the edit-compile-run-debug cycle is rather tedious when -using separate programs, many commercial compiler makers have -produced Integrated Development Environments (<acronym>IDE</acronym>s -for short). FreeBSD does not have an <acronym>IDE</> as such; however -it is possible to use Emacs for this purpose. This is discussed in -<xref linkend="emacs">.</para> - -</sect1> -</chapter> - -<chapter> -<title>Compiling with <command>cc</command></title> - -<para>This section deals only with the GNU compiler for C and C++, -since that comes with the base FreeBSD system. It can be invoked by -either <command>cc</> or <command>gcc</>. The details of producing a -program with an interpreter vary considerably between interpreters, -and are usually well covered in the documentation and on-line help -for the interpreter.</para> - -<para>Once you've written your masterpiece, the next step is to convert it -into something that will (hopefully!) run on FreeBSD. This usually -involves several steps, each of which is done by a separate -program.</para> - -<procedure> -<step><para>Pre-process your source code to remove comments and do other -tricks like expanding macros in C. -</para></step> - -<step><para>Check the syntax of your code to see if you have obeyed the -rules of the language. If you have not, it will complain! -</para></step> - -<step><para>Convert the source code into assembly -language—this is very close to machine code, but still -understandable by humans. Allegedly.<footnote><para>To be strictly -accurate, <command>cc</> converts the source code into its own, -machine-independent <firstterm>p-code</> instead of assembly language -at this stage.</para></footnote></para></step> - -<step><para>Convert the assembly language into machine -code—yep, we are talking bits and bytes, ones and zeros -here.</para></step> - -<step><para>Check that you have used things like functions and global -variables in a consistent way. For example, if you have called a -non-existent function, it will complain.</para></step> - -<step><para>If you are trying to produce an executable from several -source code files, work out how to fit them all together.</para></step> - -<step><para>Work out how to produce something that the system's run-time -loader will be able to load into memory and run.</para></step> - -<step><para>Finally, write the executable on the file -system.</para></step> - -</procedure> - -<para>The word <firstterm>compiling</> is often used to refer to just -steps 1 to 4—the others are referred to as -<firstterm>linking</>. Sometimes step 1 is referred to as -<firstterm>pre-processing</> and steps 3-4 as -<firstterm>assembling</>.</para> - -<para>Fortunately, almost all this detail is hidden from you, as -<command>cc</> is a front end that manages calling all these programs -with the right arguments for you; simply typing -<screen>$ <userinput>cc foobar.c</></screen></para> - -<para>will cause <filename>foobar.c</> to be compiled by all the -steps above. If you have more than one file to compile, just do -something like -<screen>$ <userinput>cc foo.c bar.c</></screen> -</para> - -<para>Note that the syntax checking is just that—checking the -syntax. It will not check for any logical mistakes you may have made, -like putting the program into an infinite loop, or using a bubble -sort when you meant to use a binary sort.<footnote><para>In case you -didn't know, a binary sort is an efficient way of sorting things into -order and a bubble sort isn't.</para></footnote></para> - -<para>There are lots and lots of options for <command>cc</>, which -are all in the man page. Here are a few of the most important ones, -with examples of how to use them.</para> - -<variablelist> -<varlistentry><term><option>-o <replaceable>filename</replaceable></></term> - -<listitem><para>The output name of the file. If you do not use this -option, <command>cc</> will produce an executable called -<filename>a.out</>.<footnote><para>The reasons for this are buried in -the mists of history.</para></footnote></para> - -<informalexample> -<screen>$ <userinput>cc foobar.c</> <lineannotation>executable is <filename>a.out</></> -$ <userinput>cc -o foobar foobar.c</> <lineannotation>executable is <filename>foobar</></></screen> -</informalexample> -</listitem> -</varlistentry> - -<varlistentry><term><option>-c</option></term> -<listitem><para>Just compile the file, do not link it. Useful for toy -programs where you just want to check the syntax, or if you are using -a <filename>Makefile</filename>.</para> - -<informalexample> -<screen>$ <userinput>cc -c foobar.c</userinput></screen> -</informalexample> - -<para>This will produce an <firstterm>object file</> (not an -executable) called <filename>foobar.o</filename>. This can be linked -together with other object files into an executable.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><option>-g</option></term> - -<listitem><para>Create a debug version of the executable. This makes -the compiler put information into the executable about which line of -which source file corresponds to which function call. A debugger can -use this information to show the source code as you step through the -program, which is <emphasis>very</emphasis> useful; the disadvantage -is that all this extra information makes the program much bigger. -Normally, you compile with <option>-g</option> while you are -developing a program and then compile a <quote>release -version</quote> without <option>-g</option> when you're satisfied it -works properly.</para> - -<informalexample> -<screen>$ <userinput>cc -g foobar.c</userinput></screen> -</informalexample> - -<para>This will produce a debug version of the -program.<footnote><para>Note, we didn't use the <option>-o</option> -flag to specify the executable name, so we will get an executable -called <filename>a.out</filename>. Producing a debug version called -<filename>foobar</filename> is left as an exercise for the -reader!</para></footnote></para> - -</listitem> -</varlistentry> - -<varlistentry><term><option>-O</option></term> - -<listitem><para>Create an optimised version of the executable. The -compiler performs various clever tricks to try and produce an -executable that runs faster than normal. You can add a number after -the <option>-O</option> to specify a higher level of optimisation, -but this often exposes bugs in the compiler's optimiser. For -instance, the version of <command>cc</command> that comes with the -2.1.0 release of FreeBSD is known to produce bad code with the -<option>-O2</option> option in some circumstances.</para> - -<para>Optimisation is usually only turned on when compiling a release -version.</para> - -<informalexample> -<screen>$ <userinput>cc -O -o foobar foobar.c</userinput></screen> -</informalexample> - -<para>This will produce an optimised version of -<filename>foobar</filename>.</para> - -</listitem> -</varlistentry> -</variablelist> - -<para>The following three flags will force <command>cc</command> to -check that your code complies to the relevant international standard, -often referred to as the <acronym>ANSI</acronym> standard, though -strictly speaking it is an <acronym>ISO</acronym> standard.</para> - -<variablelist> - -<varlistentry><term><option>-Wall</option></term> - -<listitem><para>Enable all the warnings which the authors of -<command>cc</command> believe are worthwhile. Despite the name, it -will not enable all the warnings <command>cc</command> is capable -of.</para></listitem> - -</varlistentry> - -<varlistentry><term><option>-ansi</option></term> - -<listitem> -<para>Turn off most, but not all, of the non-<acronym>ANSI</> C -features provided by <command>cc</command>. Despite the name, it does -not guarantee strictly that your code will comply to the -standard.</para> -</listitem> - -</varlistentry> - -<varlistentry><term><option>-pedantic</option></term> - -<listitem> -<para>Turn off <emphasis>all</emphasis> -<command>cc</command>'s non-<acronym>ANSI</> C features.</para> -</listitem> - -</varlistentry> -</variablelist> - -<para>Without these flags, <command>cc</command> will allow you to -use some of its non-standard extensions to the standard. Some of -these are very useful, but will not work with other compilers—in -fact, one of the main aims of the standard is to allow people to -write code that will work with any compiler on any system. This is -known as <firstterm>portable code</firstterm>.</para> - -<para>Generally, you should try to make your code as portable as -possible, as otherwise you may have to completely re-write the -program later to get it to work somewhere else—and who knows -what you may be using in a few years time?</para> - -<informalexample> -<screen>$ <userinput>cc -Wall -ansi -pedantic -o foobar foobar.c</userinput></screen> -</informalexample> - -<para>This will produce an executable <filename>foobar</filename> -after checking <filename>foobar.c</filename> for standard -compliance.</para> - -<variablelist> - -<varlistentry><term><option>-l<replaceable>library</replaceable></option></term> - -<listitem><para>Specify a function library to be used during when -linking.</para> - -<para>The most common example of this is when compiling a program that -uses some of the mathematical functions in C. Unlike most other -platforms, these are in a separate library from the standard C one -and you have to tell the compiler to add it.</para> - -<para>The rule is that if the library is called -<filename>lib<replaceable>something</replaceable>.a</filename>, you -give <command>cc</command> the argument -<option>-l<replaceable>something</replaceable></option>. For example, -the math library is <filename>libm.a</filename>, so you give -<command>cc</command> the argument <option>-lm</option>. A common -<quote>gotcha</quote> with the math library is that it has to be the -last library on the command line.</para> - -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.c -lm</userinput></screen> -</informalexample> - -<para>This will link the math library functions into -<filename>foobar</filename>.</para> - -<para>If you are compiling C++ code, you need to add -<option>-lg++</option>, or <option>-lstdc++</option> if you are using -FreeBSD 2.2 or later, to the command line argument to link the C++ -library functions. Alternatively, you can run <command>c++</command> -instead of <command>cc</command>, which does this for you. -<command>c++</command> can also be invoked as <command>g++</command> -on FreeBSD.</para> - -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.cc -lg++</userinput> <lineannotation>For FreeBSD 2.1.6 and earlier</> -$ <userinput>cc -o foobar foobar.cc -lstdc++</userinput> <lineannotation>For FreeBSD 2.2 and later</> -$ <userinput>c++ -o foobar foobar.cc</userinput></screen> -</informalexample> - -<para>Each of these will both produce an executable -<filename>foobar</filename> from the C++ source file -<filename>foobar.cc</filename>. Note that, on Unix systems, C++ -source files traditionally end in <filename>.C</filename>, -<filename>.cxx</filename> or <filename>.cc</filename>, rather than -the <trademark>MS-DOS</trademark> style <filename>.cpp</filename> -(which was already used for something else). <command>gcc</command> -used to rely on this to work out what kind of compiler to use on the -source file; however, this restriction no longer applies, so you may -now call your C++ files <filename>.cpp</filename> with -impunity!</para> - -</listitem> -</varlistentry> -</variablelist> - -<sect1> -<title>Common <command>cc</command> Queries and Problems</title> - -<para>Q. I am trying to write a program which uses the -<function>sin()</function> function and I get an error like this. -What does it mean? -<informalexample> -<screen>/var/tmp/cc0143941.o: Undefined symbol `_sin' referenced from text segment</screen> -</informalexample> -</para> - -<para>A. When using mathematical functions like -<function>sin()</function>, you have to tell <command>cc</command> to -link in the math library, like so: -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.c -lm</userinput></screen> -</informalexample></para> - -<para>Q. All right, I wrote this simple program to practice using -<option>-lm</option>. All it does is raise 2.1 to the power of 6. -<informalexample> -<programlisting>#include <stdio.h> - -int main() { - float f; - - f = pow(2.1, 6); - printf("2.1 ^ 6 = %f\n", f); - return 0; -}</programlisting> -</informalexample> -and I compiled it as: -<informalexample> -<screen>$ <userinput>cc temp.c -lm</userinput></screen> -</informalexample> -like you said I should, but I get this when I run it: -<informalexample> -<screen>$ <userinput>./a.out</userinput> -2.1 ^ 6 = 1023.000000</screen> -</informalexample> -</para> - -<para>This is <emphasis>not</emphasis> the right answer! What is -going on?</para> - -<para>A. When the compiler sees you call a function, it checks if it -has already seen a prototype for it. If it has not, it assumes the -function returns an <type>int</type>, which is -definitely not what you want here.</para> - -<para>Q. So how do I fix this?</para> - -<para>A. The prototypes for the mathematical functions are in -<filename>math.h</filename>. If you include this file, the compiler -will be able to find the prototype and it will stop doing strange -things to your calculation! -<informalexample> -<programlisting>#include <math.h> -#include <stdio.h> - -int main() { -...</programlisting> -</informalexample> -</para> - -<para>After recompiling it as you did before, run it: -<informalexample> -<screen>$ <userinput>./a.out</userinput> -2.1 ^ 6 = 85.766121</screen> -</informalexample> -</para> - -<para>If you are using any of the mathematical functions, -<emphasis>always</emphasis> include <filename>math.h</filename> and -remember to link in the math library.</para> - -<para>Q. I compiled a file called <filename>foobar.c</filename> and I -cannot find an executable called <filename>foobar</filename>. Where's -it gone?</para> - -<para>A. Remember, <command>cc</command> will call the executable -<filename>a.out</filename> unless you tell it differently. Use the -<option>-o <replaceable>filename</replaceable></option> option: -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.c</userinput></screen> -</informalexample> -</para> - -<para>Q. OK, I have an executable called <filename>foobar</filename>, -I can see it when I run <command>ls</command>, but when I type in -<command>foobar</command> at the command prompt it tells me there is -no such file. Why can it not find it?</para> - -<para>A. Unlike <trademark>MS-DOS</trademark>, Unix does not look in the -current directory when it is trying to find out which executable you -want it to run, unless you tell it to. Either type -<command>./foobar</command>, which means <quote>run the file called -<filename>foobar</filename> in the current directory</quote>, or -change your <systemitem class=environvar>PATH</systemitem> -environment variable so that it looks something like -<informalexample> -<screen>bin:/usr/bin:/usr/local/bin:.</screen> -</informalexample> -The dot at the end means <quote>look in the current directory if it is not in -any of the others</quote>.</para> - -<para>Q. I called my executable <filename>test</filename>, but -nothing happens when I run it. What is going on?</para> - -<para>A. Most Unix systems have a program called -<command>test</command> in <filename>/usr/bin</filename> and the -shell is picking that one up before it gets to checking the current -directory. Either type: -<informalexample> -<screen>$ <userinput>./test</userinput></screen> -</informalexample> -or choose a better name for your program!</para> - -<para>Q. I compiled my program and it seemed to run all right at -first, then there was an error and it said something about <errorname>core -dumped</errorname>. What does that mean?</para> - -<para>A. The name <firstterm>core dump</firstterm> dates back to the -very early days of Unix, when the machines used core memory for -storing data. Basically, if the program failed under certain -conditions, the system would write the contents of core memory to -disk in a file called <filename>core</filename>, which the programmer -could then pore over to find out what went wrong.</para> - -<para>Q. Fascinating stuff, but what I am supposed to do now?</para> - -<para>A. Use <command>gdb</command> to analyse the core (see <xref -linkend="debugging">).</para> - -<para>Q. When my program dumped core, it said something about a -<errorname>segmentation fault</errorname>. What's that?</para> - -<para>A. This basically means that your program tried to perform some sort -of illegal operation on memory; Unix is designed to protect the -operating system and other programs from rogue programs.</para> - -<para>Common causes for this are: -<itemizedlist> -<listitem><para>Trying to write to a <symbol>NULL</symbol> pointer, eg -<programlisting>char *foo = NULL; -strcpy(foo, "bang!");</programlisting> -</para></listitem> - -<listitem><para>Using a pointer that hasn't been initialised, eg -<programlisting>char *foo; -strcpy(foo, "bang!");</programlisting> -The pointer will have some random value that, with luck, -will point into an area of memory that isn't available to -your program and the kernel will kill your program before -it can do any damage. If you're unlucky, it'll point -somewhere inside your own program and corrupt one of your -data structures, causing the program to fail -mysteriously.</para></listitem> - -<listitem><para>Trying to access past the end of an array, eg -<programlisting>int bar[20]; -bar[27] = 6;</programlisting></para></listitem> - -<listitem><para> Trying to store something in read-only memory, eg -<programlisting>char *foo = "My string"; -strcpy(foo, "bang!");</programlisting> -Unix compilers often put string literals like -<literal>"My string"</literal> into -read-only areas of memory.</para></listitem> - -<listitem><para>Doing naughty things with -<function>malloc()</function> and <function>free()</function>, eg -<programlisting>char bar[80]; -free(bar);</programlisting> -or -<programlisting>char *foo = malloc(27); -free(foo); -free(foo);</programlisting> -</para></listitem> - -</itemizedlist></para> - -<para>Making one of these mistakes will not always lead to an -error, but they are always bad practice. Some systems and -compilers are more tolerant than others, which is why programs -that ran well on one system can crash when you try them on an -another.</para> - -<para>Q. Sometimes when I get a core dump it says <errorname>bus -error</errorname>. It says in my Unix book that this means a hardware -problem, but the computer still seems to be working. Is this -true?</para> - -<para>A. No, fortunately not (unless of course you really do have a hardware -problem…). This is usually another way of saying that you -accessed memory in a way you shouldn't have.</para> - -<para>Q. This dumping core business sounds as though it could be quite -useful, if I can make it happen when I want to. Can I do this, or -do I have to wait until there's an error?</para> - -<para>A. Yes, just go to another console or xterm, do -<screen>$ <userinput>ps</userinput></screen> -to find out the process ID of your program, and do -<screen>$ <userinput>kill -ABRT <replaceable>pid</replaceable></userinput></screen> -where <parameter><replaceable>pid</replaceable></parameter> is the -process ID you looked up.</para> - -<para>This is useful if your program has got stuck in an infinite -loop, for instance. If your program happens to trap -<symbol>SIGABRT</symbol>, there are several other signals which have -a similar effect.</para> - -</sect1> -</chapter> - - -<chapter> -<title>Make</title> - -<sect1> -<title>What is <command>make</command>?</title> - -<para>When you're working on a simple program with only one or two source -files, typing in -<screen>$ <userinput>cc file1.c file2.c</userinput></screen> -is not too bad, but it quickly becomes very tedious when there are -several files—and it can take a while to compile, too.</para> - -<para>One way to get around this is to use object files and only recompile -the source file if the source code has changed. So we could have -something like: -<screen>$ <userinput>cc file1.o file2.o</userinput> … <userinput>file37.c</userinput> &hellip</screen> -if we'd changed <filename>file37.c</filename>, but not any of the -others, since the last time we compiled. This may speed up the -compilation quite a bit, but doesn't solve the typing -problem.</para> - -<para>Or we could write a shell script to solve the typing problem, but it -would have to re-compile everything, making it very inefficient on a -large project.</para> - -<para>What happens if we have hundreds of source files lying about? What if -we're working in a team with other people who forget to tell us when -they've changed one of their source files that we use?</para> - -<para>Perhaps we could put the two solutions together and write something -like a shell script that would contain some kind of magic rule saying -when a source file needs compiling. Now all we need now is a program -that can understand these rules, as it's a bit too complicated for the -shell.</para> - -<para>This program is called <command>make</command>. It reads in a -file, called a <firstterm>makefile</firstterm>, that tells it how -different files depend on each other, and works out which files need -to be re-compiled and which ones don't. For example, a rule could say -something like <quote>if <filename>fromboz.o</filename> is older than -<filename>fromboz.c</filename>, that means someone must have changed -<filename>fromboz.c</filename>, so it needs to be -re-compiled.</quote> The makefile also has rules telling make -<emphasis>how</emphasis> to re-compile the source file, making it a -much more powerful tool.</para> - -<para>Makefiles are typically kept in the same directory as the -source they apply to, and can be called -<filename>makefile</filename>, <filename>Makefile</filename> or -<filename>MAKEFILE</filename>. Most programmers use the name -<filename>Makefile</filename>, as this puts it near the top of a -directory listing, where it can easily be seen.<footnote><para>They -don't use the <filename>MAKEFILE</filename> form as block capitals -are often used for documentation files like -<filename>README</filename>.</para></footnote></para> - -</sect1> - -<sect1> -<title>Example of using <command>make</command></title> - -<para>Here's a very simple make file: -<programlisting>foo: foo.c - cc -o foo foo.c</programlisting> -It consists of two lines, a dependency line and a creation line.</para> - -<para>The dependency line here consists of the name of the program -(known as the <firstterm>target</firstterm>), followed by a colon, -then whitespace, then the name of the source file. When -<command>make</command> reads this line, it looks to see if -<filename>foo</filename> exists; if it exists, it compares the time -<filename>foo</filename> was last modified to the time -<filename>foo.c</filename> was last modified. If -<filename>foo</filename> does not exist, or is older than -<filename>foo.c</filename>, it then looks at the creation line to -find out what to do. In other words, this is the rule for working out -when <filename>foo.c</filename> needs to be re-compiled.</para> - -<para>The creation line starts with a <token>tab</token> (press the -<keycap>tab</keycap> key) and then the command you would type to -create <filename>foo</filename> if you were doing it at a command -prompt. If <filename>foo</filename> is out of date, or does not -exist, <command>make</command> then executes this command to create -it. In other words, this is the rule which tells make how to -re-compile <filename>foo.c</filename>.</para> - -<para>So, when you type <userinput>make</userinput>, it will make -sure that <filename>foo</filename> is up to date with respect to your -latest changes to <filename>foo.c</filename>. This principle can be -extended to <filename>Makefile</filename>s with hundreds of -targets—in fact, on FreeBSD, it is possible to compile the -entire operating system just by typing <userinput>make -world</userinput> in the appropriate directory!</para> - -<para>Another useful property of makefiles is that the targets don't have -to be programs. For instance, we could have a make file that looks -like this: -<programlisting>foo: foo.c - cc -o foo foo.c - -install: - cp foo /home/me</programlisting></para> - -<para>We can tell make which target we want to make by typing: -<screen>$ <userinput>make <replaceable>target</replaceable></userinput></screen> -<command>make</command> will then only look at that target and ignore any -others. For example, if we type <userinput>make foo</userinput> with the -makefile above, make will ignore the <action>install</action> target.</para> - -<para>If we just type <userinput>make</userinput> on its own, make -will always look at the first target and then stop without looking at -any others. So if we typed <userinput>make</userinput> here, it will -just go to the <action>foo</action> target, re-compile -<filename>foo</filename> if necessary, and then stop without going on -to the <action>install</action> target.</para> - -<para>Notice that the <action>install</action> target doesn't -actually depend on anything! This means that the command on the -following line is always executed when we try to make that target by -typing <userinput>make install</userinput>. In this case, it will -copy <filename>foo</filename> into the user's home directory. This is -often used by application makefiles, so that the application can be -installed in the correct directory when it has been correctly -compiled.</para> - -<para>This is a slightly confusing subject to try and explain. If you -don't quite understand how <command>make</command> works, the best -thing to do is to write a simple program like <quote>hello -world</quote> and a make file like the one above and experiment. Then -progress to using more than one source file, or having the source -file include a header file. The <command>touch</command> command is -very useful here—it changes the date on a file without you -having to edit it.</para> - -</sect1> - -<sect1> -<title>FreeBSD Makefiles</title> - -<para>Makefiles can be rather complicated to write. Fortunately, -BSD-based systems like FreeBSD come with some very powerful ones as -part of the system. One very good example of this is the FreeBSD -ports system. Here's the essential part of a typical ports -<filename>Makefile</filename>: -<programlisting>MASTER_SITES= ftp://freefall.cdrom.com/pub/FreeBSD/LOCAL_PORTS/ -DISTFILES= scheme-microcode+dist-7.3-freebsd.tgz - -.include <bsd.port.mk></programlisting></para> - -<para>Now, if we go to the directory for this port and type -<userinput>make</userinput>, the following happens:</para> - -<procedure> -<step><para>A check is made to see if the source code for this port is -already on the system.</para></step> - -<step><para>If it isn't, an FTP connection to the URL in -<symbol>MASTER_SITES</symbol> is set up to download the -source.</para></step> - -<step><para>The checksum for the source is calculated and compared it with -one for a known, good, copy of the source. This is to make sure that -the source was not corrupted while in transit.</para></step> - -<step><para>Any changes required to make the source work on FreeBSD are -applied—this is known as <firstterm>patching</firstterm>.</para></step> - -<step><para>Any special configuration needed for the source is done. -(Many Unix program distributions try to work out which version of -Unix they are being compiled on and which optional Unix features are -present—this is where they are given the information in the -FreeBSD ports scenario).</para></step> - -<step><para>The source code for the program is compiled. In effect, -we change to the directory where the source was unpacked and do -<command>make</command>—the program's own make file has the -necessary information to build the program.</para></step> - -<step><para>We now have a compiled version of the program. If we -wish, we can test it now; when we feel confident about the program, -we can type <userinput>make install</userinput>. This will cause the -program and any supporting files it needs to be copied into the -correct location; an entry is also made into a <database>package -database</database>, so that the port can easily be uninstalled later -if we change our mind about it.</para></step> - -</procedure> - -<para>Now I think you'll agree that's rather impressive for a four -line script!</para> - -<para>The secret lies in the last line, which tells -<command>make</command> to look in the system makefile called -<filename>bsd.port.mk</filename>. It's easy to overlook this line, -but this is where all the clever stuff comes from—someone has -written a makefile that tells <command>make</command> to do all the -things above (plus a couple of other things I didn't mention, -including handling any errors that may occur) and anyone can get -access to that just by putting a single line in their own make -file!</para> - -<para>If you want to have a look at these system makefiles, they're -in <filename>/usr/share/mk</filename>, but it's probably best to wait -until you've had a bit of practice with makefiles, as they are very -complicated (and if you do look at them, make sure you have a flask -of strong coffee handy!)</para> - -</sect1> - -<sect1> -<title>More advanced uses of <command>make</command></title> - -<para><command>Make</command> is a very powerful tool, and can do much -more than the simple example above shows. Unfortunately, there are -several different versions of <command>make</command>, and they all -differ considerably. The best way to learn what they can do is -probably to read the documentation—hopefully this introduction will -have given you a base from which you can do this.</para> - -<para>The version of make that comes with FreeBSD is the <application>Berkeley -make</application>; there is a tutorial for it in -<filename>/usr/share/doc/psd/12.make</filename>. To view it, do -<screen>$ <userinput>zmore paper.ascii.gz</userinput></screen> -in that directory.</para> - -<para>Many applications in the ports use <application>GNU -make</application>, which has a very good set of <quote>info</quote> -pages. If you have installed any of these ports, <application>GNU -make</application> will automatically have been installed as -<command>gmake</command>. It's also available as a port and package -in its own right.</para> - -<para>To view the info pages for <application>GNU make</application>, -you will have to edit the <filename>dir</filename> file in the -<filename>/usr/local/info</filename> directory to add an entry for -it. This involves adding a line like -<programlisting> * Make: (make). The GNU Make utility.</programlisting> -to the file. Once you have done this, you can type -<userinput>info</userinput> and then select -<guimenuitem>make</guimenuitem> from the menu (or in -<application>Emacs</application>, do <userinput>C-h -i</userinput>).</para> - -</sect1> -</chapter> - -<chapter id="debugging"> -<title>Debugging</title> - -<sect1> -<title>The Debugger</title> - -<para>The debugger that comes with FreeBSD is called -<command>gdb</command> (<application>GNU -debugger</application>). You start it up by typing -<screen>$ <userinput>gdb <replaceable>progname</replaceable></userinput></screen> -although most people prefer to run it inside -<application>Emacs</application>. You can do this by: -<screen><userinput>M-x gdb RET <replaceable>progname</replaceable> RET</userinput></screen></para> - -<para>Using a debugger allows you to run the program under more -controlled circumstances. Typically, you can step through the program -a line at a time, inspect the value of variables, change them, tell -the debugger to run up to a certain point and then stop, and so on. -You can even attach to a program that's already running, or load a -core file to investigate why the program crashed. It's even possible -to debug the kernel, though that's a little trickier than the user -applications we'll be discussing in this section.</para> - -<para><command>gdb</command> has quite good on-line help, as well as -a set of info pages, so this section will concentrate on a few of the -basic commands.</para> - -<para>Finally, if you find its text-based command-prompt style -off-putting, there's a graphical front-end for it <ulink -URL="http://www.freebsd.org/ports/devel.html">xxgdb</ulink> -in the ports collection.</para> - -<para>This section is intended to be an introduction to using -<command>gdb</command> and does not cover specialised topics such as -debugging the kernel.</para> - -</sect1> - -<sect1> -<title>Running a program in the debugger</title> - -<para>You'll need to have compiled the program with the -<option>-g</option> option to get the most out of using -<command>gdb</command>. It will work without, but you'll only see the -name of the function you're in, instead of the source code. If you -see a line like: -<screen>… (no debugging symbols found) …</screen>when -<command>gdb</command> starts up, you'll know that the program wasn't -compiled with the <option>-g</option> option.</para> - -<para>At the <command>gdb</command> prompt, type <userinput>break -main</userinput>. This will tell the debugger to skip over the -preliminary set-up code in the program and start at the beginning of -your code. Now type <userinput>run</userinput> to start the -program—it will start at the beginning of the set-up code and -then get stopped by the debugger when it calls -<function>main()</function>. (If you've ever wondered where -<function>main()</function> gets called from, now you know!).</para> - -<para>You can now step through the program, a line at a time, by -pressing <command>n</command>. If you get to a function call, you can -step into it by pressing <command>s</command>. Once you're in a -function call, you can return from stepping into a function call by -pressing <command>f</command>. You can also use <command>up</command> and -<command>down</command> to take a quick look at the caller.</para> - -<para>Here's a simple example of how to spot a mistake in a program -with <command>gdb</command>. This is our program (with a deliberate -mistake): -<programlisting>#include <stdio.h> - -int bazz(int anint); - -main() { - int i; - - printf("This is my program\n"); - bazz(i); - return 0; -} - -int bazz(int anint) { - printf("You gave me %d\n", anint); - return anint; -}</programlisting> -</para> - -<para>This program sets <symbol>i</symbol> to be <literal>5</literal> -and passes it to a function <function>bazz()</function> which prints -out the number we gave it.</para> - -<para>When we compile and run the program we get -<screen>$ <userinput>cc -g -o temp temp.c</userinput> -$ <userinput>./temp</userinput> -This is my program -anint = 4231</screen></para> - -<para>That wasn't what we expected! Time to see what's going -on!<screen>$ <userinput>gdb temp</userinput> -GDB is free software and you are welcome to distribute copies of it - under certain conditions; type "show copying" to see the conditions. -There is absolutely no warranty for GDB; type "show warranty" for details. -GDB 4.13 (i386-unknown-freebsd), Copyright 1994 Free Software Foundation, Inc. -(gdb) <userinput>break main</> <lineannotation>Skip the set-up code</> -Breakpoint 1 at 0x160f: file temp.c, line 9. <lineannotation><command>gdb</command> puts breakpoint at <function>main()</></> -(gdb) <userinput>run</> <lineannotation>Run as far as <function>main()</></> -Starting program: /home/james/tmp/temp <lineannotation>Program starts running</> - -Breakpoint 1, main () at temp.c:9 <lineannotation><command>gdb</command> stops at <function>main()</></> -(gdb) <userinput>n</> <lineannotation>Go to next line</> -This is my program <lineannotation>Program prints out</> -(gdb) <userinput>s</> <lineannotation>step into <function>bazz()</></> -bazz (anint=4231) at temp.c:17 <lineannotation><command>gdb</command> displays stack frame</> -(gdb)</screen></para> - - -<para>Hang on a minute! How did <symbol>anint</symbol> get to be -<literal>4231</literal>? Didn't we set it to be <literal>5</literal> -in <function>main()</function>? Let's move up to -<function>main()</function> and have a look.</para> - -<para><screen>(gdb) <userinput>up</> <lineannotation>Move up call stack</> -#1 0x1625 in main () at temp.c:11 <lineannotation><command>gdb</command> displays stack frame</> -(gdb) <userinput>p i</> <lineannotation>Show us the value of <symbol>i</></> -$1 = 4231 <lineannotation><command>gdb</command> displays <literal>4231</></></screen> -Oh dear! Looking at the code, we forgot to initialise -<symbol>i</symbol>. We meant to put -<programlisting><lineannotation>…</> -main() { - int i; - - i = 5; - printf("This is my program\n"); -<lineannotation>&hellip</></programlisting> -but we left the <literal>i=5;</literal> line out. As we didn't -initialise <symbol>i</symbol>, it had whatever number happened to be -in that area of memory when the program ran, which in this case -happened to be <literal>4231</literal>.</para> - -<note><para><command>gdb</command> displays the stack frame -every time we go into or out of a function, even if we're using -<command>up</command> and <command>down</command> to move around the -call stack. This shows the name of the function and the values of -its arguments, which helps us keep track of where we are and what's -going on. (The stack is a storage area where the program stores -information about the arguments passed to functions and where to go -when it returns from a function call).</para></note> - -</sect1> - -<sect1> -<title>Examining a core file</title> - -<para>A core file is basically a file which contains the complete -state of the process when it crashed. In <quote>the good old -days</quote>, programmers had to print out hex listings of core files -and sweat over machine code manuals, but now life is a bit easier. -Incidentally, under FreeBSD and other 4.4BSD systems, a core file is -called <filename><replaceable>progname</>.core</> instead of just -<filename>core</filename>, to make it clearer which program a core -file belongs to.</para> - -<para>To examine a core file, start up <command>gdb</command> in the -usual way. Instead of typing <command>break</command> or -<command>run</command>, type -<screen>(gdb) <userinput>core <replaceable>progname</replaceable>.core</userinput></screen> -If you're not in the same directory as the core file, you'll have to -do <userinput>dir /path/to/core/file</userinput> first.</para> - -<para>You should see something like this: -<screen>$ <userinput>gdb a.out</userinput> -GDB is free software and you are welcome to distribute copies of it - under certain conditions; type "show copying" to see the conditions. -There is absolutely no warranty for GDB; type "show warranty" for details. -GDB 4.13 (i386-unknown-freebsd), Copyright 1994 Free Software Foundation, Inc. -(gdb) <userinput>core a.out.core</userinput> -Core was generated by `a.out'. -Program terminated with signal 11, Segmentation fault. -Cannot access memory at address 0x7020796d. -#0 0x164a in bazz (anint=0x5) at temp.c:17 -(gdb)</screen></para> - -<para>In this case, the program was called -<filename>a.out</filename>, so the core file is called -<filename>a.out.core</filename>. We can see that the program crashed -due to trying to access an area in memory that was not available to -it in a function called <function>bazz</function>.</para> - -<para>Sometimes it's useful to be able to see how a function was -called, as the problem could have occurred a long way up the call -stack in a complex program. The <command>bt</command> command causes -<command>gdb</command> to print out a back-trace of the call -stack: -<screen>(gdb) <userinput>bt</userinput> -#0 0x164a in bazz (anint=0x5) at temp.c:17 -#1 0xefbfd888 in end () -#2 0x162c in main () at temp.c:11 -(gdb)</screen>The <function>end()</function> function is called when -a program crashes; in this case, the <function>bazz()</function> -function was called from <function>main()</function>.</para> - -</sect1> - -<sect1> -<title>Attaching to a running program</title> - -<para>One of the neatest features about <command>gdb</command> is -that it can attach to a program that's already running. Of course, -that assumes you have sufficient permissions to do so. A common -problem is when you are stepping through a program that forks, and -you want to trace the child, but the debugger will only let you trace -the parent.</para> - -<para>What you do is start up another <command>gdb</command>, use -<command>ps</command> to find the process ID for the child, and -do<screen>(gdb) <userinput>attach <replaceable>pid</replaceable></userinput></screen> -in <command>gdb</command>, and then debug as usual.</para> - -<para><quote>That's all very well,</quote> you're probably thinking, -<quote>but by the time I've done that, the child process will be over -the hill and far away</quote>. Fear not, gentle reader, here's how to -do it (courtesy of the <command>gdb</command> info pages): -<screen><lineannotation>&hellip</lineannotation> -if ((pid = fork()) < 0) /* _Always_ check this */ - error(); -else if (pid == 0) { /* child */ - int PauseMode = 1; - - while (PauseMode) - sleep(10); /* Wait until someone attaches to us */ - <lineannotation>&hellip</lineannotation> -} else { /* parent */ - <lineannotation>&hellip</lineannotation></screen> -Now all you have to do is attach to the child, set -<symbol>PauseMode</symbol> to <literal>0</literal>, and -wait for the <function>sleep()</function> call to return!</para> - -</sect1> -</chapter> - -<chapter id="emacs"> -<title>Using Emacs as a Development Environment</title> - -<sect1> -<title>Emacs</title> - -<para>Unfortunately, Unix systems don't come with the kind of -everything-you-ever-wanted-and-lots-more-you-didn't-in-one-gigantic-package -integrated development environments that other systems -have.<footnote><para>At least, not unless you pay out very large sums -of money.</para></footnote> However, it is possible to set up your -own environment. It may not be as pretty, and it may not be quite as -integrated, but you can set it up the way you want it. And it's free. -And you have the source to it.</para> - -<para>The key to it all is Emacs. Now there are some people who -loathe it, but many who love it. If you're one of the former, I'm -afraid this section will hold little of interest to you. Also, you'll -need a fair amount of memory to run it—I'd recommend 8MB in -text mode and 16MB in X as the bare minimum to get reasonable -performance.</para> - -<para>Emacs is basically a highly customisable editor—indeed, -it has been customised to the point where it's more like an operating -system than an editor! Many developers and sysadmins do in fact -spend practically all their time working inside Emacs, leaving it -only to log out.</para> - -<para>It's impossible even to summarise everything Emacs can do here, but -here are some of the features of interest to developers: -<itemizedlist> - -<listitem><para>Very powerful editor, allowing search-and-replace on -both strings and regular expressions (patterns), jumping to start/end -of block expression, etc, etc.</para></listitem> - -<listitem><para>Pull-down menus and online help.</para></listitem> - -<listitem><para>Language-dependent syntax highlighting and -indentation.</para></listitem> - -<listitem><para>Completely customisable.</para></listitem> - -<listitem><para>You can compile and debug programs within -Emacs.</para></listitem> - -<listitem><para>On a compilation error, you can jump to the offending -line of source code.</para></listitem> - -<listitem><para>Friendly-ish front-end to the <command>info</command> -program used for reading GNU hypertext documentation, including the -documentation on Emacs itself.</para></listitem> - -<listitem><para>Friendly front-end to <command>gdb</command>, -allowing you to look at the source code as you step through your -program.</para></listitem> - -<listitem><para>You can read Usenet news and mail while your program -is compiling.</para></listitem> - -</itemizedlist>And doubtless many more that I've overlooked.</para> - -<para>Emacs can be installed on FreeBSD using <ulink -URL="http://www.freebsd.org/ports/editors">the Emacs -port</ulink>.</para> - -<para>Once it's installed, start it up and do <userinput>C-h -t</userinput> to read an Emacs tutorial—that means hold down -the <keycap>control</keycap> key, press <keycap>h</keycap>, let go of -the <keycap>control</keycap> key, and then press <keycap>t</keycap>. -(Alternatively, you can you use the mouse to select <guimenuitem>Emacs -Tutorial</guimenuitem> from the <guimenu>Help</guimenu> menu).</para> - -<para>Although Emacs does have menus, it's well worth learning the -key bindings, as it's much quicker when you're editing something to -press a couple of keys than to try and find the mouse and then click -on the right place. And, when you're talking to seasoned Emacs users, -you'll find they often casually throw around expressions like -<quote><literal>M-x replace-s RET foo RET bar RET</literal></quote> -so it's useful to know what they mean. And in any case, Emacs has far -too many useful functions for them to all fit on the menu -bars.</para> - -<para>Fortunately, it's quite easy to pick up the key-bindings, as -they're displayed next to the menu item. My advice is to use the -menu item for, say, opening a file until you understand how it works -and feel confident with it, then try doing C-x C-f. When you're happy -with that, move on to another menu command.</para> - -<para>If you can't remember what a particular combination of keys -does, select <guimenuitem>Describe Key</guimenuitem> from the -<guimenu>Help</guimenu> menu and type it in—Emacs will tell you -what it does. You can also use the <guimenuitem>Command -Apropos</guimenuitem> menu item to find out all the commands which -contain a particular word in them, with the key binding next to -it.</para> - -<para>By the way, the expression above means hold down the -<keysym>Meta</keysym> key, press <keysym>x</keysym>, release the -<keysym>Meta</keysym> key, type <userinput>replace-s</userinput> -(short for <literal>replace-string</literal>—another feature of -Emacs is that you can abbreviate commands), press the -<keysym>return</keysym> key, type <userinput>foo</userinput> (the -string you want replaced), press the <keysym>return</keysym> key, -type bar (the string you want to replace <literal>foo</literal> with) -and press <keysym>return</keysym> again. Emacs will then do the -search-and-replace operation you've just requested.</para> - -<para>If you're wondering what on earth the <keysym>Meta</keysym> key -is, it's a special key that many Unix workstations have. -Unfortunately, PC's don't have one, so it's usually the -<keycap>alt</keycap> key (or if you're unlucky, the <keysym>escape</keysym> -key).</para> - -<para>Oh, and to get out of Emacs, do <command>C-x C-c</command> -(that means hold down the <keysym>control</keysym> key, press -<keysym>c</keysym>, press <keysym>x</keysym> and release the -<keysym>control</keysym> key). If you have any unsaved files open, -Emacs will ask you if you want to save them. (Ignore the bit in the -documentation where it says <command>C-z</command> is the usual way -to leave Emacs—that leaves Emacs hanging around in the -background, and is only really useful if you're on a system which -doesn't have virtual terminals).</para> - -</sect1> - -<sect1> -<title>Configuring Emacs</title> - -<para>Emacs does many wonderful things; some of them are built in, -some of them need to be configured.</para> - -<para>Instead of using a proprietary macro language for -configuration, Emacs uses a version of Lisp specially adapted for -editors, known as Emacs Lisp. This can be quite useful if you want to -go on and learn something like Common Lisp, as it's considerably -smaller than Common Lisp (although still quite big!).</para> - -<para>The best way to learn Emacs Lisp is to download the <ulink -URL="ftp://prep.ai.mit.edu:pub/gnu/elisp-manual-19-2.4.tar.gz">Emacs -Tutorial</ulink></para> - -<para>However, there's no need to actually know any Lisp to get -started with configuring Emacs, as I've included a sample -<filename>.emacs</filename> file, which should be enough to get you -started. Just copy it into your home directory and restart Emacs if -it's already running; it will read the commands from the file and -(hopefully) give you a useful basic setup.</para> - -</sect1> - -<sect1> -<title>A sample <filename>.emacs</filename> file</title> - -<para>Unfortunately, there's far too much here to explain it in detail; -however there are one or two points worth mentioning.</para> - -<para> -<itemizedlist> - -<listitem><para>Everything beginning with a <literal>;</> is a -comment and is ignored by Emacs.</para></listitem> - -<listitem><para>In the first line, the -<literal>-*- Emacs-Lisp -*-</literal> is so that we can -edit the <filename>.emacs</filename> file itself within Emacs and get -all the fancy features for editing Emacs Lisp. Emacs usually tries to -guess this based on the filename, and may not get it right for -<filename>.emacs</filename>. </para></listitem> - -<listitem><para>The <keysym>tab</keysym> key is bound to an -indentation function in some modes, so when you press the tab key, it -will indent the current line of code. If you want to put a -<token>tab</token> character in whatever you're writing, hold the -<keysym>control</keysym> key down while you're pressing the -<keysym>tab</keysym> key.</para></listitem> - -<listitem><para>This file supports syntax highlighting for C, C++, -Perl, Lisp and Scheme, by guessing the language from the -filename.</para></listitem> - -<listitem><para>Emacs already has a pre-defined function called -<function>next-error</function>. In a compilation output window, this -allows you to move from one compilation error to the next by doing -<command>M-n</command>; we define a complementary function, -<function>previous-error</function>, that allows you to go to a -previous error by doing <command>M-p</command>. The nicest feature of -all is that <command>C-c C-c</command> will open up the source file -in which the error occurred and jump to the appropriate -line.</para></listitem> - -<listitem><para> We enable Emacs's ability to act as a server, so -that if you're doing something outside Emacs and you want to edit a -file, you can just type in -<screen>$ <userinput>emacsclient <replaceable>filename</replaceable></userinput></screen> -and then you can edit the file in your Emacs!<footnote><para>Many -Emacs users set their <systemitem -class=environvar>EDITOR</systemitem> environment to -<literal>emacsclient</literal> so this happens every time they need -to edit a file.</para></footnote></para></listitem> - -</itemizedlist> -</para> - -<example> -<title>A sample <filename>.emacs</filename> file</title> -<screen>;; -*-Emacs-Lisp-*- - -;; This file is designed to be re-evaled; use the variable first-time -;; to avoid any problems with this. -(defvar first-time t - "Flag signifying this is the first time that .emacs has been evaled") - -;; Meta -(global-set-key "\M- " 'set-mark-command) -(global-set-key "\M-\C-h" 'backward-kill-word) -(global-set-key "\M-\C-r" 'query-replace) -(global-set-key "\M-r" 'replace-string) -(global-set-key "\M-g" 'goto-line) -(global-set-key "\M-h" 'help-command) - -;; Function keys -(global-set-key [f1] 'manual-entry) -(global-set-key [f2] 'info) -(global-set-key [f3] 'repeat-complex-command) -(global-set-key [f4] 'advertised-undo) -(global-set-key [f5] 'eval-current-buffer) -(global-set-key [f6] 'buffer-menu) -(global-set-key [f7] 'other-window) -(global-set-key [f8] 'find-file) -(global-set-key [f9] 'save-buffer) -(global-set-key [f10] 'next-error) -(global-set-key [f11] 'compile) -(global-set-key [f12] 'grep) -(global-set-key [C-f1] 'compile) -(global-set-key [C-f2] 'grep) -(global-set-key [C-f3] 'next-error) -(global-set-key [C-f4] 'previous-error) -(global-set-key [C-f5] 'display-faces) -(global-set-key [C-f8] 'dired) -(global-set-key [C-f10] 'kill-compilation) - -;; Keypad bindings -(global-set-key [up] "\C-p") -(global-set-key [down] "\C-n") -(global-set-key [left] "\C-b") -(global-set-key [right] "\C-f") -(global-set-key [home] "\C-a") -(global-set-key [end] "\C-e") -(global-set-key [prior] "\M-v") -(global-set-key [next] "\C-v") -(global-set-key [C-up] "\M-\C-b") -(global-set-key [C-down] "\M-\C-f") -(global-set-key [C-left] "\M-b") -(global-set-key [C-right] "\M-f") -(global-set-key [C-home] "\M-<") -(global-set-key [C-end] "\M->") -(global-set-key [C-prior] "\M-<") -(global-set-key [C-next] "\M->") - -;; Mouse -(global-set-key [mouse-3] 'imenu) - -;; Misc -(global-set-key [C-tab] "\C-q\t") ; Control tab quotes a tab. -(setq backup-by-copying-when-mismatch t) - -;; Treat 'y' or <CR> as yes, 'n' as no. -(fset 'yes-or-no-p 'y-or-n-p) - (define-key query-replace-map [return] 'act) - (define-key query-replace-map [?\C-m] 'act) - -;; Load packages -(require 'desktop) -(require 'tar-mode) - -;; Pretty diff mode -(autoload 'ediff-buffers "ediff" "Intelligent Emacs interface to diff" t) -(autoload 'ediff-files "ediff" "Intelligent Emacs interface to diff" t) -(autoload 'ediff-files-remote "ediff" - "Intelligent Emacs interface to diff") </screen> - -<screen>(if first-time - (setq auto-mode-alist - (append '(("\\.cpp$" . c++-mode) - ("\\.hpp$" . c++-mode) - ("\\.lsp$" . lisp-mode) - ("\\.scm$" . scheme-mode) - ("\\.pl$" . perl-mode) - ) auto-mode-alist))) - -;; Auto font lock mode -(defvar font-lock-auto-mode-list - (list 'c-mode 'c++-mode 'c++-c-mode 'emacs-lisp-mode 'lisp-mode 'perl-mode 'scheme-mode) - "List of modes to always start in font-lock-mode") - -(defvar font-lock-mode-keyword-alist - '((c++-c-mode . c-font-lock-keywords) - (perl-mode . perl-font-lock-keywords)) - "Associations between modes and keywords") - -(defun font-lock-auto-mode-select () - "Automatically select font-lock-mode if the current major mode is -in font-lock-auto-mode-list" - (if (memq major-mode font-lock-auto-mode-list) - (progn - (font-lock-mode t)) - ) - ) - -(global-set-key [M-f1] 'font-lock-fontify-buffer) - -;; New dabbrev stuff -;(require 'new-dabbrev) -(setq dabbrev-always-check-other-buffers t) -(setq dabbrev-abbrev-char-regexp "\\sw\\|\\s_") -(add-hook 'emacs-lisp-mode-hook - '(lambda () - (set (make-local-variable 'dabbrev-case-fold-search) nil) - (set (make-local-variable 'dabbrev-case-replace) nil))) -(add-hook 'c-mode-hook - '(lambda () - (set (make-local-variable 'dabbrev-case-fold-search) nil) - (set (make-local-variable 'dabbrev-case-replace) nil))) -(add-hook 'text-mode-hook - '(lambda () - (set (make-local-variable 'dabbrev-case-fold-search) t) - (set (make-local-variable 'dabbrev-case-replace) t))) - -;; C++ and C mode... -(defun my-c++-mode-hook () - (setq tab-width 4) - (define-key c++-mode-map "\C-m" 'reindent-then-newline-and-indent) - (define-key c++-mode-map "\C-ce" 'c-comment-edit) - (setq c++-auto-hungry-initial-state 'none) - (setq c++-delete-function 'backward-delete-char) - (setq c++-tab-always-indent t) - (setq c-indent-level 4) - (setq c-continued-statement-offset 4) - (setq c++-empty-arglist-indent 4)) - -(defun my-c-mode-hook () - (setq tab-width 4) - (define-key c-mode-map "\C-m" 'reindent-then-newline-and-indent) - (define-key c-mode-map "\C-ce" 'c-comment-edit) - (setq c-auto-hungry-initial-state 'none) - (setq c-delete-function 'backward-delete-char) - (setq c-tab-always-indent t) -;; BSD-ish indentation style - (setq c-indent-level 4) - (setq c-continued-statement-offset 4) - (setq c-brace-offset -4) - (setq c-argdecl-indent 0) - (setq c-label-offset -4)) - -;; Perl mode -(defun my-perl-mode-hook () - (setq tab-width 4) - (define-key c++-mode-map "\C-m" 'reindent-then-newline-and-indent) - (setq perl-indent-level 4) - (setq perl-continued-statement-offset 4)) - -;; Scheme mode... -(defun my-scheme-mode-hook () - (define-key scheme-mode-map "\C-m" 'reindent-then-newline-and-indent)) - -;; Emacs-Lisp mode... -(defun my-lisp-mode-hook () - (define-key lisp-mode-map "\C-m" 'reindent-then-newline-and-indent) - (define-key lisp-mode-map "\C-i" 'lisp-indent-line) - (define-key lisp-mode-map "\C-j" 'eval-print-last-sexp)) - -;; Add all of the hooks... -(add-hook 'c++-mode-hook 'my-c++-mode-hook) -(add-hook 'c-mode-hook 'my-c-mode-hook) -(add-hook 'scheme-mode-hook 'my-scheme-mode-hook) -(add-hook 'emacs-lisp-mode-hook 'my-lisp-mode-hook) -(add-hook 'lisp-mode-hook 'my-lisp-mode-hook) -(add-hook 'perl-mode-hook 'my-perl-mode-hook) - -;; Complement to next-error -(defun previous-error (n) - "Visit previous compilation error message and corresponding source code." - (interactive "p") - (next-error (- n)))</screen> - -<screen>;; Misc... -(transient-mark-mode 1) -(setq mark-even-if-inactive t) -(setq visible-bell nil) -(setq next-line-add-newlines nil) -(setq compile-command "make") -(setq suggest-key-bindings nil) -(put 'eval-expression 'disabled nil) -(put 'narrow-to-region 'disabled nil) -(put 'set-goal-column 'disabled nil) - -;; Elisp archive searching -(autoload 'format-lisp-code-directory "lispdir" nil t) -(autoload 'lisp-dir-apropos "lispdir" nil t) -(autoload 'lisp-dir-retrieve "lispdir" nil t) -(autoload 'lisp-dir-verify "lispdir" nil t) - -;; Font lock mode -(defun my-make-face (face colour &optional bold) - "Create a face from a colour and optionally make it bold" - (make-face face) - (copy-face 'default face) - (set-face-foreground face colour) - (if bold (make-face-bold face)) - ) - -(if (eq window-system 'x) - (progn - (my-make-face 'blue "blue") - (my-make-face 'red "red") - (my-make-face 'green "dark green") - (setq font-lock-comment-face 'blue) - (setq font-lock-string-face 'bold) - (setq font-lock-type-face 'bold) - (setq font-lock-keyword-face 'bold) - (setq font-lock-function-name-face 'red) - (setq font-lock-doc-string-face 'green) - (add-hook 'find-file-hooks 'font-lock-auto-mode-select) - - (setq baud-rate 1000000) - (global-set-key "\C-cmm" 'menu-bar-mode) - (global-set-key "\C-cms" 'scroll-bar-mode) - (global-set-key [backspace] 'backward-delete-char) - ; (global-set-key [delete] 'delete-char) - (standard-display-european t) - (load-library "iso-transl"))) - -;; X11 or PC using direct screen writes -(if window-system - (progn - ;; (global-set-key [M-f1] 'hilit-repaint-command) - ;; (global-set-key [M-f2] [?\C-u M-f1]) - (setq hilit-mode-enable-list - '(not text-mode c-mode c++-mode emacs-lisp-mode lisp-mode - scheme-mode) - hilit-auto-highlight nil - hilit-auto-rehighlight 'visible - hilit-inhibit-hooks nil - hilit-inhibit-rebinding t) - (require 'hilit19) - (require 'paren)) - (setq baud-rate 2400) ; For slow serial connections - ) - -;; TTY type terminal -(if (and (not window-system) - (not (equal system-type 'ms-dos))) - (progn - (if first-time - (progn - (keyboard-translate ?\C-h ?\C-?) - (keyboard-translate ?\C-? ?\C-h))))) - -;; Under UNIX -(if (not (equal system-type 'ms-dos)) - (progn - (if first-time - (server-start)))) - -;; Add any face changes here -(add-hook 'term-setup-hook 'my-term-setup-hook) -(defun my-term-setup-hook () - (if (eq window-system 'pc) - (progn -;; (set-face-background 'default "red") - ))) - -;; Restore the "desktop" - do this as late as possible -(if first-time - (progn - (desktop-load-default) - (desktop-read))) - -;; Indicate that this file has been read at least once -(setq first-time nil) - -;; No need to debug anything now -(setq debug-on-error nil) - -;; All done -(message "All done, %s%s" (user-login-name) ".") -</screen> -</example> - -</sect1> - -<sect1> -<title>Extending the Range of Languages Emacs Understands</title> - -<para>Now, this is all very well if you only want to program in the -languages already catered for in the <filename>.emacs</filename> file -(C, C++, Perl, Lisp and Scheme), but what happens if a new language -called <quote>whizbang</quote> comes out, full of exciting -features?</para> - -<para>The first thing to do is find out if whizbang -comes with any files that tell Emacs about the language. These -usually end in <filename>.el</filename>, short for <quote>Emacs -Lisp</quote>. For example, if whizbang is a FreeBSD -port, we can locate these files by doing -<screen>$ <userinput>find /usr/ports/lang/whizbang -name "*.el" -print</userinput></screen> -and install them by copying them into the Emacs site Lisp directory. On -FreeBSD 2.1.0-RELEASE, this is -<filename>/usr/local/share/emacs/site-lisp</filename>.</para> - -<para>So for example, if the output from the find command was -<screen>/usr/ports/lang/whizbang/work/misc/whizbang.el</screen> -we would do -<screen>$ <userinput>cp /usr/ports/lang/whizbang/work/misc/whizbang.el /usr/local/share/emacs/site-lisp</userinput></screen> -</para> - -<para>Next, we need to decide what extension whizbang source files -have. Let's say for the sake of argument that they all end in -<filename>.wiz</filename>. We need to add an entry to our -<filename>.emacs</filename> file to make sure Emacs will be able to -use the information in <filename>whizbang.el</filename>.</para> - -<para>Find the <symbol>auto-mode-alist entry</symbol> in -<filename>.emacs</filename> and add a line for whizbang, such -as: -<programlisting><lineannotation>…</> -("\\.lsp$" . lisp-mode) -("\\.wiz$" . whizbang-mode) -("\\.scm$" . scheme-mode) -<lineannotation>…</></programlisting> -This means that Emacs will automatically go into -<function>whizbang-mode</function> when you edit a file ending in -<filename>.wiz</filename>.</para> - -<para>Just below this, you'll find the -<symbol>font-lock-auto-mode-list</symbol> entry. Add -<function>whizbang-mode</function> to it like so: -<programlisting>;; Auto font lock mode -(defvar font-lock-auto-mode-list - (list 'c-mode 'c++-mode 'c++-c-mode 'emacs-lisp-mode 'whizbang-mode 'lisp-mode 'perl-mode 'scheme-mode) - "List of modes to always start in font-lock-mode")</programlisting> -This means that Emacs will always enable -<function>font-lock-mode</function> (ie syntax highlighting) when -editing a <filename>.wiz</filename> file.</para> - -<para>And that's all that's needed. If there's anything else you want -done automatically when you open up a <filename>.wiz</filename> file, -you can add a <function>whizbang-mode hook</function> (see -<function>my-scheme-mode-hook</function> for a simple example that -adds <function>auto-indent</function>).</para> - -</sect1> -</chapter> - -<chapter> -<title>Further Reading</title> - -<itemizedlist> -<listitem><para>Brian Harvey and Matthew Wright -<emphasis>Simply Scheme</emphasis> -MIT 1994.<!-- <br> --> -ISBN 0-262-08226-8</para></listitem> - -<listitem><para>Randall Schwartz -<emphasis>Learning Perl</emphasis> -O'Reilly 1993<!-- <br> --> -ISBN 1-56592-042-2</para></listitem> - -<listitem><para>Patrick Henry Winston and Berthold Klaus Paul Horn -<emphasis>Lisp (3rd Edition)</emphasis> -Addison-Wesley 1989<!-- <br> --> -ISBN 0-201-08319-1</para></listitem> - -<listitem><para>Brian W. Kernighan and Rob Pike -<emphasis>The Unix Programming Environment</emphasis> -Prentice-Hall 1984<!-- <br> --> -ISBN 0-13-937681-X</para></listitem> - -<listitem><para>Brian W. Kernighan and Dennis M. Ritchie -<emphasis>The C Programming Language (2nd Edition)</emphasis> -Prentice-Hall 1988<!-- <br> --> -ISBN 0-13-110362-8</para></listitem> - -<listitem><para>Bjarne Stroustrup -<emphasis>The C++ Programming Language</emphasis> -Addison-Wesley 1991<!-- <br> --> -ISBN 0-201-53992-6</para></listitem> - -<listitem><para>W. Richard Stevens -<emphasis>Advanced Programming in the Unix Environment</emphasis> -Addison-Wesley 1992<!-- <br> --> -ISBN 0-201-56317-7</para></listitem> - -<listitem><para>W. Richard Stevens -<emphasis>Unix Network Programming</emphasis> -Prentice-Hall 1990<!-- <br> --> -ISBN 0-13-949876-1</para></listitem> - -</itemizedlist> - -</chapter> -</book> diff --git a/en/tutorials/diskformat/Makefile b/en/tutorials/diskformat/Makefile deleted file mode 100644 index 158bc4d801..0000000000 --- a/en/tutorials/diskformat/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.1 1997-09-13 04:24:23 jfieber Exp $ - -DOCS= diskformat.docb -INDEXLINK= diskformat.html - -.include "../../web.mk" - diff --git a/en/tutorials/diskformat/diskformat.docb b/en/tutorials/diskformat/diskformat.docb deleted file mode 100644 index 996485f694..0000000000 --- a/en/tutorials/diskformat/diskformat.docb +++ /dev/null @@ -1,418 +0,0 @@ -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<!-- $Id: diskformat.docb,v 1.3 1997-09-20 05:34:02 jfieber Exp $ --> -<book> - -<bookinfo> -<bookbiblio> -<title>Formatting Media For Use With FreeBSD 2.2-RELEASE</title> -<subtitle>A Tutorial</subtitle> - -<authorgroup> -<author> -<firstname>Doug</firstname> -<surname>White</surname> -<affiliation> -<address><email>dwhite@resnet.uoregon.edu</email></address> -</affiliation> -</author> -</authorgroup> - -<pubdate>March 1997</pubdate> -<abstract><para>This document describes how to slice, partition, and -format hard disk drives and similar media for use with FreeBSD. The -examples given have been tested under FreeBSD 2.2-GAMMA and may work -for other releases. </para> -</abstract> -</bookbiblio> -</bookinfo> - -<chapter> -<title>Introduction & Definitions</title> - -<sect1> -<title>Overview</title> -<para>Successfully adding disks to an existing system is the mark of an -experienced system administrator. Slicing, partitioning, and adding -disks requires a careful dance of proper command and name syntax. One -slipped finger and an entire disk could disappear in seconds. This -document is written in an attempt to simplify this process and avoid -accidents. Thankfully, enhancements to existing tools (notably -sysinstall) have greatly improved this process in recent releases of -FreeBSD. </para> - -<para>There are two possible modes of disk formatting: -<itemizedlist> - -<listitem><para><firstterm>compatibility mode</firstterm>: Arranging a -disk so that it has a slice table for use with other operating -systems.</para> </listitem> - -<listitem><para><firstterm>dangerously dedicated mode</firstterm>: -Formatting a disk with no slice table. This makes the process of -adding disks easier, however non-FreeBSD operating systems may not -accept the disk. </para> </listitem> -</itemizedlist> -</para> - -<para>For most cases, dedicated mode is the easiest to set up and use -in existing systems, as a new disk is usually dedicated entirely to -FreeBSD. However, compatibility mode insures optimum interoperability -with future installations at a cost of increased complexity.</para> - -<para>In addition to selecting the mode, two methods of slicing the -disk are available. One is using the system installation tool -<command>/stand/sysinstall</command>. 2.1.7-RELEASE and later -versions of <command>sysinstall</command> contain code to ease setup -of disks during normal system operation, mainly allowing access to the -Label and Partition editors and a Write feature which will update just -the selected disk and slice without affecting other disks. The other -method is running the tools manually from a root command line. For -dangerously dedicated mode, only three or four commands are involved -while <command>sysinstall</command> requires some manipulation.</para> -</sect1> -<sect1> -<title>Definitions</title> - -<para>UNIX disk management over the centuries has invented many new -definitions for old words. The following glossary covers the -definitions used in this document and (hopefully) for FreeBSD in -general. </para> - -<!-- I'm tempted to use GLOSSARY here but will resort to a list for -now. --> - -<itemizedlist> -<listitem><para>compatibility mode: Arranging a disk so that it has a slice -table for use with other operating systems. Oppose dangerously -dedicated mode.</para></listitem> - -<listitem><para>dangerously dedicated mode: Formatting a disk with no slice -table. This makes the process of adding disks easier, however -non-FreeBSD operating systems may not accept the disk. Oppose -compatibility mode.</para></listitem> - -<listitem><para>disk: A circular disc, covered with magnetic or similarly -manipulable material, spun by a motor under a head. Data is stored on -the disk by changing the pattern of magnetism on the disc, which can -be later read. Hard disks, CD-ROMs, Magneto-optical,and Zip/Jaz -removables are examples of disks.</para></listitem> - -<listitem><para>slice: A division of a disk. Up to four slices are permitted on one -disk in the PC standard. Slices are composed of contiguous sectors. -Slices are recorded in a <quote>slice table</quote> used by the system BIOS to -locate bootable partitions. The slice table is usually called the -Partition Table in DOS parlance. Maintained by the fdisk utility.</para></listitem> - -<listitem><para>partition: A division of a slice. Usually used in reference -to divisions of the FreeBSD slice of a disk. Each filesystem and swap -area on a disk resides in a partition. Maintained using the disklabel -utility.</para></listitem> - -<listitem><para>sector: Smallest subdivision of a disk. One sector usually -represents 512 bytes of data.</para></listitem> - -</itemizedlist> -</sect1> - -<sect1> -<title>Warnings & Pitfalls</title> - -<para>Building disks is not something to take lightly. It is quite possible -to destroy the contents of other disks in your system if the proper -precautions are not taken.</para> - -<para><emphasis>Check your work carefully.</> It is very simple to destroy -the incorrect disk when working with these commands. When -in doubt consult the kernel boot output for the proper device.</para> - -<para>Needless to say, we are not responsible for any damage to any data -or hardware that you may experience. You work at your own risk!</para> - -</sect1> - -<sect1> -<title>Zip, Jaz, and Other Removables</title> - -<para>Removable disks can be formatted in the same way as normal hard -disks. It is essential to have the disk drive connected to the system -and a disk placed in the drive during startup, so the kernel can -determine the drive's geometry. Check the <command>dmesg</command> -output and make sure your device and the disk's size is listed. If -the kernel reports -<informalexample> -<screen> -Can't get the size -</screen> -</informalexample> -then the disk was not in the drive. In this case, you will need to restart the -machine before attempting to format disks. -</para> -</sect1> - -</chapter> -<chapter> -<title>Formatting Disks in Dedicated Mode</title> - -<sect1> -<title>Introduction</title> - -<para>This section details how to make disks that are totally dedicated to -FreeBSD. Remember, dedicated mode disks cannot be booted by the PC -architecture.</para> - -</sect1> -<sect1> -<title>Making Dedicated Mode Disks using Sysinstall</title> - -<para><command>/stand/sysinstall</command>, the system installation -utility, has been expanded in recent versions to make the process of -dividing disks properly a less tiring affair. The fdisk and disklabel -editors built into sysinstall are GUI tools that remove much of the -confusion from slicing disks. For FreeBSD versions 2.1.7 and later, -this is perhaps the simplest way to slice disks.</para> - -<orderedlist> -<listitem><para>Start sysinstall as root by typing -<informalexample> -<screen><userinput>/stand/sysinstall</userinput></screen> -</informalexample> -from the command prompt.</para></listitem> - -<listitem><para>Select <command>Index</command>.</para></listitem> -<listitem><para>Select <command>Partition</command>.</para></listitem> -<listitem><para>Select the disk to edit with arrow keys and -<keycap>SPACE</keycap>.</para> -</listitem> -<listitem><para>If you are using this entire disk for FreeBSD, select -<command>A</command>.</para></listitem> -<listitem><para>When asked: -<informalexample> -<screen> -Do you want to do this with a true partition entry so as to remain -cooperative with any future possible operating systems on the -drive(s)? -</screen> -</informalexample>answer <command>No</command>.</para></listitem> -<listitem><para>When asked if you still want to do this, answer -<command>Yes</command>.</para></listitem> -<listitem><para>Select <command>Write</command>.</para></listitem> -<listitem><para>When warned about Writing on installed systems, answer -<command>Yes</command>.</para></listitem> -<listitem><para><command>Quit</command>the FDISK Editor and -<keycap>ESCAPE</keycap> back to the Index menu.</para></listitem> -<listitem><para>Select <command>Label</command> from the Index -menu.</para></listitem> -<listitem><para>Label as desired. For a single partition, enter -<command>C</command> to Create a partition, accept the -default size, partition type Filesystem, and a mountpoint (which isn't -used).</para></listitem> -<listitem><para>Enter <command>W</command> when done and confirm to -continue. The filesystem will be newfs'd for you, unless you select -otherwise (for news partitions you'll want to do this!). You'll get -the error: -<informalexample> -<screen>Error mounting /mnt/dev/wd2s1e on /mnt/blah : No such file or directory </screen> -</informalexample> -Ignore. -</para></listitem> -<listitem><para>Exit out by repeatedly pressing <keycap>ESCAPE</keycap>.</para></listitem> -</orderedlist> - -</sect1> -<sect1> -<title>Making Dedicated Mode Disks Using the Command Line</title> - - -<para>Execute the following commands, replacing wd2 with the disk -name. Lines beginning with # are comments. </para> -<informalexample> -<screen> -<userinput> - dd if=/dev/zero of=/dev/rwd2 count=2 - disklabel /dev/rwd2 | disklabel -B -R -r wd2 /dev/stdin - # We only want one partition, so using slice 'c' should be fine: - newfs /dev/rwd2c -</userinput> -</screen> -</informalexample> - -<para> If you need to edit the disklabel to create multiple -partitions (such as swap), use the following: </para> - -<informalexample> -<screen> -<userinput> - dd if=/dev/zero of=/dev/rwd2 count=2 - disklabel /dev/r$d > /tmp/label - # Edit disklabel to add partitions: - vi /tmp/label - disklabel -B -R -r wd2 /tmp/label - # newfs partitions appropriately -</userinput> -</screen> -</informalexample> - -<para>Your disk is now ready for use.</para> - -</sect1> -</chapter> - -<chapter> -<title>Making Compatibility Mode Disks</title> - -<sect1> -<title>Introduction</title> -<para>The command line is the easiest way to make dedicated disks, and -the worst way to make compatibility disks. The command-line fdisk -utility requires higher math skills and an in-depth understanding of -the slice table, which is more than most people want to deal with. -Use sysinstall for compatibility disks, as described below.</para> - -</sect1> -<sect1> - -<title>Making Compatibility Mode Disks Using Sysinstall</title> - -<orderedlist> -<listitem><para>Start sysinstall as root by typing -<informalexample> -<screen><userinput>/stand/sysinstall</></screen> -</informalexample> -from the command prompt.</para></listitem> - -<listitem><para>Select <command>Index</command>.</para> </listitem> -<listitem><para>Select <command>Partition</command>.</para></listitem> -<listitem><para>Select the disk to edit with arrow keys and -<keycap>SPACE</keycap>. -</para></listitem> -<listitem><para>If you are using this entire disk for FreeBSD, select -<command>A</command>.</para></listitem> - -<listitem><para>When asked: -<informalexample> -<screen> -Do you want to do this with a true partition entry so as to remain -cooperative with any future possible operating systems on the -drive(s)? -</screen> -</informalexample> answer <command>yes</command>.</para></listitem> -<listitem><para>Select <command>Write</command>.</para></listitem> -<listitem><para>When asked to install the boot manager, select None with -<keycap>SPACE</keycap> then hit <keycap>ENTER</keycap> for OK.</para></listitem> -<listitem><para><command>Quit</command> the FDISK Editor.</para></listitem> -<listitem><para>You'll be asked about the boot manager, select -<command>None</command> -again. </para></listitem> -<listitem><para>Select <command>Label</command> from the Index -menu.</para></listitem> -<listitem><para>Label as desired. For a single partition, accept the -default size, type filesystem, and a mountpoint (which isn't -used).</para></listitem> -<listitem><para>The filesystem will be newfs'd for you, unless you select otherwise (for news partitions you'll want to do this!). You'll get the error: -<informalexample> -<screen> -Error mounting /mnt/dev/wd2s1e on /mnt/blah : No such file or directory </screen> -</informalexample> -Ignore. -</para></listitem> -<listitem><para>Exit out by repeatedly pressing <keycap>ESCAPE</keycap>.</para></listitem> -</orderedlist> - -<para>Your new disk is now ready for use.</para> - -</sect1> -</chapter> - -<chapter> -<title>Other Disk Operations</title> -<sect1> -<title>Adding Swap Space</title> - -<para>As a system grows, it's need for swap space can also grow. -Although adding swap space to existing disks is very difficult, a new -disk can be partitioned with additional swap space. </para> - -<para>To add swap space when adding a disk to a system: -<orderedlist> -<listitem><para>When partitioning the disk, edit the disklabel and -allocate the amount of swap space to add in partition `b' and the -remainder in another partition, such as `a' or `e'. The size is given -in 512 byte blocks. </para></listitem> -<listitem><para>When newfsing the drive, do NOT newfs the `c' -partition. Instead, newfs the partition where the non-swap space -lies.</para></listitem> -<listitem><para>Add an entry to <filename>/etc/fstab</filename> as follows: -<informalexample> -<programlisting> -/dev/wd0b none swap sw 0 0 -</programlisting> -</informalexample> -Change /dev/wd0b to the device of the newly added -space.</para></listitem> -<listitem><para>To make the new space immediately available, use the -<command>swapon</command> command. -<informalexample> -<screen> -<userinput> -$ swapon /dev/sd0b -</userinput> -swapon: added /dev/sd0b as swap space -</screen> -</informalexample> -</para></listitem> -</orderedlist> -</para> -</sect1> - -<sect1> -<title>Copying the Contents of Disks</title> -<!-- Should have specific tag --> -<para>Submitted By: Renaud Waldura (<email>renaud@softway.com</email>) </para> - -<para>To move file from your original base disk to the fresh new one, -do: -<informalexample> -<screen> -<userinput> -mount /dev/wd2 /mnt -pax -r -w -p e /usr/home /mnt -umount /mnt -rm -rf /usr/home/* -mount /dev/wd2 /usr/home -</userinput> -</screen> -</informalexample> -</para> -</sect1> -</chapter> - -<chapter> -<title>Credits</title> - - - -<para>The author would like to thank the following individuals for -their contributions to this project: -<itemizedlist> -<listitem><para>Darryl Okahata -(<email>darrylo@hpnmhjw.sr.hp.com</email>) for his -simple dedicated mode setup documentation which I have used repeatedly -on freebsd-questions.</para></listitem> -<listitem><para>Jordan Hubbard -(<email>jkh@freebsd.org</email>) for making -sysinstall useful for this type of task.</para></listitem> -<listitem><para>John Fieber -(<email>jfieber@indiana.edu</email>) for making -information and examples of the DocBook DTD on which this document is -based.</para></listitem> -<listitem><para>Greg Lehey (<email>grog@freebsd.org</email>) for checking my -work and pointing out inaccuracies, as well as miscellaneous support. -</para></listitem> -</itemizedlist> -</para> - -</chapter> - - - -</book> diff --git a/en/tutorials/disklessx/Makefile b/en/tutorials/disklessx/Makefile deleted file mode 100644 index 086d200c36..0000000000 --- a/en/tutorials/disklessx/Makefile +++ /dev/null @@ -1,5 +0,0 @@ -# $Id: Makefile,v 1.2 1997-07-01 05:38:12 max Exp $ - -DOCS= disklessx.sgml - -.include "../../web.mk" diff --git a/en/tutorials/disklessx/disklessx.sgml b/en/tutorials/disklessx/disklessx.sgml deleted file mode 100644 index 408ae81e91..0000000000 --- a/en/tutorials/disklessx/disklessx.sgml +++ /dev/null @@ -1,266 +0,0 @@ -<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2//EN" [ -<!ENTITY base CDATA "../.."> -<!ENTITY date "$Date: 1996-12-28 23:36:52 $"> -<!ENTITY title "Diskless X Server: a how to guide"> -<!ENTITY copyright " "> -<!ENTITY % includes SYSTEM "../../includes.sgml"> %includes; -]> -<!-- $Id: disklessx.sgml,v 1.3 1996-12-28 23:36:52 mpp Exp $ --> - -<html> -&header; - -<H3>By Jerry Kendall</H3> -<H3>(<a href="mailto:jerry@kcis.com">jerry@kcis.com</a>)</H3> - -<p>With the help of some 'friends' on the FreeBSD-hackers list, I have -been able to create a diskless X terminal... The creation of the X terminal -required first creating a diskless system with minimal utilities mounted -via NFS. These same steps were used to create 2 separate diskless systems. -The first is 'altair.kcis.com'. A diskless X terminal that I run on my -old 386DX-40. It has a 340Meg hard disk but, I did not want to change it. -So, it boots from 'antares.kcis.com' across a Ethernet. The second system -is a 486DX2-66. I setup a diskless FreeBSD (complete) that uses no local -disk. The server in that case is a Sun 670MP running -SunOS 4.1.3. The same setup configuration was needed for both.</p> - -<hr> -NOTE: I am sure that there is stuff that needs to be added to this. Please send me any comments.... -<hr> - -<h2>Creating the boot floppy (On the diskless system)</h2> - -<p>Since the network boot loaders will not work with some of -the TSR's and such that MS-DOS uses, it is best to create -a dedicated boot floppy OR, if you can, create an MS-DOS menu -that will (via the config.sys/autoexec.bat files) ask what -configuration to load when the system starts. The later is the -method that I use and it works great. My MS-DOS (6.x) menu is below.</p> -<pre> - ---- config.sys ---- - [menu] - menuitem=normal, normal - menuitem=unix, unix - [normal] - .... - normal config.sys stuff - ... - [unix] - ---- - - ---- autoexec.bat ---- - @ECHO OFF - goto %config% - - :normal - ... - normal autoexec.bat stuff - ... - goto end - - :unix - cd \netboot - nb8390.com - - :end - ----</pre> - -<h2>Getting the network boot programs (On the server)</h2> - -<p>Compile the 'net-boot' programs that are located in -/usr/src/sys/i386/boot/netboot. You should read the comments -at the top of the makefile. Adjust as required. !!!! make a -backup of the original in case it gets fobar'd !!! When the build -is done, there should be 2 MS-DOS executables, 'nb8390.com' and -'nb3c509.com'. One of these two programs will be what you need -to run on the diskless server. It will load the kernel from the -boot server. At this point, put both programs on the MS-DOS -boot floppy created earlier. - -<h2>Determine which program to run (On the diskless system)</h2> - -<p>If you know the chipset that your Ethernet adapter uses, this is -easy. If you have the NS8390 chipset, or a NS8390 based chipset, -use NB8390.COM. If you have a 3Com 509 based chipset, use the -NB3C509.COM boot program. If you are not sure which you have, -try using one, if it says 'No adapter found', try the other. -Beyond that, you are pretty much on your own. - -<h2>Booting across the network</h2> - -<p>Boot the diskless system with out any config.sys/autoexec.bat -files. try running the boot program for your Ethernet adapter.</p> -<pre> - My Ethernet adapter is running in WD8013 16bit mode so - I run NB8390.COM - - C:> cd \netboot - C:> nb8390 - - Boot from Network (Y/N) ? Y - - BOOTP/TFTP/NFS bootstrap loader ESC for menu - - Searching for adapter.. - WD8013EBT base 0x0300, memory 0x000D8000, addr 00:40:01:43:26:66 - - Searching for server..</pre> - -<p>At this point, my diskless system is trying to find a machine to act -as a boot server. Make note of the addr line above, you will need this -number later. Reset the diskless system and modify your config.sys and -autoexec.bat files to do these steps automatically for you. Perhaps in -a menu. If you had to run 'nb3c509.com' instead of 'nb8390.com' the -output is the same as above. If you got 'No adapter found' at the -'Searching for adapter..' message, verify that you did indeed set the -compile time defines in the makefile correctly.</p> - -<h2>Allowing systems to boot across the network (On the - server)</h2> - -<p>Make sure the /etc/inetd.conf file has entries for tftp and bootps. -Mine are listed below:</p> -<pre> - ---- /etc/inetd.conf ---- - tftp dgram udp wait nobody /usr/libexec/tftpd tftpd - # - # Additions by who ever you are - bootps dgram udp wait root /usr/libexec/bootpd bootpd /etc/bootptab - ---- -</pre> -<p>If you have to change the /etc/inetd.conf file, send a HUP signal to -inetd. To do this, get the process ID of inetd with 'ps -ax | grep -inetd | grep -v grep'. Once you have it, send it a HUP signal. Do this -by 'kill -HUP <pid>'. This will force inetd to re-read its config file.</p> - -<p>Did you remember to note the 'addr' line from the output of the boot -loader on the diskless system???? Guess what, here is where you need it.</p> - -<p>Add an entry to /etc/bootptab (maybe creating the file). It should be -laid out identical to this:</p> - -<pre> - altair:\ - :ht=ether:\ - :ha=004001432666:\ - :sm=255.255.255.0:\ - :hn:\ - :ds=199.246.76.1:\ - :ip=199.246.76.2:\ - :gw=199.246.76.1:\ - :vm=rfc1048: - - The lines are as follows: - 'altair' the diskless systems name without the domain name. - 'ht=ether' the hardware type of 'ethernet'. - 'ha=004001432666' the hardware address (the number noted above). - 'sm=255.255.255.0' the subnet mask. - 'hn' tells server to send client's hostname to the client. - 'ds=199.246.76.1' tells the client who the domain server is. - 'ip=199.246.76.2' tells the client what it's IP address is. - 'gw=199.246.76.1' tells the client what the default gateway is. - 'vm=...' just leave it there... -</pre> -<p>NOTE: -****** Be sure to setup the IP addresses correctly, the addresses -above are my own......</p> - -<p>Create the directory '/tftpboot' on the server it will contain the -configuration files for the diskless systems that the server will -serve. These files will be named 'cfg.<ip>' where <ip> is the IP -address of the diskless system. The config file for 'altair' is -/tftpboot/cfg.199.246.76.2. The contents is:</p> - -<pre> - ---- /tftpboot/cfg.199.246.76.2 ---- - rootfs 199.246.76.1:/DiskLess/rootfs/altair - hostname altair.kcis.com - ---- -</pre> -<p>The line 'hostname altair.kcis.com' simply tells the diskless -system what its fully qualified domain name is.</p> - -<p>The line 'rootfs 199.246.76.1:/DiskLess/rootfs/altair' tells the -diskless system where its NFS mountable root filesystem is located.</p> - -<p>NOTE:!!!!! The NFS mounted root filesystem will be mounted READ ONLY.</p> - -<p>The hierarchy for the diskless system can be re-mounted allowing -read-write operations if required.</p> - -<p>I use my spare 386DX-40 as a dedicated X terminal...</p> - -<p>The hierarchy for 'altair' is:</p> - -<pre> - / - /bin - /etc - /tmp - /sbin - /dev - /dev/fd - /usr - /var - /var/run -</pre> - -<p>The actual list of files is:</p> - -<pre> - -r-xr-xr-x 1 root wheel 779984 Dec 11 23:44 ./kernel - -r-xr-xr-x 1 root bin 299008 Dec 12 00:22 ./bin/sh - -rw-r--r-- 1 root wheel 499 Dec 15 15:54 ./etc/rc - -rw-r--r-- 1 root wheel 1411 Dec 11 23:19 ./etc/ttys - -rw-r--r-- 1 root wheel 157 Dec 15 15:42 ./etc/hosts - -rw-r--r-- 1 root bin 1569 Dec 15 15:26 ./etc/XF86Config.altair - -r-x------ 1 bin bin 151552 Jun 10 1995 ./sbin/init - -r-xr-xr-x 1 bin bin 176128 Jun 10 1995 ./sbin/ifconfig - -r-xr-xr-x 1 bin bin 110592 Jun 10 1995 ./sbin/mount_nfs - -r-xr-xr-x 1 bin bin 135168 Jun 10 1995 ./sbin/reboot - -r-xr-xr-x 1 root bin 73728 Dec 13 22:38 ./sbin/mount - -r-xr-xr-x 1 root wheel 1992 Jun 10 1995 ./dev/MAKEDEV.local - -r-xr-xr-x 1 root wheel 24419 Jun 10 1995 ./dev/MAKEDEV -</pre> -<p>Don't forget to 'MAKEDEV all' in the 'dev' directory.</p> - -<p>My /etc/rc for 'altair' is:</p> - -<pre> - #!/bin/sh - # - PATH=/bin:/sbin - export PATH - # - # configure the localhost - /sbin/ifconfig lo0 127.0.0.1 - # - # configure the ethernet card - /sbin/ifconfig ed0 199.246.76.2 netmask 0xffffff00 - # - # mount the root filesystem via NFS - /sbin/mount antares:/DiskLess/rootfs/altair / - # - # mount the /usr filesystem via NFS - /sbin/mount antares:/DiskLess/usr /usr - # - /usr/X11R6/bin/XF86_SVGA -query antares -xf86config /etc/XF86Config.altair > /dev/null 2>&1 - # - # Reboot after X exits - /sbin/reboot - # - # We blew up.... - exit 1 -</pre> - -<hr> -<p>Any comments and ALL questions welcome....</p> - -<address> -Jerry Kendall<br> -<a href="mailto:jerry@kcis.com">jerry@kcis.com</a> -</address> - -&footer; -</body> -</html> diff --git a/en/tutorials/doc.ftr b/en/tutorials/doc.ftr deleted file mode 100644 index 5f459de742..0000000000 --- a/en/tutorials/doc.ftr +++ /dev/null @@ -1,5 +0,0 @@ -<hr> -<address> - <a href="../../mailto.html">www@freebsd.org</a> -</address> - diff --git a/en/tutorials/doc.hdr b/en/tutorials/doc.hdr deleted file mode 100644 index f5e32a9961..0000000000 --- a/en/tutorials/doc.hdr +++ /dev/null @@ -1,14 +0,0 @@ -<IMG SRC="../../gifs/bar.gif" ALT="" WIDTH="565" HEIGHT="33" BORDER=0 usemap="#bar"> -<map name="bar"> -<area shape="rect" coords="1,1,111,31" href="../../index.html" ALT=""> -<area shape="rect" coords="112,11,196,31" href="../../ports/index.html" ALT=""> -<area shape="rect" coords="196,12,257,33" href="../../support.html" ALT=""> -<area shape="rect" coords="256,12,365,33" href="../../docs.html" ALT=""> -<area shape="rect" coords="366,13,424,32" href="../../commercial.html" ALT=""> -<area shape="rect" coords="425,16,475,32" href="../../search.html" ALT=""> -<area shape="rect" coords="477,16,516,33" href="../../index-site.html" ALT=""> -<area shape="rect" coords="516,15,562,33" href="../../index.html" ALT=""> -<area shape="rect" href="../../index.html" coords="0,0,564,32" ALT=""> -</map> - -<br clear=all> diff --git a/en/tutorials/fonts/Makefile b/en/tutorials/fonts/Makefile deleted file mode 100644 index 260184f87c..0000000000 --- a/en/tutorials/fonts/Makefile +++ /dev/null @@ -1,6 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:13 max Exp $ - -DOCS= fonts.docb -INDEXLINK= fonts.html - -.include "../../web.mk" diff --git a/en/tutorials/fonts/fonts.docb b/en/tutorials/fonts/fonts.docb deleted file mode 100644 index 5948268167..0000000000 --- a/en/tutorials/fonts/fonts.docb +++ /dev/null @@ -1,723 +0,0 @@ -<!-- $Id: fonts.docb,v 1.1 1997-02-15 18:02:20 jfieber Exp $ --> -<!-- The FreeBSD Documentation Project --> -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> - -<!-- Recently, I wanted to figure out how to use some additional fonts that - I had accumulated. I finally figured out *how to do it* from the various - man pages and documentation. Since it might be of use to other users, - and I didn't see any reference to this topic in the FAQ or handbook, I - thought I'd try my hand at a simple cookbook tutorial addressing the - use of fonts. I have included my unanswered questions at the end of - the document. - - Anyway, here's what I put together. This is my present understanding of - fonts and how to use them with FreeBSD. I am sure that there are errors or - misunderstandings, but it contains enough valid information to allow the - use of additional fonts with Ghostscript, X11 and Groff. This is my first - attempt to write anything along the lines of a tutorial/FAQ, so I am sure - it is pretty raw. There are probably better ways to do some of this stuff, - and I would welcome being corrected. - --> - -<book> - -<bookinfo> -<bookbiblio> -<title>Fonts and FreeBSD</title> -<subtitle>A Tutorial</subtitle> - -<authorgroup> -<author> -<firstname>Dave</firstname> -<surname>Bodenstab</surname> -<affiliation> -<address><email>imdave@synet.net</email></address> -</affiliation> -</author> -</authorgroup> - -<pubdate>Wed Aug 7, 1996</pubdate> - -<abstract><para>This document contains a description of the various -font files that may be used with FreeBSD and the syscons driver, X11, -Ghostscript and Groff. Cookbook examples are provided for switching -the syscons display to 80x60 mode, and for using type 1 fonts with -the above application programs.</para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter> -<title>Introduction</title> - -<para>There are many sources of fonts available, and one might ask -how they might be used with FreeBSD. The answer can be found by -carefully searching the documentation for the component that one -would like to use. This is very time consuming, so this tutorial is -an attempt to provide a shortcut for others who might be -interested.</para> - -</chapter> - -<chapter> -<title>Basic terminology</title> - -<para>There are many different font formats and associated font file -suffixes. A few that will be addressed here are: -<variablelist> - -<varlistentry><term><filename>.pfa</>, <filename>.pfb</></term> - -<listitem><para>Postscript type 1 fonts. The <filename>.pfa</filename> is the -<emphasis>A</emphasis>scii form and <filename>.pfb</filename> the -<emphasis>B</emphasis>inary form.</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.afm</></term> - -<listitem><para>The font metrics associated with a type 1 -font.</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.pfm</></term> - -<listitem><para>The printer font metrics associated with a type 1 -font.</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.ttf</></term> - -<listitem><para>A TrueType font</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.fot</></term> - -<listitem><para>An indirect reference to a TrueType font (not an -actual font)</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.fon</>, <filename>.fnt</></term> - -<listitem><para>Bitmapped screen fonts</para></listitem> - -</varlistentry> -</variablelist></para> - -<para>The <filename>.fot</filename> file is used by Windows as sort -of a symbolic link to the actual TrueType font -(<filename>.ttf</filename>) file. The <filename>.fon</filename> font -files are also used by Windows. I know of no way to use this font -format with FreeBSD.</para> - -</chapter> - -<chapter> -<title>What font formats can I use?</title> - -<para>Which font file format is useful depends on the application -being used. FreeBSD by itself uses no fonts. Application programs -and/or drivers may make use of the font files. Here is a small cross -reference of application/driver to the font type suffixes:</para> - -<para> -<variablelist> -<varlistentry><term>Driver</term> -<listitem> -<para> -<variablelist> -<varlistentry><term>syscons</term> -<listitem> -<para><filename>.fnt</></para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Application</term> - -<listitem> -<para> -<variablelist> -<varlistentry><term>Ghostscript</term> -<listitem> -<para><filename>.pfa</filename>, <filename>.pfb</filename>, <filename>.ttf</filename></para> - -</listitem> -</varlistentry> - -<varlistentry><term>X11</term> - -<listitem> -<para><filename>.pfa</filename>, <filename>.pfb</filename></para> - -</listitem> -</varlistentry> - -<varlistentry><term>Groff</term> - -<listitem> -<para><filename>.pfa</filename>, <filename>.afm</filename></para> - -</listitem> -</varlistentry> - -<varlistentry><term>Povray</term> - -<listitem> -<para><filename>.ttf</filename></para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -<para>The <filename>.fnt</filename> suffix is used quite frequently. -I suspect that whenever someone wanted to create a specialized font -file for their application, more often than not they chose this -suffix. Therefore, it is likely that files with this suffix are not -all the same format; specifically, the <filename>.fnt</filename> -files used by syscons under FreeBSD may not be the same format as a -<filename>.fnt</filename> file one encounters in the MSDOS/Windows -environment. I have not made any attempt at using other -<filename>.fnt</filename> files other than those provided with -FreeBSD.</para> - -</chapter> - -<chapter> -<title>Setting a virtual console to 80x60 line mode</title> - -<para>First, a 8x8 font must be loaded. -<filename>/etc/sysconfig</filename> should contain the lines: -<informalexample> -<programlisting># Choose font 8x8 from /usr/share/syscons/fonts/* (or NO for default) -font8x8=/usr/share/syscons/fonts/cp437-8x8.fnt</programlisting> -</informalexample> -</para> - -<para>The command to actually switch the mode is -<citerefentry><refentrytitle>vidcontrol</><manvolnum>1</></>: -<informalexample> -<screen>bash$ <userinput>vidcontrol VGA_80x60</userinput></screen> -</informalexample> -</para> - -<para>Various screen orientated programs, such as -<citerefentry><refentrytitle>vi</><manvolnum>1</></>, must be able to -determine the current screen dimensions. These can be set with -<citerefentry><refentrytitle>stty</><manvolnum>1</></>: -<informalexample> -<screen>bash$ <userinput>stty crt rows 60 columns 80</userinput></screen> -</informalexample> -</para> - -<para>To make this more seamless, one can embed these commands in the -startup scripts so it takes place when the system boots. One way to -do this is: -<orderedlist> - -<listitem> -<para>Modify <filename>/etc/sysconfig</filename> as above</para> -</listitem> - -<listitem> -<para>Add to <filename>/etc/rc.local</filename>: -<informalexample> -<programlisting>for tty in /dev/ttyv? -do - vidcontrol VGA_80x60 <$tty >/dev/null 2>&1 -done</programlisting> -</informalexample></para> -</listitem> - -<listitem> -<para>Add to <filename>/etc/profile</filename>: -<informalexample> -<programlisting>TTYNAME=`basename \`tty\`` -if expr "$TTYNAME" : 'ttyv' >/dev/null -then - stty crt rows 60 columns 80 -fi</programlisting> -</informalexample> -</para> -</listitem> - -</orderedlist> -</para> - -<para>References: -<citerefentry><refentrytitle>stty</><manvolnum>1</></>, -<citerefentry><refentrytitle>vidcontrol</><manvolnum>1</></>.</para> - -</chapter> - -<chapter> -<title>Using type 1 fonts with X11</title> - -<para>X11 can use either the <filename>.pfa</filename> or the -<filename>.pfb</filename> format fonts. The X11 fonts are located in -various subdirectories under -<filename>/usr/X11R6/lib/X11/fonts</filename>. Each font file is -cross referenced to its X11 name by the contents of the -<filename>fonts.dir</filename> file in each directory.</para> - -<para>There is already a directory named <filename>Type1</>. The most -straight forward way to add a new font is to put it into this -directory. A better way is to keep all new fonts in a separate -directory and use a symbolic link to the additional font. This -allows one to more easily keep track of ones fonts without confusing -them with the fonts that were originally provided. For -example: -<informalexample> -<screen><lineannotation>Create a directory to contain the font files</> -bash$ <userinput>mkdir -p /usr/local/share/fonts/type1</> -bash$ <userinput>cd /usr/local/share/fonts/type1</> - -<lineannotation>Place the .pfa, .pfb and .afm files here</> -<lineannotation>One might want to keep readme files, and other documentation</> -<lineannotation>for the fonts here also</> -bash$ <userinput>cp /cdrom/fonts/atm/showboat/showboat.pfb .</> -bash$ <userinput>cp /cdrom/fonts/atm/showboat/showboat.afm .</> - -<lineannotation>Maintain an index to cross reference the fonts</> -bash$ <userinput>echo showboat - InfoMagic CICA, Dec 1994, /fonts/atm/showboat >>INDEX</></screen> -</informalexample> -</para> - -<para>Now, to use a new font with X11, one must make the font file -available and update the font name files. The X11 font names look -like: -<informalexample> -<screen>-bitstream-charter-medium-r-normal-xxx-0-0-0-0-p-0-iso8859-1 - | | | | | | | | | | | | \ \ - | | | | | \ \ \ \ \ \ \ +----+- character set - | | | | \ \ \ \ \ \ \ +- average width - | | | | \ \ \ \ \ \ +- spacing - | | | \ \ \ \ \ \ +- vertical res. - | | | \ \ \ \ \ +- horizontal res. - | | | \ \ \ \ +- points - | | | \ \ \ +- pixels - | | | \ \ \ - foundry family weight slant width additional style</screen> -</informalexample> -</para> - -<para>A new name needs to be created for each new font. If you have -some information from the documentation that accompanied the font, -then it could serve as the basis for creating the name. If there is -no information, then you can get some idea by using -<citerefentry><refentrytitle>strings</><manvolnum>1</></> on the font -file. For example: -<informalexample> -<screen>bash$ <userinput>strings showboat.pfb | more</> -%!FontType1-1.0: Showboat 001.001 -%%CreationDate: 1/15/91 5:16:03 PM -%%VMusage: 1024 45747 -% Generated by Fontographer 3.1 -% Showboat - 1991 by David Rakowski. Alle Rechte Vorbehalten. -FontDirectory/Showboat known{/Showboat findfont dup/UniqueID known{dup -/UniqueID get 4962377 eq exch/FontType get 1 eq and}{pop false}ifelse -{save true}{false}ifelse}{false}ifelse -12 dict begin -/FontInfo 9 dict dup begin - /version (001.001) readonly def - /FullName (Showboat) readonly def - /FamilyName (Showboat) readonly def - /Weight (Medium) readonly def - /ItalicAngle 0 def - /isFixedPitch false def - /UnderlinePosition -106 def - /UnderlineThickness 16 def - /Notice (Showboat - 1991 by David Rakowski. Alle Rechte Vorbehalten.) readonly def -end readonly def -/FontName /Showboat def ---stdin--</screen> -</informalexample></para> - -<para>Using this information, a possible name might be: -<informalexample> -<screen>-type1-Showboat-medium-r-normal-decorative-0-0-0-0-p-0-iso8859-1</screen> -</informalexample> -</para> - -<para>The components of our name are: -<variablelist> - -<varlistentry><term>Foundry</term> -<listitem> -<para>Lets just name all the new fonts <literal>type1</>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Family</term> -<listitem> -<para>The name of the font.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Weight</term> -<listitem> -<para>Normal, bold, medium, semibold, etc. From the -<citerefentry><refentrytitle>strings</><manvolnum>1</></> output -above, it appears that this font has a weight of -<emphasis>medium</emphasis>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Slant</term> -<listitem> -<para><emphasis remap=bf>r</emphasis>oman, <emphasis -remap=bf>i</emphasis>talic, <emphasis remap=bf>o</emphasis>blique, -etc. Since the <emphasis>ItalicAngle</emphasis> is zero, -<emphasis>roman</emphasis> will be used.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Width</term> -<listitem> -<para>Normal, wide, condensed, extended, etc. Until it can be examined, -the assumption will be <emphasis>normal</emphasis>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Additional style</term> -<listitem> -<para>Usually omitted, but this will indicate that -the font contains decorative capital letters.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Spacing</term> -<listitem> -<para>proportional or monospaced. <emphasis>Proportional</emphasis> -is used since <emphasis>isFixedPitch</emphasis> is false.</para> -</listitem> -</varlistentry> - -</variablelist> -</para> - -<para>All of these names are arbitrary, but one should strive to be -compatible with the existing conventions. A font is referenced by -name with possible wild cards by an X11 program, so the name chosen -should make some sense. One might begin by simply using -<informalexample> -<screen>…-normal-r-normal-…-p-…</screen> -</informalexample> -as the name, and then use -<citerefentry><refentrytitle>xfontsel</><manvolnum>1</></> to examine it -and adjust the name based on the appearance of the font.</para> - -<para>So, to complete our example: -<informalexample> -<screen><lineannotation>Make the font accessible to X11</> -bash$ <userinput>cd /usr/X11R6/lib/X11/fonts/Type1</> -bash$ <userinput>ln -s /usr/local/share/fonts/type1/showboat.pfb .</> - -<lineannotation>Edit fonts.dir and fonts.scale, adding the line describing the font -and incrementing the number of fonts which is found on the first line.</> -bash$ <userinput>ex fonts.dir -:1p -25 -:1c -26 -. -:$a -showboat.pfb -type1-showboat-medium-r-normal-decorative-0-0-0-0-p-0-iso8859-1 -. -:wq</> - -<lineannotation><filename>fonts.scale</> seems to be identical to <filename>fonts.dir</>…</> -bash$ <userinput>cp fonts.dir fonts.scale</> - -<lineannotation>Tell X11 that things have changed</> -bash$ <userinput>xset fp rehash</> - -<lineannotation>Examine the new font</> -bash$ <userinput>xfontsel -pattern -type1-*</></screen> -</informalexample> -</para> - -<para>References: -<citerefentry><refentrytitle>xfontsel</><manvolnum>1</></>, -<citerefentry><refentrytitle>xset</><manvolnum>1</></>, -<citetitle>The X Windows System in a Nutshell</>, <ulink -URL="http://www.ora.com/">O'Reilly & Associates</ulink>.</para> - -</chapter> - -<chapter> -<title>Using type 1 fonts with Ghostscript</title> - -<para>Ghostscript references a font via its <filename>Fontmap</> -file. This must be modified in a similar way to the X11 -<filename>fonts.dir</filename> file. Ghostscript can use either the -<filename>.pfa</filename> or the <filename>.pfb</filename> format -fonts. Using the font from the previous example, here is how to use -it with Ghostscript: -<informalexample> -<screen><lineannotation>Put the font in Ghostscript's font directory</> -bash$ <userinput>cd /usr/local/share/ghostscript/fonts</> -bash$ <userinput>ln -s /usr/local/share/fonts/type1/showboat.pfb .</> - -<lineannotation>Edit Fontmap so Ghostscript knows about the font</> -bash$ <userinput>cd /usr/local/share/ghostscript/4.01</> -bash$ <userinput>ex Fontmap -:$a -/Showboat (showboat.pfb) ; % From CICA /fonts/atm/showboat -. -:wq</> - -<lineannotation>Use Ghostscript to examine the font</> -bash$ <userinput>gs prfont.ps</> -Aladdin Ghostscript 4.01 (1996-7-10) -Copyright (C) 1996 Aladdin Enterprises, Menlo Park, CA. All rights -reserved. -This software comes with NO WARRANTY: see the file PUBLIC for details. -Loading Times-Roman font from /usr/local/share/ghostscript/fonts/tir_____.pfb... - /1899520 581354 1300084 13826 0 done. -GS><userinput>Showboat DoFont</> -Loading Showboat font from /usr/local/share/ghostscript/fonts/showboat.pfb... - 1939688 565415 1300084 16901 0 done. ->>showpage, press <return> to continue<< ->>showpage, press <return> to continue<< ->>showpage, press <return> to continue<< -GS><userinput>quit</></screen> -</informalexample> -</para> - -<para>References: <filename>fonts.txt</filename> in the Ghostscript -4.01 distribution</para> - -</chapter> - -<chapter> -<title>Using type 1 fonts with Groff</title> - -<para>Now that the new font can be used by both X11 and Ghostscript, -how can one use the new font with groff? First of all, since we are -dealing with type 1 postscript fonts, the groff device that is -applicable is the <emphasis>ps</emphasis> device. A font file must be -created for each font that groff can use. A groff font name is just -a file in <filename>/usr/share/groff_font/devps</filename>. With our -example, the font file could be -<filename>/usr/share/groff_font/devps/SHOWBOAT</filename>. The file -must be created using tools provided by groff.</para> - -<para>The first tool is <command>afmtodit</>. This is not normally -installed, so it must be retrieved from the source distribution. I -found I had to change the first line of the file, so I did: -<informalexample> -<screen>bash$ <userinput>cp /usr/src/gnu/usr.bin/groff/afmtodit/afmtodit.pl /tmp</> -bash$ <userinput>ex /tmp/afmtodit.pl -:1c -#!/usr/bin/perl -P- -. -:wq</></screen> -</informalexample> -</para> - -<para>This tool will create the groff font file from the metrics file -(<filename>.afm</filename> suffix.) Continuing with our -example: -<informalexample> -<screen><lineannotation>Many <filename>.afm</> files are in Mac format&hellip ^M delimited lines -We need to convert them to unix style ^J delimited lines</> -bash$ <userinput>cd /tmp</> -bash$ <userinput>cat /usr/local/share/fonts/type1/showboat.afm | - tr '\015' '\012' >showboat.afm</> - -<lineannotation>Now create the groff font file</> -bash$ <userinput>cd /usr/share/groff_font/devps</> -bash$ <userinput>/tmp/afmtodit.pl -d DESC -e text.enc /tmp/showboat.afm generate/textmap SHOWBOAT</></screen> -</informalexample> -</para> - -<para>The font can now be referenced with the name SHOWBOAT.</para> - -<para>If ghostscript is used to drive the printers on the system, -then nothing more needs to be done. However, if true postscript -printers are used, then the font must be down loaded to the printer -in order for the font to be used (unless the printer happens to have -the showboat font built in or on an accessible font disk.) The final -step is to create a down loadable font. The <command>pfbtops</> tool -is used to create the <filename>.pfa</filename> format of the font, -and the <filename>download</> file is modified to reference the new -font. The <filename>download</> file must reference the internal -name of the font. This can easily be determined from the groff font -file as illustrated: -<informalexample> -<screen><lineannotation>Create the <filename>.pfa</> font file</> -bash$ <userinput>pfbtops /usr/local/share/fonts/type1/showboat.pfb >showboat.pfa</></screen> -</informalexample> -Of course, if the <filename>.pfa</filename> file is already -available, just use a symbolic link to reference it. -<informalexample> -<screen><lineannotation>Get the internal font name</> -bash$ <userinput>fgrep internalname SHOWBOAT</> -internalname Showboat - -<lineannotation>Tell groff that the font must be down loaded</> -bash$ <userinput>ex download -:$a -Showboat showboat.pfa -. -:wq</></screen> -</informalexample> -</para> - -<para>To test the font: -<informalexample> -<screen>bash$ <userinput>cd /tmp</> -bash$ <userinput>cat >example.t <<EOF -.sp 5 -.ps 16 -This is an example of the Showboat font: -.br -.ps 48 -.vs (\n(.s+2)p -.sp -.ft SHOWBOAT -ABCDEFGHI -.br -JKLMNOPQR -.br -STUVWXYZ -.sp -.ps 16 -.vs (\n(.s+2)p -.fp 5 SHOWBOAT -.ft R -To use it for the first letter of a paragraph, it will look like: -.sp 50p -\s(48\f5H\s0\fRere is the first sentence of a paragraph that uses the -showboat font as its first letter. -Additional vertical space must be used to allow room for the larger -letter. -EOF</> -bash$ <userinput>groff -Tps example.t >example.ps</> - -<lineannotation>To use ghostscript/ghostview</> -bash$ <userinput>ghostview example.ps</> - -<lineannotation>To print it</> -bash$ <userinput>lpr -Ppostscript example.ps</></screen> -</informalexample> -</para> - -<para>References: -<filename>/usr/src/gnu/usr.bin/groff/afmtodit/afmtodit.man</filename>, -<citerefentry><refentrytitle>groff_font</><manvolnum>5</></>, -<citerefentry><refentrytitle>groff_char</><manvolnum>5</></>, -<citerefentry><refentrytitle>pfbtops</><manvolnum>1</></>.</para> - -</chapter> - -<chapter> -<title>Can TrueType fonts be used?</title> - -<para>The TrueType font format is used by Windows, Windows 95, -Mac's,&hellip It is quite popular and there are a great number of -fonts available in this format. Unfortunately, there are only two -applications that I am aware of that can use this format: Ghostscript -and povray. Ghostscript's support, according to the documentation, -is rudimentary and the results are likely to be inferior to type 1 -fonts.</para> - -<para>However, groff would need a font description file, and I know -of no tools to construct the metrics from a TrueType font. In -addition, the font would have to be down loaded to postscript -printers in the appropriate format, and again, groff cannot handle -TrueType fonts in this fashion.</para> - -<para>X11 has no support for TrueType fonts that I am aware -of.</para> - -<para>The only program that I know of that has the ability to use -TrueType fonts is povray version 3, but I rather doubt many people -will be creating documents as a series of raytraced pages! -:-)</para> - -</chapter> - -<chapter> -<title>Where can additional fonts be obtained?</title> - -<para>Many fonts are available on the Internet. They are either -entirely free, or are share-ware. In addition, there are many -inexpensive CDROMs available that contain many fonts. Some Internet -locations (as of August 1996) are: -<itemizedlist> - -<listitem><para><ulink -url="ftp://ftp.winsite.com">ftp://ftp.winsite.com</ulink> (Formerly -CICA)</para></listitem> - -<listitem><para><ulink -url="http://www.simtel.net/simcgi-bin/dosfind.cgi">http://www.simtel.net/simcgi-bin/dosfind.cgi</ulink></para></listitem> - -<listitem><para><ulink -url="ftp://ftp.coast.net/">ftp://ftp.coast.net/</ulink></para></listitem> - -<listitem><para><ulink -url="http://af-pc-plloyd.ecel.uwa.edu.au/fonts/index.html">http://af-pc-plloyd.ecel.uwa.edu.au/fonts/index.html</ulink></para></listitem> - -<listitem><para><ulink -url="http://www.esselte.com/letraset/index.html">http://www.esselte.com/letraset/index.html</ulink></para></listitem> - -<listitem><para><ulink -url="http://www.inil.com/users/elfring/esf.htm">http://www.inil.com/users/elfring/esf.htm</ulink></para></listitem> - -</itemizedlist></para> - -</chapter> - -<chapter> -<title>Additional questions</title> - -<para> -<itemizedlist> - -<listitem> -<para>What use are the <filename>.pfm</filename> files?</para> -</listitem> - -<listitem> -<para>Can one generate the <filename>.afm</filename> file from a <filename>.pfa</filename> or <filename>.pfb</filename>?</para> -</listitem> - -<listitem> -<para>How to generate the groff character mapping files for postscript fonts -with non-standard character names?</para> -</listitem> - -<listitem> -<para>Can xditview and devX?? devices be setup to access all the new fonts?</para> -</listitem> - -<listitem> -<para>It would be good to have examples of using TrueType fonts with povray and -ghostscript.</para> -</listitem> - -</itemizedlist> -</para> - -</chapter> -</book> diff --git a/en/tutorials/index.sgml b/en/tutorials/index.sgml deleted file mode 100644 index 086a2e6baf..0000000000 --- a/en/tutorials/index.sgml +++ /dev/null @@ -1,49 +0,0 @@ -<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2//EN" [ -<!ENTITY base CDATA ".."> -<!ENTITY date "$Date: 1997-09-13 04:24:12 $"> -<!ENTITY title "FreeBSD Tutorials"> -<!ENTITY % includes SYSTEM "../includes.sgml"> %includes; -]> -<!-- $Id: index.sgml,v 1.15 1997-09-13 04:24:12 jfieber Exp $ --> - -<html> -&header; - - <p>Here lie assorted documents on various aspects of FreeBSD, - FreeBSD software, and hardware. If you have comments or - would like to contribute a document, please contact us at - <a href="mailto:freebsd-doc@FreeBSD.ORG">freebsd-doc@FreeBSD.org</a>.</p> - - <ul> - <li><a href="newuser/newuser.html">For People New to Both FreeBSD - <em>and</em> Unix</a></li> - - <li><a href="mh/mh.html">An introduction to the MH mail software</a></li> - - <li><a href="devel/devel.html">A User's Guide to FreeBSD Programming - Tools</a></li> - - <li><a href="ddwg/ddwg.html">Writing device drivers for FreeBSD</a> - (<a href="ddwg/ddwg.ps">postscript</a>, - <a href="ddwg/ddwg-html.tar.gz">gzipd tar file</a>)</li> - - <li><a href="ppp/ppp.html">Pedantic PPP primer - IP Aliasing</a> - (<a href="ppp/ppp.ps">postscript</a>, - <a href="ppp/ppp-html.tar.gz">gzipd tar file</a>)</li> - - <li><a href="multios/multios.html">Using FreeBSD with other operating systems</a></li> - - <li><a href="fonts/fonts.html">Fonts and FreeBSD</a></li> - - <li><a href="http://www.cypher.net/~black/ipalias.html">IP Aliasing</a></li> - <li><a href="upgrade/upgrade.html">Upgrading FreeBSD from source</a></li> - <li><a href="diskformat/diskformat.html">Formatting Media For Use With FreeBSD -2.2-RELEASE</a></li> - - </ul> - - -&footer; -</body> -</html> - diff --git a/en/tutorials/mh/Makefile b/en/tutorials/mh/Makefile deleted file mode 100644 index 14a686e6af..0000000000 --- a/en/tutorials/mh/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:13 max Exp $ - -DOCS= mh.docb -INDEXLINK= mh.html - -.include "../../web.mk" - diff --git a/en/tutorials/mh/mh.docb b/en/tutorials/mh/mh.docb deleted file mode 100644 index 839f8b7611..0000000000 --- a/en/tutorials/mh/mh.docb +++ /dev/null @@ -1,704 +0,0 @@ -<!-- $Id: mh.docb,v 1.2 1997-07-01 21:38:44 max Exp $ --> -<!-- FreeBSD Documentation Project --> - -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> - -<bookinfo> -<bookbiblio> -<title>An MH Primer</title> - -<authorgroup> -<author> -<firstname>Matt</firstname> -<surname>Midboe</surname> -<affiliation> -<address> -<email>matt@garply.com</email> -</address> -</affiliation> -</author></authorgroup> - -<pubdate>v1.0, 16 January 1996</pubdate> - -<abstract><para>This document contains an introduction to using MH on -FreeBSD</para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter id="mhintro"> -<title>Introduction</title> - -<para>MH started back in 1977 at the RAND Corporation, where the -initial philosophies behind MH were developed. MH isn't so much a -monolithic email program but a philosophy about how best to develop -tools for reading email. The MH developers have done a great job -adhering to the <acronym>KISS</> principle: Keep It Simple Stupid. -Rather than have one large program for reading, sending and handling -email they have written specialized programs for each part of your -email life. One might liken MH to the specialization that one finds -in insects and nature. Each tool in MH does one thing, and does it -very well.</para> - -<para>Beyond just the various tools that one uses to handle their -email MH has done an excellent job keeping the configuration of each -of these tools consistent and uniform. In fact, if you are not quite -sure how something is supposed to work or what the arguments for some -command are supposed to be then you can generally guess and be right. -Each MH command is consistent about how it handles reading the -configuration files and how it takes arguments on the command line. -One useful thing to remember is that you can always add a -<option>-help</option> to the command to have it display the options -for that command.</para> - -<para>The first thing that you need to do is to make sure that you have -installed the MH package on your FreeBSD machine. If you installed -from CDROM you should be able to execute the following to load mh: -<informalexample> -<screen># <userinput>pkg_add /cdrom/packages/mh-6.8.3.tgz</></screen> -</informalexample> -You will notice that it created a <filename>/usr/local/lib/mh</> -directory for you as well as adding several binaries to the -<filename>/usr/local/bin</> directory. If you would prefer to compile -it yourself then you can anonymous ftp it from <ulink -URL="ftp://ftp.ics.uci.edu/">ftp.ics.uci.edu</ulink> or <ulink -URL="ftp://louie.udel.edu/">louie.udel.edu</ulink>.</para> - -<para>This primer is not a full comprehensive explanation of how MH -works. This is just intended to get you started on the road to -happier, faster mail reading. You should read the man pages for the -various commands. Also you might want to read the <ulink -URL="news:comp.mail.mh">comp.mail.mh</ulink> newsgroup. Also you can -read the <ulink -URL="http://www.cis.ohio-state.edu/hypertext/faq/usenet/mh-faq/part1/faq.html">FAQ -for MH</ulink>. The best resource for MH is the O'Reilly and Associates book -written by Jerry Peek.</para> - -</chapter> - -<chapter> -<title>Reading Mail</title> - -<para>This section covers how to use <command>inc</>, -<command>show</>, <command>scan</>, <command>next</>, -<command>prev</>, <command>rmm</>, <command>rmf</>, and -<command>msgchk</>. One of the best things about MH is the -consistent interface between programs. A few things to keep in mind -when using these commands is how to specify message lists. In the -case of <command>inc</> this doesn't really make any sense but with -commands like <command>show</> it is useful to know. </para> - -<para>A message list can consist of something like <parameter>23 20 -16</> which will act on messages 23, 20 and 16. This is fairly simple -but you can do more useful things like <parameter>23-30</> which will -act on all the messages between 23 and 30. You can also specify -something like <parameter>cur:10</> which will act on the current -message and the next 9 messages. The <parameter>cur</>, -<parameter>last</>, and <parameter>first</> messages are special -messages that refer to the current, last or first message in the -folder.</para> - - -<sect1 id="inc"> -<title><command>inc</>, <command>msgchk</>—read in your new email or check it</title> - -<para>If you just type in <userinput>inc</> and hit <keycap>return</> -you will be well on your way to getting started with MH. The first -time you run <command>inc</> it will setup your account to use all -the MH defaults and ask you about creating a Mail directory. If you -have mail waiting to be downloaded you will see something that looks -like: -<informalexample> -<screen> 29 01/15 Doug White Re: Another Failed to boot problem<<On Mon, 15 J - 30 01/16 "Jordan K. Hubbar Re: FBSD 2.1<<> Do you want a library instead of - 31 01/16 Bruce Evans Re: location of bad144 table<<>> >It would appea - 32 01/16 "Jordan K. Hubbar Re: video is up<<> Anyway, mrouted won't run, ev - 33 01/16 Michael Smith Re: FBSD 2.1<<Nate Williams stands accused of sa</screen> -</informalexample> -This is the same thing you will see from a <command>scan</> (see -<xref linkend="scan">). If you just run <command>inc</> with no -arguments it will look on your computer for email that is supposed to -be coming to you.</para> - -<para>A lot of people like to use POP for grabbing their email. MH can do -POP to grab your email. You will need to give <command>inc</> a few command -line arguments. -<informalexample> -<screen>tempest% <userinput>inc -host mail.pop.org -user <replaceable>username</> -norpop</></screen> -</informalexample> -That tells <command>inc</> to go to <parameter>mail.pop.org</> to -download your email, and that your username on their system is -<replaceable>username</>. The <option>-norpop</option> option tells -<command>inc</> to use plain POP3 for downloading your email. MH has -support for a few different dialects of POP. More than likely you -will never ever need to use them though. While you can do more -complex things with inc such as audit files and scan format files -this will get you going.</para> - -<para>The <command>msgchk</> command is used to get information on -whether or not you have new email. <command>msgchk</> takes the same -<option>-host</option> and <option>-user</option> options that -<command>inc</> takes.</para> - -</sect1> - -<sect1 id="show"> -<title><command>show</>, <command>next</> and <command>prev</>—displaying and moving through email</title> - -<para><command>show</> is to show a letter in your current folder. -Like <command>inc</>, <command>show</> is a fairly straightforward -command. If you just type <userinput>show</> and hit <keycap>return</> -then it displays the current message. You can also give specific -message numbers to show: -<informalexample> -<screen>tempest% <userinput>show 32 45 56</></screen> -</informalexample> -This would display message numbers 32, 45 and 56 right after each -other. Unless you change the default behavior <command>show</> -basically just does a <command>more</> on the email message.</para> - -<para><command>next</> is used to move onto the next message and -<command>prev</> will go to the previous message. Both commands have -an implied <command>show</> command so that when you go to the next -message it automatically displays it.</para> - -</sect1> - -<sect1 id="scan"> -<title><command>scan</>—shows you a scan of your messages</title> - -<para><command>scan</> will display a brief listing of the messages -in your current folder. This is an example of what the -<command>scan</> command will give you. -<informalexample> -<screen> 30+ 01/16 "Jordan K. Hubbar Re: FBSD 2.1<<> Do you want a library instead of - 31 01/16 Bruce Evans Re: location of bad144 table<<>> >It would appea - 32 01/16 "Jordan K. Hubbar Re: video is up<<> Anyway, mrouted won't run, ev - 33 01/16 Michael Smith Re: FBSD 2.1<<Nate Williams stands accused of sa</screen> -</informalexample> -Like just about everything in MH this display is very configurable. -This is the typical default display. It gives you the message number, -the date on the email, the sender, the subject line, and a sentence -fragment from the very beginning of the email if it can fit it. The -<literal>+</> means that message is the current message, so if you do -a <command>show</> it will display that message.</para> - -<para>One useful option for scan is the <option>-reverse</option> -option. This will list your messages with the highest message number -first and lowest message number last. Another useful option with -<command>scan</> is to have it read from a file. If you want to scan -your incoming mailbox on FreeBSD without having to <command>inc</> it -you can do <command>scan -file -/var/mail/<replaceable>username</></command>. This can be used with -any file that is in the <database>mbox</> format.</para> - -</sect1> - -<sect1 id="rmm"> -<title><command>rmm</> and <command>rmf</>—remove the current message or folder</title> - -<para><command>rmm</> is used to remove a mail message. The default -is typically to not actually remove the message but to rename the -file to one that is ignored by the MH commands. You will need to -through periodically and physically delete the <quote>removed</> -messages.</para> - -<para>The <command>rmf</> command is used to remove folders. This -doesn't just rename the files but actually removes the from the hard -drive so you should be careful when you use this command.</para> - -</sect1> - -<sect1 id="samplereading"> -<title>A typical session of reading with MH</title> - -<para>The first thing that you will want to do is <command>inc</> -your new mail. So at a shell prompt just type in <command>inc</> and -hit <keycap>return</>. -<informalexample> -<screen>tempest% <userinput>inc</> -Incorporating new mail into inbox... - - 36+ 01/19 "Stephen L. Lange Request...<<Please remove me as contact for pind - 37 01/19 Matt Thomas Re: kern/950: Two PCI bridge chips fail (multipl - 38 01/19 "Amancio Hasty Jr Re: FreeBSD and VAT<<>>> Bill Fenner said: > In -tempest%</screen> -</informalexample> -This shows you the new email that has been added to your mailbox. So -the next thing to do is <command>show</> the email and move around. -<informalexample> -<screen>tempest% <userinput>show</> -Received: by sashimi.wwa.com (Smail3.1.29.1 #2) - id m0tdMZ2-001W2UC; Fri, 19 Jan 96 13:33 CST -Date: Fri, 19 Jan 1996 13:33:31 -0600 (CST) -From: "Stephen L. Lange" <stvlange@wwa.com> -To: matt@garply.com -Subject: Request... -Message-Id: <Pine.BSD.3.91.960119133211.824A-100000@sashimi.wwa.com> -Mime-Version: 1.0 -Content-Type: TEXT/PLAIN; charset=US-ASCII - - -Please remove me as contact for pindat.com - -tempest% <userinput>rmm</> -tempest% <userinput>next</> -Received: from localhost (localhost [127.0.0.1]) by whydos.lkg.dec.com (8.6.11/8 -.6.9) with SMTP id RAA24416; Fri, 19 Jan 1996 17:56:48 GMT -Message-Id: <199601191756.RAA24416@whydos.lkg.dec.com> -X-Authentication-Warning: whydos.lkg.dec.com: Host localhost didn't use HELO pro -tocol -To: hsu@clinet.fi -Cc: hackers@FreeBSD.org -Subject: Re: kern/950: Two PCI bridge chips fail (multiple multiport ethernet - boards) -In-Reply-To: Your message of "Fri, 19 Jan 1996 00:18:36 +0100." - <199601182318.AA11772@Sysiphos> -X-Mailer: exmh version 1.5omega 10/6/94 -Date: Fri, 19 Jan 1996 17:56:40 +0000 -From: Matt Thomas <matt@lkg.dec.com> -Sender: owner-hackers@FreeBSD.org -Precedence: bulk - - -This is due to a typo in pcireg.h (to -which I am probably the guilty party).</screen> -</informalexample></para> - -<para>The <command>rmm</> removed the current message and the -<command>next</> command moved me on to the next message. -Now if I wanted to look at ten most recent messages so I could read -one of them here is what I would do: -<informalexample> -<screen>tempest% <userinput>scan last:10</> - 26 01/16 maddy Re: Testing some stuff<<yeah, well, Trinity has - 27 01/17 Automatic digest NET-HAPPENINGS Digest - 16 Jan 1996 to 17 Jan 19 - 28 01/17 Evans A Criswell Re: Hey dude<<>From matt@tempest.garply.com Tue - 29 01/16 Karl Heuer need configure/make volunteers<<The FSF is looki - 30 01/18 Paul Stephanouk Re: [alt.religion.scientology] Raw Meat (humor)< - 31 01/18 Bill Lenherr Re: Linux NIS Solaris<<--- On Thu, 18 Jan 1996 1 - 34 01/19 John Fieber Re: Stuff for the email section?<<On Fri, 19 Jan - 35 01/19 support@foo.garpl [garply.com #1138] parlor<<Hello. This is the Ne - 37+ 01/19 Matt Thomas Re: kern/950: Two PCI bridge chips fail (multipl - 38 01/19 "Amancio Hasty Jr Re: FreeBSD and VAT<<>>> Bill Fenner said: > In -tempest%</screen> -</informalexample> -Then if I wanted to read message number 27 I would do a -<userinput>show 27</> and it would be displayed. As you can probably -tell from this sample session MH is pretty easy to use and looking -through emails and displaying them is fairly intuitive and easy. -</para> - -</sect1> -</chapter> - -<chapter> -<title>Folders and Mail Searching</title> - -<para>Anybody who gets lots of email definitely wants to be able to -prioritize, stamp, brief, de-brief, and number their emails in a -variety of different ways. MH can do this better than just about -anything. One thing that we haven't really talked about is the -concept of folders. You have undoubtedly come across the folders -concept using other email programs. MH has folders too. MH can even -do sub-folders of a folder. One thing you should keep in mind with MH -is that when you ran <command>inc</> for the first time and it asked -you if it could create a <filename>Mail</> directory it began storing -everything in that directory. If you look at that directory you will -find a directory named <filename>inbox</>. The <filename>inbox</> -directory houses all of your incoming mail that hasn't been thrown -anywhere else.</para> - -<para>Whenever you create a new folder a new directory is going to be -created underneath your MH <filename>Mail</> directory, and messages -in that folder are going to be stored in that directory. When new -email comes in that new email is thrown into your <filename>inbox</> -directory with a file name that is equivalent to the message number. -So even if you didn't have any of the MH tools to read your email you -could still use standard UNIX commands to munge around in those -directories and just more your files. It's this simplicity that -really gives you a lot of power with what you can do with your -email.</para> - -<para>Just as you can use message lists like <parameter>23 16 42</> -with most MH commands there is a folder option you can specify with -just about every MH command. If you do a <command>scan +freebsd</> it -will scan your <filename>freebsd</> folder, and your current folder -will be changed to <filename>freebsd</>. If you do a <command>show -+freebsd 23 16 42</>, <command>show</> is going to switch to your -<filename>freebsd</> folder and display messages 23, 16 and 42. So -remember that <option>+<replaceable>folder</></> syntax. You will -need to make sure you use it to make commands process different -folders. Remember you default folder for mail is <filename>inbox</> -so doing a <command>folder +inbox</> should always get you back to -your mail. Of course, in MH's infinite flexibility this can be -changed but most places have probably left it as -<command>inbox</>.</para> - - -<sect1> -<title><command>pick</>—search email that matches certain criteria</title> - -<para><command>pick</> is one of the more complex commands in the MH -system. So you might want to read the -<citerefentry><refentrytitle>pick</><manvolnum>1</></> man page for a -more thorough understanding. At its simplest level you can do -something like -<informalexample> -<screen>tempest% <userinput>pick -search pci</> -15 -42 -55 -56 -57</screen> -</informalexample> - -This will tell <command>pick</> to look through every single line in -every message in your current folder and tell you which message -numbers it found the word <literal>pci</> in. You can then -<command>show</> those messages and read them if you wish or -<command>rmm</> them. You would have to specify something like -<command>show 15 42 55-57</> to display them though. A slightly more -useful thing to do is this: -<informalexample> -<screen>tempest% <userinput>pick -search pci -seq pick</> -5 hits -tempest% <userinput>show pick</></screen> -</informalexample> -This will show you the same messages you just didn't have to work as -hard to do it. The <option>-seq</option> option is really an -abbreviation of <option>-sequence</option> and <command>pick</> is -just a sequence which contains the message numbers that matched. You -can use sequences with just about any MH command. So you could have -done an <command>rmm pick</> and all those messages would be removed -instead. You sequence can be named anything. If you run pick again it -will overwrite the old sequence if you use the same name.</para> - -<para>Doing a <command>pick -search</command> can be a bit more time -consuming than just searching for message from someone, or to -someone. So <command>pick</> allows you to use the following -predefined search criteria: - -<variablelist> - -<varlistentry> -<term><option>-to</option></term> -<listitem> -<para>search based upon who the message is to</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-cc</option></term> -<listitem> -<para>search based on who is in the cc list</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-from</option></term> -<listitem> -<para>search for who sent the message</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-subject</option></term> -<listitem> -<para>search for emails with this subject</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-date</option></term> -<listitem> -<para>find emails with a matching dat</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>--<replaceable>component</replaceable></option></term> -<listitem> -<para>search for any other component in the header. (i.e. -<option>--reply-to</> to find all emails with a certain reply-to in -the header)</para> -</listitem> -</varlistentry> - -</variablelist></para> - -<para>This allows you to do things like -<informalexample> -<screen>tempest% <userinput>pick -to freebsd-hackers@freebsd.org -seq hackers</></screen> -</informalexample> -to get a list of all the email send to the FreeBSD hackers mailing -list. <command>pick</> also allows you to group these criteria in -different ways using the following options: -<itemizedlist> - -<listitem> -<para>… <option>-and</option> …</para> -</listitem> - -<listitem> -<para>… <option>-or</option> &hellip</para> -</listitem> - -<listitem> -<para><option>-not</option> …</para> -</listitem> - -<listitem> -<para><option>-lbrace</option> … <option>-rbrace</option></para> -</listitem> - -</itemizedlist> -These commands allow you to do things like -<informalexample> -<screen>tempest% <userinput>pick -to freebsd-hackers -and -cc freebsd-hackers</></screen> -</informalexample> -That will grab all the email in your inbox that was sent to -freebsd-hackers or cc'd to that list. The brace options allow you to -group search criteria together. This is sometimes very necessary as -in the following example -<informalexample> -<screen>tempest% <userinput>pick -lbrace -to freebsd-hackers -and - -not -cc freebsd-questions -rbrace -and -subject pci</></screen> -</informalexample></para> - -<para>Basically this says <quote>pick (to freebsd-hackers and not cc'd on -freebsd-questions) and the subject is pci</quote>. It should look through your -folder and find all messages sent to the freebsd-hackers list that -aren't cc'd to the freebsd-questions list that contain something on -pci in the subject line. Ordinarily you might have to worry about -something called operator precedence. Remember in math how you -evaluate from left to right and you do multiplication and division -first and addition and subtraction second? MH has the same type of -rules for <command>pick</>. It's fairly complex so you might want to study -the man page. This document is just to help you get acquainted with -MH.</para> - -</sect1> - -<sect1> -<title><command>folder</>, <command>folders</>, <command>refile</>—three useful programs for folder maintenance</title> - -<para>There are three programs which are primarily just for -manipulating your folders. The <command>folder</> program is used to -switch between folders, pack them, and list them. At its simplest -level you can do a <command>folder +<replaceable>newfolder</></> and -you will be switched into <replaceable>newfolder</>. From there on -out all your MH commands like <command>comp</>, <command>repl</>, -<command>scan</>, and <command>show</> will act on that -<command>newfolder</> folder.</para> - -<para>Sometimes when you are reading and deleting messages you will -develop <quote>holes</> in your folders. If you do a <command>scan</> -you might just see messages 34, 35, 36, 43, 55, 56, 57, 80. If you do -a <command>folder -pack</command> this will renumber all your -messages so that there are no holes. It doesn't actually delete any -messages though. So you may need to periodically go through and -physically delete <command>rmm</>'d messages.</para> - -<para>If you need statistics on your folders you can do a -<command>folders</> or <command>folder -all</command> to list all -your folders, how many messages they have, what the current message -is in each one and so on. This line of stats it displays for all your -folders is the same one you get when you change to a folder with -<command>folder +foldername</>. A <command>folders</> command looks -like this: -<informalexample> -<screen> Folder # of messages ( range ); cur msg (other files) - announce has 1 message ( 1- 1). - drafts has no messages. - f-hackers has 43 messages ( 1- 43). - f-questions has 16 messages ( 1- 16). - inbox+ has 35 messages ( 1- 38); cur= 37. - lists has 8 messages ( 1- 8). - netfuture has 1 message ( 1- 1). - out has 31 messages ( 1- 31). - personal has 6 messages ( 1- 6). - todo has 58 messages ( 1- 58); cur= 1. - - TOTAL= 199 messages in 13 folders. -</screen> -</informalexample></para> - -<para>The <command>refile</> command is what you use to move messages -between folders. When you do something like <command>refile 23 -+netfuture</> message number 23 is moved into the -<filename>netfuture</> folder. You could also do something like -<command>refile 23 +netfuture/latest</> which would put message -number 23 in a subfolder called <filename>latest</> under the -<filename>netfuture</> folder. If you want to keep a message in the -current folder and link it you can do a <command>refile -link 23 -+netfuture</command> which would keep 23 in your current -<filename>inbox</> but also list in your <filename>netfuture</> -folder. You are probably beginning to realize some of the really -powerful things you can do with MH.</para> - -</sect1> -</chapter> - -<chapter> -<title>Sending Mail</title> - -<para>Email is a two way street for most people so you want to be -able to send something back. The way MH handles sending mail can be a -bit difficult to follow at first, but it allows for incredible -flexibility. The first thing MH does is to copy a components file -into your outgoing email. A components file is basically a skeleton -email letter with stuff like the To: and Subject: headers already in -it. You are then sent into your editor where you fill in the header -information and then type the body of your message below the dashed -lines in the message. Then to the <command>whatnow</> program. When -you are at the <prompt>What now?</prompt> prompt you can tell it to -<command>send</>, <command>list</>, <command>edit</>, -<command>edit</>, <command>push</>, and <command>quit</>. Most of -these commands are self-explanatory. So the message sending process -involves copying a component file, editing your email, and then -telling the <command>whatnow</> program what to do with your -email.</para> - - -<sect1> -<title><command>comp</>, <command>forw</>, <command>reply</>—compose, forward or reply to a message to someone</title> - -<para>The <command>comp</> program has a few useful command line -options. The most important one to know right now is the -<option>-editor</option> option. When MH is installed the default -editor is usually a program called <command>prompter</> which comes -with MH. It's not a very exciting editor and basically just gets the -job done. So when you go to compose a message to someone you might -want to use <command>comp -editor /usr/bin/vi/</> or <command>comp --editor /usr/local/bin/pico/</> instead. Once you have run -<emphasis>comp</emphasis> you are in your editor and you see -something that looks like this: -<informalexample> -<screen>To: -cc: -Subject: --------- -</screen> -</informalexample></para> - -<para>You need to put the person you are sending the mail to after the -<literal>To:</> line. It works the same way for the other headers -also, so you would need to put your subject after the -<literal>Subject:</> line. Then you would just put the body of your -message after the dashed lines. It may seem a bit simplistic since a -lot of email programs have special requesters that ask you for this -information but there really isn't any point to that. Plus this -really gives you excellent flexibility. -<informalexample> -<screen>To:<userinput>freebsd-rave@freebsd.org</> -cc: -Subject:<userinput>And on the 8th day God created the FreeBSD core team</> --------- -<userinput>Wow this is an amazing operating system. Thanks!</></screen> -</informalexample> -You can now save this message and exit your editor. You will see the -<prompt>What now?</> prompt and you can type in -<userinput>send</> or <userinput>s</> and hit -<keycap>return</>. Then the freebsd core team will receive their just -rewards. As I mentioned earlier you can also use other commands, for -example <command>quit</> if you don't want to send the -message.</para> - -<para>The <command>forw</> command is stunningly similar. The big -difference being that the message you are forwarding is automatically -included in the outgoing message. When you run <command>forw</> it -will forward your current message. You can always tell it to forward -something else by doing something like <command>forw 23</> and then -message number 23 will be put in your outgoing message instead of the -current message. Beyond those small differences <command>forw</> -functions exactly the same as <command>comp</>. You go through the -exact same message sending process.</para> - -<para>The <command>repl</> command will reply to whatever your -current message is, unless you give it a different message to reply -to. <command>repl</> will do its best to go ahead and fill in some of -the email headers already. So you will notice that the -<literal>To:</> header already has the address of the recipient in -there. Also the <literal>Subject:</> line will already be filled in. -You then go about the normal message composition process and you are -done. One useful command line option to know here is the -<option>-cc</option> option. You can use <parameter>all</>, -<parameter>to</>, <parameter>cc</>, <parameter>me</> after the -<option>-cc</option> option to have <command>repl</> automatically -add the various addresses to the cc list in the message. You have -probably noticed that the original message isn't included. This is -because most MH setups are configured to do this from the -start.</para> - -</sect1> - -<sect1> -<title><filename>components</>, and <filename>replcomps</>—components files for <command>comp</> and <command>repl</></title> - -<para>The <filename>components</> file is usually in -<filename>/usr/local/lib/mh</filename>. You can copy that file into -your MH Mail directory and edit to contain what you want it to -contain. It is a fairly basic file. You have various email headers at -the top, a dashed line and then nothing. The -<command>comp</command> command just copies this -<filename>components</> file and then edits it. You can add any -kind of valid RFC822 header you want. For instance you could have -something like this in your <filename>components</> file: -<informalexample> -<screen>To: -Fcc: out -Subject: -X-Mailer: MH 6.8.3 -X-Home-Page: http://www.freebsd.org/ --------</screen> -</informalexample> - -MH would then copy this components file and throw you into your -editor. The <filename>components</> file is fairly simple. If you -wanted to have a signature on those messages you would just put your -signature in that <filename>components</> file.</para> - -<para>The <filename>replcomps</> file is a bit more complex. The default -<filename>replcomps</> looks like this: -<informalexample> -<screen>%(lit)%(formataddr %<{reply-to}%?{from}%?{sender}%?{return-path}%>)\ -%<(nonnull)%(void(width))%(putaddr To: )\n%>\ -%(lit)%(formataddr{to})%(formataddr{cc})%(formataddr(me))\ -%<(nonnull)%(void(width))%(putaddr cc: )\n%>\ -%<{fcc}Fcc: %{fcc}\n%>\ -%<{subject}Subject: Re: %{subject}\n%>\ -%<{date}In-reply-to: Your message of "\ -%<(nodate{date})%{date}%|%(pretty{date})%>."%<{message-id} - %{message-id}%>\n%>\ --------- -</screen> -</informalexample></para> - -<para>It's in the same basic format as the <filename>components</> file but -it contains quite a few extra formatting codes. The -<literal>%(lit)</> command makes room for the address. The -<literal>%(formataddr</> is a function that returns a proper email -address. The next part is <literal>%<</literal> which means if and -the <literal>{reply-to}</> means the reply-to field in the original -message. So that might be translated this way: -<informalexample> -<screen>%<<emphasis remap=bf>if</emphasis> {reply-to} <emphasis remap=bf>the original message has a reply-to</emphasis> -then give that to formataddr, %? <emphasis remap=bf>else</emphasis> {from} <emphasis remap=bf>take the -from address</emphasis>, %? <emphasis remap=bf>else</emphasis> {sender} <emphasis remap=bf>take the sender address</emphasis>, %? -<emphasis remap=bf>else</emphasis> {return-path} <emphasis remap=bf>take the return-path from the original -message</emphasis>, %> <emphasis remap=bf>endif</emphasis>.</screen> -</informalexample></para> - -<para>As you can tell MH formatting can get rather involved. You can -probably decipher what most of the other functions and variables -mean. All of the information on writing these format strings is in the -MH-Format man page. The really nice thing is that once you have built -your customized <filename>replcomps</> file you won't need to touch it -again. No other email program really gives you the power and -flexibility that MH gives you.</para> - -</sect1> -</chapter> -</book> diff --git a/en/tutorials/multios/Makefile b/en/tutorials/multios/Makefile deleted file mode 100644 index 8a591510bb..0000000000 --- a/en/tutorials/multios/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:14 max Exp $ - -DOCS= multios.docb -INDEXLINK= multios.html - -.include "../../web.mk" - diff --git a/en/tutorials/multios/multios.docb b/en/tutorials/multios/multios.docb deleted file mode 100644 index 6349edaffa..0000000000 --- a/en/tutorials/multios/multios.docb +++ /dev/null @@ -1,680 +0,0 @@ -<!-- $Id: multios.docb,v 1.1 1997-03-23 16:27:47 jfieber Exp $ --> -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> - -<bookinfo> -<bookbiblio> -<title>Installing and Using FreeBSD With Other Operating Systems</title> - -<authorgroup> -<author> -<firstname>Jay</firstname> -<surname>Richmond</surname> -<affiliation> -<address> -<email>jayrich@in.net</email> -</address> -</affiliation> -</author> -</authorgroup> - -<pubdate>6 August 1996</pubdate> - -<abstract><para>This document discusses how to make FreeBSD coexist -nicely with other popular operating systems such as Linux, MS-DOS, -OS/2, and Windows 95. Special thanks to: Annelise Anderson -<email>andrsn@stanford.edu</email>, Randall Hopper -<email>rhh@ct.picker.com</email>, and Jordan K. Hubbard -<email>jkh@time.cdrom.com</email></para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter> -<title>Overview</title> - -<para>Most people can't fit these operating systems together -comfortably without having a larger hard disk, so special -information on large EIDE drives is included. Because there are so -many combinations of possible operating systems and hard disk -configurations, the <xref linkend="ch5"> section may be of the most use -to you. It contains descriptions of specific working computer setups -that use multiple operating systems.</para> - -<para>This document assumes that you have already made room on your -hard disk for an additional operating system. Any time you -repartition your hard drive, you run the risk of destroying the data -on the original partitions. However, if your hard drive is completely -occupied by DOS, you might find the FIPS utility (included on the -FreeBSD CD-ROM in the <filename>\TOOLS</filename> directory or via -<ulink URL="ftp://ftp.freebsd.org/pub/FreeBSD/tools">ftp</ulink>) -useful. It lets you repartition your hard disk without destroying the -data already on it. There is also a commercial program available -called Partition Magic, which lets you size and delete partitions -without consequence.</para> - -</chapter> - -<chapter id="ch2"> -<title>Overview of Boot Managers</title> - -<para>These are just brief descriptions of some of the different boot -managers you may encounter. Depending on your computer setup, you may -find it useful to use more than one of them on the same -system.</para> - -<variablelist> - -<varlistentry> -<term>Boot Easy</term> - -<listitem> -<para>This is the default boot manager used with FreeBSD. It has the -ability to boot most anything, including BSD, OS/2 (HPFS), Windows 95 -(FAT and FAT32), and Linux. Partitions are selected with the -function keys.</para> -</listitem> -</varlistentry> - -<varlistentry> -<term>OS/2 Boot Manager</term> - -<listitem> -<para>This will boot FAT, HPFS, FFS (FreeBSD), and EXT2 -(Linux). It will also boot FAT32 partitions. Partitions are -selected using arrow keys. The OS/2 Boot Manager is the only one to -use its own separate partition, unlike the others which use the -master boot record (MBR). Therefore, it must be installed below the -1024th cylinder to avoid booting problems. It can boot Linux using -LILO when it is part of the boot sector, not the MBR. Go to <ulink -URL="http://www.ssc.com/linux/howto.html">Linux HOWTOs</ulink> -on the World Wide Web for more information on booting Linux with -OS/2's boot manager.</para> -</listitem> -</varlistentry> - -<varlistentry> -<term>OS-BS</term> - -<listitem> <para>This is an alternative to Boot Easy. It gives you -more control over the booting process, with the ability to set the -default partition to boot and the booting timeout. The beta version -of this programs allows you to boot by selecting the OS with your -arrow keys. It is included on the FreeBSD CD in the -<filename>\TOOLS</filename> directory, and via <ulink -URL="ftp://ftp.freebsd.org/pub/FreeBSD/tools">ftp</ulink>.</para> -</listitem> </varlistentry> - -<varlistentry> -<term>LILO, or LInux LOader</term> - -<listitem> -<para>This is a limited boot manager. Will boot FreeBSD, though some -customization work is required in the LILO configuration file.</para> -</listitem> -</varlistentry> - -</variablelist> - -<note id="fat32"><title>About FAT32</title><para>FAT32 is the replacement to -the FAT filesystem included in Microsoft's OEM SR2 Beta release, -which is expected to utilitized on computers pre-loaded with Windows -95 towards the end of 1996. It converts the normal FAT file system -and allows you to use smaller cluster sizes for larger hard drives. -FAT32 also modifies the traditional FAT boot sector and allocation -table, making it incompatible with some boot managers.</para></note> - -</chapter> - -<chapter id="ch3"> -<title>A Typical Installation</title> - -<para>Let's say I have two large EIDE hard drives, and I want to -install FreeBSD, Linux, and Windows 95 on them.</para> - -<para>Here's how I might do it using these hard disks: -<itemizedlist> - -<listitem> -<para><filename>/dev/wd0</> (first physical hard disk)</para> -</listitem> - -<listitem> -<para><filename>/dev/wd1</> (second hard disk)</para> -</listitem> - -</itemizedlist> -</para> - -<para>Both disks have 1416 cylinders.</para> - -<procedure> - -<step><para>I boot from a MS-DOS or Windows 95 boot disk that -contains the <filename>FDISK.EXE</> utility and make a small 50 meg -primary partition (35-40 for Windows 95, plus a little breathing -room) on the first disk. Also create a larger partition on the -second hard disk for my Windows applications and data.</para></step> - -<step><para>I reboot and install Windows 95 (easier said than done) -on the <filename>C:</> partition.</para> </step> - -<step><para>The next thing I do is install Linux. I'm not sure about -all the distributions of Linux, but slackware includes LILO (see -<xref linkend="ch2">). When I am partitioning out my hard disk with -Linux <command>fdisk</command>, I would put all of Linux on the first -drive (maybe 300 megs for a nice root partition and some swap -space).</para></step> - -<step><para>After I install Linux, and are prompted about installing -LILO, make SURE that I install it on the boot sector of my root -Linux partition, not in the MBR (master boot record).</para></step> - -<step><para>The remaining hard disk space can go to FreeBSD. I also -make sure that my FreeBSD root slice does not go beyond the 1024th -cylinder. (The 1024th cylinder is 528 megs into the disk with our -hypothetical 720MB disks). I will use the rest of the hard drive -(about 270 megs) for the <filename>/usr</> and <filename>/</> slices -if I wish. The rest of the second hard disk (size depends on the -amount of my Windows application/data partition that I created in -step 1 can go to the <filename>/usr/src</> slice and swap -space.</para></step> - -<step><para>When viewed with the Windows 95 <command>fdisk</> utility, my hard drives -should now look something like this: -<screen> ---------------------------------------------------------------------- - - Display Partition Information - -Current fixed disk drive: 1 - -Partition Status Type Volume_Label Mbytes System Usage -C: 1 A PRI DOS 50 FAT** 7% - 2 A Non-DOS (Linux) 300 43% - -Total disk space is 696 Mbytes (1 Mbyte = 1048576 bytes) - -Press Esc to continue - ---------------------------------------------------------------------- - - Display Partition Information - -Current fixed disk drive: 2 - -Partition Status Type Volume_Label Mbytes System Usage -D: 1 A PRI DOS 420 FAT** 60% - -Total disk space is 696 Mbytes (1 Mbyte = 1048576 bytes) - -Press Esc to continue - ---------------------------------------------------------------------- -</screen> -** May say FAT16 or FAT32 if you are using the OEM SR2 update. -See <xref linkend="ch2">).</para></step> - -<step><para>Install FreeBSD. I make sure to boot with my first hard -disk set at <quote>NORMAL</> in the BIOS. If it is not, I'll have -the enter my true disk geometry at boot time (to get this, boot -Windows 95 and consult Microsoft Diagnostics (<filename>MSD.EXE</>), -or check your BIOS) with the parameter <literal>hd0=1416,16,63</> -where <replaceable>1416</> is the number of cylinders on my hard -disk, <replaceable>16</> is the number of heads per track, and -<replaceable>63</> is the number of sectors per track on the -drive.</para></step> - -<step><para>When partitioning out the hard disk, I make sure to install -Boot Easy on the first disk. I don't worry about the second disk, -nothing is booting off of it.</para></step> - -<step><para>When I reboot, Boot Easy should recognize my three -bootable partitions as DOS (Windows 95), Linux, and BSD -(FreeBSD).</para></step> - -</procedure> - -</chapter> - -<chapter id="ch4"> -<title>Special Considerations</title> - -<para>Most operating systems are very picky about where and how they are -placed on the hard disk. Windows 95 and DOS need to be on the first -primary partitiin on the first hard disk. OS/2 is the exception. It -can be installed on the first or second disk in a primary or extended -partition. If you are not sure, keep the beginning of the bootable -partitions below the 1024th cylinder.</para> - -<para>If you install Windows 95 on an existing BSD system, it will -<quote>destroy</> the MBR, and you will have to reinstall your -previous boot manager. Boot Easy can be reinstalled by using the -BOOTINST.EXE utility included in the \TOOLS directory on the CD-ROM, -and via <ulink -URL="ftp://ftp.freebsd.org/pub/FreeBSD/tools">ftp</ulink>. You can -also re-start the installation process and go to the partition -editor. From there, mark the FreeBSD partition as bootable, -select Boot Manager, and then type W to (W)rite out the information -to the MBR. You can now reboot, and Boot Easy should then -recognize Windows 95 as DOS.</para> - -<para>Please keep in mind that OS/2 can read FAT and HPFS partitions, -but not FFS (FreeBSD) or EXT2 (Linux) partitions. Likewise, Windows -95 can only read and write to FAT and FAT32 (see <xref -linkend="ch2">) partitions. FreeBSD can read most file systems, but -currently cannot read HPFS partitions. Linux can read HPFS -partitions, but can't write to them. Recent versions of the Linux -kernel (2.x) can read and write to Windows 95 VFAT partitions (VFAT -is what gives Windows 95 long file names - it's pretty much the same -as FAT). Linux can read and write to most file systems. Got that? -I hope so.</para> - -</chapter> - -<chapter id="ch5"> -<title>Examples</title> - -<para><emphasis>(section needs work, please send your example to -<email>jayrich@in.net</email>)</emphasis>.</para> - -<para>FreeBSD+Win95: If you installed FreeBSD after Windows 95, you -should see <literal>DOS</> on the Boot Easy menu. This is Windows -95. If you installed Windows 95 after FreeBSD, read <xref -linkend="ch4"> above. As long as your hard disk does not have 1024 -cylinders you should not have a problem booting. If one of your -partitions goes beyond the 1024th cylinder however, and you get -messages like <errorname>invalid system disk</> under DOS (Windows 95) -and FreeBSD will not boot, try looking for a setting in your BIOS -called <quote>> 1024 cylinder support</> or <quote>NORMAL/LBA</> -mode. DOS may need LBA (Logical Block Addressing) in order to boot -correctly. If the idea of switching BIOS settings every time you -boot up doesn't appeal to you, you can boot FreeBSD through DOS via -the <filename>FBSDBOOT.EXE</> utility on the CD (It should find your -FreeBSD partition and boot it.)</para> - -<para>FreeBSD+OS/2+Win95: Nothing new here. OS/2's boot manger -can boot all of these operating systems, so that shouldn't be a -problem.</para> - -<para>FreeBSD+Linux: You can also use Boot Easy to boot both operating -systems.</para> - -<para>FreeBSD+Linux+Win95: (see <xref linkend="ch3">)</para> - -</chapter> - -<chapter id="sources"> -<title>Other Sources of Help</title> - -<para>There are many <ulink -URL="http://www.ssc.com/linux/howto.html">Linux HOW-TOs</ulink> that -deal with multiple operating systems on the same hard disk.</para> - -<para>The <ulink -URL="http://sunsite.unc.edu/mdw/HOWTO/mini/Linux+OS2+DOS">Linux+OS/2+DOS -Mini-HOWTO</ulink> offers help on configuring the OS/2 boot -manager. The <ulink -URL="http://www.in.net/~jkatz/win95/Linux-HOWTO.html">Linux-HOWTO</ulink> -is also helpful.</para> - -<para>The <ulink -URL="http://www.dorsai.org/~dcl/publications/NTLDR_Hacking">NT Loader -Hacking Guide</ulink> provides good information on multibooting -Windows NT, '95, and DOS with other operating systems.</para> - -<para>And Hale Landis's "How It Works" document pack contains some good info -on all sorts of disk geometry and booting related topics. Here are a few -links that might help you find it: <ulink URL="ftp://fission.dt.wdc.com/pub/otherdocs/pc_systems/how_it_works/allhiw.zip">ftp://fission.dt.wdc.com/pub/otherdocs/pc_systems/how_it_works/allhiw.zip</ulink>, -<ulink URL="http://www.cs.yorku.ca/People/frank/docs/">http://www.cs.yorku.ca/People/frank/docs/</ulink>.</para> - -<para>Finally, don't overlook FreeBSD's kernel documentation on the booting -procedure, available in the kernel source distribution (it unpacks to -<ulink URL="file:/usr/src/sys/i386/boot/biosboot/README.386BSD">file:/usr/src/sys/i386/boot/biosboot/README.386BSD</ulink>.</para> - -</chapter> - -<chapter> -<title>Technical Details</title> - -<para><emphasis>(Contributed by Randall Hopper, -<email>rhh@ct.picker.com</email>)</emphasis></para> - -<para>This section attempts to give you enough basic information -about your hard disks and the disk booting process so that you can -troubleshoot most problems you might encounter when getting set up to -boot several operating systems. It starts in pretty basic terms, so -you may want to skim down in this section until it begins to look -unfamiliar and then start reading.</para> - - -<sect1> -<title>Disk Primer</title> - -<para>Three fundamental terms are used to describe the location of -data on your hard disk: Cylinders, Heads, and Sectors. It's not -particularly important to know what these terms relate to except to -know that, together, they identify where data is physically on your -disk.</para> - -<para>Your disk has a particular number of cylinders, number of -heads, and number of sectors per cylinder-head (a cylinder-head also -known nown as a track). Collectively this information defines the -"physical disk geometry" for your hard disk. There are typically 512 -bytes per sector, and 63 sectors per track, with the number of -cylinders and heads varying widely from disk to disk. Thus you can -figure the number of bytes of data that'll fit on your own disk by -calculating: <informalexample><para>(# of cylinders) × (# -heads) × (63 sectors/track) × (512 -bytes/sect)</></informalexample> For example, on my 1.6 Gig Western -Digital AC31600 EIDE hard disk,that's: <informalexample><para>(3148 -cyl) × (16 heads) × (63 sectors/track) × (512 -bytes/sect)</para></informalexample></para> - -<para>which is 1,624,670,208 bytes, or around 1.6 Gig.</para> - -<para>You can find out the physical disk geometry (number of -cylinders, heads, and sectors/track counts) for your hard disks using -ATAID or other programs off the net. Your hard disk probably came -with this information as well. Be careful though: if you're using -BIOS LBA (see <xref linkend="limits">), you can't use just any -program to get the physical geometry. This is because many programs -(e.g. <filename>MSD.EXE</> or FreeBSD fdisk) don't identify the -physical disk geometry; they instead report the -<firstterm>translated geometry</> (virtual numbers from using LBA). -Stay tuned for what that means.</para> - -<para>One other useful thing about these terms. Given 3 -numbers—a cylinder number, a head number, and a -sector-within-track number—you identify a specific absolute -sector (a 512 byte block of data) on your disk. Cylinders and Heads -are numbered up from 0, and Sectors are numbered up from 1.</para> - -<para>For those that are interested in more technical details, -information on disk geometry, boot sectors, BIOSes, etc. can be found -all over the net. Query Lycos, Yahoo, etc. for <literal>boot -sector</> or <literal>master boot record</>. Among the useful info -you'll find are Hale Landis's <citetitle>How It Works</> document -pack. See the <xref linkend="sources"> section for a few pointers to -this pack.</para> - -<para>Ok, enough terminology. We're talking about booting -here.</para> - -</sect1> - -<sect1 id="booting"> -<title>The Booting Process</title> - -<para>On the first sector of your disk (Cyl 0, Head 0, Sector 1) -lives the Master Boot Record (MBR). It contains a map of your disk. -It identifies up to 4 <firstterm>partitions</>, each of which is a -contiguous chunk of that disk. FreeBSD calls partitions -<firstterm>slices</> to avoid confusion with it's own partitions, but -we won't do that here. Each partition can contain its own operating -system.</para> - -<para>Each partition entry in the MBR has a <firstterm>Partition -ID</>, a <firstterm>Start Cylinder/Head/Sector</>, and an -<firstterm>End Cylinder/Head/Sector</>. The Partition ID tells what -type of partition it is (what OS) and the Start/End tells where it -is. <xref linkend="tbl-pid"> lists a smattering of some common -Partition IDs.</para> - -<table id="tbl-pid"> -<title>Partition IDs</> -<tgroup cols="2"> -<thead> -<row> -<entry>ID (hex)</entry> -<entry>Description</entry> -</row> -</thead> - -<tbody> -<row> -<entry>01</entry> -<entry>Primary DOS12 (12-bit FAT)</entry> -</row> - -<row> -<entry>04</entry> -<entry>Primary DOS16 (16-bit FAT)</entry> -</row> - -<row> -<entry>05</entry> -<entry>Extended DOS</entry> -</row> - -<row> -<entry>06</entry> -<entry>Primary big DOS (> 32MB)</entry> -</row> - -<row> -<entry>0A</entry> -<entry>OS/2</entry> -</row> - -<row> -<entry>83</entry> -<entry>Linux (EXT2FS)</entry> -</row> - -<row> -<entry>A5</entry> -<entry>FreeBSD, NetBSD, 386BSD (UFS)</entry> -</row> - -</tbody> -</tgroup> -</table> - -<para>Note that not all partitions are bootable (e.g. Extended DOS). -Some are—some aren't. What makes a partition bootable is the -configuration of the <firstterm>Partition Boot Sector</> that exists -at the beginning of each partition.</para> - -<para>When you configure your favorite boot manager, it looks up the entries -in the MBR partition tables of all your hard disks and lets you name the -entries in that list. Then when you boot, the boot manager is invoked by -special code in the Master Boot Sector of the first probed hard disk on -your system. It looks at the MBR partition table entry corresponding to -the partition choice you made, uses the Start Cylinder/Head/Sector -information for that partition, loads up the Partition Boot Sector for that -partition, and gives it control. That Boot Sector for the partition itself -contains enough information to start loading the operating system on that -partition.</para> - -<para>One thing we just brushed past that's important to know. All of your -hard disks have MBRs. However, the one that's important is the one on the -disk that's first probed by the BIOS. If you have only IDE hard disks, its -the first IDE disk (e.g. primary disk on first controller). Similarly for -SCSI only systems. If you have both IDE and SCSI hard disks though, the -IDE disk is typically probed first by the BIOS, so the first IDE disk is -the first probed disk. The boot manager you will install will be hooked into -the MBR on this first probed hard disk that we've just described.</para> - -</sect1> - -<sect1 id="limits"> -<title>Booting Limitations and Warnings</title> - -<para>Now the interesting stuff that you need to watch out for.</para> - -<sect2> -<title>The dreaded 1024 cylinder limit and how BIOS LBA helps</title> - -<para>The first part of the booting process is all done through the -BIOS, (if that's a new term to you, the BIOS is a software chip on -your system motherboard which provides startup code for your -computer). As such, this first part of the process is subject to the -limitations of the BIOS interface.</para> - -<para>The BIOS interface used to read the hard disk during this period -(INT 13H, Subfunction 2) allocates 10 bits to the Cylinder Number, 8 -bits to the Head Number, and 6 bits to the Sector Number. This -restricts users of this interface (i.e. boot managers hooked into -your disk's MBR as well as OS loaders hooked into the Boot Sectors) -to the following limits: -<itemizedlist> -<listitem><para>1024 cylinders, max</para></listitem> -<listitem><para>256 heads , max</para></listitem> -<listitem><para>64 cylinders, max (actually 63, <literal>0</> isn't -available)</para></listitem> -</itemizedlist> -</para> - -<para>Now big hard disks have lots of cylinders but not a lot of -heads, so invariably with big hard disks the number of cylinders is -greater than 1024. Given this and the BIOS interface as is, you -can't boot off just anywhere on your hard disk. The boot code (the -boot manager and the OS loader hooked into all bootable partitions' -Boot Sectors) has to reside below cylinder 1024. In fact, if your -hard disk is typical and has 16 heads, this equates to: -<informalexample> -<para>1024 cyl/disk × 16 heads/disk × 63 sect/(cyl-head) -× 512 bytes/sector</para> -</informalexample> -</para> - -<para>which is around the often-mentioned 528MB limit.</para> - -<para>This is where BIOS LBA (Logical Block Addressing) comes in. BIOS LBA -gives the user of the BIOS API calls access to physical cylinders above -1024 though the BIOS interfaces by redefining a cylinder. That is, it -remaps your cylinders and heads, making it appear through the BIOS as -though the disk has fewer cylinders and more heads than it actually -does. In other words, it takes advantage of the fact that hard disks have -relatively few heads and lots of cylinders by shifting the balance between -number of cylinders and number of heads so that both numbers lie below the -above-mentioned limits (1024 cylinders, 256 heads).</para> - -<para>With BIOS LBA, the hard disk size limitation is virtually -removed (well, pushed up to 8 Gigabytes anyway). If you have an LBA -BIOS, you can put FreeBSD or any OS anywhere you want and not hit the -1024 cylinder limit.</para> - -<para>To use my 1.6 Gig Western Digital as an example again, it's -physical geometry is: -<informalexample> -<para>(3148 cyl, 16 heads, 63 sectors/track, 512 bytes/sector)</para> -</informalexample> -</para> - -<para>However, my BIOS LBA remaps this to: -<informalexample> -<para>( 787 cyl, 64 heads, 63 sectors/track, 512 bytes/sector)</para> -</informalexample> -</para> - -<para>giving the same effective size disk, but with cylinder and head -counts within the BIOS API's range (Incidentally, I have both Linux and -FreeBSD existing on one of my hard disks above the 1024th physical -cylinder, and both operating systems boot fine, thanks to BIOS LBA).</para> - -</sect2> - -<sect2> -<title>Boot Managers and Disk Allocation</title> - -<para>Another gotcha to watch out when installing boot managers is -allocating space for your boot manager. It's best to be aware of -this issue up front to save yourself from having to reinstall one or -more of your OSs.</para> - -<para>If you followed the discussion in <xref linkend="booting"> -about the Master Boot Sector (where the MBR is), Partition Boot -Sectors, and the booting process, you may have been wondering just -exactly where on your hard disk that nifty boot manager is going to -live. Well, some boot managers are small enough to fit entirely -within the Master Boot Sector (Cylinder 0, Head 0, Sector 0) along -with the partition table. Others need a bit more room and actually -extend a few sectors past the Master Boot Sector in the Cylinder 0 -Head 0 track, since that's typically free…typically.</para> - -<para>That's the catch. Some operating systems (FreeBSD included) let -you start their partitions right after the Master Boot Sector at -Cylinder 0, Head 0, Sector 2 if you want. In fact, if you give -FreeBSD's sysinstall a disk with an empty chunk up front or the whole -disk empty, that's where it'll start the FreeBSD partition by default -(at least it did when I fell into this trap). Then when you go to -install your boot manager, if it's one that occupies a few extra -sectors after the MBR, it'll overwrite the front of the first -partition's data. In the case of FreeBSD, this overwrites the -disk label, and renders your FreeBSD partition unbootable.</para> - -<para>The easy way to avoid this problem (and leave yourself the -flexibility to try different boot managers later) is just to always -leave the first full track on your disk unallocated when you -partition your disk. That is, leave the space from Cylinder 0, Head -0, Sector 2 through Cylinder 0, Head 0, Sector 63 unallocated, and -start your first partition at Cylinder 0, Head 1, Sector 1. -For what it's worth, when you create a DOS partition at the -front of your disk, DOS leaves this space open by default (this is -why some boot managers assume it's free). So creating a DOS -partition up at the front of your disk avoids this problem -altogether. I like to do this myself, creating 1 Meg DOS partition -up front, because it also avoids my primary DOS drive letters -shifting later when I repartition.</para> - -<para>For reference, the following boot managers use the -Master Boot Sector to store their code and data: -<itemizedlist> - -<listitem> -<para>OS-BS 1.35</para> -</listitem> - -<listitem> -<para>Boot Easy</para> -</listitem> - -<listitem> -<para>LILO</para> -</listitem> - -</itemizedlist> -</para> - -<para>These boot managers use a few additional sectors after the -Master Boot Sector: -<itemizedlist> - -<listitem> -<para>OS-BS 2.0 Beta 8 (sectors 2-5)</para> -</listitem> - -<listitem> -<para>OS/2's boot manager</para> -</listitem> - -</itemizedlist> -</para> - -</sect2> - -<sect2> -<title>What if your machine won't boot?</title> - -<para>At some point when installing boot managers, you might leave the -MBR in a state such that your machine won't boot. This is unlikely, -but possible when re-FDISKing underneath an already-installed boot -manager.</para> - -<para>If you have a bootable DOS partition on your disk, you can boot -off a DOS floppy, and run: -<informalexample> -<screen>A:\> <userinput>FDISK /MBR</></screen> -</informalexample> -</para> - -<para>to put the original, simple DOS boot code back into the system. You can -then boot DOS (and DOS only) off the hard drive. Alternatively, just -re-run your boot manager installation program off a bootable floppy.</para> - -</sect2> -</sect1> -</chapter> -</book> diff --git a/en/tutorials/newuser/Makefile b/en/tutorials/newuser/Makefile deleted file mode 100644 index d8131087f4..0000000000 --- a/en/tutorials/newuser/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.3 1997-07-01 05:38:15 max Exp $ - -DOCS= newuser.docb -INDEXLINK= newuser.html - -.include "../../web.mk" - diff --git a/en/tutorials/newuser/newuser.docb b/en/tutorials/newuser/newuser.docb deleted file mode 100644 index 9adefd509b..0000000000 --- a/en/tutorials/newuser/newuser.docb +++ /dev/null @@ -1,943 +0,0 @@ -<!-- $Id: newuser.docb,v 1.4 1997-08-15 17:11:49 jfieber Exp $ --> -<!-- The FreeBSD Documentation Project --> - -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> - -<bookinfo> -<bookbiblio> -<title>For People New to Both FreeBSD and Unix</title> - -<authorgroup> -<author> -<firstname>Annelise</firstname> -<surname>Anderson</surname> -<affiliation> -<address><email>andrsn@andrsn.stanford.edu</email></address> -</affiliation> -</author> -</authorgroup> - -<pubdate>August 15, 1997</pubdate> - -<abstract><para>Congratulations on installing FreeBSD! This -introduction is for people new to both FreeBSD -<emphasis>and</emphasis> Un*x—so it starts with basics. It -assumes you're using version 2.0.5 or later of FreeBSD as distributed -by Walnut Creek or FreeBSD.ORG, your system (for now) has a single -user (you)—and you're probably pretty good with DOS/Windows or -OS/2.</para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter> -<title>Logging in and Getting Out</title> - -<para>Log in (when you see <systemitem -class=prompt>login:</systemitem>) as a user you created during -installation or as <firstterm>root</firstterm>. (Your FreeBSD -installation will already have an account for root; root can go -anywhere and do anything, including deleting essential files, so be -careful!) The symbols % and # in the following stand for the prompt -(yours may be different), with % indicating an ordinary user and -# indicating root. </para> - -<para>To log out (and get a new <systemitem class=prompt>login:</systemitem> prompt) type -<informalexample> -<screen># <userinput>exit</userinput></screen> -</informalexample> -as often as necessary. Yes, press <keysym>enter</keysym> after -commands, and remember that Unix is -case-sensitive—<command>exit</command>, not -<command>EXIT</command>.</para> - -<para>To shut down the machine type: -<informalexample> -<screen># <userinput>/sbin/shutdown -h now</userinput></screen> -</informalexample> -Or to reboot type -<informalexample> -<screen># <userinput>/sbin/shutdown -r now</userinput></screen> -</informalexample> -or -<informalexample> -<screen># <userinput>/sbin/reboot</userinput></screen> -</informalexample> -</para> - -<para>You can also reboot with -<keycombo><keycap>Ctrl</keycap><keycap>Alt</keycap><keycap>Delete</keycap></keycombo>. -Give it a little time to do its work. This is equivalent to -<command>/sbin/reboot</command> in recent releases of FreeBSD, and is -much, much better than hitting the reset button. You don't want to -have to reinstall this thing, do you?</para> - -</chapter> - -<chapter> -<title>Adding A User with Root Privileges</title> - -<para>If you didn't create any users when you installed the system and -are thus logged in as root, you should probably create a user now with -<informalexample> -<screen># <userinput>adduser</userinput></screen> -</informalexample> -The first time you use adduser, it might ask for some defaults to save. You -might want to make the default shell csh instead of sh, if it suggests -sh as the default. Otherwise just press enter to accept each default. -These defaults are saved in <filename>/etc/adduser.conf</filename>, -an editable file.</para> - -<para>Suppose you create a user <emphasis>jack</emphasis> with -full name <emphasis>Jack Benimble</emphasis>. Give jack a password -if security (even kids around who might pound on the keyboard) is an -issue. When it asks you if you want to invite jack into other -groups, type <userinput>wheel</userinput> -<informalexample> -<screen>Login group is ``jack''. Invite jack into other groups: <userinput>wheel</userinput></screen> -</informalexample> -This will make it possible to log in as <emphasis>jack</emphasis> and -use the <command>su</command> command to become root. Then you won't -get scolded any more for logging in as root.</para> - -<para>You can quit <command>adduser</command> any time by typing -<keycombo><keycap>Ctrl</keycap><keycap>C</keycap></keycombo>, and at -the end you'll have a chance to approve your new user or simply type -<keycap>n</keycap> for no. You might want to create a -second new user (jill?) so that when you edit jack's login files, -you'll have a hot spare in case something goes wrong.</para> - -<para>Once you've done this, use <command>exit</command> -to get back to a login prompt and log in as -<emphasis>jack</emphasis>. In general, it's a good idea to do as -much work as possible as an ordinary user who doesn't have the -power—and risk—of root.</para> - -<para>If you already created a user and you want the user to be able -to <command>su</command> to root, you can log in as root -and edit the file <filename>/etc/group</filename>, adding jack to the -first line (the group wheel). But first you need to practice -<command>vi</command>, the text editor--or use the simpler text -editor, <command>ee</command>, installed on recent version of -FreeBSD.</para> - -<para>To delete a user, use the <command>rmuser</command> command.</para> - -</chapter> - -<chapter> -<title>Looking Around</title> - -<para>Logged in as an ordinary user, look around and try out some -commands that will access the sources of help and information within -FreeBSD.</para> - -<para>Here are some commands and what they do: -<variablelist> -<varlistentry><term><command>id</command></term> -<listitem> -<para>Tells you who you are!</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>pwd</command></term> - -<listitem> -<para>Shows you where you are—the current -working directory.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls</command></term> - -<listitem> -<para>Lists the files in the current directory.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls <option>-F</option></command></term> - -<listitem> -<para>Lists the files in the current directory with a -<literal>*</literal> after executables, a <literal>/</literal> after -directories, and an <literal>@</literal> after symbolic links.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls <option>-l</option></command></term> - -<listitem> -<para>Lists the files in long format—size, -date, permissions.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls <option>-a</option></command></term> - -<listitem> -<para>Lists hidden <quote>dot</quote> -files with the others. If you're root, the<quote>dot</quote> files -show up without the <option>-a</option> switch.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>cd</command></term> - -<listitem> -<para>Changes directories. <command>cd -<parameter>..</parameter></command> backs up one level; note the -space after <command>cd</command>. <command>cd -<parameter>/usr/local</parameter></command> goes there. <command>cd -<parameter>~</parameter></command> goes to the home directory of the -person logged in—e.g., <filename>/usr/home/jack</filename>. -Try <command>cd <parameter>/cdrom</parameter></command>, and then -<command>ls</command>, to find out if your CDROM is mounted and -working.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>view <replaceable>filename</replaceable></command></term> - -<listitem> -<para>Lets you look at a file (named -<replaceable>filename</replaceable> without changing it. Try -<command>view <parameter>/etc/fstab</parameter></command>. -<command>:q</command> to quit.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>cat <replaceable>filename</replaceable></command></term> - -<listitem> - -<para>Displays <replaceable>filename</replaceable> on screen. If -it's too long and you can see only the end of it, press -<keycap>ScrollLock</keycap> and use the <keycap>up-arrow</keycap> to -move backward; you can use <keycap>ScrollLock</keycap> with man pages -too. Press <keycap>ScrollLock</keycap> again to quit scrolling. You -might want to try <command>cat</command> on some of the dot files in -your home directory—<command>cat -<parameter>.cshrc</parameter></command>, <command>cat -<parameter>.login</parameter></command>, <command>cat -<parameter>.profile</parameter></command>.</para> - -</listitem> -</varlistentry> -</variablelist> - -You'll notice aliases in <filename>.cshrc</filename> for some of the -<command>ls</command> commands (they're very convenient). -You can create other aliases by editing <filename>.cshrc</filename>. -You can make these aliases available to all users on the system by -putting them in the system-wide csh configuration file, -<filename>/etc/csh.cshrc</filename>.</para> - -</chapter> - -<chapter> -<title>Getting Help and Information</title> - -<para>Here are some useful sources of help. -<replaceable>Text</replaceable> stands for something of your choice -that you type in—usually a command or filename.</para> - -<variablelist> -<varlistentry><term><command>apropos <replaceable>text</replaceable></command></term> - -<listitem> -<para>Everything containing string <replaceable>text</replaceable> -in the <database>whatis database</database>.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>man <replaceable>text</replaceable></command></term> - -<listitem> -<para>The man page for <replaceable>text</replaceable>. The major -source of documentation for Un*x systems. <command>man -<parameter>ls</parameter></command> will tell you all the ways to use -the <command>ls</command> command. Press <keycap>Enter</keycap> to -move through text, -<keycombo><keycap>Ctrl</keycap><keycap>b</keycap></keycombo> to go -back a page, <keycombo><keycap>Ctrl</keycap><keycap>f</keycap></keycombo> to -go forward, <keycap>q</keycap> or -<keycombo><keycap>Ctrl</keycap><keycap>c</keycap></keycombo> to -quit.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>which <replaceable>text</replaceable></command></term> - -<listitem> -<para>Tells you where in the user's path the command -<replaceable>text</replaceable> is found.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>locate <replaceable>text</replaceable></command></term> - -<listitem> -<para>All the paths where the string <replaceable>text</replaceable> -is found.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>whatis <replaceable>text</replaceable></command></term> - -<listitem> -<para>Tells you what the command <replaceable>text</replaceable> -does and its man page. Typing <command>whatis *</command> will tell -you about all the binaries in the current directory.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>whereis <replaceable>text</replaceable></command></term> - -<listitem> -<para>Finds the file <replaceable>text</replaceable>, giving its full -path.</para> -</listitem> -</varlistentry> -</variablelist> - -<para>You might want to try using <command>whatis</command> on some -common useful commands like <command>cat</command>, -<command>more</command>, <command>grep</command>, -<command>mv</command>, <command>find</command>, -<command>tar</command>, <command>chmod</command>, -<command>chown</command>, <command>date</command>, and -<command>script</command>. <command>more</command> lets you read a -page at a time as it does in DOS, e.g., <command>ls -l | -more</command> or <command>more -<replaceable>filename</replaceable></command>. The -<literal>*</literal> works as a wildcard—e.g., <command>ls -w*</command> will show you files beginning with -<literal>w</literal>.</para> - -<para>Are some of these not working very well? Both -<command>locate</command> and <command>whatis</command> -depend on a database that's rebuilt weekly. If your machine isn't -going to be left on over the weekend (and running FreeBSD), you might -want to run the commands for daily, weekly, and monthly maintenance -now and then. Run them as root and give each one time to finish -before you start the next one, for now. -<informalexample> -<screen># <userinput>/etc/daily</userinput> -<lineannotation>output omitted</lineannotation> -# <userinput>/etc/weekly</userinput> -<lineannotation>output omitted</lineannotation> -# <userinput>/etc/monthly</userinput> -<lineannotation>output omitted</lineannotation></screen> -</informalexample></para> - -<para>If you get tired waiting, press -<keycombo><keycap>Alt</keycap><keycap>F2</keycap></keycombo> to get -another <firstterm>virtual console</firstterm>, and log in again. -After all, it's a multi-user, multi-tasking system. Nevertheless -these commands will probably flash messages on your screen while -they're running; you can type <command>clear</command> at the prompt -to clear the screen. Once they've run, you might want to look at -<filename>/var/mail/root</filename> and -<filename>/var/log/messages</filename>.</para> - -<para>Basically running such commands is part of system -administration—and as a single user of a Unix system, you're -your own system administrator. Virtually everything you need to be -root to do is system administration. Such responsibilities aren't -covered very well even in those big fat books on Unix, which seem to -devote a lot of space to pulling down menus in windows managers. You -might want to get one of the two leading books on systems -administration, either Evi Nemeth et.al.'s <citetitle>UNIX System -Administration Handbook</citetitle> (Prentice-Hall, 1995, ISBN -0-13-15051-7)—the second edition with the red cover; or -Æleen Frisch's <citetitle>Essential System -Administration</citetitle> (O'Reilly & Associates, 1993, ISBN -0-937175-80-3). I used Nemeth.</para> - -</chapter> - -<chapter> -<title>Editing Text</title> - -<para>To configure your system, you need to edit text files. Most of -them will be in the <filename>/etc</filename> directory; and you'll -need to <command>su</command> to root to be able to change them. You -can use the easy <command>ee</command>, but in the long run the -text editor <command>vi</command> is worth learning. There's an -excellent tutorial on vi in -<filename>/usr/src/contrib/nvi/docs/tutorial</filename> if you have -that installed; otherwise you can get it by ftp to -ftp.cdrom.com in the directory -FreeBSD/FreeBSD-current/src/contrib/nvi/docs/tutorial.</para> - -<para>Before you edit a -file, you should probably back it up. Suppose you want to edit -<filename>/etc/rc.conf</filename>. You could just use <command>cd -/etc</command> to get to the <filename>/etc</filename> directory and -do: -<informalexample> -<screen># <userinput>cp rc.conf rc.conf.orig</userinput></screen> -</informalexample> - -This would copy <filename>rc.conf</filename> to -<filename>rc.conf.orig</filename>, and you could later copy -<filename>rc.conf.orig</filename> to <emphasis -remap=tt>rc.conf</emphasis> to recover the original. But even -better would be moving (renaming) and then copying back: -<informalexample> -<screen># <userinput>mv rc.conf rc.conf.orig</userinput> -# <userinput>cp rc.conf.orig rc.conf</userinput></screen> -</informalexample> - -because the <command>mv</command> command preserves the original date -and owner of the file. You can now edit -<filename>rc.conf</filename>. If you want the original back, you'd -then <userinput>mv rc.conf rc.conf.myedit</userinput> -(assuming you want to preserve your edited version) and then -<informalexample> -<screen># <userinput>mv rc.conf.orig rc.conf</userinput></screen> -</informalexample> -to put things back the way they were.</para> - -<para>To edit a file, type -<informalexample> -<screen># <userinput>vi <replaceable>filename</replaceable></userinput></screen> -</informalexample> -Move through the text with the arrow keys. <keycap>Esc</keycap> (the -escape key) puts <command>vi</command> in command mode. Here are some -commands: -<variablelist> -<varlistentry><term><command>x</command></term> -<listitem> -<para>delete letter the cursor is on</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>dd</command></term> - -<listitem> -<para>delete the entire line (even if it wraps on the screen)</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>i</command></term> - -<listitem> -<para>insert text at the cursor</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>a</command></term> - -<listitem> -<para>insert text after the cursor</para> - -</listitem> -</varlistentry> -</variablelist> -Once you type <command>i</command> or <command>a</command>, you can enter text. -<command>Esc</command> puts you back in command mode where you can type -<variablelist> -<varlistentry><term><command>:w</command></term> -<listitem> -<para>to write your changes to disk and continue editing</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>:wq</command></term> - -<listitem> -<para>to write and quit</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>:q!</command></term> - -<listitem> -<para>to quit without saving changes</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>/<replaceable>text</replaceable></command></term> - -<listitem> -<para>to move the cursor to <replaceable>text</replaceable>; -<command>/<keycap>Enter</keycap></command> (the enter key) to find -the next instance of <replaceable>text</replaceable>.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>G</command></term> - -<listitem> -<para>to go to the end of the file</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command><replaceable>n</replaceable>G</command></term> - -<listitem> -<para>to go to line <replaceable>n</replaceable> in -the file, where <replaceable>n</replaceable> is a number</para> - -</listitem> -</varlistentry> - -<varlistentry><term><keycombo><keycap>Ctrl</><keycap>L</></keycombo></term> - -<listitem> -<para>to redraw the screen</para> - -</listitem> -</varlistentry> - -<varlistentry><term><keycombo><keycap>Ctrl</><keycap>b</></> and <keycombo><keycap>Ctrl</><keycap>f</></></term> - -<listitem> -<para>go back -and forward a screen, as they -do with <command>more</> and <command>view</>.</para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -<para>Practice with <command>vi</> in your home directory by creating -a new file with <command>vi <replaceable>filename</></> and adding -and deleting text, saving the file, and calling it up again. -<command>vi</> delivers some surprises because it's really quite -complex, and sometimes you'll inadvertently issue a command that will -do something you don't expect. (Some people actually like -<command>vi</>—it's more powerful than DOS EDIT—find out -about the <command>:r</> command.) Use <keycap>Esc</> one or -more times to be sure you're in command mode and proceed from there -when it gives you trouble, save often with <command>:w</>, and -use <command>:q!</> to get out and start over (from -your last <command>:w</>) when you need to.</para> - -<para>Now you can <command>cd</> to <filename>/etc</filename>, -<command>su</> to root, use <command>vi</> to edit the file -<filename>/etc/group</filename>, and add a user to wheel so the user -has root privileges. Just add a comma and the user's login name to -the end of the first line in the file, press <keycap>Esc</>, and use -<command>:wq</> to write the file to disk and quit. Instantly -effective. (You didn't put a space after the comma, did you?)</para> - -</chapter> - -<chapter> -<title>Printing Files from DOS</title> - -<para>At this point you probably don't have the printer working, so here's a -way to create a file from a man page, move it to a floppy, and then -print it from DOS. Suppose you want to read carefully about changing -permissions on files (pretty important). You can use the command -man chmod to read about it. The command -<informalexample> -<screen># <userinput>man chmod | col -b > chmod.txt</></screen> -</informalexample> -will remove formatting codes and send the man page to -the <filename>chmod.txt</filename> file -instead of showing it on your screen. Now put a dos-formatted -diskette in your floppy drive a, <command>su</> to -root, and type -<informalexample> -<screen># <userinput>/sbin/mount -t msdos /dev/fd0 /mnt</></screen> -</informalexample> -to mount the floppy drive on <filename>/mnt</filename>.</para> - -<para>Now (you no longer need to be root, and you can type -<command>exit</> to get back to being user jack) you can go to the -directory where you created chmod.txt and copy the file to the floppy -with: -<informalexample> -<screen>% <userinput>cp chmod.txt /mnt</></screen> -</informalexample> -and use <command>ls /mnt</command> to get a directory listing of -<filename>/mnt</filename>, which should show the file -<filename>chmod.txt</filename>.</para> - -<para>You might especially want to make a file from -<filename>/sbin/dmesg</filename> by typing -<informalexample> -<screen>% <userinput>/sbin/dmesg > dmesg.txt</></screen> -</informalexample> -and copying <filename>dmesg.txt</filename> to the floppy. -<command>/sbin/dmesg</command> is the boot log record, and it's -useful to understand it because it shows what FreeBSD found when it -booted up. If you ask questions on -<email>freebsd-questions@FreeBSD.ORG</> or on a USENET -group—like <quote>FreeBSD isn't finding my tape drive, what do -I do?</quote>—people will want to know what <command>dmesg</> -has to say.</para> - -<para>You can now dismount the floppy drive (as root) to get the disk -out with -<informalexample> -<screen># <userinput>/sbin/umount /mnt</></screen> -</informalexample> -and reboot to go to DOS. Copy these files to a DOS directory, call -them up with DOS EDIT, Windows Notepad or Wordpad, or a word processor, make a -minor change so the file has to be saved, and print as you normally -would from DOS or Windows. Hope it works! man pages come out best if -printed with the dos <command>print</> command. (Copying files from -FreeBSD to a mounted dos partition is in some cases still a little -risky.)</para> - -<para>Getting the printer printing from FreeBSD involves creating an -appropriate entry in <filename>/etc/printcap</filename> and creating -a matching spool directory in -<filename>/var/spool/output</filename>. If your printer is on -<hardware>lpt0</> (what dos calls <hardware>LPT1</>), you may only -need to go to <filename>/var/spool/output</filename> and (as root) -create the directory <filename>lpd</> by typing: -<command> -mkdir lpd</command>, if it doesn't already -exist. -Then the printer should respond if it's turned on when the system is -booted, and lp or lpr should send a file to the printer. Whether or -not the file actually prints depends on configuring it, which is -covered in the <ulink -URL="http://www.freebsd.org/handbook/handbook.html">FreeBSD -handbook.</></para> - -</chapter> - -<chapter> -<title>Other Useful Commands</title> - -<para> -<variablelist> -<varlistentry><term><command>df</></term> -<listitem> -<para>shows file space and mounted systems.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ps aux</></term> - -<listitem> -<para>shows processes running. <command>ps ax</> is a narrower form.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>rm <replaceable>filename</></></term> - -<listitem> -<para>remove <replaceable>filename</>.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>rm -R <replaceable>dir</></></term> - -<listitem> -<para>removes a directory <replaceable>dir</> and all -subdirectories—careful!</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls -R</command></term> - -<listitem> -<para>lists files in the current -directory and all subdirectories; -I used a variant, <command>ls -AFR > where.txt</command>, -to get a list of all -the files in <filename>/</filename> and (separately) -<filename>/usr</filename> before I found better -ways to find files.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>passwd</></term> - -<listitem> -<para>to change user's password (or root's password)</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>man hier</></term> - -<listitem> -<para>man page on the Unix file system</para> - -</listitem> -</varlistentry> -</variablelist></para> - -<para>Use <command>find</> to locate filename in <filename>/usr</filename> -or any of its subdirectories with -<informalexample> -<screen>% <userinput>find /usr -name "<replaceable>filename</>"</></screen> -</informalexample> -You can use <literal>*</literal> as a wildcard in -<parameter>"<replaceable>filename</>"</> (which should be in -quotes). If you tell find to search in <filename>/</filename> -instead of <filename>/usr</filename> it will look for the file(s) on -all mounted file systems, including the CDROM and the dos -partition.</para> - -<para>An excellent book that explains Unix commands and utilities is -Abrahams & Larson, <citetitle>Unix for the Impatient</citetitle> -(2nd ed., Addison-Wesley, 1996). There's also a lot of Unix -information on the Internet. Try the <ulink -URL="http://www.eecs.nwu.edu/unix.html">Unix Reference -Desk</ulink>.</para> - -</chapter> - -<chapter> -<title>Next Steps</title> - -<para>You should now have the tools you need to get around and edit -files, so you can get everything up and running. There is a great -deal of information in the FreeBSD handbook (which is probably on -your hard drive) and <ulink URL="http://www.freebsd.org/">FreeBSD's -web site</ulink>. A wide variety of packages and ports are on the -<ulink URL="http://www.cdrom.com/">Walnut Creek</ulink> CDROM as well -as the web site. The handbook tells you more about how to use them -(get the package if it exists, with <command>pkg_add -/cdrom/packages/All/<replaceable>packagename</></>, -where <replaceable>packagename</replaceable> is the filename of the -package). The cdrom has lists of the packages and ports with brief -descriptions in <filename>cdrom/packages/index</filename>, -<filename>cdrom/packages/index.txt</filename>, and -<filename>cdrom/ports/index</filename>, with fuller descriptions in -<filename>/cdrom/ports/*/*/pkg/DESCR</filename>, where the -<literal>*</literal>s represent subdirectories of kinds of programs -and program names respectively.</para> - -<para>If you find the handbook too sophisticated (what with -<command>lndir</> and all) on installing ports from the cdrom, -here's what usually works:</para> - -<para>Find the port you want, say <command>kermit</>. There will be -a directory for it on the cdrom. Copy the subdirectory to -<filename>/usr/local</filename> (a good place for software you add -that should be available to all users) with: -<informalexample> -<screen># <userinput>cp -R /cdrom/ports/comm/kermit /usr/local</></screen> -</informalexample> - -This should result in a <filename>/usr/local/kermit</filename> -subdirectory that has all the files that the -<command>kermit</command> subdirectory on the CDROM has.</para> - -<para>Next, create the directory <filename>/usr/ports/distfiles</filename> -if it doesn't already exist using <command>mkdir</>. Now check -check <filename>/cdrom/ports/distfiles</filename> for a -file with a name that indicates it's the port you want. Copy that -file to <filename>/usr/ports/distfiles</filename>; in recent versions -you can skip this step, as FreeBSD will do it for you. -In the case of <command>kermit</>, there is no -distfile.</para> - -<para>Then <command>cd</> to the subdirectory of -<filename>/usr/local/kermit</filename> that has the file -<filename>Makefile</>. Type -<informalexample> -<screen># <userinput>make all install</></screen> -</informalexample> -</para> - -<para>During this process the port will ftp to get any compressed -files it needs that it didn't find on the cdrom or in -<filename>/usr/ports/distfiles</filename>. If you don't have your -network running yet and there was no file for the port in -<filename>/cdrom/ports/distfiles</filename>, you will have to get -the distfile using another machine and copy it to -<filename>/usr/ports/distfiles</filename> from a floppy or your dos -partition. Read <filename>Makefile</> (with <command>cat</> or -<command>more</> or <command>view</>) to find out where to go (the -master distribution site) to get the file and what its name is. Its -name will be truncated when downloaded to DOS, and after you get it -into <filename>/usr/ports/distfiles</filename> you'll have to rename -it (with the <command>mv</> command) to its original name so it can -be found. (Use binary file transfers!) Then go back to -<filename>/usr/local/kermit</filename>, find the directory with -<filename>Makefile</>, and type <command>make all install</>.</para> - -<para>The other thing that happens when installing ports or packages -is that some other program is needed. If the installation stops with -a message <errorname>can't find unzip</errorname> or whatever, you -might need to install the package or port for unzip before you -continue.</para> - -<para>Once it's installed type <command>rehash</> to make FreeBSD -reread the files in the path so it knows what's there. (If you get a -lot of <errorname>path not found</> messages when you use -<command>whereis</> or which, you might want to make additions to the -list of directories in the path statement in -<filename>.cshrc</filename> in your home directory. The path -statement in Unix does the same kind of work it does in DOS, except -the current directory is not (by default) in the path for security -reasons; if the command you want is in the directory you're in, you -need to type <filename>./</filename> before the command to make it -work; no space after the slash.)</para> - -<para>You might want to get the most recent version of Netscape from -their <ulink URL="ftp://ftp.netscape.com">ftp site</ulink>. (Netscape -requires the X Window System.) There's now a FreeBSD version, so look -around carefully. Just use <command>gunzip -<replaceable>filename</></> and <command>tar xvf -<replaceable>filename</></> on it, move the binary to -<filename>/usr/local/bin</filename> or some other place binaries are -kept, <command>rehash</>, and then put the following lines in -<filename>.cshrc</filename> in each user's home directory or (easier) -in <filename>/etc/csh.cshrc</filename>, the system-wide csh start-up -file: -<informalexample> -<programlisting>setenv XKEYSYMDB /usr/X11R6/lib/X11/XKeysymDB -setenv XNLSPATH /usr/X11R6/lib/X11/nls</> -</informalexample> -This assumes that the file <filename>XKeysymDB</> and the directory -<filename>nls</> are in <filename>/usr/X11R6/lib/X11</filename>; if -they're not, find them and put them there.</para> - -<para>If you originally got Netscape as a port using the CDROM (or -ftp), don't replace <filename>/usr/local/bin/netscape</filename> with -the new netscape binary; this is just a shell script that sets up the -environmental variables for you. Instead rename the new binary to -<filename>netscape.bin</filename> and replace the old binary, which -is <filename>/usr/local/lib/netscape/netscape.bin</filename>.</para> - -</chapter> - -<chapter> - -<title>Your Working Environment</title> - -<para>Your shell is the most important part of your working environment. -In DOS, the usual shell is command.com. The shell is what interprets -the commands you type on the command line, and thus communicates with -the rest of the operating system. You can also write shell -scripts, which are like DOS batch files: a series of commands to be -run without your intervention.</para> - -<para>Two shells come installed with FreeBSD: csh and sh. csh is good for -command-line work, but scripts should be written with sh (or bash). You can -find out what shell you have by typing <command>echo $SHELL</command>.</para> - -<para>The csh shell is okay, but tcsh does everything csh does and more. It -It allows you to recall commands with the arrow keys and edit them. -It has tab-key completion -of filenames (csh uses the escape key), and it lets you switch to the -directory you were last in with <command>cd -</command>. It's also much -easier to alter your prompt with tcsh. It makes life a lot easier.</para> - -<para>Here are the three steps for installing a new shell:</para> - -<para> 1. Install the shell as a port or a package, just as you -would any other port or package. Use <command>rehash</command> and -<command>which tcsh</command> (assuming you're installing tcsh) to -make sure it got installed.</para> - -<para> 2. As root, edit <filename>/etc/shells</filename>, adding -a line in the file for the new shell, in this case /usr/local/bin/tcsh, -and save the file. (Some ports may do this for you.)</para> - -<para> 3. Use the <command>chsh</command> command to change your shell to -tcsh permanently, or type <command>tcsh</command> at the prompt to -change your shell without logging in again.</para> - -<para><emphasis>Note: It can be dangerous to change root's shell</emphasis> -to something other than sh or csh on early versions of FreeBSD and many -other versions of Unix; you may not have a working shell when the system -puts you into single user mode. The solution is to use <command>su -m</command> -to become root, which will give you the tcsh as root, because the shell is part -of the environment. You can make this permanent by adding it to your -<filename>.tcshrc</filename> file as an alias with <programlisting>alias su su -m.</></para> - -<para>When tcsh starts up, it will read the -<filename>/etc/csh.cshrc</filename> and <filename>/etc/csh.login</filename> -files, as does csh. It will also read the -<filename>.login</filename> file in your home directory and the -<filename>.cshrc</filename> -file as well, unless you provide a <filename>.tcshrc</filename> -file. This you can do by simply copying <filename>.cshrc</filename> -to <filename>.tcshrc</filename>.</para> - -<para>Now that you've installed tcsh, you can adjust your prompt. You can -find the details in the manual page for tcsh, but here is a line to -put in your <filename>.tcshrc</filename> that will tell you how many -commands you have typed, what time it is, and what directory you are in. -It also produces a <literal>></literal> if you're an ordinary user and -a <literal>#</literal> if you're root, but tsch will do that in any -case:</para> -<para> - set prompt = "%h %t %~ %# "</para> - -<para>This should go in the same place as the existing set prompt line -if there is one, or under "if($?prompt) then" if not. -Comment out the old line; you can always switch back to it if you prefer -it. Don't forget the spaces and quotes. You can get the <filename>.tcshrc</filename> reread by typing <command>source .tcshrc</command>.</para> - -<para>You can get a listing of other environmental variables that -have been set by typing <command>env</command> at the prompt. The -result will show you your default editor, pager, and terminal type, -among possibly many others. A useful command if you log in from a -remote location and can't run a program because the terminal isn't -capable is -<command>setenv TERM vt100</command>.</para> -</chapter> - - -<chapter> -<title>Other</title> - -<para>As root, you can dismount the CDROM with <command>/sbin/umount -/cdrom</>, take it out of the drive, insert another one, and mount it -with <command>/sbin/mount_cd9660 /dev/cd0a /cdrom</> assuming -<hardware>cd0a</> is the device name for your CDROM drive. The -most recent versions of FreeBSD let you mount the cdrom with just -<command>/sbin/mount /cdrom</command>.</para> - -<para>Using the live file system—the second of FreeBSD's CDROM -disks—is useful if you've got limited space. What is on the -live file system varies from release to release. You might try -playing games from the cdrom. This -involves using <command>lndir</>, which gets installed with the X -Window System, to tell the program(s) where to find the necessary -files, because they're in the <filename>/cdrom</filename> file system -instead of in <filename>/usr</filename> and its subdirectories, which -is where they're expected to be. Read <command>man lndir</>.</para> - -</chapter> - -<chapter> -<title>Comments Welcome</title> - -<para>If you use this guide I'd be interested in knowing where it was -unclear and what was left out that you think should be included, and -if it was helpful. My thanks to Eugene W. Stark, professor of -computer science at SUNY-Stony Brook, and John Fieber for helpful -comments.</para> - -<para>Annelise Anderson, <email>andrsn@andrsn.stanford.edu</></para> - -</chapter> -</book> diff --git a/en/tutorials/ppp/Makefile b/en/tutorials/ppp/Makefile deleted file mode 100644 index 76ead715ae..0000000000 --- a/en/tutorials/ppp/Makefile +++ /dev/null @@ -1,6 +0,0 @@ -# $Id: Makefile,v 1.2 1997-07-01 05:38:16 max Exp $ - -DOC= ppp -SRCS= ppp.sgml - -.include <bsd.sgml.mk> diff --git a/en/tutorials/ppp/ppp.sgml b/en/tutorials/ppp/ppp.sgml deleted file mode 100644 index 8edeb42750..0000000000 --- a/en/tutorials/ppp/ppp.sgml +++ /dev/null @@ -1,1736 +0,0 @@ -<!DOCTYPE linuxdoc PUBLIC "-//FreeBSD//DTD linuxdoc//EN"> -<!-- $Id: ppp.sgml,v 1.3 1997-01-21 05:49:54 jkh Exp $ --> - -<article> - -<title>PPP - Pedantic PPP Primer -<author>Maintainer: Steve Sims <tt><htmlurl -url="mailto:SimsS@IBM.NET" - name="<SimsS@IBM.NET>"></tt> - -<date>$Date: 1997-01-21 05:49:54 $ -<abstract> -This is a step-by-step guide for configuring FreeBSD systems to act as -a dial-up router/gateway in a Local Area Environment. All entries may -be assumed to be relevant to FreeBSD 2.2+, unless otherwise noted. -</abstract> - -<toc> - -<sect> -<heading>Overview:</heading> -<p>The User-Mode PPP dialer in FreeBSD Version 2.2 (also known as: -<it>"IIJ-PPP"</it> ) now supports Packet Aliasing for dial up -connections to the Internet. This feature, also known as -"<IT/Masquerading/", "<IT/IP Aliasing/", or "<IT/Network Address -Translation/", allows a FreeBSD system to act as a dial- on-demand -router between an Ethernet-based Local Area Network and an Internet -Service Provider. Systems on the LAN can use the FreeBSD system to -forward information between the Internet by means of a single -dial-connection. - -<sect1> -<heading>Purpose of this Guide.</heading> -<p> -This guide explains how to: -<itemize> -<item>Configure the FreeBSD system to support dial-out connections, -<item>Share a dial-out connection with other systems in a network, -<item>Configure Windows platforms to use the FreeBSD system as a gateway to the Internet. -</itemize> -<p> -While the focus of this guide is to assist in configuring IP Aliasing, -it also includes specific examples of the configuration steps necessary -to configure and install each individual component; each section stands -alone and may be used to assist in the configuration of various aspects -of FreeBSD internetworking. -</sect> - -<sect> -<heading>Building the Local Area Network</heading> - -<p> While the ppp program can, and usually is, be configured to provide -services to <em/only/ the local FreeBSD box it can also be used to serve as a -"Gateway" (or "router") between other LAN-connected resources and the Internet or -other Dial-Up service. - -<sect1> -<heading>Typical Network Topology</heading> - -<p>This guide assumes a typical Local Area Network lashed together as -follows: -<verb> -+---------+ ----> Dial-Up Internet Connection -| FreeBSD | \ (i.e.: NetCom, AOL, AT&T, EarthLink, -etc) -| |-------- -| "Curly" | -| | -+----+----+ - | -|----+-------------+-------------+----| <-- Ethernet Network - | | | - | | | -+----+----+ +----+----+ +----+----+ -| | | | | | -| Win95 | | WFW | | WinNT | -| "Larry" | | "Moe" | | "Shemp" | -| | | | | | -+---------+ +---------+ +---------+ -</verb> - -<sect1> -<heading>Assumptions about the Local Area Network</heading> - -<p>Some specific assumptions about this sample network are: - -<p>Three workstations and a Server are connected with Ethernet -cabling: -<itemize> -<item>a FreeBSD Server ("Curly") with an NE-2000 adapter configured as -'ed0' -<item>a Windows-95 workstation ("Larry") with Microsoft's "native" -32-bit TCP/IP drivers -<item>a Windows for Workgroups workstation ("Moe") with Microsoft's -16-bit TCP/IP extensions -<item>a Windows NT workstation ("Shemp") with Microsoft's "native" -32-bit TCP/IP drivers -</itemize> - -<p>The IP Addresses on the Ethernet side of this sample LAN have been - -taken from the pool of "reserved" addresses proposed in RFC-1597. -IP addresses are assigned as follows: -<verb>Name IP Address -"Curly" 192.168.1.1 # The FreeBSD box -"Larry" 192.168.1.2 # The Win'95 box -"Moe" 192.168.1.3 # The WfW box -"Shemp" 192.168.1.4 # The Windows NT box -</VERB> - -<p>This guide assumes that the modem on the FreeBSD box is connected -to the first serial port ('<tt>/dev/cuaa0</tt>' or '<tt>COM1:</tt>' in -DOS-terms). - -<p>Finally, we'll also assume that your Internet Service Provider (ISP) -automatically provides the IP addresses of both your PPP/FreeBSD side -as well as the ISP's side. (i.e.: Dynamic IP Addresses on both ends -of the link.) Specific details for configuring the Dial-Out side of -PPP will be addressed in Section 2, "Configuring the FreeBSD System". -</sect> - -<sect> -<heading>FreeBSD System Configuration</heading> - -<p>There are three basic pieces of information that must be known to -the FreeBSD box before you can proceed with integrating the sample -Local Area Network: - -<itemize> -<item>The Host Name of the FreeBSD system; in our example it's "Curly", -<item>The Network configuration, -<item>The <tt>/etc/hosts</tt> file (which lists the names and IP addresses of -the other systems in your network) -</itemize> - -<p>If you performed the installation of FreeBSD over a network -connection some of this information may already be configured into -your FreeBSD system. - -<p>Even if you believe that the FreeBSD system was properly configured -when it was installed you should at least verify each of these bits of -information to prevent trouble in subsequent steps. - -<sect1> -<heading>Verifying the FreeBSD Host Name</heading> - -<p>It's possible that the FreeBSD host name was specified and saved -when the system was initially installed. To verify that it was, enter -the following command at a prompt:<p> -<tscreen><verb> -# hostname -</verb></tscreen> - -<p>The name of the host FreeBSD system will be displayed on a single -line. If the name looks correct (this is very subjective :-) skip -ahead to Section 3.2, "Verifying the Ethernet Interface -Configuration". - -<p>For example, in our sample network, we would see 'curly.my.domain' -as a result of the `hostname` command if the name had been set -correctly during, or after, installation. (At this point, don't worry -too much about the ".my.domain" part, we'll sort this out later. The -important part is the name up to the first dot.) - -<p>If a host name wasn't specified when FreeBSD was installed you'll -probably see 'myname.my.domain` as a response. You'll need to edit -<tt>/etc/sysconfig</tt> to set the name of the machine. - -<sect2><heading>Configuring the FreeBSD Host Name</heading> - -<p><em><bf>Reminder: You must be logged in as 'root' to edit the -system configuration files!</bf></em> - -<em><bf>CAUTION: If you mangle the system configuration files, -chances are your system WILL NOT BOOT correctly! Be careful!</bf></em> - -<p>The configuration file that specifies the FreeBSD system's host -name when the system boots is in <tt>/etc/sysconfig</tt>. Use the -default text editor ('<tt/ee/') to edit this file. - -<p>Logged in as user 'root' load <tt>/etc/sysconfig</tt> into the -editor with the following command: -<tscreen><verb> -# ee /etc/sysconfig -</verb></tscreen> - -<p>Using the arrow keys, scroll down until you find the line that -specifies the host name of the FreeBSD system. By default, this -section says: -<tscreen><verb> ---- -# Set to the name of your host - this is pretty important! -hostname=myname.my.domain ---- -</verb></tscreen> -Change this section to say (in our example): -<tscreen><verb> ---- -# Set to the name of your host - this is pretty important! -hostname=curly.my.domain ---- -</verb></tscreen> - -Once the change to the host name has been made, press the 'Esc' key to -access the command menu. Select "leave editor" and make sure to -specify "save changes" when prompted. - -<sect1> -<heading>Verifying the Ethernet Interface Configuration</heading> - -<p>To reiterate our basic assumption, this guide assumes that the -Ethernet Interface in the FreeBSD system is named '<tt/ed0/'. This is -the default for NE-1000, NE-2000, WD/SMC models 8003, 8013 and Elite -Ultra (8216) network adapters. - -<p>Other models of network adapters may have different device names in -FreeBSD. Check the FAQ for specifics about your network adapter. If -you're not sure of the device name of your adapter, check the FreeBSD -FAQ to determine the device name for the card you have and substitute -that name (i.e.: '<tt/de0/', '<tt/zp0/', or similar) in the following -steps. - -<p>As was the case with the host name, the configuration for the -FreeBSD system's Ethernet Interface may have been specified when the -system was installed. - -To display the configuration for the interfaces in your -FreeBSD system (Ethernet and others), enter the following command: -<tscreen><verb> -# ifconfig -a -</verb></tscreen> -(In layman's terms: "Show me the <BF/I/nter<BF/F/ace <BF/CONFIG/uration -for my network devices.") - -<p>An example: -<tscreen><verb> -# ifconfig -a - ed0: flags=8843<UP,BROADCAST,RUNNING,SIMPLEX,MULTICAST> mtu -1500 - inet 192.168.1.1 netmask 0xffffff00 broadcast 192.168.1.255 - ether 01:02:03:04:05:06 - lp0: flags=8810<POINTOPOINT,SIMPLEX,MULTICAST> mtu 1500 - tun0: flags=8050<POINTOPOINT,RUNNING, MULTICAST> mtu 1500 - sl0: flags=c010<POINTOPOINT,LINK2,MULTICAST> mtu 552 - ppp0: flags=8010<POINTOPOINT,MULTICAST> mtu 1500 - lo0: flags=8049<UP,LOOPBACK,RUNNING,MULTICAST> mtu 16384 - inet 127.0.0.1 netmask 0xff000000 -# _ -</verb></tscreen> - -<p>In this example, the following devices were displayed:<p> -<tt/ed0:/ The Ethernet Interface<p> -<tt/lp0:/ The Parallel Port Interface (ignored in this guide)<p> -<tt/tun0:/ The "tunnel" device; <em/This is the one user-mode ppp uses!/<p> -<tt/sl0:/ The SL/IP device (ignored in this guide)<p> -<tt/ppp0:/ Another PPP device (for kernel ppp; ignored in this guide)<p> -<tt/lo0:/ The "Loopback" device (ignored in this guide)<p> - -In this example, the 'ed0' device is up and running. The key -indicators are: -<enum> -<item>Its status is "<tt/UP/", -<item>It has an Internet ("<tt/inet/") address, (in this case, 192.168.1.1) -<item>It has a valid Subnet Mask ("netmask"; 0xffffff00 is the same as -255.255.255.0), and -<item>It has a valid broadcast address (in this case, 192.168.1.255). -</enum> - -<p>If the line for the Ethernet card had shown something similar to: -<tscreen><verb> -ed0: flags=8802<BROADCAST,SIMPLEX,MULTICAST> mtu 1500 - ether 01:02:03:04:05:06 -</verb></tscreen> -then the Ethernet card hasn't been configured yet. - -<p>If the configuration for the Ethernet interface is correct you can -skip forward to Section 3.4, "Creating the list of other LAN hosts". -Otherwise, proceed with the next section. -<sect2> -<heading>Configuring your Ethernet Interface</heading> - -<p><em><bf>Reminder: You must be logged in as 'root' to edit the -system configuration files!</bf></em> - -<em><bf>CAUTION: If you mangle the system configuration files, -chances are your system WILL NOT BOOT correctly! Be careful!</bf></em> - -<p>The configuration file that specifies settings for the network -interfaces when the system boots is in <tt>/etc/sysconfig</tt>. Use -the default text editor ('ee') to edit this file. - -<p>Logged in as user 'root' load <tt>/etc/sysconfig</tt> into the -editor with the following command: -<p> -<tt> # ee /etc/sysconfig</tt> -<p> -About 100 lines from the top of <tt>/etc/sysconfig</tt> is the section -that describes which network interfaces should be activated when the -system boots. In the default configuration file the specific line -that controls this is: - -<tscreen><verb> -network_interfaces="lo0" -</verb></tscreen> - -<p>You'll need to amend this line to tell FreeBSD that you want to add -another device, namely the '<tt/ed0/' device. Change this line to -read: - -<tscreen><verb> -network_interfaces="lo0 ed0" -</verb></tscreen> - -<p>(Note the space between the definition for the loopback device -("lo0") -and the Ethernet device ("<tt/ed0/")! - -<p><em><bf> Reminder: If your Ethernet card isn't named '<tt/ed0/', specify -the correct device name here instead.</bf></em> - -<p>If you performed the installation of FreeBSD over a network -connection then the '<tt/network_interfaces=/' line may already -include a reference to your Ethernet adapter. If it is, verify that -it is the correct device name. - -<p>Specify the Interface Settings for the Ethernet device -('<tt/ed0/'): - -<p>Beneath the line that specifies which interfaces should be -activated are the lines that specify the actual settings for each -interface. In the default <tt>/etc/sysconfig</tt> file is a single -line that says: - -<tscreen><verb> -ifconfig_lo0="inet localhost" -</verb></tscreen> - -<p>You'll need to add another line after that to specify the settings -for your '<tt/ed0/' device. - -<p>If you performed the installation of FreeBSD over a network -connection then there may already be an '<tt>ifconfig_ed0=</tt>' line -after the loopback definition. If so, verify that it has the correct -values. - -<p>For our sample configuration we'll insert a line immediately after -the loopback device definition that says: - -<tscreen><verb> -ifconfig_ed0="inet 192.168.1.1 netmask 255.255.255.0" -</verb></tscreen> - -<p>When you've finished editing <tt>/etc/sysconfig</tt> to specify and -configure the network interfaces the section should look really close -to: - -<tscreen><verb> ---- -network_interfaces="lo0 ed0" -ifconfig_lo0="inet localhost" -ifconfig_ed0="inet 192.168.1.1 netmask 0xffffff00" ---- -</verb></tscreen> - -<p>Once all of the necessary changes to <tt>/etc/sysconfig</tt> have -been made, press the 'Esc' key to invoke the control menu. Select -"leave editor" and be sure to select "save changes" when prompted. - -<sect1> -<heading>Enabling Packet Forwarding</heading> - -<p>By default the FreeBSD system will not forward IP packets between -various network interfaces. In other words, routing functions (also -known as gateway functions) are disabled. - -<p>If your intent is to use a FreeBSD system as stand-alone Internet -workstation and not as a gateway between LAN nodes and your ISP you -should skip forward to Section 3.4, "Creating the List of Other -LAN Hosts". - -<p>If you intend for the PPP program to service the local FreeBSD box -as well as LAN workstations (as a router) you'll need to enable IP -forwarding. - -<p>To enable IP Packet forwarding you'll need to edit the -<tt>/etc/sysconfig</tt> file. -Load this file into your editor with the following command: -<tscreen><verb> -# ee /etc/sysconfig -</verb></tscreen> - -<p>About 250 lines down from the top of the file will be the -configuration -section which controls IP forwarding, which will look like: -<tscreen><verb> -===== -# If you want this host to be a gateway, set to YES. -gateway=NO -===== -</verb></tscreen> - -<p>Change this line to read: -<tscreen><verb> -===== -# If you want this host to be a gateway, set to YES. -gateway=YES -===== -</verb></tscreen> - -and exit the editor (saving the changes!). - -<p><em><bf>NOTE: This line may already be set to '<tt/gateway=YES/' if IP -forwarding was enabled when the FreeBSD system was installed.</bf></em> - -<sect1> -<heading>Creating the List of other LAN Hosts(<tt>/etc/hosts</tt>)</heading> - -<p>The final step in configuring the LAN side of the FreeBSD system is -to create a list of the names and TCP/IP addresses of the various -systems that are connected to the Local Area Network. This list is -stored in the '<tt>/etc/hosts</tt>' file. - -<p>The default version of this file has only a single host name -listing in it: the name and address of the loopback device ('lo0'). -By networking convention, this device is always named "localhost" and -always has an IP address of 127.0.0.1. (See the interface -configuration example in Section 3.2.) - -<p>To edit the <tt>/etc/hosts</tt> file enter the following command: -<tscreen><verb> # ee /etc/hosts </verb></tscreen> - -<p>Scroll all the way to the bottom of the file (paying attention to -the comments along the way; there's some good information there!) and -enter (assuming our sample network) the following IP addresses and -host names: -<tscreen><verb> -192.168.1.1 curly curly.my.domain # FreeBSD System -192.168.1.2 larry larry.my.domain # Windows '95 System -192.168.1.3 moe moe.my.domain # Windows for Workgroups -System -192.168.1.4 shemp shemp.my.domain # Windows NT System -</verb></tscreen> - -<p>(No changes are needed to the line for the '<tt>127.0.0.1 -localhost</tt>' entry.) - -<p>Once you've entered these lines, press the 'Esc' key to invoke the -control menu. Select "leave editor" and be sure to select "save -changes" when prompted. - -<sect1> -<heading>Testing the FreeBSD system</heading> - -<p>Congratulations! Once you've made it to this point, the FreeBSD -system is configured as a network-connected UNIX system! If you made -any changes to the <tt>/etc/sysconfig</tt> file you should probably -re-boot your FreeBSD system. This will accomplish two important -objectives: -<itemize> -<item>Allow the changes to the interface configurations to be applied, and -<item>Verify that the system restarts without any glaring configuration errors. -</itemize> - -Once the system has been rebooted you should test the network -interfaces. -<p> -<sect2> -<heading>Verifying the operation of the loopback device</heading> - -<p>To verify that the loopback device is configured correctly, log in as -'root' and enter: -<tscreen><verb> -# ping localhost -</verb></tscreen> - -<p>You should see: -<tscreen><verb> -# ping localhost -PING localhost.my.domain. (127.0.0.1): 56 data bytes -64 bytes from 127.0.0.1: icmp_seq=0 ttl=255 time=0.219 ms -64 bytes from 127.0.0.1: icmp_seq=1 ttl=255 time=0.287 ms -64 bytes from 127.0.0.1: icmp_seq=2 ttl=255 time=0.214 m -[...] -</verb></tscreen> -messages scroll by until you hit Ctrl-C to stop the madness. - -<sect2> -<heading>Verifying the operation of the Ethernet Device</heading> - -<p>To verify that the Ethernet device is configured correctly, enter: - -<tscreen><verb> -# ping curly -</verb></tscreen> - -You should see: -<tscreen><verb> -# ping curly -PING curly.my.domain. (192.168.1.1): 56 data bytes -64 bytes from 192.168.1.1: icmp_seq=0 ttl=255 time=0.219 ms -64 bytes from 192.168.1.1: icmp_seq=1 ttl=255 time=0.200 ms -64 bytes from 192.168.1.1: icmp_seq=2 ttl=255 time=0.187 ms -[...] -</verb></tscreen> -messages. - -<p>One important thing to look at in these two examples is that the -names (loopback and curly) correctly correlate to their IP addresses -(127.0.0.1 and 192.168.1.1). This verifies that the -<tt>/etc/hosts</tt> files is correct. - -<p>If the IP address for "curly" isn't 192.168.1.1 or the address for -"localhost" isn't 127.0.0.1, return to Section 3.4 and review your -entries in '<tt>/etc/hosts</tt>'. - -<p>If the names and addresses are indicated correctly in the result of -the ping command but there are errors displayed then something is -amiss with the interface configuration(s). Return to Section 3.1 and -verify everything again. - -<p>If everything here checks out, proceed with the next section. -</sect> - -<sect> -<heading>Configuring the PPP Dial-Out Connection</heading> -<p>There are two basic modes of operation of the ppp driver: -"Interactive" and "Automatic". - -In Interactive mode you:<p> -<itemize> -<item>Manually establish a connection to your ISP, -<item>Browse, surf, transfer files and mail, etc..., -<item>Manually disconnect from your ISP. -</itemize> - -<p>In Automatic mode, the PPP program silently watches what goes on -inside the FreeBSD system and automagically connects and disconnects -with your ISP as required to make the Internet a seamless element of -your network. - -<p>In this section we'll address the configuration(s) for both modes -with emphasis on configuring your `ppp` environment to operate in -"Automatic" mode. - -<sect1> -<heading>Backing up the original PPP configuration files</heading> - -<p>Before making any changes to the files which are used by PPP you -should make a copy of the default files that were created when the -FreeBSD system was installed. - -Log in as the 'root' user and perform the following steps: - -Change to the '<tt>/etc</tt> directory: -<p><tt># cd /etc</tt> - -Make a backup copy the original files in the 'ppp' directory: -<p><tt># cp -R ppp ppp.ORIGINAL</TT> - -<p>You should now be able to see both a '<tt>ppp</tt>' and a -'<tt>ppp.ORIGINAL</tt>' subdirectory -in the '<tt>/etc</tt>' directory. - -<sect1> -<heading>Create your own PPP configuration files</heading> - -<p>By default, the FreeBSD installation process creates a number of -sample configuration files in the /etc/ppp directory. Please take -some time to review these files; they were derived from working -systems and represent the features and capabilities of the PPP -program. - -<p>I <em/strongly/ encourage you to learn from these sample files and -apply them to your own configuration as necessary. - -<p>For detailed information about the `ppp` program, read the ppp -manpage: -<tscreen><verb> -# man ppp -</verb></tscreen> - -<p>For detailed information about the `chat` scripting language used by -the PPP dialer, read the chat manpage: -<tscreen><verb> -# man chat -</verb></tscreen> - -<p>The remainder of this section describes the recommended contents of -the PPP configuration files. - -<sect2> -<heading>The '<tt>/etc/ppp/ppp.conf</tt>' file</heading> - -<p>The '<tt>/etc/ppp/ppp.conf</tt>' file contains the information and -settings required to set up a dial-out PPP connection. More than one -configuration may be contained in this file. The FreeBSD handbook -(XXX URL? XXX) describes the contents and syntax of this file in -detail. - -<p>This section will describe only the minimal configuration to get a -dial-out connection working. - -<p>Below is the /etc/ppp/ppp.conf file that we'll be using to provide a -dial-out Internet gateway for our example LAN: -<tscreen><verb> -################################################################ -# PPP Configuration File ('/etc/ppp/ppp.conf') -# -# Default settings; These are always executed always when PPP -# is invoked and apply to all system configurations. -################################################################ -default: -set device /dev/cuaa0 -set speed 57600 -disable pred1 -deny pred1 -disable lqr -deny lqr -set dial "ABORT BUSY ABORT NO\\sCARRIER TIMEOUT 5 \"\" ATE1Q0M0 -OK-AT-OK\\dATDT\\T TIMEOUT 40 CONNECT" -set redial 3 10 -# -# -################################################################ -# -# For interactive mode use this configuration: -# -# Invoke with `ppp -alias interactive` -# -################################################################ -interactive: -set authname Your_User_ID_On_Remote_System -set authkey Your_Password_On_Remote_System -set phone 1-800-123-4567 -set timeout 300 -set openmode active -accept chap -# -################################################################ -# -# For demand-dial (automatic) mode we'll use this configuration: -# -# Invoke with: 'ppp -auto -alias demand' -# -################################################################ -demand: -set authname Your_User_ID_On_Remote_System -set authkey Your_Password_On_Remote_System -set phone 1-800-123-4567 -set timeout 300 -set openmode active -accept chap -set ifaddr 127.1.1.1/0 127.2.2.2/0 255.255.255.0 -add 0 0 127.2.2.2 -################################################################ -# End of /etc/ppp/ppp.conf -</verb></tscreen> -This file, taken verbatim from a working system, has three relevant -configuration sections: - -<sect3> -<heading>The "<tt>default</tt>" Section</heading> - -<p>The '<tt>default:</tt>' section contains the values and settings -used by every other section in the file. Essentially, this section is -implicitly added to the configuration lines to each other section. - -<p>This is a good place to put "global defaults" applicable to all -dial-up sessions; especially modem settings and dialing prefixes which -typically don't change based on which destination system you're -connecting to. - -<p>Following are the descriptions of each line in the "default" section -of the sample '<tt>/etc/ppp/ppp.conf</tt>' file: -<tscreen><verb> -set device /dev/cuaa0 -</verb></tscreen> -This statement informs the PPP program that it should use the first -serial port. -Under FreeBSD the '<tt>/dev/cuaa0</tt>' device is the same port that's -known as "<tt>COM1:</tt>" under DOS, Windows, Windows 95, etc.... - -<p>If your modem is on <tt>COM2:</tt> you should specify -'<tt>/dev/cua01</tt>; <tt>COM3:</tt> would be '<tt>/dev/cua02</tt>'. - -<tscreen><verb> -set speed 57600 -</verb></tscreen> - -This line sets the transmit and receive speed for the connection -between the serial port and the modem. While the modem used for this -configuration is only a 28.8 device, setting this value to 57600 lets -the serial link run at a higher rate to accommodate higher throughput -as a result of the data compression built into late-model modems. - -If you have trouble communicating with your modem, try setting this -value to 38400 or even as low as 19200. - -<tscreen><verb> -disable pred1 -deny pred1 -</verb></tscreen> - -These two lines disable the "CCP/Predictor type 1" compression -features of the PPP program. The current version of `ppp` supports -data compression in accordance with draft Internet standards. -Unfortunately many ISPs use equipment that does not support this -capability. Since most modems try to perform on-the-fly compression -anyway you're probably not losing much performance by disabling this -feature on the FreeBSD side and denying the remote side from forcing -it on you. - -<tscreen><verb> -disable lqr -deny lqr -</verb></tscreen> - -These two lines control the "Line Quality Reporting" functions which -are part of the complete Point-to-Point (PPP) protocol specification. -(See RFC-1989 for details.) - -The first line, "disable lqr", instructs the PPP program to not -attempt to report line quality status to the device on the remote end. - -The second line, "deny lqr", instructs the PPP program to deny any -attempts by the remote end to reports line quality. - -As most modern dial-up modems have automatic error correction and -detection and LQR reporting is not fully implemented in many vendor's -products it's generally a safe bet to include these two lines in the -default configuration. - -<tscreen><verb> -set dial "ABORT BUSY ABORT NO\\sCARRIER TIMEOUT 5 \"\" ATE1Q0M0 -OK-AT-OK\\dATDT\\T TIMEOUT 40 CONNECT" -</verb></tscreen> - -<em>NOTE: (This statement should appear on a single line; ignore any -line wrapping that may appear in this document.)</em> - -This line instructs the PPP program how to dial the modem and -specifies some rudimentary guidelines for doing so: -<itemize> -<item>Attempts to dial should fail if the modem returns a "BUSY" result code, -<item>Attempts to dial should also fail if the modem returns a "NO CARRIER" result code, -<item>The PPP program should expect each of the following events to complete within a -5-second timeout period: -<itemize> -<item>The PPP program will initially expect nothing (specified above -by the \"\" portion of the statement) from the modem <item>The program -will send the modem initialization string "ATE1Q0M0" to the modem and -await a response of "OK". If a response is not received, the program -should send an attention command to the modem ("AT") and look again -for a response of "OK", <item>The program should delay for one second -(specified by the "\\d" part of the statement, and send the dialing -string to the modem. The "ATDT" portion of the statement is the -standard modem prefix to dial using tone-dialing; if you do not have -touch-tone service on your local phone line, replace the "ATDT" with -"ATDP". The "\\T" string is a placeholder for the actual phone number -(which will be automatically inserted as specified by the "set dial -123-4567"). -</itemize> -<item>Finally, before a (maximum) timeout of 40 seconds, the PPP -program should expect to see a "CONNECT" result code returned from the -modem. -</itemize> - -A failure at any point in this dialog will be interpreted as a dialing -failure and the PPP program will fail to connect. - -(For a detailed description of the mini-scripting language used by the -PPP dialer, refer to the "chat" manpage.) - -<tscreen><verb> -set redial 3 10 -</verb></tscreen> -This line specifies that if a dial connection cannot immediately be made -the PPP program should retry (up to 3 times if necessary) with a delay of 10 seconds -between redialing attempts. - -<sect3> -<heading>The "<tt>interactive</tt>" Section</heading> - -<p>The '<tt>interactive:</tt>' section contains the values and -settings used to set up an "interactive" PPP session with a specific -remote system. Settings in this section will have the lines included -in the "default" section included automatically. - -<p>The example cited in this section of the guide presumes that you'll -be connecting to a remote system that understands how to authenticate -a user without any fancy scripting language. That is, this sample -uses the CHAP protocol to set up the connection. - -<p>A good rule of thumb is that if the Windows '95 dialer can set up a -connection by just clicking the "Connect" button this sample -configuration should work OK. - -<p>If, on the other hand, when you connect to your ISP using Microsoft -Windows '95 Dial-Up Networking you need to resort to using the "Dial -Up Scripting Tool" from the Microsoft Plus! pack or you have to select -"Bring up a terminal windows after dialing" in the Windows '95 -connection options then you'll need to look at the sample PPP -configuration files and the ppp manpage for examples of "expect / -response" scripting to make your ISP connection. - -<p>Or even better, find an ISP who knows how to provide PAP or CHAP -authentication! - -<p>The configuration examples shown here have been successfully used to -connect to: -<itemize> -<item>Various Shiva LanRovers -<item>The IBM Network (<url url="http://www.ibm.net">) -<item>AT&T WorldNet (<url url="http://att.com/worldnet">) -<item>Erol's (<url url="http://www.erols.com">) -</itemize> - -Following are descriptions for each line in the "interactive" section -of the sample '<tt>/etc/ppp/ppp.conf</tt>' file: - -<tscreen><verb> -set authname Your_User_ID_On_Remote_System -</verb></tscreen> -This line specifies the name you would use to log in to the remote -system. - -<tscreen><verb> -set authkey Your_Password_On_Remote_System -</verb></tscreen> -This is the password you'd use to log in to the remote system. - -<tscreen><verb> -set phone 1-800-123-4567 -</verb></tscreen> -This is the phone number of the remote system. If you're inside a PBX -you can -prepend '<tt>9, </tt>' to the number here. - -<tscreen><verb> -set timeout 300 -</verb></tscreen> -This tells the PPP program that it should automatically hang up the -phone if no data has -be exchanged for 300 seconds (5 minutes). You may wish to tailor this -number to your -specific requirements. - -<tscreen><verb> -set openmode active -</verb></tscreen> -This tells the PPP program that once the modems are connected it -should immediately attempt to negotiate the connection. Some remote -sites do this automatically, some don't. This instructs your side of -the link to take the initiative and try to set up the connection. - -<tscreen><verb> -accept chap -</verb></tscreen> -This tells the PPP program to use the "Challenge-Handshake -Authentication Protocol" to authenticate you. The values exchanged -between the local and remote side for UserID and password are taken -from the 'authname' and 'authkey' entries above. - -<sect3> -<heading>The "<tt>demand</tt>" Section</heading> - -<p>The "<tt>demand</tt>" section contains the values and settings used -to set up a "Dial-on-demand" PPP session with a specific remote -system. Settings in this section will also have the lines included in -the "default" section included automatically. - -<p>Except for the last two lines in this section it is identical to -the configuration section which defines the "interactive" -configuration. - -<p>As noted in Paragraph ???, the examples cited in this section of -the guide presume that you'll be connecting to a remote system that -understands how to use the CHAP protocol to set up the connection. - -<p>Following are descriptions for each line in the "demand" section of -the sample '<tt>/etc/ppp/ppp.conf</tt>' file: - -<tscreen><verb> -set authname Your_User_ID_On_Remote_System -</verb></tscreen> -This line specifies the name you would use to log in to the remote -system. - -<tscreen><verb> -set authkey Your_Password_On_Remote_System -</verb></tscreen> -This is the password you'd use to log in to the remote system. - -<tscreen><verb> -set phone 1-800-123-4567 -</verb></tscreen> -This is the phone number of the remote system. - -<tscreen><verb> -set timeout 300 -</verb></tscreen> - -This tells the PPP program that it should automatically hang up the -phone if no data has be exchanged for 300 seconds (5 minutes). You -may wish to tailor this number to your specific requirements. - -<tscreen><verb> -set openmode active -</verb></tscreen> - -This tells the PPP program that once the modems are connected it -should immediately attempt to negotiate the connection. Some remote -sites do this automatically, some don't. This instructs your side of -the link to take the initiative and try to set up the connection. - -<tscreen><verb> -accept chap -</verb></tscreen> - -This tells the PPP program to use the "Challenge-Handshake -Authentication Protocol" to authenticate you. The values exchanged -between the local and remote side for UserID and password are taken -from the 'authname' and 'authkey' entries above. - -<tscreen><verb> -set ifaddr 127.1.1.1/0 127.2.2.2/0 255.255.255.0 -</verb></tscreen> - -This command sets up a pair of "fake" IP addresses for the local and -remote sides of the PPP link. It instructs the PPP program to create -an IP address of 127.1.1.1 for the local side of the '<tt/tun0/' -(tunnel) device (refer back to section ?? for a description of this -device) and 127.2.2.2 for the remote side. Appending '<tt>/0</tt>' to -each address tells the PPP program that zero of the bits that make up -these addresses are significant and can (in fact, must!) be negotiated -between the local and remote systems when the link is established. -The 255.255.255.0 string tells the PPP program what Subnet mask to -apply to these pseudo-interfaces. - -<p>Remember, we've assumed that your ISP provides the IP addresses for -both ends of the link! If your ISP assigned you a specific IP address -that you should use on your side when configuring your system, enter -that IP address here <em/instead/ of <tt>127.1.1.1</tt>. - -Conversly, if your ISP gave you a specific IP address that he uses on -his end you should enter that IP address here <em/instead/ of -<tt>127.2.2.2</tt>. - -In both cases, it's probably a good idea to leave the '<tt>/0</tt>' on -the end of each address. This gives the PPP program the opportunity -to change the address(es) of the link if it <em/has/ to. - -<tscreen><verb> -add 0 0 127.2.2.2 -</verb></tscreen> - -This last line tells the PPP program that it should add a default -route for IP traffic that points to the (fake) IP address of the ISP's -system. - -<em><bf>Note: If you used an ISP-specified address instead of -<tt>127.2.2.2</tt> on the preceeding line, use the same number here -instead of <tt>127.2.2.2</tt></bf></em>. - -<p>By adding this "fake" route for IP traffic, the PPP program can, -while idle: -<itemize> -<item>Accept packets that FreeBSD doesn't already know how to forward, -<item>Establish a connection to the ISP "<em/on-the-fly/", -<item>Reconfigure the IP addresses of the local and remote side of the link, -<item>Forward packets between your workstation and the ISP. -</itemize> -automatically! - -<p>Once the number of seconds specified by the timeout value in the -"default" section have elapsed without any TCP/IP traffic the PPP -program will automatically close the dial-up connection and the -process will begin again. - -<sect2> -<heading>The '<tt>/etc/ppp/ppp.linkup</tt>' file</heading> - -<p>The other file needed to complete the PPP configuration is found in -'<tt>/etc/ppp/ppp.linkup</tt>'. This file contains instructions for -the PPP program on what actions to take after a dial-up link is -established. - -In the case of dial-on-demand configurations the PPP program will need -to delete the default route that was created to the fake IP address of -the remote side (127.2.2.2 in our example in the previous section) and -install a new default route that points the actual IP address of the -remote end (discovered during the dial-up connection setup). - -A representative '<tt>/etc/ppp/ppp.linkup</tt>' file: -<tscreen><verb> -#########################################################################= - -# PPP Link Up File ('/etc/ppp/ppp.linkup') -# -# This file is checked after PPP establishes a network connection. -# -# This file is searched in the following order. -# -# 1) First, the IP address assigned to us is searched and -# the associated command(s) are executed. -# -# 2) If the IP Address is not found, then the label name specified at - -# PPP startup time is searched and the associated command(s) -# are executed. -# -# 3) If neither of the above are found then commands under the label -# 'MYADDR:' are executed. -# -#########################################################################= - -# -# This section is used for the "demand" configuration in -# /etc/ppp/ppp.conf: -demand: - delete ALL - add 0 0 HISADDR -# -# All other configurations in /etc/ppp/ppp.conf use this: -# -MYADDR: - add 0 0 HISADDR -######################################################################## -# End of /etc/ppp/ppp.linkup -</verb></tscreen> -Notice that there is a section in this file named "demand:", identical -to the configuration name used in the '<tt>/etc/ppp/ppp.conf</tt>' -file. This section instructs the PPP program that once a link is -established using this configuration, it must: -<enum> - <item>Remove any IP routing information that the PPP program has created - <item>Add a default route the remote end's actual address. -</enum> - -<p>It's critical that those configurations in -'<tt>/etc/ppp/ppp.conf</tt>' which include the '<tt/set ifaddr/' and -'<tt/add 0 0/' statements (i.e.: those configurations used for -Dial-on-Demand configurations) execute the "delete ALL" and "add 0 0 -HISADDR" commands in <tt>/etc/ppp/ppp.linkup</tt>. - -<p><em><bf>This is the mechanism that controls the actual on-demand -configuration of the link.</bf></em> - -<p>All configurations not explicitly named in -<tt>/etc/ppp/ppp.linkup</tt> will use whatever commands are in the -"MYADDR:" section of the file. This is where non-Demand-Dial -configurations (such as our "interactive:" sample) will fall through -to. This section simply adds a default route to the ISP's IP address -(at the remote end). - -<sect1> -<heading>IP Aliasing</heading> - -<p>All of the configuration steps described thus far are relevant to -any FreeBSD system which will be used to connect to an ISP via dial-up -connection. - -<p>If your sole objective in reading this guide is to connect your -FreeBSD box to the Internet using dial-out ppp you can proceed to -Section 6, "Testing the Network". - -One very attractive feature of the PPP program in on-demand mode is -its ability to route IP traffic between other systems on the Local -Area Network automatically. This feature is known by various names, -"<em/IP Aliasing/", "<em/Network Address Translation/", "<em/Address -Masquerading/" or "<em/Transparent Proxying/". - -<p>Regardless of the terminology used, this mode is not, however, -automatic. If the PPP program is started normally then the program -will not forward packets between LAN interface(s) and the dial-out -connection. In effect, only the FreeBSD system is connected to the -ISP; other workstations cannot "share" the same connection. - -For example, if the program is started with either of the following -command lines: -<p><tt># ppp interactive (Interactive mode)</tt><p> or -<p><tt># ppp -auto demand (Dial-on-Demand mode)</tt> -<p>then the system will function as an Internet-connected workstation -<em/only/ for the -FreeBSD box. - -To start the PPP program as a gateway between LAN resources and the -Internet, one of the following command lines would be used instead: -<p><tt># ppp -alias interactive (Interactive mode)</tt><p> or -<p><tt># ppp -auto -alias demand (Dial-on-Demand mode)</tt> -<p>Keep this in mind if you intend to proceed with Section 5, -"Configuring Windows Systems". -</sect> - -<sect> -<heading>Configuring Windows Systems</heading> - -<p>As indicated in Section 1, our example network consists of a -FreeBSD system ("Curly") which acts as a gateway (or router) between a -Local Area Network consisting of two different flavors of Windows -Workstations. In order for the LAN nodes to use Curly as a router -they need to be properly configured. Note that this section does not -explain how to configure the Windows workstations for Dial-Up -networking. If you need a good explanation of that procedure, I -recommend <url url="http://www.aladdin.co.uk/techweb">. - -<sect1> -<heading> Configuring Windows 95</heading> - -<p>Configuring Windows 95 to act as an attached resource on your LAN -is relatively simple. The Windows 95 network configuration must be -slightly modified to use the FreeBSD system as the default gateway to -the ISP. Perform the following steps: - -<p><bf>Create the Windows 95 "hosts" file:</bf> - -<p>In order to connect to the other TCP/IP systems on the LAN you'll -need to create an identical copy of the "hosts" file that you -installed on the FreeBSD system in Section 3.4. -<itemize> -<item>Click the "Start" button; select "Run..."; enter "notepad -\WINDOWS\HOSTS" (without the quotes) and click "OK" -<item>In the editor, enter the addresses and system names from the hosts -file shown in Section 3.4. -<item>When finished editing, close the notepad application (making sure -that you save the file!). -</itemize> - -<p><bf>Configure the Windows 95 TCP/IP Network Configuation -settings</bf>: -<itemize> -<item>Click the "Start" button on the taskbar; select "Settings" and -"Control Panel". -<item>Double-click the "Network" icon to open it.<p> -The settings for all Network Elements are displayed. -<item>With the "Configuration" tab selected, scroll down the list of -installed components and highlight the "TCP/IP-><em/YourInterfaceType/" line -(where "<em/YourInterfaceType/" is the name or type of Ethernet adapter in your system). -<p>If TCP/IP is not listed in the list of installed network -components, click the "Add" button and install it before proceeding. -<p>(Hint: "Add | Protocol | Microsoft | TCP/IP | OK") -<item>Click on the "Properties" button to display a list of the -settings associated with the TCP component. -</itemize> - -<p><bf>Configure the IP Address Information:</bf> -<itemize> -<item>Click the "IP Address" tab -<item>Click the "Specify an IP address" radio button. - <p>(In our example LAN the Windows 95 system is the one we've called "Larry".) -<item>In the "IP Address" field enter "192.168.1.2". -<item>Enter 255.255.255.0 in the "Subnet Mask" field. -</itemize> - -<p><bf>Configure the Gateway information:</bf> -<itemize> -<item>Click on the "Gateway" tab -<p>For our example network the FreeBSD box will be acting as our -gateway to the Internet (routing packets between the Ethernet LAN and -the PPP dial-up connection. Enter the IP address of the FreeBSD -Ethernet interface, 192.168.1.1, in the "New gateway" field and click -the "Add" button. If any other gateways are defined in the "Installed -gateways" list you may wish to consider removing them. -</itemize> - -<p><bf>Configure the DNS Information:</bf> - -<p>This guide assumes that your Internet Service Provider has given -you a list of Domain Name Servers (or "DNS Servers") that you should -use. If you wish to run a DNS server on your local FreeBSD system, -refer to Section 6, "Exercise for the Interested Student" for tips on -setting up DNS on your FreeBSD system. - -<itemize> -<item>Click the "DNS Configuration" tab -<item>Make sure that the "Enable DNS" radio button is selected. -<p>(If this button is not selected only the entries that -we put in the host file(s) will be available and your Net-Surfing -will not work as you expect!) -<item>In the "Host" field enter the name of the Windows 95 box, in this -case: "Larry". -<item>In the "Domain" field enter the name of our local network, in this -case: "my.domain" -<item>In the "DNS Server Search Order" section, enter the IP address -of the DNS server(s) that your ISP provided, clicking the "Add" button -after every address is entered. Repeat this step as many times as -necessary to add all of the addresses that your ISP provided. -</itemize> - -<p><bf>Other Windows 95 TCP/IP options:</bf> - -<p>For our purposes the settings under the "Advanced", "WINS -Configuration" and "Bindings" tabs are not necessary. - -<p>If you wish to use the Windows Internet Naming Service ("WINS") -your attention is invited to <url url="http://www.localnet.org"> for -more information about WINS settings, specifically regarding sharing -files transparently across the Internet. - -<p><bf>Mopping up:</bf> -<itemize> -<item>Click on the "OK" button to close the TCP/IP Properties window. -<item>Click on the "OK" button to close the Network Control Panel. -<item>Reboot your computer if prompted to do so. -</itemize> - -<p> That's it! -<sect1> -<heading>Configuring Windows NT</heading> - -<p>Configuring Windows NT to act as a LAN resource is also relatively -straightforward. The procedures for configuring Windows NT are -similar to Windows 95 with minor exceptions in the user interface. - -<p>The steps shown here are appropriate for a Windows NT 4.0 -Workstation, but the principles are the same for NT 3.5x. You may -wish to refer to the "Configuring Windows for Workgroups" section if -you're configuring Windows NT 3.5<it/x/, since the user interface is -the same for NT 3.5 and WfW. - -<p>Perform the following steps: - -<p><bf>Create the Windows NT "hosts" file:</bf> - -<p>In order to connect to the other TCP/IP systems on the LAN you'll -need to create an identical copy of the "hosts" file that you -installed on the FreeBSD system in Section 3.4 -<itemize> -<item>Click the "Start" button; select "Run..."; enter "notepad -\WINDOWS\SYSTEM\DRIVERS\ETC\HOSTS" (without the quotes) and click -"OK" -<item>In the editor, enter the addresses and system names from Section -3.4. -<item>When finished editing, close the notepad application (making sure -that you save the file!). -</itemize> - -<p><bf>Configure the Windows NT TCP/IP Network Configuation -settings</bf>: -<itemize> -<item>Click the "Start" button on the taskbar; select "Settings" and -"Control Panel". -<item>Double-click the "Network" icon to open it. -<item>With the "Identification" tab selected, verify the "Computer Name" -and "Workgroup" fields. In this example we'll use "Shemp" for the name -and "Stooges" for the workgroup. Click the "Change" button and amend -these entries as necessary. -<item>Select the "Protocols" tab. - -<p>The installed Network Protocols will be displayed. There may be a -number of protocols listed but the one of interest to this guide is -the "TCP/IP Protocol". If "TCP/IP Protocol" is not listed, click the -"Add" button to load it. -<p>(Hint: "Add | TCP/IP Protocol | OK") <item>Highlight "TCP/IP -Protocol" and click the "Properties" button. -<p>Tabs for specifying various settings for TCP/IP will be displayed. - </itemize> - -<p><bf>Configuring the IP Address:</bf> - -<p>Make sure that the Ethernet Interface is shown in the "Adapter" -box; if not, scroll through the list of adapters until the correct -interface is shown. -<itemize> -<item>Click the "Specify an IP address" radio button to enable the three -text boxes. -<p>In our example LAN the Windows NT system is the one we've called -"Shemp" -<item>In the "IP Address" field enter "192.168.1.4". -<item>Enter 255.255.255.0 in the "Subnet Mask" field. -</itemize> - -<p><bf>Configure the Gateway information:</bf> - -<p>For our example network the FreeBSD box will be acting as our gateway -to the Internet (routing packets between the Ethernet LAN and the PPP dial-up -connection. -<itemize> -<item>Enter the IP address of the FreeBSD Ethernet interface, -192.168.1.1, in the "New gateway" field and click the "Add" button. -<p>If any other gateways are defined in the "Installed gateways" list -you may wish to consider removing them. -</itemize> -<p><bf>Configuring DNS:</bf> -<p>Again, this guide assumes that your Internet Service Provider has -given you a list of Domain Name Servers (or "DNS Servers") that you -should use. - -If you wish to run a DNS server on your local FreeBSD system, refer to -Section 6, "Exercise for the Interested Student" for tips on setting -up DNS on your FreeBSD system. -<itemize> -<item>Click the "DNS" tab -<item>In the "Host Name" field enter the name of the Windows NT box, in -this case: "Shemp". -<item>In the "Domain" field enter the name of our local network, in this -case: "my.domain" -<item>In the "DNS Server Search Order" section, enter the IP address of -the DNS server that your ISP provided, clicking the "Add" button after -every address is entered. Repeat this step as many times as necessary -to add all of the addresses that your ISP provided. -</itemize> - -<p><bf>Other Windows NT TCP/IP options:</bf> - -<p>For our purposes the settings under the "WINS Address" and -"Routing" tabs are not used. - -<p>If you wish to use the Windows Internet Naming Service ("WINS") -your attention is invited to <url url="http://www.localnet.org"> for -more information about WINS settings, specifically regarding sharing -files transparently across the Internet. - -<p><bf>Mopping up:</bf> -<itemize> -<item>Click on the "OK" button to close the TCP/IP Properties section. - -<item>Click on the "Close" button to close the Network Control Panel. - -<item>Restart your computer if prompted to do so. -</itemize> - -<p>That's it! - -<sect1> -<heading>Configuring Windows for Workgroups</heading> - -<p>Configuring Windows for Workgroups to act as a network client -requires that the Microsoft TCP/IP-32 driver diskette has been -installed on the workstation. The TCP/IP drivers are not included -with the WfW CD or diskettes; if you need a copy they're available at -<url url="ftp://ftp.microsoft.com:/peropsys/windows/public/tcpip">. - -<p>Once the TCP/IP drivers have been loaded, perform the following -steps: - -<p><bf>Create the Windows for Workgroups "hosts" file:</bf> - -<p>In order to connect to the other TCP/IP systems on the LAN you'll -need to create an identical copy of the "hosts" file that you -installed on the FreeBSD system in Section 3.4. -<itemize> -<item>In Program Manager, click the "File" button; select "Run"; and -enter: "notepad \WINDOWS\HOSTS" (without the quotes) and click "OK" -<item>In the editor, enter the addresses and system names from the hosts -file shown in Section 3.4. -<item>When finished editing, close the notepad application (making sure -that you save the file!). -</itemize> - -<p><bf>Configure the Windows 95 TCP/IP Network Configuation -settings</bf> -<itemize> -<item>In the main window of Program Manager, open the "Network" group by -double-clicking the icon. -<item>Double click on the "Network Setup" icon. -<item>In the "Network Drivers Box" double-click the "Microsoft -TCP/IP-32" entry. -</itemize> - -<p><bf>Configure the Windows for Workgroups IP Address:</bf> <p>Ensure -the correct Ethernet Interface is selected in the "Adapter" list. If -not, scroll down until it is displayed and select it by clicking on -it. -<itemize> -<item>Ensure that the "Enable Automatic DHCP Configuration" check box is -blank. If it is checked, click it to remove the "X". -<item>In our example LAN the Windows for Workgroups system is the one -we've called "Moe"; in the "IP Address" field enter "192.168.1.3". -<item>Enter 255.255.255.0 in the "Subnet Mask" field. -</itemize> - -<p><bf>Configure the Gateway information:</bf> - -<p>For our example network the FreeBSD box will be acting as our -gateway to the Internet (routing packets between the Ethernet LAN and -the PPP dial-up connection). -<itemize> -<item>Enter the IP address of the FreeBSD system, 192.168.1.1, in the -"Default Gateway" field. -</itemize> - -<p><bf>Configuring DNS:</bf> - -<p>Again, this guide assumes that your Internet Service Provider has -given you a list of Domain Name Servers (or "DNS Servers") that you -should use. If you wish to run a DNS server on your local FreeBSD -system, refer to Section 6, "Exercise for the Interested Student" for -tips on setting up DNS on your FreeBSD system. -<itemize> -<item>Click the "DNS" button. -<item>In the "Host Name" field enter the name of the Windows for -Workgroups box, in this case: "Moe". -<item>In the "Domain" field enter the name of our local network, in this -case: "my.domain" -<item>In the "Domain Name Service (DNS) Search Order" section, enter the -IP address of the DNS server that your ISP provided, clicking the "Add" -button after each address is entered. Repeat this step as many times as -necessary to add all of the addresses that your ISP provided. -<item>Click on the "OK" button to close the DNS Configuration window. - -</itemize> - -<p><bf>Mopping up:</bf> -<itemize> -<item>Click on the "OK" button to close the TCP/IP Configuration window. - -<item>Click on the "OK" button to close the Network Setup window. -<item>Reboot your computer if prompted. -</itemize> - -<p>That's it! - -<sect> -<heading>Testing the Network</heading> - -<p> Once you've completed that appropriate tasks above you should have -a functioning PPP gateway to the Internet. - -<sect1> -<heading>Testing the Dial-Up link:</heading> - -<p> The first thing to test is that the connection is being made -between your modem and the ISP. - -<sect1> -<heading>Testing the Ethernet LAN</heading> - -<p> *** TBD *** -</sect> - -<sect> -<heading>Exercises for the Interested Student</heading> - -<p> -<sect1> -<heading>Creating a mini-DNS system</heading> - -<p>While managing a Domain Name Service (DNS) hierarchy can be a black -art, it is possible to set up a Mini-DNS server on the FreeBSD system -that also acts as your gateway to your ISP. - -<p>Building on the files in <tt>/etc/namedb</tt> when the FreeBSD -system was installed it's possible to create a name server that is -both authoritative for the example network shown here as well as a -front-door to the Internet DNS architecture. - -<p>In this minimal DNS configuration, only three files are necessary: -<tscreen><verb> -/etc/namedb/named.boot -/etc/namedb/named.root -/etc/namedb/mydomain.db -</verb></tscreen> - -<p>The <tt>/etc/namedb/named.root</tt> file is automatically installed -as part of the FreeBSD base installation; the other two files must be -created manually. - -<sect2> -<heading>The <tt>/etc/namedb/named.boot</tt> file</heading> -<p>The <tt>/etc/namedb/named.boot</tt> file controls the startup -settings of the DNS server. -Esentially, it tells the Name Server: -<enum> -<item>Where to find configuration files, -<item>What "domain names" it's responsible for, and -<item>Where to find other DNS servers. -</enum> - -<p>Using the '<tt/ee/' editor, create a -<tt>/etc/namedb/named.boot</tt> with the following contents: -<tscreen><verb> -; boot file for mini-name server - -directory /etc/namedb - -; type domain source host/file backup file - -cache . named.root -primary my.domain. mydomain.db -</verb></tscreen> -<p>Lines that begin with a semi-colon are comments. The significant -lines in this file are: -<itemize> -<item><tt>directory /etc/namedb</tt> -<p>Tells the Name Server where to find the configuration files -referenced in the remaining sections of the -'<tt>/etc/namedb/named.boot</tt>' file. -<item><tt>cache . named.root</tt> -<p>Tells the Name Server that the list of "Top-Level" DNS servers for -the Internet can be found in a file called '<tt>named.root</tt>'. -(This file is included in the base installation and its -contents are not described in this document.) -<item><tt>primary my.domain. mydomain.db</tt> -<p>Tells the Name Server that it will be "authoritative" for a DNS -domain called "my.domain" and that a list of names and IP addresses -for the systems in "my.domain" (the local network) -can be found in a file named '<tt>mydomain.db</tt>'. -</itemize> -<p>Once the <tt>/etc/namedb/named.boot</tt> file has been created and -saved, proceed to the next section to create the -<tt>/etc/namedb/mydomain.db</tt> file. - -<sect2> -<heading>The <tt>/etc/namedb/mydomain.db</tt> file</heading> - -<p>The <tt>/etc/namedb/mydomain.db</tt> file lists the names and IP -addresses of <em/every/ system in the Local Area Network. - -<p><em>For a detailed description of the statements used in this file, -refer to the <tt/named/ manpage.</em> - -<p>The <tt>/etc/namedb/mydomain.db</tt> file for our minimal DNS -server has the following contents: -<tscreen><verb> -@ IN SOA my.domain. root.my.domain. ( - 961230 ; Serial - 3600 ; Refresh - 300 ; Retry - 3600000 ; Expire - 3600 ) ; Minimum - IN NS curly.my.domain. - -curly.my.domain. IN A 192.168.1.1 # The FreeBSD box -larry.my.domain. IN A 192.168.1.2 # The Win'95 box -moe.my.domain. IN A 192.168.1.3 # The WfW box -shemp.my.domain. IN A 192.168.1.4 # The Windows NT box - -$ORIGIN 1.168.192.IN-ADDR.ARPA - IN NS curly.my.domain. -1 IN PTR curly.my.domain. -2 IN PTR larry.my.domain. -3 IN PTR moe.my.domain. -4 IN PTR shemp.my.domain. - -$ORIGIN 0.0.127.IN-ADDR.ARPA - IN NS curly.my.domain. -1 IN PTR localhost.my.domain. -</verb></tscreen> -<p>In simple terms, this file declares that the local DNS server is: -<itemize> -<item>The Start of Authority for ("SOA") for a domain called -'my.domain', -<item>The Name Server ("NS") for 'my.domain', -<item>Responsible for the reverse-mapping for all IP addresses that -start with '192.168.1.' and -'127.0.0.' ("$ORIGIN ...") -</itemize> - -<p>To add workstation entries to this file you'll need to add two -lines for each system; one in the top section where the name(s) are -mapped into Internet Addresses ("IN A"), and another line that maps -the addresses back into names in the <tt>$ORIGIN -1.168.192.IN-ADDR.ARPA</tt> section. - -<sect2> -<heading>Starting the DNS Server</heading> - -<p>By default the DNS server ('<tt>/usr/sbin/named</tt>') is not -started when the system boots. You can modify this behavior by -changing a single line in '<tt>/etc/sysconfig</tt>' as follows: - -<p> Using the '<tt/ee/' editor, load <tt>/etc/sysconfig</tt>. Scroll -down approximately 200 lines until you come to the section that says: -<tscreen><verb> ---- -# Set to appropriate flags for named, if you have a full-time -# connection to the Internet. -# For most hosts, flags should be "-b /etc/namedb/named.boot" -namedflags="NO" ---- -</verb></tscreen> -Change this section to read: -<tscreen><verb> ---- -# Set to appropriate flags for named, if you have a full-time -# connection to the Internet. -# For most hosts, flags should be "-b /etc/namedb/named.boot" -namedflags="-b /etc/namedb/named.boot" ---- -</verb></tscreen> -Save the file and reboot. - -Alternatively, start the Name Server daemon by entering the following -command: -<tscreen><verb> -# named -b /etc/namedb/named.boot -</verb></tscreen> - -<p>Whenever you modify any of the files in <tt>/etc/namedb</tt> you'll -need to kick-start the Name Server process to make it pick up the -modifications. This is performed with the following system command: -<tscreen><verb> -# kill -HUP `cat /var/run/named.pid` -</verb></tscreen> - -<sect1> -<heading>Playing with PPP filters</heading> - -<p>The PPP program has the ability to apply selected filtering rules -to the traffic it routes. While this is not nearly as secure as a -formal firewall it does provide some access control as to how the link -is used. - -<p>('<tt>man ipfw</tt>' for information on setting up a more secure -FreeBSD system.) - -<p>The complete documentation for the various filters and rules under -PPP are availabe in the PPP manpage. - -<p>There are four distinct classes of rules which may be applied to -the PPP program: -<itemize> -<item><tt/afilter/ - Access Counter (or "Keep Alive") filters -<p>These control which events are ignored by the <tt/set timeout=/ -statement in the configuration file. -<item><tt/dfilter/ - Dialing filters -<p>These filtering rules control which events are ignored by the -demand-dial mode of PPP. -<item><tt/ifilter/ - Input filters -<p>Control whether incoming packets should be discarded or passed into -the system. -<item><tt/ofilter/ - Output filters -<p>Control whether outgoing packets should be discarded or passed into -the system. -</itemize> -<p> - -What follows is a snippet from an operating system which provides a -good foundation for "normal" Internet operations while preventing PPP -from pumping <em/all/ data over the dial-up connection. Comments -briefly describe the logic of each rule set: -<tscreen><verb> -# -# KeepAlive filters -# Don't keep Alive with ICMP,DNS and RIP packet -# - set afilter 0 deny icmp - set afilter 1 deny udp src eq 53 - set afilter 2 deny udp dst eq 53 - set afilter 3 deny udp src eq 520 - set afilter 4 deny udp dst eq 520 - set afilter 5 permit 0/0 0/0 -# -# Dial Filters: -# Note: ICMP will trigger a dial-out in this configuration! -# - set dfilter 0 permit 0/0 0/0 -# -# Allow ident packet pass through -# - set ifilter 0 permit tcp dst eq 113 - set ofilter 0 permit tcp src eq 113 -# -# Allow telnet connection to the Internet -# - set ifilter 1 permit tcp src eq 23 estab - set ofilter 1 permit tcp dst eq 23 -# -# Allow ftp access to the Internet -# - set ifilter 2 permit tcp src eq 21 estab - set ofilter 2 permit tcp dst eq 21 - set ifilter 3 permit tcp src eq 20 dst gt 1023 - set ofilter 3 permit tcp dst eq 20 -# -# Allow access to DNS lookups -# - set ifilter 4 permit udp src eq 53 - set ofilter 4 permit udp dst eq 53 -# -# Allow DNS Zone Transfers -# - set ifilter 5 permit tcp src eq 53 - set ofilter 5 permit tcp dst eq 53 -# -# Allow access from/to local network -# - set ifilter 6 permit 0/0 192.168.1.0/24 - set ofilter 6 permit 192.168.1.0/24 0/0 -# -# Allow ping and traceroute response -# - set ifilter 7 permit icmp - set ofilter 7 permit icmp - set ifilter 8 permit udp dst gt 33433 - set ofilter 9 permit udp dst gt 33433 -# -# Allow cvsup -# - set ifilter 9 permit tcp src eq 5998 - set ofilter 9 permit tcp dst eq 5998 - set ifilter 10 permit tcp src eq 5999 - set ofilter 10 permit tcp dst eq 5999 -# -# Allow NTP for Time Synchronization -# - set ifilter 11 permit tcp src eq 123 dst eq 123 - set ofilter 11 permit tcp src eq 123 dst eq 123 - set ifilter 12 permit udp src eq 123 dst eq 123 - set ofilter 12 permit udp src eq 123 dst eq 123 -# -# SMTP'd be a good idea! -# - set ifilter 13 permit tcp src eq 25 - set ofilter 13 permit tcp dst eq 25 -# -# -# We use a lot of `whois`, let's pass that -# - set ifilter 14 permit tcp src eq 43 - set ofilter 14 permit tcp dst eq 43 - set ifilter 15 permit udp src eq 43 - set ofilter 15 permit udp dst eq 43 -# -# If none of above rules matches, then packet is blocked. -#------- -</verb></tscreen> -<p>Up to 20 distinct filtering rules can be applied to each class of -filter. Rules in each class are number sequentially from 0 to 20 -<em/but none of the rules for a particular filter class take affect -until ruleset '0' is defined!/ - -<p>If you choose <em/not/ to use Filtering Rules in the PPP -configuration then <em/ALL/ traffic will be permitted both into and -out of your system while it's connected to your ISP. - -If you decide that you want to implement filtering rules, add the -above lines to your <tt>/etc/ppp/ppp.conf</tt> file in either the -"default:", "demand:", or "interactive:" section (or all of them - the -choice is yours). - -</sect> - -</article> - diff --git a/en/tutorials/upgrade/Makefile b/en/tutorials/upgrade/Makefile deleted file mode 100644 index f751bbe481..0000000000 --- a/en/tutorials/upgrade/Makefile +++ /dev/null @@ -1,6 +0,0 @@ -# $Id: Makefile,v 1.1 1997-06-25 16:57:01 jfieber Exp $ -DOCS= upgrade.docb -INDEXLINK= upgrade.html - -.include "../../web.mk" - diff --git a/en/tutorials/upgrade/upgrade.docb b/en/tutorials/upgrade/upgrade.docb deleted file mode 100644 index 6ec62e4b0a..0000000000 --- a/en/tutorials/upgrade/upgrade.docb +++ /dev/null @@ -1,758 +0,0 @@ -<!-- $Id: upgrade.docb,v 1.2 1997-09-14 03:53:16 jfieber Exp $ --> -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> - -<book> - <bookinfo> - <bookbiblio> - <title/<quote>Making the world</quote> your own/ - - <authorgroup> - <author> - <firstname/Nik/ - <surname/Clayton/ - <affiliation> - <address><email/Nik.Clayton@iii.co.uk/</address> - </affiliation> - </author> - </authorgroup> - - <pubdate>$Date: 1997-09-14 03:53:16 $</pubdate> - </bookbiblio> - </bookinfo> - - <preface> - <title/Overview/ - - <para>This document assumes that you have downloaded a version of the - FreeBSD source code and placed it in <filename>/usr/src</filename>. This - might be the latest version from the -current development branch, or - perhaps you're just tracking -stable. Either way, you have the source - code and now need to update your system.</para> - - <para>There are a number of steps to perform to do this, and a few - pitfalls to avoid along the way. This document takes you through - those necessary steps one by one.</para> - - <warning> - <title>Take a backup</title> - - <para>I cannot stress highly enough how important it is to take a backup - of your system <emphasis>before</emphasis> you do this. While remaking - the world is (as long as you follow these instructions) an easy task to - do, there will inevitably be times when you make mistakes, or when - mistakes made by others in the source tree render your system - unbootable.</para> - - <para>Make sure you've taken a backup. And have a fixit floppy to - hand. I've never needed to use them, and, touch wood, I never will, - but it's always better to be safe than sorry.</para> - </warning> - - <note> - <title>2.1.7 specific</title> - - <para>This document was written and tested with FreeBSD - 2.1.7-RELEASE. That was a while ago (at the time of writing - 2.2.5-RELEASE is perhaps 30 days away. Most of the information pertains - to all versions of FreeBSD greater than 2.1. Where there are specific - differences between versions (and where I'm aware of them) I'll note - them. If you know of a difference between different versions that - impacts on this document, please let me know.</para> - </note> - </preface> - - <chapter> - <title>Check <filename>/etc/make.conf</filename></title> - - <para>Examine the file <filename>/etc/make.conf</filename>. This contains - some default defines for <command/make/, which will be used when you - rebuild the source. They're also used every time you use <command/make/, - so it's a good idea to make sure they're set to something sensible for - your system.</para> - - <para>Everything is, by default, commented out. Uncomment those entries - that look useful. For a typical user (not a developer), you'll probably - want to uncomment the CFLAGS and NOPROFILE definitions. If your machine - has a floating point unit (386DX, 486DX, Pentium and up class machines) - then you can also uncomment the HAVE_FPU line.</para> - - <!-- XXX the definitions above should be wrapped in appropriate DocBook - markup. Don't know what it is yet, though --> - </chapter> - - <chapter> - <title/Get the system to single user mode/ - - <para>You want to compile the system in single user mode. Apart from the - obvious benefit of making things go slightly faster, re-making the system - will touch a lot of important system files, all the standard system - binaries, libraries, include files and so on. Try to change these on a - running system and you're asking for trouble.</para> - - <para>As the superuser, you can execute - - <informalexample> -<screen><prompt/#/ <userinput/shutdown now/</screen> - </informalexample> - - from a running system, which will drop it to single user mode.</para> - - <para>Alternatively, reboot the system, and at the boot prompt, enter the - <option>-s</option> flag. The system will then boot single user. At the - shell prompt you should then run - - <informalexample> -<screen><prompt/#/ <userinput/fsck -p/ -<prompt/#/ <userinput>mount -u /</userinput> -<prompt/#/ <userinput/mount -a -t ufs/ -<prompt/#/ <userinput/swapon -a/</screen> - </informalexample> - - which check the filesystems, remounts <filename>/</filename> read/write, - mounts all the other UFS filesystems referenced in - <filename>/etc/fstbab</filename> and then turns swapping on.</para> - - <para>For extra speed, you can also do - - <informalexample> - <screen><prompt/#/ <userinput/mount -u -o async -t ufs -a/</screen> - </informalexample> - - which remounts all your UFS filesystems for asynchronous access. The - trade off is that if the power suddenly fails while the system is being - rebuilt you are more likely to suffer from filesystem corruption.</para> - </chapter> - - <chapter> - <title/Recompile the source/ - - <para>In general, this is as simple as - - <informalexample> -<screen><prompt/#/ <userinput>cd /usr/src</userinput> -<prompt/#/ <userinput>make world 2>&1 | tee /var/tmp/mw.out</userinput></screen> - </informalexample> - - which will re-make the world, storing a copy of all the STDOUT and STDERR - messages in <filename>/var/tmp/mw.out</filename>. It's important to use - <filename>/var/tmp</filename>, as plain <filename>/tmp</filename> is - generally cleared out when you reboot, and you want this output to stay - around for a while.</para> - - <note> - <title><filename>/bin/sh</filename> specific</title> - - <para>The <quote>2>&1</quote> construct is specific to the - <filename>/bin/sh</filename> shell. Under <filename>/bin/csh</filename> - you could use - - <informalexample> -<screen><prompt/#/ <userinput>make world |& tee /var/tmp/mw.out</userinput> -</screen> - </informalexample> - - </para> - - <para>Other shells have their own constructs to do the same - thing.</para> - - <para>Alternatively, if you don't care to use shell redirection, you - could use <command>script</command> to save a copy of all the - output.</para> - - <informalexample> - <screen><prompt/#/ <userinput>script /var/tmp/mw.out</userinput> -Script started, output file is /var/tmp/mw.out -<prompt/#/ <userinput/make world/ -<emphasis>… compile, compile, compile …</emphasis> -<prompt/#/ <userinput/exit/ -Script done, … - </screen> - </informalexample> - </note> - - <para>Then go and make yourself several cups of tea. Remaking the world is - a long process. One of our servers, a 200Mhz P6 with fairly - run-of-the-mill SCSI disks, 64MB RAM and 256MB swap it takes a shade - under two hours to complete.</para> - - <para>One of the 32MB (128MB swap), P133 machines takes about 5 - hours.</para> - - <para>The only caveat I am aware of is that (at least the last few times I - tried it with 2.1.5), <command/make world/ expected the <quote/dict/ - distribution set to be installed. Otherwise it dies.</para> - - <para>Which means, whenever I have to install a new machine, I generally - download the <quote/bin/, <quote/src/ and <quote/dict/ distributions, and - install them. I then make the world to get everything else.</para> - - <para>This may have changed up to 2.1.7. I unfortunately do not have the - spare machines to test it.</para> - </chapter> - - <chapter> - <title/Build and populate a new root directory somewhere safe/ - - <para>Remaking the world will not update certain directories (in - particular, <filename>/etc</filename>, <filename>/var</filename> and - <filename>/usr</filename>) with new or changed configuration files. This - is something you have to do by hand, eyeball, and judicious use of the - <command/diff/ command.</para> - - <sect1> - <title>Backup your existing <filename>/etc</filename></title> - - <para>Although, in theory, nothing's going to touch this directory - automatically, it's always better to be sure. So copy your existing - <filename>/etc</filename> directory somewhere safe. Something like - - <informalexample> -<screen><prompt/#/ <userinput>cp -rp /etc /etc.old</userinput></screen> - </informalexample> - - will do the trick (<option>-r</option> does a recursive copy, - <option>-p</option> preserves times, ownerships on files and - suchlike).</para> - </sect1> - - <sect1> - <title/Build a dummy root/ - - <para>You need to build a dummy set of directories to install the new - <filename>/etc</filename> and other files into. I generally choose to - put this dummy dir in <filename>/var/tmp/root</filename>, and there are - a number of subdirectories required under this as well. So execute - - <informalexample> - <screen><prompt/#/ <userinput>mkdir /var/tmp/root</userinput> -<prompt/#/ <userinput>mtree -deU -f /usr/src/etc/mtree/BSD.root.dist -p /var/tmp/root/</userinput> -<prompt/#/ <userinput>mtree -deU -f /usr/src/etc/mtree/BSD.var.dist -p /var/tmp/root/var/</userinput> -<prompt/#/ <userinput>mtree -deU -f /usr/src/etc/mtree/BSD.usr.dist -p /var/tmp/root/usr/</userinput></screen> - </informalexample> - - which will build the necessary directory structure.</para> - - <para>A lot of these subdirs are extraneous, but you can ignore them - for the time being, they'll be removed in the next - step.</para> - </sect1> - - <sect1> - <title/Install the updated files/ - - <para>Now that the directory tree has been built, you have to install - the new files from <filename>/usr/src/etc</filename> into it. - - <informalexample> -<screen><prompt/#/ <userinput>cd /usr/src/etc</userinput> -<prompt/#/ <userinput>make DESTDIR=/var/tmp/root distribution</userinput></screen> - </informalexample> - - This will leave several redundant empty directories scattered - around, cluttering up your <command/ls/ output. The simplest way - to get rid of them is to do - - <informalexample> - <screen><prompt/#/ <userinput>cd /var/tmp/root</userinput> -<prompt/#/ <userinput>find -d . -type d | /usr/bin/perl -lne \ - 'opendir(D,$_);@f=readdir(D);rmdir if $#f != 1;closedir(D);'</userinput></screen> - </informalexample> - - which does a depth first search, examines each directory, and if the - number of files in that directory is 2 ('1' is not a typo in the - script) i.e., '.' and '..' then it removes the - directory.</para> - </sect1> - </chapter> - - <chapter> - <title>Merge in the changed files from - <filename>/var/tmp/root/*</filename></title> - - <para><filename>/var/tmp/root</filename> now contains all the files that - should be placed in appropriate locations below - <filename>/</filename>. You now have to go through each of these files, - determining how they differ with your existing files. This is not a task - that can be automated (at the moment).</para> - - <para>Note that some of the files that will have been installed in - <filename>/var/tmp/root</filename> have a leading '.'. Make sure you use - <command/ls -a/ to catch them.</para> - - <para>The simplest way to do this is to use the <command/diff/ command to - compare the two files. Use either the <option>-c</option> for the context - output format, or <option>-u</option> for the unified output format. I - find it easier to read context diffs.</para> - - <para>For example, - - <informalexample> -<screen><prompt/#/ <userinput>diff -c /etc/shells /var/tmp/root/etc/shells</userinput></screen> - </informalexample> - - will show you the differences between your - <filename>/etc/shells</filename> file and the new - <filename>/etc/shells</filename> file. Use these to decide whether to - merge in changes that you've made or whether to copy over your old - file.</para> - - <para>When it comes to <filename>/var/tmp/root/dev</filename>, you should - just copy over the <filename/MAKEDEV/ file. You may need to examine and - update <filename/MAKEDEV.local/ if you previously had to customise it for - your local environment.</para> - - <para>You will use those scripts a little later to update your - <filename>/dev</filename> directory.</para> - - <para>Here is a (probably incomplete) list of files that you will - probably want to merge or copy by hand. - - <informaltable> - <tgroup cols="2"> - <thead> - <row> - <entry/Copy/ - <entry/Merge/ - </row> - </thead> - - <tbody> - <row> - <entry/<emphasis/<filename/passwd/// - <entry/<filename/inetd.conf// - </row> - - <row> - <entry/<emphasis/<filename/master.passwd/// - <entry/<emphasis/<filename/login.access/// - </row> - - <row> - <entry/<emphasis/<filename/pwd.db/// - <entry/<filename/printcap// - </row> - - <row> - <entry/<emphasis/<filename/spwd.db/// - <entry/<filename/remote// - </row> - - <row> - <entry/<emphasis/<filename/group/// - <entry/<filename/services// - </row> - - <row> - <entry/<filename/aliases/ (nb: run <command/newaliases/)/ - <entry/<emphasis/<filename/shells/// - </row> - - <row> - <entry/<filename/crontab// - <entry/<emphasis/<filename/ttys/// - </row> - - <row> - <entry/<filename/csh.*// - <entry/<filename/fbtab// - </row> - - <row> - <entry/<filename/dumpdates// - <entry/<filename/exports// - </row> - - <row> - <entry/<emphasis/<filename/fstab/// - <entry/<emphasis/<filename/sysconfig/// - </row> - - <row> - <entry/<filename/host// - <entry/<filename/rc.local// - </row> - - <row/<entry/<filename/magic/// - - <row><entry><filename>namedb/*</filename></entry></row> - - <row><entry><filename>ppp/*</filename></entry></row> - - <row/<entry/<filename/profile/// - - <row/<entry/<filename/resolv.conf/// - - <row/<entry/<filename/ntp.*/// - - <row/<entry/<filename/start_if.*/// - - <row/<entry/<filename/XF86*/// - </tbody> - </tgroup> - </informaltable></para> - - <para>That is not an exhaustive list, and changes to FreeBSD in the future - may necessitate moving files from the <emphasis/Copy/ column to the - <emphasis/Merge/ column. But you get the idea.</para> - - <para>Those filenames shown in <emphasis/emphasised type/ are vital to - the correct running of the system. Be extra sure that they are present - and correct before you reboot.</para> - - <note> - <title><filename>/etc/rc.conf</filename> and - <filename>/etc/rc.network</filename></title> - - <para>Starting with FreeBSD 2.2.2-RELEASE, - <filename/sysconfig/ has been renamed to <filename/rc.conf/, and - <filename/netstart/ has been renamed to <filename/rc.network/.</para> - </note> - </chapter> - - <chapter> - <title>Update <filename>/dev</filename></title> - - <para>For safety's sake, this is a multistep process. You should already - have copied in the <filename/MAKEDEV/ script to - <filename>/dev</filename>. Do the following, - - <informalexample> -<screen><prompt/#/ <userinput>ls -la /dev > /var/tmp/dev1.out</userinput> -<prompt/#/ <userinput>ls -la /var/tmp/root/dev > /var/tmp/dev2.out</userinput> -</screen></informalexample></para> - - <para>This gives you a reference for when things go wrong… Run a - quick diff over these two files to see if anything's missing. If you use - slices in your disk partitioning (which may not be necessary on a - <quote>dangerously dedicated</quote> disk) then these slices have almost - certainly not been made.</para> - - <para>Note down the devices that exist in <filename/dev1.out/ and not - <filename/dev2.out/, and the necessary commands to remake them.</para> - - <para>Now do, - - <informalexample> -<screen><prompt/#/ <userinput>cd /dev</userinput> -<prompt/#/ <userinput>sh MAKEDEV all</userinput> -</screen> - </informalexample> - - This will generate all the standard devices. You must now do whatever's - necessary to recreate devices that you noticed as missing in the previous - step. For my setup, that involved doing - - <informalexample> -<screen><prompt/#/ <userinput>sh MAKEDEV sd0s1a</userinput> -<prompt/#/ <userinput>sh MAKEDEV sd1s1a</userinput> -</screen> - </informalexample> - - to create the slice entries on my two disks. Your circumstances may - vary. If at all in doubt, make sure you have a handy boot and fixit - floppy, and a very recent backup of your system.</para> - </chapter> - - <chapter> - <title/Set the timezone/ - - <para>If you didn't copy over the <filename/localtime/ file from your old - <filename>/etc</filename> (which is probably a good idea, you may as well - generate it fresh), run <command/tzsetup/ (in - <filename>/usr/sbin</filename>) to set your timezone.</para> - </chapter> - - <chapter> - <title/Compiling a new kernel/ - - <para>To take full advantage of your new system you should recompile the - kernel. This is practically a necessity, as certain memory structures may - have changed, and programs like <command/ps/ and <command/top/ will fail - to work until the kernel and source code versions are the same.</para> - - <para>Follow the handbook instructions for compiling a new kernel. If you - have previously built a custom kernel then carefully examine the - <filename/LINT/ config file to see if there are any new options which you - should take advantage of.</para> - - <para>A previous version of this document suggested rebooting before - rebuilding the kernel. This is wrong because: </para> - - <itemizedlist> - <listitem><para>Commands like <command/ps/, <command/ifconfig/ and - <command/sysctl/ may fail. This could leave your machine unable to - connect to the network.</para></listitem> - - <listitem><para>Basic utilities like <command/mount/ could fail, - making it impossible to mount <filename>/</filename>, - <filename>/usr</filename> and so on. This is unlikely if you're - tracking a -stable candidate, but more likely if you're tracking - -current during a large merge.</para></listitem> - </itemizedlist> - - <para>For these reasons, it is always best to rebuild and install a - new kernel before rebooting.</para> - </chapter> - - <chapter> - <title/Rebooting/ - - <para>You're now done. After you've verified that everything appears to be - in the right place (pay particular attention to the <emphasis/emphasised/ - files listed earlier), you can reboot the system. A simple - <command/fastboot/ should do it.</para> - </chapter> - - <chapter> - <title>That's it</title> - - <para>You should now have successfully upgraded your FreeBSD system. - Congratulations. It's likely that over the next few days you'll notice - little oddities that don't work as expected, or small upgrades you've - forgotten to do. Something I missed for several days was that - <filename>/etc/magic</filename> was missing. It was only when I went to - run <command/file/ that I realised. A quick <command/make install/ in - <filename>/usr/src/usr.bin/file</filename> sorted that one out.</para> - </chapter> - - <chapter> - <title/Questions?/ - - <sect1> - <title/Do I need to re-make the world for every change?/ - - <para>There's no easy answer to this one, as it depends on the nature of - the change. For example, I've just run CVSup, and it's shown the - following files as being updated since I last ran it;</para> - - <informalexample> -<screen><filename>src/games/cribbage/instr.c</filename> -<filename>src/games/sail/pl_main.c</filename> -<filename>src/release/sysinstall/config.c</filename> -<filename>src/release/sysinstall/media.c</filename> -<filename>src/share/mk/bsd.port.mk</filename></screen> - </informalexample> - - <para>There's nothing in there that I'd re-make the world for. I'd go to - the appropriate sub-directories and <command/make all install/, and - that's about it. But if something major changed, like, say, - <filename>src/lib/libc/stdlib</filename> then I'd probably either - re-make the world, or at least those parts of it that are statically - linked (as well as anything else I might have added that's statically - linked).</para> - - <para>At the end of the day, it's your call. You might be happy - re-making the world every fortnight say, and let changes accumulate - over that fortnight. Or you might want to re-make just those things - that have changed, and are confident you can spot all the - dependencies.</para> - - <para>And, of course, this all depends on how often you want to upgrade, - and whether you are tracking -stable, a release candidate (2.2 at the - time of writing), or -current.</para> - - <para>In any case, it's always worthwhile to subscribe to the relevant - mailing lists, depending on which version of FreeBSD you are staying up - to date with. Not only will this give you a <quote/heads up/ of - forthcoming changes, but it also means you'll see problems other people - might be having making the world, and lets you learn from their - problems.</para> - </sect1> - - <sect1> - <title>My compile failed with lots of signal 12 (or other signal number) - errors</title> - - <para>This is normally indicative of hardware problems. (Re)making the - world is an effective way to stress test your hardware, and will - frequently throw up memory problems. These normally manifest themselves - as the compiler mysteriously dieing on receipt of strange - signals.</para> - - <para>A sure indicator of this is if you can restart the make and it - dies at a different point in the process.</para> - - <para>In this instance there is little you can do except start swapping - around the components in your machine to determine which one is - failing.</para> - </sect1> - - <sect1> - <title>Can I remove <filename>/usr/obj</filename> when I've - finished?</title> - - <para>That depends on how you want to make the world on future - occasions.</para> - - <para><filename>/usr/obj</filename> contains all the object files - that were produced during the compilation phase. Normally, one of the - first steps in the <quote/make world/ process is to remove this - directory and start afresh. In this case, keeping - <filename>/usr/obj</filename> around after you've finished makes - little sense, and will free up a large chunk of disk space (currently - about 150MB).</para> - - <para>However, if you know what you're doing you can have <quote/make - world/ skip this step. This will make subsequent builds run much - faster, since most of sources will not need to be recompiled. The flip - side of this is that subtle dependency problems can creep in, causing - your build to fail in odd ways. This frequently generates noise on the - FreeBSD mailing lists, when one person complains that their build has - failed, not realising that it's because they've tried to cut - corners.</para> - - <para>If you want to live dangerously then make the world, passing the - <quote/NOCLEAN/ definition to make, like this; - - <informalexample> - <screen><prompt/#/ <userinput>make -DNOCLEAN world</userinput></screen> - </informalexample> - </para> - </sect1> - - <sect1> - <title>My compile failed with a particular error, which I've now - fixed. Do I need to remake the world (and lose the result of the - previous build) or can I continue from where I left off?</title> - - <para>This depends on how far through the process you got before you - found a problem.</para> - - <para><emphasis>In general</emphasis> (and this is not a hard and fast - rule) the <quote>make world</quote> process builds new copies - essential tools (such as <command>gcc</command>, and - <command>make</command>) and the system libraries. These tools and - libraries are then installed. The new tools and libraries are then - used to rebuild themselves, and are installed again. The entire system - (now including regular user programs, such as <command>ls</command> or - <command>grep</command>) is then rebuilt with the new system - files.</para> - - <para>If you're at the last state, and you know it (because you've - looked through the output that you were storing) then you can (fairly - safely) do - - <informalexample> - <screen><emphasis>… fix the problem …</emphasis> -<prompt/#/ <userinput>cd /usr/src</userinput> -<prompt/#/ <userinput/make -DNOCLEAN all/ - </screen> - </informalexample> - - which will not undo the work of the previous <quote>make - world</quote>.</para> - - <para>If you see the message - -<screen> --------------------------------------------------------------- - Building everything.. --------------------------------------------------------------- -</screen> - - in the <quote>make world</quote> output then it's probably fairly safe - to do so.</para> - - <para>If you don't see that message, or you're not sure, then it's always - better to be safe than sorry, and restart the build from - scratch.</para> - </sect1> - - <sect1> - <title/Can I use one machine as a <emphasis/master/ to upgrade lots of - machines?/ - - <para>People often ask on the FreeBSD mailing lists whether they can do - all the compiling on one machine, and then use the results of that - compile to <command/make install/ on to other machines around the - network.</para> - - <para>This is not something I've done. However, in a message to - questions@freebsd.org, Antonio Bemfica suggested the following - approach:</para> - -<screen> -Date: Thu, 20 Feb 1997 14:05:01 -0400 (AST) -From: Antonio Bemfica <bemfica@militzer.me.tuns.ca> -To: freebsd-questions@freebsd.org -Message-ID: <Pine.BSI.3.94.970220135725.245C-100000@militzer.me.tuns.ca> - -Josef Karthauser asked: - -> Has anybody got a good method for upgrading machines on a network - -First make world, etc. on your main machine -Second, mount / and /usr from the remote machine: - -main_machine% mount remote_machine:/ /mnt -main_machine% mount remote_machine:/usr /mnt/usr - -Third, do a 'make install' with /mnt as the destination: - -main_machine% make install DESTDIR=/mnt - -Repeat for every other remote machine on your network. It works fine -for me. - -Antonio -</screen> - - <para>Which sounds interesting. Note that, of course, you will not - upgrade the target machines <filename>/etc</filename> directory (and - others as outlined above) by doing this.</para> - - <note> - <title>2.2.2-RELEASE and up</title> - - <para>My FreeBSD 2.2.2-RELEASE system shows a <quote>reinstall</quote> - target in <filename>/usr/src/Makefile</filename>. The comment for - this includes:</para> - - <programlisting> -# reinstall -# -# If you have a build server, you can NFS mount the source and obj directories -# and do a 'make reinstall' on the *client* to install new binaries from the -# most recent server build. - </programlisting> - - <para>I have no idea how well this works, or whether it is present in - earlier versions of FreeBSD. I mention it here for - completeness.</para> - </note> - </sect1> - </chapter> - - <chapter> - <title>Contributors</title> - - <para>The following people have contributed to this document in some form - or another. Either by directly suggesting alterations and improvements, - or by their messages to the FreeBSD mailing lists, from which I have - shamelessly cribbed information. My thanks to them.</para> - - <itemizedlist> - <listitem> - <para>Kees Jan Koster, <<ulink url="mailto:kjk1@ukc.ac.uk">kjk1@ukc.ac.uk</ulink>></para> - </listitem> - - <listitem> - <para>A Joseph Kosy, <<ulink url="mailto:koshy@india.hp.com">koshy@india.hp.com</ulink>></para> - </listitem> - - <listitem> - <para>Greg Lehey, <<ulink url="mailto:grog@lemis.com">grog@lemis.com</ulink>></para> - </listitem> - - <listitem> - <para>Wes Peters, <<ulink - url="mailto:softweyr@xmission.com">softweyr@xmission.com</ulink>></para> - </listitem> - - <listitem> - <para>Joseph Stein, <<ulink url="mailto:joes@joes.users.spiritone.com">joes@joes.users.spiritone.com</ulink>></para> - </listitem> - </itemizedlist> - </chapter> -</book> diff --git a/en_US.ISO8859-1/articles/fonts/Makefile b/en_US.ISO8859-1/articles/fonts/Makefile deleted file mode 100644 index 260184f87c..0000000000 --- a/en_US.ISO8859-1/articles/fonts/Makefile +++ /dev/null @@ -1,6 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:13 max Exp $ - -DOCS= fonts.docb -INDEXLINK= fonts.html - -.include "../../web.mk" diff --git a/en_US.ISO8859-1/articles/fonts/article.sgml b/en_US.ISO8859-1/articles/fonts/article.sgml deleted file mode 100644 index 4d46efb511..0000000000 --- a/en_US.ISO8859-1/articles/fonts/article.sgml +++ /dev/null @@ -1,723 +0,0 @@ -<!-- $Id: article.sgml,v 1.1 1997-02-15 18:02:20 jfieber Exp $ --> -<!-- The FreeBSD Documentation Project --> -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> - -<!-- Recently, I wanted to figure out how to use some additional fonts that - I had accumulated. I finally figured out *how to do it* from the various - man pages and documentation. Since it might be of use to other users, - and I didn't see any reference to this topic in the FAQ or handbook, I - thought I'd try my hand at a simple cookbook tutorial addressing the - use of fonts. I have included my unanswered questions at the end of - the document. - - Anyway, here's what I put together. This is my present understanding of - fonts and how to use them with FreeBSD. I am sure that there are errors or - misunderstandings, but it contains enough valid information to allow the - use of additional fonts with Ghostscript, X11 and Groff. This is my first - attempt to write anything along the lines of a tutorial/FAQ, so I am sure - it is pretty raw. There are probably better ways to do some of this stuff, - and I would welcome being corrected. - --> - -<book> - -<bookinfo> -<bookbiblio> -<title>Fonts and FreeBSD</title> -<subtitle>A Tutorial</subtitle> - -<authorgroup> -<author> -<firstname>Dave</firstname> -<surname>Bodenstab</surname> -<affiliation> -<address><email>imdave@synet.net</email></address> -</affiliation> -</author> -</authorgroup> - -<pubdate>Wed Aug 7, 1996</pubdate> - -<abstract><para>This document contains a description of the various -font files that may be used with FreeBSD and the syscons driver, X11, -Ghostscript and Groff. Cookbook examples are provided for switching -the syscons display to 80x60 mode, and for using type 1 fonts with -the above application programs.</para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter> -<title>Introduction</title> - -<para>There are many sources of fonts available, and one might ask -how they might be used with FreeBSD. The answer can be found by -carefully searching the documentation for the component that one -would like to use. This is very time consuming, so this tutorial is -an attempt to provide a shortcut for others who might be -interested.</para> - -</chapter> - -<chapter> -<title>Basic terminology</title> - -<para>There are many different font formats and associated font file -suffixes. A few that will be addressed here are: -<variablelist> - -<varlistentry><term><filename>.pfa</>, <filename>.pfb</></term> - -<listitem><para>Postscript type 1 fonts. The <filename>.pfa</filename> is the -<emphasis>A</emphasis>scii form and <filename>.pfb</filename> the -<emphasis>B</emphasis>inary form.</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.afm</></term> - -<listitem><para>The font metrics associated with a type 1 -font.</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.pfm</></term> - -<listitem><para>The printer font metrics associated with a type 1 -font.</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.ttf</></term> - -<listitem><para>A TrueType font</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.fot</></term> - -<listitem><para>An indirect reference to a TrueType font (not an -actual font)</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.fon</>, <filename>.fnt</></term> - -<listitem><para>Bitmapped screen fonts</para></listitem> - -</varlistentry> -</variablelist></para> - -<para>The <filename>.fot</filename> file is used by Windows as sort -of a symbolic link to the actual TrueType font -(<filename>.ttf</filename>) file. The <filename>.fon</filename> font -files are also used by Windows. I know of no way to use this font -format with FreeBSD.</para> - -</chapter> - -<chapter> -<title>What font formats can I use?</title> - -<para>Which font file format is useful depends on the application -being used. FreeBSD by itself uses no fonts. Application programs -and/or drivers may make use of the font files. Here is a small cross -reference of application/driver to the font type suffixes:</para> - -<para> -<variablelist> -<varlistentry><term>Driver</term> -<listitem> -<para> -<variablelist> -<varlistentry><term>syscons</term> -<listitem> -<para><filename>.fnt</></para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Application</term> - -<listitem> -<para> -<variablelist> -<varlistentry><term>Ghostscript</term> -<listitem> -<para><filename>.pfa</filename>, <filename>.pfb</filename>, <filename>.ttf</filename></para> - -</listitem> -</varlistentry> - -<varlistentry><term>X11</term> - -<listitem> -<para><filename>.pfa</filename>, <filename>.pfb</filename></para> - -</listitem> -</varlistentry> - -<varlistentry><term>Groff</term> - -<listitem> -<para><filename>.pfa</filename>, <filename>.afm</filename></para> - -</listitem> -</varlistentry> - -<varlistentry><term>Povray</term> - -<listitem> -<para><filename>.ttf</filename></para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -<para>The <filename>.fnt</filename> suffix is used quite frequently. -I suspect that whenever someone wanted to create a specialized font -file for their application, more often than not they chose this -suffix. Therefore, it is likely that files with this suffix are not -all the same format; specifically, the <filename>.fnt</filename> -files used by syscons under FreeBSD may not be the same format as a -<filename>.fnt</filename> file one encounters in the MSDOS/Windows -environment. I have not made any attempt at using other -<filename>.fnt</filename> files other than those provided with -FreeBSD.</para> - -</chapter> - -<chapter> -<title>Setting a virtual console to 80x60 line mode</title> - -<para>First, a 8x8 font must be loaded. -<filename>/etc/sysconfig</filename> should contain the lines: -<informalexample> -<programlisting># Choose font 8x8 from /usr/share/syscons/fonts/* (or NO for default) -font8x8=/usr/share/syscons/fonts/cp437-8x8.fnt</programlisting> -</informalexample> -</para> - -<para>The command to actually switch the mode is -<citerefentry><refentrytitle>vidcontrol</><manvolnum>1</></>: -<informalexample> -<screen>bash$ <userinput>vidcontrol VGA_80x60</userinput></screen> -</informalexample> -</para> - -<para>Various screen orientated programs, such as -<citerefentry><refentrytitle>vi</><manvolnum>1</></>, must be able to -determine the current screen dimensions. These can be set with -<citerefentry><refentrytitle>stty</><manvolnum>1</></>: -<informalexample> -<screen>bash$ <userinput>stty crt rows 60 columns 80</userinput></screen> -</informalexample> -</para> - -<para>To make this more seamless, one can embed these commands in the -startup scripts so it takes place when the system boots. One way to -do this is: -<orderedlist> - -<listitem> -<para>Modify <filename>/etc/sysconfig</filename> as above</para> -</listitem> - -<listitem> -<para>Add to <filename>/etc/rc.local</filename>: -<informalexample> -<programlisting>for tty in /dev/ttyv? -do - vidcontrol VGA_80x60 <$tty >/dev/null 2>&1 -done</programlisting> -</informalexample></para> -</listitem> - -<listitem> -<para>Add to <filename>/etc/profile</filename>: -<informalexample> -<programlisting>TTYNAME=`basename \`tty\`` -if expr "$TTYNAME" : 'ttyv' >/dev/null -then - stty crt rows 60 columns 80 -fi</programlisting> -</informalexample> -</para> -</listitem> - -</orderedlist> -</para> - -<para>References: -<citerefentry><refentrytitle>stty</><manvolnum>1</></>, -<citerefentry><refentrytitle>vidcontrol</><manvolnum>1</></>.</para> - -</chapter> - -<chapter> -<title>Using type 1 fonts with X11</title> - -<para>X11 can use either the <filename>.pfa</filename> or the -<filename>.pfb</filename> format fonts. The X11 fonts are located in -various subdirectories under -<filename>/usr/X11R6/lib/X11/fonts</filename>. Each font file is -cross referenced to its X11 name by the contents of the -<filename>fonts.dir</filename> file in each directory.</para> - -<para>There is already a directory named <filename>Type1</>. The most -straight forward way to add a new font is to put it into this -directory. A better way is to keep all new fonts in a separate -directory and use a symbolic link to the additional font. This -allows one to more easily keep track of ones fonts without confusing -them with the fonts that were originally provided. For -example: -<informalexample> -<screen><lineannotation>Create a directory to contain the font files</> -bash$ <userinput>mkdir -p /usr/local/share/fonts/type1</> -bash$ <userinput>cd /usr/local/share/fonts/type1</> - -<lineannotation>Place the .pfa, .pfb and .afm files here</> -<lineannotation>One might want to keep readme files, and other documentation</> -<lineannotation>for the fonts here also</> -bash$ <userinput>cp /cdrom/fonts/atm/showboat/showboat.pfb .</> -bash$ <userinput>cp /cdrom/fonts/atm/showboat/showboat.afm .</> - -<lineannotation>Maintain an index to cross reference the fonts</> -bash$ <userinput>echo showboat - InfoMagic CICA, Dec 1994, /fonts/atm/showboat >>INDEX</></screen> -</informalexample> -</para> - -<para>Now, to use a new font with X11, one must make the font file -available and update the font name files. The X11 font names look -like: -<informalexample> -<screen>-bitstream-charter-medium-r-normal-xxx-0-0-0-0-p-0-iso8859-1 - | | | | | | | | | | | | \ \ - | | | | | \ \ \ \ \ \ \ +----+- character set - | | | | \ \ \ \ \ \ \ +- average width - | | | | \ \ \ \ \ \ +- spacing - | | | \ \ \ \ \ \ +- vertical res. - | | | \ \ \ \ \ +- horizontal res. - | | | \ \ \ \ +- points - | | | \ \ \ +- pixels - | | | \ \ \ - foundry family weight slant width additional style</screen> -</informalexample> -</para> - -<para>A new name needs to be created for each new font. If you have -some information from the documentation that accompanied the font, -then it could serve as the basis for creating the name. If there is -no information, then you can get some idea by using -<citerefentry><refentrytitle>strings</><manvolnum>1</></> on the font -file. For example: -<informalexample> -<screen>bash$ <userinput>strings showboat.pfb | more</> -%!FontType1-1.0: Showboat 001.001 -%%CreationDate: 1/15/91 5:16:03 PM -%%VMusage: 1024 45747 -% Generated by Fontographer 3.1 -% Showboat - 1991 by David Rakowski. Alle Rechte Vorbehalten. -FontDirectory/Showboat known{/Showboat findfont dup/UniqueID known{dup -/UniqueID get 4962377 eq exch/FontType get 1 eq and}{pop false}ifelse -{save true}{false}ifelse}{false}ifelse -12 dict begin -/FontInfo 9 dict dup begin - /version (001.001) readonly def - /FullName (Showboat) readonly def - /FamilyName (Showboat) readonly def - /Weight (Medium) readonly def - /ItalicAngle 0 def - /isFixedPitch false def - /UnderlinePosition -106 def - /UnderlineThickness 16 def - /Notice (Showboat - 1991 by David Rakowski. Alle Rechte Vorbehalten.) readonly def -end readonly def -/FontName /Showboat def ---stdin--</screen> -</informalexample></para> - -<para>Using this information, a possible name might be: -<informalexample> -<screen>-type1-Showboat-medium-r-normal-decorative-0-0-0-0-p-0-iso8859-1</screen> -</informalexample> -</para> - -<para>The components of our name are: -<variablelist> - -<varlistentry><term>Foundry</term> -<listitem> -<para>Lets just name all the new fonts <literal>type1</>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Family</term> -<listitem> -<para>The name of the font.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Weight</term> -<listitem> -<para>Normal, bold, medium, semibold, etc. From the -<citerefentry><refentrytitle>strings</><manvolnum>1</></> output -above, it appears that this font has a weight of -<emphasis>medium</emphasis>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Slant</term> -<listitem> -<para><emphasis remap=bf>r</emphasis>oman, <emphasis -remap=bf>i</emphasis>talic, <emphasis remap=bf>o</emphasis>blique, -etc. Since the <emphasis>ItalicAngle</emphasis> is zero, -<emphasis>roman</emphasis> will be used.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Width</term> -<listitem> -<para>Normal, wide, condensed, extended, etc. Until it can be examined, -the assumption will be <emphasis>normal</emphasis>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Additional style</term> -<listitem> -<para>Usually omitted, but this will indicate that -the font contains decorative capital letters.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Spacing</term> -<listitem> -<para>proportional or monospaced. <emphasis>Proportional</emphasis> -is used since <emphasis>isFixedPitch</emphasis> is false.</para> -</listitem> -</varlistentry> - -</variablelist> -</para> - -<para>All of these names are arbitrary, but one should strive to be -compatible with the existing conventions. A font is referenced by -name with possible wild cards by an X11 program, so the name chosen -should make some sense. One might begin by simply using -<informalexample> -<screen>…-normal-r-normal-…-p-…</screen> -</informalexample> -as the name, and then use -<citerefentry><refentrytitle>xfontsel</><manvolnum>1</></> to examine it -and adjust the name based on the appearance of the font.</para> - -<para>So, to complete our example: -<informalexample> -<screen><lineannotation>Make the font accessible to X11</> -bash$ <userinput>cd /usr/X11R6/lib/X11/fonts/Type1</> -bash$ <userinput>ln -s /usr/local/share/fonts/type1/showboat.pfb .</> - -<lineannotation>Edit fonts.dir and fonts.scale, adding the line describing the font -and incrementing the number of fonts which is found on the first line.</> -bash$ <userinput>ex fonts.dir -:1p -25 -:1c -26 -. -:$a -showboat.pfb -type1-showboat-medium-r-normal-decorative-0-0-0-0-p-0-iso8859-1 -. -:wq</> - -<lineannotation><filename>fonts.scale</> seems to be identical to <filename>fonts.dir</>…</> -bash$ <userinput>cp fonts.dir fonts.scale</> - -<lineannotation>Tell X11 that things have changed</> -bash$ <userinput>xset fp rehash</> - -<lineannotation>Examine the new font</> -bash$ <userinput>xfontsel -pattern -type1-*</></screen> -</informalexample> -</para> - -<para>References: -<citerefentry><refentrytitle>xfontsel</><manvolnum>1</></>, -<citerefentry><refentrytitle>xset</><manvolnum>1</></>, -<citetitle>The X Windows System in a Nutshell</>, <ulink -URL="http://www.ora.com/">O'Reilly & Associates</ulink>.</para> - -</chapter> - -<chapter> -<title>Using type 1 fonts with Ghostscript</title> - -<para>Ghostscript references a font via its <filename>Fontmap</> -file. This must be modified in a similar way to the X11 -<filename>fonts.dir</filename> file. Ghostscript can use either the -<filename>.pfa</filename> or the <filename>.pfb</filename> format -fonts. Using the font from the previous example, here is how to use -it with Ghostscript: -<informalexample> -<screen><lineannotation>Put the font in Ghostscript's font directory</> -bash$ <userinput>cd /usr/local/share/ghostscript/fonts</> -bash$ <userinput>ln -s /usr/local/share/fonts/type1/showboat.pfb .</> - -<lineannotation>Edit Fontmap so Ghostscript knows about the font</> -bash$ <userinput>cd /usr/local/share/ghostscript/4.01</> -bash$ <userinput>ex Fontmap -:$a -/Showboat (showboat.pfb) ; % From CICA /fonts/atm/showboat -. -:wq</> - -<lineannotation>Use Ghostscript to examine the font</> -bash$ <userinput>gs prfont.ps</> -Aladdin Ghostscript 4.01 (1996-7-10) -Copyright (C) 1996 Aladdin Enterprises, Menlo Park, CA. All rights -reserved. -This software comes with NO WARRANTY: see the file PUBLIC for details. -Loading Times-Roman font from /usr/local/share/ghostscript/fonts/tir_____.pfb... - /1899520 581354 1300084 13826 0 done. -GS><userinput>Showboat DoFont</> -Loading Showboat font from /usr/local/share/ghostscript/fonts/showboat.pfb... - 1939688 565415 1300084 16901 0 done. ->>showpage, press <return> to continue<< ->>showpage, press <return> to continue<< ->>showpage, press <return> to continue<< -GS><userinput>quit</></screen> -</informalexample> -</para> - -<para>References: <filename>fonts.txt</filename> in the Ghostscript -4.01 distribution</para> - -</chapter> - -<chapter> -<title>Using type 1 fonts with Groff</title> - -<para>Now that the new font can be used by both X11 and Ghostscript, -how can one use the new font with groff? First of all, since we are -dealing with type 1 postscript fonts, the groff device that is -applicable is the <emphasis>ps</emphasis> device. A font file must be -created for each font that groff can use. A groff font name is just -a file in <filename>/usr/share/groff_font/devps</filename>. With our -example, the font file could be -<filename>/usr/share/groff_font/devps/SHOWBOAT</filename>. The file -must be created using tools provided by groff.</para> - -<para>The first tool is <command>afmtodit</>. This is not normally -installed, so it must be retrieved from the source distribution. I -found I had to change the first line of the file, so I did: -<informalexample> -<screen>bash$ <userinput>cp /usr/src/gnu/usr.bin/groff/afmtodit/afmtodit.pl /tmp</> -bash$ <userinput>ex /tmp/afmtodit.pl -:1c -#!/usr/bin/perl -P- -. -:wq</></screen> -</informalexample> -</para> - -<para>This tool will create the groff font file from the metrics file -(<filename>.afm</filename> suffix.) Continuing with our -example: -<informalexample> -<screen><lineannotation>Many <filename>.afm</> files are in Mac format&hellip ^M delimited lines -We need to convert them to unix style ^J delimited lines</> -bash$ <userinput>cd /tmp</> -bash$ <userinput>cat /usr/local/share/fonts/type1/showboat.afm | - tr '\015' '\012' >showboat.afm</> - -<lineannotation>Now create the groff font file</> -bash$ <userinput>cd /usr/share/groff_font/devps</> -bash$ <userinput>/tmp/afmtodit.pl -d DESC -e text.enc /tmp/showboat.afm generate/textmap SHOWBOAT</></screen> -</informalexample> -</para> - -<para>The font can now be referenced with the name SHOWBOAT.</para> - -<para>If ghostscript is used to drive the printers on the system, -then nothing more needs to be done. However, if true postscript -printers are used, then the font must be down loaded to the printer -in order for the font to be used (unless the printer happens to have -the showboat font built in or on an accessible font disk.) The final -step is to create a down loadable font. The <command>pfbtops</> tool -is used to create the <filename>.pfa</filename> format of the font, -and the <filename>download</> file is modified to reference the new -font. The <filename>download</> file must reference the internal -name of the font. This can easily be determined from the groff font -file as illustrated: -<informalexample> -<screen><lineannotation>Create the <filename>.pfa</> font file</> -bash$ <userinput>pfbtops /usr/local/share/fonts/type1/showboat.pfb >showboat.pfa</></screen> -</informalexample> -Of course, if the <filename>.pfa</filename> file is already -available, just use a symbolic link to reference it. -<informalexample> -<screen><lineannotation>Get the internal font name</> -bash$ <userinput>fgrep internalname SHOWBOAT</> -internalname Showboat - -<lineannotation>Tell groff that the font must be down loaded</> -bash$ <userinput>ex download -:$a -Showboat showboat.pfa -. -:wq</></screen> -</informalexample> -</para> - -<para>To test the font: -<informalexample> -<screen>bash$ <userinput>cd /tmp</> -bash$ <userinput>cat >example.t <<EOF -.sp 5 -.ps 16 -This is an example of the Showboat font: -.br -.ps 48 -.vs (\n(.s+2)p -.sp -.ft SHOWBOAT -ABCDEFGHI -.br -JKLMNOPQR -.br -STUVWXYZ -.sp -.ps 16 -.vs (\n(.s+2)p -.fp 5 SHOWBOAT -.ft R -To use it for the first letter of a paragraph, it will look like: -.sp 50p -\s(48\f5H\s0\fRere is the first sentence of a paragraph that uses the -showboat font as its first letter. -Additional vertical space must be used to allow room for the larger -letter. -EOF</> -bash$ <userinput>groff -Tps example.t >example.ps</> - -<lineannotation>To use ghostscript/ghostview</> -bash$ <userinput>ghostview example.ps</> - -<lineannotation>To print it</> -bash$ <userinput>lpr -Ppostscript example.ps</></screen> -</informalexample> -</para> - -<para>References: -<filename>/usr/src/gnu/usr.bin/groff/afmtodit/afmtodit.man</filename>, -<citerefentry><refentrytitle>groff_font</><manvolnum>5</></>, -<citerefentry><refentrytitle>groff_char</><manvolnum>5</></>, -<citerefentry><refentrytitle>pfbtops</><manvolnum>1</></>.</para> - -</chapter> - -<chapter> -<title>Can TrueType fonts be used?</title> - -<para>The TrueType font format is used by Windows, Windows 95, -Mac's,&hellip It is quite popular and there are a great number of -fonts available in this format. Unfortunately, there are only two -applications that I am aware of that can use this format: Ghostscript -and povray. Ghostscript's support, according to the documentation, -is rudimentary and the results are likely to be inferior to type 1 -fonts.</para> - -<para>However, groff would need a font description file, and I know -of no tools to construct the metrics from a TrueType font. In -addition, the font would have to be down loaded to postscript -printers in the appropriate format, and again, groff cannot handle -TrueType fonts in this fashion.</para> - -<para>X11 has no support for TrueType fonts that I am aware -of.</para> - -<para>The only program that I know of that has the ability to use -TrueType fonts is povray version 3, but I rather doubt many people -will be creating documents as a series of raytraced pages! -:-)</para> - -</chapter> - -<chapter> -<title>Where can additional fonts be obtained?</title> - -<para>Many fonts are available on the Internet. They are either -entirely free, or are share-ware. In addition, there are many -inexpensive CDROMs available that contain many fonts. Some Internet -locations (as of August 1996) are: -<itemizedlist> - -<listitem><para><ulink -url="ftp://ftp.winsite.com">ftp://ftp.winsite.com</ulink> (Formerly -CICA)</para></listitem> - -<listitem><para><ulink -url="http://www.simtel.net/simcgi-bin/dosfind.cgi">http://www.simtel.net/simcgi-bin/dosfind.cgi</ulink></para></listitem> - -<listitem><para><ulink -url="ftp://ftp.coast.net/">ftp://ftp.coast.net/</ulink></para></listitem> - -<listitem><para><ulink -url="http://af-pc-plloyd.ecel.uwa.edu.au/fonts/index.html">http://af-pc-plloyd.ecel.uwa.edu.au/fonts/index.html</ulink></para></listitem> - -<listitem><para><ulink -url="http://www.esselte.com/letraset/index.html">http://www.esselte.com/letraset/index.html</ulink></para></listitem> - -<listitem><para><ulink -url="http://www.inil.com/users/elfring/esf.htm">http://www.inil.com/users/elfring/esf.htm</ulink></para></listitem> - -</itemizedlist></para> - -</chapter> - -<chapter> -<title>Additional questions</title> - -<para> -<itemizedlist> - -<listitem> -<para>What use are the <filename>.pfm</filename> files?</para> -</listitem> - -<listitem> -<para>Can one generate the <filename>.afm</filename> file from a <filename>.pfa</filename> or <filename>.pfb</filename>?</para> -</listitem> - -<listitem> -<para>How to generate the groff character mapping files for postscript fonts -with non-standard character names?</para> -</listitem> - -<listitem> -<para>Can xditview and devX?? devices be setup to access all the new fonts?</para> -</listitem> - -<listitem> -<para>It would be good to have examples of using TrueType fonts with povray and -ghostscript.</para> -</listitem> - -</itemizedlist> -</para> - -</chapter> -</book> diff --git a/en_US.ISO8859-1/articles/formatting-media/Makefile b/en_US.ISO8859-1/articles/formatting-media/Makefile deleted file mode 100644 index 158bc4d801..0000000000 --- a/en_US.ISO8859-1/articles/formatting-media/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.1 1997-09-13 04:24:23 jfieber Exp $ - -DOCS= diskformat.docb -INDEXLINK= diskformat.html - -.include "../../web.mk" - diff --git a/en_US.ISO8859-1/articles/formatting-media/article.sgml b/en_US.ISO8859-1/articles/formatting-media/article.sgml deleted file mode 100644 index 96f12cc1a4..0000000000 --- a/en_US.ISO8859-1/articles/formatting-media/article.sgml +++ /dev/null @@ -1,418 +0,0 @@ -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<!-- $Id: article.sgml,v 1.3 1997-09-20 05:34:02 jfieber Exp $ --> -<book> - -<bookinfo> -<bookbiblio> -<title>Formatting Media For Use With FreeBSD 2.2-RELEASE</title> -<subtitle>A Tutorial</subtitle> - -<authorgroup> -<author> -<firstname>Doug</firstname> -<surname>White</surname> -<affiliation> -<address><email>dwhite@resnet.uoregon.edu</email></address> -</affiliation> -</author> -</authorgroup> - -<pubdate>March 1997</pubdate> -<abstract><para>This document describes how to slice, partition, and -format hard disk drives and similar media for use with FreeBSD. The -examples given have been tested under FreeBSD 2.2-GAMMA and may work -for other releases. </para> -</abstract> -</bookbiblio> -</bookinfo> - -<chapter> -<title>Introduction & Definitions</title> - -<sect1> -<title>Overview</title> -<para>Successfully adding disks to an existing system is the mark of an -experienced system administrator. Slicing, partitioning, and adding -disks requires a careful dance of proper command and name syntax. One -slipped finger and an entire disk could disappear in seconds. This -document is written in an attempt to simplify this process and avoid -accidents. Thankfully, enhancements to existing tools (notably -sysinstall) have greatly improved this process in recent releases of -FreeBSD. </para> - -<para>There are two possible modes of disk formatting: -<itemizedlist> - -<listitem><para><firstterm>compatibility mode</firstterm>: Arranging a -disk so that it has a slice table for use with other operating -systems.</para> </listitem> - -<listitem><para><firstterm>dangerously dedicated mode</firstterm>: -Formatting a disk with no slice table. This makes the process of -adding disks easier, however non-FreeBSD operating systems may not -accept the disk. </para> </listitem> -</itemizedlist> -</para> - -<para>For most cases, dedicated mode is the easiest to set up and use -in existing systems, as a new disk is usually dedicated entirely to -FreeBSD. However, compatibility mode insures optimum interoperability -with future installations at a cost of increased complexity.</para> - -<para>In addition to selecting the mode, two methods of slicing the -disk are available. One is using the system installation tool -<command>/stand/sysinstall</command>. 2.1.7-RELEASE and later -versions of <command>sysinstall</command> contain code to ease setup -of disks during normal system operation, mainly allowing access to the -Label and Partition editors and a Write feature which will update just -the selected disk and slice without affecting other disks. The other -method is running the tools manually from a root command line. For -dangerously dedicated mode, only three or four commands are involved -while <command>sysinstall</command> requires some manipulation.</para> -</sect1> -<sect1> -<title>Definitions</title> - -<para>UNIX disk management over the centuries has invented many new -definitions for old words. The following glossary covers the -definitions used in this document and (hopefully) for FreeBSD in -general. </para> - -<!-- I'm tempted to use GLOSSARY here but will resort to a list for -now. --> - -<itemizedlist> -<listitem><para>compatibility mode: Arranging a disk so that it has a slice -table for use with other operating systems. Oppose dangerously -dedicated mode.</para></listitem> - -<listitem><para>dangerously dedicated mode: Formatting a disk with no slice -table. This makes the process of adding disks easier, however -non-FreeBSD operating systems may not accept the disk. Oppose -compatibility mode.</para></listitem> - -<listitem><para>disk: A circular disc, covered with magnetic or similarly -manipulable material, spun by a motor under a head. Data is stored on -the disk by changing the pattern of magnetism on the disc, which can -be later read. Hard disks, CD-ROMs, Magneto-optical,and Zip/Jaz -removables are examples of disks.</para></listitem> - -<listitem><para>slice: A division of a disk. Up to four slices are permitted on one -disk in the PC standard. Slices are composed of contiguous sectors. -Slices are recorded in a <quote>slice table</quote> used by the system BIOS to -locate bootable partitions. The slice table is usually called the -Partition Table in DOS parlance. Maintained by the fdisk utility.</para></listitem> - -<listitem><para>partition: A division of a slice. Usually used in reference -to divisions of the FreeBSD slice of a disk. Each filesystem and swap -area on a disk resides in a partition. Maintained using the disklabel -utility.</para></listitem> - -<listitem><para>sector: Smallest subdivision of a disk. One sector usually -represents 512 bytes of data.</para></listitem> - -</itemizedlist> -</sect1> - -<sect1> -<title>Warnings & Pitfalls</title> - -<para>Building disks is not something to take lightly. It is quite possible -to destroy the contents of other disks in your system if the proper -precautions are not taken.</para> - -<para><emphasis>Check your work carefully.</> It is very simple to destroy -the incorrect disk when working with these commands. When -in doubt consult the kernel boot output for the proper device.</para> - -<para>Needless to say, we are not responsible for any damage to any data -or hardware that you may experience. You work at your own risk!</para> - -</sect1> - -<sect1> -<title>Zip, Jaz, and Other Removables</title> - -<para>Removable disks can be formatted in the same way as normal hard -disks. It is essential to have the disk drive connected to the system -and a disk placed in the drive during startup, so the kernel can -determine the drive's geometry. Check the <command>dmesg</command> -output and make sure your device and the disk's size is listed. If -the kernel reports -<informalexample> -<screen> -Can't get the size -</screen> -</informalexample> -then the disk was not in the drive. In this case, you will need to restart the -machine before attempting to format disks. -</para> -</sect1> - -</chapter> -<chapter> -<title>Formatting Disks in Dedicated Mode</title> - -<sect1> -<title>Introduction</title> - -<para>This section details how to make disks that are totally dedicated to -FreeBSD. Remember, dedicated mode disks cannot be booted by the PC -architecture.</para> - -</sect1> -<sect1> -<title>Making Dedicated Mode Disks using Sysinstall</title> - -<para><command>/stand/sysinstall</command>, the system installation -utility, has been expanded in recent versions to make the process of -dividing disks properly a less tiring affair. The fdisk and disklabel -editors built into sysinstall are GUI tools that remove much of the -confusion from slicing disks. For FreeBSD versions 2.1.7 and later, -this is perhaps the simplest way to slice disks.</para> - -<orderedlist> -<listitem><para>Start sysinstall as root by typing -<informalexample> -<screen><userinput>/stand/sysinstall</userinput></screen> -</informalexample> -from the command prompt.</para></listitem> - -<listitem><para>Select <command>Index</command>.</para></listitem> -<listitem><para>Select <command>Partition</command>.</para></listitem> -<listitem><para>Select the disk to edit with arrow keys and -<keycap>SPACE</keycap>.</para> -</listitem> -<listitem><para>If you are using this entire disk for FreeBSD, select -<command>A</command>.</para></listitem> -<listitem><para>When asked: -<informalexample> -<screen> -Do you want to do this with a true partition entry so as to remain -cooperative with any future possible operating systems on the -drive(s)? -</screen> -</informalexample>answer <command>No</command>.</para></listitem> -<listitem><para>When asked if you still want to do this, answer -<command>Yes</command>.</para></listitem> -<listitem><para>Select <command>Write</command>.</para></listitem> -<listitem><para>When warned about Writing on installed systems, answer -<command>Yes</command>.</para></listitem> -<listitem><para><command>Quit</command>the FDISK Editor and -<keycap>ESCAPE</keycap> back to the Index menu.</para></listitem> -<listitem><para>Select <command>Label</command> from the Index -menu.</para></listitem> -<listitem><para>Label as desired. For a single partition, enter -<command>C</command> to Create a partition, accept the -default size, partition type Filesystem, and a mountpoint (which isn't -used).</para></listitem> -<listitem><para>Enter <command>W</command> when done and confirm to -continue. The filesystem will be newfs'd for you, unless you select -otherwise (for news partitions you'll want to do this!). You'll get -the error: -<informalexample> -<screen>Error mounting /mnt/dev/wd2s1e on /mnt/blah : No such file or directory </screen> -</informalexample> -Ignore. -</para></listitem> -<listitem><para>Exit out by repeatedly pressing <keycap>ESCAPE</keycap>.</para></listitem> -</orderedlist> - -</sect1> -<sect1> -<title>Making Dedicated Mode Disks Using the Command Line</title> - - -<para>Execute the following commands, replacing wd2 with the disk -name. Lines beginning with # are comments. </para> -<informalexample> -<screen> -<userinput> - dd if=/dev/zero of=/dev/rwd2 count=2 - disklabel /dev/rwd2 | disklabel -B -R -r wd2 /dev/stdin - # We only want one partition, so using slice 'c' should be fine: - newfs /dev/rwd2c -</userinput> -</screen> -</informalexample> - -<para> If you need to edit the disklabel to create multiple -partitions (such as swap), use the following: </para> - -<informalexample> -<screen> -<userinput> - dd if=/dev/zero of=/dev/rwd2 count=2 - disklabel /dev/r$d > /tmp/label - # Edit disklabel to add partitions: - vi /tmp/label - disklabel -B -R -r wd2 /tmp/label - # newfs partitions appropriately -</userinput> -</screen> -</informalexample> - -<para>Your disk is now ready for use.</para> - -</sect1> -</chapter> - -<chapter> -<title>Making Compatibility Mode Disks</title> - -<sect1> -<title>Introduction</title> -<para>The command line is the easiest way to make dedicated disks, and -the worst way to make compatibility disks. The command-line fdisk -utility requires higher math skills and an in-depth understanding of -the slice table, which is more than most people want to deal with. -Use sysinstall for compatibility disks, as described below.</para> - -</sect1> -<sect1> - -<title>Making Compatibility Mode Disks Using Sysinstall</title> - -<orderedlist> -<listitem><para>Start sysinstall as root by typing -<informalexample> -<screen><userinput>/stand/sysinstall</></screen> -</informalexample> -from the command prompt.</para></listitem> - -<listitem><para>Select <command>Index</command>.</para> </listitem> -<listitem><para>Select <command>Partition</command>.</para></listitem> -<listitem><para>Select the disk to edit with arrow keys and -<keycap>SPACE</keycap>. -</para></listitem> -<listitem><para>If you are using this entire disk for FreeBSD, select -<command>A</command>.</para></listitem> - -<listitem><para>When asked: -<informalexample> -<screen> -Do you want to do this with a true partition entry so as to remain -cooperative with any future possible operating systems on the -drive(s)? -</screen> -</informalexample> answer <command>yes</command>.</para></listitem> -<listitem><para>Select <command>Write</command>.</para></listitem> -<listitem><para>When asked to install the boot manager, select None with -<keycap>SPACE</keycap> then hit <keycap>ENTER</keycap> for OK.</para></listitem> -<listitem><para><command>Quit</command> the FDISK Editor.</para></listitem> -<listitem><para>You'll be asked about the boot manager, select -<command>None</command> -again. </para></listitem> -<listitem><para>Select <command>Label</command> from the Index -menu.</para></listitem> -<listitem><para>Label as desired. For a single partition, accept the -default size, type filesystem, and a mountpoint (which isn't -used).</para></listitem> -<listitem><para>The filesystem will be newfs'd for you, unless you select otherwise (for news partitions you'll want to do this!). You'll get the error: -<informalexample> -<screen> -Error mounting /mnt/dev/wd2s1e on /mnt/blah : No such file or directory </screen> -</informalexample> -Ignore. -</para></listitem> -<listitem><para>Exit out by repeatedly pressing <keycap>ESCAPE</keycap>.</para></listitem> -</orderedlist> - -<para>Your new disk is now ready for use.</para> - -</sect1> -</chapter> - -<chapter> -<title>Other Disk Operations</title> -<sect1> -<title>Adding Swap Space</title> - -<para>As a system grows, it's need for swap space can also grow. -Although adding swap space to existing disks is very difficult, a new -disk can be partitioned with additional swap space. </para> - -<para>To add swap space when adding a disk to a system: -<orderedlist> -<listitem><para>When partitioning the disk, edit the disklabel and -allocate the amount of swap space to add in partition `b' and the -remainder in another partition, such as `a' or `e'. The size is given -in 512 byte blocks. </para></listitem> -<listitem><para>When newfsing the drive, do NOT newfs the `c' -partition. Instead, newfs the partition where the non-swap space -lies.</para></listitem> -<listitem><para>Add an entry to <filename>/etc/fstab</filename> as follows: -<informalexample> -<programlisting> -/dev/wd0b none swap sw 0 0 -</programlisting> -</informalexample> -Change /dev/wd0b to the device of the newly added -space.</para></listitem> -<listitem><para>To make the new space immediately available, use the -<command>swapon</command> command. -<informalexample> -<screen> -<userinput> -$ swapon /dev/sd0b -</userinput> -swapon: added /dev/sd0b as swap space -</screen> -</informalexample> -</para></listitem> -</orderedlist> -</para> -</sect1> - -<sect1> -<title>Copying the Contents of Disks</title> -<!-- Should have specific tag --> -<para>Submitted By: Renaud Waldura (<email>renaud@softway.com</email>) </para> - -<para>To move file from your original base disk to the fresh new one, -do: -<informalexample> -<screen> -<userinput> -mount /dev/wd2 /mnt -pax -r -w -p e /usr/home /mnt -umount /mnt -rm -rf /usr/home/* -mount /dev/wd2 /usr/home -</userinput> -</screen> -</informalexample> -</para> -</sect1> -</chapter> - -<chapter> -<title>Credits</title> - - - -<para>The author would like to thank the following individuals for -their contributions to this project: -<itemizedlist> -<listitem><para>Darryl Okahata -(<email>darrylo@hpnmhjw.sr.hp.com</email>) for his -simple dedicated mode setup documentation which I have used repeatedly -on freebsd-questions.</para></listitem> -<listitem><para>Jordan Hubbard -(<email>jkh@freebsd.org</email>) for making -sysinstall useful for this type of task.</para></listitem> -<listitem><para>John Fieber -(<email>jfieber@indiana.edu</email>) for making -information and examples of the DocBook DTD on which this document is -based.</para></listitem> -<listitem><para>Greg Lehey (<email>grog@freebsd.org</email>) for checking my -work and pointing out inaccuracies, as well as miscellaneous support. -</para></listitem> -</itemizedlist> -</para> - -</chapter> - - - -</book> diff --git a/en_US.ISO8859-1/articles/mh/Makefile b/en_US.ISO8859-1/articles/mh/Makefile deleted file mode 100644 index 14a686e6af..0000000000 --- a/en_US.ISO8859-1/articles/mh/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:13 max Exp $ - -DOCS= mh.docb -INDEXLINK= mh.html - -.include "../../web.mk" - diff --git a/en_US.ISO8859-1/articles/mh/article.sgml b/en_US.ISO8859-1/articles/mh/article.sgml deleted file mode 100644 index 3c33cf92ea..0000000000 --- a/en_US.ISO8859-1/articles/mh/article.sgml +++ /dev/null @@ -1,704 +0,0 @@ -<!-- $Id: article.sgml,v 1.2 1997-07-01 21:38:44 max Exp $ --> -<!-- FreeBSD Documentation Project --> - -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> - -<bookinfo> -<bookbiblio> -<title>An MH Primer</title> - -<authorgroup> -<author> -<firstname>Matt</firstname> -<surname>Midboe</surname> -<affiliation> -<address> -<email>matt@garply.com</email> -</address> -</affiliation> -</author></authorgroup> - -<pubdate>v1.0, 16 January 1996</pubdate> - -<abstract><para>This document contains an introduction to using MH on -FreeBSD</para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter id="mhintro"> -<title>Introduction</title> - -<para>MH started back in 1977 at the RAND Corporation, where the -initial philosophies behind MH were developed. MH isn't so much a -monolithic email program but a philosophy about how best to develop -tools for reading email. The MH developers have done a great job -adhering to the <acronym>KISS</> principle: Keep It Simple Stupid. -Rather than have one large program for reading, sending and handling -email they have written specialized programs for each part of your -email life. One might liken MH to the specialization that one finds -in insects and nature. Each tool in MH does one thing, and does it -very well.</para> - -<para>Beyond just the various tools that one uses to handle their -email MH has done an excellent job keeping the configuration of each -of these tools consistent and uniform. In fact, if you are not quite -sure how something is supposed to work or what the arguments for some -command are supposed to be then you can generally guess and be right. -Each MH command is consistent about how it handles reading the -configuration files and how it takes arguments on the command line. -One useful thing to remember is that you can always add a -<option>-help</option> to the command to have it display the options -for that command.</para> - -<para>The first thing that you need to do is to make sure that you have -installed the MH package on your FreeBSD machine. If you installed -from CDROM you should be able to execute the following to load mh: -<informalexample> -<screen># <userinput>pkg_add /cdrom/packages/mh-6.8.3.tgz</></screen> -</informalexample> -You will notice that it created a <filename>/usr/local/lib/mh</> -directory for you as well as adding several binaries to the -<filename>/usr/local/bin</> directory. If you would prefer to compile -it yourself then you can anonymous ftp it from <ulink -URL="ftp://ftp.ics.uci.edu/">ftp.ics.uci.edu</ulink> or <ulink -URL="ftp://louie.udel.edu/">louie.udel.edu</ulink>.</para> - -<para>This primer is not a full comprehensive explanation of how MH -works. This is just intended to get you started on the road to -happier, faster mail reading. You should read the man pages for the -various commands. Also you might want to read the <ulink -URL="news:comp.mail.mh">comp.mail.mh</ulink> newsgroup. Also you can -read the <ulink -URL="http://www.cis.ohio-state.edu/hypertext/faq/usenet/mh-faq/part1/faq.html">FAQ -for MH</ulink>. The best resource for MH is the O'Reilly and Associates book -written by Jerry Peek.</para> - -</chapter> - -<chapter> -<title>Reading Mail</title> - -<para>This section covers how to use <command>inc</>, -<command>show</>, <command>scan</>, <command>next</>, -<command>prev</>, <command>rmm</>, <command>rmf</>, and -<command>msgchk</>. One of the best things about MH is the -consistent interface between programs. A few things to keep in mind -when using these commands is how to specify message lists. In the -case of <command>inc</> this doesn't really make any sense but with -commands like <command>show</> it is useful to know. </para> - -<para>A message list can consist of something like <parameter>23 20 -16</> which will act on messages 23, 20 and 16. This is fairly simple -but you can do more useful things like <parameter>23-30</> which will -act on all the messages between 23 and 30. You can also specify -something like <parameter>cur:10</> which will act on the current -message and the next 9 messages. The <parameter>cur</>, -<parameter>last</>, and <parameter>first</> messages are special -messages that refer to the current, last or first message in the -folder.</para> - - -<sect1 id="inc"> -<title><command>inc</>, <command>msgchk</>—read in your new email or check it</title> - -<para>If you just type in <userinput>inc</> and hit <keycap>return</> -you will be well on your way to getting started with MH. The first -time you run <command>inc</> it will setup your account to use all -the MH defaults and ask you about creating a Mail directory. If you -have mail waiting to be downloaded you will see something that looks -like: -<informalexample> -<screen> 29 01/15 Doug White Re: Another Failed to boot problem<<On Mon, 15 J - 30 01/16 "Jordan K. Hubbar Re: FBSD 2.1<<> Do you want a library instead of - 31 01/16 Bruce Evans Re: location of bad144 table<<>> >It would appea - 32 01/16 "Jordan K. Hubbar Re: video is up<<> Anyway, mrouted won't run, ev - 33 01/16 Michael Smith Re: FBSD 2.1<<Nate Williams stands accused of sa</screen> -</informalexample> -This is the same thing you will see from a <command>scan</> (see -<xref linkend="scan">). If you just run <command>inc</> with no -arguments it will look on your computer for email that is supposed to -be coming to you.</para> - -<para>A lot of people like to use POP for grabbing their email. MH can do -POP to grab your email. You will need to give <command>inc</> a few command -line arguments. -<informalexample> -<screen>tempest% <userinput>inc -host mail.pop.org -user <replaceable>username</> -norpop</></screen> -</informalexample> -That tells <command>inc</> to go to <parameter>mail.pop.org</> to -download your email, and that your username on their system is -<replaceable>username</>. The <option>-norpop</option> option tells -<command>inc</> to use plain POP3 for downloading your email. MH has -support for a few different dialects of POP. More than likely you -will never ever need to use them though. While you can do more -complex things with inc such as audit files and scan format files -this will get you going.</para> - -<para>The <command>msgchk</> command is used to get information on -whether or not you have new email. <command>msgchk</> takes the same -<option>-host</option> and <option>-user</option> options that -<command>inc</> takes.</para> - -</sect1> - -<sect1 id="show"> -<title><command>show</>, <command>next</> and <command>prev</>—displaying and moving through email</title> - -<para><command>show</> is to show a letter in your current folder. -Like <command>inc</>, <command>show</> is a fairly straightforward -command. If you just type <userinput>show</> and hit <keycap>return</> -then it displays the current message. You can also give specific -message numbers to show: -<informalexample> -<screen>tempest% <userinput>show 32 45 56</></screen> -</informalexample> -This would display message numbers 32, 45 and 56 right after each -other. Unless you change the default behavior <command>show</> -basically just does a <command>more</> on the email message.</para> - -<para><command>next</> is used to move onto the next message and -<command>prev</> will go to the previous message. Both commands have -an implied <command>show</> command so that when you go to the next -message it automatically displays it.</para> - -</sect1> - -<sect1 id="scan"> -<title><command>scan</>—shows you a scan of your messages</title> - -<para><command>scan</> will display a brief listing of the messages -in your current folder. This is an example of what the -<command>scan</> command will give you. -<informalexample> -<screen> 30+ 01/16 "Jordan K. Hubbar Re: FBSD 2.1<<> Do you want a library instead of - 31 01/16 Bruce Evans Re: location of bad144 table<<>> >It would appea - 32 01/16 "Jordan K. Hubbar Re: video is up<<> Anyway, mrouted won't run, ev - 33 01/16 Michael Smith Re: FBSD 2.1<<Nate Williams stands accused of sa</screen> -</informalexample> -Like just about everything in MH this display is very configurable. -This is the typical default display. It gives you the message number, -the date on the email, the sender, the subject line, and a sentence -fragment from the very beginning of the email if it can fit it. The -<literal>+</> means that message is the current message, so if you do -a <command>show</> it will display that message.</para> - -<para>One useful option for scan is the <option>-reverse</option> -option. This will list your messages with the highest message number -first and lowest message number last. Another useful option with -<command>scan</> is to have it read from a file. If you want to scan -your incoming mailbox on FreeBSD without having to <command>inc</> it -you can do <command>scan -file -/var/mail/<replaceable>username</></command>. This can be used with -any file that is in the <database>mbox</> format.</para> - -</sect1> - -<sect1 id="rmm"> -<title><command>rmm</> and <command>rmf</>—remove the current message or folder</title> - -<para><command>rmm</> is used to remove a mail message. The default -is typically to not actually remove the message but to rename the -file to one that is ignored by the MH commands. You will need to -through periodically and physically delete the <quote>removed</> -messages.</para> - -<para>The <command>rmf</> command is used to remove folders. This -doesn't just rename the files but actually removes the from the hard -drive so you should be careful when you use this command.</para> - -</sect1> - -<sect1 id="samplereading"> -<title>A typical session of reading with MH</title> - -<para>The first thing that you will want to do is <command>inc</> -your new mail. So at a shell prompt just type in <command>inc</> and -hit <keycap>return</>. -<informalexample> -<screen>tempest% <userinput>inc</> -Incorporating new mail into inbox... - - 36+ 01/19 "Stephen L. Lange Request...<<Please remove me as contact for pind - 37 01/19 Matt Thomas Re: kern/950: Two PCI bridge chips fail (multipl - 38 01/19 "Amancio Hasty Jr Re: FreeBSD and VAT<<>>> Bill Fenner said: > In -tempest%</screen> -</informalexample> -This shows you the new email that has been added to your mailbox. So -the next thing to do is <command>show</> the email and move around. -<informalexample> -<screen>tempest% <userinput>show</> -Received: by sashimi.wwa.com (Smail3.1.29.1 #2) - id m0tdMZ2-001W2UC; Fri, 19 Jan 96 13:33 CST -Date: Fri, 19 Jan 1996 13:33:31 -0600 (CST) -From: "Stephen L. Lange" <stvlange@wwa.com> -To: matt@garply.com -Subject: Request... -Message-Id: <Pine.BSD.3.91.960119133211.824A-100000@sashimi.wwa.com> -Mime-Version: 1.0 -Content-Type: TEXT/PLAIN; charset=US-ASCII - - -Please remove me as contact for pindat.com - -tempest% <userinput>rmm</> -tempest% <userinput>next</> -Received: from localhost (localhost [127.0.0.1]) by whydos.lkg.dec.com (8.6.11/8 -.6.9) with SMTP id RAA24416; Fri, 19 Jan 1996 17:56:48 GMT -Message-Id: <199601191756.RAA24416@whydos.lkg.dec.com> -X-Authentication-Warning: whydos.lkg.dec.com: Host localhost didn't use HELO pro -tocol -To: hsu@clinet.fi -Cc: hackers@FreeBSD.org -Subject: Re: kern/950: Two PCI bridge chips fail (multiple multiport ethernet - boards) -In-Reply-To: Your message of "Fri, 19 Jan 1996 00:18:36 +0100." - <199601182318.AA11772@Sysiphos> -X-Mailer: exmh version 1.5omega 10/6/94 -Date: Fri, 19 Jan 1996 17:56:40 +0000 -From: Matt Thomas <matt@lkg.dec.com> -Sender: owner-hackers@FreeBSD.org -Precedence: bulk - - -This is due to a typo in pcireg.h (to -which I am probably the guilty party).</screen> -</informalexample></para> - -<para>The <command>rmm</> removed the current message and the -<command>next</> command moved me on to the next message. -Now if I wanted to look at ten most recent messages so I could read -one of them here is what I would do: -<informalexample> -<screen>tempest% <userinput>scan last:10</> - 26 01/16 maddy Re: Testing some stuff<<yeah, well, Trinity has - 27 01/17 Automatic digest NET-HAPPENINGS Digest - 16 Jan 1996 to 17 Jan 19 - 28 01/17 Evans A Criswell Re: Hey dude<<>From matt@tempest.garply.com Tue - 29 01/16 Karl Heuer need configure/make volunteers<<The FSF is looki - 30 01/18 Paul Stephanouk Re: [alt.religion.scientology] Raw Meat (humor)< - 31 01/18 Bill Lenherr Re: Linux NIS Solaris<<--- On Thu, 18 Jan 1996 1 - 34 01/19 John Fieber Re: Stuff for the email section?<<On Fri, 19 Jan - 35 01/19 support@foo.garpl [garply.com #1138] parlor<<Hello. This is the Ne - 37+ 01/19 Matt Thomas Re: kern/950: Two PCI bridge chips fail (multipl - 38 01/19 "Amancio Hasty Jr Re: FreeBSD and VAT<<>>> Bill Fenner said: > In -tempest%</screen> -</informalexample> -Then if I wanted to read message number 27 I would do a -<userinput>show 27</> and it would be displayed. As you can probably -tell from this sample session MH is pretty easy to use and looking -through emails and displaying them is fairly intuitive and easy. -</para> - -</sect1> -</chapter> - -<chapter> -<title>Folders and Mail Searching</title> - -<para>Anybody who gets lots of email definitely wants to be able to -prioritize, stamp, brief, de-brief, and number their emails in a -variety of different ways. MH can do this better than just about -anything. One thing that we haven't really talked about is the -concept of folders. You have undoubtedly come across the folders -concept using other email programs. MH has folders too. MH can even -do sub-folders of a folder. One thing you should keep in mind with MH -is that when you ran <command>inc</> for the first time and it asked -you if it could create a <filename>Mail</> directory it began storing -everything in that directory. If you look at that directory you will -find a directory named <filename>inbox</>. The <filename>inbox</> -directory houses all of your incoming mail that hasn't been thrown -anywhere else.</para> - -<para>Whenever you create a new folder a new directory is going to be -created underneath your MH <filename>Mail</> directory, and messages -in that folder are going to be stored in that directory. When new -email comes in that new email is thrown into your <filename>inbox</> -directory with a file name that is equivalent to the message number. -So even if you didn't have any of the MH tools to read your email you -could still use standard UNIX commands to munge around in those -directories and just more your files. It's this simplicity that -really gives you a lot of power with what you can do with your -email.</para> - -<para>Just as you can use message lists like <parameter>23 16 42</> -with most MH commands there is a folder option you can specify with -just about every MH command. If you do a <command>scan +freebsd</> it -will scan your <filename>freebsd</> folder, and your current folder -will be changed to <filename>freebsd</>. If you do a <command>show -+freebsd 23 16 42</>, <command>show</> is going to switch to your -<filename>freebsd</> folder and display messages 23, 16 and 42. So -remember that <option>+<replaceable>folder</></> syntax. You will -need to make sure you use it to make commands process different -folders. Remember you default folder for mail is <filename>inbox</> -so doing a <command>folder +inbox</> should always get you back to -your mail. Of course, in MH's infinite flexibility this can be -changed but most places have probably left it as -<command>inbox</>.</para> - - -<sect1> -<title><command>pick</>—search email that matches certain criteria</title> - -<para><command>pick</> is one of the more complex commands in the MH -system. So you might want to read the -<citerefentry><refentrytitle>pick</><manvolnum>1</></> man page for a -more thorough understanding. At its simplest level you can do -something like -<informalexample> -<screen>tempest% <userinput>pick -search pci</> -15 -42 -55 -56 -57</screen> -</informalexample> - -This will tell <command>pick</> to look through every single line in -every message in your current folder and tell you which message -numbers it found the word <literal>pci</> in. You can then -<command>show</> those messages and read them if you wish or -<command>rmm</> them. You would have to specify something like -<command>show 15 42 55-57</> to display them though. A slightly more -useful thing to do is this: -<informalexample> -<screen>tempest% <userinput>pick -search pci -seq pick</> -5 hits -tempest% <userinput>show pick</></screen> -</informalexample> -This will show you the same messages you just didn't have to work as -hard to do it. The <option>-seq</option> option is really an -abbreviation of <option>-sequence</option> and <command>pick</> is -just a sequence which contains the message numbers that matched. You -can use sequences with just about any MH command. So you could have -done an <command>rmm pick</> and all those messages would be removed -instead. You sequence can be named anything. If you run pick again it -will overwrite the old sequence if you use the same name.</para> - -<para>Doing a <command>pick -search</command> can be a bit more time -consuming than just searching for message from someone, or to -someone. So <command>pick</> allows you to use the following -predefined search criteria: - -<variablelist> - -<varlistentry> -<term><option>-to</option></term> -<listitem> -<para>search based upon who the message is to</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-cc</option></term> -<listitem> -<para>search based on who is in the cc list</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-from</option></term> -<listitem> -<para>search for who sent the message</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-subject</option></term> -<listitem> -<para>search for emails with this subject</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-date</option></term> -<listitem> -<para>find emails with a matching dat</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>--<replaceable>component</replaceable></option></term> -<listitem> -<para>search for any other component in the header. (i.e. -<option>--reply-to</> to find all emails with a certain reply-to in -the header)</para> -</listitem> -</varlistentry> - -</variablelist></para> - -<para>This allows you to do things like -<informalexample> -<screen>tempest% <userinput>pick -to freebsd-hackers@freebsd.org -seq hackers</></screen> -</informalexample> -to get a list of all the email send to the FreeBSD hackers mailing -list. <command>pick</> also allows you to group these criteria in -different ways using the following options: -<itemizedlist> - -<listitem> -<para>… <option>-and</option> …</para> -</listitem> - -<listitem> -<para>… <option>-or</option> &hellip</para> -</listitem> - -<listitem> -<para><option>-not</option> …</para> -</listitem> - -<listitem> -<para><option>-lbrace</option> … <option>-rbrace</option></para> -</listitem> - -</itemizedlist> -These commands allow you to do things like -<informalexample> -<screen>tempest% <userinput>pick -to freebsd-hackers -and -cc freebsd-hackers</></screen> -</informalexample> -That will grab all the email in your inbox that was sent to -freebsd-hackers or cc'd to that list. The brace options allow you to -group search criteria together. This is sometimes very necessary as -in the following example -<informalexample> -<screen>tempest% <userinput>pick -lbrace -to freebsd-hackers -and - -not -cc freebsd-questions -rbrace -and -subject pci</></screen> -</informalexample></para> - -<para>Basically this says <quote>pick (to freebsd-hackers and not cc'd on -freebsd-questions) and the subject is pci</quote>. It should look through your -folder and find all messages sent to the freebsd-hackers list that -aren't cc'd to the freebsd-questions list that contain something on -pci in the subject line. Ordinarily you might have to worry about -something called operator precedence. Remember in math how you -evaluate from left to right and you do multiplication and division -first and addition and subtraction second? MH has the same type of -rules for <command>pick</>. It's fairly complex so you might want to study -the man page. This document is just to help you get acquainted with -MH.</para> - -</sect1> - -<sect1> -<title><command>folder</>, <command>folders</>, <command>refile</>—three useful programs for folder maintenance</title> - -<para>There are three programs which are primarily just for -manipulating your folders. The <command>folder</> program is used to -switch between folders, pack them, and list them. At its simplest -level you can do a <command>folder +<replaceable>newfolder</></> and -you will be switched into <replaceable>newfolder</>. From there on -out all your MH commands like <command>comp</>, <command>repl</>, -<command>scan</>, and <command>show</> will act on that -<command>newfolder</> folder.</para> - -<para>Sometimes when you are reading and deleting messages you will -develop <quote>holes</> in your folders. If you do a <command>scan</> -you might just see messages 34, 35, 36, 43, 55, 56, 57, 80. If you do -a <command>folder -pack</command> this will renumber all your -messages so that there are no holes. It doesn't actually delete any -messages though. So you may need to periodically go through and -physically delete <command>rmm</>'d messages.</para> - -<para>If you need statistics on your folders you can do a -<command>folders</> or <command>folder -all</command> to list all -your folders, how many messages they have, what the current message -is in each one and so on. This line of stats it displays for all your -folders is the same one you get when you change to a folder with -<command>folder +foldername</>. A <command>folders</> command looks -like this: -<informalexample> -<screen> Folder # of messages ( range ); cur msg (other files) - announce has 1 message ( 1- 1). - drafts has no messages. - f-hackers has 43 messages ( 1- 43). - f-questions has 16 messages ( 1- 16). - inbox+ has 35 messages ( 1- 38); cur= 37. - lists has 8 messages ( 1- 8). - netfuture has 1 message ( 1- 1). - out has 31 messages ( 1- 31). - personal has 6 messages ( 1- 6). - todo has 58 messages ( 1- 58); cur= 1. - - TOTAL= 199 messages in 13 folders. -</screen> -</informalexample></para> - -<para>The <command>refile</> command is what you use to move messages -between folders. When you do something like <command>refile 23 -+netfuture</> message number 23 is moved into the -<filename>netfuture</> folder. You could also do something like -<command>refile 23 +netfuture/latest</> which would put message -number 23 in a subfolder called <filename>latest</> under the -<filename>netfuture</> folder. If you want to keep a message in the -current folder and link it you can do a <command>refile -link 23 -+netfuture</command> which would keep 23 in your current -<filename>inbox</> but also list in your <filename>netfuture</> -folder. You are probably beginning to realize some of the really -powerful things you can do with MH.</para> - -</sect1> -</chapter> - -<chapter> -<title>Sending Mail</title> - -<para>Email is a two way street for most people so you want to be -able to send something back. The way MH handles sending mail can be a -bit difficult to follow at first, but it allows for incredible -flexibility. The first thing MH does is to copy a components file -into your outgoing email. A components file is basically a skeleton -email letter with stuff like the To: and Subject: headers already in -it. You are then sent into your editor where you fill in the header -information and then type the body of your message below the dashed -lines in the message. Then to the <command>whatnow</> program. When -you are at the <prompt>What now?</prompt> prompt you can tell it to -<command>send</>, <command>list</>, <command>edit</>, -<command>edit</>, <command>push</>, and <command>quit</>. Most of -these commands are self-explanatory. So the message sending process -involves copying a component file, editing your email, and then -telling the <command>whatnow</> program what to do with your -email.</para> - - -<sect1> -<title><command>comp</>, <command>forw</>, <command>reply</>—compose, forward or reply to a message to someone</title> - -<para>The <command>comp</> program has a few useful command line -options. The most important one to know right now is the -<option>-editor</option> option. When MH is installed the default -editor is usually a program called <command>prompter</> which comes -with MH. It's not a very exciting editor and basically just gets the -job done. So when you go to compose a message to someone you might -want to use <command>comp -editor /usr/bin/vi/</> or <command>comp --editor /usr/local/bin/pico/</> instead. Once you have run -<emphasis>comp</emphasis> you are in your editor and you see -something that looks like this: -<informalexample> -<screen>To: -cc: -Subject: --------- -</screen> -</informalexample></para> - -<para>You need to put the person you are sending the mail to after the -<literal>To:</> line. It works the same way for the other headers -also, so you would need to put your subject after the -<literal>Subject:</> line. Then you would just put the body of your -message after the dashed lines. It may seem a bit simplistic since a -lot of email programs have special requesters that ask you for this -information but there really isn't any point to that. Plus this -really gives you excellent flexibility. -<informalexample> -<screen>To:<userinput>freebsd-rave@freebsd.org</> -cc: -Subject:<userinput>And on the 8th day God created the FreeBSD core team</> --------- -<userinput>Wow this is an amazing operating system. Thanks!</></screen> -</informalexample> -You can now save this message and exit your editor. You will see the -<prompt>What now?</> prompt and you can type in -<userinput>send</> or <userinput>s</> and hit -<keycap>return</>. Then the freebsd core team will receive their just -rewards. As I mentioned earlier you can also use other commands, for -example <command>quit</> if you don't want to send the -message.</para> - -<para>The <command>forw</> command is stunningly similar. The big -difference being that the message you are forwarding is automatically -included in the outgoing message. When you run <command>forw</> it -will forward your current message. You can always tell it to forward -something else by doing something like <command>forw 23</> and then -message number 23 will be put in your outgoing message instead of the -current message. Beyond those small differences <command>forw</> -functions exactly the same as <command>comp</>. You go through the -exact same message sending process.</para> - -<para>The <command>repl</> command will reply to whatever your -current message is, unless you give it a different message to reply -to. <command>repl</> will do its best to go ahead and fill in some of -the email headers already. So you will notice that the -<literal>To:</> header already has the address of the recipient in -there. Also the <literal>Subject:</> line will already be filled in. -You then go about the normal message composition process and you are -done. One useful command line option to know here is the -<option>-cc</option> option. You can use <parameter>all</>, -<parameter>to</>, <parameter>cc</>, <parameter>me</> after the -<option>-cc</option> option to have <command>repl</> automatically -add the various addresses to the cc list in the message. You have -probably noticed that the original message isn't included. This is -because most MH setups are configured to do this from the -start.</para> - -</sect1> - -<sect1> -<title><filename>components</>, and <filename>replcomps</>—components files for <command>comp</> and <command>repl</></title> - -<para>The <filename>components</> file is usually in -<filename>/usr/local/lib/mh</filename>. You can copy that file into -your MH Mail directory and edit to contain what you want it to -contain. It is a fairly basic file. You have various email headers at -the top, a dashed line and then nothing. The -<command>comp</command> command just copies this -<filename>components</> file and then edits it. You can add any -kind of valid RFC822 header you want. For instance you could have -something like this in your <filename>components</> file: -<informalexample> -<screen>To: -Fcc: out -Subject: -X-Mailer: MH 6.8.3 -X-Home-Page: http://www.freebsd.org/ --------</screen> -</informalexample> - -MH would then copy this components file and throw you into your -editor. The <filename>components</> file is fairly simple. If you -wanted to have a signature on those messages you would just put your -signature in that <filename>components</> file.</para> - -<para>The <filename>replcomps</> file is a bit more complex. The default -<filename>replcomps</> looks like this: -<informalexample> -<screen>%(lit)%(formataddr %<{reply-to}%?{from}%?{sender}%?{return-path}%>)\ -%<(nonnull)%(void(width))%(putaddr To: )\n%>\ -%(lit)%(formataddr{to})%(formataddr{cc})%(formataddr(me))\ -%<(nonnull)%(void(width))%(putaddr cc: )\n%>\ -%<{fcc}Fcc: %{fcc}\n%>\ -%<{subject}Subject: Re: %{subject}\n%>\ -%<{date}In-reply-to: Your message of "\ -%<(nodate{date})%{date}%|%(pretty{date})%>."%<{message-id} - %{message-id}%>\n%>\ --------- -</screen> -</informalexample></para> - -<para>It's in the same basic format as the <filename>components</> file but -it contains quite a few extra formatting codes. The -<literal>%(lit)</> command makes room for the address. The -<literal>%(formataddr</> is a function that returns a proper email -address. The next part is <literal>%<</literal> which means if and -the <literal>{reply-to}</> means the reply-to field in the original -message. So that might be translated this way: -<informalexample> -<screen>%<<emphasis remap=bf>if</emphasis> {reply-to} <emphasis remap=bf>the original message has a reply-to</emphasis> -then give that to formataddr, %? <emphasis remap=bf>else</emphasis> {from} <emphasis remap=bf>take the -from address</emphasis>, %? <emphasis remap=bf>else</emphasis> {sender} <emphasis remap=bf>take the sender address</emphasis>, %? -<emphasis remap=bf>else</emphasis> {return-path} <emphasis remap=bf>take the return-path from the original -message</emphasis>, %> <emphasis remap=bf>endif</emphasis>.</screen> -</informalexample></para> - -<para>As you can tell MH formatting can get rather involved. You can -probably decipher what most of the other functions and variables -mean. All of the information on writing these format strings is in the -MH-Format man page. The really nice thing is that once you have built -your customized <filename>replcomps</> file you won't need to touch it -again. No other email program really gives you the power and -flexibility that MH gives you.</para> - -</sect1> -</chapter> -</book> diff --git a/en_US.ISO8859-1/articles/multi-os/Makefile b/en_US.ISO8859-1/articles/multi-os/Makefile deleted file mode 100644 index 8a591510bb..0000000000 --- a/en_US.ISO8859-1/articles/multi-os/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:14 max Exp $ - -DOCS= multios.docb -INDEXLINK= multios.html - -.include "../../web.mk" - diff --git a/en_US.ISO8859-1/articles/multi-os/article.sgml b/en_US.ISO8859-1/articles/multi-os/article.sgml deleted file mode 100644 index e7b1d68d68..0000000000 --- a/en_US.ISO8859-1/articles/multi-os/article.sgml +++ /dev/null @@ -1,680 +0,0 @@ -<!-- $Id: article.sgml,v 1.1 1997-03-23 16:27:47 jfieber Exp $ --> -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> - -<bookinfo> -<bookbiblio> -<title>Installing and Using FreeBSD With Other Operating Systems</title> - -<authorgroup> -<author> -<firstname>Jay</firstname> -<surname>Richmond</surname> -<affiliation> -<address> -<email>jayrich@in.net</email> -</address> -</affiliation> -</author> -</authorgroup> - -<pubdate>6 August 1996</pubdate> - -<abstract><para>This document discusses how to make FreeBSD coexist -nicely with other popular operating systems such as Linux, MS-DOS, -OS/2, and Windows 95. Special thanks to: Annelise Anderson -<email>andrsn@stanford.edu</email>, Randall Hopper -<email>rhh@ct.picker.com</email>, and Jordan K. Hubbard -<email>jkh@time.cdrom.com</email></para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter> -<title>Overview</title> - -<para>Most people can't fit these operating systems together -comfortably without having a larger hard disk, so special -information on large EIDE drives is included. Because there are so -many combinations of possible operating systems and hard disk -configurations, the <xref linkend="ch5"> section may be of the most use -to you. It contains descriptions of specific working computer setups -that use multiple operating systems.</para> - -<para>This document assumes that you have already made room on your -hard disk for an additional operating system. Any time you -repartition your hard drive, you run the risk of destroying the data -on the original partitions. However, if your hard drive is completely -occupied by DOS, you might find the FIPS utility (included on the -FreeBSD CD-ROM in the <filename>\TOOLS</filename> directory or via -<ulink URL="ftp://ftp.freebsd.org/pub/FreeBSD/tools">ftp</ulink>) -useful. It lets you repartition your hard disk without destroying the -data already on it. There is also a commercial program available -called Partition Magic, which lets you size and delete partitions -without consequence.</para> - -</chapter> - -<chapter id="ch2"> -<title>Overview of Boot Managers</title> - -<para>These are just brief descriptions of some of the different boot -managers you may encounter. Depending on your computer setup, you may -find it useful to use more than one of them on the same -system.</para> - -<variablelist> - -<varlistentry> -<term>Boot Easy</term> - -<listitem> -<para>This is the default boot manager used with FreeBSD. It has the -ability to boot most anything, including BSD, OS/2 (HPFS), Windows 95 -(FAT and FAT32), and Linux. Partitions are selected with the -function keys.</para> -</listitem> -</varlistentry> - -<varlistentry> -<term>OS/2 Boot Manager</term> - -<listitem> -<para>This will boot FAT, HPFS, FFS (FreeBSD), and EXT2 -(Linux). It will also boot FAT32 partitions. Partitions are -selected using arrow keys. The OS/2 Boot Manager is the only one to -use its own separate partition, unlike the others which use the -master boot record (MBR). Therefore, it must be installed below the -1024th cylinder to avoid booting problems. It can boot Linux using -LILO when it is part of the boot sector, not the MBR. Go to <ulink -URL="http://www.ssc.com/linux/howto.html">Linux HOWTOs</ulink> -on the World Wide Web for more information on booting Linux with -OS/2's boot manager.</para> -</listitem> -</varlistentry> - -<varlistentry> -<term>OS-BS</term> - -<listitem> <para>This is an alternative to Boot Easy. It gives you -more control over the booting process, with the ability to set the -default partition to boot and the booting timeout. The beta version -of this programs allows you to boot by selecting the OS with your -arrow keys. It is included on the FreeBSD CD in the -<filename>\TOOLS</filename> directory, and via <ulink -URL="ftp://ftp.freebsd.org/pub/FreeBSD/tools">ftp</ulink>.</para> -</listitem> </varlistentry> - -<varlistentry> -<term>LILO, or LInux LOader</term> - -<listitem> -<para>This is a limited boot manager. Will boot FreeBSD, though some -customization work is required in the LILO configuration file.</para> -</listitem> -</varlistentry> - -</variablelist> - -<note id="fat32"><title>About FAT32</title><para>FAT32 is the replacement to -the FAT filesystem included in Microsoft's OEM SR2 Beta release, -which is expected to utilitized on computers pre-loaded with Windows -95 towards the end of 1996. It converts the normal FAT file system -and allows you to use smaller cluster sizes for larger hard drives. -FAT32 also modifies the traditional FAT boot sector and allocation -table, making it incompatible with some boot managers.</para></note> - -</chapter> - -<chapter id="ch3"> -<title>A Typical Installation</title> - -<para>Let's say I have two large EIDE hard drives, and I want to -install FreeBSD, Linux, and Windows 95 on them.</para> - -<para>Here's how I might do it using these hard disks: -<itemizedlist> - -<listitem> -<para><filename>/dev/wd0</> (first physical hard disk)</para> -</listitem> - -<listitem> -<para><filename>/dev/wd1</> (second hard disk)</para> -</listitem> - -</itemizedlist> -</para> - -<para>Both disks have 1416 cylinders.</para> - -<procedure> - -<step><para>I boot from a MS-DOS or Windows 95 boot disk that -contains the <filename>FDISK.EXE</> utility and make a small 50 meg -primary partition (35-40 for Windows 95, plus a little breathing -room) on the first disk. Also create a larger partition on the -second hard disk for my Windows applications and data.</para></step> - -<step><para>I reboot and install Windows 95 (easier said than done) -on the <filename>C:</> partition.</para> </step> - -<step><para>The next thing I do is install Linux. I'm not sure about -all the distributions of Linux, but slackware includes LILO (see -<xref linkend="ch2">). When I am partitioning out my hard disk with -Linux <command>fdisk</command>, I would put all of Linux on the first -drive (maybe 300 megs for a nice root partition and some swap -space).</para></step> - -<step><para>After I install Linux, and are prompted about installing -LILO, make SURE that I install it on the boot sector of my root -Linux partition, not in the MBR (master boot record).</para></step> - -<step><para>The remaining hard disk space can go to FreeBSD. I also -make sure that my FreeBSD root slice does not go beyond the 1024th -cylinder. (The 1024th cylinder is 528 megs into the disk with our -hypothetical 720MB disks). I will use the rest of the hard drive -(about 270 megs) for the <filename>/usr</> and <filename>/</> slices -if I wish. The rest of the second hard disk (size depends on the -amount of my Windows application/data partition that I created in -step 1 can go to the <filename>/usr/src</> slice and swap -space.</para></step> - -<step><para>When viewed with the Windows 95 <command>fdisk</> utility, my hard drives -should now look something like this: -<screen> ---------------------------------------------------------------------- - - Display Partition Information - -Current fixed disk drive: 1 - -Partition Status Type Volume_Label Mbytes System Usage -C: 1 A PRI DOS 50 FAT** 7% - 2 A Non-DOS (Linux) 300 43% - -Total disk space is 696 Mbytes (1 Mbyte = 1048576 bytes) - -Press Esc to continue - ---------------------------------------------------------------------- - - Display Partition Information - -Current fixed disk drive: 2 - -Partition Status Type Volume_Label Mbytes System Usage -D: 1 A PRI DOS 420 FAT** 60% - -Total disk space is 696 Mbytes (1 Mbyte = 1048576 bytes) - -Press Esc to continue - ---------------------------------------------------------------------- -</screen> -** May say FAT16 or FAT32 if you are using the OEM SR2 update. -See <xref linkend="ch2">).</para></step> - -<step><para>Install FreeBSD. I make sure to boot with my first hard -disk set at <quote>NORMAL</> in the BIOS. If it is not, I'll have -the enter my true disk geometry at boot time (to get this, boot -Windows 95 and consult Microsoft Diagnostics (<filename>MSD.EXE</>), -or check your BIOS) with the parameter <literal>hd0=1416,16,63</> -where <replaceable>1416</> is the number of cylinders on my hard -disk, <replaceable>16</> is the number of heads per track, and -<replaceable>63</> is the number of sectors per track on the -drive.</para></step> - -<step><para>When partitioning out the hard disk, I make sure to install -Boot Easy on the first disk. I don't worry about the second disk, -nothing is booting off of it.</para></step> - -<step><para>When I reboot, Boot Easy should recognize my three -bootable partitions as DOS (Windows 95), Linux, and BSD -(FreeBSD).</para></step> - -</procedure> - -</chapter> - -<chapter id="ch4"> -<title>Special Considerations</title> - -<para>Most operating systems are very picky about where and how they are -placed on the hard disk. Windows 95 and DOS need to be on the first -primary partitiin on the first hard disk. OS/2 is the exception. It -can be installed on the first or second disk in a primary or extended -partition. If you are not sure, keep the beginning of the bootable -partitions below the 1024th cylinder.</para> - -<para>If you install Windows 95 on an existing BSD system, it will -<quote>destroy</> the MBR, and you will have to reinstall your -previous boot manager. Boot Easy can be reinstalled by using the -BOOTINST.EXE utility included in the \TOOLS directory on the CD-ROM, -and via <ulink -URL="ftp://ftp.freebsd.org/pub/FreeBSD/tools">ftp</ulink>. You can -also re-start the installation process and go to the partition -editor. From there, mark the FreeBSD partition as bootable, -select Boot Manager, and then type W to (W)rite out the information -to the MBR. You can now reboot, and Boot Easy should then -recognize Windows 95 as DOS.</para> - -<para>Please keep in mind that OS/2 can read FAT and HPFS partitions, -but not FFS (FreeBSD) or EXT2 (Linux) partitions. Likewise, Windows -95 can only read and write to FAT and FAT32 (see <xref -linkend="ch2">) partitions. FreeBSD can read most file systems, but -currently cannot read HPFS partitions. Linux can read HPFS -partitions, but can't write to them. Recent versions of the Linux -kernel (2.x) can read and write to Windows 95 VFAT partitions (VFAT -is what gives Windows 95 long file names - it's pretty much the same -as FAT). Linux can read and write to most file systems. Got that? -I hope so.</para> - -</chapter> - -<chapter id="ch5"> -<title>Examples</title> - -<para><emphasis>(section needs work, please send your example to -<email>jayrich@in.net</email>)</emphasis>.</para> - -<para>FreeBSD+Win95: If you installed FreeBSD after Windows 95, you -should see <literal>DOS</> on the Boot Easy menu. This is Windows -95. If you installed Windows 95 after FreeBSD, read <xref -linkend="ch4"> above. As long as your hard disk does not have 1024 -cylinders you should not have a problem booting. If one of your -partitions goes beyond the 1024th cylinder however, and you get -messages like <errorname>invalid system disk</> under DOS (Windows 95) -and FreeBSD will not boot, try looking for a setting in your BIOS -called <quote>> 1024 cylinder support</> or <quote>NORMAL/LBA</> -mode. DOS may need LBA (Logical Block Addressing) in order to boot -correctly. If the idea of switching BIOS settings every time you -boot up doesn't appeal to you, you can boot FreeBSD through DOS via -the <filename>FBSDBOOT.EXE</> utility on the CD (It should find your -FreeBSD partition and boot it.)</para> - -<para>FreeBSD+OS/2+Win95: Nothing new here. OS/2's boot manger -can boot all of these operating systems, so that shouldn't be a -problem.</para> - -<para>FreeBSD+Linux: You can also use Boot Easy to boot both operating -systems.</para> - -<para>FreeBSD+Linux+Win95: (see <xref linkend="ch3">)</para> - -</chapter> - -<chapter id="sources"> -<title>Other Sources of Help</title> - -<para>There are many <ulink -URL="http://www.ssc.com/linux/howto.html">Linux HOW-TOs</ulink> that -deal with multiple operating systems on the same hard disk.</para> - -<para>The <ulink -URL="http://sunsite.unc.edu/mdw/HOWTO/mini/Linux+OS2+DOS">Linux+OS/2+DOS -Mini-HOWTO</ulink> offers help on configuring the OS/2 boot -manager. The <ulink -URL="http://www.in.net/~jkatz/win95/Linux-HOWTO.html">Linux-HOWTO</ulink> -is also helpful.</para> - -<para>The <ulink -URL="http://www.dorsai.org/~dcl/publications/NTLDR_Hacking">NT Loader -Hacking Guide</ulink> provides good information on multibooting -Windows NT, '95, and DOS with other operating systems.</para> - -<para>And Hale Landis's "How It Works" document pack contains some good info -on all sorts of disk geometry and booting related topics. Here are a few -links that might help you find it: <ulink URL="ftp://fission.dt.wdc.com/pub/otherdocs/pc_systems/how_it_works/allhiw.zip">ftp://fission.dt.wdc.com/pub/otherdocs/pc_systems/how_it_works/allhiw.zip</ulink>, -<ulink URL="http://www.cs.yorku.ca/People/frank/docs/">http://www.cs.yorku.ca/People/frank/docs/</ulink>.</para> - -<para>Finally, don't overlook FreeBSD's kernel documentation on the booting -procedure, available in the kernel source distribution (it unpacks to -<ulink URL="file:/usr/src/sys/i386/boot/biosboot/README.386BSD">file:/usr/src/sys/i386/boot/biosboot/README.386BSD</ulink>.</para> - -</chapter> - -<chapter> -<title>Technical Details</title> - -<para><emphasis>(Contributed by Randall Hopper, -<email>rhh@ct.picker.com</email>)</emphasis></para> - -<para>This section attempts to give you enough basic information -about your hard disks and the disk booting process so that you can -troubleshoot most problems you might encounter when getting set up to -boot several operating systems. It starts in pretty basic terms, so -you may want to skim down in this section until it begins to look -unfamiliar and then start reading.</para> - - -<sect1> -<title>Disk Primer</title> - -<para>Three fundamental terms are used to describe the location of -data on your hard disk: Cylinders, Heads, and Sectors. It's not -particularly important to know what these terms relate to except to -know that, together, they identify where data is physically on your -disk.</para> - -<para>Your disk has a particular number of cylinders, number of -heads, and number of sectors per cylinder-head (a cylinder-head also -known nown as a track). Collectively this information defines the -"physical disk geometry" for your hard disk. There are typically 512 -bytes per sector, and 63 sectors per track, with the number of -cylinders and heads varying widely from disk to disk. Thus you can -figure the number of bytes of data that'll fit on your own disk by -calculating: <informalexample><para>(# of cylinders) × (# -heads) × (63 sectors/track) × (512 -bytes/sect)</></informalexample> For example, on my 1.6 Gig Western -Digital AC31600 EIDE hard disk,that's: <informalexample><para>(3148 -cyl) × (16 heads) × (63 sectors/track) × (512 -bytes/sect)</para></informalexample></para> - -<para>which is 1,624,670,208 bytes, or around 1.6 Gig.</para> - -<para>You can find out the physical disk geometry (number of -cylinders, heads, and sectors/track counts) for your hard disks using -ATAID or other programs off the net. Your hard disk probably came -with this information as well. Be careful though: if you're using -BIOS LBA (see <xref linkend="limits">), you can't use just any -program to get the physical geometry. This is because many programs -(e.g. <filename>MSD.EXE</> or FreeBSD fdisk) don't identify the -physical disk geometry; they instead report the -<firstterm>translated geometry</> (virtual numbers from using LBA). -Stay tuned for what that means.</para> - -<para>One other useful thing about these terms. Given 3 -numbers—a cylinder number, a head number, and a -sector-within-track number—you identify a specific absolute -sector (a 512 byte block of data) on your disk. Cylinders and Heads -are numbered up from 0, and Sectors are numbered up from 1.</para> - -<para>For those that are interested in more technical details, -information on disk geometry, boot sectors, BIOSes, etc. can be found -all over the net. Query Lycos, Yahoo, etc. for <literal>boot -sector</> or <literal>master boot record</>. Among the useful info -you'll find are Hale Landis's <citetitle>How It Works</> document -pack. See the <xref linkend="sources"> section for a few pointers to -this pack.</para> - -<para>Ok, enough terminology. We're talking about booting -here.</para> - -</sect1> - -<sect1 id="booting"> -<title>The Booting Process</title> - -<para>On the first sector of your disk (Cyl 0, Head 0, Sector 1) -lives the Master Boot Record (MBR). It contains a map of your disk. -It identifies up to 4 <firstterm>partitions</>, each of which is a -contiguous chunk of that disk. FreeBSD calls partitions -<firstterm>slices</> to avoid confusion with it's own partitions, but -we won't do that here. Each partition can contain its own operating -system.</para> - -<para>Each partition entry in the MBR has a <firstterm>Partition -ID</>, a <firstterm>Start Cylinder/Head/Sector</>, and an -<firstterm>End Cylinder/Head/Sector</>. The Partition ID tells what -type of partition it is (what OS) and the Start/End tells where it -is. <xref linkend="tbl-pid"> lists a smattering of some common -Partition IDs.</para> - -<table id="tbl-pid"> -<title>Partition IDs</> -<tgroup cols="2"> -<thead> -<row> -<entry>ID (hex)</entry> -<entry>Description</entry> -</row> -</thead> - -<tbody> -<row> -<entry>01</entry> -<entry>Primary DOS12 (12-bit FAT)</entry> -</row> - -<row> -<entry>04</entry> -<entry>Primary DOS16 (16-bit FAT)</entry> -</row> - -<row> -<entry>05</entry> -<entry>Extended DOS</entry> -</row> - -<row> -<entry>06</entry> -<entry>Primary big DOS (> 32MB)</entry> -</row> - -<row> -<entry>0A</entry> -<entry>OS/2</entry> -</row> - -<row> -<entry>83</entry> -<entry>Linux (EXT2FS)</entry> -</row> - -<row> -<entry>A5</entry> -<entry>FreeBSD, NetBSD, 386BSD (UFS)</entry> -</row> - -</tbody> -</tgroup> -</table> - -<para>Note that not all partitions are bootable (e.g. Extended DOS). -Some are—some aren't. What makes a partition bootable is the -configuration of the <firstterm>Partition Boot Sector</> that exists -at the beginning of each partition.</para> - -<para>When you configure your favorite boot manager, it looks up the entries -in the MBR partition tables of all your hard disks and lets you name the -entries in that list. Then when you boot, the boot manager is invoked by -special code in the Master Boot Sector of the first probed hard disk on -your system. It looks at the MBR partition table entry corresponding to -the partition choice you made, uses the Start Cylinder/Head/Sector -information for that partition, loads up the Partition Boot Sector for that -partition, and gives it control. That Boot Sector for the partition itself -contains enough information to start loading the operating system on that -partition.</para> - -<para>One thing we just brushed past that's important to know. All of your -hard disks have MBRs. However, the one that's important is the one on the -disk that's first probed by the BIOS. If you have only IDE hard disks, its -the first IDE disk (e.g. primary disk on first controller). Similarly for -SCSI only systems. If you have both IDE and SCSI hard disks though, the -IDE disk is typically probed first by the BIOS, so the first IDE disk is -the first probed disk. The boot manager you will install will be hooked into -the MBR on this first probed hard disk that we've just described.</para> - -</sect1> - -<sect1 id="limits"> -<title>Booting Limitations and Warnings</title> - -<para>Now the interesting stuff that you need to watch out for.</para> - -<sect2> -<title>The dreaded 1024 cylinder limit and how BIOS LBA helps</title> - -<para>The first part of the booting process is all done through the -BIOS, (if that's a new term to you, the BIOS is a software chip on -your system motherboard which provides startup code for your -computer). As such, this first part of the process is subject to the -limitations of the BIOS interface.</para> - -<para>The BIOS interface used to read the hard disk during this period -(INT 13H, Subfunction 2) allocates 10 bits to the Cylinder Number, 8 -bits to the Head Number, and 6 bits to the Sector Number. This -restricts users of this interface (i.e. boot managers hooked into -your disk's MBR as well as OS loaders hooked into the Boot Sectors) -to the following limits: -<itemizedlist> -<listitem><para>1024 cylinders, max</para></listitem> -<listitem><para>256 heads , max</para></listitem> -<listitem><para>64 cylinders, max (actually 63, <literal>0</> isn't -available)</para></listitem> -</itemizedlist> -</para> - -<para>Now big hard disks have lots of cylinders but not a lot of -heads, so invariably with big hard disks the number of cylinders is -greater than 1024. Given this and the BIOS interface as is, you -can't boot off just anywhere on your hard disk. The boot code (the -boot manager and the OS loader hooked into all bootable partitions' -Boot Sectors) has to reside below cylinder 1024. In fact, if your -hard disk is typical and has 16 heads, this equates to: -<informalexample> -<para>1024 cyl/disk × 16 heads/disk × 63 sect/(cyl-head) -× 512 bytes/sector</para> -</informalexample> -</para> - -<para>which is around the often-mentioned 528MB limit.</para> - -<para>This is where BIOS LBA (Logical Block Addressing) comes in. BIOS LBA -gives the user of the BIOS API calls access to physical cylinders above -1024 though the BIOS interfaces by redefining a cylinder. That is, it -remaps your cylinders and heads, making it appear through the BIOS as -though the disk has fewer cylinders and more heads than it actually -does. In other words, it takes advantage of the fact that hard disks have -relatively few heads and lots of cylinders by shifting the balance between -number of cylinders and number of heads so that both numbers lie below the -above-mentioned limits (1024 cylinders, 256 heads).</para> - -<para>With BIOS LBA, the hard disk size limitation is virtually -removed (well, pushed up to 8 Gigabytes anyway). If you have an LBA -BIOS, you can put FreeBSD or any OS anywhere you want and not hit the -1024 cylinder limit.</para> - -<para>To use my 1.6 Gig Western Digital as an example again, it's -physical geometry is: -<informalexample> -<para>(3148 cyl, 16 heads, 63 sectors/track, 512 bytes/sector)</para> -</informalexample> -</para> - -<para>However, my BIOS LBA remaps this to: -<informalexample> -<para>( 787 cyl, 64 heads, 63 sectors/track, 512 bytes/sector)</para> -</informalexample> -</para> - -<para>giving the same effective size disk, but with cylinder and head -counts within the BIOS API's range (Incidentally, I have both Linux and -FreeBSD existing on one of my hard disks above the 1024th physical -cylinder, and both operating systems boot fine, thanks to BIOS LBA).</para> - -</sect2> - -<sect2> -<title>Boot Managers and Disk Allocation</title> - -<para>Another gotcha to watch out when installing boot managers is -allocating space for your boot manager. It's best to be aware of -this issue up front to save yourself from having to reinstall one or -more of your OSs.</para> - -<para>If you followed the discussion in <xref linkend="booting"> -about the Master Boot Sector (where the MBR is), Partition Boot -Sectors, and the booting process, you may have been wondering just -exactly where on your hard disk that nifty boot manager is going to -live. Well, some boot managers are small enough to fit entirely -within the Master Boot Sector (Cylinder 0, Head 0, Sector 0) along -with the partition table. Others need a bit more room and actually -extend a few sectors past the Master Boot Sector in the Cylinder 0 -Head 0 track, since that's typically free…typically.</para> - -<para>That's the catch. Some operating systems (FreeBSD included) let -you start their partitions right after the Master Boot Sector at -Cylinder 0, Head 0, Sector 2 if you want. In fact, if you give -FreeBSD's sysinstall a disk with an empty chunk up front or the whole -disk empty, that's where it'll start the FreeBSD partition by default -(at least it did when I fell into this trap). Then when you go to -install your boot manager, if it's one that occupies a few extra -sectors after the MBR, it'll overwrite the front of the first -partition's data. In the case of FreeBSD, this overwrites the -disk label, and renders your FreeBSD partition unbootable.</para> - -<para>The easy way to avoid this problem (and leave yourself the -flexibility to try different boot managers later) is just to always -leave the first full track on your disk unallocated when you -partition your disk. That is, leave the space from Cylinder 0, Head -0, Sector 2 through Cylinder 0, Head 0, Sector 63 unallocated, and -start your first partition at Cylinder 0, Head 1, Sector 1. -For what it's worth, when you create a DOS partition at the -front of your disk, DOS leaves this space open by default (this is -why some boot managers assume it's free). So creating a DOS -partition up at the front of your disk avoids this problem -altogether. I like to do this myself, creating 1 Meg DOS partition -up front, because it also avoids my primary DOS drive letters -shifting later when I repartition.</para> - -<para>For reference, the following boot managers use the -Master Boot Sector to store their code and data: -<itemizedlist> - -<listitem> -<para>OS-BS 1.35</para> -</listitem> - -<listitem> -<para>Boot Easy</para> -</listitem> - -<listitem> -<para>LILO</para> -</listitem> - -</itemizedlist> -</para> - -<para>These boot managers use a few additional sectors after the -Master Boot Sector: -<itemizedlist> - -<listitem> -<para>OS-BS 2.0 Beta 8 (sectors 2-5)</para> -</listitem> - -<listitem> -<para>OS/2's boot manager</para> -</listitem> - -</itemizedlist> -</para> - -</sect2> - -<sect2> -<title>What if your machine won't boot?</title> - -<para>At some point when installing boot managers, you might leave the -MBR in a state such that your machine won't boot. This is unlikely, -but possible when re-FDISKing underneath an already-installed boot -manager.</para> - -<para>If you have a bootable DOS partition on your disk, you can boot -off a DOS floppy, and run: -<informalexample> -<screen>A:\> <userinput>FDISK /MBR</></screen> -</informalexample> -</para> - -<para>to put the original, simple DOS boot code back into the system. You can -then boot DOS (and DOS only) off the hard drive. Alternatively, just -re-run your boot manager installation program off a bootable floppy.</para> - -</sect2> -</sect1> -</chapter> -</book> diff --git a/en_US.ISO8859-1/articles/new-users/Makefile b/en_US.ISO8859-1/articles/new-users/Makefile deleted file mode 100644 index d8131087f4..0000000000 --- a/en_US.ISO8859-1/articles/new-users/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.3 1997-07-01 05:38:15 max Exp $ - -DOCS= newuser.docb -INDEXLINK= newuser.html - -.include "../../web.mk" - diff --git a/en_US.ISO8859-1/articles/new-users/article.sgml b/en_US.ISO8859-1/articles/new-users/article.sgml deleted file mode 100644 index 67568b5590..0000000000 --- a/en_US.ISO8859-1/articles/new-users/article.sgml +++ /dev/null @@ -1,943 +0,0 @@ -<!-- $Id: article.sgml,v 1.4 1997-08-15 17:11:49 jfieber Exp $ --> -<!-- The FreeBSD Documentation Project --> - -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> - -<bookinfo> -<bookbiblio> -<title>For People New to Both FreeBSD and Unix</title> - -<authorgroup> -<author> -<firstname>Annelise</firstname> -<surname>Anderson</surname> -<affiliation> -<address><email>andrsn@andrsn.stanford.edu</email></address> -</affiliation> -</author> -</authorgroup> - -<pubdate>August 15, 1997</pubdate> - -<abstract><para>Congratulations on installing FreeBSD! This -introduction is for people new to both FreeBSD -<emphasis>and</emphasis> Un*x—so it starts with basics. It -assumes you're using version 2.0.5 or later of FreeBSD as distributed -by Walnut Creek or FreeBSD.ORG, your system (for now) has a single -user (you)—and you're probably pretty good with DOS/Windows or -OS/2.</para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter> -<title>Logging in and Getting Out</title> - -<para>Log in (when you see <systemitem -class=prompt>login:</systemitem>) as a user you created during -installation or as <firstterm>root</firstterm>. (Your FreeBSD -installation will already have an account for root; root can go -anywhere and do anything, including deleting essential files, so be -careful!) The symbols % and # in the following stand for the prompt -(yours may be different), with % indicating an ordinary user and -# indicating root. </para> - -<para>To log out (and get a new <systemitem class=prompt>login:</systemitem> prompt) type -<informalexample> -<screen># <userinput>exit</userinput></screen> -</informalexample> -as often as necessary. Yes, press <keysym>enter</keysym> after -commands, and remember that Unix is -case-sensitive—<command>exit</command>, not -<command>EXIT</command>.</para> - -<para>To shut down the machine type: -<informalexample> -<screen># <userinput>/sbin/shutdown -h now</userinput></screen> -</informalexample> -Or to reboot type -<informalexample> -<screen># <userinput>/sbin/shutdown -r now</userinput></screen> -</informalexample> -or -<informalexample> -<screen># <userinput>/sbin/reboot</userinput></screen> -</informalexample> -</para> - -<para>You can also reboot with -<keycombo><keycap>Ctrl</keycap><keycap>Alt</keycap><keycap>Delete</keycap></keycombo>. -Give it a little time to do its work. This is equivalent to -<command>/sbin/reboot</command> in recent releases of FreeBSD, and is -much, much better than hitting the reset button. You don't want to -have to reinstall this thing, do you?</para> - -</chapter> - -<chapter> -<title>Adding A User with Root Privileges</title> - -<para>If you didn't create any users when you installed the system and -are thus logged in as root, you should probably create a user now with -<informalexample> -<screen># <userinput>adduser</userinput></screen> -</informalexample> -The first time you use adduser, it might ask for some defaults to save. You -might want to make the default shell csh instead of sh, if it suggests -sh as the default. Otherwise just press enter to accept each default. -These defaults are saved in <filename>/etc/adduser.conf</filename>, -an editable file.</para> - -<para>Suppose you create a user <emphasis>jack</emphasis> with -full name <emphasis>Jack Benimble</emphasis>. Give jack a password -if security (even kids around who might pound on the keyboard) is an -issue. When it asks you if you want to invite jack into other -groups, type <userinput>wheel</userinput> -<informalexample> -<screen>Login group is ``jack''. Invite jack into other groups: <userinput>wheel</userinput></screen> -</informalexample> -This will make it possible to log in as <emphasis>jack</emphasis> and -use the <command>su</command> command to become root. Then you won't -get scolded any more for logging in as root.</para> - -<para>You can quit <command>adduser</command> any time by typing -<keycombo><keycap>Ctrl</keycap><keycap>C</keycap></keycombo>, and at -the end you'll have a chance to approve your new user or simply type -<keycap>n</keycap> for no. You might want to create a -second new user (jill?) so that when you edit jack's login files, -you'll have a hot spare in case something goes wrong.</para> - -<para>Once you've done this, use <command>exit</command> -to get back to a login prompt and log in as -<emphasis>jack</emphasis>. In general, it's a good idea to do as -much work as possible as an ordinary user who doesn't have the -power—and risk—of root.</para> - -<para>If you already created a user and you want the user to be able -to <command>su</command> to root, you can log in as root -and edit the file <filename>/etc/group</filename>, adding jack to the -first line (the group wheel). But first you need to practice -<command>vi</command>, the text editor--or use the simpler text -editor, <command>ee</command>, installed on recent version of -FreeBSD.</para> - -<para>To delete a user, use the <command>rmuser</command> command.</para> - -</chapter> - -<chapter> -<title>Looking Around</title> - -<para>Logged in as an ordinary user, look around and try out some -commands that will access the sources of help and information within -FreeBSD.</para> - -<para>Here are some commands and what they do: -<variablelist> -<varlistentry><term><command>id</command></term> -<listitem> -<para>Tells you who you are!</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>pwd</command></term> - -<listitem> -<para>Shows you where you are—the current -working directory.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls</command></term> - -<listitem> -<para>Lists the files in the current directory.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls <option>-F</option></command></term> - -<listitem> -<para>Lists the files in the current directory with a -<literal>*</literal> after executables, a <literal>/</literal> after -directories, and an <literal>@</literal> after symbolic links.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls <option>-l</option></command></term> - -<listitem> -<para>Lists the files in long format—size, -date, permissions.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls <option>-a</option></command></term> - -<listitem> -<para>Lists hidden <quote>dot</quote> -files with the others. If you're root, the<quote>dot</quote> files -show up without the <option>-a</option> switch.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>cd</command></term> - -<listitem> -<para>Changes directories. <command>cd -<parameter>..</parameter></command> backs up one level; note the -space after <command>cd</command>. <command>cd -<parameter>/usr/local</parameter></command> goes there. <command>cd -<parameter>~</parameter></command> goes to the home directory of the -person logged in—e.g., <filename>/usr/home/jack</filename>. -Try <command>cd <parameter>/cdrom</parameter></command>, and then -<command>ls</command>, to find out if your CDROM is mounted and -working.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>view <replaceable>filename</replaceable></command></term> - -<listitem> -<para>Lets you look at a file (named -<replaceable>filename</replaceable> without changing it. Try -<command>view <parameter>/etc/fstab</parameter></command>. -<command>:q</command> to quit.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>cat <replaceable>filename</replaceable></command></term> - -<listitem> - -<para>Displays <replaceable>filename</replaceable> on screen. If -it's too long and you can see only the end of it, press -<keycap>ScrollLock</keycap> and use the <keycap>up-arrow</keycap> to -move backward; you can use <keycap>ScrollLock</keycap> with man pages -too. Press <keycap>ScrollLock</keycap> again to quit scrolling. You -might want to try <command>cat</command> on some of the dot files in -your home directory—<command>cat -<parameter>.cshrc</parameter></command>, <command>cat -<parameter>.login</parameter></command>, <command>cat -<parameter>.profile</parameter></command>.</para> - -</listitem> -</varlistentry> -</variablelist> - -You'll notice aliases in <filename>.cshrc</filename> for some of the -<command>ls</command> commands (they're very convenient). -You can create other aliases by editing <filename>.cshrc</filename>. -You can make these aliases available to all users on the system by -putting them in the system-wide csh configuration file, -<filename>/etc/csh.cshrc</filename>.</para> - -</chapter> - -<chapter> -<title>Getting Help and Information</title> - -<para>Here are some useful sources of help. -<replaceable>Text</replaceable> stands for something of your choice -that you type in—usually a command or filename.</para> - -<variablelist> -<varlistentry><term><command>apropos <replaceable>text</replaceable></command></term> - -<listitem> -<para>Everything containing string <replaceable>text</replaceable> -in the <database>whatis database</database>.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>man <replaceable>text</replaceable></command></term> - -<listitem> -<para>The man page for <replaceable>text</replaceable>. The major -source of documentation for Un*x systems. <command>man -<parameter>ls</parameter></command> will tell you all the ways to use -the <command>ls</command> command. Press <keycap>Enter</keycap> to -move through text, -<keycombo><keycap>Ctrl</keycap><keycap>b</keycap></keycombo> to go -back a page, <keycombo><keycap>Ctrl</keycap><keycap>f</keycap></keycombo> to -go forward, <keycap>q</keycap> or -<keycombo><keycap>Ctrl</keycap><keycap>c</keycap></keycombo> to -quit.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>which <replaceable>text</replaceable></command></term> - -<listitem> -<para>Tells you where in the user's path the command -<replaceable>text</replaceable> is found.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>locate <replaceable>text</replaceable></command></term> - -<listitem> -<para>All the paths where the string <replaceable>text</replaceable> -is found.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>whatis <replaceable>text</replaceable></command></term> - -<listitem> -<para>Tells you what the command <replaceable>text</replaceable> -does and its man page. Typing <command>whatis *</command> will tell -you about all the binaries in the current directory.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>whereis <replaceable>text</replaceable></command></term> - -<listitem> -<para>Finds the file <replaceable>text</replaceable>, giving its full -path.</para> -</listitem> -</varlistentry> -</variablelist> - -<para>You might want to try using <command>whatis</command> on some -common useful commands like <command>cat</command>, -<command>more</command>, <command>grep</command>, -<command>mv</command>, <command>find</command>, -<command>tar</command>, <command>chmod</command>, -<command>chown</command>, <command>date</command>, and -<command>script</command>. <command>more</command> lets you read a -page at a time as it does in DOS, e.g., <command>ls -l | -more</command> or <command>more -<replaceable>filename</replaceable></command>. The -<literal>*</literal> works as a wildcard—e.g., <command>ls -w*</command> will show you files beginning with -<literal>w</literal>.</para> - -<para>Are some of these not working very well? Both -<command>locate</command> and <command>whatis</command> -depend on a database that's rebuilt weekly. If your machine isn't -going to be left on over the weekend (and running FreeBSD), you might -want to run the commands for daily, weekly, and monthly maintenance -now and then. Run them as root and give each one time to finish -before you start the next one, for now. -<informalexample> -<screen># <userinput>/etc/daily</userinput> -<lineannotation>output omitted</lineannotation> -# <userinput>/etc/weekly</userinput> -<lineannotation>output omitted</lineannotation> -# <userinput>/etc/monthly</userinput> -<lineannotation>output omitted</lineannotation></screen> -</informalexample></para> - -<para>If you get tired waiting, press -<keycombo><keycap>Alt</keycap><keycap>F2</keycap></keycombo> to get -another <firstterm>virtual console</firstterm>, and log in again. -After all, it's a multi-user, multi-tasking system. Nevertheless -these commands will probably flash messages on your screen while -they're running; you can type <command>clear</command> at the prompt -to clear the screen. Once they've run, you might want to look at -<filename>/var/mail/root</filename> and -<filename>/var/log/messages</filename>.</para> - -<para>Basically running such commands is part of system -administration—and as a single user of a Unix system, you're -your own system administrator. Virtually everything you need to be -root to do is system administration. Such responsibilities aren't -covered very well even in those big fat books on Unix, which seem to -devote a lot of space to pulling down menus in windows managers. You -might want to get one of the two leading books on systems -administration, either Evi Nemeth et.al.'s <citetitle>UNIX System -Administration Handbook</citetitle> (Prentice-Hall, 1995, ISBN -0-13-15051-7)—the second edition with the red cover; or -Æleen Frisch's <citetitle>Essential System -Administration</citetitle> (O'Reilly & Associates, 1993, ISBN -0-937175-80-3). I used Nemeth.</para> - -</chapter> - -<chapter> -<title>Editing Text</title> - -<para>To configure your system, you need to edit text files. Most of -them will be in the <filename>/etc</filename> directory; and you'll -need to <command>su</command> to root to be able to change them. You -can use the easy <command>ee</command>, but in the long run the -text editor <command>vi</command> is worth learning. There's an -excellent tutorial on vi in -<filename>/usr/src/contrib/nvi/docs/tutorial</filename> if you have -that installed; otherwise you can get it by ftp to -ftp.cdrom.com in the directory -FreeBSD/FreeBSD-current/src/contrib/nvi/docs/tutorial.</para> - -<para>Before you edit a -file, you should probably back it up. Suppose you want to edit -<filename>/etc/rc.conf</filename>. You could just use <command>cd -/etc</command> to get to the <filename>/etc</filename> directory and -do: -<informalexample> -<screen># <userinput>cp rc.conf rc.conf.orig</userinput></screen> -</informalexample> - -This would copy <filename>rc.conf</filename> to -<filename>rc.conf.orig</filename>, and you could later copy -<filename>rc.conf.orig</filename> to <emphasis -remap=tt>rc.conf</emphasis> to recover the original. But even -better would be moving (renaming) and then copying back: -<informalexample> -<screen># <userinput>mv rc.conf rc.conf.orig</userinput> -# <userinput>cp rc.conf.orig rc.conf</userinput></screen> -</informalexample> - -because the <command>mv</command> command preserves the original date -and owner of the file. You can now edit -<filename>rc.conf</filename>. If you want the original back, you'd -then <userinput>mv rc.conf rc.conf.myedit</userinput> -(assuming you want to preserve your edited version) and then -<informalexample> -<screen># <userinput>mv rc.conf.orig rc.conf</userinput></screen> -</informalexample> -to put things back the way they were.</para> - -<para>To edit a file, type -<informalexample> -<screen># <userinput>vi <replaceable>filename</replaceable></userinput></screen> -</informalexample> -Move through the text with the arrow keys. <keycap>Esc</keycap> (the -escape key) puts <command>vi</command> in command mode. Here are some -commands: -<variablelist> -<varlistentry><term><command>x</command></term> -<listitem> -<para>delete letter the cursor is on</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>dd</command></term> - -<listitem> -<para>delete the entire line (even if it wraps on the screen)</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>i</command></term> - -<listitem> -<para>insert text at the cursor</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>a</command></term> - -<listitem> -<para>insert text after the cursor</para> - -</listitem> -</varlistentry> -</variablelist> -Once you type <command>i</command> or <command>a</command>, you can enter text. -<command>Esc</command> puts you back in command mode where you can type -<variablelist> -<varlistentry><term><command>:w</command></term> -<listitem> -<para>to write your changes to disk and continue editing</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>:wq</command></term> - -<listitem> -<para>to write and quit</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>:q!</command></term> - -<listitem> -<para>to quit without saving changes</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>/<replaceable>text</replaceable></command></term> - -<listitem> -<para>to move the cursor to <replaceable>text</replaceable>; -<command>/<keycap>Enter</keycap></command> (the enter key) to find -the next instance of <replaceable>text</replaceable>.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>G</command></term> - -<listitem> -<para>to go to the end of the file</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command><replaceable>n</replaceable>G</command></term> - -<listitem> -<para>to go to line <replaceable>n</replaceable> in -the file, where <replaceable>n</replaceable> is a number</para> - -</listitem> -</varlistentry> - -<varlistentry><term><keycombo><keycap>Ctrl</><keycap>L</></keycombo></term> - -<listitem> -<para>to redraw the screen</para> - -</listitem> -</varlistentry> - -<varlistentry><term><keycombo><keycap>Ctrl</><keycap>b</></> and <keycombo><keycap>Ctrl</><keycap>f</></></term> - -<listitem> -<para>go back -and forward a screen, as they -do with <command>more</> and <command>view</>.</para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -<para>Practice with <command>vi</> in your home directory by creating -a new file with <command>vi <replaceable>filename</></> and adding -and deleting text, saving the file, and calling it up again. -<command>vi</> delivers some surprises because it's really quite -complex, and sometimes you'll inadvertently issue a command that will -do something you don't expect. (Some people actually like -<command>vi</>—it's more powerful than DOS EDIT—find out -about the <command>:r</> command.) Use <keycap>Esc</> one or -more times to be sure you're in command mode and proceed from there -when it gives you trouble, save often with <command>:w</>, and -use <command>:q!</> to get out and start over (from -your last <command>:w</>) when you need to.</para> - -<para>Now you can <command>cd</> to <filename>/etc</filename>, -<command>su</> to root, use <command>vi</> to edit the file -<filename>/etc/group</filename>, and add a user to wheel so the user -has root privileges. Just add a comma and the user's login name to -the end of the first line in the file, press <keycap>Esc</>, and use -<command>:wq</> to write the file to disk and quit. Instantly -effective. (You didn't put a space after the comma, did you?)</para> - -</chapter> - -<chapter> -<title>Printing Files from DOS</title> - -<para>At this point you probably don't have the printer working, so here's a -way to create a file from a man page, move it to a floppy, and then -print it from DOS. Suppose you want to read carefully about changing -permissions on files (pretty important). You can use the command -man chmod to read about it. The command -<informalexample> -<screen># <userinput>man chmod | col -b > chmod.txt</></screen> -</informalexample> -will remove formatting codes and send the man page to -the <filename>chmod.txt</filename> file -instead of showing it on your screen. Now put a dos-formatted -diskette in your floppy drive a, <command>su</> to -root, and type -<informalexample> -<screen># <userinput>/sbin/mount -t msdos /dev/fd0 /mnt</></screen> -</informalexample> -to mount the floppy drive on <filename>/mnt</filename>.</para> - -<para>Now (you no longer need to be root, and you can type -<command>exit</> to get back to being user jack) you can go to the -directory where you created chmod.txt and copy the file to the floppy -with: -<informalexample> -<screen>% <userinput>cp chmod.txt /mnt</></screen> -</informalexample> -and use <command>ls /mnt</command> to get a directory listing of -<filename>/mnt</filename>, which should show the file -<filename>chmod.txt</filename>.</para> - -<para>You might especially want to make a file from -<filename>/sbin/dmesg</filename> by typing -<informalexample> -<screen>% <userinput>/sbin/dmesg > dmesg.txt</></screen> -</informalexample> -and copying <filename>dmesg.txt</filename> to the floppy. -<command>/sbin/dmesg</command> is the boot log record, and it's -useful to understand it because it shows what FreeBSD found when it -booted up. If you ask questions on -<email>freebsd-questions@FreeBSD.ORG</> or on a USENET -group—like <quote>FreeBSD isn't finding my tape drive, what do -I do?</quote>—people will want to know what <command>dmesg</> -has to say.</para> - -<para>You can now dismount the floppy drive (as root) to get the disk -out with -<informalexample> -<screen># <userinput>/sbin/umount /mnt</></screen> -</informalexample> -and reboot to go to DOS. Copy these files to a DOS directory, call -them up with DOS EDIT, Windows Notepad or Wordpad, or a word processor, make a -minor change so the file has to be saved, and print as you normally -would from DOS or Windows. Hope it works! man pages come out best if -printed with the dos <command>print</> command. (Copying files from -FreeBSD to a mounted dos partition is in some cases still a little -risky.)</para> - -<para>Getting the printer printing from FreeBSD involves creating an -appropriate entry in <filename>/etc/printcap</filename> and creating -a matching spool directory in -<filename>/var/spool/output</filename>. If your printer is on -<hardware>lpt0</> (what dos calls <hardware>LPT1</>), you may only -need to go to <filename>/var/spool/output</filename> and (as root) -create the directory <filename>lpd</> by typing: -<command> -mkdir lpd</command>, if it doesn't already -exist. -Then the printer should respond if it's turned on when the system is -booted, and lp or lpr should send a file to the printer. Whether or -not the file actually prints depends on configuring it, which is -covered in the <ulink -URL="http://www.freebsd.org/handbook/handbook.html">FreeBSD -handbook.</></para> - -</chapter> - -<chapter> -<title>Other Useful Commands</title> - -<para> -<variablelist> -<varlistentry><term><command>df</></term> -<listitem> -<para>shows file space and mounted systems.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ps aux</></term> - -<listitem> -<para>shows processes running. <command>ps ax</> is a narrower form.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>rm <replaceable>filename</></></term> - -<listitem> -<para>remove <replaceable>filename</>.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>rm -R <replaceable>dir</></></term> - -<listitem> -<para>removes a directory <replaceable>dir</> and all -subdirectories—careful!</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls -R</command></term> - -<listitem> -<para>lists files in the current -directory and all subdirectories; -I used a variant, <command>ls -AFR > where.txt</command>, -to get a list of all -the files in <filename>/</filename> and (separately) -<filename>/usr</filename> before I found better -ways to find files.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>passwd</></term> - -<listitem> -<para>to change user's password (or root's password)</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>man hier</></term> - -<listitem> -<para>man page on the Unix file system</para> - -</listitem> -</varlistentry> -</variablelist></para> - -<para>Use <command>find</> to locate filename in <filename>/usr</filename> -or any of its subdirectories with -<informalexample> -<screen>% <userinput>find /usr -name "<replaceable>filename</>"</></screen> -</informalexample> -You can use <literal>*</literal> as a wildcard in -<parameter>"<replaceable>filename</>"</> (which should be in -quotes). If you tell find to search in <filename>/</filename> -instead of <filename>/usr</filename> it will look for the file(s) on -all mounted file systems, including the CDROM and the dos -partition.</para> - -<para>An excellent book that explains Unix commands and utilities is -Abrahams & Larson, <citetitle>Unix for the Impatient</citetitle> -(2nd ed., Addison-Wesley, 1996). There's also a lot of Unix -information on the Internet. Try the <ulink -URL="http://www.eecs.nwu.edu/unix.html">Unix Reference -Desk</ulink>.</para> - -</chapter> - -<chapter> -<title>Next Steps</title> - -<para>You should now have the tools you need to get around and edit -files, so you can get everything up and running. There is a great -deal of information in the FreeBSD handbook (which is probably on -your hard drive) and <ulink URL="http://www.freebsd.org/">FreeBSD's -web site</ulink>. A wide variety of packages and ports are on the -<ulink URL="http://www.cdrom.com/">Walnut Creek</ulink> CDROM as well -as the web site. The handbook tells you more about how to use them -(get the package if it exists, with <command>pkg_add -/cdrom/packages/All/<replaceable>packagename</></>, -where <replaceable>packagename</replaceable> is the filename of the -package). The cdrom has lists of the packages and ports with brief -descriptions in <filename>cdrom/packages/index</filename>, -<filename>cdrom/packages/index.txt</filename>, and -<filename>cdrom/ports/index</filename>, with fuller descriptions in -<filename>/cdrom/ports/*/*/pkg/DESCR</filename>, where the -<literal>*</literal>s represent subdirectories of kinds of programs -and program names respectively.</para> - -<para>If you find the handbook too sophisticated (what with -<command>lndir</> and all) on installing ports from the cdrom, -here's what usually works:</para> - -<para>Find the port you want, say <command>kermit</>. There will be -a directory for it on the cdrom. Copy the subdirectory to -<filename>/usr/local</filename> (a good place for software you add -that should be available to all users) with: -<informalexample> -<screen># <userinput>cp -R /cdrom/ports/comm/kermit /usr/local</></screen> -</informalexample> - -This should result in a <filename>/usr/local/kermit</filename> -subdirectory that has all the files that the -<command>kermit</command> subdirectory on the CDROM has.</para> - -<para>Next, create the directory <filename>/usr/ports/distfiles</filename> -if it doesn't already exist using <command>mkdir</>. Now check -check <filename>/cdrom/ports/distfiles</filename> for a -file with a name that indicates it's the port you want. Copy that -file to <filename>/usr/ports/distfiles</filename>; in recent versions -you can skip this step, as FreeBSD will do it for you. -In the case of <command>kermit</>, there is no -distfile.</para> - -<para>Then <command>cd</> to the subdirectory of -<filename>/usr/local/kermit</filename> that has the file -<filename>Makefile</>. Type -<informalexample> -<screen># <userinput>make all install</></screen> -</informalexample> -</para> - -<para>During this process the port will ftp to get any compressed -files it needs that it didn't find on the cdrom or in -<filename>/usr/ports/distfiles</filename>. If you don't have your -network running yet and there was no file for the port in -<filename>/cdrom/ports/distfiles</filename>, you will have to get -the distfile using another machine and copy it to -<filename>/usr/ports/distfiles</filename> from a floppy or your dos -partition. Read <filename>Makefile</> (with <command>cat</> or -<command>more</> or <command>view</>) to find out where to go (the -master distribution site) to get the file and what its name is. Its -name will be truncated when downloaded to DOS, and after you get it -into <filename>/usr/ports/distfiles</filename> you'll have to rename -it (with the <command>mv</> command) to its original name so it can -be found. (Use binary file transfers!) Then go back to -<filename>/usr/local/kermit</filename>, find the directory with -<filename>Makefile</>, and type <command>make all install</>.</para> - -<para>The other thing that happens when installing ports or packages -is that some other program is needed. If the installation stops with -a message <errorname>can't find unzip</errorname> or whatever, you -might need to install the package or port for unzip before you -continue.</para> - -<para>Once it's installed type <command>rehash</> to make FreeBSD -reread the files in the path so it knows what's there. (If you get a -lot of <errorname>path not found</> messages when you use -<command>whereis</> or which, you might want to make additions to the -list of directories in the path statement in -<filename>.cshrc</filename> in your home directory. The path -statement in Unix does the same kind of work it does in DOS, except -the current directory is not (by default) in the path for security -reasons; if the command you want is in the directory you're in, you -need to type <filename>./</filename> before the command to make it -work; no space after the slash.)</para> - -<para>You might want to get the most recent version of Netscape from -their <ulink URL="ftp://ftp.netscape.com">ftp site</ulink>. (Netscape -requires the X Window System.) There's now a FreeBSD version, so look -around carefully. Just use <command>gunzip -<replaceable>filename</></> and <command>tar xvf -<replaceable>filename</></> on it, move the binary to -<filename>/usr/local/bin</filename> or some other place binaries are -kept, <command>rehash</>, and then put the following lines in -<filename>.cshrc</filename> in each user's home directory or (easier) -in <filename>/etc/csh.cshrc</filename>, the system-wide csh start-up -file: -<informalexample> -<programlisting>setenv XKEYSYMDB /usr/X11R6/lib/X11/XKeysymDB -setenv XNLSPATH /usr/X11R6/lib/X11/nls</> -</informalexample> -This assumes that the file <filename>XKeysymDB</> and the directory -<filename>nls</> are in <filename>/usr/X11R6/lib/X11</filename>; if -they're not, find them and put them there.</para> - -<para>If you originally got Netscape as a port using the CDROM (or -ftp), don't replace <filename>/usr/local/bin/netscape</filename> with -the new netscape binary; this is just a shell script that sets up the -environmental variables for you. Instead rename the new binary to -<filename>netscape.bin</filename> and replace the old binary, which -is <filename>/usr/local/lib/netscape/netscape.bin</filename>.</para> - -</chapter> - -<chapter> - -<title>Your Working Environment</title> - -<para>Your shell is the most important part of your working environment. -In DOS, the usual shell is command.com. The shell is what interprets -the commands you type on the command line, and thus communicates with -the rest of the operating system. You can also write shell -scripts, which are like DOS batch files: a series of commands to be -run without your intervention.</para> - -<para>Two shells come installed with FreeBSD: csh and sh. csh is good for -command-line work, but scripts should be written with sh (or bash). You can -find out what shell you have by typing <command>echo $SHELL</command>.</para> - -<para>The csh shell is okay, but tcsh does everything csh does and more. It -It allows you to recall commands with the arrow keys and edit them. -It has tab-key completion -of filenames (csh uses the escape key), and it lets you switch to the -directory you were last in with <command>cd -</command>. It's also much -easier to alter your prompt with tcsh. It makes life a lot easier.</para> - -<para>Here are the three steps for installing a new shell:</para> - -<para> 1. Install the shell as a port or a package, just as you -would any other port or package. Use <command>rehash</command> and -<command>which tcsh</command> (assuming you're installing tcsh) to -make sure it got installed.</para> - -<para> 2. As root, edit <filename>/etc/shells</filename>, adding -a line in the file for the new shell, in this case /usr/local/bin/tcsh, -and save the file. (Some ports may do this for you.)</para> - -<para> 3. Use the <command>chsh</command> command to change your shell to -tcsh permanently, or type <command>tcsh</command> at the prompt to -change your shell without logging in again.</para> - -<para><emphasis>Note: It can be dangerous to change root's shell</emphasis> -to something other than sh or csh on early versions of FreeBSD and many -other versions of Unix; you may not have a working shell when the system -puts you into single user mode. The solution is to use <command>su -m</command> -to become root, which will give you the tcsh as root, because the shell is part -of the environment. You can make this permanent by adding it to your -<filename>.tcshrc</filename> file as an alias with <programlisting>alias su su -m.</></para> - -<para>When tcsh starts up, it will read the -<filename>/etc/csh.cshrc</filename> and <filename>/etc/csh.login</filename> -files, as does csh. It will also read the -<filename>.login</filename> file in your home directory and the -<filename>.cshrc</filename> -file as well, unless you provide a <filename>.tcshrc</filename> -file. This you can do by simply copying <filename>.cshrc</filename> -to <filename>.tcshrc</filename>.</para> - -<para>Now that you've installed tcsh, you can adjust your prompt. You can -find the details in the manual page for tcsh, but here is a line to -put in your <filename>.tcshrc</filename> that will tell you how many -commands you have typed, what time it is, and what directory you are in. -It also produces a <literal>></literal> if you're an ordinary user and -a <literal>#</literal> if you're root, but tsch will do that in any -case:</para> -<para> - set prompt = "%h %t %~ %# "</para> - -<para>This should go in the same place as the existing set prompt line -if there is one, or under "if($?prompt) then" if not. -Comment out the old line; you can always switch back to it if you prefer -it. Don't forget the spaces and quotes. You can get the <filename>.tcshrc</filename> reread by typing <command>source .tcshrc</command>.</para> - -<para>You can get a listing of other environmental variables that -have been set by typing <command>env</command> at the prompt. The -result will show you your default editor, pager, and terminal type, -among possibly many others. A useful command if you log in from a -remote location and can't run a program because the terminal isn't -capable is -<command>setenv TERM vt100</command>.</para> -</chapter> - - -<chapter> -<title>Other</title> - -<para>As root, you can dismount the CDROM with <command>/sbin/umount -/cdrom</>, take it out of the drive, insert another one, and mount it -with <command>/sbin/mount_cd9660 /dev/cd0a /cdrom</> assuming -<hardware>cd0a</> is the device name for your CDROM drive. The -most recent versions of FreeBSD let you mount the cdrom with just -<command>/sbin/mount /cdrom</command>.</para> - -<para>Using the live file system—the second of FreeBSD's CDROM -disks—is useful if you've got limited space. What is on the -live file system varies from release to release. You might try -playing games from the cdrom. This -involves using <command>lndir</>, which gets installed with the X -Window System, to tell the program(s) where to find the necessary -files, because they're in the <filename>/cdrom</filename> file system -instead of in <filename>/usr</filename> and its subdirectories, which -is where they're expected to be. Read <command>man lndir</>.</para> - -</chapter> - -<chapter> -<title>Comments Welcome</title> - -<para>If you use this guide I'd be interested in knowing where it was -unclear and what was left out that you think should be included, and -if it was helpful. My thanks to Eugene W. Stark, professor of -computer science at SUNY-Stony Brook, and John Fieber for helpful -comments.</para> - -<para>Annelise Anderson, <email>andrsn@andrsn.stanford.edu</></para> - -</chapter> -</book> diff --git a/en_US.ISO8859-1/articles/programming-tools/Makefile b/en_US.ISO8859-1/articles/programming-tools/Makefile deleted file mode 100644 index 72c7507f01..0000000000 --- a/en_US.ISO8859-1/articles/programming-tools/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:11 max Exp $ - -DOCS= devel.docb -INDEXLINK= devel.html - -.include "../../web.mk" - diff --git a/en_US.ISO8859-1/articles/programming-tools/article.sgml b/en_US.ISO8859-1/articles/programming-tools/article.sgml deleted file mode 100644 index addd185ee8..0000000000 --- a/en_US.ISO8859-1/articles/programming-tools/article.sgml +++ /dev/null @@ -1,1835 +0,0 @@ -<!-- $Id: article.sgml,v 1.3 1997-08-17 17:33:49 jfieber Exp $ --> -<!-- The FreeBSD Documentation Project --> - -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> -<bookinfo> -<bookbiblio> -<title>A User's Guide to FreeBSD Programming Tools</title> - -<authorgroup> -<author> -<firstname>James</firstname> -<surname>Raynard</surname> -<affiliation> -<address> -<email>jraynard@freebsd.org</email> -</address> -</affiliation> -</author></authorgroup> - -<pubdate>August 17, 1997</pubdate> - -<copyright> -<year>1997</year> -<holder>James Raynard</holder> -</copyright> - -<abstract><para>This document is an introduction to using some of the programming -tools supplied with FreeBSD, although much of it will be applicable to -many other versions of Unix. It does <emphasis>not</emphasis> attempt to describe -coding in any detail. Most of the document assumes little or no -previous programming knowledge, although it is hoped that most -programmers will find something of value in it</para></abstract> -</bookbiblio> -</bookinfo> - -<chapter> -<title>Introduction<anchor id=foo></title> - -<para>FreeBSD offers an excellent development environment. Compilers -for C, C++, and Fortran and an assembler come with the basic system, -not to mention a Perl interpreter and classic Unix tools such as -<command>sed</> and <command>awk</>. If that is not enough, there are -many more compilers and interpreters in the Ports collection. FreeBSD -is very compatible with standards such as <acronym>POSIX</> and -<acronym>ANSI</> C, as well with its own BSD heritage, so it is -possible to write applications that will compile and run with little -or no modification on a wide range of platforms.</para> - -<para>However, all this power can be rather overwhelming at first if -you've never written programs on a Unix platform before. This -document aims to help you get up and running, without getting too -deeply into more advanced topics. The intention is that this document -should give you enough of the basics to be able to make some sense of -the documentation.</para> - -<para>Most of the document requires little or no knowledge of -programming, although it does assume a basic competence with using -Unix and a willingness to learn!</para> - -</chapter> - -<chapter> -<title>Introduction to Programming</title> - -<para>A program is a set of instructions that tell the computer to do -various things; sometimes the instruction it has to perform depends -on what happened when it performed a previous instruction. This -section gives an overview of the two main ways in which you can give -these instructions, or <quote>commands</quote> as they are usually -called. One way uses an <firstterm>interpreter</>, the other a -<firstterm>compiler</>. As human languages are too difficult for a -computer to understand in an unambiguous way, commands are usually -written in one or other languages specially designed for the -purpose.</para> - - - -<sect1> -<title>Interpreters</title> - -<para>With an interpreter, the language comes as an environment, where you -type in commands at a prompt and the environment executes them for -you. For more complicated programs, you can type the commands into a -file and get the interpreter to load the file and execute the commands -in it. If anything goes wrong, many interpreters will drop you into a -debugger to help you track down the problem.</para> - -<para>The advantage of this is that you can see the results of your -commands immediately, and mistakes can be corrected readily. The -biggest disadvantage comes when you want to share your programs with -someone. They must have the same interpreter, or you must have some -way of giving it to them, and they need to understand how to use it. -Also users may not appreciate being thrown into a debugger if they -press the wrong key! From a performance point of view, interpreters -can use up a lot of memory, and generally do not generate code as -efficiently as compilers.</para> - -<para>In my opinion, interpreted languages are the best way to start -if you have not done any programming before. This kind of environment -is typically found with languages like Lisp, Smalltalk, Perl and -Basic. It could also be argued that the Unix shell (<command>sh</>, -<command>csh</>) is itself an interpreter, and many people do in fact -write shell <quote>scripts</quote> to help with various -<quote>housekeeping</> tasks on their machine. Indeed, part of the -original Unix philosophy was to provide lots of small utility -programs that could be linked together in shell scripts to perform -useful tasks.</para> - -</sect1> - -<sect1> -<title>Interpreters available with FreeBSD</title> - -<para>Here is a list of interpreters that are available as <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/">FreeBSD -packages</ulink>, with a brief discussion of some of the more popular -interpreted languages. </para> - -<para>To get one of these packages, all you need to do is to click on -the hotlink for the package, then run -<screen>$ <userinput>pkg_add <replaceable>package name</></userinput></screen> -</para> - -<para>as root. Obviously, you will need to have a fully functional FreeBSD -2.1.0 or later system for the package to work!</para> - -<para> -<variablelist> -<varlistentry><term><acronym>BASIC</></term> - -<listitem><para>Short for Beginner's All-purpose Symbolic Instruction -Code. Developed in the 1950s for teaching University students to -program and provided with every self-respecting personal computer in -the 1980s, <acronym>BASIC</> has been the first programming language -for many programmers. It's also the foundation for <trademark>Visual -Basic</>.</para> - -<para>The <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/bwbasic-2.10.tgz">Bywater -Basic Interpreter</ulink> and the <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/pbasic-2.0.tgz">Phil -Cockroft's Basic Interpreter</ulink> (formerly Rabbit Basic) are -available as FreeBSD <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/">FreeBSD -packages</ulink></para> -</listitem> -</varlistentry> - -<varlistentry><term>Lisp</term> -<listitem><para>A language that was developed in the late 1950s as an alternative to -the <quote>number-crunching</quote> languages that were popular at the time. -Instead of being based on numbers, Lisp is based on lists; in fact -the name is short for <quote>List Processing</quote>. Very popular in AI -(Artificial Intelligence) circles.</para> - -<para>Lisp is an extremely powerful and sophisticated language, but -can be rather large and unwieldy. </para> - -<para>FreeBSD has <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/gcl-2.0.tgz">GNU -Common Lisp</ulink> available as a package.</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Perl</term> -<listitem><para>Very popular with system administrators for writing -scripts; also often used on World Wide Web servers for writing <acronym>CGI</> -scripts.</para> - -<para>Version 4, which is probably still the most widely-used -version, comes with FreeBSD; the newer <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/perl-5.001.tgz">Perl -Version 5</ulink> is available as a package.</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Scheme</term> -<listitem><para>A dialect of Lisp that is rather more compact and -cleaner than Common Lisp. Popular in Universities as it is simple -enough to teach to undergraduates as a first language, while it has a -high enough level of abstraction to be used in research work.</para> - -<para>FreeBSD has packages of the -<ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/elk-3.0.tgz">Elk Scheme Interpreter</ulink>, the -<ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/mit-scheme-7.3.tgz">MIT Scheme Interpreter</ulink> and the -<ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/scm-4e1.tgz">SCM Scheme Interpreter</ulink>.</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Icon</term> -<listitem><para><ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/icon-9.0.tgz">The Icon Programming Language</ulink>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Logo</term> -<listitem><para><ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/ucblogo-3.3.tgz">Brian Harvey's LOGO Interpreter</ulink>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Python</term> -<listitem><para><ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/python-1.2">The Python Object-Oriented Programming Language</ulink></para> -</listitem> -</varlistentry> - -</variablelist> -</para> - -</sect1> - -<sect1> -<title>Compilers</title> - -<para>Compilers are rather different. First of all, you write your -code in a file (or files) using an editor. You then run the compiler -and see if it accepts your program. If it did not compile, grit your -teeth and go back to the editor; if it did compile and gave you a -program, you can run it either at a shell command prompt or in a -debugger to see if it works properly.<footnote><para>If you run it in -the shell, you may get a core dump.</para></footnote></para> - -<para>Obviously, this is not quite as direct as using an interpreter. -However it allows you to do a lot of things which are very difficult -or even impossible with an interpreter, such as writing code which -interacts closely with the operating system—or even writing -your own operating system! It's also useful if you need to write very -efficient code, as the compiler can take its time and optimise the -code, which would not be acceptable in an interpreter. And -distributing a program written for a compiler is usually more -straightforward than one written for an interpreter—you can just -give them a copy of the executable, assuming they have the same -operating system as you.</para> - -<para>Compiled languages include Pascal, C and C++. C and C++ are rather -unforgiving languages, and best suited to more experienced -programmers; Pascal, on the other hand, was designed as an educational -language, and is quite a good language to start with. Unfortunately, -FreeBSD doesn't have any Pascal support, except for a Pascal-to-C -converter in the ports.</para> - -<para>As the edit-compile-run-debug cycle is rather tedious when -using separate programs, many commercial compiler makers have -produced Integrated Development Environments (<acronym>IDE</acronym>s -for short). FreeBSD does not have an <acronym>IDE</> as such; however -it is possible to use Emacs for this purpose. This is discussed in -<xref linkend="emacs">.</para> - -</sect1> -</chapter> - -<chapter> -<title>Compiling with <command>cc</command></title> - -<para>This section deals only with the GNU compiler for C and C++, -since that comes with the base FreeBSD system. It can be invoked by -either <command>cc</> or <command>gcc</>. The details of producing a -program with an interpreter vary considerably between interpreters, -and are usually well covered in the documentation and on-line help -for the interpreter.</para> - -<para>Once you've written your masterpiece, the next step is to convert it -into something that will (hopefully!) run on FreeBSD. This usually -involves several steps, each of which is done by a separate -program.</para> - -<procedure> -<step><para>Pre-process your source code to remove comments and do other -tricks like expanding macros in C. -</para></step> - -<step><para>Check the syntax of your code to see if you have obeyed the -rules of the language. If you have not, it will complain! -</para></step> - -<step><para>Convert the source code into assembly -language—this is very close to machine code, but still -understandable by humans. Allegedly.<footnote><para>To be strictly -accurate, <command>cc</> converts the source code into its own, -machine-independent <firstterm>p-code</> instead of assembly language -at this stage.</para></footnote></para></step> - -<step><para>Convert the assembly language into machine -code—yep, we are talking bits and bytes, ones and zeros -here.</para></step> - -<step><para>Check that you have used things like functions and global -variables in a consistent way. For example, if you have called a -non-existent function, it will complain.</para></step> - -<step><para>If you are trying to produce an executable from several -source code files, work out how to fit them all together.</para></step> - -<step><para>Work out how to produce something that the system's run-time -loader will be able to load into memory and run.</para></step> - -<step><para>Finally, write the executable on the file -system.</para></step> - -</procedure> - -<para>The word <firstterm>compiling</> is often used to refer to just -steps 1 to 4—the others are referred to as -<firstterm>linking</>. Sometimes step 1 is referred to as -<firstterm>pre-processing</> and steps 3-4 as -<firstterm>assembling</>.</para> - -<para>Fortunately, almost all this detail is hidden from you, as -<command>cc</> is a front end that manages calling all these programs -with the right arguments for you; simply typing -<screen>$ <userinput>cc foobar.c</></screen></para> - -<para>will cause <filename>foobar.c</> to be compiled by all the -steps above. If you have more than one file to compile, just do -something like -<screen>$ <userinput>cc foo.c bar.c</></screen> -</para> - -<para>Note that the syntax checking is just that—checking the -syntax. It will not check for any logical mistakes you may have made, -like putting the program into an infinite loop, or using a bubble -sort when you meant to use a binary sort.<footnote><para>In case you -didn't know, a binary sort is an efficient way of sorting things into -order and a bubble sort isn't.</para></footnote></para> - -<para>There are lots and lots of options for <command>cc</>, which -are all in the man page. Here are a few of the most important ones, -with examples of how to use them.</para> - -<variablelist> -<varlistentry><term><option>-o <replaceable>filename</replaceable></></term> - -<listitem><para>The output name of the file. If you do not use this -option, <command>cc</> will produce an executable called -<filename>a.out</>.<footnote><para>The reasons for this are buried in -the mists of history.</para></footnote></para> - -<informalexample> -<screen>$ <userinput>cc foobar.c</> <lineannotation>executable is <filename>a.out</></> -$ <userinput>cc -o foobar foobar.c</> <lineannotation>executable is <filename>foobar</></></screen> -</informalexample> -</listitem> -</varlistentry> - -<varlistentry><term><option>-c</option></term> -<listitem><para>Just compile the file, do not link it. Useful for toy -programs where you just want to check the syntax, or if you are using -a <filename>Makefile</filename>.</para> - -<informalexample> -<screen>$ <userinput>cc -c foobar.c</userinput></screen> -</informalexample> - -<para>This will produce an <firstterm>object file</> (not an -executable) called <filename>foobar.o</filename>. This can be linked -together with other object files into an executable.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><option>-g</option></term> - -<listitem><para>Create a debug version of the executable. This makes -the compiler put information into the executable about which line of -which source file corresponds to which function call. A debugger can -use this information to show the source code as you step through the -program, which is <emphasis>very</emphasis> useful; the disadvantage -is that all this extra information makes the program much bigger. -Normally, you compile with <option>-g</option> while you are -developing a program and then compile a <quote>release -version</quote> without <option>-g</option> when you're satisfied it -works properly.</para> - -<informalexample> -<screen>$ <userinput>cc -g foobar.c</userinput></screen> -</informalexample> - -<para>This will produce a debug version of the -program.<footnote><para>Note, we didn't use the <option>-o</option> -flag to specify the executable name, so we will get an executable -called <filename>a.out</filename>. Producing a debug version called -<filename>foobar</filename> is left as an exercise for the -reader!</para></footnote></para> - -</listitem> -</varlistentry> - -<varlistentry><term><option>-O</option></term> - -<listitem><para>Create an optimised version of the executable. The -compiler performs various clever tricks to try and produce an -executable that runs faster than normal. You can add a number after -the <option>-O</option> to specify a higher level of optimisation, -but this often exposes bugs in the compiler's optimiser. For -instance, the version of <command>cc</command> that comes with the -2.1.0 release of FreeBSD is known to produce bad code with the -<option>-O2</option> option in some circumstances.</para> - -<para>Optimisation is usually only turned on when compiling a release -version.</para> - -<informalexample> -<screen>$ <userinput>cc -O -o foobar foobar.c</userinput></screen> -</informalexample> - -<para>This will produce an optimised version of -<filename>foobar</filename>.</para> - -</listitem> -</varlistentry> -</variablelist> - -<para>The following three flags will force <command>cc</command> to -check that your code complies to the relevant international standard, -often referred to as the <acronym>ANSI</acronym> standard, though -strictly speaking it is an <acronym>ISO</acronym> standard.</para> - -<variablelist> - -<varlistentry><term><option>-Wall</option></term> - -<listitem><para>Enable all the warnings which the authors of -<command>cc</command> believe are worthwhile. Despite the name, it -will not enable all the warnings <command>cc</command> is capable -of.</para></listitem> - -</varlistentry> - -<varlistentry><term><option>-ansi</option></term> - -<listitem> -<para>Turn off most, but not all, of the non-<acronym>ANSI</> C -features provided by <command>cc</command>. Despite the name, it does -not guarantee strictly that your code will comply to the -standard.</para> -</listitem> - -</varlistentry> - -<varlistentry><term><option>-pedantic</option></term> - -<listitem> -<para>Turn off <emphasis>all</emphasis> -<command>cc</command>'s non-<acronym>ANSI</> C features.</para> -</listitem> - -</varlistentry> -</variablelist> - -<para>Without these flags, <command>cc</command> will allow you to -use some of its non-standard extensions to the standard. Some of -these are very useful, but will not work with other compilers—in -fact, one of the main aims of the standard is to allow people to -write code that will work with any compiler on any system. This is -known as <firstterm>portable code</firstterm>.</para> - -<para>Generally, you should try to make your code as portable as -possible, as otherwise you may have to completely re-write the -program later to get it to work somewhere else—and who knows -what you may be using in a few years time?</para> - -<informalexample> -<screen>$ <userinput>cc -Wall -ansi -pedantic -o foobar foobar.c</userinput></screen> -</informalexample> - -<para>This will produce an executable <filename>foobar</filename> -after checking <filename>foobar.c</filename> for standard -compliance.</para> - -<variablelist> - -<varlistentry><term><option>-l<replaceable>library</replaceable></option></term> - -<listitem><para>Specify a function library to be used during when -linking.</para> - -<para>The most common example of this is when compiling a program that -uses some of the mathematical functions in C. Unlike most other -platforms, these are in a separate library from the standard C one -and you have to tell the compiler to add it.</para> - -<para>The rule is that if the library is called -<filename>lib<replaceable>something</replaceable>.a</filename>, you -give <command>cc</command> the argument -<option>-l<replaceable>something</replaceable></option>. For example, -the math library is <filename>libm.a</filename>, so you give -<command>cc</command> the argument <option>-lm</option>. A common -<quote>gotcha</quote> with the math library is that it has to be the -last library on the command line.</para> - -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.c -lm</userinput></screen> -</informalexample> - -<para>This will link the math library functions into -<filename>foobar</filename>.</para> - -<para>If you are compiling C++ code, you need to add -<option>-lg++</option>, or <option>-lstdc++</option> if you are using -FreeBSD 2.2 or later, to the command line argument to link the C++ -library functions. Alternatively, you can run <command>c++</command> -instead of <command>cc</command>, which does this for you. -<command>c++</command> can also be invoked as <command>g++</command> -on FreeBSD.</para> - -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.cc -lg++</userinput> <lineannotation>For FreeBSD 2.1.6 and earlier</> -$ <userinput>cc -o foobar foobar.cc -lstdc++</userinput> <lineannotation>For FreeBSD 2.2 and later</> -$ <userinput>c++ -o foobar foobar.cc</userinput></screen> -</informalexample> - -<para>Each of these will both produce an executable -<filename>foobar</filename> from the C++ source file -<filename>foobar.cc</filename>. Note that, on Unix systems, C++ -source files traditionally end in <filename>.C</filename>, -<filename>.cxx</filename> or <filename>.cc</filename>, rather than -the <trademark>MS-DOS</trademark> style <filename>.cpp</filename> -(which was already used for something else). <command>gcc</command> -used to rely on this to work out what kind of compiler to use on the -source file; however, this restriction no longer applies, so you may -now call your C++ files <filename>.cpp</filename> with -impunity!</para> - -</listitem> -</varlistentry> -</variablelist> - -<sect1> -<title>Common <command>cc</command> Queries and Problems</title> - -<para>Q. I am trying to write a program which uses the -<function>sin()</function> function and I get an error like this. -What does it mean? -<informalexample> -<screen>/var/tmp/cc0143941.o: Undefined symbol `_sin' referenced from text segment</screen> -</informalexample> -</para> - -<para>A. When using mathematical functions like -<function>sin()</function>, you have to tell <command>cc</command> to -link in the math library, like so: -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.c -lm</userinput></screen> -</informalexample></para> - -<para>Q. All right, I wrote this simple program to practice using -<option>-lm</option>. All it does is raise 2.1 to the power of 6. -<informalexample> -<programlisting>#include <stdio.h> - -int main() { - float f; - - f = pow(2.1, 6); - printf("2.1 ^ 6 = %f\n", f); - return 0; -}</programlisting> -</informalexample> -and I compiled it as: -<informalexample> -<screen>$ <userinput>cc temp.c -lm</userinput></screen> -</informalexample> -like you said I should, but I get this when I run it: -<informalexample> -<screen>$ <userinput>./a.out</userinput> -2.1 ^ 6 = 1023.000000</screen> -</informalexample> -</para> - -<para>This is <emphasis>not</emphasis> the right answer! What is -going on?</para> - -<para>A. When the compiler sees you call a function, it checks if it -has already seen a prototype for it. If it has not, it assumes the -function returns an <type>int</type>, which is -definitely not what you want here.</para> - -<para>Q. So how do I fix this?</para> - -<para>A. The prototypes for the mathematical functions are in -<filename>math.h</filename>. If you include this file, the compiler -will be able to find the prototype and it will stop doing strange -things to your calculation! -<informalexample> -<programlisting>#include <math.h> -#include <stdio.h> - -int main() { -...</programlisting> -</informalexample> -</para> - -<para>After recompiling it as you did before, run it: -<informalexample> -<screen>$ <userinput>./a.out</userinput> -2.1 ^ 6 = 85.766121</screen> -</informalexample> -</para> - -<para>If you are using any of the mathematical functions, -<emphasis>always</emphasis> include <filename>math.h</filename> and -remember to link in the math library.</para> - -<para>Q. I compiled a file called <filename>foobar.c</filename> and I -cannot find an executable called <filename>foobar</filename>. Where's -it gone?</para> - -<para>A. Remember, <command>cc</command> will call the executable -<filename>a.out</filename> unless you tell it differently. Use the -<option>-o <replaceable>filename</replaceable></option> option: -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.c</userinput></screen> -</informalexample> -</para> - -<para>Q. OK, I have an executable called <filename>foobar</filename>, -I can see it when I run <command>ls</command>, but when I type in -<command>foobar</command> at the command prompt it tells me there is -no such file. Why can it not find it?</para> - -<para>A. Unlike <trademark>MS-DOS</trademark>, Unix does not look in the -current directory when it is trying to find out which executable you -want it to run, unless you tell it to. Either type -<command>./foobar</command>, which means <quote>run the file called -<filename>foobar</filename> in the current directory</quote>, or -change your <systemitem class=environvar>PATH</systemitem> -environment variable so that it looks something like -<informalexample> -<screen>bin:/usr/bin:/usr/local/bin:.</screen> -</informalexample> -The dot at the end means <quote>look in the current directory if it is not in -any of the others</quote>.</para> - -<para>Q. I called my executable <filename>test</filename>, but -nothing happens when I run it. What is going on?</para> - -<para>A. Most Unix systems have a program called -<command>test</command> in <filename>/usr/bin</filename> and the -shell is picking that one up before it gets to checking the current -directory. Either type: -<informalexample> -<screen>$ <userinput>./test</userinput></screen> -</informalexample> -or choose a better name for your program!</para> - -<para>Q. I compiled my program and it seemed to run all right at -first, then there was an error and it said something about <errorname>core -dumped</errorname>. What does that mean?</para> - -<para>A. The name <firstterm>core dump</firstterm> dates back to the -very early days of Unix, when the machines used core memory for -storing data. Basically, if the program failed under certain -conditions, the system would write the contents of core memory to -disk in a file called <filename>core</filename>, which the programmer -could then pore over to find out what went wrong.</para> - -<para>Q. Fascinating stuff, but what I am supposed to do now?</para> - -<para>A. Use <command>gdb</command> to analyse the core (see <xref -linkend="debugging">).</para> - -<para>Q. When my program dumped core, it said something about a -<errorname>segmentation fault</errorname>. What's that?</para> - -<para>A. This basically means that your program tried to perform some sort -of illegal operation on memory; Unix is designed to protect the -operating system and other programs from rogue programs.</para> - -<para>Common causes for this are: -<itemizedlist> -<listitem><para>Trying to write to a <symbol>NULL</symbol> pointer, eg -<programlisting>char *foo = NULL; -strcpy(foo, "bang!");</programlisting> -</para></listitem> - -<listitem><para>Using a pointer that hasn't been initialised, eg -<programlisting>char *foo; -strcpy(foo, "bang!");</programlisting> -The pointer will have some random value that, with luck, -will point into an area of memory that isn't available to -your program and the kernel will kill your program before -it can do any damage. If you're unlucky, it'll point -somewhere inside your own program and corrupt one of your -data structures, causing the program to fail -mysteriously.</para></listitem> - -<listitem><para>Trying to access past the end of an array, eg -<programlisting>int bar[20]; -bar[27] = 6;</programlisting></para></listitem> - -<listitem><para> Trying to store something in read-only memory, eg -<programlisting>char *foo = "My string"; -strcpy(foo, "bang!");</programlisting> -Unix compilers often put string literals like -<literal>"My string"</literal> into -read-only areas of memory.</para></listitem> - -<listitem><para>Doing naughty things with -<function>malloc()</function> and <function>free()</function>, eg -<programlisting>char bar[80]; -free(bar);</programlisting> -or -<programlisting>char *foo = malloc(27); -free(foo); -free(foo);</programlisting> -</para></listitem> - -</itemizedlist></para> - -<para>Making one of these mistakes will not always lead to an -error, but they are always bad practice. Some systems and -compilers are more tolerant than others, which is why programs -that ran well on one system can crash when you try them on an -another.</para> - -<para>Q. Sometimes when I get a core dump it says <errorname>bus -error</errorname>. It says in my Unix book that this means a hardware -problem, but the computer still seems to be working. Is this -true?</para> - -<para>A. No, fortunately not (unless of course you really do have a hardware -problem…). This is usually another way of saying that you -accessed memory in a way you shouldn't have.</para> - -<para>Q. This dumping core business sounds as though it could be quite -useful, if I can make it happen when I want to. Can I do this, or -do I have to wait until there's an error?</para> - -<para>A. Yes, just go to another console or xterm, do -<screen>$ <userinput>ps</userinput></screen> -to find out the process ID of your program, and do -<screen>$ <userinput>kill -ABRT <replaceable>pid</replaceable></userinput></screen> -where <parameter><replaceable>pid</replaceable></parameter> is the -process ID you looked up.</para> - -<para>This is useful if your program has got stuck in an infinite -loop, for instance. If your program happens to trap -<symbol>SIGABRT</symbol>, there are several other signals which have -a similar effect.</para> - -</sect1> -</chapter> - - -<chapter> -<title>Make</title> - -<sect1> -<title>What is <command>make</command>?</title> - -<para>When you're working on a simple program with only one or two source -files, typing in -<screen>$ <userinput>cc file1.c file2.c</userinput></screen> -is not too bad, but it quickly becomes very tedious when there are -several files—and it can take a while to compile, too.</para> - -<para>One way to get around this is to use object files and only recompile -the source file if the source code has changed. So we could have -something like: -<screen>$ <userinput>cc file1.o file2.o</userinput> … <userinput>file37.c</userinput> &hellip</screen> -if we'd changed <filename>file37.c</filename>, but not any of the -others, since the last time we compiled. This may speed up the -compilation quite a bit, but doesn't solve the typing -problem.</para> - -<para>Or we could write a shell script to solve the typing problem, but it -would have to re-compile everything, making it very inefficient on a -large project.</para> - -<para>What happens if we have hundreds of source files lying about? What if -we're working in a team with other people who forget to tell us when -they've changed one of their source files that we use?</para> - -<para>Perhaps we could put the two solutions together and write something -like a shell script that would contain some kind of magic rule saying -when a source file needs compiling. Now all we need now is a program -that can understand these rules, as it's a bit too complicated for the -shell.</para> - -<para>This program is called <command>make</command>. It reads in a -file, called a <firstterm>makefile</firstterm>, that tells it how -different files depend on each other, and works out which files need -to be re-compiled and which ones don't. For example, a rule could say -something like <quote>if <filename>fromboz.o</filename> is older than -<filename>fromboz.c</filename>, that means someone must have changed -<filename>fromboz.c</filename>, so it needs to be -re-compiled.</quote> The makefile also has rules telling make -<emphasis>how</emphasis> to re-compile the source file, making it a -much more powerful tool.</para> - -<para>Makefiles are typically kept in the same directory as the -source they apply to, and can be called -<filename>makefile</filename>, <filename>Makefile</filename> or -<filename>MAKEFILE</filename>. Most programmers use the name -<filename>Makefile</filename>, as this puts it near the top of a -directory listing, where it can easily be seen.<footnote><para>They -don't use the <filename>MAKEFILE</filename> form as block capitals -are often used for documentation files like -<filename>README</filename>.</para></footnote></para> - -</sect1> - -<sect1> -<title>Example of using <command>make</command></title> - -<para>Here's a very simple make file: -<programlisting>foo: foo.c - cc -o foo foo.c</programlisting> -It consists of two lines, a dependency line and a creation line.</para> - -<para>The dependency line here consists of the name of the program -(known as the <firstterm>target</firstterm>), followed by a colon, -then whitespace, then the name of the source file. When -<command>make</command> reads this line, it looks to see if -<filename>foo</filename> exists; if it exists, it compares the time -<filename>foo</filename> was last modified to the time -<filename>foo.c</filename> was last modified. If -<filename>foo</filename> does not exist, or is older than -<filename>foo.c</filename>, it then looks at the creation line to -find out what to do. In other words, this is the rule for working out -when <filename>foo.c</filename> needs to be re-compiled.</para> - -<para>The creation line starts with a <token>tab</token> (press the -<keycap>tab</keycap> key) and then the command you would type to -create <filename>foo</filename> if you were doing it at a command -prompt. If <filename>foo</filename> is out of date, or does not -exist, <command>make</command> then executes this command to create -it. In other words, this is the rule which tells make how to -re-compile <filename>foo.c</filename>.</para> - -<para>So, when you type <userinput>make</userinput>, it will make -sure that <filename>foo</filename> is up to date with respect to your -latest changes to <filename>foo.c</filename>. This principle can be -extended to <filename>Makefile</filename>s with hundreds of -targets—in fact, on FreeBSD, it is possible to compile the -entire operating system just by typing <userinput>make -world</userinput> in the appropriate directory!</para> - -<para>Another useful property of makefiles is that the targets don't have -to be programs. For instance, we could have a make file that looks -like this: -<programlisting>foo: foo.c - cc -o foo foo.c - -install: - cp foo /home/me</programlisting></para> - -<para>We can tell make which target we want to make by typing: -<screen>$ <userinput>make <replaceable>target</replaceable></userinput></screen> -<command>make</command> will then only look at that target and ignore any -others. For example, if we type <userinput>make foo</userinput> with the -makefile above, make will ignore the <action>install</action> target.</para> - -<para>If we just type <userinput>make</userinput> on its own, make -will always look at the first target and then stop without looking at -any others. So if we typed <userinput>make</userinput> here, it will -just go to the <action>foo</action> target, re-compile -<filename>foo</filename> if necessary, and then stop without going on -to the <action>install</action> target.</para> - -<para>Notice that the <action>install</action> target doesn't -actually depend on anything! This means that the command on the -following line is always executed when we try to make that target by -typing <userinput>make install</userinput>. In this case, it will -copy <filename>foo</filename> into the user's home directory. This is -often used by application makefiles, so that the application can be -installed in the correct directory when it has been correctly -compiled.</para> - -<para>This is a slightly confusing subject to try and explain. If you -don't quite understand how <command>make</command> works, the best -thing to do is to write a simple program like <quote>hello -world</quote> and a make file like the one above and experiment. Then -progress to using more than one source file, or having the source -file include a header file. The <command>touch</command> command is -very useful here—it changes the date on a file without you -having to edit it.</para> - -</sect1> - -<sect1> -<title>FreeBSD Makefiles</title> - -<para>Makefiles can be rather complicated to write. Fortunately, -BSD-based systems like FreeBSD come with some very powerful ones as -part of the system. One very good example of this is the FreeBSD -ports system. Here's the essential part of a typical ports -<filename>Makefile</filename>: -<programlisting>MASTER_SITES= ftp://freefall.cdrom.com/pub/FreeBSD/LOCAL_PORTS/ -DISTFILES= scheme-microcode+dist-7.3-freebsd.tgz - -.include <bsd.port.mk></programlisting></para> - -<para>Now, if we go to the directory for this port and type -<userinput>make</userinput>, the following happens:</para> - -<procedure> -<step><para>A check is made to see if the source code for this port is -already on the system.</para></step> - -<step><para>If it isn't, an FTP connection to the URL in -<symbol>MASTER_SITES</symbol> is set up to download the -source.</para></step> - -<step><para>The checksum for the source is calculated and compared it with -one for a known, good, copy of the source. This is to make sure that -the source was not corrupted while in transit.</para></step> - -<step><para>Any changes required to make the source work on FreeBSD are -applied—this is known as <firstterm>patching</firstterm>.</para></step> - -<step><para>Any special configuration needed for the source is done. -(Many Unix program distributions try to work out which version of -Unix they are being compiled on and which optional Unix features are -present—this is where they are given the information in the -FreeBSD ports scenario).</para></step> - -<step><para>The source code for the program is compiled. In effect, -we change to the directory where the source was unpacked and do -<command>make</command>—the program's own make file has the -necessary information to build the program.</para></step> - -<step><para>We now have a compiled version of the program. If we -wish, we can test it now; when we feel confident about the program, -we can type <userinput>make install</userinput>. This will cause the -program and any supporting files it needs to be copied into the -correct location; an entry is also made into a <database>package -database</database>, so that the port can easily be uninstalled later -if we change our mind about it.</para></step> - -</procedure> - -<para>Now I think you'll agree that's rather impressive for a four -line script!</para> - -<para>The secret lies in the last line, which tells -<command>make</command> to look in the system makefile called -<filename>bsd.port.mk</filename>. It's easy to overlook this line, -but this is where all the clever stuff comes from—someone has -written a makefile that tells <command>make</command> to do all the -things above (plus a couple of other things I didn't mention, -including handling any errors that may occur) and anyone can get -access to that just by putting a single line in their own make -file!</para> - -<para>If you want to have a look at these system makefiles, they're -in <filename>/usr/share/mk</filename>, but it's probably best to wait -until you've had a bit of practice with makefiles, as they are very -complicated (and if you do look at them, make sure you have a flask -of strong coffee handy!)</para> - -</sect1> - -<sect1> -<title>More advanced uses of <command>make</command></title> - -<para><command>Make</command> is a very powerful tool, and can do much -more than the simple example above shows. Unfortunately, there are -several different versions of <command>make</command>, and they all -differ considerably. The best way to learn what they can do is -probably to read the documentation—hopefully this introduction will -have given you a base from which you can do this.</para> - -<para>The version of make that comes with FreeBSD is the <application>Berkeley -make</application>; there is a tutorial for it in -<filename>/usr/share/doc/psd/12.make</filename>. To view it, do -<screen>$ <userinput>zmore paper.ascii.gz</userinput></screen> -in that directory.</para> - -<para>Many applications in the ports use <application>GNU -make</application>, which has a very good set of <quote>info</quote> -pages. If you have installed any of these ports, <application>GNU -make</application> will automatically have been installed as -<command>gmake</command>. It's also available as a port and package -in its own right.</para> - -<para>To view the info pages for <application>GNU make</application>, -you will have to edit the <filename>dir</filename> file in the -<filename>/usr/local/info</filename> directory to add an entry for -it. This involves adding a line like -<programlisting> * Make: (make). The GNU Make utility.</programlisting> -to the file. Once you have done this, you can type -<userinput>info</userinput> and then select -<guimenuitem>make</guimenuitem> from the menu (or in -<application>Emacs</application>, do <userinput>C-h -i</userinput>).</para> - -</sect1> -</chapter> - -<chapter id="debugging"> -<title>Debugging</title> - -<sect1> -<title>The Debugger</title> - -<para>The debugger that comes with FreeBSD is called -<command>gdb</command> (<application>GNU -debugger</application>). You start it up by typing -<screen>$ <userinput>gdb <replaceable>progname</replaceable></userinput></screen> -although most people prefer to run it inside -<application>Emacs</application>. You can do this by: -<screen><userinput>M-x gdb RET <replaceable>progname</replaceable> RET</userinput></screen></para> - -<para>Using a debugger allows you to run the program under more -controlled circumstances. Typically, you can step through the program -a line at a time, inspect the value of variables, change them, tell -the debugger to run up to a certain point and then stop, and so on. -You can even attach to a program that's already running, or load a -core file to investigate why the program crashed. It's even possible -to debug the kernel, though that's a little trickier than the user -applications we'll be discussing in this section.</para> - -<para><command>gdb</command> has quite good on-line help, as well as -a set of info pages, so this section will concentrate on a few of the -basic commands.</para> - -<para>Finally, if you find its text-based command-prompt style -off-putting, there's a graphical front-end for it <ulink -URL="http://www.freebsd.org/ports/devel.html">xxgdb</ulink> -in the ports collection.</para> - -<para>This section is intended to be an introduction to using -<command>gdb</command> and does not cover specialised topics such as -debugging the kernel.</para> - -</sect1> - -<sect1> -<title>Running a program in the debugger</title> - -<para>You'll need to have compiled the program with the -<option>-g</option> option to get the most out of using -<command>gdb</command>. It will work without, but you'll only see the -name of the function you're in, instead of the source code. If you -see a line like: -<screen>… (no debugging symbols found) …</screen>when -<command>gdb</command> starts up, you'll know that the program wasn't -compiled with the <option>-g</option> option.</para> - -<para>At the <command>gdb</command> prompt, type <userinput>break -main</userinput>. This will tell the debugger to skip over the -preliminary set-up code in the program and start at the beginning of -your code. Now type <userinput>run</userinput> to start the -program—it will start at the beginning of the set-up code and -then get stopped by the debugger when it calls -<function>main()</function>. (If you've ever wondered where -<function>main()</function> gets called from, now you know!).</para> - -<para>You can now step through the program, a line at a time, by -pressing <command>n</command>. If you get to a function call, you can -step into it by pressing <command>s</command>. Once you're in a -function call, you can return from stepping into a function call by -pressing <command>f</command>. You can also use <command>up</command> and -<command>down</command> to take a quick look at the caller.</para> - -<para>Here's a simple example of how to spot a mistake in a program -with <command>gdb</command>. This is our program (with a deliberate -mistake): -<programlisting>#include <stdio.h> - -int bazz(int anint); - -main() { - int i; - - printf("This is my program\n"); - bazz(i); - return 0; -} - -int bazz(int anint) { - printf("You gave me %d\n", anint); - return anint; -}</programlisting> -</para> - -<para>This program sets <symbol>i</symbol> to be <literal>5</literal> -and passes it to a function <function>bazz()</function> which prints -out the number we gave it.</para> - -<para>When we compile and run the program we get -<screen>$ <userinput>cc -g -o temp temp.c</userinput> -$ <userinput>./temp</userinput> -This is my program -anint = 4231</screen></para> - -<para>That wasn't what we expected! Time to see what's going -on!<screen>$ <userinput>gdb temp</userinput> -GDB is free software and you are welcome to distribute copies of it - under certain conditions; type "show copying" to see the conditions. -There is absolutely no warranty for GDB; type "show warranty" for details. -GDB 4.13 (i386-unknown-freebsd), Copyright 1994 Free Software Foundation, Inc. -(gdb) <userinput>break main</> <lineannotation>Skip the set-up code</> -Breakpoint 1 at 0x160f: file temp.c, line 9. <lineannotation><command>gdb</command> puts breakpoint at <function>main()</></> -(gdb) <userinput>run</> <lineannotation>Run as far as <function>main()</></> -Starting program: /home/james/tmp/temp <lineannotation>Program starts running</> - -Breakpoint 1, main () at temp.c:9 <lineannotation><command>gdb</command> stops at <function>main()</></> -(gdb) <userinput>n</> <lineannotation>Go to next line</> -This is my program <lineannotation>Program prints out</> -(gdb) <userinput>s</> <lineannotation>step into <function>bazz()</></> -bazz (anint=4231) at temp.c:17 <lineannotation><command>gdb</command> displays stack frame</> -(gdb)</screen></para> - - -<para>Hang on a minute! How did <symbol>anint</symbol> get to be -<literal>4231</literal>? Didn't we set it to be <literal>5</literal> -in <function>main()</function>? Let's move up to -<function>main()</function> and have a look.</para> - -<para><screen>(gdb) <userinput>up</> <lineannotation>Move up call stack</> -#1 0x1625 in main () at temp.c:11 <lineannotation><command>gdb</command> displays stack frame</> -(gdb) <userinput>p i</> <lineannotation>Show us the value of <symbol>i</></> -$1 = 4231 <lineannotation><command>gdb</command> displays <literal>4231</></></screen> -Oh dear! Looking at the code, we forgot to initialise -<symbol>i</symbol>. We meant to put -<programlisting><lineannotation>…</> -main() { - int i; - - i = 5; - printf("This is my program\n"); -<lineannotation>&hellip</></programlisting> -but we left the <literal>i=5;</literal> line out. As we didn't -initialise <symbol>i</symbol>, it had whatever number happened to be -in that area of memory when the program ran, which in this case -happened to be <literal>4231</literal>.</para> - -<note><para><command>gdb</command> displays the stack frame -every time we go into or out of a function, even if we're using -<command>up</command> and <command>down</command> to move around the -call stack. This shows the name of the function and the values of -its arguments, which helps us keep track of where we are and what's -going on. (The stack is a storage area where the program stores -information about the arguments passed to functions and where to go -when it returns from a function call).</para></note> - -</sect1> - -<sect1> -<title>Examining a core file</title> - -<para>A core file is basically a file which contains the complete -state of the process when it crashed. In <quote>the good old -days</quote>, programmers had to print out hex listings of core files -and sweat over machine code manuals, but now life is a bit easier. -Incidentally, under FreeBSD and other 4.4BSD systems, a core file is -called <filename><replaceable>progname</>.core</> instead of just -<filename>core</filename>, to make it clearer which program a core -file belongs to.</para> - -<para>To examine a core file, start up <command>gdb</command> in the -usual way. Instead of typing <command>break</command> or -<command>run</command>, type -<screen>(gdb) <userinput>core <replaceable>progname</replaceable>.core</userinput></screen> -If you're not in the same directory as the core file, you'll have to -do <userinput>dir /path/to/core/file</userinput> first.</para> - -<para>You should see something like this: -<screen>$ <userinput>gdb a.out</userinput> -GDB is free software and you are welcome to distribute copies of it - under certain conditions; type "show copying" to see the conditions. -There is absolutely no warranty for GDB; type "show warranty" for details. -GDB 4.13 (i386-unknown-freebsd), Copyright 1994 Free Software Foundation, Inc. -(gdb) <userinput>core a.out.core</userinput> -Core was generated by `a.out'. -Program terminated with signal 11, Segmentation fault. -Cannot access memory at address 0x7020796d. -#0 0x164a in bazz (anint=0x5) at temp.c:17 -(gdb)</screen></para> - -<para>In this case, the program was called -<filename>a.out</filename>, so the core file is called -<filename>a.out.core</filename>. We can see that the program crashed -due to trying to access an area in memory that was not available to -it in a function called <function>bazz</function>.</para> - -<para>Sometimes it's useful to be able to see how a function was -called, as the problem could have occurred a long way up the call -stack in a complex program. The <command>bt</command> command causes -<command>gdb</command> to print out a back-trace of the call -stack: -<screen>(gdb) <userinput>bt</userinput> -#0 0x164a in bazz (anint=0x5) at temp.c:17 -#1 0xefbfd888 in end () -#2 0x162c in main () at temp.c:11 -(gdb)</screen>The <function>end()</function> function is called when -a program crashes; in this case, the <function>bazz()</function> -function was called from <function>main()</function>.</para> - -</sect1> - -<sect1> -<title>Attaching to a running program</title> - -<para>One of the neatest features about <command>gdb</command> is -that it can attach to a program that's already running. Of course, -that assumes you have sufficient permissions to do so. A common -problem is when you are stepping through a program that forks, and -you want to trace the child, but the debugger will only let you trace -the parent.</para> - -<para>What you do is start up another <command>gdb</command>, use -<command>ps</command> to find the process ID for the child, and -do<screen>(gdb) <userinput>attach <replaceable>pid</replaceable></userinput></screen> -in <command>gdb</command>, and then debug as usual.</para> - -<para><quote>That's all very well,</quote> you're probably thinking, -<quote>but by the time I've done that, the child process will be over -the hill and far away</quote>. Fear not, gentle reader, here's how to -do it (courtesy of the <command>gdb</command> info pages): -<screen><lineannotation>&hellip</lineannotation> -if ((pid = fork()) < 0) /* _Always_ check this */ - error(); -else if (pid == 0) { /* child */ - int PauseMode = 1; - - while (PauseMode) - sleep(10); /* Wait until someone attaches to us */ - <lineannotation>&hellip</lineannotation> -} else { /* parent */ - <lineannotation>&hellip</lineannotation></screen> -Now all you have to do is attach to the child, set -<symbol>PauseMode</symbol> to <literal>0</literal>, and -wait for the <function>sleep()</function> call to return!</para> - -</sect1> -</chapter> - -<chapter id="emacs"> -<title>Using Emacs as a Development Environment</title> - -<sect1> -<title>Emacs</title> - -<para>Unfortunately, Unix systems don't come with the kind of -everything-you-ever-wanted-and-lots-more-you-didn't-in-one-gigantic-package -integrated development environments that other systems -have.<footnote><para>At least, not unless you pay out very large sums -of money.</para></footnote> However, it is possible to set up your -own environment. It may not be as pretty, and it may not be quite as -integrated, but you can set it up the way you want it. And it's free. -And you have the source to it.</para> - -<para>The key to it all is Emacs. Now there are some people who -loathe it, but many who love it. If you're one of the former, I'm -afraid this section will hold little of interest to you. Also, you'll -need a fair amount of memory to run it—I'd recommend 8MB in -text mode and 16MB in X as the bare minimum to get reasonable -performance.</para> - -<para>Emacs is basically a highly customisable editor—indeed, -it has been customised to the point where it's more like an operating -system than an editor! Many developers and sysadmins do in fact -spend practically all their time working inside Emacs, leaving it -only to log out.</para> - -<para>It's impossible even to summarise everything Emacs can do here, but -here are some of the features of interest to developers: -<itemizedlist> - -<listitem><para>Very powerful editor, allowing search-and-replace on -both strings and regular expressions (patterns), jumping to start/end -of block expression, etc, etc.</para></listitem> - -<listitem><para>Pull-down menus and online help.</para></listitem> - -<listitem><para>Language-dependent syntax highlighting and -indentation.</para></listitem> - -<listitem><para>Completely customisable.</para></listitem> - -<listitem><para>You can compile and debug programs within -Emacs.</para></listitem> - -<listitem><para>On a compilation error, you can jump to the offending -line of source code.</para></listitem> - -<listitem><para>Friendly-ish front-end to the <command>info</command> -program used for reading GNU hypertext documentation, including the -documentation on Emacs itself.</para></listitem> - -<listitem><para>Friendly front-end to <command>gdb</command>, -allowing you to look at the source code as you step through your -program.</para></listitem> - -<listitem><para>You can read Usenet news and mail while your program -is compiling.</para></listitem> - -</itemizedlist>And doubtless many more that I've overlooked.</para> - -<para>Emacs can be installed on FreeBSD using <ulink -URL="http://www.freebsd.org/ports/editors">the Emacs -port</ulink>.</para> - -<para>Once it's installed, start it up and do <userinput>C-h -t</userinput> to read an Emacs tutorial—that means hold down -the <keycap>control</keycap> key, press <keycap>h</keycap>, let go of -the <keycap>control</keycap> key, and then press <keycap>t</keycap>. -(Alternatively, you can you use the mouse to select <guimenuitem>Emacs -Tutorial</guimenuitem> from the <guimenu>Help</guimenu> menu).</para> - -<para>Although Emacs does have menus, it's well worth learning the -key bindings, as it's much quicker when you're editing something to -press a couple of keys than to try and find the mouse and then click -on the right place. And, when you're talking to seasoned Emacs users, -you'll find they often casually throw around expressions like -<quote><literal>M-x replace-s RET foo RET bar RET</literal></quote> -so it's useful to know what they mean. And in any case, Emacs has far -too many useful functions for them to all fit on the menu -bars.</para> - -<para>Fortunately, it's quite easy to pick up the key-bindings, as -they're displayed next to the menu item. My advice is to use the -menu item for, say, opening a file until you understand how it works -and feel confident with it, then try doing C-x C-f. When you're happy -with that, move on to another menu command.</para> - -<para>If you can't remember what a particular combination of keys -does, select <guimenuitem>Describe Key</guimenuitem> from the -<guimenu>Help</guimenu> menu and type it in—Emacs will tell you -what it does. You can also use the <guimenuitem>Command -Apropos</guimenuitem> menu item to find out all the commands which -contain a particular word in them, with the key binding next to -it.</para> - -<para>By the way, the expression above means hold down the -<keysym>Meta</keysym> key, press <keysym>x</keysym>, release the -<keysym>Meta</keysym> key, type <userinput>replace-s</userinput> -(short for <literal>replace-string</literal>—another feature of -Emacs is that you can abbreviate commands), press the -<keysym>return</keysym> key, type <userinput>foo</userinput> (the -string you want replaced), press the <keysym>return</keysym> key, -type bar (the string you want to replace <literal>foo</literal> with) -and press <keysym>return</keysym> again. Emacs will then do the -search-and-replace operation you've just requested.</para> - -<para>If you're wondering what on earth the <keysym>Meta</keysym> key -is, it's a special key that many Unix workstations have. -Unfortunately, PC's don't have one, so it's usually the -<keycap>alt</keycap> key (or if you're unlucky, the <keysym>escape</keysym> -key).</para> - -<para>Oh, and to get out of Emacs, do <command>C-x C-c</command> -(that means hold down the <keysym>control</keysym> key, press -<keysym>c</keysym>, press <keysym>x</keysym> and release the -<keysym>control</keysym> key). If you have any unsaved files open, -Emacs will ask you if you want to save them. (Ignore the bit in the -documentation where it says <command>C-z</command> is the usual way -to leave Emacs—that leaves Emacs hanging around in the -background, and is only really useful if you're on a system which -doesn't have virtual terminals).</para> - -</sect1> - -<sect1> -<title>Configuring Emacs</title> - -<para>Emacs does many wonderful things; some of them are built in, -some of them need to be configured.</para> - -<para>Instead of using a proprietary macro language for -configuration, Emacs uses a version of Lisp specially adapted for -editors, known as Emacs Lisp. This can be quite useful if you want to -go on and learn something like Common Lisp, as it's considerably -smaller than Common Lisp (although still quite big!).</para> - -<para>The best way to learn Emacs Lisp is to download the <ulink -URL="ftp://prep.ai.mit.edu:pub/gnu/elisp-manual-19-2.4.tar.gz">Emacs -Tutorial</ulink></para> - -<para>However, there's no need to actually know any Lisp to get -started with configuring Emacs, as I've included a sample -<filename>.emacs</filename> file, which should be enough to get you -started. Just copy it into your home directory and restart Emacs if -it's already running; it will read the commands from the file and -(hopefully) give you a useful basic setup.</para> - -</sect1> - -<sect1> -<title>A sample <filename>.emacs</filename> file</title> - -<para>Unfortunately, there's far too much here to explain it in detail; -however there are one or two points worth mentioning.</para> - -<para> -<itemizedlist> - -<listitem><para>Everything beginning with a <literal>;</> is a -comment and is ignored by Emacs.</para></listitem> - -<listitem><para>In the first line, the -<literal>-*- Emacs-Lisp -*-</literal> is so that we can -edit the <filename>.emacs</filename> file itself within Emacs and get -all the fancy features for editing Emacs Lisp. Emacs usually tries to -guess this based on the filename, and may not get it right for -<filename>.emacs</filename>. </para></listitem> - -<listitem><para>The <keysym>tab</keysym> key is bound to an -indentation function in some modes, so when you press the tab key, it -will indent the current line of code. If you want to put a -<token>tab</token> character in whatever you're writing, hold the -<keysym>control</keysym> key down while you're pressing the -<keysym>tab</keysym> key.</para></listitem> - -<listitem><para>This file supports syntax highlighting for C, C++, -Perl, Lisp and Scheme, by guessing the language from the -filename.</para></listitem> - -<listitem><para>Emacs already has a pre-defined function called -<function>next-error</function>. In a compilation output window, this -allows you to move from one compilation error to the next by doing -<command>M-n</command>; we define a complementary function, -<function>previous-error</function>, that allows you to go to a -previous error by doing <command>M-p</command>. The nicest feature of -all is that <command>C-c C-c</command> will open up the source file -in which the error occurred and jump to the appropriate -line.</para></listitem> - -<listitem><para> We enable Emacs's ability to act as a server, so -that if you're doing something outside Emacs and you want to edit a -file, you can just type in -<screen>$ <userinput>emacsclient <replaceable>filename</replaceable></userinput></screen> -and then you can edit the file in your Emacs!<footnote><para>Many -Emacs users set their <systemitem -class=environvar>EDITOR</systemitem> environment to -<literal>emacsclient</literal> so this happens every time they need -to edit a file.</para></footnote></para></listitem> - -</itemizedlist> -</para> - -<example> -<title>A sample <filename>.emacs</filename> file</title> -<screen>;; -*-Emacs-Lisp-*- - -;; This file is designed to be re-evaled; use the variable first-time -;; to avoid any problems with this. -(defvar first-time t - "Flag signifying this is the first time that .emacs has been evaled") - -;; Meta -(global-set-key "\M- " 'set-mark-command) -(global-set-key "\M-\C-h" 'backward-kill-word) -(global-set-key "\M-\C-r" 'query-replace) -(global-set-key "\M-r" 'replace-string) -(global-set-key "\M-g" 'goto-line) -(global-set-key "\M-h" 'help-command) - -;; Function keys -(global-set-key [f1] 'manual-entry) -(global-set-key [f2] 'info) -(global-set-key [f3] 'repeat-complex-command) -(global-set-key [f4] 'advertised-undo) -(global-set-key [f5] 'eval-current-buffer) -(global-set-key [f6] 'buffer-menu) -(global-set-key [f7] 'other-window) -(global-set-key [f8] 'find-file) -(global-set-key [f9] 'save-buffer) -(global-set-key [f10] 'next-error) -(global-set-key [f11] 'compile) -(global-set-key [f12] 'grep) -(global-set-key [C-f1] 'compile) -(global-set-key [C-f2] 'grep) -(global-set-key [C-f3] 'next-error) -(global-set-key [C-f4] 'previous-error) -(global-set-key [C-f5] 'display-faces) -(global-set-key [C-f8] 'dired) -(global-set-key [C-f10] 'kill-compilation) - -;; Keypad bindings -(global-set-key [up] "\C-p") -(global-set-key [down] "\C-n") -(global-set-key [left] "\C-b") -(global-set-key [right] "\C-f") -(global-set-key [home] "\C-a") -(global-set-key [end] "\C-e") -(global-set-key [prior] "\M-v") -(global-set-key [next] "\C-v") -(global-set-key [C-up] "\M-\C-b") -(global-set-key [C-down] "\M-\C-f") -(global-set-key [C-left] "\M-b") -(global-set-key [C-right] "\M-f") -(global-set-key [C-home] "\M-<") -(global-set-key [C-end] "\M->") -(global-set-key [C-prior] "\M-<") -(global-set-key [C-next] "\M->") - -;; Mouse -(global-set-key [mouse-3] 'imenu) - -;; Misc -(global-set-key [C-tab] "\C-q\t") ; Control tab quotes a tab. -(setq backup-by-copying-when-mismatch t) - -;; Treat 'y' or <CR> as yes, 'n' as no. -(fset 'yes-or-no-p 'y-or-n-p) - (define-key query-replace-map [return] 'act) - (define-key query-replace-map [?\C-m] 'act) - -;; Load packages -(require 'desktop) -(require 'tar-mode) - -;; Pretty diff mode -(autoload 'ediff-buffers "ediff" "Intelligent Emacs interface to diff" t) -(autoload 'ediff-files "ediff" "Intelligent Emacs interface to diff" t) -(autoload 'ediff-files-remote "ediff" - "Intelligent Emacs interface to diff") </screen> - -<screen>(if first-time - (setq auto-mode-alist - (append '(("\\.cpp$" . c++-mode) - ("\\.hpp$" . c++-mode) - ("\\.lsp$" . lisp-mode) - ("\\.scm$" . scheme-mode) - ("\\.pl$" . perl-mode) - ) auto-mode-alist))) - -;; Auto font lock mode -(defvar font-lock-auto-mode-list - (list 'c-mode 'c++-mode 'c++-c-mode 'emacs-lisp-mode 'lisp-mode 'perl-mode 'scheme-mode) - "List of modes to always start in font-lock-mode") - -(defvar font-lock-mode-keyword-alist - '((c++-c-mode . c-font-lock-keywords) - (perl-mode . perl-font-lock-keywords)) - "Associations between modes and keywords") - -(defun font-lock-auto-mode-select () - "Automatically select font-lock-mode if the current major mode is -in font-lock-auto-mode-list" - (if (memq major-mode font-lock-auto-mode-list) - (progn - (font-lock-mode t)) - ) - ) - -(global-set-key [M-f1] 'font-lock-fontify-buffer) - -;; New dabbrev stuff -;(require 'new-dabbrev) -(setq dabbrev-always-check-other-buffers t) -(setq dabbrev-abbrev-char-regexp "\\sw\\|\\s_") -(add-hook 'emacs-lisp-mode-hook - '(lambda () - (set (make-local-variable 'dabbrev-case-fold-search) nil) - (set (make-local-variable 'dabbrev-case-replace) nil))) -(add-hook 'c-mode-hook - '(lambda () - (set (make-local-variable 'dabbrev-case-fold-search) nil) - (set (make-local-variable 'dabbrev-case-replace) nil))) -(add-hook 'text-mode-hook - '(lambda () - (set (make-local-variable 'dabbrev-case-fold-search) t) - (set (make-local-variable 'dabbrev-case-replace) t))) - -;; C++ and C mode... -(defun my-c++-mode-hook () - (setq tab-width 4) - (define-key c++-mode-map "\C-m" 'reindent-then-newline-and-indent) - (define-key c++-mode-map "\C-ce" 'c-comment-edit) - (setq c++-auto-hungry-initial-state 'none) - (setq c++-delete-function 'backward-delete-char) - (setq c++-tab-always-indent t) - (setq c-indent-level 4) - (setq c-continued-statement-offset 4) - (setq c++-empty-arglist-indent 4)) - -(defun my-c-mode-hook () - (setq tab-width 4) - (define-key c-mode-map "\C-m" 'reindent-then-newline-and-indent) - (define-key c-mode-map "\C-ce" 'c-comment-edit) - (setq c-auto-hungry-initial-state 'none) - (setq c-delete-function 'backward-delete-char) - (setq c-tab-always-indent t) -;; BSD-ish indentation style - (setq c-indent-level 4) - (setq c-continued-statement-offset 4) - (setq c-brace-offset -4) - (setq c-argdecl-indent 0) - (setq c-label-offset -4)) - -;; Perl mode -(defun my-perl-mode-hook () - (setq tab-width 4) - (define-key c++-mode-map "\C-m" 'reindent-then-newline-and-indent) - (setq perl-indent-level 4) - (setq perl-continued-statement-offset 4)) - -;; Scheme mode... -(defun my-scheme-mode-hook () - (define-key scheme-mode-map "\C-m" 'reindent-then-newline-and-indent)) - -;; Emacs-Lisp mode... -(defun my-lisp-mode-hook () - (define-key lisp-mode-map "\C-m" 'reindent-then-newline-and-indent) - (define-key lisp-mode-map "\C-i" 'lisp-indent-line) - (define-key lisp-mode-map "\C-j" 'eval-print-last-sexp)) - -;; Add all of the hooks... -(add-hook 'c++-mode-hook 'my-c++-mode-hook) -(add-hook 'c-mode-hook 'my-c-mode-hook) -(add-hook 'scheme-mode-hook 'my-scheme-mode-hook) -(add-hook 'emacs-lisp-mode-hook 'my-lisp-mode-hook) -(add-hook 'lisp-mode-hook 'my-lisp-mode-hook) -(add-hook 'perl-mode-hook 'my-perl-mode-hook) - -;; Complement to next-error -(defun previous-error (n) - "Visit previous compilation error message and corresponding source code." - (interactive "p") - (next-error (- n)))</screen> - -<screen>;; Misc... -(transient-mark-mode 1) -(setq mark-even-if-inactive t) -(setq visible-bell nil) -(setq next-line-add-newlines nil) -(setq compile-command "make") -(setq suggest-key-bindings nil) -(put 'eval-expression 'disabled nil) -(put 'narrow-to-region 'disabled nil) -(put 'set-goal-column 'disabled nil) - -;; Elisp archive searching -(autoload 'format-lisp-code-directory "lispdir" nil t) -(autoload 'lisp-dir-apropos "lispdir" nil t) -(autoload 'lisp-dir-retrieve "lispdir" nil t) -(autoload 'lisp-dir-verify "lispdir" nil t) - -;; Font lock mode -(defun my-make-face (face colour &optional bold) - "Create a face from a colour and optionally make it bold" - (make-face face) - (copy-face 'default face) - (set-face-foreground face colour) - (if bold (make-face-bold face)) - ) - -(if (eq window-system 'x) - (progn - (my-make-face 'blue "blue") - (my-make-face 'red "red") - (my-make-face 'green "dark green") - (setq font-lock-comment-face 'blue) - (setq font-lock-string-face 'bold) - (setq font-lock-type-face 'bold) - (setq font-lock-keyword-face 'bold) - (setq font-lock-function-name-face 'red) - (setq font-lock-doc-string-face 'green) - (add-hook 'find-file-hooks 'font-lock-auto-mode-select) - - (setq baud-rate 1000000) - (global-set-key "\C-cmm" 'menu-bar-mode) - (global-set-key "\C-cms" 'scroll-bar-mode) - (global-set-key [backspace] 'backward-delete-char) - ; (global-set-key [delete] 'delete-char) - (standard-display-european t) - (load-library "iso-transl"))) - -;; X11 or PC using direct screen writes -(if window-system - (progn - ;; (global-set-key [M-f1] 'hilit-repaint-command) - ;; (global-set-key [M-f2] [?\C-u M-f1]) - (setq hilit-mode-enable-list - '(not text-mode c-mode c++-mode emacs-lisp-mode lisp-mode - scheme-mode) - hilit-auto-highlight nil - hilit-auto-rehighlight 'visible - hilit-inhibit-hooks nil - hilit-inhibit-rebinding t) - (require 'hilit19) - (require 'paren)) - (setq baud-rate 2400) ; For slow serial connections - ) - -;; TTY type terminal -(if (and (not window-system) - (not (equal system-type 'ms-dos))) - (progn - (if first-time - (progn - (keyboard-translate ?\C-h ?\C-?) - (keyboard-translate ?\C-? ?\C-h))))) - -;; Under UNIX -(if (not (equal system-type 'ms-dos)) - (progn - (if first-time - (server-start)))) - -;; Add any face changes here -(add-hook 'term-setup-hook 'my-term-setup-hook) -(defun my-term-setup-hook () - (if (eq window-system 'pc) - (progn -;; (set-face-background 'default "red") - ))) - -;; Restore the "desktop" - do this as late as possible -(if first-time - (progn - (desktop-load-default) - (desktop-read))) - -;; Indicate that this file has been read at least once -(setq first-time nil) - -;; No need to debug anything now -(setq debug-on-error nil) - -;; All done -(message "All done, %s%s" (user-login-name) ".") -</screen> -</example> - -</sect1> - -<sect1> -<title>Extending the Range of Languages Emacs Understands</title> - -<para>Now, this is all very well if you only want to program in the -languages already catered for in the <filename>.emacs</filename> file -(C, C++, Perl, Lisp and Scheme), but what happens if a new language -called <quote>whizbang</quote> comes out, full of exciting -features?</para> - -<para>The first thing to do is find out if whizbang -comes with any files that tell Emacs about the language. These -usually end in <filename>.el</filename>, short for <quote>Emacs -Lisp</quote>. For example, if whizbang is a FreeBSD -port, we can locate these files by doing -<screen>$ <userinput>find /usr/ports/lang/whizbang -name "*.el" -print</userinput></screen> -and install them by copying them into the Emacs site Lisp directory. On -FreeBSD 2.1.0-RELEASE, this is -<filename>/usr/local/share/emacs/site-lisp</filename>.</para> - -<para>So for example, if the output from the find command was -<screen>/usr/ports/lang/whizbang/work/misc/whizbang.el</screen> -we would do -<screen>$ <userinput>cp /usr/ports/lang/whizbang/work/misc/whizbang.el /usr/local/share/emacs/site-lisp</userinput></screen> -</para> - -<para>Next, we need to decide what extension whizbang source files -have. Let's say for the sake of argument that they all end in -<filename>.wiz</filename>. We need to add an entry to our -<filename>.emacs</filename> file to make sure Emacs will be able to -use the information in <filename>whizbang.el</filename>.</para> - -<para>Find the <symbol>auto-mode-alist entry</symbol> in -<filename>.emacs</filename> and add a line for whizbang, such -as: -<programlisting><lineannotation>…</> -("\\.lsp$" . lisp-mode) -("\\.wiz$" . whizbang-mode) -("\\.scm$" . scheme-mode) -<lineannotation>…</></programlisting> -This means that Emacs will automatically go into -<function>whizbang-mode</function> when you edit a file ending in -<filename>.wiz</filename>.</para> - -<para>Just below this, you'll find the -<symbol>font-lock-auto-mode-list</symbol> entry. Add -<function>whizbang-mode</function> to it like so: -<programlisting>;; Auto font lock mode -(defvar font-lock-auto-mode-list - (list 'c-mode 'c++-mode 'c++-c-mode 'emacs-lisp-mode 'whizbang-mode 'lisp-mode 'perl-mode 'scheme-mode) - "List of modes to always start in font-lock-mode")</programlisting> -This means that Emacs will always enable -<function>font-lock-mode</function> (ie syntax highlighting) when -editing a <filename>.wiz</filename> file.</para> - -<para>And that's all that's needed. If there's anything else you want -done automatically when you open up a <filename>.wiz</filename> file, -you can add a <function>whizbang-mode hook</function> (see -<function>my-scheme-mode-hook</function> for a simple example that -adds <function>auto-indent</function>).</para> - -</sect1> -</chapter> - -<chapter> -<title>Further Reading</title> - -<itemizedlist> -<listitem><para>Brian Harvey and Matthew Wright -<emphasis>Simply Scheme</emphasis> -MIT 1994.<!-- <br> --> -ISBN 0-262-08226-8</para></listitem> - -<listitem><para>Randall Schwartz -<emphasis>Learning Perl</emphasis> -O'Reilly 1993<!-- <br> --> -ISBN 1-56592-042-2</para></listitem> - -<listitem><para>Patrick Henry Winston and Berthold Klaus Paul Horn -<emphasis>Lisp (3rd Edition)</emphasis> -Addison-Wesley 1989<!-- <br> --> -ISBN 0-201-08319-1</para></listitem> - -<listitem><para>Brian W. Kernighan and Rob Pike -<emphasis>The Unix Programming Environment</emphasis> -Prentice-Hall 1984<!-- <br> --> -ISBN 0-13-937681-X</para></listitem> - -<listitem><para>Brian W. Kernighan and Dennis M. Ritchie -<emphasis>The C Programming Language (2nd Edition)</emphasis> -Prentice-Hall 1988<!-- <br> --> -ISBN 0-13-110362-8</para></listitem> - -<listitem><para>Bjarne Stroustrup -<emphasis>The C++ Programming Language</emphasis> -Addison-Wesley 1991<!-- <br> --> -ISBN 0-201-53992-6</para></listitem> - -<listitem><para>W. Richard Stevens -<emphasis>Advanced Programming in the Unix Environment</emphasis> -Addison-Wesley 1992<!-- <br> --> -ISBN 0-201-56317-7</para></listitem> - -<listitem><para>W. Richard Stevens -<emphasis>Unix Network Programming</emphasis> -Prentice-Hall 1990<!-- <br> --> -ISBN 0-13-949876-1</para></listitem> - -</itemizedlist> - -</chapter> -</book> diff --git a/en_US.ISO_8859-1/articles/fonts/Makefile b/en_US.ISO_8859-1/articles/fonts/Makefile deleted file mode 100644 index 260184f87c..0000000000 --- a/en_US.ISO_8859-1/articles/fonts/Makefile +++ /dev/null @@ -1,6 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:13 max Exp $ - -DOCS= fonts.docb -INDEXLINK= fonts.html - -.include "../../web.mk" diff --git a/en_US.ISO_8859-1/articles/fonts/article.sgml b/en_US.ISO_8859-1/articles/fonts/article.sgml deleted file mode 100644 index 4d46efb511..0000000000 --- a/en_US.ISO_8859-1/articles/fonts/article.sgml +++ /dev/null @@ -1,723 +0,0 @@ -<!-- $Id: article.sgml,v 1.1 1997-02-15 18:02:20 jfieber Exp $ --> -<!-- The FreeBSD Documentation Project --> -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> - -<!-- Recently, I wanted to figure out how to use some additional fonts that - I had accumulated. I finally figured out *how to do it* from the various - man pages and documentation. Since it might be of use to other users, - and I didn't see any reference to this topic in the FAQ or handbook, I - thought I'd try my hand at a simple cookbook tutorial addressing the - use of fonts. I have included my unanswered questions at the end of - the document. - - Anyway, here's what I put together. This is my present understanding of - fonts and how to use them with FreeBSD. I am sure that there are errors or - misunderstandings, but it contains enough valid information to allow the - use of additional fonts with Ghostscript, X11 and Groff. This is my first - attempt to write anything along the lines of a tutorial/FAQ, so I am sure - it is pretty raw. There are probably better ways to do some of this stuff, - and I would welcome being corrected. - --> - -<book> - -<bookinfo> -<bookbiblio> -<title>Fonts and FreeBSD</title> -<subtitle>A Tutorial</subtitle> - -<authorgroup> -<author> -<firstname>Dave</firstname> -<surname>Bodenstab</surname> -<affiliation> -<address><email>imdave@synet.net</email></address> -</affiliation> -</author> -</authorgroup> - -<pubdate>Wed Aug 7, 1996</pubdate> - -<abstract><para>This document contains a description of the various -font files that may be used with FreeBSD and the syscons driver, X11, -Ghostscript and Groff. Cookbook examples are provided for switching -the syscons display to 80x60 mode, and for using type 1 fonts with -the above application programs.</para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter> -<title>Introduction</title> - -<para>There are many sources of fonts available, and one might ask -how they might be used with FreeBSD. The answer can be found by -carefully searching the documentation for the component that one -would like to use. This is very time consuming, so this tutorial is -an attempt to provide a shortcut for others who might be -interested.</para> - -</chapter> - -<chapter> -<title>Basic terminology</title> - -<para>There are many different font formats and associated font file -suffixes. A few that will be addressed here are: -<variablelist> - -<varlistentry><term><filename>.pfa</>, <filename>.pfb</></term> - -<listitem><para>Postscript type 1 fonts. The <filename>.pfa</filename> is the -<emphasis>A</emphasis>scii form and <filename>.pfb</filename> the -<emphasis>B</emphasis>inary form.</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.afm</></term> - -<listitem><para>The font metrics associated with a type 1 -font.</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.pfm</></term> - -<listitem><para>The printer font metrics associated with a type 1 -font.</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.ttf</></term> - -<listitem><para>A TrueType font</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.fot</></term> - -<listitem><para>An indirect reference to a TrueType font (not an -actual font)</para></listitem> - -</varlistentry> - -<varlistentry><term><filename>.fon</>, <filename>.fnt</></term> - -<listitem><para>Bitmapped screen fonts</para></listitem> - -</varlistentry> -</variablelist></para> - -<para>The <filename>.fot</filename> file is used by Windows as sort -of a symbolic link to the actual TrueType font -(<filename>.ttf</filename>) file. The <filename>.fon</filename> font -files are also used by Windows. I know of no way to use this font -format with FreeBSD.</para> - -</chapter> - -<chapter> -<title>What font formats can I use?</title> - -<para>Which font file format is useful depends on the application -being used. FreeBSD by itself uses no fonts. Application programs -and/or drivers may make use of the font files. Here is a small cross -reference of application/driver to the font type suffixes:</para> - -<para> -<variablelist> -<varlistentry><term>Driver</term> -<listitem> -<para> -<variablelist> -<varlistentry><term>syscons</term> -<listitem> -<para><filename>.fnt</></para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Application</term> - -<listitem> -<para> -<variablelist> -<varlistentry><term>Ghostscript</term> -<listitem> -<para><filename>.pfa</filename>, <filename>.pfb</filename>, <filename>.ttf</filename></para> - -</listitem> -</varlistentry> - -<varlistentry><term>X11</term> - -<listitem> -<para><filename>.pfa</filename>, <filename>.pfb</filename></para> - -</listitem> -</varlistentry> - -<varlistentry><term>Groff</term> - -<listitem> -<para><filename>.pfa</filename>, <filename>.afm</filename></para> - -</listitem> -</varlistentry> - -<varlistentry><term>Povray</term> - -<listitem> -<para><filename>.ttf</filename></para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -<para>The <filename>.fnt</filename> suffix is used quite frequently. -I suspect that whenever someone wanted to create a specialized font -file for their application, more often than not they chose this -suffix. Therefore, it is likely that files with this suffix are not -all the same format; specifically, the <filename>.fnt</filename> -files used by syscons under FreeBSD may not be the same format as a -<filename>.fnt</filename> file one encounters in the MSDOS/Windows -environment. I have not made any attempt at using other -<filename>.fnt</filename> files other than those provided with -FreeBSD.</para> - -</chapter> - -<chapter> -<title>Setting a virtual console to 80x60 line mode</title> - -<para>First, a 8x8 font must be loaded. -<filename>/etc/sysconfig</filename> should contain the lines: -<informalexample> -<programlisting># Choose font 8x8 from /usr/share/syscons/fonts/* (or NO for default) -font8x8=/usr/share/syscons/fonts/cp437-8x8.fnt</programlisting> -</informalexample> -</para> - -<para>The command to actually switch the mode is -<citerefentry><refentrytitle>vidcontrol</><manvolnum>1</></>: -<informalexample> -<screen>bash$ <userinput>vidcontrol VGA_80x60</userinput></screen> -</informalexample> -</para> - -<para>Various screen orientated programs, such as -<citerefentry><refentrytitle>vi</><manvolnum>1</></>, must be able to -determine the current screen dimensions. These can be set with -<citerefentry><refentrytitle>stty</><manvolnum>1</></>: -<informalexample> -<screen>bash$ <userinput>stty crt rows 60 columns 80</userinput></screen> -</informalexample> -</para> - -<para>To make this more seamless, one can embed these commands in the -startup scripts so it takes place when the system boots. One way to -do this is: -<orderedlist> - -<listitem> -<para>Modify <filename>/etc/sysconfig</filename> as above</para> -</listitem> - -<listitem> -<para>Add to <filename>/etc/rc.local</filename>: -<informalexample> -<programlisting>for tty in /dev/ttyv? -do - vidcontrol VGA_80x60 <$tty >/dev/null 2>&1 -done</programlisting> -</informalexample></para> -</listitem> - -<listitem> -<para>Add to <filename>/etc/profile</filename>: -<informalexample> -<programlisting>TTYNAME=`basename \`tty\`` -if expr "$TTYNAME" : 'ttyv' >/dev/null -then - stty crt rows 60 columns 80 -fi</programlisting> -</informalexample> -</para> -</listitem> - -</orderedlist> -</para> - -<para>References: -<citerefentry><refentrytitle>stty</><manvolnum>1</></>, -<citerefentry><refentrytitle>vidcontrol</><manvolnum>1</></>.</para> - -</chapter> - -<chapter> -<title>Using type 1 fonts with X11</title> - -<para>X11 can use either the <filename>.pfa</filename> or the -<filename>.pfb</filename> format fonts. The X11 fonts are located in -various subdirectories under -<filename>/usr/X11R6/lib/X11/fonts</filename>. Each font file is -cross referenced to its X11 name by the contents of the -<filename>fonts.dir</filename> file in each directory.</para> - -<para>There is already a directory named <filename>Type1</>. The most -straight forward way to add a new font is to put it into this -directory. A better way is to keep all new fonts in a separate -directory and use a symbolic link to the additional font. This -allows one to more easily keep track of ones fonts without confusing -them with the fonts that were originally provided. For -example: -<informalexample> -<screen><lineannotation>Create a directory to contain the font files</> -bash$ <userinput>mkdir -p /usr/local/share/fonts/type1</> -bash$ <userinput>cd /usr/local/share/fonts/type1</> - -<lineannotation>Place the .pfa, .pfb and .afm files here</> -<lineannotation>One might want to keep readme files, and other documentation</> -<lineannotation>for the fonts here also</> -bash$ <userinput>cp /cdrom/fonts/atm/showboat/showboat.pfb .</> -bash$ <userinput>cp /cdrom/fonts/atm/showboat/showboat.afm .</> - -<lineannotation>Maintain an index to cross reference the fonts</> -bash$ <userinput>echo showboat - InfoMagic CICA, Dec 1994, /fonts/atm/showboat >>INDEX</></screen> -</informalexample> -</para> - -<para>Now, to use a new font with X11, one must make the font file -available and update the font name files. The X11 font names look -like: -<informalexample> -<screen>-bitstream-charter-medium-r-normal-xxx-0-0-0-0-p-0-iso8859-1 - | | | | | | | | | | | | \ \ - | | | | | \ \ \ \ \ \ \ +----+- character set - | | | | \ \ \ \ \ \ \ +- average width - | | | | \ \ \ \ \ \ +- spacing - | | | \ \ \ \ \ \ +- vertical res. - | | | \ \ \ \ \ +- horizontal res. - | | | \ \ \ \ +- points - | | | \ \ \ +- pixels - | | | \ \ \ - foundry family weight slant width additional style</screen> -</informalexample> -</para> - -<para>A new name needs to be created for each new font. If you have -some information from the documentation that accompanied the font, -then it could serve as the basis for creating the name. If there is -no information, then you can get some idea by using -<citerefentry><refentrytitle>strings</><manvolnum>1</></> on the font -file. For example: -<informalexample> -<screen>bash$ <userinput>strings showboat.pfb | more</> -%!FontType1-1.0: Showboat 001.001 -%%CreationDate: 1/15/91 5:16:03 PM -%%VMusage: 1024 45747 -% Generated by Fontographer 3.1 -% Showboat - 1991 by David Rakowski. Alle Rechte Vorbehalten. -FontDirectory/Showboat known{/Showboat findfont dup/UniqueID known{dup -/UniqueID get 4962377 eq exch/FontType get 1 eq and}{pop false}ifelse -{save true}{false}ifelse}{false}ifelse -12 dict begin -/FontInfo 9 dict dup begin - /version (001.001) readonly def - /FullName (Showboat) readonly def - /FamilyName (Showboat) readonly def - /Weight (Medium) readonly def - /ItalicAngle 0 def - /isFixedPitch false def - /UnderlinePosition -106 def - /UnderlineThickness 16 def - /Notice (Showboat - 1991 by David Rakowski. Alle Rechte Vorbehalten.) readonly def -end readonly def -/FontName /Showboat def ---stdin--</screen> -</informalexample></para> - -<para>Using this information, a possible name might be: -<informalexample> -<screen>-type1-Showboat-medium-r-normal-decorative-0-0-0-0-p-0-iso8859-1</screen> -</informalexample> -</para> - -<para>The components of our name are: -<variablelist> - -<varlistentry><term>Foundry</term> -<listitem> -<para>Lets just name all the new fonts <literal>type1</>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Family</term> -<listitem> -<para>The name of the font.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Weight</term> -<listitem> -<para>Normal, bold, medium, semibold, etc. From the -<citerefentry><refentrytitle>strings</><manvolnum>1</></> output -above, it appears that this font has a weight of -<emphasis>medium</emphasis>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Slant</term> -<listitem> -<para><emphasis remap=bf>r</emphasis>oman, <emphasis -remap=bf>i</emphasis>talic, <emphasis remap=bf>o</emphasis>blique, -etc. Since the <emphasis>ItalicAngle</emphasis> is zero, -<emphasis>roman</emphasis> will be used.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Width</term> -<listitem> -<para>Normal, wide, condensed, extended, etc. Until it can be examined, -the assumption will be <emphasis>normal</emphasis>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Additional style</term> -<listitem> -<para>Usually omitted, but this will indicate that -the font contains decorative capital letters.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Spacing</term> -<listitem> -<para>proportional or monospaced. <emphasis>Proportional</emphasis> -is used since <emphasis>isFixedPitch</emphasis> is false.</para> -</listitem> -</varlistentry> - -</variablelist> -</para> - -<para>All of these names are arbitrary, but one should strive to be -compatible with the existing conventions. A font is referenced by -name with possible wild cards by an X11 program, so the name chosen -should make some sense. One might begin by simply using -<informalexample> -<screen>…-normal-r-normal-…-p-…</screen> -</informalexample> -as the name, and then use -<citerefentry><refentrytitle>xfontsel</><manvolnum>1</></> to examine it -and adjust the name based on the appearance of the font.</para> - -<para>So, to complete our example: -<informalexample> -<screen><lineannotation>Make the font accessible to X11</> -bash$ <userinput>cd /usr/X11R6/lib/X11/fonts/Type1</> -bash$ <userinput>ln -s /usr/local/share/fonts/type1/showboat.pfb .</> - -<lineannotation>Edit fonts.dir and fonts.scale, adding the line describing the font -and incrementing the number of fonts which is found on the first line.</> -bash$ <userinput>ex fonts.dir -:1p -25 -:1c -26 -. -:$a -showboat.pfb -type1-showboat-medium-r-normal-decorative-0-0-0-0-p-0-iso8859-1 -. -:wq</> - -<lineannotation><filename>fonts.scale</> seems to be identical to <filename>fonts.dir</>…</> -bash$ <userinput>cp fonts.dir fonts.scale</> - -<lineannotation>Tell X11 that things have changed</> -bash$ <userinput>xset fp rehash</> - -<lineannotation>Examine the new font</> -bash$ <userinput>xfontsel -pattern -type1-*</></screen> -</informalexample> -</para> - -<para>References: -<citerefentry><refentrytitle>xfontsel</><manvolnum>1</></>, -<citerefentry><refentrytitle>xset</><manvolnum>1</></>, -<citetitle>The X Windows System in a Nutshell</>, <ulink -URL="http://www.ora.com/">O'Reilly & Associates</ulink>.</para> - -</chapter> - -<chapter> -<title>Using type 1 fonts with Ghostscript</title> - -<para>Ghostscript references a font via its <filename>Fontmap</> -file. This must be modified in a similar way to the X11 -<filename>fonts.dir</filename> file. Ghostscript can use either the -<filename>.pfa</filename> or the <filename>.pfb</filename> format -fonts. Using the font from the previous example, here is how to use -it with Ghostscript: -<informalexample> -<screen><lineannotation>Put the font in Ghostscript's font directory</> -bash$ <userinput>cd /usr/local/share/ghostscript/fonts</> -bash$ <userinput>ln -s /usr/local/share/fonts/type1/showboat.pfb .</> - -<lineannotation>Edit Fontmap so Ghostscript knows about the font</> -bash$ <userinput>cd /usr/local/share/ghostscript/4.01</> -bash$ <userinput>ex Fontmap -:$a -/Showboat (showboat.pfb) ; % From CICA /fonts/atm/showboat -. -:wq</> - -<lineannotation>Use Ghostscript to examine the font</> -bash$ <userinput>gs prfont.ps</> -Aladdin Ghostscript 4.01 (1996-7-10) -Copyright (C) 1996 Aladdin Enterprises, Menlo Park, CA. All rights -reserved. -This software comes with NO WARRANTY: see the file PUBLIC for details. -Loading Times-Roman font from /usr/local/share/ghostscript/fonts/tir_____.pfb... - /1899520 581354 1300084 13826 0 done. -GS><userinput>Showboat DoFont</> -Loading Showboat font from /usr/local/share/ghostscript/fonts/showboat.pfb... - 1939688 565415 1300084 16901 0 done. ->>showpage, press <return> to continue<< ->>showpage, press <return> to continue<< ->>showpage, press <return> to continue<< -GS><userinput>quit</></screen> -</informalexample> -</para> - -<para>References: <filename>fonts.txt</filename> in the Ghostscript -4.01 distribution</para> - -</chapter> - -<chapter> -<title>Using type 1 fonts with Groff</title> - -<para>Now that the new font can be used by both X11 and Ghostscript, -how can one use the new font with groff? First of all, since we are -dealing with type 1 postscript fonts, the groff device that is -applicable is the <emphasis>ps</emphasis> device. A font file must be -created for each font that groff can use. A groff font name is just -a file in <filename>/usr/share/groff_font/devps</filename>. With our -example, the font file could be -<filename>/usr/share/groff_font/devps/SHOWBOAT</filename>. The file -must be created using tools provided by groff.</para> - -<para>The first tool is <command>afmtodit</>. This is not normally -installed, so it must be retrieved from the source distribution. I -found I had to change the first line of the file, so I did: -<informalexample> -<screen>bash$ <userinput>cp /usr/src/gnu/usr.bin/groff/afmtodit/afmtodit.pl /tmp</> -bash$ <userinput>ex /tmp/afmtodit.pl -:1c -#!/usr/bin/perl -P- -. -:wq</></screen> -</informalexample> -</para> - -<para>This tool will create the groff font file from the metrics file -(<filename>.afm</filename> suffix.) Continuing with our -example: -<informalexample> -<screen><lineannotation>Many <filename>.afm</> files are in Mac format&hellip ^M delimited lines -We need to convert them to unix style ^J delimited lines</> -bash$ <userinput>cd /tmp</> -bash$ <userinput>cat /usr/local/share/fonts/type1/showboat.afm | - tr '\015' '\012' >showboat.afm</> - -<lineannotation>Now create the groff font file</> -bash$ <userinput>cd /usr/share/groff_font/devps</> -bash$ <userinput>/tmp/afmtodit.pl -d DESC -e text.enc /tmp/showboat.afm generate/textmap SHOWBOAT</></screen> -</informalexample> -</para> - -<para>The font can now be referenced with the name SHOWBOAT.</para> - -<para>If ghostscript is used to drive the printers on the system, -then nothing more needs to be done. However, if true postscript -printers are used, then the font must be down loaded to the printer -in order for the font to be used (unless the printer happens to have -the showboat font built in or on an accessible font disk.) The final -step is to create a down loadable font. The <command>pfbtops</> tool -is used to create the <filename>.pfa</filename> format of the font, -and the <filename>download</> file is modified to reference the new -font. The <filename>download</> file must reference the internal -name of the font. This can easily be determined from the groff font -file as illustrated: -<informalexample> -<screen><lineannotation>Create the <filename>.pfa</> font file</> -bash$ <userinput>pfbtops /usr/local/share/fonts/type1/showboat.pfb >showboat.pfa</></screen> -</informalexample> -Of course, if the <filename>.pfa</filename> file is already -available, just use a symbolic link to reference it. -<informalexample> -<screen><lineannotation>Get the internal font name</> -bash$ <userinput>fgrep internalname SHOWBOAT</> -internalname Showboat - -<lineannotation>Tell groff that the font must be down loaded</> -bash$ <userinput>ex download -:$a -Showboat showboat.pfa -. -:wq</></screen> -</informalexample> -</para> - -<para>To test the font: -<informalexample> -<screen>bash$ <userinput>cd /tmp</> -bash$ <userinput>cat >example.t <<EOF -.sp 5 -.ps 16 -This is an example of the Showboat font: -.br -.ps 48 -.vs (\n(.s+2)p -.sp -.ft SHOWBOAT -ABCDEFGHI -.br -JKLMNOPQR -.br -STUVWXYZ -.sp -.ps 16 -.vs (\n(.s+2)p -.fp 5 SHOWBOAT -.ft R -To use it for the first letter of a paragraph, it will look like: -.sp 50p -\s(48\f5H\s0\fRere is the first sentence of a paragraph that uses the -showboat font as its first letter. -Additional vertical space must be used to allow room for the larger -letter. -EOF</> -bash$ <userinput>groff -Tps example.t >example.ps</> - -<lineannotation>To use ghostscript/ghostview</> -bash$ <userinput>ghostview example.ps</> - -<lineannotation>To print it</> -bash$ <userinput>lpr -Ppostscript example.ps</></screen> -</informalexample> -</para> - -<para>References: -<filename>/usr/src/gnu/usr.bin/groff/afmtodit/afmtodit.man</filename>, -<citerefentry><refentrytitle>groff_font</><manvolnum>5</></>, -<citerefentry><refentrytitle>groff_char</><manvolnum>5</></>, -<citerefentry><refentrytitle>pfbtops</><manvolnum>1</></>.</para> - -</chapter> - -<chapter> -<title>Can TrueType fonts be used?</title> - -<para>The TrueType font format is used by Windows, Windows 95, -Mac's,&hellip It is quite popular and there are a great number of -fonts available in this format. Unfortunately, there are only two -applications that I am aware of that can use this format: Ghostscript -and povray. Ghostscript's support, according to the documentation, -is rudimentary and the results are likely to be inferior to type 1 -fonts.</para> - -<para>However, groff would need a font description file, and I know -of no tools to construct the metrics from a TrueType font. In -addition, the font would have to be down loaded to postscript -printers in the appropriate format, and again, groff cannot handle -TrueType fonts in this fashion.</para> - -<para>X11 has no support for TrueType fonts that I am aware -of.</para> - -<para>The only program that I know of that has the ability to use -TrueType fonts is povray version 3, but I rather doubt many people -will be creating documents as a series of raytraced pages! -:-)</para> - -</chapter> - -<chapter> -<title>Where can additional fonts be obtained?</title> - -<para>Many fonts are available on the Internet. They are either -entirely free, or are share-ware. In addition, there are many -inexpensive CDROMs available that contain many fonts. Some Internet -locations (as of August 1996) are: -<itemizedlist> - -<listitem><para><ulink -url="ftp://ftp.winsite.com">ftp://ftp.winsite.com</ulink> (Formerly -CICA)</para></listitem> - -<listitem><para><ulink -url="http://www.simtel.net/simcgi-bin/dosfind.cgi">http://www.simtel.net/simcgi-bin/dosfind.cgi</ulink></para></listitem> - -<listitem><para><ulink -url="ftp://ftp.coast.net/">ftp://ftp.coast.net/</ulink></para></listitem> - -<listitem><para><ulink -url="http://af-pc-plloyd.ecel.uwa.edu.au/fonts/index.html">http://af-pc-plloyd.ecel.uwa.edu.au/fonts/index.html</ulink></para></listitem> - -<listitem><para><ulink -url="http://www.esselte.com/letraset/index.html">http://www.esselte.com/letraset/index.html</ulink></para></listitem> - -<listitem><para><ulink -url="http://www.inil.com/users/elfring/esf.htm">http://www.inil.com/users/elfring/esf.htm</ulink></para></listitem> - -</itemizedlist></para> - -</chapter> - -<chapter> -<title>Additional questions</title> - -<para> -<itemizedlist> - -<listitem> -<para>What use are the <filename>.pfm</filename> files?</para> -</listitem> - -<listitem> -<para>Can one generate the <filename>.afm</filename> file from a <filename>.pfa</filename> or <filename>.pfb</filename>?</para> -</listitem> - -<listitem> -<para>How to generate the groff character mapping files for postscript fonts -with non-standard character names?</para> -</listitem> - -<listitem> -<para>Can xditview and devX?? devices be setup to access all the new fonts?</para> -</listitem> - -<listitem> -<para>It would be good to have examples of using TrueType fonts with povray and -ghostscript.</para> -</listitem> - -</itemizedlist> -</para> - -</chapter> -</book> diff --git a/en_US.ISO_8859-1/articles/formatting-media/Makefile b/en_US.ISO_8859-1/articles/formatting-media/Makefile deleted file mode 100644 index 158bc4d801..0000000000 --- a/en_US.ISO_8859-1/articles/formatting-media/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.1 1997-09-13 04:24:23 jfieber Exp $ - -DOCS= diskformat.docb -INDEXLINK= diskformat.html - -.include "../../web.mk" - diff --git a/en_US.ISO_8859-1/articles/formatting-media/article.sgml b/en_US.ISO_8859-1/articles/formatting-media/article.sgml deleted file mode 100644 index 96f12cc1a4..0000000000 --- a/en_US.ISO_8859-1/articles/formatting-media/article.sgml +++ /dev/null @@ -1,418 +0,0 @@ -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<!-- $Id: article.sgml,v 1.3 1997-09-20 05:34:02 jfieber Exp $ --> -<book> - -<bookinfo> -<bookbiblio> -<title>Formatting Media For Use With FreeBSD 2.2-RELEASE</title> -<subtitle>A Tutorial</subtitle> - -<authorgroup> -<author> -<firstname>Doug</firstname> -<surname>White</surname> -<affiliation> -<address><email>dwhite@resnet.uoregon.edu</email></address> -</affiliation> -</author> -</authorgroup> - -<pubdate>March 1997</pubdate> -<abstract><para>This document describes how to slice, partition, and -format hard disk drives and similar media for use with FreeBSD. The -examples given have been tested under FreeBSD 2.2-GAMMA and may work -for other releases. </para> -</abstract> -</bookbiblio> -</bookinfo> - -<chapter> -<title>Introduction & Definitions</title> - -<sect1> -<title>Overview</title> -<para>Successfully adding disks to an existing system is the mark of an -experienced system administrator. Slicing, partitioning, and adding -disks requires a careful dance of proper command and name syntax. One -slipped finger and an entire disk could disappear in seconds. This -document is written in an attempt to simplify this process and avoid -accidents. Thankfully, enhancements to existing tools (notably -sysinstall) have greatly improved this process in recent releases of -FreeBSD. </para> - -<para>There are two possible modes of disk formatting: -<itemizedlist> - -<listitem><para><firstterm>compatibility mode</firstterm>: Arranging a -disk so that it has a slice table for use with other operating -systems.</para> </listitem> - -<listitem><para><firstterm>dangerously dedicated mode</firstterm>: -Formatting a disk with no slice table. This makes the process of -adding disks easier, however non-FreeBSD operating systems may not -accept the disk. </para> </listitem> -</itemizedlist> -</para> - -<para>For most cases, dedicated mode is the easiest to set up and use -in existing systems, as a new disk is usually dedicated entirely to -FreeBSD. However, compatibility mode insures optimum interoperability -with future installations at a cost of increased complexity.</para> - -<para>In addition to selecting the mode, two methods of slicing the -disk are available. One is using the system installation tool -<command>/stand/sysinstall</command>. 2.1.7-RELEASE and later -versions of <command>sysinstall</command> contain code to ease setup -of disks during normal system operation, mainly allowing access to the -Label and Partition editors and a Write feature which will update just -the selected disk and slice without affecting other disks. The other -method is running the tools manually from a root command line. For -dangerously dedicated mode, only three or four commands are involved -while <command>sysinstall</command> requires some manipulation.</para> -</sect1> -<sect1> -<title>Definitions</title> - -<para>UNIX disk management over the centuries has invented many new -definitions for old words. The following glossary covers the -definitions used in this document and (hopefully) for FreeBSD in -general. </para> - -<!-- I'm tempted to use GLOSSARY here but will resort to a list for -now. --> - -<itemizedlist> -<listitem><para>compatibility mode: Arranging a disk so that it has a slice -table for use with other operating systems. Oppose dangerously -dedicated mode.</para></listitem> - -<listitem><para>dangerously dedicated mode: Formatting a disk with no slice -table. This makes the process of adding disks easier, however -non-FreeBSD operating systems may not accept the disk. Oppose -compatibility mode.</para></listitem> - -<listitem><para>disk: A circular disc, covered with magnetic or similarly -manipulable material, spun by a motor under a head. Data is stored on -the disk by changing the pattern of magnetism on the disc, which can -be later read. Hard disks, CD-ROMs, Magneto-optical,and Zip/Jaz -removables are examples of disks.</para></listitem> - -<listitem><para>slice: A division of a disk. Up to four slices are permitted on one -disk in the PC standard. Slices are composed of contiguous sectors. -Slices are recorded in a <quote>slice table</quote> used by the system BIOS to -locate bootable partitions. The slice table is usually called the -Partition Table in DOS parlance. Maintained by the fdisk utility.</para></listitem> - -<listitem><para>partition: A division of a slice. Usually used in reference -to divisions of the FreeBSD slice of a disk. Each filesystem and swap -area on a disk resides in a partition. Maintained using the disklabel -utility.</para></listitem> - -<listitem><para>sector: Smallest subdivision of a disk. One sector usually -represents 512 bytes of data.</para></listitem> - -</itemizedlist> -</sect1> - -<sect1> -<title>Warnings & Pitfalls</title> - -<para>Building disks is not something to take lightly. It is quite possible -to destroy the contents of other disks in your system if the proper -precautions are not taken.</para> - -<para><emphasis>Check your work carefully.</> It is very simple to destroy -the incorrect disk when working with these commands. When -in doubt consult the kernel boot output for the proper device.</para> - -<para>Needless to say, we are not responsible for any damage to any data -or hardware that you may experience. You work at your own risk!</para> - -</sect1> - -<sect1> -<title>Zip, Jaz, and Other Removables</title> - -<para>Removable disks can be formatted in the same way as normal hard -disks. It is essential to have the disk drive connected to the system -and a disk placed in the drive during startup, so the kernel can -determine the drive's geometry. Check the <command>dmesg</command> -output and make sure your device and the disk's size is listed. If -the kernel reports -<informalexample> -<screen> -Can't get the size -</screen> -</informalexample> -then the disk was not in the drive. In this case, you will need to restart the -machine before attempting to format disks. -</para> -</sect1> - -</chapter> -<chapter> -<title>Formatting Disks in Dedicated Mode</title> - -<sect1> -<title>Introduction</title> - -<para>This section details how to make disks that are totally dedicated to -FreeBSD. Remember, dedicated mode disks cannot be booted by the PC -architecture.</para> - -</sect1> -<sect1> -<title>Making Dedicated Mode Disks using Sysinstall</title> - -<para><command>/stand/sysinstall</command>, the system installation -utility, has been expanded in recent versions to make the process of -dividing disks properly a less tiring affair. The fdisk and disklabel -editors built into sysinstall are GUI tools that remove much of the -confusion from slicing disks. For FreeBSD versions 2.1.7 and later, -this is perhaps the simplest way to slice disks.</para> - -<orderedlist> -<listitem><para>Start sysinstall as root by typing -<informalexample> -<screen><userinput>/stand/sysinstall</userinput></screen> -</informalexample> -from the command prompt.</para></listitem> - -<listitem><para>Select <command>Index</command>.</para></listitem> -<listitem><para>Select <command>Partition</command>.</para></listitem> -<listitem><para>Select the disk to edit with arrow keys and -<keycap>SPACE</keycap>.</para> -</listitem> -<listitem><para>If you are using this entire disk for FreeBSD, select -<command>A</command>.</para></listitem> -<listitem><para>When asked: -<informalexample> -<screen> -Do you want to do this with a true partition entry so as to remain -cooperative with any future possible operating systems on the -drive(s)? -</screen> -</informalexample>answer <command>No</command>.</para></listitem> -<listitem><para>When asked if you still want to do this, answer -<command>Yes</command>.</para></listitem> -<listitem><para>Select <command>Write</command>.</para></listitem> -<listitem><para>When warned about Writing on installed systems, answer -<command>Yes</command>.</para></listitem> -<listitem><para><command>Quit</command>the FDISK Editor and -<keycap>ESCAPE</keycap> back to the Index menu.</para></listitem> -<listitem><para>Select <command>Label</command> from the Index -menu.</para></listitem> -<listitem><para>Label as desired. For a single partition, enter -<command>C</command> to Create a partition, accept the -default size, partition type Filesystem, and a mountpoint (which isn't -used).</para></listitem> -<listitem><para>Enter <command>W</command> when done and confirm to -continue. The filesystem will be newfs'd for you, unless you select -otherwise (for news partitions you'll want to do this!). You'll get -the error: -<informalexample> -<screen>Error mounting /mnt/dev/wd2s1e on /mnt/blah : No such file or directory </screen> -</informalexample> -Ignore. -</para></listitem> -<listitem><para>Exit out by repeatedly pressing <keycap>ESCAPE</keycap>.</para></listitem> -</orderedlist> - -</sect1> -<sect1> -<title>Making Dedicated Mode Disks Using the Command Line</title> - - -<para>Execute the following commands, replacing wd2 with the disk -name. Lines beginning with # are comments. </para> -<informalexample> -<screen> -<userinput> - dd if=/dev/zero of=/dev/rwd2 count=2 - disklabel /dev/rwd2 | disklabel -B -R -r wd2 /dev/stdin - # We only want one partition, so using slice 'c' should be fine: - newfs /dev/rwd2c -</userinput> -</screen> -</informalexample> - -<para> If you need to edit the disklabel to create multiple -partitions (such as swap), use the following: </para> - -<informalexample> -<screen> -<userinput> - dd if=/dev/zero of=/dev/rwd2 count=2 - disklabel /dev/r$d > /tmp/label - # Edit disklabel to add partitions: - vi /tmp/label - disklabel -B -R -r wd2 /tmp/label - # newfs partitions appropriately -</userinput> -</screen> -</informalexample> - -<para>Your disk is now ready for use.</para> - -</sect1> -</chapter> - -<chapter> -<title>Making Compatibility Mode Disks</title> - -<sect1> -<title>Introduction</title> -<para>The command line is the easiest way to make dedicated disks, and -the worst way to make compatibility disks. The command-line fdisk -utility requires higher math skills and an in-depth understanding of -the slice table, which is more than most people want to deal with. -Use sysinstall for compatibility disks, as described below.</para> - -</sect1> -<sect1> - -<title>Making Compatibility Mode Disks Using Sysinstall</title> - -<orderedlist> -<listitem><para>Start sysinstall as root by typing -<informalexample> -<screen><userinput>/stand/sysinstall</></screen> -</informalexample> -from the command prompt.</para></listitem> - -<listitem><para>Select <command>Index</command>.</para> </listitem> -<listitem><para>Select <command>Partition</command>.</para></listitem> -<listitem><para>Select the disk to edit with arrow keys and -<keycap>SPACE</keycap>. -</para></listitem> -<listitem><para>If you are using this entire disk for FreeBSD, select -<command>A</command>.</para></listitem> - -<listitem><para>When asked: -<informalexample> -<screen> -Do you want to do this with a true partition entry so as to remain -cooperative with any future possible operating systems on the -drive(s)? -</screen> -</informalexample> answer <command>yes</command>.</para></listitem> -<listitem><para>Select <command>Write</command>.</para></listitem> -<listitem><para>When asked to install the boot manager, select None with -<keycap>SPACE</keycap> then hit <keycap>ENTER</keycap> for OK.</para></listitem> -<listitem><para><command>Quit</command> the FDISK Editor.</para></listitem> -<listitem><para>You'll be asked about the boot manager, select -<command>None</command> -again. </para></listitem> -<listitem><para>Select <command>Label</command> from the Index -menu.</para></listitem> -<listitem><para>Label as desired. For a single partition, accept the -default size, type filesystem, and a mountpoint (which isn't -used).</para></listitem> -<listitem><para>The filesystem will be newfs'd for you, unless you select otherwise (for news partitions you'll want to do this!). You'll get the error: -<informalexample> -<screen> -Error mounting /mnt/dev/wd2s1e on /mnt/blah : No such file or directory </screen> -</informalexample> -Ignore. -</para></listitem> -<listitem><para>Exit out by repeatedly pressing <keycap>ESCAPE</keycap>.</para></listitem> -</orderedlist> - -<para>Your new disk is now ready for use.</para> - -</sect1> -</chapter> - -<chapter> -<title>Other Disk Operations</title> -<sect1> -<title>Adding Swap Space</title> - -<para>As a system grows, it's need for swap space can also grow. -Although adding swap space to existing disks is very difficult, a new -disk can be partitioned with additional swap space. </para> - -<para>To add swap space when adding a disk to a system: -<orderedlist> -<listitem><para>When partitioning the disk, edit the disklabel and -allocate the amount of swap space to add in partition `b' and the -remainder in another partition, such as `a' or `e'. The size is given -in 512 byte blocks. </para></listitem> -<listitem><para>When newfsing the drive, do NOT newfs the `c' -partition. Instead, newfs the partition where the non-swap space -lies.</para></listitem> -<listitem><para>Add an entry to <filename>/etc/fstab</filename> as follows: -<informalexample> -<programlisting> -/dev/wd0b none swap sw 0 0 -</programlisting> -</informalexample> -Change /dev/wd0b to the device of the newly added -space.</para></listitem> -<listitem><para>To make the new space immediately available, use the -<command>swapon</command> command. -<informalexample> -<screen> -<userinput> -$ swapon /dev/sd0b -</userinput> -swapon: added /dev/sd0b as swap space -</screen> -</informalexample> -</para></listitem> -</orderedlist> -</para> -</sect1> - -<sect1> -<title>Copying the Contents of Disks</title> -<!-- Should have specific tag --> -<para>Submitted By: Renaud Waldura (<email>renaud@softway.com</email>) </para> - -<para>To move file from your original base disk to the fresh new one, -do: -<informalexample> -<screen> -<userinput> -mount /dev/wd2 /mnt -pax -r -w -p e /usr/home /mnt -umount /mnt -rm -rf /usr/home/* -mount /dev/wd2 /usr/home -</userinput> -</screen> -</informalexample> -</para> -</sect1> -</chapter> - -<chapter> -<title>Credits</title> - - - -<para>The author would like to thank the following individuals for -their contributions to this project: -<itemizedlist> -<listitem><para>Darryl Okahata -(<email>darrylo@hpnmhjw.sr.hp.com</email>) for his -simple dedicated mode setup documentation which I have used repeatedly -on freebsd-questions.</para></listitem> -<listitem><para>Jordan Hubbard -(<email>jkh@freebsd.org</email>) for making -sysinstall useful for this type of task.</para></listitem> -<listitem><para>John Fieber -(<email>jfieber@indiana.edu</email>) for making -information and examples of the DocBook DTD on which this document is -based.</para></listitem> -<listitem><para>Greg Lehey (<email>grog@freebsd.org</email>) for checking my -work and pointing out inaccuracies, as well as miscellaneous support. -</para></listitem> -</itemizedlist> -</para> - -</chapter> - - - -</book> diff --git a/en_US.ISO_8859-1/articles/mh/Makefile b/en_US.ISO_8859-1/articles/mh/Makefile deleted file mode 100644 index 14a686e6af..0000000000 --- a/en_US.ISO_8859-1/articles/mh/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:13 max Exp $ - -DOCS= mh.docb -INDEXLINK= mh.html - -.include "../../web.mk" - diff --git a/en_US.ISO_8859-1/articles/mh/article.sgml b/en_US.ISO_8859-1/articles/mh/article.sgml deleted file mode 100644 index 3c33cf92ea..0000000000 --- a/en_US.ISO_8859-1/articles/mh/article.sgml +++ /dev/null @@ -1,704 +0,0 @@ -<!-- $Id: article.sgml,v 1.2 1997-07-01 21:38:44 max Exp $ --> -<!-- FreeBSD Documentation Project --> - -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> - -<bookinfo> -<bookbiblio> -<title>An MH Primer</title> - -<authorgroup> -<author> -<firstname>Matt</firstname> -<surname>Midboe</surname> -<affiliation> -<address> -<email>matt@garply.com</email> -</address> -</affiliation> -</author></authorgroup> - -<pubdate>v1.0, 16 January 1996</pubdate> - -<abstract><para>This document contains an introduction to using MH on -FreeBSD</para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter id="mhintro"> -<title>Introduction</title> - -<para>MH started back in 1977 at the RAND Corporation, where the -initial philosophies behind MH were developed. MH isn't so much a -monolithic email program but a philosophy about how best to develop -tools for reading email. The MH developers have done a great job -adhering to the <acronym>KISS</> principle: Keep It Simple Stupid. -Rather than have one large program for reading, sending and handling -email they have written specialized programs for each part of your -email life. One might liken MH to the specialization that one finds -in insects and nature. Each tool in MH does one thing, and does it -very well.</para> - -<para>Beyond just the various tools that one uses to handle their -email MH has done an excellent job keeping the configuration of each -of these tools consistent and uniform. In fact, if you are not quite -sure how something is supposed to work or what the arguments for some -command are supposed to be then you can generally guess and be right. -Each MH command is consistent about how it handles reading the -configuration files and how it takes arguments on the command line. -One useful thing to remember is that you can always add a -<option>-help</option> to the command to have it display the options -for that command.</para> - -<para>The first thing that you need to do is to make sure that you have -installed the MH package on your FreeBSD machine. If you installed -from CDROM you should be able to execute the following to load mh: -<informalexample> -<screen># <userinput>pkg_add /cdrom/packages/mh-6.8.3.tgz</></screen> -</informalexample> -You will notice that it created a <filename>/usr/local/lib/mh</> -directory for you as well as adding several binaries to the -<filename>/usr/local/bin</> directory. If you would prefer to compile -it yourself then you can anonymous ftp it from <ulink -URL="ftp://ftp.ics.uci.edu/">ftp.ics.uci.edu</ulink> or <ulink -URL="ftp://louie.udel.edu/">louie.udel.edu</ulink>.</para> - -<para>This primer is not a full comprehensive explanation of how MH -works. This is just intended to get you started on the road to -happier, faster mail reading. You should read the man pages for the -various commands. Also you might want to read the <ulink -URL="news:comp.mail.mh">comp.mail.mh</ulink> newsgroup. Also you can -read the <ulink -URL="http://www.cis.ohio-state.edu/hypertext/faq/usenet/mh-faq/part1/faq.html">FAQ -for MH</ulink>. The best resource for MH is the O'Reilly and Associates book -written by Jerry Peek.</para> - -</chapter> - -<chapter> -<title>Reading Mail</title> - -<para>This section covers how to use <command>inc</>, -<command>show</>, <command>scan</>, <command>next</>, -<command>prev</>, <command>rmm</>, <command>rmf</>, and -<command>msgchk</>. One of the best things about MH is the -consistent interface between programs. A few things to keep in mind -when using these commands is how to specify message lists. In the -case of <command>inc</> this doesn't really make any sense but with -commands like <command>show</> it is useful to know. </para> - -<para>A message list can consist of something like <parameter>23 20 -16</> which will act on messages 23, 20 and 16. This is fairly simple -but you can do more useful things like <parameter>23-30</> which will -act on all the messages between 23 and 30. You can also specify -something like <parameter>cur:10</> which will act on the current -message and the next 9 messages. The <parameter>cur</>, -<parameter>last</>, and <parameter>first</> messages are special -messages that refer to the current, last or first message in the -folder.</para> - - -<sect1 id="inc"> -<title><command>inc</>, <command>msgchk</>—read in your new email or check it</title> - -<para>If you just type in <userinput>inc</> and hit <keycap>return</> -you will be well on your way to getting started with MH. The first -time you run <command>inc</> it will setup your account to use all -the MH defaults and ask you about creating a Mail directory. If you -have mail waiting to be downloaded you will see something that looks -like: -<informalexample> -<screen> 29 01/15 Doug White Re: Another Failed to boot problem<<On Mon, 15 J - 30 01/16 "Jordan K. Hubbar Re: FBSD 2.1<<> Do you want a library instead of - 31 01/16 Bruce Evans Re: location of bad144 table<<>> >It would appea - 32 01/16 "Jordan K. Hubbar Re: video is up<<> Anyway, mrouted won't run, ev - 33 01/16 Michael Smith Re: FBSD 2.1<<Nate Williams stands accused of sa</screen> -</informalexample> -This is the same thing you will see from a <command>scan</> (see -<xref linkend="scan">). If you just run <command>inc</> with no -arguments it will look on your computer for email that is supposed to -be coming to you.</para> - -<para>A lot of people like to use POP for grabbing their email. MH can do -POP to grab your email. You will need to give <command>inc</> a few command -line arguments. -<informalexample> -<screen>tempest% <userinput>inc -host mail.pop.org -user <replaceable>username</> -norpop</></screen> -</informalexample> -That tells <command>inc</> to go to <parameter>mail.pop.org</> to -download your email, and that your username on their system is -<replaceable>username</>. The <option>-norpop</option> option tells -<command>inc</> to use plain POP3 for downloading your email. MH has -support for a few different dialects of POP. More than likely you -will never ever need to use them though. While you can do more -complex things with inc such as audit files and scan format files -this will get you going.</para> - -<para>The <command>msgchk</> command is used to get information on -whether or not you have new email. <command>msgchk</> takes the same -<option>-host</option> and <option>-user</option> options that -<command>inc</> takes.</para> - -</sect1> - -<sect1 id="show"> -<title><command>show</>, <command>next</> and <command>prev</>—displaying and moving through email</title> - -<para><command>show</> is to show a letter in your current folder. -Like <command>inc</>, <command>show</> is a fairly straightforward -command. If you just type <userinput>show</> and hit <keycap>return</> -then it displays the current message. You can also give specific -message numbers to show: -<informalexample> -<screen>tempest% <userinput>show 32 45 56</></screen> -</informalexample> -This would display message numbers 32, 45 and 56 right after each -other. Unless you change the default behavior <command>show</> -basically just does a <command>more</> on the email message.</para> - -<para><command>next</> is used to move onto the next message and -<command>prev</> will go to the previous message. Both commands have -an implied <command>show</> command so that when you go to the next -message it automatically displays it.</para> - -</sect1> - -<sect1 id="scan"> -<title><command>scan</>—shows you a scan of your messages</title> - -<para><command>scan</> will display a brief listing of the messages -in your current folder. This is an example of what the -<command>scan</> command will give you. -<informalexample> -<screen> 30+ 01/16 "Jordan K. Hubbar Re: FBSD 2.1<<> Do you want a library instead of - 31 01/16 Bruce Evans Re: location of bad144 table<<>> >It would appea - 32 01/16 "Jordan K. Hubbar Re: video is up<<> Anyway, mrouted won't run, ev - 33 01/16 Michael Smith Re: FBSD 2.1<<Nate Williams stands accused of sa</screen> -</informalexample> -Like just about everything in MH this display is very configurable. -This is the typical default display. It gives you the message number, -the date on the email, the sender, the subject line, and a sentence -fragment from the very beginning of the email if it can fit it. The -<literal>+</> means that message is the current message, so if you do -a <command>show</> it will display that message.</para> - -<para>One useful option for scan is the <option>-reverse</option> -option. This will list your messages with the highest message number -first and lowest message number last. Another useful option with -<command>scan</> is to have it read from a file. If you want to scan -your incoming mailbox on FreeBSD without having to <command>inc</> it -you can do <command>scan -file -/var/mail/<replaceable>username</></command>. This can be used with -any file that is in the <database>mbox</> format.</para> - -</sect1> - -<sect1 id="rmm"> -<title><command>rmm</> and <command>rmf</>—remove the current message or folder</title> - -<para><command>rmm</> is used to remove a mail message. The default -is typically to not actually remove the message but to rename the -file to one that is ignored by the MH commands. You will need to -through periodically and physically delete the <quote>removed</> -messages.</para> - -<para>The <command>rmf</> command is used to remove folders. This -doesn't just rename the files but actually removes the from the hard -drive so you should be careful when you use this command.</para> - -</sect1> - -<sect1 id="samplereading"> -<title>A typical session of reading with MH</title> - -<para>The first thing that you will want to do is <command>inc</> -your new mail. So at a shell prompt just type in <command>inc</> and -hit <keycap>return</>. -<informalexample> -<screen>tempest% <userinput>inc</> -Incorporating new mail into inbox... - - 36+ 01/19 "Stephen L. Lange Request...<<Please remove me as contact for pind - 37 01/19 Matt Thomas Re: kern/950: Two PCI bridge chips fail (multipl - 38 01/19 "Amancio Hasty Jr Re: FreeBSD and VAT<<>>> Bill Fenner said: > In -tempest%</screen> -</informalexample> -This shows you the new email that has been added to your mailbox. So -the next thing to do is <command>show</> the email and move around. -<informalexample> -<screen>tempest% <userinput>show</> -Received: by sashimi.wwa.com (Smail3.1.29.1 #2) - id m0tdMZ2-001W2UC; Fri, 19 Jan 96 13:33 CST -Date: Fri, 19 Jan 1996 13:33:31 -0600 (CST) -From: "Stephen L. Lange" <stvlange@wwa.com> -To: matt@garply.com -Subject: Request... -Message-Id: <Pine.BSD.3.91.960119133211.824A-100000@sashimi.wwa.com> -Mime-Version: 1.0 -Content-Type: TEXT/PLAIN; charset=US-ASCII - - -Please remove me as contact for pindat.com - -tempest% <userinput>rmm</> -tempest% <userinput>next</> -Received: from localhost (localhost [127.0.0.1]) by whydos.lkg.dec.com (8.6.11/8 -.6.9) with SMTP id RAA24416; Fri, 19 Jan 1996 17:56:48 GMT -Message-Id: <199601191756.RAA24416@whydos.lkg.dec.com> -X-Authentication-Warning: whydos.lkg.dec.com: Host localhost didn't use HELO pro -tocol -To: hsu@clinet.fi -Cc: hackers@FreeBSD.org -Subject: Re: kern/950: Two PCI bridge chips fail (multiple multiport ethernet - boards) -In-Reply-To: Your message of "Fri, 19 Jan 1996 00:18:36 +0100." - <199601182318.AA11772@Sysiphos> -X-Mailer: exmh version 1.5omega 10/6/94 -Date: Fri, 19 Jan 1996 17:56:40 +0000 -From: Matt Thomas <matt@lkg.dec.com> -Sender: owner-hackers@FreeBSD.org -Precedence: bulk - - -This is due to a typo in pcireg.h (to -which I am probably the guilty party).</screen> -</informalexample></para> - -<para>The <command>rmm</> removed the current message and the -<command>next</> command moved me on to the next message. -Now if I wanted to look at ten most recent messages so I could read -one of them here is what I would do: -<informalexample> -<screen>tempest% <userinput>scan last:10</> - 26 01/16 maddy Re: Testing some stuff<<yeah, well, Trinity has - 27 01/17 Automatic digest NET-HAPPENINGS Digest - 16 Jan 1996 to 17 Jan 19 - 28 01/17 Evans A Criswell Re: Hey dude<<>From matt@tempest.garply.com Tue - 29 01/16 Karl Heuer need configure/make volunteers<<The FSF is looki - 30 01/18 Paul Stephanouk Re: [alt.religion.scientology] Raw Meat (humor)< - 31 01/18 Bill Lenherr Re: Linux NIS Solaris<<--- On Thu, 18 Jan 1996 1 - 34 01/19 John Fieber Re: Stuff for the email section?<<On Fri, 19 Jan - 35 01/19 support@foo.garpl [garply.com #1138] parlor<<Hello. This is the Ne - 37+ 01/19 Matt Thomas Re: kern/950: Two PCI bridge chips fail (multipl - 38 01/19 "Amancio Hasty Jr Re: FreeBSD and VAT<<>>> Bill Fenner said: > In -tempest%</screen> -</informalexample> -Then if I wanted to read message number 27 I would do a -<userinput>show 27</> and it would be displayed. As you can probably -tell from this sample session MH is pretty easy to use and looking -through emails and displaying them is fairly intuitive and easy. -</para> - -</sect1> -</chapter> - -<chapter> -<title>Folders and Mail Searching</title> - -<para>Anybody who gets lots of email definitely wants to be able to -prioritize, stamp, brief, de-brief, and number their emails in a -variety of different ways. MH can do this better than just about -anything. One thing that we haven't really talked about is the -concept of folders. You have undoubtedly come across the folders -concept using other email programs. MH has folders too. MH can even -do sub-folders of a folder. One thing you should keep in mind with MH -is that when you ran <command>inc</> for the first time and it asked -you if it could create a <filename>Mail</> directory it began storing -everything in that directory. If you look at that directory you will -find a directory named <filename>inbox</>. The <filename>inbox</> -directory houses all of your incoming mail that hasn't been thrown -anywhere else.</para> - -<para>Whenever you create a new folder a new directory is going to be -created underneath your MH <filename>Mail</> directory, and messages -in that folder are going to be stored in that directory. When new -email comes in that new email is thrown into your <filename>inbox</> -directory with a file name that is equivalent to the message number. -So even if you didn't have any of the MH tools to read your email you -could still use standard UNIX commands to munge around in those -directories and just more your files. It's this simplicity that -really gives you a lot of power with what you can do with your -email.</para> - -<para>Just as you can use message lists like <parameter>23 16 42</> -with most MH commands there is a folder option you can specify with -just about every MH command. If you do a <command>scan +freebsd</> it -will scan your <filename>freebsd</> folder, and your current folder -will be changed to <filename>freebsd</>. If you do a <command>show -+freebsd 23 16 42</>, <command>show</> is going to switch to your -<filename>freebsd</> folder and display messages 23, 16 and 42. So -remember that <option>+<replaceable>folder</></> syntax. You will -need to make sure you use it to make commands process different -folders. Remember you default folder for mail is <filename>inbox</> -so doing a <command>folder +inbox</> should always get you back to -your mail. Of course, in MH's infinite flexibility this can be -changed but most places have probably left it as -<command>inbox</>.</para> - - -<sect1> -<title><command>pick</>—search email that matches certain criteria</title> - -<para><command>pick</> is one of the more complex commands in the MH -system. So you might want to read the -<citerefentry><refentrytitle>pick</><manvolnum>1</></> man page for a -more thorough understanding. At its simplest level you can do -something like -<informalexample> -<screen>tempest% <userinput>pick -search pci</> -15 -42 -55 -56 -57</screen> -</informalexample> - -This will tell <command>pick</> to look through every single line in -every message in your current folder and tell you which message -numbers it found the word <literal>pci</> in. You can then -<command>show</> those messages and read them if you wish or -<command>rmm</> them. You would have to specify something like -<command>show 15 42 55-57</> to display them though. A slightly more -useful thing to do is this: -<informalexample> -<screen>tempest% <userinput>pick -search pci -seq pick</> -5 hits -tempest% <userinput>show pick</></screen> -</informalexample> -This will show you the same messages you just didn't have to work as -hard to do it. The <option>-seq</option> option is really an -abbreviation of <option>-sequence</option> and <command>pick</> is -just a sequence which contains the message numbers that matched. You -can use sequences with just about any MH command. So you could have -done an <command>rmm pick</> and all those messages would be removed -instead. You sequence can be named anything. If you run pick again it -will overwrite the old sequence if you use the same name.</para> - -<para>Doing a <command>pick -search</command> can be a bit more time -consuming than just searching for message from someone, or to -someone. So <command>pick</> allows you to use the following -predefined search criteria: - -<variablelist> - -<varlistentry> -<term><option>-to</option></term> -<listitem> -<para>search based upon who the message is to</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-cc</option></term> -<listitem> -<para>search based on who is in the cc list</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-from</option></term> -<listitem> -<para>search for who sent the message</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-subject</option></term> -<listitem> -<para>search for emails with this subject</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>-date</option></term> -<listitem> -<para>find emails with a matching dat</para> -</listitem> -</varlistentry> - -<varlistentry> -<term><option>--<replaceable>component</replaceable></option></term> -<listitem> -<para>search for any other component in the header. (i.e. -<option>--reply-to</> to find all emails with a certain reply-to in -the header)</para> -</listitem> -</varlistentry> - -</variablelist></para> - -<para>This allows you to do things like -<informalexample> -<screen>tempest% <userinput>pick -to freebsd-hackers@freebsd.org -seq hackers</></screen> -</informalexample> -to get a list of all the email send to the FreeBSD hackers mailing -list. <command>pick</> also allows you to group these criteria in -different ways using the following options: -<itemizedlist> - -<listitem> -<para>… <option>-and</option> …</para> -</listitem> - -<listitem> -<para>… <option>-or</option> &hellip</para> -</listitem> - -<listitem> -<para><option>-not</option> …</para> -</listitem> - -<listitem> -<para><option>-lbrace</option> … <option>-rbrace</option></para> -</listitem> - -</itemizedlist> -These commands allow you to do things like -<informalexample> -<screen>tempest% <userinput>pick -to freebsd-hackers -and -cc freebsd-hackers</></screen> -</informalexample> -That will grab all the email in your inbox that was sent to -freebsd-hackers or cc'd to that list. The brace options allow you to -group search criteria together. This is sometimes very necessary as -in the following example -<informalexample> -<screen>tempest% <userinput>pick -lbrace -to freebsd-hackers -and - -not -cc freebsd-questions -rbrace -and -subject pci</></screen> -</informalexample></para> - -<para>Basically this says <quote>pick (to freebsd-hackers and not cc'd on -freebsd-questions) and the subject is pci</quote>. It should look through your -folder and find all messages sent to the freebsd-hackers list that -aren't cc'd to the freebsd-questions list that contain something on -pci in the subject line. Ordinarily you might have to worry about -something called operator precedence. Remember in math how you -evaluate from left to right and you do multiplication and division -first and addition and subtraction second? MH has the same type of -rules for <command>pick</>. It's fairly complex so you might want to study -the man page. This document is just to help you get acquainted with -MH.</para> - -</sect1> - -<sect1> -<title><command>folder</>, <command>folders</>, <command>refile</>—three useful programs for folder maintenance</title> - -<para>There are three programs which are primarily just for -manipulating your folders. The <command>folder</> program is used to -switch between folders, pack them, and list them. At its simplest -level you can do a <command>folder +<replaceable>newfolder</></> and -you will be switched into <replaceable>newfolder</>. From there on -out all your MH commands like <command>comp</>, <command>repl</>, -<command>scan</>, and <command>show</> will act on that -<command>newfolder</> folder.</para> - -<para>Sometimes when you are reading and deleting messages you will -develop <quote>holes</> in your folders. If you do a <command>scan</> -you might just see messages 34, 35, 36, 43, 55, 56, 57, 80. If you do -a <command>folder -pack</command> this will renumber all your -messages so that there are no holes. It doesn't actually delete any -messages though. So you may need to periodically go through and -physically delete <command>rmm</>'d messages.</para> - -<para>If you need statistics on your folders you can do a -<command>folders</> or <command>folder -all</command> to list all -your folders, how many messages they have, what the current message -is in each one and so on. This line of stats it displays for all your -folders is the same one you get when you change to a folder with -<command>folder +foldername</>. A <command>folders</> command looks -like this: -<informalexample> -<screen> Folder # of messages ( range ); cur msg (other files) - announce has 1 message ( 1- 1). - drafts has no messages. - f-hackers has 43 messages ( 1- 43). - f-questions has 16 messages ( 1- 16). - inbox+ has 35 messages ( 1- 38); cur= 37. - lists has 8 messages ( 1- 8). - netfuture has 1 message ( 1- 1). - out has 31 messages ( 1- 31). - personal has 6 messages ( 1- 6). - todo has 58 messages ( 1- 58); cur= 1. - - TOTAL= 199 messages in 13 folders. -</screen> -</informalexample></para> - -<para>The <command>refile</> command is what you use to move messages -between folders. When you do something like <command>refile 23 -+netfuture</> message number 23 is moved into the -<filename>netfuture</> folder. You could also do something like -<command>refile 23 +netfuture/latest</> which would put message -number 23 in a subfolder called <filename>latest</> under the -<filename>netfuture</> folder. If you want to keep a message in the -current folder and link it you can do a <command>refile -link 23 -+netfuture</command> which would keep 23 in your current -<filename>inbox</> but also list in your <filename>netfuture</> -folder. You are probably beginning to realize some of the really -powerful things you can do with MH.</para> - -</sect1> -</chapter> - -<chapter> -<title>Sending Mail</title> - -<para>Email is a two way street for most people so you want to be -able to send something back. The way MH handles sending mail can be a -bit difficult to follow at first, but it allows for incredible -flexibility. The first thing MH does is to copy a components file -into your outgoing email. A components file is basically a skeleton -email letter with stuff like the To: and Subject: headers already in -it. You are then sent into your editor where you fill in the header -information and then type the body of your message below the dashed -lines in the message. Then to the <command>whatnow</> program. When -you are at the <prompt>What now?</prompt> prompt you can tell it to -<command>send</>, <command>list</>, <command>edit</>, -<command>edit</>, <command>push</>, and <command>quit</>. Most of -these commands are self-explanatory. So the message sending process -involves copying a component file, editing your email, and then -telling the <command>whatnow</> program what to do with your -email.</para> - - -<sect1> -<title><command>comp</>, <command>forw</>, <command>reply</>—compose, forward or reply to a message to someone</title> - -<para>The <command>comp</> program has a few useful command line -options. The most important one to know right now is the -<option>-editor</option> option. When MH is installed the default -editor is usually a program called <command>prompter</> which comes -with MH. It's not a very exciting editor and basically just gets the -job done. So when you go to compose a message to someone you might -want to use <command>comp -editor /usr/bin/vi/</> or <command>comp --editor /usr/local/bin/pico/</> instead. Once you have run -<emphasis>comp</emphasis> you are in your editor and you see -something that looks like this: -<informalexample> -<screen>To: -cc: -Subject: --------- -</screen> -</informalexample></para> - -<para>You need to put the person you are sending the mail to after the -<literal>To:</> line. It works the same way for the other headers -also, so you would need to put your subject after the -<literal>Subject:</> line. Then you would just put the body of your -message after the dashed lines. It may seem a bit simplistic since a -lot of email programs have special requesters that ask you for this -information but there really isn't any point to that. Plus this -really gives you excellent flexibility. -<informalexample> -<screen>To:<userinput>freebsd-rave@freebsd.org</> -cc: -Subject:<userinput>And on the 8th day God created the FreeBSD core team</> --------- -<userinput>Wow this is an amazing operating system. Thanks!</></screen> -</informalexample> -You can now save this message and exit your editor. You will see the -<prompt>What now?</> prompt and you can type in -<userinput>send</> or <userinput>s</> and hit -<keycap>return</>. Then the freebsd core team will receive their just -rewards. As I mentioned earlier you can also use other commands, for -example <command>quit</> if you don't want to send the -message.</para> - -<para>The <command>forw</> command is stunningly similar. The big -difference being that the message you are forwarding is automatically -included in the outgoing message. When you run <command>forw</> it -will forward your current message. You can always tell it to forward -something else by doing something like <command>forw 23</> and then -message number 23 will be put in your outgoing message instead of the -current message. Beyond those small differences <command>forw</> -functions exactly the same as <command>comp</>. You go through the -exact same message sending process.</para> - -<para>The <command>repl</> command will reply to whatever your -current message is, unless you give it a different message to reply -to. <command>repl</> will do its best to go ahead and fill in some of -the email headers already. So you will notice that the -<literal>To:</> header already has the address of the recipient in -there. Also the <literal>Subject:</> line will already be filled in. -You then go about the normal message composition process and you are -done. One useful command line option to know here is the -<option>-cc</option> option. You can use <parameter>all</>, -<parameter>to</>, <parameter>cc</>, <parameter>me</> after the -<option>-cc</option> option to have <command>repl</> automatically -add the various addresses to the cc list in the message. You have -probably noticed that the original message isn't included. This is -because most MH setups are configured to do this from the -start.</para> - -</sect1> - -<sect1> -<title><filename>components</>, and <filename>replcomps</>—components files for <command>comp</> and <command>repl</></title> - -<para>The <filename>components</> file is usually in -<filename>/usr/local/lib/mh</filename>. You can copy that file into -your MH Mail directory and edit to contain what you want it to -contain. It is a fairly basic file. You have various email headers at -the top, a dashed line and then nothing. The -<command>comp</command> command just copies this -<filename>components</> file and then edits it. You can add any -kind of valid RFC822 header you want. For instance you could have -something like this in your <filename>components</> file: -<informalexample> -<screen>To: -Fcc: out -Subject: -X-Mailer: MH 6.8.3 -X-Home-Page: http://www.freebsd.org/ --------</screen> -</informalexample> - -MH would then copy this components file and throw you into your -editor. The <filename>components</> file is fairly simple. If you -wanted to have a signature on those messages you would just put your -signature in that <filename>components</> file.</para> - -<para>The <filename>replcomps</> file is a bit more complex. The default -<filename>replcomps</> looks like this: -<informalexample> -<screen>%(lit)%(formataddr %<{reply-to}%?{from}%?{sender}%?{return-path}%>)\ -%<(nonnull)%(void(width))%(putaddr To: )\n%>\ -%(lit)%(formataddr{to})%(formataddr{cc})%(formataddr(me))\ -%<(nonnull)%(void(width))%(putaddr cc: )\n%>\ -%<{fcc}Fcc: %{fcc}\n%>\ -%<{subject}Subject: Re: %{subject}\n%>\ -%<{date}In-reply-to: Your message of "\ -%<(nodate{date})%{date}%|%(pretty{date})%>."%<{message-id} - %{message-id}%>\n%>\ --------- -</screen> -</informalexample></para> - -<para>It's in the same basic format as the <filename>components</> file but -it contains quite a few extra formatting codes. The -<literal>%(lit)</> command makes room for the address. The -<literal>%(formataddr</> is a function that returns a proper email -address. The next part is <literal>%<</literal> which means if and -the <literal>{reply-to}</> means the reply-to field in the original -message. So that might be translated this way: -<informalexample> -<screen>%<<emphasis remap=bf>if</emphasis> {reply-to} <emphasis remap=bf>the original message has a reply-to</emphasis> -then give that to formataddr, %? <emphasis remap=bf>else</emphasis> {from} <emphasis remap=bf>take the -from address</emphasis>, %? <emphasis remap=bf>else</emphasis> {sender} <emphasis remap=bf>take the sender address</emphasis>, %? -<emphasis remap=bf>else</emphasis> {return-path} <emphasis remap=bf>take the return-path from the original -message</emphasis>, %> <emphasis remap=bf>endif</emphasis>.</screen> -</informalexample></para> - -<para>As you can tell MH formatting can get rather involved. You can -probably decipher what most of the other functions and variables -mean. All of the information on writing these format strings is in the -MH-Format man page. The really nice thing is that once you have built -your customized <filename>replcomps</> file you won't need to touch it -again. No other email program really gives you the power and -flexibility that MH gives you.</para> - -</sect1> -</chapter> -</book> diff --git a/en_US.ISO_8859-1/articles/multi-os/Makefile b/en_US.ISO_8859-1/articles/multi-os/Makefile deleted file mode 100644 index 8a591510bb..0000000000 --- a/en_US.ISO_8859-1/articles/multi-os/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:14 max Exp $ - -DOCS= multios.docb -INDEXLINK= multios.html - -.include "../../web.mk" - diff --git a/en_US.ISO_8859-1/articles/multi-os/article.sgml b/en_US.ISO_8859-1/articles/multi-os/article.sgml deleted file mode 100644 index e7b1d68d68..0000000000 --- a/en_US.ISO_8859-1/articles/multi-os/article.sgml +++ /dev/null @@ -1,680 +0,0 @@ -<!-- $Id: article.sgml,v 1.1 1997-03-23 16:27:47 jfieber Exp $ --> -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> - -<bookinfo> -<bookbiblio> -<title>Installing and Using FreeBSD With Other Operating Systems</title> - -<authorgroup> -<author> -<firstname>Jay</firstname> -<surname>Richmond</surname> -<affiliation> -<address> -<email>jayrich@in.net</email> -</address> -</affiliation> -</author> -</authorgroup> - -<pubdate>6 August 1996</pubdate> - -<abstract><para>This document discusses how to make FreeBSD coexist -nicely with other popular operating systems such as Linux, MS-DOS, -OS/2, and Windows 95. Special thanks to: Annelise Anderson -<email>andrsn@stanford.edu</email>, Randall Hopper -<email>rhh@ct.picker.com</email>, and Jordan K. Hubbard -<email>jkh@time.cdrom.com</email></para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter> -<title>Overview</title> - -<para>Most people can't fit these operating systems together -comfortably without having a larger hard disk, so special -information on large EIDE drives is included. Because there are so -many combinations of possible operating systems and hard disk -configurations, the <xref linkend="ch5"> section may be of the most use -to you. It contains descriptions of specific working computer setups -that use multiple operating systems.</para> - -<para>This document assumes that you have already made room on your -hard disk for an additional operating system. Any time you -repartition your hard drive, you run the risk of destroying the data -on the original partitions. However, if your hard drive is completely -occupied by DOS, you might find the FIPS utility (included on the -FreeBSD CD-ROM in the <filename>\TOOLS</filename> directory or via -<ulink URL="ftp://ftp.freebsd.org/pub/FreeBSD/tools">ftp</ulink>) -useful. It lets you repartition your hard disk without destroying the -data already on it. There is also a commercial program available -called Partition Magic, which lets you size and delete partitions -without consequence.</para> - -</chapter> - -<chapter id="ch2"> -<title>Overview of Boot Managers</title> - -<para>These are just brief descriptions of some of the different boot -managers you may encounter. Depending on your computer setup, you may -find it useful to use more than one of them on the same -system.</para> - -<variablelist> - -<varlistentry> -<term>Boot Easy</term> - -<listitem> -<para>This is the default boot manager used with FreeBSD. It has the -ability to boot most anything, including BSD, OS/2 (HPFS), Windows 95 -(FAT and FAT32), and Linux. Partitions are selected with the -function keys.</para> -</listitem> -</varlistentry> - -<varlistentry> -<term>OS/2 Boot Manager</term> - -<listitem> -<para>This will boot FAT, HPFS, FFS (FreeBSD), and EXT2 -(Linux). It will also boot FAT32 partitions. Partitions are -selected using arrow keys. The OS/2 Boot Manager is the only one to -use its own separate partition, unlike the others which use the -master boot record (MBR). Therefore, it must be installed below the -1024th cylinder to avoid booting problems. It can boot Linux using -LILO when it is part of the boot sector, not the MBR. Go to <ulink -URL="http://www.ssc.com/linux/howto.html">Linux HOWTOs</ulink> -on the World Wide Web for more information on booting Linux with -OS/2's boot manager.</para> -</listitem> -</varlistentry> - -<varlistentry> -<term>OS-BS</term> - -<listitem> <para>This is an alternative to Boot Easy. It gives you -more control over the booting process, with the ability to set the -default partition to boot and the booting timeout. The beta version -of this programs allows you to boot by selecting the OS with your -arrow keys. It is included on the FreeBSD CD in the -<filename>\TOOLS</filename> directory, and via <ulink -URL="ftp://ftp.freebsd.org/pub/FreeBSD/tools">ftp</ulink>.</para> -</listitem> </varlistentry> - -<varlistentry> -<term>LILO, or LInux LOader</term> - -<listitem> -<para>This is a limited boot manager. Will boot FreeBSD, though some -customization work is required in the LILO configuration file.</para> -</listitem> -</varlistentry> - -</variablelist> - -<note id="fat32"><title>About FAT32</title><para>FAT32 is the replacement to -the FAT filesystem included in Microsoft's OEM SR2 Beta release, -which is expected to utilitized on computers pre-loaded with Windows -95 towards the end of 1996. It converts the normal FAT file system -and allows you to use smaller cluster sizes for larger hard drives. -FAT32 also modifies the traditional FAT boot sector and allocation -table, making it incompatible with some boot managers.</para></note> - -</chapter> - -<chapter id="ch3"> -<title>A Typical Installation</title> - -<para>Let's say I have two large EIDE hard drives, and I want to -install FreeBSD, Linux, and Windows 95 on them.</para> - -<para>Here's how I might do it using these hard disks: -<itemizedlist> - -<listitem> -<para><filename>/dev/wd0</> (first physical hard disk)</para> -</listitem> - -<listitem> -<para><filename>/dev/wd1</> (second hard disk)</para> -</listitem> - -</itemizedlist> -</para> - -<para>Both disks have 1416 cylinders.</para> - -<procedure> - -<step><para>I boot from a MS-DOS or Windows 95 boot disk that -contains the <filename>FDISK.EXE</> utility and make a small 50 meg -primary partition (35-40 for Windows 95, plus a little breathing -room) on the first disk. Also create a larger partition on the -second hard disk for my Windows applications and data.</para></step> - -<step><para>I reboot and install Windows 95 (easier said than done) -on the <filename>C:</> partition.</para> </step> - -<step><para>The next thing I do is install Linux. I'm not sure about -all the distributions of Linux, but slackware includes LILO (see -<xref linkend="ch2">). When I am partitioning out my hard disk with -Linux <command>fdisk</command>, I would put all of Linux on the first -drive (maybe 300 megs for a nice root partition and some swap -space).</para></step> - -<step><para>After I install Linux, and are prompted about installing -LILO, make SURE that I install it on the boot sector of my root -Linux partition, not in the MBR (master boot record).</para></step> - -<step><para>The remaining hard disk space can go to FreeBSD. I also -make sure that my FreeBSD root slice does not go beyond the 1024th -cylinder. (The 1024th cylinder is 528 megs into the disk with our -hypothetical 720MB disks). I will use the rest of the hard drive -(about 270 megs) for the <filename>/usr</> and <filename>/</> slices -if I wish. The rest of the second hard disk (size depends on the -amount of my Windows application/data partition that I created in -step 1 can go to the <filename>/usr/src</> slice and swap -space.</para></step> - -<step><para>When viewed with the Windows 95 <command>fdisk</> utility, my hard drives -should now look something like this: -<screen> ---------------------------------------------------------------------- - - Display Partition Information - -Current fixed disk drive: 1 - -Partition Status Type Volume_Label Mbytes System Usage -C: 1 A PRI DOS 50 FAT** 7% - 2 A Non-DOS (Linux) 300 43% - -Total disk space is 696 Mbytes (1 Mbyte = 1048576 bytes) - -Press Esc to continue - ---------------------------------------------------------------------- - - Display Partition Information - -Current fixed disk drive: 2 - -Partition Status Type Volume_Label Mbytes System Usage -D: 1 A PRI DOS 420 FAT** 60% - -Total disk space is 696 Mbytes (1 Mbyte = 1048576 bytes) - -Press Esc to continue - ---------------------------------------------------------------------- -</screen> -** May say FAT16 or FAT32 if you are using the OEM SR2 update. -See <xref linkend="ch2">).</para></step> - -<step><para>Install FreeBSD. I make sure to boot with my first hard -disk set at <quote>NORMAL</> in the BIOS. If it is not, I'll have -the enter my true disk geometry at boot time (to get this, boot -Windows 95 and consult Microsoft Diagnostics (<filename>MSD.EXE</>), -or check your BIOS) with the parameter <literal>hd0=1416,16,63</> -where <replaceable>1416</> is the number of cylinders on my hard -disk, <replaceable>16</> is the number of heads per track, and -<replaceable>63</> is the number of sectors per track on the -drive.</para></step> - -<step><para>When partitioning out the hard disk, I make sure to install -Boot Easy on the first disk. I don't worry about the second disk, -nothing is booting off of it.</para></step> - -<step><para>When I reboot, Boot Easy should recognize my three -bootable partitions as DOS (Windows 95), Linux, and BSD -(FreeBSD).</para></step> - -</procedure> - -</chapter> - -<chapter id="ch4"> -<title>Special Considerations</title> - -<para>Most operating systems are very picky about where and how they are -placed on the hard disk. Windows 95 and DOS need to be on the first -primary partitiin on the first hard disk. OS/2 is the exception. It -can be installed on the first or second disk in a primary or extended -partition. If you are not sure, keep the beginning of the bootable -partitions below the 1024th cylinder.</para> - -<para>If you install Windows 95 on an existing BSD system, it will -<quote>destroy</> the MBR, and you will have to reinstall your -previous boot manager. Boot Easy can be reinstalled by using the -BOOTINST.EXE utility included in the \TOOLS directory on the CD-ROM, -and via <ulink -URL="ftp://ftp.freebsd.org/pub/FreeBSD/tools">ftp</ulink>. You can -also re-start the installation process and go to the partition -editor. From there, mark the FreeBSD partition as bootable, -select Boot Manager, and then type W to (W)rite out the information -to the MBR. You can now reboot, and Boot Easy should then -recognize Windows 95 as DOS.</para> - -<para>Please keep in mind that OS/2 can read FAT and HPFS partitions, -but not FFS (FreeBSD) or EXT2 (Linux) partitions. Likewise, Windows -95 can only read and write to FAT and FAT32 (see <xref -linkend="ch2">) partitions. FreeBSD can read most file systems, but -currently cannot read HPFS partitions. Linux can read HPFS -partitions, but can't write to them. Recent versions of the Linux -kernel (2.x) can read and write to Windows 95 VFAT partitions (VFAT -is what gives Windows 95 long file names - it's pretty much the same -as FAT). Linux can read and write to most file systems. Got that? -I hope so.</para> - -</chapter> - -<chapter id="ch5"> -<title>Examples</title> - -<para><emphasis>(section needs work, please send your example to -<email>jayrich@in.net</email>)</emphasis>.</para> - -<para>FreeBSD+Win95: If you installed FreeBSD after Windows 95, you -should see <literal>DOS</> on the Boot Easy menu. This is Windows -95. If you installed Windows 95 after FreeBSD, read <xref -linkend="ch4"> above. As long as your hard disk does not have 1024 -cylinders you should not have a problem booting. If one of your -partitions goes beyond the 1024th cylinder however, and you get -messages like <errorname>invalid system disk</> under DOS (Windows 95) -and FreeBSD will not boot, try looking for a setting in your BIOS -called <quote>> 1024 cylinder support</> or <quote>NORMAL/LBA</> -mode. DOS may need LBA (Logical Block Addressing) in order to boot -correctly. If the idea of switching BIOS settings every time you -boot up doesn't appeal to you, you can boot FreeBSD through DOS via -the <filename>FBSDBOOT.EXE</> utility on the CD (It should find your -FreeBSD partition and boot it.)</para> - -<para>FreeBSD+OS/2+Win95: Nothing new here. OS/2's boot manger -can boot all of these operating systems, so that shouldn't be a -problem.</para> - -<para>FreeBSD+Linux: You can also use Boot Easy to boot both operating -systems.</para> - -<para>FreeBSD+Linux+Win95: (see <xref linkend="ch3">)</para> - -</chapter> - -<chapter id="sources"> -<title>Other Sources of Help</title> - -<para>There are many <ulink -URL="http://www.ssc.com/linux/howto.html">Linux HOW-TOs</ulink> that -deal with multiple operating systems on the same hard disk.</para> - -<para>The <ulink -URL="http://sunsite.unc.edu/mdw/HOWTO/mini/Linux+OS2+DOS">Linux+OS/2+DOS -Mini-HOWTO</ulink> offers help on configuring the OS/2 boot -manager. The <ulink -URL="http://www.in.net/~jkatz/win95/Linux-HOWTO.html">Linux-HOWTO</ulink> -is also helpful.</para> - -<para>The <ulink -URL="http://www.dorsai.org/~dcl/publications/NTLDR_Hacking">NT Loader -Hacking Guide</ulink> provides good information on multibooting -Windows NT, '95, and DOS with other operating systems.</para> - -<para>And Hale Landis's "How It Works" document pack contains some good info -on all sorts of disk geometry and booting related topics. Here are a few -links that might help you find it: <ulink URL="ftp://fission.dt.wdc.com/pub/otherdocs/pc_systems/how_it_works/allhiw.zip">ftp://fission.dt.wdc.com/pub/otherdocs/pc_systems/how_it_works/allhiw.zip</ulink>, -<ulink URL="http://www.cs.yorku.ca/People/frank/docs/">http://www.cs.yorku.ca/People/frank/docs/</ulink>.</para> - -<para>Finally, don't overlook FreeBSD's kernel documentation on the booting -procedure, available in the kernel source distribution (it unpacks to -<ulink URL="file:/usr/src/sys/i386/boot/biosboot/README.386BSD">file:/usr/src/sys/i386/boot/biosboot/README.386BSD</ulink>.</para> - -</chapter> - -<chapter> -<title>Technical Details</title> - -<para><emphasis>(Contributed by Randall Hopper, -<email>rhh@ct.picker.com</email>)</emphasis></para> - -<para>This section attempts to give you enough basic information -about your hard disks and the disk booting process so that you can -troubleshoot most problems you might encounter when getting set up to -boot several operating systems. It starts in pretty basic terms, so -you may want to skim down in this section until it begins to look -unfamiliar and then start reading.</para> - - -<sect1> -<title>Disk Primer</title> - -<para>Three fundamental terms are used to describe the location of -data on your hard disk: Cylinders, Heads, and Sectors. It's not -particularly important to know what these terms relate to except to -know that, together, they identify where data is physically on your -disk.</para> - -<para>Your disk has a particular number of cylinders, number of -heads, and number of sectors per cylinder-head (a cylinder-head also -known nown as a track). Collectively this information defines the -"physical disk geometry" for your hard disk. There are typically 512 -bytes per sector, and 63 sectors per track, with the number of -cylinders and heads varying widely from disk to disk. Thus you can -figure the number of bytes of data that'll fit on your own disk by -calculating: <informalexample><para>(# of cylinders) × (# -heads) × (63 sectors/track) × (512 -bytes/sect)</></informalexample> For example, on my 1.6 Gig Western -Digital AC31600 EIDE hard disk,that's: <informalexample><para>(3148 -cyl) × (16 heads) × (63 sectors/track) × (512 -bytes/sect)</para></informalexample></para> - -<para>which is 1,624,670,208 bytes, or around 1.6 Gig.</para> - -<para>You can find out the physical disk geometry (number of -cylinders, heads, and sectors/track counts) for your hard disks using -ATAID or other programs off the net. Your hard disk probably came -with this information as well. Be careful though: if you're using -BIOS LBA (see <xref linkend="limits">), you can't use just any -program to get the physical geometry. This is because many programs -(e.g. <filename>MSD.EXE</> or FreeBSD fdisk) don't identify the -physical disk geometry; they instead report the -<firstterm>translated geometry</> (virtual numbers from using LBA). -Stay tuned for what that means.</para> - -<para>One other useful thing about these terms. Given 3 -numbers—a cylinder number, a head number, and a -sector-within-track number—you identify a specific absolute -sector (a 512 byte block of data) on your disk. Cylinders and Heads -are numbered up from 0, and Sectors are numbered up from 1.</para> - -<para>For those that are interested in more technical details, -information on disk geometry, boot sectors, BIOSes, etc. can be found -all over the net. Query Lycos, Yahoo, etc. for <literal>boot -sector</> or <literal>master boot record</>. Among the useful info -you'll find are Hale Landis's <citetitle>How It Works</> document -pack. See the <xref linkend="sources"> section for a few pointers to -this pack.</para> - -<para>Ok, enough terminology. We're talking about booting -here.</para> - -</sect1> - -<sect1 id="booting"> -<title>The Booting Process</title> - -<para>On the first sector of your disk (Cyl 0, Head 0, Sector 1) -lives the Master Boot Record (MBR). It contains a map of your disk. -It identifies up to 4 <firstterm>partitions</>, each of which is a -contiguous chunk of that disk. FreeBSD calls partitions -<firstterm>slices</> to avoid confusion with it's own partitions, but -we won't do that here. Each partition can contain its own operating -system.</para> - -<para>Each partition entry in the MBR has a <firstterm>Partition -ID</>, a <firstterm>Start Cylinder/Head/Sector</>, and an -<firstterm>End Cylinder/Head/Sector</>. The Partition ID tells what -type of partition it is (what OS) and the Start/End tells where it -is. <xref linkend="tbl-pid"> lists a smattering of some common -Partition IDs.</para> - -<table id="tbl-pid"> -<title>Partition IDs</> -<tgroup cols="2"> -<thead> -<row> -<entry>ID (hex)</entry> -<entry>Description</entry> -</row> -</thead> - -<tbody> -<row> -<entry>01</entry> -<entry>Primary DOS12 (12-bit FAT)</entry> -</row> - -<row> -<entry>04</entry> -<entry>Primary DOS16 (16-bit FAT)</entry> -</row> - -<row> -<entry>05</entry> -<entry>Extended DOS</entry> -</row> - -<row> -<entry>06</entry> -<entry>Primary big DOS (> 32MB)</entry> -</row> - -<row> -<entry>0A</entry> -<entry>OS/2</entry> -</row> - -<row> -<entry>83</entry> -<entry>Linux (EXT2FS)</entry> -</row> - -<row> -<entry>A5</entry> -<entry>FreeBSD, NetBSD, 386BSD (UFS)</entry> -</row> - -</tbody> -</tgroup> -</table> - -<para>Note that not all partitions are bootable (e.g. Extended DOS). -Some are—some aren't. What makes a partition bootable is the -configuration of the <firstterm>Partition Boot Sector</> that exists -at the beginning of each partition.</para> - -<para>When you configure your favorite boot manager, it looks up the entries -in the MBR partition tables of all your hard disks and lets you name the -entries in that list. Then when you boot, the boot manager is invoked by -special code in the Master Boot Sector of the first probed hard disk on -your system. It looks at the MBR partition table entry corresponding to -the partition choice you made, uses the Start Cylinder/Head/Sector -information for that partition, loads up the Partition Boot Sector for that -partition, and gives it control. That Boot Sector for the partition itself -contains enough information to start loading the operating system on that -partition.</para> - -<para>One thing we just brushed past that's important to know. All of your -hard disks have MBRs. However, the one that's important is the one on the -disk that's first probed by the BIOS. If you have only IDE hard disks, its -the first IDE disk (e.g. primary disk on first controller). Similarly for -SCSI only systems. If you have both IDE and SCSI hard disks though, the -IDE disk is typically probed first by the BIOS, so the first IDE disk is -the first probed disk. The boot manager you will install will be hooked into -the MBR on this first probed hard disk that we've just described.</para> - -</sect1> - -<sect1 id="limits"> -<title>Booting Limitations and Warnings</title> - -<para>Now the interesting stuff that you need to watch out for.</para> - -<sect2> -<title>The dreaded 1024 cylinder limit and how BIOS LBA helps</title> - -<para>The first part of the booting process is all done through the -BIOS, (if that's a new term to you, the BIOS is a software chip on -your system motherboard which provides startup code for your -computer). As such, this first part of the process is subject to the -limitations of the BIOS interface.</para> - -<para>The BIOS interface used to read the hard disk during this period -(INT 13H, Subfunction 2) allocates 10 bits to the Cylinder Number, 8 -bits to the Head Number, and 6 bits to the Sector Number. This -restricts users of this interface (i.e. boot managers hooked into -your disk's MBR as well as OS loaders hooked into the Boot Sectors) -to the following limits: -<itemizedlist> -<listitem><para>1024 cylinders, max</para></listitem> -<listitem><para>256 heads , max</para></listitem> -<listitem><para>64 cylinders, max (actually 63, <literal>0</> isn't -available)</para></listitem> -</itemizedlist> -</para> - -<para>Now big hard disks have lots of cylinders but not a lot of -heads, so invariably with big hard disks the number of cylinders is -greater than 1024. Given this and the BIOS interface as is, you -can't boot off just anywhere on your hard disk. The boot code (the -boot manager and the OS loader hooked into all bootable partitions' -Boot Sectors) has to reside below cylinder 1024. In fact, if your -hard disk is typical and has 16 heads, this equates to: -<informalexample> -<para>1024 cyl/disk × 16 heads/disk × 63 sect/(cyl-head) -× 512 bytes/sector</para> -</informalexample> -</para> - -<para>which is around the often-mentioned 528MB limit.</para> - -<para>This is where BIOS LBA (Logical Block Addressing) comes in. BIOS LBA -gives the user of the BIOS API calls access to physical cylinders above -1024 though the BIOS interfaces by redefining a cylinder. That is, it -remaps your cylinders and heads, making it appear through the BIOS as -though the disk has fewer cylinders and more heads than it actually -does. In other words, it takes advantage of the fact that hard disks have -relatively few heads and lots of cylinders by shifting the balance between -number of cylinders and number of heads so that both numbers lie below the -above-mentioned limits (1024 cylinders, 256 heads).</para> - -<para>With BIOS LBA, the hard disk size limitation is virtually -removed (well, pushed up to 8 Gigabytes anyway). If you have an LBA -BIOS, you can put FreeBSD or any OS anywhere you want and not hit the -1024 cylinder limit.</para> - -<para>To use my 1.6 Gig Western Digital as an example again, it's -physical geometry is: -<informalexample> -<para>(3148 cyl, 16 heads, 63 sectors/track, 512 bytes/sector)</para> -</informalexample> -</para> - -<para>However, my BIOS LBA remaps this to: -<informalexample> -<para>( 787 cyl, 64 heads, 63 sectors/track, 512 bytes/sector)</para> -</informalexample> -</para> - -<para>giving the same effective size disk, but with cylinder and head -counts within the BIOS API's range (Incidentally, I have both Linux and -FreeBSD existing on one of my hard disks above the 1024th physical -cylinder, and both operating systems boot fine, thanks to BIOS LBA).</para> - -</sect2> - -<sect2> -<title>Boot Managers and Disk Allocation</title> - -<para>Another gotcha to watch out when installing boot managers is -allocating space for your boot manager. It's best to be aware of -this issue up front to save yourself from having to reinstall one or -more of your OSs.</para> - -<para>If you followed the discussion in <xref linkend="booting"> -about the Master Boot Sector (where the MBR is), Partition Boot -Sectors, and the booting process, you may have been wondering just -exactly where on your hard disk that nifty boot manager is going to -live. Well, some boot managers are small enough to fit entirely -within the Master Boot Sector (Cylinder 0, Head 0, Sector 0) along -with the partition table. Others need a bit more room and actually -extend a few sectors past the Master Boot Sector in the Cylinder 0 -Head 0 track, since that's typically free…typically.</para> - -<para>That's the catch. Some operating systems (FreeBSD included) let -you start their partitions right after the Master Boot Sector at -Cylinder 0, Head 0, Sector 2 if you want. In fact, if you give -FreeBSD's sysinstall a disk with an empty chunk up front or the whole -disk empty, that's where it'll start the FreeBSD partition by default -(at least it did when I fell into this trap). Then when you go to -install your boot manager, if it's one that occupies a few extra -sectors after the MBR, it'll overwrite the front of the first -partition's data. In the case of FreeBSD, this overwrites the -disk label, and renders your FreeBSD partition unbootable.</para> - -<para>The easy way to avoid this problem (and leave yourself the -flexibility to try different boot managers later) is just to always -leave the first full track on your disk unallocated when you -partition your disk. That is, leave the space from Cylinder 0, Head -0, Sector 2 through Cylinder 0, Head 0, Sector 63 unallocated, and -start your first partition at Cylinder 0, Head 1, Sector 1. -For what it's worth, when you create a DOS partition at the -front of your disk, DOS leaves this space open by default (this is -why some boot managers assume it's free). So creating a DOS -partition up at the front of your disk avoids this problem -altogether. I like to do this myself, creating 1 Meg DOS partition -up front, because it also avoids my primary DOS drive letters -shifting later when I repartition.</para> - -<para>For reference, the following boot managers use the -Master Boot Sector to store their code and data: -<itemizedlist> - -<listitem> -<para>OS-BS 1.35</para> -</listitem> - -<listitem> -<para>Boot Easy</para> -</listitem> - -<listitem> -<para>LILO</para> -</listitem> - -</itemizedlist> -</para> - -<para>These boot managers use a few additional sectors after the -Master Boot Sector: -<itemizedlist> - -<listitem> -<para>OS-BS 2.0 Beta 8 (sectors 2-5)</para> -</listitem> - -<listitem> -<para>OS/2's boot manager</para> -</listitem> - -</itemizedlist> -</para> - -</sect2> - -<sect2> -<title>What if your machine won't boot?</title> - -<para>At some point when installing boot managers, you might leave the -MBR in a state such that your machine won't boot. This is unlikely, -but possible when re-FDISKing underneath an already-installed boot -manager.</para> - -<para>If you have a bootable DOS partition on your disk, you can boot -off a DOS floppy, and run: -<informalexample> -<screen>A:\> <userinput>FDISK /MBR</></screen> -</informalexample> -</para> - -<para>to put the original, simple DOS boot code back into the system. You can -then boot DOS (and DOS only) off the hard drive. Alternatively, just -re-run your boot manager installation program off a bootable floppy.</para> - -</sect2> -</sect1> -</chapter> -</book> diff --git a/en_US.ISO_8859-1/articles/new-users/Makefile b/en_US.ISO_8859-1/articles/new-users/Makefile deleted file mode 100644 index d8131087f4..0000000000 --- a/en_US.ISO_8859-1/articles/new-users/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.3 1997-07-01 05:38:15 max Exp $ - -DOCS= newuser.docb -INDEXLINK= newuser.html - -.include "../../web.mk" - diff --git a/en_US.ISO_8859-1/articles/new-users/article.sgml b/en_US.ISO_8859-1/articles/new-users/article.sgml deleted file mode 100644 index 67568b5590..0000000000 --- a/en_US.ISO_8859-1/articles/new-users/article.sgml +++ /dev/null @@ -1,943 +0,0 @@ -<!-- $Id: article.sgml,v 1.4 1997-08-15 17:11:49 jfieber Exp $ --> -<!-- The FreeBSD Documentation Project --> - -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> - -<bookinfo> -<bookbiblio> -<title>For People New to Both FreeBSD and Unix</title> - -<authorgroup> -<author> -<firstname>Annelise</firstname> -<surname>Anderson</surname> -<affiliation> -<address><email>andrsn@andrsn.stanford.edu</email></address> -</affiliation> -</author> -</authorgroup> - -<pubdate>August 15, 1997</pubdate> - -<abstract><para>Congratulations on installing FreeBSD! This -introduction is for people new to both FreeBSD -<emphasis>and</emphasis> Un*x—so it starts with basics. It -assumes you're using version 2.0.5 or later of FreeBSD as distributed -by Walnut Creek or FreeBSD.ORG, your system (for now) has a single -user (you)—and you're probably pretty good with DOS/Windows or -OS/2.</para></abstract> - -</bookbiblio> -</bookinfo> - -<chapter> -<title>Logging in and Getting Out</title> - -<para>Log in (when you see <systemitem -class=prompt>login:</systemitem>) as a user you created during -installation or as <firstterm>root</firstterm>. (Your FreeBSD -installation will already have an account for root; root can go -anywhere and do anything, including deleting essential files, so be -careful!) The symbols % and # in the following stand for the prompt -(yours may be different), with % indicating an ordinary user and -# indicating root. </para> - -<para>To log out (and get a new <systemitem class=prompt>login:</systemitem> prompt) type -<informalexample> -<screen># <userinput>exit</userinput></screen> -</informalexample> -as often as necessary. Yes, press <keysym>enter</keysym> after -commands, and remember that Unix is -case-sensitive—<command>exit</command>, not -<command>EXIT</command>.</para> - -<para>To shut down the machine type: -<informalexample> -<screen># <userinput>/sbin/shutdown -h now</userinput></screen> -</informalexample> -Or to reboot type -<informalexample> -<screen># <userinput>/sbin/shutdown -r now</userinput></screen> -</informalexample> -or -<informalexample> -<screen># <userinput>/sbin/reboot</userinput></screen> -</informalexample> -</para> - -<para>You can also reboot with -<keycombo><keycap>Ctrl</keycap><keycap>Alt</keycap><keycap>Delete</keycap></keycombo>. -Give it a little time to do its work. This is equivalent to -<command>/sbin/reboot</command> in recent releases of FreeBSD, and is -much, much better than hitting the reset button. You don't want to -have to reinstall this thing, do you?</para> - -</chapter> - -<chapter> -<title>Adding A User with Root Privileges</title> - -<para>If you didn't create any users when you installed the system and -are thus logged in as root, you should probably create a user now with -<informalexample> -<screen># <userinput>adduser</userinput></screen> -</informalexample> -The first time you use adduser, it might ask for some defaults to save. You -might want to make the default shell csh instead of sh, if it suggests -sh as the default. Otherwise just press enter to accept each default. -These defaults are saved in <filename>/etc/adduser.conf</filename>, -an editable file.</para> - -<para>Suppose you create a user <emphasis>jack</emphasis> with -full name <emphasis>Jack Benimble</emphasis>. Give jack a password -if security (even kids around who might pound on the keyboard) is an -issue. When it asks you if you want to invite jack into other -groups, type <userinput>wheel</userinput> -<informalexample> -<screen>Login group is ``jack''. Invite jack into other groups: <userinput>wheel</userinput></screen> -</informalexample> -This will make it possible to log in as <emphasis>jack</emphasis> and -use the <command>su</command> command to become root. Then you won't -get scolded any more for logging in as root.</para> - -<para>You can quit <command>adduser</command> any time by typing -<keycombo><keycap>Ctrl</keycap><keycap>C</keycap></keycombo>, and at -the end you'll have a chance to approve your new user or simply type -<keycap>n</keycap> for no. You might want to create a -second new user (jill?) so that when you edit jack's login files, -you'll have a hot spare in case something goes wrong.</para> - -<para>Once you've done this, use <command>exit</command> -to get back to a login prompt and log in as -<emphasis>jack</emphasis>. In general, it's a good idea to do as -much work as possible as an ordinary user who doesn't have the -power—and risk—of root.</para> - -<para>If you already created a user and you want the user to be able -to <command>su</command> to root, you can log in as root -and edit the file <filename>/etc/group</filename>, adding jack to the -first line (the group wheel). But first you need to practice -<command>vi</command>, the text editor--or use the simpler text -editor, <command>ee</command>, installed on recent version of -FreeBSD.</para> - -<para>To delete a user, use the <command>rmuser</command> command.</para> - -</chapter> - -<chapter> -<title>Looking Around</title> - -<para>Logged in as an ordinary user, look around and try out some -commands that will access the sources of help and information within -FreeBSD.</para> - -<para>Here are some commands and what they do: -<variablelist> -<varlistentry><term><command>id</command></term> -<listitem> -<para>Tells you who you are!</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>pwd</command></term> - -<listitem> -<para>Shows you where you are—the current -working directory.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls</command></term> - -<listitem> -<para>Lists the files in the current directory.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls <option>-F</option></command></term> - -<listitem> -<para>Lists the files in the current directory with a -<literal>*</literal> after executables, a <literal>/</literal> after -directories, and an <literal>@</literal> after symbolic links.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls <option>-l</option></command></term> - -<listitem> -<para>Lists the files in long format—size, -date, permissions.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls <option>-a</option></command></term> - -<listitem> -<para>Lists hidden <quote>dot</quote> -files with the others. If you're root, the<quote>dot</quote> files -show up without the <option>-a</option> switch.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>cd</command></term> - -<listitem> -<para>Changes directories. <command>cd -<parameter>..</parameter></command> backs up one level; note the -space after <command>cd</command>. <command>cd -<parameter>/usr/local</parameter></command> goes there. <command>cd -<parameter>~</parameter></command> goes to the home directory of the -person logged in—e.g., <filename>/usr/home/jack</filename>. -Try <command>cd <parameter>/cdrom</parameter></command>, and then -<command>ls</command>, to find out if your CDROM is mounted and -working.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>view <replaceable>filename</replaceable></command></term> - -<listitem> -<para>Lets you look at a file (named -<replaceable>filename</replaceable> without changing it. Try -<command>view <parameter>/etc/fstab</parameter></command>. -<command>:q</command> to quit.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>cat <replaceable>filename</replaceable></command></term> - -<listitem> - -<para>Displays <replaceable>filename</replaceable> on screen. If -it's too long and you can see only the end of it, press -<keycap>ScrollLock</keycap> and use the <keycap>up-arrow</keycap> to -move backward; you can use <keycap>ScrollLock</keycap> with man pages -too. Press <keycap>ScrollLock</keycap> again to quit scrolling. You -might want to try <command>cat</command> on some of the dot files in -your home directory—<command>cat -<parameter>.cshrc</parameter></command>, <command>cat -<parameter>.login</parameter></command>, <command>cat -<parameter>.profile</parameter></command>.</para> - -</listitem> -</varlistentry> -</variablelist> - -You'll notice aliases in <filename>.cshrc</filename> for some of the -<command>ls</command> commands (they're very convenient). -You can create other aliases by editing <filename>.cshrc</filename>. -You can make these aliases available to all users on the system by -putting them in the system-wide csh configuration file, -<filename>/etc/csh.cshrc</filename>.</para> - -</chapter> - -<chapter> -<title>Getting Help and Information</title> - -<para>Here are some useful sources of help. -<replaceable>Text</replaceable> stands for something of your choice -that you type in—usually a command or filename.</para> - -<variablelist> -<varlistentry><term><command>apropos <replaceable>text</replaceable></command></term> - -<listitem> -<para>Everything containing string <replaceable>text</replaceable> -in the <database>whatis database</database>.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>man <replaceable>text</replaceable></command></term> - -<listitem> -<para>The man page for <replaceable>text</replaceable>. The major -source of documentation for Un*x systems. <command>man -<parameter>ls</parameter></command> will tell you all the ways to use -the <command>ls</command> command. Press <keycap>Enter</keycap> to -move through text, -<keycombo><keycap>Ctrl</keycap><keycap>b</keycap></keycombo> to go -back a page, <keycombo><keycap>Ctrl</keycap><keycap>f</keycap></keycombo> to -go forward, <keycap>q</keycap> or -<keycombo><keycap>Ctrl</keycap><keycap>c</keycap></keycombo> to -quit.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>which <replaceable>text</replaceable></command></term> - -<listitem> -<para>Tells you where in the user's path the command -<replaceable>text</replaceable> is found.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>locate <replaceable>text</replaceable></command></term> - -<listitem> -<para>All the paths where the string <replaceable>text</replaceable> -is found.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>whatis <replaceable>text</replaceable></command></term> - -<listitem> -<para>Tells you what the command <replaceable>text</replaceable> -does and its man page. Typing <command>whatis *</command> will tell -you about all the binaries in the current directory.</para> -</listitem> -</varlistentry> - -<varlistentry><term><command>whereis <replaceable>text</replaceable></command></term> - -<listitem> -<para>Finds the file <replaceable>text</replaceable>, giving its full -path.</para> -</listitem> -</varlistentry> -</variablelist> - -<para>You might want to try using <command>whatis</command> on some -common useful commands like <command>cat</command>, -<command>more</command>, <command>grep</command>, -<command>mv</command>, <command>find</command>, -<command>tar</command>, <command>chmod</command>, -<command>chown</command>, <command>date</command>, and -<command>script</command>. <command>more</command> lets you read a -page at a time as it does in DOS, e.g., <command>ls -l | -more</command> or <command>more -<replaceable>filename</replaceable></command>. The -<literal>*</literal> works as a wildcard—e.g., <command>ls -w*</command> will show you files beginning with -<literal>w</literal>.</para> - -<para>Are some of these not working very well? Both -<command>locate</command> and <command>whatis</command> -depend on a database that's rebuilt weekly. If your machine isn't -going to be left on over the weekend (and running FreeBSD), you might -want to run the commands for daily, weekly, and monthly maintenance -now and then. Run them as root and give each one time to finish -before you start the next one, for now. -<informalexample> -<screen># <userinput>/etc/daily</userinput> -<lineannotation>output omitted</lineannotation> -# <userinput>/etc/weekly</userinput> -<lineannotation>output omitted</lineannotation> -# <userinput>/etc/monthly</userinput> -<lineannotation>output omitted</lineannotation></screen> -</informalexample></para> - -<para>If you get tired waiting, press -<keycombo><keycap>Alt</keycap><keycap>F2</keycap></keycombo> to get -another <firstterm>virtual console</firstterm>, and log in again. -After all, it's a multi-user, multi-tasking system. Nevertheless -these commands will probably flash messages on your screen while -they're running; you can type <command>clear</command> at the prompt -to clear the screen. Once they've run, you might want to look at -<filename>/var/mail/root</filename> and -<filename>/var/log/messages</filename>.</para> - -<para>Basically running such commands is part of system -administration—and as a single user of a Unix system, you're -your own system administrator. Virtually everything you need to be -root to do is system administration. Such responsibilities aren't -covered very well even in those big fat books on Unix, which seem to -devote a lot of space to pulling down menus in windows managers. You -might want to get one of the two leading books on systems -administration, either Evi Nemeth et.al.'s <citetitle>UNIX System -Administration Handbook</citetitle> (Prentice-Hall, 1995, ISBN -0-13-15051-7)—the second edition with the red cover; or -Æleen Frisch's <citetitle>Essential System -Administration</citetitle> (O'Reilly & Associates, 1993, ISBN -0-937175-80-3). I used Nemeth.</para> - -</chapter> - -<chapter> -<title>Editing Text</title> - -<para>To configure your system, you need to edit text files. Most of -them will be in the <filename>/etc</filename> directory; and you'll -need to <command>su</command> to root to be able to change them. You -can use the easy <command>ee</command>, but in the long run the -text editor <command>vi</command> is worth learning. There's an -excellent tutorial on vi in -<filename>/usr/src/contrib/nvi/docs/tutorial</filename> if you have -that installed; otherwise you can get it by ftp to -ftp.cdrom.com in the directory -FreeBSD/FreeBSD-current/src/contrib/nvi/docs/tutorial.</para> - -<para>Before you edit a -file, you should probably back it up. Suppose you want to edit -<filename>/etc/rc.conf</filename>. You could just use <command>cd -/etc</command> to get to the <filename>/etc</filename> directory and -do: -<informalexample> -<screen># <userinput>cp rc.conf rc.conf.orig</userinput></screen> -</informalexample> - -This would copy <filename>rc.conf</filename> to -<filename>rc.conf.orig</filename>, and you could later copy -<filename>rc.conf.orig</filename> to <emphasis -remap=tt>rc.conf</emphasis> to recover the original. But even -better would be moving (renaming) and then copying back: -<informalexample> -<screen># <userinput>mv rc.conf rc.conf.orig</userinput> -# <userinput>cp rc.conf.orig rc.conf</userinput></screen> -</informalexample> - -because the <command>mv</command> command preserves the original date -and owner of the file. You can now edit -<filename>rc.conf</filename>. If you want the original back, you'd -then <userinput>mv rc.conf rc.conf.myedit</userinput> -(assuming you want to preserve your edited version) and then -<informalexample> -<screen># <userinput>mv rc.conf.orig rc.conf</userinput></screen> -</informalexample> -to put things back the way they were.</para> - -<para>To edit a file, type -<informalexample> -<screen># <userinput>vi <replaceable>filename</replaceable></userinput></screen> -</informalexample> -Move through the text with the arrow keys. <keycap>Esc</keycap> (the -escape key) puts <command>vi</command> in command mode. Here are some -commands: -<variablelist> -<varlistentry><term><command>x</command></term> -<listitem> -<para>delete letter the cursor is on</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>dd</command></term> - -<listitem> -<para>delete the entire line (even if it wraps on the screen)</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>i</command></term> - -<listitem> -<para>insert text at the cursor</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>a</command></term> - -<listitem> -<para>insert text after the cursor</para> - -</listitem> -</varlistentry> -</variablelist> -Once you type <command>i</command> or <command>a</command>, you can enter text. -<command>Esc</command> puts you back in command mode where you can type -<variablelist> -<varlistentry><term><command>:w</command></term> -<listitem> -<para>to write your changes to disk and continue editing</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>:wq</command></term> - -<listitem> -<para>to write and quit</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>:q!</command></term> - -<listitem> -<para>to quit without saving changes</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>/<replaceable>text</replaceable></command></term> - -<listitem> -<para>to move the cursor to <replaceable>text</replaceable>; -<command>/<keycap>Enter</keycap></command> (the enter key) to find -the next instance of <replaceable>text</replaceable>.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>G</command></term> - -<listitem> -<para>to go to the end of the file</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command><replaceable>n</replaceable>G</command></term> - -<listitem> -<para>to go to line <replaceable>n</replaceable> in -the file, where <replaceable>n</replaceable> is a number</para> - -</listitem> -</varlistentry> - -<varlistentry><term><keycombo><keycap>Ctrl</><keycap>L</></keycombo></term> - -<listitem> -<para>to redraw the screen</para> - -</listitem> -</varlistentry> - -<varlistentry><term><keycombo><keycap>Ctrl</><keycap>b</></> and <keycombo><keycap>Ctrl</><keycap>f</></></term> - -<listitem> -<para>go back -and forward a screen, as they -do with <command>more</> and <command>view</>.</para> - -</listitem> -</varlistentry> -</variablelist> -</para> - -<para>Practice with <command>vi</> in your home directory by creating -a new file with <command>vi <replaceable>filename</></> and adding -and deleting text, saving the file, and calling it up again. -<command>vi</> delivers some surprises because it's really quite -complex, and sometimes you'll inadvertently issue a command that will -do something you don't expect. (Some people actually like -<command>vi</>—it's more powerful than DOS EDIT—find out -about the <command>:r</> command.) Use <keycap>Esc</> one or -more times to be sure you're in command mode and proceed from there -when it gives you trouble, save often with <command>:w</>, and -use <command>:q!</> to get out and start over (from -your last <command>:w</>) when you need to.</para> - -<para>Now you can <command>cd</> to <filename>/etc</filename>, -<command>su</> to root, use <command>vi</> to edit the file -<filename>/etc/group</filename>, and add a user to wheel so the user -has root privileges. Just add a comma and the user's login name to -the end of the first line in the file, press <keycap>Esc</>, and use -<command>:wq</> to write the file to disk and quit. Instantly -effective. (You didn't put a space after the comma, did you?)</para> - -</chapter> - -<chapter> -<title>Printing Files from DOS</title> - -<para>At this point you probably don't have the printer working, so here's a -way to create a file from a man page, move it to a floppy, and then -print it from DOS. Suppose you want to read carefully about changing -permissions on files (pretty important). You can use the command -man chmod to read about it. The command -<informalexample> -<screen># <userinput>man chmod | col -b > chmod.txt</></screen> -</informalexample> -will remove formatting codes and send the man page to -the <filename>chmod.txt</filename> file -instead of showing it on your screen. Now put a dos-formatted -diskette in your floppy drive a, <command>su</> to -root, and type -<informalexample> -<screen># <userinput>/sbin/mount -t msdos /dev/fd0 /mnt</></screen> -</informalexample> -to mount the floppy drive on <filename>/mnt</filename>.</para> - -<para>Now (you no longer need to be root, and you can type -<command>exit</> to get back to being user jack) you can go to the -directory where you created chmod.txt and copy the file to the floppy -with: -<informalexample> -<screen>% <userinput>cp chmod.txt /mnt</></screen> -</informalexample> -and use <command>ls /mnt</command> to get a directory listing of -<filename>/mnt</filename>, which should show the file -<filename>chmod.txt</filename>.</para> - -<para>You might especially want to make a file from -<filename>/sbin/dmesg</filename> by typing -<informalexample> -<screen>% <userinput>/sbin/dmesg > dmesg.txt</></screen> -</informalexample> -and copying <filename>dmesg.txt</filename> to the floppy. -<command>/sbin/dmesg</command> is the boot log record, and it's -useful to understand it because it shows what FreeBSD found when it -booted up. If you ask questions on -<email>freebsd-questions@FreeBSD.ORG</> or on a USENET -group—like <quote>FreeBSD isn't finding my tape drive, what do -I do?</quote>—people will want to know what <command>dmesg</> -has to say.</para> - -<para>You can now dismount the floppy drive (as root) to get the disk -out with -<informalexample> -<screen># <userinput>/sbin/umount /mnt</></screen> -</informalexample> -and reboot to go to DOS. Copy these files to a DOS directory, call -them up with DOS EDIT, Windows Notepad or Wordpad, or a word processor, make a -minor change so the file has to be saved, and print as you normally -would from DOS or Windows. Hope it works! man pages come out best if -printed with the dos <command>print</> command. (Copying files from -FreeBSD to a mounted dos partition is in some cases still a little -risky.)</para> - -<para>Getting the printer printing from FreeBSD involves creating an -appropriate entry in <filename>/etc/printcap</filename> and creating -a matching spool directory in -<filename>/var/spool/output</filename>. If your printer is on -<hardware>lpt0</> (what dos calls <hardware>LPT1</>), you may only -need to go to <filename>/var/spool/output</filename> and (as root) -create the directory <filename>lpd</> by typing: -<command> -mkdir lpd</command>, if it doesn't already -exist. -Then the printer should respond if it's turned on when the system is -booted, and lp or lpr should send a file to the printer. Whether or -not the file actually prints depends on configuring it, which is -covered in the <ulink -URL="http://www.freebsd.org/handbook/handbook.html">FreeBSD -handbook.</></para> - -</chapter> - -<chapter> -<title>Other Useful Commands</title> - -<para> -<variablelist> -<varlistentry><term><command>df</></term> -<listitem> -<para>shows file space and mounted systems.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ps aux</></term> - -<listitem> -<para>shows processes running. <command>ps ax</> is a narrower form.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>rm <replaceable>filename</></></term> - -<listitem> -<para>remove <replaceable>filename</>.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>rm -R <replaceable>dir</></></term> - -<listitem> -<para>removes a directory <replaceable>dir</> and all -subdirectories—careful!</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>ls -R</command></term> - -<listitem> -<para>lists files in the current -directory and all subdirectories; -I used a variant, <command>ls -AFR > where.txt</command>, -to get a list of all -the files in <filename>/</filename> and (separately) -<filename>/usr</filename> before I found better -ways to find files.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>passwd</></term> - -<listitem> -<para>to change user's password (or root's password)</para> - -</listitem> -</varlistentry> - -<varlistentry><term><command>man hier</></term> - -<listitem> -<para>man page on the Unix file system</para> - -</listitem> -</varlistentry> -</variablelist></para> - -<para>Use <command>find</> to locate filename in <filename>/usr</filename> -or any of its subdirectories with -<informalexample> -<screen>% <userinput>find /usr -name "<replaceable>filename</>"</></screen> -</informalexample> -You can use <literal>*</literal> as a wildcard in -<parameter>"<replaceable>filename</>"</> (which should be in -quotes). If you tell find to search in <filename>/</filename> -instead of <filename>/usr</filename> it will look for the file(s) on -all mounted file systems, including the CDROM and the dos -partition.</para> - -<para>An excellent book that explains Unix commands and utilities is -Abrahams & Larson, <citetitle>Unix for the Impatient</citetitle> -(2nd ed., Addison-Wesley, 1996). There's also a lot of Unix -information on the Internet. Try the <ulink -URL="http://www.eecs.nwu.edu/unix.html">Unix Reference -Desk</ulink>.</para> - -</chapter> - -<chapter> -<title>Next Steps</title> - -<para>You should now have the tools you need to get around and edit -files, so you can get everything up and running. There is a great -deal of information in the FreeBSD handbook (which is probably on -your hard drive) and <ulink URL="http://www.freebsd.org/">FreeBSD's -web site</ulink>. A wide variety of packages and ports are on the -<ulink URL="http://www.cdrom.com/">Walnut Creek</ulink> CDROM as well -as the web site. The handbook tells you more about how to use them -(get the package if it exists, with <command>pkg_add -/cdrom/packages/All/<replaceable>packagename</></>, -where <replaceable>packagename</replaceable> is the filename of the -package). The cdrom has lists of the packages and ports with brief -descriptions in <filename>cdrom/packages/index</filename>, -<filename>cdrom/packages/index.txt</filename>, and -<filename>cdrom/ports/index</filename>, with fuller descriptions in -<filename>/cdrom/ports/*/*/pkg/DESCR</filename>, where the -<literal>*</literal>s represent subdirectories of kinds of programs -and program names respectively.</para> - -<para>If you find the handbook too sophisticated (what with -<command>lndir</> and all) on installing ports from the cdrom, -here's what usually works:</para> - -<para>Find the port you want, say <command>kermit</>. There will be -a directory for it on the cdrom. Copy the subdirectory to -<filename>/usr/local</filename> (a good place for software you add -that should be available to all users) with: -<informalexample> -<screen># <userinput>cp -R /cdrom/ports/comm/kermit /usr/local</></screen> -</informalexample> - -This should result in a <filename>/usr/local/kermit</filename> -subdirectory that has all the files that the -<command>kermit</command> subdirectory on the CDROM has.</para> - -<para>Next, create the directory <filename>/usr/ports/distfiles</filename> -if it doesn't already exist using <command>mkdir</>. Now check -check <filename>/cdrom/ports/distfiles</filename> for a -file with a name that indicates it's the port you want. Copy that -file to <filename>/usr/ports/distfiles</filename>; in recent versions -you can skip this step, as FreeBSD will do it for you. -In the case of <command>kermit</>, there is no -distfile.</para> - -<para>Then <command>cd</> to the subdirectory of -<filename>/usr/local/kermit</filename> that has the file -<filename>Makefile</>. Type -<informalexample> -<screen># <userinput>make all install</></screen> -</informalexample> -</para> - -<para>During this process the port will ftp to get any compressed -files it needs that it didn't find on the cdrom or in -<filename>/usr/ports/distfiles</filename>. If you don't have your -network running yet and there was no file for the port in -<filename>/cdrom/ports/distfiles</filename>, you will have to get -the distfile using another machine and copy it to -<filename>/usr/ports/distfiles</filename> from a floppy or your dos -partition. Read <filename>Makefile</> (with <command>cat</> or -<command>more</> or <command>view</>) to find out where to go (the -master distribution site) to get the file and what its name is. Its -name will be truncated when downloaded to DOS, and after you get it -into <filename>/usr/ports/distfiles</filename> you'll have to rename -it (with the <command>mv</> command) to its original name so it can -be found. (Use binary file transfers!) Then go back to -<filename>/usr/local/kermit</filename>, find the directory with -<filename>Makefile</>, and type <command>make all install</>.</para> - -<para>The other thing that happens when installing ports or packages -is that some other program is needed. If the installation stops with -a message <errorname>can't find unzip</errorname> or whatever, you -might need to install the package or port for unzip before you -continue.</para> - -<para>Once it's installed type <command>rehash</> to make FreeBSD -reread the files in the path so it knows what's there. (If you get a -lot of <errorname>path not found</> messages when you use -<command>whereis</> or which, you might want to make additions to the -list of directories in the path statement in -<filename>.cshrc</filename> in your home directory. The path -statement in Unix does the same kind of work it does in DOS, except -the current directory is not (by default) in the path for security -reasons; if the command you want is in the directory you're in, you -need to type <filename>./</filename> before the command to make it -work; no space after the slash.)</para> - -<para>You might want to get the most recent version of Netscape from -their <ulink URL="ftp://ftp.netscape.com">ftp site</ulink>. (Netscape -requires the X Window System.) There's now a FreeBSD version, so look -around carefully. Just use <command>gunzip -<replaceable>filename</></> and <command>tar xvf -<replaceable>filename</></> on it, move the binary to -<filename>/usr/local/bin</filename> or some other place binaries are -kept, <command>rehash</>, and then put the following lines in -<filename>.cshrc</filename> in each user's home directory or (easier) -in <filename>/etc/csh.cshrc</filename>, the system-wide csh start-up -file: -<informalexample> -<programlisting>setenv XKEYSYMDB /usr/X11R6/lib/X11/XKeysymDB -setenv XNLSPATH /usr/X11R6/lib/X11/nls</> -</informalexample> -This assumes that the file <filename>XKeysymDB</> and the directory -<filename>nls</> are in <filename>/usr/X11R6/lib/X11</filename>; if -they're not, find them and put them there.</para> - -<para>If you originally got Netscape as a port using the CDROM (or -ftp), don't replace <filename>/usr/local/bin/netscape</filename> with -the new netscape binary; this is just a shell script that sets up the -environmental variables for you. Instead rename the new binary to -<filename>netscape.bin</filename> and replace the old binary, which -is <filename>/usr/local/lib/netscape/netscape.bin</filename>.</para> - -</chapter> - -<chapter> - -<title>Your Working Environment</title> - -<para>Your shell is the most important part of your working environment. -In DOS, the usual shell is command.com. The shell is what interprets -the commands you type on the command line, and thus communicates with -the rest of the operating system. You can also write shell -scripts, which are like DOS batch files: a series of commands to be -run without your intervention.</para> - -<para>Two shells come installed with FreeBSD: csh and sh. csh is good for -command-line work, but scripts should be written with sh (or bash). You can -find out what shell you have by typing <command>echo $SHELL</command>.</para> - -<para>The csh shell is okay, but tcsh does everything csh does and more. It -It allows you to recall commands with the arrow keys and edit them. -It has tab-key completion -of filenames (csh uses the escape key), and it lets you switch to the -directory you were last in with <command>cd -</command>. It's also much -easier to alter your prompt with tcsh. It makes life a lot easier.</para> - -<para>Here are the three steps for installing a new shell:</para> - -<para> 1. Install the shell as a port or a package, just as you -would any other port or package. Use <command>rehash</command> and -<command>which tcsh</command> (assuming you're installing tcsh) to -make sure it got installed.</para> - -<para> 2. As root, edit <filename>/etc/shells</filename>, adding -a line in the file for the new shell, in this case /usr/local/bin/tcsh, -and save the file. (Some ports may do this for you.)</para> - -<para> 3. Use the <command>chsh</command> command to change your shell to -tcsh permanently, or type <command>tcsh</command> at the prompt to -change your shell without logging in again.</para> - -<para><emphasis>Note: It can be dangerous to change root's shell</emphasis> -to something other than sh or csh on early versions of FreeBSD and many -other versions of Unix; you may not have a working shell when the system -puts you into single user mode. The solution is to use <command>su -m</command> -to become root, which will give you the tcsh as root, because the shell is part -of the environment. You can make this permanent by adding it to your -<filename>.tcshrc</filename> file as an alias with <programlisting>alias su su -m.</></para> - -<para>When tcsh starts up, it will read the -<filename>/etc/csh.cshrc</filename> and <filename>/etc/csh.login</filename> -files, as does csh. It will also read the -<filename>.login</filename> file in your home directory and the -<filename>.cshrc</filename> -file as well, unless you provide a <filename>.tcshrc</filename> -file. This you can do by simply copying <filename>.cshrc</filename> -to <filename>.tcshrc</filename>.</para> - -<para>Now that you've installed tcsh, you can adjust your prompt. You can -find the details in the manual page for tcsh, but here is a line to -put in your <filename>.tcshrc</filename> that will tell you how many -commands you have typed, what time it is, and what directory you are in. -It also produces a <literal>></literal> if you're an ordinary user and -a <literal>#</literal> if you're root, but tsch will do that in any -case:</para> -<para> - set prompt = "%h %t %~ %# "</para> - -<para>This should go in the same place as the existing set prompt line -if there is one, or under "if($?prompt) then" if not. -Comment out the old line; you can always switch back to it if you prefer -it. Don't forget the spaces and quotes. You can get the <filename>.tcshrc</filename> reread by typing <command>source .tcshrc</command>.</para> - -<para>You can get a listing of other environmental variables that -have been set by typing <command>env</command> at the prompt. The -result will show you your default editor, pager, and terminal type, -among possibly many others. A useful command if you log in from a -remote location and can't run a program because the terminal isn't -capable is -<command>setenv TERM vt100</command>.</para> -</chapter> - - -<chapter> -<title>Other</title> - -<para>As root, you can dismount the CDROM with <command>/sbin/umount -/cdrom</>, take it out of the drive, insert another one, and mount it -with <command>/sbin/mount_cd9660 /dev/cd0a /cdrom</> assuming -<hardware>cd0a</> is the device name for your CDROM drive. The -most recent versions of FreeBSD let you mount the cdrom with just -<command>/sbin/mount /cdrom</command>.</para> - -<para>Using the live file system—the second of FreeBSD's CDROM -disks—is useful if you've got limited space. What is on the -live file system varies from release to release. You might try -playing games from the cdrom. This -involves using <command>lndir</>, which gets installed with the X -Window System, to tell the program(s) where to find the necessary -files, because they're in the <filename>/cdrom</filename> file system -instead of in <filename>/usr</filename> and its subdirectories, which -is where they're expected to be. Read <command>man lndir</>.</para> - -</chapter> - -<chapter> -<title>Comments Welcome</title> - -<para>If you use this guide I'd be interested in knowing where it was -unclear and what was left out that you think should be included, and -if it was helpful. My thanks to Eugene W. Stark, professor of -computer science at SUNY-Stony Brook, and John Fieber for helpful -comments.</para> - -<para>Annelise Anderson, <email>andrsn@andrsn.stanford.edu</></para> - -</chapter> -</book> diff --git a/en_US.ISO_8859-1/articles/programming-tools/Makefile b/en_US.ISO_8859-1/articles/programming-tools/Makefile deleted file mode 100644 index 72c7507f01..0000000000 --- a/en_US.ISO_8859-1/articles/programming-tools/Makefile +++ /dev/null @@ -1,7 +0,0 @@ -# $Id: Makefile,v 1.4 1997-07-01 05:38:11 max Exp $ - -DOCS= devel.docb -INDEXLINK= devel.html - -.include "../../web.mk" - diff --git a/en_US.ISO_8859-1/articles/programming-tools/article.sgml b/en_US.ISO_8859-1/articles/programming-tools/article.sgml deleted file mode 100644 index addd185ee8..0000000000 --- a/en_US.ISO_8859-1/articles/programming-tools/article.sgml +++ /dev/null @@ -1,1835 +0,0 @@ -<!-- $Id: article.sgml,v 1.3 1997-08-17 17:33:49 jfieber Exp $ --> -<!-- The FreeBSD Documentation Project --> - -<!DOCTYPE BOOK PUBLIC "-//Davenport//DTD DocBook V3.0//EN"> -<book> -<bookinfo> -<bookbiblio> -<title>A User's Guide to FreeBSD Programming Tools</title> - -<authorgroup> -<author> -<firstname>James</firstname> -<surname>Raynard</surname> -<affiliation> -<address> -<email>jraynard@freebsd.org</email> -</address> -</affiliation> -</author></authorgroup> - -<pubdate>August 17, 1997</pubdate> - -<copyright> -<year>1997</year> -<holder>James Raynard</holder> -</copyright> - -<abstract><para>This document is an introduction to using some of the programming -tools supplied with FreeBSD, although much of it will be applicable to -many other versions of Unix. It does <emphasis>not</emphasis> attempt to describe -coding in any detail. Most of the document assumes little or no -previous programming knowledge, although it is hoped that most -programmers will find something of value in it</para></abstract> -</bookbiblio> -</bookinfo> - -<chapter> -<title>Introduction<anchor id=foo></title> - -<para>FreeBSD offers an excellent development environment. Compilers -for C, C++, and Fortran and an assembler come with the basic system, -not to mention a Perl interpreter and classic Unix tools such as -<command>sed</> and <command>awk</>. If that is not enough, there are -many more compilers and interpreters in the Ports collection. FreeBSD -is very compatible with standards such as <acronym>POSIX</> and -<acronym>ANSI</> C, as well with its own BSD heritage, so it is -possible to write applications that will compile and run with little -or no modification on a wide range of platforms.</para> - -<para>However, all this power can be rather overwhelming at first if -you've never written programs on a Unix platform before. This -document aims to help you get up and running, without getting too -deeply into more advanced topics. The intention is that this document -should give you enough of the basics to be able to make some sense of -the documentation.</para> - -<para>Most of the document requires little or no knowledge of -programming, although it does assume a basic competence with using -Unix and a willingness to learn!</para> - -</chapter> - -<chapter> -<title>Introduction to Programming</title> - -<para>A program is a set of instructions that tell the computer to do -various things; sometimes the instruction it has to perform depends -on what happened when it performed a previous instruction. This -section gives an overview of the two main ways in which you can give -these instructions, or <quote>commands</quote> as they are usually -called. One way uses an <firstterm>interpreter</>, the other a -<firstterm>compiler</>. As human languages are too difficult for a -computer to understand in an unambiguous way, commands are usually -written in one or other languages specially designed for the -purpose.</para> - - - -<sect1> -<title>Interpreters</title> - -<para>With an interpreter, the language comes as an environment, where you -type in commands at a prompt and the environment executes them for -you. For more complicated programs, you can type the commands into a -file and get the interpreter to load the file and execute the commands -in it. If anything goes wrong, many interpreters will drop you into a -debugger to help you track down the problem.</para> - -<para>The advantage of this is that you can see the results of your -commands immediately, and mistakes can be corrected readily. The -biggest disadvantage comes when you want to share your programs with -someone. They must have the same interpreter, or you must have some -way of giving it to them, and they need to understand how to use it. -Also users may not appreciate being thrown into a debugger if they -press the wrong key! From a performance point of view, interpreters -can use up a lot of memory, and generally do not generate code as -efficiently as compilers.</para> - -<para>In my opinion, interpreted languages are the best way to start -if you have not done any programming before. This kind of environment -is typically found with languages like Lisp, Smalltalk, Perl and -Basic. It could also be argued that the Unix shell (<command>sh</>, -<command>csh</>) is itself an interpreter, and many people do in fact -write shell <quote>scripts</quote> to help with various -<quote>housekeeping</> tasks on their machine. Indeed, part of the -original Unix philosophy was to provide lots of small utility -programs that could be linked together in shell scripts to perform -useful tasks.</para> - -</sect1> - -<sect1> -<title>Interpreters available with FreeBSD</title> - -<para>Here is a list of interpreters that are available as <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/">FreeBSD -packages</ulink>, with a brief discussion of some of the more popular -interpreted languages. </para> - -<para>To get one of these packages, all you need to do is to click on -the hotlink for the package, then run -<screen>$ <userinput>pkg_add <replaceable>package name</></userinput></screen> -</para> - -<para>as root. Obviously, you will need to have a fully functional FreeBSD -2.1.0 or later system for the package to work!</para> - -<para> -<variablelist> -<varlistentry><term><acronym>BASIC</></term> - -<listitem><para>Short for Beginner's All-purpose Symbolic Instruction -Code. Developed in the 1950s for teaching University students to -program and provided with every self-respecting personal computer in -the 1980s, <acronym>BASIC</> has been the first programming language -for many programmers. It's also the foundation for <trademark>Visual -Basic</>.</para> - -<para>The <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/bwbasic-2.10.tgz">Bywater -Basic Interpreter</ulink> and the <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/pbasic-2.0.tgz">Phil -Cockroft's Basic Interpreter</ulink> (formerly Rabbit Basic) are -available as FreeBSD <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/">FreeBSD -packages</ulink></para> -</listitem> -</varlistentry> - -<varlistentry><term>Lisp</term> -<listitem><para>A language that was developed in the late 1950s as an alternative to -the <quote>number-crunching</quote> languages that were popular at the time. -Instead of being based on numbers, Lisp is based on lists; in fact -the name is short for <quote>List Processing</quote>. Very popular in AI -(Artificial Intelligence) circles.</para> - -<para>Lisp is an extremely powerful and sophisticated language, but -can be rather large and unwieldy. </para> - -<para>FreeBSD has <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/gcl-2.0.tgz">GNU -Common Lisp</ulink> available as a package.</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Perl</term> -<listitem><para>Very popular with system administrators for writing -scripts; also often used on World Wide Web servers for writing <acronym>CGI</> -scripts.</para> - -<para>Version 4, which is probably still the most widely-used -version, comes with FreeBSD; the newer <ulink -URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/perl-5.001.tgz">Perl -Version 5</ulink> is available as a package.</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Scheme</term> -<listitem><para>A dialect of Lisp that is rather more compact and -cleaner than Common Lisp. Popular in Universities as it is simple -enough to teach to undergraduates as a first language, while it has a -high enough level of abstraction to be used in research work.</para> - -<para>FreeBSD has packages of the -<ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/elk-3.0.tgz">Elk Scheme Interpreter</ulink>, the -<ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/mit-scheme-7.3.tgz">MIT Scheme Interpreter</ulink> and the -<ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/scm-4e1.tgz">SCM Scheme Interpreter</ulink>.</para> - -</listitem> -</varlistentry> - -<varlistentry><term>Icon</term> -<listitem><para><ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/icon-9.0.tgz">The Icon Programming Language</ulink>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Logo</term> -<listitem><para><ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/ucblogo-3.3.tgz">Brian Harvey's LOGO Interpreter</ulink>.</para> -</listitem> -</varlistentry> - -<varlistentry><term>Python</term> -<listitem><para><ulink URL="ftp://ftp.freebsd.org:pub/FreeBSD/packages/lang/python-1.2">The Python Object-Oriented Programming Language</ulink></para> -</listitem> -</varlistentry> - -</variablelist> -</para> - -</sect1> - -<sect1> -<title>Compilers</title> - -<para>Compilers are rather different. First of all, you write your -code in a file (or files) using an editor. You then run the compiler -and see if it accepts your program. If it did not compile, grit your -teeth and go back to the editor; if it did compile and gave you a -program, you can run it either at a shell command prompt or in a -debugger to see if it works properly.<footnote><para>If you run it in -the shell, you may get a core dump.</para></footnote></para> - -<para>Obviously, this is not quite as direct as using an interpreter. -However it allows you to do a lot of things which are very difficult -or even impossible with an interpreter, such as writing code which -interacts closely with the operating system—or even writing -your own operating system! It's also useful if you need to write very -efficient code, as the compiler can take its time and optimise the -code, which would not be acceptable in an interpreter. And -distributing a program written for a compiler is usually more -straightforward than one written for an interpreter—you can just -give them a copy of the executable, assuming they have the same -operating system as you.</para> - -<para>Compiled languages include Pascal, C and C++. C and C++ are rather -unforgiving languages, and best suited to more experienced -programmers; Pascal, on the other hand, was designed as an educational -language, and is quite a good language to start with. Unfortunately, -FreeBSD doesn't have any Pascal support, except for a Pascal-to-C -converter in the ports.</para> - -<para>As the edit-compile-run-debug cycle is rather tedious when -using separate programs, many commercial compiler makers have -produced Integrated Development Environments (<acronym>IDE</acronym>s -for short). FreeBSD does not have an <acronym>IDE</> as such; however -it is possible to use Emacs for this purpose. This is discussed in -<xref linkend="emacs">.</para> - -</sect1> -</chapter> - -<chapter> -<title>Compiling with <command>cc</command></title> - -<para>This section deals only with the GNU compiler for C and C++, -since that comes with the base FreeBSD system. It can be invoked by -either <command>cc</> or <command>gcc</>. The details of producing a -program with an interpreter vary considerably between interpreters, -and are usually well covered in the documentation and on-line help -for the interpreter.</para> - -<para>Once you've written your masterpiece, the next step is to convert it -into something that will (hopefully!) run on FreeBSD. This usually -involves several steps, each of which is done by a separate -program.</para> - -<procedure> -<step><para>Pre-process your source code to remove comments and do other -tricks like expanding macros in C. -</para></step> - -<step><para>Check the syntax of your code to see if you have obeyed the -rules of the language. If you have not, it will complain! -</para></step> - -<step><para>Convert the source code into assembly -language—this is very close to machine code, but still -understandable by humans. Allegedly.<footnote><para>To be strictly -accurate, <command>cc</> converts the source code into its own, -machine-independent <firstterm>p-code</> instead of assembly language -at this stage.</para></footnote></para></step> - -<step><para>Convert the assembly language into machine -code—yep, we are talking bits and bytes, ones and zeros -here.</para></step> - -<step><para>Check that you have used things like functions and global -variables in a consistent way. For example, if you have called a -non-existent function, it will complain.</para></step> - -<step><para>If you are trying to produce an executable from several -source code files, work out how to fit them all together.</para></step> - -<step><para>Work out how to produce something that the system's run-time -loader will be able to load into memory and run.</para></step> - -<step><para>Finally, write the executable on the file -system.</para></step> - -</procedure> - -<para>The word <firstterm>compiling</> is often used to refer to just -steps 1 to 4—the others are referred to as -<firstterm>linking</>. Sometimes step 1 is referred to as -<firstterm>pre-processing</> and steps 3-4 as -<firstterm>assembling</>.</para> - -<para>Fortunately, almost all this detail is hidden from you, as -<command>cc</> is a front end that manages calling all these programs -with the right arguments for you; simply typing -<screen>$ <userinput>cc foobar.c</></screen></para> - -<para>will cause <filename>foobar.c</> to be compiled by all the -steps above. If you have more than one file to compile, just do -something like -<screen>$ <userinput>cc foo.c bar.c</></screen> -</para> - -<para>Note that the syntax checking is just that—checking the -syntax. It will not check for any logical mistakes you may have made, -like putting the program into an infinite loop, or using a bubble -sort when you meant to use a binary sort.<footnote><para>In case you -didn't know, a binary sort is an efficient way of sorting things into -order and a bubble sort isn't.</para></footnote></para> - -<para>There are lots and lots of options for <command>cc</>, which -are all in the man page. Here are a few of the most important ones, -with examples of how to use them.</para> - -<variablelist> -<varlistentry><term><option>-o <replaceable>filename</replaceable></></term> - -<listitem><para>The output name of the file. If you do not use this -option, <command>cc</> will produce an executable called -<filename>a.out</>.<footnote><para>The reasons for this are buried in -the mists of history.</para></footnote></para> - -<informalexample> -<screen>$ <userinput>cc foobar.c</> <lineannotation>executable is <filename>a.out</></> -$ <userinput>cc -o foobar foobar.c</> <lineannotation>executable is <filename>foobar</></></screen> -</informalexample> -</listitem> -</varlistentry> - -<varlistentry><term><option>-c</option></term> -<listitem><para>Just compile the file, do not link it. Useful for toy -programs where you just want to check the syntax, or if you are using -a <filename>Makefile</filename>.</para> - -<informalexample> -<screen>$ <userinput>cc -c foobar.c</userinput></screen> -</informalexample> - -<para>This will produce an <firstterm>object file</> (not an -executable) called <filename>foobar.o</filename>. This can be linked -together with other object files into an executable.</para> - -</listitem> -</varlistentry> - -<varlistentry><term><option>-g</option></term> - -<listitem><para>Create a debug version of the executable. This makes -the compiler put information into the executable about which line of -which source file corresponds to which function call. A debugger can -use this information to show the source code as you step through the -program, which is <emphasis>very</emphasis> useful; the disadvantage -is that all this extra information makes the program much bigger. -Normally, you compile with <option>-g</option> while you are -developing a program and then compile a <quote>release -version</quote> without <option>-g</option> when you're satisfied it -works properly.</para> - -<informalexample> -<screen>$ <userinput>cc -g foobar.c</userinput></screen> -</informalexample> - -<para>This will produce a debug version of the -program.<footnote><para>Note, we didn't use the <option>-o</option> -flag to specify the executable name, so we will get an executable -called <filename>a.out</filename>. Producing a debug version called -<filename>foobar</filename> is left as an exercise for the -reader!</para></footnote></para> - -</listitem> -</varlistentry> - -<varlistentry><term><option>-O</option></term> - -<listitem><para>Create an optimised version of the executable. The -compiler performs various clever tricks to try and produce an -executable that runs faster than normal. You can add a number after -the <option>-O</option> to specify a higher level of optimisation, -but this often exposes bugs in the compiler's optimiser. For -instance, the version of <command>cc</command> that comes with the -2.1.0 release of FreeBSD is known to produce bad code with the -<option>-O2</option> option in some circumstances.</para> - -<para>Optimisation is usually only turned on when compiling a release -version.</para> - -<informalexample> -<screen>$ <userinput>cc -O -o foobar foobar.c</userinput></screen> -</informalexample> - -<para>This will produce an optimised version of -<filename>foobar</filename>.</para> - -</listitem> -</varlistentry> -</variablelist> - -<para>The following three flags will force <command>cc</command> to -check that your code complies to the relevant international standard, -often referred to as the <acronym>ANSI</acronym> standard, though -strictly speaking it is an <acronym>ISO</acronym> standard.</para> - -<variablelist> - -<varlistentry><term><option>-Wall</option></term> - -<listitem><para>Enable all the warnings which the authors of -<command>cc</command> believe are worthwhile. Despite the name, it -will not enable all the warnings <command>cc</command> is capable -of.</para></listitem> - -</varlistentry> - -<varlistentry><term><option>-ansi</option></term> - -<listitem> -<para>Turn off most, but not all, of the non-<acronym>ANSI</> C -features provided by <command>cc</command>. Despite the name, it does -not guarantee strictly that your code will comply to the -standard.</para> -</listitem> - -</varlistentry> - -<varlistentry><term><option>-pedantic</option></term> - -<listitem> -<para>Turn off <emphasis>all</emphasis> -<command>cc</command>'s non-<acronym>ANSI</> C features.</para> -</listitem> - -</varlistentry> -</variablelist> - -<para>Without these flags, <command>cc</command> will allow you to -use some of its non-standard extensions to the standard. Some of -these are very useful, but will not work with other compilers—in -fact, one of the main aims of the standard is to allow people to -write code that will work with any compiler on any system. This is -known as <firstterm>portable code</firstterm>.</para> - -<para>Generally, you should try to make your code as portable as -possible, as otherwise you may have to completely re-write the -program later to get it to work somewhere else—and who knows -what you may be using in a few years time?</para> - -<informalexample> -<screen>$ <userinput>cc -Wall -ansi -pedantic -o foobar foobar.c</userinput></screen> -</informalexample> - -<para>This will produce an executable <filename>foobar</filename> -after checking <filename>foobar.c</filename> for standard -compliance.</para> - -<variablelist> - -<varlistentry><term><option>-l<replaceable>library</replaceable></option></term> - -<listitem><para>Specify a function library to be used during when -linking.</para> - -<para>The most common example of this is when compiling a program that -uses some of the mathematical functions in C. Unlike most other -platforms, these are in a separate library from the standard C one -and you have to tell the compiler to add it.</para> - -<para>The rule is that if the library is called -<filename>lib<replaceable>something</replaceable>.a</filename>, you -give <command>cc</command> the argument -<option>-l<replaceable>something</replaceable></option>. For example, -the math library is <filename>libm.a</filename>, so you give -<command>cc</command> the argument <option>-lm</option>. A common -<quote>gotcha</quote> with the math library is that it has to be the -last library on the command line.</para> - -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.c -lm</userinput></screen> -</informalexample> - -<para>This will link the math library functions into -<filename>foobar</filename>.</para> - -<para>If you are compiling C++ code, you need to add -<option>-lg++</option>, or <option>-lstdc++</option> if you are using -FreeBSD 2.2 or later, to the command line argument to link the C++ -library functions. Alternatively, you can run <command>c++</command> -instead of <command>cc</command>, which does this for you. -<command>c++</command> can also be invoked as <command>g++</command> -on FreeBSD.</para> - -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.cc -lg++</userinput> <lineannotation>For FreeBSD 2.1.6 and earlier</> -$ <userinput>cc -o foobar foobar.cc -lstdc++</userinput> <lineannotation>For FreeBSD 2.2 and later</> -$ <userinput>c++ -o foobar foobar.cc</userinput></screen> -</informalexample> - -<para>Each of these will both produce an executable -<filename>foobar</filename> from the C++ source file -<filename>foobar.cc</filename>. Note that, on Unix systems, C++ -source files traditionally end in <filename>.C</filename>, -<filename>.cxx</filename> or <filename>.cc</filename>, rather than -the <trademark>MS-DOS</trademark> style <filename>.cpp</filename> -(which was already used for something else). <command>gcc</command> -used to rely on this to work out what kind of compiler to use on the -source file; however, this restriction no longer applies, so you may -now call your C++ files <filename>.cpp</filename> with -impunity!</para> - -</listitem> -</varlistentry> -</variablelist> - -<sect1> -<title>Common <command>cc</command> Queries and Problems</title> - -<para>Q. I am trying to write a program which uses the -<function>sin()</function> function and I get an error like this. -What does it mean? -<informalexample> -<screen>/var/tmp/cc0143941.o: Undefined symbol `_sin' referenced from text segment</screen> -</informalexample> -</para> - -<para>A. When using mathematical functions like -<function>sin()</function>, you have to tell <command>cc</command> to -link in the math library, like so: -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.c -lm</userinput></screen> -</informalexample></para> - -<para>Q. All right, I wrote this simple program to practice using -<option>-lm</option>. All it does is raise 2.1 to the power of 6. -<informalexample> -<programlisting>#include <stdio.h> - -int main() { - float f; - - f = pow(2.1, 6); - printf("2.1 ^ 6 = %f\n", f); - return 0; -}</programlisting> -</informalexample> -and I compiled it as: -<informalexample> -<screen>$ <userinput>cc temp.c -lm</userinput></screen> -</informalexample> -like you said I should, but I get this when I run it: -<informalexample> -<screen>$ <userinput>./a.out</userinput> -2.1 ^ 6 = 1023.000000</screen> -</informalexample> -</para> - -<para>This is <emphasis>not</emphasis> the right answer! What is -going on?</para> - -<para>A. When the compiler sees you call a function, it checks if it -has already seen a prototype for it. If it has not, it assumes the -function returns an <type>int</type>, which is -definitely not what you want here.</para> - -<para>Q. So how do I fix this?</para> - -<para>A. The prototypes for the mathematical functions are in -<filename>math.h</filename>. If you include this file, the compiler -will be able to find the prototype and it will stop doing strange -things to your calculation! -<informalexample> -<programlisting>#include <math.h> -#include <stdio.h> - -int main() { -...</programlisting> -</informalexample> -</para> - -<para>After recompiling it as you did before, run it: -<informalexample> -<screen>$ <userinput>./a.out</userinput> -2.1 ^ 6 = 85.766121</screen> -</informalexample> -</para> - -<para>If you are using any of the mathematical functions, -<emphasis>always</emphasis> include <filename>math.h</filename> and -remember to link in the math library.</para> - -<para>Q. I compiled a file called <filename>foobar.c</filename> and I -cannot find an executable called <filename>foobar</filename>. Where's -it gone?</para> - -<para>A. Remember, <command>cc</command> will call the executable -<filename>a.out</filename> unless you tell it differently. Use the -<option>-o <replaceable>filename</replaceable></option> option: -<informalexample> -<screen>$ <userinput>cc -o foobar foobar.c</userinput></screen> -</informalexample> -</para> - -<para>Q. OK, I have an executable called <filename>foobar</filename>, -I can see it when I run <command>ls</command>, but when I type in -<command>foobar</command> at the command prompt it tells me there is -no such file. Why can it not find it?</para> - -<para>A. Unlike <trademark>MS-DOS</trademark>, Unix does not look in the -current directory when it is trying to find out which executable you -want it to run, unless you tell it to. Either type -<command>./foobar</command>, which means <quote>run the file called -<filename>foobar</filename> in the current directory</quote>, or -change your <systemitem class=environvar>PATH</systemitem> -environment variable so that it looks something like -<informalexample> -<screen>bin:/usr/bin:/usr/local/bin:.</screen> -</informalexample> -The dot at the end means <quote>look in the current directory if it is not in -any of the others</quote>.</para> - -<para>Q. I called my executable <filename>test</filename>, but -nothing happens when I run it. What is going on?</para> - -<para>A. Most Unix systems have a program called -<command>test</command> in <filename>/usr/bin</filename> and the -shell is picking that one up before it gets to checking the current -directory. Either type: -<informalexample> -<screen>$ <userinput>./test</userinput></screen> -</informalexample> -or choose a better name for your program!</para> - -<para>Q. I compiled my program and it seemed to run all right at -first, then there was an error and it said something about <errorname>core -dumped</errorname>. What does that mean?</para> - -<para>A. The name <firstterm>core dump</firstterm> dates back to the -very early days of Unix, when the machines used core memory for -storing data. Basically, if the program failed under certain -conditions, the system would write the contents of core memory to -disk in a file called <filename>core</filename>, which the programmer -could then pore over to find out what went wrong.</para> - -<para>Q. Fascinating stuff, but what I am supposed to do now?</para> - -<para>A. Use <command>gdb</command> to analyse the core (see <xref -linkend="debugging">).</para> - -<para>Q. When my program dumped core, it said something about a -<errorname>segmentation fault</errorname>. What's that?</para> - -<para>A. This basically means that your program tried to perform some sort -of illegal operation on memory; Unix is designed to protect the -operating system and other programs from rogue programs.</para> - -<para>Common causes for this are: -<itemizedlist> -<listitem><para>Trying to write to a <symbol>NULL</symbol> pointer, eg -<programlisting>char *foo = NULL; -strcpy(foo, "bang!");</programlisting> -</para></listitem> - -<listitem><para>Using a pointer that hasn't been initialised, eg -<programlisting>char *foo; -strcpy(foo, "bang!");</programlisting> -The pointer will have some random value that, with luck, -will point into an area of memory that isn't available to -your program and the kernel will kill your program before -it can do any damage. If you're unlucky, it'll point -somewhere inside your own program and corrupt one of your -data structures, causing the program to fail -mysteriously.</para></listitem> - -<listitem><para>Trying to access past the end of an array, eg -<programlisting>int bar[20]; -bar[27] = 6;</programlisting></para></listitem> - -<listitem><para> Trying to store something in read-only memory, eg -<programlisting>char *foo = "My string"; -strcpy(foo, "bang!");</programlisting> -Unix compilers often put string literals like -<literal>"My string"</literal> into -read-only areas of memory.</para></listitem> - -<listitem><para>Doing naughty things with -<function>malloc()</function> and <function>free()</function>, eg -<programlisting>char bar[80]; -free(bar);</programlisting> -or -<programlisting>char *foo = malloc(27); -free(foo); -free(foo);</programlisting> -</para></listitem> - -</itemizedlist></para> - -<para>Making one of these mistakes will not always lead to an -error, but they are always bad practice. Some systems and -compilers are more tolerant than others, which is why programs -that ran well on one system can crash when you try them on an -another.</para> - -<para>Q. Sometimes when I get a core dump it says <errorname>bus -error</errorname>. It says in my Unix book that this means a hardware -problem, but the computer still seems to be working. Is this -true?</para> - -<para>A. No, fortunately not (unless of course you really do have a hardware -problem…). This is usually another way of saying that you -accessed memory in a way you shouldn't have.</para> - -<para>Q. This dumping core business sounds as though it could be quite -useful, if I can make it happen when I want to. Can I do this, or -do I have to wait until there's an error?</para> - -<para>A. Yes, just go to another console or xterm, do -<screen>$ <userinput>ps</userinput></screen> -to find out the process ID of your program, and do -<screen>$ <userinput>kill -ABRT <replaceable>pid</replaceable></userinput></screen> -where <parameter><replaceable>pid</replaceable></parameter> is the -process ID you looked up.</para> - -<para>This is useful if your program has got stuck in an infinite -loop, for instance. If your program happens to trap -<symbol>SIGABRT</symbol>, there are several other signals which have -a similar effect.</para> - -</sect1> -</chapter> - - -<chapter> -<title>Make</title> - -<sect1> -<title>What is <command>make</command>?</title> - -<para>When you're working on a simple program with only one or two source -files, typing in -<screen>$ <userinput>cc file1.c file2.c</userinput></screen> -is not too bad, but it quickly becomes very tedious when there are -several files—and it can take a while to compile, too.</para> - -<para>One way to get around this is to use object files and only recompile -the source file if the source code has changed. So we could have -something like: -<screen>$ <userinput>cc file1.o file2.o</userinput> … <userinput>file37.c</userinput> &hellip</screen> -if we'd changed <filename>file37.c</filename>, but not any of the -others, since the last time we compiled. This may speed up the -compilation quite a bit, but doesn't solve the typing -problem.</para> - -<para>Or we could write a shell script to solve the typing problem, but it -would have to re-compile everything, making it very inefficient on a -large project.</para> - -<para>What happens if we have hundreds of source files lying about? What if -we're working in a team with other people who forget to tell us when -they've changed one of their source files that we use?</para> - -<para>Perhaps we could put the two solutions together and write something -like a shell script that would contain some kind of magic rule saying -when a source file needs compiling. Now all we need now is a program -that can understand these rules, as it's a bit too complicated for the -shell.</para> - -<para>This program is called <command>make</command>. It reads in a -file, called a <firstterm>makefile</firstterm>, that tells it how -different files depend on each other, and works out which files need -to be re-compiled and which ones don't. For example, a rule could say -something like <quote>if <filename>fromboz.o</filename> is older than -<filename>fromboz.c</filename>, that means someone must have changed -<filename>fromboz.c</filename>, so it needs to be -re-compiled.</quote> The makefile also has rules telling make -<emphasis>how</emphasis> to re-compile the source file, making it a -much more powerful tool.</para> - -<para>Makefiles are typically kept in the same directory as the -source they apply to, and can be called -<filename>makefile</filename>, <filename>Makefile</filename> or -<filename>MAKEFILE</filename>. Most programmers use the name -<filename>Makefile</filename>, as this puts it near the top of a -directory listing, where it can easily be seen.<footnote><para>They -don't use the <filename>MAKEFILE</filename> form as block capitals -are often used for documentation files like -<filename>README</filename>.</para></footnote></para> - -</sect1> - -<sect1> -<title>Example of using <command>make</command></title> - -<para>Here's a very simple make file: -<programlisting>foo: foo.c - cc -o foo foo.c</programlisting> -It consists of two lines, a dependency line and a creation line.</para> - -<para>The dependency line here consists of the name of the program -(known as the <firstterm>target</firstterm>), followed by a colon, -then whitespace, then the name of the source file. When -<command>make</command> reads this line, it looks to see if -<filename>foo</filename> exists; if it exists, it compares the time -<filename>foo</filename> was last modified to the time -<filename>foo.c</filename> was last modified. If -<filename>foo</filename> does not exist, or is older than -<filename>foo.c</filename>, it then looks at the creation line to -find out what to do. In other words, this is the rule for working out -when <filename>foo.c</filename> needs to be re-compiled.</para> - -<para>The creation line starts with a <token>tab</token> (press the -<keycap>tab</keycap> key) and then the command you would type to -create <filename>foo</filename> if you were doing it at a command -prompt. If <filename>foo</filename> is out of date, or does not -exist, <command>make</command> then executes this command to create -it. In other words, this is the rule which tells make how to -re-compile <filename>foo.c</filename>.</para> - -<para>So, when you type <userinput>make</userinput>, it will make -sure that <filename>foo</filename> is up to date with respect to your -latest changes to <filename>foo.c</filename>. This principle can be -extended to <filename>Makefile</filename>s with hundreds of -targets—in fact, on FreeBSD, it is possible to compile the -entire operating system just by typing <userinput>make -world</userinput> in the appropriate directory!</para> - -<para>Another useful property of makefiles is that the targets don't have -to be programs. For instance, we could have a make file that looks -like this: -<programlisting>foo: foo.c - cc -o foo foo.c - -install: - cp foo /home/me</programlisting></para> - -<para>We can tell make which target we want to make by typing: -<screen>$ <userinput>make <replaceable>target</replaceable></userinput></screen> -<command>make</command> will then only look at that target and ignore any -others. For example, if we type <userinput>make foo</userinput> with the -makefile above, make will ignore the <action>install</action> target.</para> - -<para>If we just type <userinput>make</userinput> on its own, make -will always look at the first target and then stop without looking at -any others. So if we typed <userinput>make</userinput> here, it will -just go to the <action>foo</action> target, re-compile -<filename>foo</filename> if necessary, and then stop without going on -to the <action>install</action> target.</para> - -<para>Notice that the <action>install</action> target doesn't -actually depend on anything! This means that the command on the -following line is always executed when we try to make that target by -typing <userinput>make install</userinput>. In this case, it will -copy <filename>foo</filename> into the user's home directory. This is -often used by application makefiles, so that the application can be -installed in the correct directory when it has been correctly -compiled.</para> - -<para>This is a slightly confusing subject to try and explain. If you -don't quite understand how <command>make</command> works, the best -thing to do is to write a simple program like <quote>hello -world</quote> and a make file like the one above and experiment. Then -progress to using more than one source file, or having the source -file include a header file. The <command>touch</command> command is -very useful here—it changes the date on a file without you -having to edit it.</para> - -</sect1> - -<sect1> -<title>FreeBSD Makefiles</title> - -<para>Makefiles can be rather complicated to write. Fortunately, -BSD-based systems like FreeBSD come with some very powerful ones as -part of the system. One very good example of this is the FreeBSD -ports system. Here's the essential part of a typical ports -<filename>Makefile</filename>: -<programlisting>MASTER_SITES= ftp://freefall.cdrom.com/pub/FreeBSD/LOCAL_PORTS/ -DISTFILES= scheme-microcode+dist-7.3-freebsd.tgz - -.include <bsd.port.mk></programlisting></para> - -<para>Now, if we go to the directory for this port and type -<userinput>make</userinput>, the following happens:</para> - -<procedure> -<step><para>A check is made to see if the source code for this port is -already on the system.</para></step> - -<step><para>If it isn't, an FTP connection to the URL in -<symbol>MASTER_SITES</symbol> is set up to download the -source.</para></step> - -<step><para>The checksum for the source is calculated and compared it with -one for a known, good, copy of the source. This is to make sure that -the source was not corrupted while in transit.</para></step> - -<step><para>Any changes required to make the source work on FreeBSD are -applied—this is known as <firstterm>patching</firstterm>.</para></step> - -<step><para>Any special configuration needed for the source is done. -(Many Unix program distributions try to work out which version of -Unix they are being compiled on and which optional Unix features are -present—this is where they are given the information in the -FreeBSD ports scenario).</para></step> - -<step><para>The source code for the program is compiled. In effect, -we change to the directory where the source was unpacked and do -<command>make</command>—the program's own make file has the -necessary information to build the program.</para></step> - -<step><para>We now have a compiled version of the program. If we -wish, we can test it now; when we feel confident about the program, -we can type <userinput>make install</userinput>. This will cause the -program and any supporting files it needs to be copied into the -correct location; an entry is also made into a <database>package -database</database>, so that the port can easily be uninstalled later -if we change our mind about it.</para></step> - -</procedure> - -<para>Now I think you'll agree that's rather impressive for a four -line script!</para> - -<para>The secret lies in the last line, which tells -<command>make</command> to look in the system makefile called -<filename>bsd.port.mk</filename>. It's easy to overlook this line, -but this is where all the clever stuff comes from—someone has -written a makefile that tells <command>make</command> to do all the -things above (plus a couple of other things I didn't mention, -including handling any errors that may occur) and anyone can get -access to that just by putting a single line in their own make -file!</para> - -<para>If you want to have a look at these system makefiles, they're -in <filename>/usr/share/mk</filename>, but it's probably best to wait -until you've had a bit of practice with makefiles, as they are very -complicated (and if you do look at them, make sure you have a flask -of strong coffee handy!)</para> - -</sect1> - -<sect1> -<title>More advanced uses of <command>make</command></title> - -<para><command>Make</command> is a very powerful tool, and can do much -more than the simple example above shows. Unfortunately, there are -several different versions of <command>make</command>, and they all -differ considerably. The best way to learn what they can do is -probably to read the documentation—hopefully this introduction will -have given you a base from which you can do this.</para> - -<para>The version of make that comes with FreeBSD is the <application>Berkeley -make</application>; there is a tutorial for it in -<filename>/usr/share/doc/psd/12.make</filename>. To view it, do -<screen>$ <userinput>zmore paper.ascii.gz</userinput></screen> -in that directory.</para> - -<para>Many applications in the ports use <application>GNU -make</application>, which has a very good set of <quote>info</quote> -pages. If you have installed any of these ports, <application>GNU -make</application> will automatically have been installed as -<command>gmake</command>. It's also available as a port and package -in its own right.</para> - -<para>To view the info pages for <application>GNU make</application>, -you will have to edit the <filename>dir</filename> file in the -<filename>/usr/local/info</filename> directory to add an entry for -it. This involves adding a line like -<programlisting> * Make: (make). The GNU Make utility.</programlisting> -to the file. Once you have done this, you can type -<userinput>info</userinput> and then select -<guimenuitem>make</guimenuitem> from the menu (or in -<application>Emacs</application>, do <userinput>C-h -i</userinput>).</para> - -</sect1> -</chapter> - -<chapter id="debugging"> -<title>Debugging</title> - -<sect1> -<title>The Debugger</title> - -<para>The debugger that comes with FreeBSD is called -<command>gdb</command> (<application>GNU -debugger</application>). You start it up by typing -<screen>$ <userinput>gdb <replaceable>progname</replaceable></userinput></screen> -although most people prefer to run it inside -<application>Emacs</application>. You can do this by: -<screen><userinput>M-x gdb RET <replaceable>progname</replaceable> RET</userinput></screen></para> - -<para>Using a debugger allows you to run the program under more -controlled circumstances. Typically, you can step through the program -a line at a time, inspect the value of variables, change them, tell -the debugger to run up to a certain point and then stop, and so on. -You can even attach to a program that's already running, or load a -core file to investigate why the program crashed. It's even possible -to debug the kernel, though that's a little trickier than the user -applications we'll be discussing in this section.</para> - -<para><command>gdb</command> has quite good on-line help, as well as -a set of info pages, so this section will concentrate on a few of the -basic commands.</para> - -<para>Finally, if you find its text-based command-prompt style -off-putting, there's a graphical front-end for it <ulink -URL="http://www.freebsd.org/ports/devel.html">xxgdb</ulink> -in the ports collection.</para> - -<para>This section is intended to be an introduction to using -<command>gdb</command> and does not cover specialised topics such as -debugging the kernel.</para> - -</sect1> - -<sect1> -<title>Running a program in the debugger</title> - -<para>You'll need to have compiled the program with the -<option>-g</option> option to get the most out of using -<command>gdb</command>. It will work without, but you'll only see the -name of the function you're in, instead of the source code. If you -see a line like: -<screen>… (no debugging symbols found) …</screen>when -<command>gdb</command> starts up, you'll know that the program wasn't -compiled with the <option>-g</option> option.</para> - -<para>At the <command>gdb</command> prompt, type <userinput>break -main</userinput>. This will tell the debugger to skip over the -preliminary set-up code in the program and start at the beginning of -your code. Now type <userinput>run</userinput> to start the -program—it will start at the beginning of the set-up code and -then get stopped by the debugger when it calls -<function>main()</function>. (If you've ever wondered where -<function>main()</function> gets called from, now you know!).</para> - -<para>You can now step through the program, a line at a time, by -pressing <command>n</command>. If you get to a function call, you can -step into it by pressing <command>s</command>. Once you're in a -function call, you can return from stepping into a function call by -pressing <command>f</command>. You can also use <command>up</command> and -<command>down</command> to take a quick look at the caller.</para> - -<para>Here's a simple example of how to spot a mistake in a program -with <command>gdb</command>. This is our program (with a deliberate -mistake): -<programlisting>#include <stdio.h> - -int bazz(int anint); - -main() { - int i; - - printf("This is my program\n"); - bazz(i); - return 0; -} - -int bazz(int anint) { - printf("You gave me %d\n", anint); - return anint; -}</programlisting> -</para> - -<para>This program sets <symbol>i</symbol> to be <literal>5</literal> -and passes it to a function <function>bazz()</function> which prints -out the number we gave it.</para> - -<para>When we compile and run the program we get -<screen>$ <userinput>cc -g -o temp temp.c</userinput> -$ <userinput>./temp</userinput> -This is my program -anint = 4231</screen></para> - -<para>That wasn't what we expected! Time to see what's going -on!<screen>$ <userinput>gdb temp</userinput> -GDB is free software and you are welcome to distribute copies of it - under certain conditions; type "show copying" to see the conditions. -There is absolutely no warranty for GDB; type "show warranty" for details. -GDB 4.13 (i386-unknown-freebsd), Copyright 1994 Free Software Foundation, Inc. -(gdb) <userinput>break main</> <lineannotation>Skip the set-up code</> -Breakpoint 1 at 0x160f: file temp.c, line 9. <lineannotation><command>gdb</command> puts breakpoint at <function>main()</></> -(gdb) <userinput>run</> <lineannotation>Run as far as <function>main()</></> -Starting program: /home/james/tmp/temp <lineannotation>Program starts running</> - -Breakpoint 1, main () at temp.c:9 <lineannotation><command>gdb</command> stops at <function>main()</></> -(gdb) <userinput>n</> <lineannotation>Go to next line</> -This is my program <lineannotation>Program prints out</> -(gdb) <userinput>s</> <lineannotation>step into <function>bazz()</></> -bazz (anint=4231) at temp.c:17 <lineannotation><command>gdb</command> displays stack frame</> -(gdb)</screen></para> - - -<para>Hang on a minute! How did <symbol>anint</symbol> get to be -<literal>4231</literal>? Didn't we set it to be <literal>5</literal> -in <function>main()</function>? Let's move up to -<function>main()</function> and have a look.</para> - -<para><screen>(gdb) <userinput>up</> <lineannotation>Move up call stack</> -#1 0x1625 in main () at temp.c:11 <lineannotation><command>gdb</command> displays stack frame</> -(gdb) <userinput>p i</> <lineannotation>Show us the value of <symbol>i</></> -$1 = 4231 <lineannotation><command>gdb</command> displays <literal>4231</></></screen> -Oh dear! Looking at the code, we forgot to initialise -<symbol>i</symbol>. We meant to put -<programlisting><lineannotation>…</> -main() { - int i; - - i = 5; - printf("This is my program\n"); -<lineannotation>&hellip</></programlisting> -but we left the <literal>i=5;</literal> line out. As we didn't -initialise <symbol>i</symbol>, it had whatever number happened to be -in that area of memory when the program ran, which in this case -happened to be <literal>4231</literal>.</para> - -<note><para><command>gdb</command> displays the stack frame -every time we go into or out of a function, even if we're using -<command>up</command> and <command>down</command> to move around the -call stack. This shows the name of the function and the values of -its arguments, which helps us keep track of where we are and what's -going on. (The stack is a storage area where the program stores -information about the arguments passed to functions and where to go -when it returns from a function call).</para></note> - -</sect1> - -<sect1> -<title>Examining a core file</title> - -<para>A core file is basically a file which contains the complete -state of the process when it crashed. In <quote>the good old -days</quote>, programmers had to print out hex listings of core files -and sweat over machine code manuals, but now life is a bit easier. -Incidentally, under FreeBSD and other 4.4BSD systems, a core file is -called <filename><replaceable>progname</>.core</> instead of just -<filename>core</filename>, to make it clearer which program a core -file belongs to.</para> - -<para>To examine a core file, start up <command>gdb</command> in the -usual way. Instead of typing <command>break</command> or -<command>run</command>, type -<screen>(gdb) <userinput>core <replaceable>progname</replaceable>.core</userinput></screen> -If you're not in the same directory as the core file, you'll have to -do <userinput>dir /path/to/core/file</userinput> first.</para> - -<para>You should see something like this: -<screen>$ <userinput>gdb a.out</userinput> -GDB is free software and you are welcome to distribute copies of it - under certain conditions; type "show copying" to see the conditions. -There is absolutely no warranty for GDB; type "show warranty" for details. -GDB 4.13 (i386-unknown-freebsd), Copyright 1994 Free Software Foundation, Inc. -(gdb) <userinput>core a.out.core</userinput> -Core was generated by `a.out'. -Program terminated with signal 11, Segmentation fault. -Cannot access memory at address 0x7020796d. -#0 0x164a in bazz (anint=0x5) at temp.c:17 -(gdb)</screen></para> - -<para>In this case, the program was called -<filename>a.out</filename>, so the core file is called -<filename>a.out.core</filename>. We can see that the program crashed -due to trying to access an area in memory that was not available to -it in a function called <function>bazz</function>.</para> - -<para>Sometimes it's useful to be able to see how a function was -called, as the problem could have occurred a long way up the call -stack in a complex program. The <command>bt</command> command causes -<command>gdb</command> to print out a back-trace of the call -stack: -<screen>(gdb) <userinput>bt</userinput> -#0 0x164a in bazz (anint=0x5) at temp.c:17 -#1 0xefbfd888 in end () -#2 0x162c in main () at temp.c:11 -(gdb)</screen>The <function>end()</function> function is called when -a program crashes; in this case, the <function>bazz()</function> -function was called from <function>main()</function>.</para> - -</sect1> - -<sect1> -<title>Attaching to a running program</title> - -<para>One of the neatest features about <command>gdb</command> is -that it can attach to a program that's already running. Of course, -that assumes you have sufficient permissions to do so. A common -problem is when you are stepping through a program that forks, and -you want to trace the child, but the debugger will only let you trace -the parent.</para> - -<para>What you do is start up another <command>gdb</command>, use -<command>ps</command> to find the process ID for the child, and -do<screen>(gdb) <userinput>attach <replaceable>pid</replaceable></userinput></screen> -in <command>gdb</command>, and then debug as usual.</para> - -<para><quote>That's all very well,</quote> you're probably thinking, -<quote>but by the time I've done that, the child process will be over -the hill and far away</quote>. Fear not, gentle reader, here's how to -do it (courtesy of the <command>gdb</command> info pages): -<screen><lineannotation>&hellip</lineannotation> -if ((pid = fork()) < 0) /* _Always_ check this */ - error(); -else if (pid == 0) { /* child */ - int PauseMode = 1; - - while (PauseMode) - sleep(10); /* Wait until someone attaches to us */ - <lineannotation>&hellip</lineannotation> -} else { /* parent */ - <lineannotation>&hellip</lineannotation></screen> -Now all you have to do is attach to the child, set -<symbol>PauseMode</symbol> to <literal>0</literal>, and -wait for the <function>sleep()</function> call to return!</para> - -</sect1> -</chapter> - -<chapter id="emacs"> -<title>Using Emacs as a Development Environment</title> - -<sect1> -<title>Emacs</title> - -<para>Unfortunately, Unix systems don't come with the kind of -everything-you-ever-wanted-and-lots-more-you-didn't-in-one-gigantic-package -integrated development environments that other systems -have.<footnote><para>At least, not unless you pay out very large sums -of money.</para></footnote> However, it is possible to set up your -own environment. It may not be as pretty, and it may not be quite as -integrated, but you can set it up the way you want it. And it's free. -And you have the source to it.</para> - -<para>The key to it all is Emacs. Now there are some people who -loathe it, but many who love it. If you're one of the former, I'm -afraid this section will hold little of interest to you. Also, you'll -need a fair amount of memory to run it—I'd recommend 8MB in -text mode and 16MB in X as the bare minimum to get reasonable -performance.</para> - -<para>Emacs is basically a highly customisable editor—indeed, -it has been customised to the point where it's more like an operating -system than an editor! Many developers and sysadmins do in fact -spend practically all their time working inside Emacs, leaving it -only to log out.</para> - -<para>It's impossible even to summarise everything Emacs can do here, but -here are some of the features of interest to developers: -<itemizedlist> - -<listitem><para>Very powerful editor, allowing search-and-replace on -both strings and regular expressions (patterns), jumping to start/end -of block expression, etc, etc.</para></listitem> - -<listitem><para>Pull-down menus and online help.</para></listitem> - -<listitem><para>Language-dependent syntax highlighting and -indentation.</para></listitem> - -<listitem><para>Completely customisable.</para></listitem> - -<listitem><para>You can compile and debug programs within -Emacs.</para></listitem> - -<listitem><para>On a compilation error, you can jump to the offending -line of source code.</para></listitem> - -<listitem><para>Friendly-ish front-end to the <command>info</command> -program used for reading GNU hypertext documentation, including the -documentation on Emacs itself.</para></listitem> - -<listitem><para>Friendly front-end to <command>gdb</command>, -allowing you to look at the source code as you step through your -program.</para></listitem> - -<listitem><para>You can read Usenet news and mail while your program -is compiling.</para></listitem> - -</itemizedlist>And doubtless many more that I've overlooked.</para> - -<para>Emacs can be installed on FreeBSD using <ulink -URL="http://www.freebsd.org/ports/editors">the Emacs -port</ulink>.</para> - -<para>Once it's installed, start it up and do <userinput>C-h -t</userinput> to read an Emacs tutorial—that means hold down -the <keycap>control</keycap> key, press <keycap>h</keycap>, let go of -the <keycap>control</keycap> key, and then press <keycap>t</keycap>. -(Alternatively, you can you use the mouse to select <guimenuitem>Emacs -Tutorial</guimenuitem> from the <guimenu>Help</guimenu> menu).</para> - -<para>Although Emacs does have menus, it's well worth learning the -key bindings, as it's much quicker when you're editing something to -press a couple of keys than to try and find the mouse and then click -on the right place. And, when you're talking to seasoned Emacs users, -you'll find they often casually throw around expressions like -<quote><literal>M-x replace-s RET foo RET bar RET</literal></quote> -so it's useful to know what they mean. And in any case, Emacs has far -too many useful functions for them to all fit on the menu -bars.</para> - -<para>Fortunately, it's quite easy to pick up the key-bindings, as -they're displayed next to the menu item. My advice is to use the -menu item for, say, opening a file until you understand how it works -and feel confident with it, then try doing C-x C-f. When you're happy -with that, move on to another menu command.</para> - -<para>If you can't remember what a particular combination of keys -does, select <guimenuitem>Describe Key</guimenuitem> from the -<guimenu>Help</guimenu> menu and type it in—Emacs will tell you -what it does. You can also use the <guimenuitem>Command -Apropos</guimenuitem> menu item to find out all the commands which -contain a particular word in them, with the key binding next to -it.</para> - -<para>By the way, the expression above means hold down the -<keysym>Meta</keysym> key, press <keysym>x</keysym>, release the -<keysym>Meta</keysym> key, type <userinput>replace-s</userinput> -(short for <literal>replace-string</literal>—another feature of -Emacs is that you can abbreviate commands), press the -<keysym>return</keysym> key, type <userinput>foo</userinput> (the -string you want replaced), press the <keysym>return</keysym> key, -type bar (the string you want to replace <literal>foo</literal> with) -and press <keysym>return</keysym> again. Emacs will then do the -search-and-replace operation you've just requested.</para> - -<para>If you're wondering what on earth the <keysym>Meta</keysym> key -is, it's a special key that many Unix workstations have. -Unfortunately, PC's don't have one, so it's usually the -<keycap>alt</keycap> key (or if you're unlucky, the <keysym>escape</keysym> -key).</para> - -<para>Oh, and to get out of Emacs, do <command>C-x C-c</command> -(that means hold down the <keysym>control</keysym> key, press -<keysym>c</keysym>, press <keysym>x</keysym> and release the -<keysym>control</keysym> key). If you have any unsaved files open, -Emacs will ask you if you want to save them. (Ignore the bit in the -documentation where it says <command>C-z</command> is the usual way -to leave Emacs—that leaves Emacs hanging around in the -background, and is only really useful if you're on a system which -doesn't have virtual terminals).</para> - -</sect1> - -<sect1> -<title>Configuring Emacs</title> - -<para>Emacs does many wonderful things; some of them are built in, -some of them need to be configured.</para> - -<para>Instead of using a proprietary macro language for -configuration, Emacs uses a version of Lisp specially adapted for -editors, known as Emacs Lisp. This can be quite useful if you want to -go on and learn something like Common Lisp, as it's considerably -smaller than Common Lisp (although still quite big!).</para> - -<para>The best way to learn Emacs Lisp is to download the <ulink -URL="ftp://prep.ai.mit.edu:pub/gnu/elisp-manual-19-2.4.tar.gz">Emacs -Tutorial</ulink></para> - -<para>However, there's no need to actually know any Lisp to get -started with configuring Emacs, as I've included a sample -<filename>.emacs</filename> file, which should be enough to get you -started. Just copy it into your home directory and restart Emacs if -it's already running; it will read the commands from the file and -(hopefully) give you a useful basic setup.</para> - -</sect1> - -<sect1> -<title>A sample <filename>.emacs</filename> file</title> - -<para>Unfortunately, there's far too much here to explain it in detail; -however there are one or two points worth mentioning.</para> - -<para> -<itemizedlist> - -<listitem><para>Everything beginning with a <literal>;</> is a -comment and is ignored by Emacs.</para></listitem> - -<listitem><para>In the first line, the -<literal>-*- Emacs-Lisp -*-</literal> is so that we can -edit the <filename>.emacs</filename> file itself within Emacs and get -all the fancy features for editing Emacs Lisp. Emacs usually tries to -guess this based on the filename, and may not get it right for -<filename>.emacs</filename>. </para></listitem> - -<listitem><para>The <keysym>tab</keysym> key is bound to an -indentation function in some modes, so when you press the tab key, it -will indent the current line of code. If you want to put a -<token>tab</token> character in whatever you're writing, hold the -<keysym>control</keysym> key down while you're pressing the -<keysym>tab</keysym> key.</para></listitem> - -<listitem><para>This file supports syntax highlighting for C, C++, -Perl, Lisp and Scheme, by guessing the language from the -filename.</para></listitem> - -<listitem><para>Emacs already has a pre-defined function called -<function>next-error</function>. In a compilation output window, this -allows you to move from one compilation error to the next by doing -<command>M-n</command>; we define a complementary function, -<function>previous-error</function>, that allows you to go to a -previous error by doing <command>M-p</command>. The nicest feature of -all is that <command>C-c C-c</command> will open up the source file -in which the error occurred and jump to the appropriate -line.</para></listitem> - -<listitem><para> We enable Emacs's ability to act as a server, so -that if you're doing something outside Emacs and you want to edit a -file, you can just type in -<screen>$ <userinput>emacsclient <replaceable>filename</replaceable></userinput></screen> -and then you can edit the file in your Emacs!<footnote><para>Many -Emacs users set their <systemitem -class=environvar>EDITOR</systemitem> environment to -<literal>emacsclient</literal> so this happens every time they need -to edit a file.</para></footnote></para></listitem> - -</itemizedlist> -</para> - -<example> -<title>A sample <filename>.emacs</filename> file</title> -<screen>;; -*-Emacs-Lisp-*- - -;; This file is designed to be re-evaled; use the variable first-time -;; to avoid any problems with this. -(defvar first-time t - "Flag signifying this is the first time that .emacs has been evaled") - -;; Meta -(global-set-key "\M- " 'set-mark-command) -(global-set-key "\M-\C-h" 'backward-kill-word) -(global-set-key "\M-\C-r" 'query-replace) -(global-set-key "\M-r" 'replace-string) -(global-set-key "\M-g" 'goto-line) -(global-set-key "\M-h" 'help-command) - -;; Function keys -(global-set-key [f1] 'manual-entry) -(global-set-key [f2] 'info) -(global-set-key [f3] 'repeat-complex-command) -(global-set-key [f4] 'advertised-undo) -(global-set-key [f5] 'eval-current-buffer) -(global-set-key [f6] 'buffer-menu) -(global-set-key [f7] 'other-window) -(global-set-key [f8] 'find-file) -(global-set-key [f9] 'save-buffer) -(global-set-key [f10] 'next-error) -(global-set-key [f11] 'compile) -(global-set-key [f12] 'grep) -(global-set-key [C-f1] 'compile) -(global-set-key [C-f2] 'grep) -(global-set-key [C-f3] 'next-error) -(global-set-key [C-f4] 'previous-error) -(global-set-key [C-f5] 'display-faces) -(global-set-key [C-f8] 'dired) -(global-set-key [C-f10] 'kill-compilation) - -;; Keypad bindings -(global-set-key [up] "\C-p") -(global-set-key [down] "\C-n") -(global-set-key [left] "\C-b") -(global-set-key [right] "\C-f") -(global-set-key [home] "\C-a") -(global-set-key [end] "\C-e") -(global-set-key [prior] "\M-v") -(global-set-key [next] "\C-v") -(global-set-key [C-up] "\M-\C-b") -(global-set-key [C-down] "\M-\C-f") -(global-set-key [C-left] "\M-b") -(global-set-key [C-right] "\M-f") -(global-set-key [C-home] "\M-<") -(global-set-key [C-end] "\M->") -(global-set-key [C-prior] "\M-<") -(global-set-key [C-next] "\M->") - -;; Mouse -(global-set-key [mouse-3] 'imenu) - -;; Misc -(global-set-key [C-tab] "\C-q\t") ; Control tab quotes a tab. -(setq backup-by-copying-when-mismatch t) - -;; Treat 'y' or <CR> as yes, 'n' as no. -(fset 'yes-or-no-p 'y-or-n-p) - (define-key query-replace-map [return] 'act) - (define-key query-replace-map [?\C-m] 'act) - -;; Load packages -(require 'desktop) -(require 'tar-mode) - -;; Pretty diff mode -(autoload 'ediff-buffers "ediff" "Intelligent Emacs interface to diff" t) -(autoload 'ediff-files "ediff" "Intelligent Emacs interface to diff" t) -(autoload 'ediff-files-remote "ediff" - "Intelligent Emacs interface to diff") </screen> - -<screen>(if first-time - (setq auto-mode-alist - (append '(("\\.cpp$" . c++-mode) - ("\\.hpp$" . c++-mode) - ("\\.lsp$" . lisp-mode) - ("\\.scm$" . scheme-mode) - ("\\.pl$" . perl-mode) - ) auto-mode-alist))) - -;; Auto font lock mode -(defvar font-lock-auto-mode-list - (list 'c-mode 'c++-mode 'c++-c-mode 'emacs-lisp-mode 'lisp-mode 'perl-mode 'scheme-mode) - "List of modes to always start in font-lock-mode") - -(defvar font-lock-mode-keyword-alist - '((c++-c-mode . c-font-lock-keywords) - (perl-mode . perl-font-lock-keywords)) - "Associations between modes and keywords") - -(defun font-lock-auto-mode-select () - "Automatically select font-lock-mode if the current major mode is -in font-lock-auto-mode-list" - (if (memq major-mode font-lock-auto-mode-list) - (progn - (font-lock-mode t)) - ) - ) - -(global-set-key [M-f1] 'font-lock-fontify-buffer) - -;; New dabbrev stuff -;(require 'new-dabbrev) -(setq dabbrev-always-check-other-buffers t) -(setq dabbrev-abbrev-char-regexp "\\sw\\|\\s_") -(add-hook 'emacs-lisp-mode-hook - '(lambda () - (set (make-local-variable 'dabbrev-case-fold-search) nil) - (set (make-local-variable 'dabbrev-case-replace) nil))) -(add-hook 'c-mode-hook - '(lambda () - (set (make-local-variable 'dabbrev-case-fold-search) nil) - (set (make-local-variable 'dabbrev-case-replace) nil))) -(add-hook 'text-mode-hook - '(lambda () - (set (make-local-variable 'dabbrev-case-fold-search) t) - (set (make-local-variable 'dabbrev-case-replace) t))) - -;; C++ and C mode... -(defun my-c++-mode-hook () - (setq tab-width 4) - (define-key c++-mode-map "\C-m" 'reindent-then-newline-and-indent) - (define-key c++-mode-map "\C-ce" 'c-comment-edit) - (setq c++-auto-hungry-initial-state 'none) - (setq c++-delete-function 'backward-delete-char) - (setq c++-tab-always-indent t) - (setq c-indent-level 4) - (setq c-continued-statement-offset 4) - (setq c++-empty-arglist-indent 4)) - -(defun my-c-mode-hook () - (setq tab-width 4) - (define-key c-mode-map "\C-m" 'reindent-then-newline-and-indent) - (define-key c-mode-map "\C-ce" 'c-comment-edit) - (setq c-auto-hungry-initial-state 'none) - (setq c-delete-function 'backward-delete-char) - (setq c-tab-always-indent t) -;; BSD-ish indentation style - (setq c-indent-level 4) - (setq c-continued-statement-offset 4) - (setq c-brace-offset -4) - (setq c-argdecl-indent 0) - (setq c-label-offset -4)) - -;; Perl mode -(defun my-perl-mode-hook () - (setq tab-width 4) - (define-key c++-mode-map "\C-m" 'reindent-then-newline-and-indent) - (setq perl-indent-level 4) - (setq perl-continued-statement-offset 4)) - -;; Scheme mode... -(defun my-scheme-mode-hook () - (define-key scheme-mode-map "\C-m" 'reindent-then-newline-and-indent)) - -;; Emacs-Lisp mode... -(defun my-lisp-mode-hook () - (define-key lisp-mode-map "\C-m" 'reindent-then-newline-and-indent) - (define-key lisp-mode-map "\C-i" 'lisp-indent-line) - (define-key lisp-mode-map "\C-j" 'eval-print-last-sexp)) - -;; Add all of the hooks... -(add-hook 'c++-mode-hook 'my-c++-mode-hook) -(add-hook 'c-mode-hook 'my-c-mode-hook) -(add-hook 'scheme-mode-hook 'my-scheme-mode-hook) -(add-hook 'emacs-lisp-mode-hook 'my-lisp-mode-hook) -(add-hook 'lisp-mode-hook 'my-lisp-mode-hook) -(add-hook 'perl-mode-hook 'my-perl-mode-hook) - -;; Complement to next-error -(defun previous-error (n) - "Visit previous compilation error message and corresponding source code." - (interactive "p") - (next-error (- n)))</screen> - -<screen>;; Misc... -(transient-mark-mode 1) -(setq mark-even-if-inactive t) -(setq visible-bell nil) -(setq next-line-add-newlines nil) -(setq compile-command "make") -(setq suggest-key-bindings nil) -(put 'eval-expression 'disabled nil) -(put 'narrow-to-region 'disabled nil) -(put 'set-goal-column 'disabled nil) - -;; Elisp archive searching -(autoload 'format-lisp-code-directory "lispdir" nil t) -(autoload 'lisp-dir-apropos "lispdir" nil t) -(autoload 'lisp-dir-retrieve "lispdir" nil t) -(autoload 'lisp-dir-verify "lispdir" nil t) - -;; Font lock mode -(defun my-make-face (face colour &optional bold) - "Create a face from a colour and optionally make it bold" - (make-face face) - (copy-face 'default face) - (set-face-foreground face colour) - (if bold (make-face-bold face)) - ) - -(if (eq window-system 'x) - (progn - (my-make-face 'blue "blue") - (my-make-face 'red "red") - (my-make-face 'green "dark green") - (setq font-lock-comment-face 'blue) - (setq font-lock-string-face 'bold) - (setq font-lock-type-face 'bold) - (setq font-lock-keyword-face 'bold) - (setq font-lock-function-name-face 'red) - (setq font-lock-doc-string-face 'green) - (add-hook 'find-file-hooks 'font-lock-auto-mode-select) - - (setq baud-rate 1000000) - (global-set-key "\C-cmm" 'menu-bar-mode) - (global-set-key "\C-cms" 'scroll-bar-mode) - (global-set-key [backspace] 'backward-delete-char) - ; (global-set-key [delete] 'delete-char) - (standard-display-european t) - (load-library "iso-transl"))) - -;; X11 or PC using direct screen writes -(if window-system - (progn - ;; (global-set-key [M-f1] 'hilit-repaint-command) - ;; (global-set-key [M-f2] [?\C-u M-f1]) - (setq hilit-mode-enable-list - '(not text-mode c-mode c++-mode emacs-lisp-mode lisp-mode - scheme-mode) - hilit-auto-highlight nil - hilit-auto-rehighlight 'visible - hilit-inhibit-hooks nil - hilit-inhibit-rebinding t) - (require 'hilit19) - (require 'paren)) - (setq baud-rate 2400) ; For slow serial connections - ) - -;; TTY type terminal -(if (and (not window-system) - (not (equal system-type 'ms-dos))) - (progn - (if first-time - (progn - (keyboard-translate ?\C-h ?\C-?) - (keyboard-translate ?\C-? ?\C-h))))) - -;; Under UNIX -(if (not (equal system-type 'ms-dos)) - (progn - (if first-time - (server-start)))) - -;; Add any face changes here -(add-hook 'term-setup-hook 'my-term-setup-hook) -(defun my-term-setup-hook () - (if (eq window-system 'pc) - (progn -;; (set-face-background 'default "red") - ))) - -;; Restore the "desktop" - do this as late as possible -(if first-time - (progn - (desktop-load-default) - (desktop-read))) - -;; Indicate that this file has been read at least once -(setq first-time nil) - -;; No need to debug anything now -(setq debug-on-error nil) - -;; All done -(message "All done, %s%s" (user-login-name) ".") -</screen> -</example> - -</sect1> - -<sect1> -<title>Extending the Range of Languages Emacs Understands</title> - -<para>Now, this is all very well if you only want to program in the -languages already catered for in the <filename>.emacs</filename> file -(C, C++, Perl, Lisp and Scheme), but what happens if a new language -called <quote>whizbang</quote> comes out, full of exciting -features?</para> - -<para>The first thing to do is find out if whizbang -comes with any files that tell Emacs about the language. These -usually end in <filename>.el</filename>, short for <quote>Emacs -Lisp</quote>. For example, if whizbang is a FreeBSD -port, we can locate these files by doing -<screen>$ <userinput>find /usr/ports/lang/whizbang -name "*.el" -print</userinput></screen> -and install them by copying them into the Emacs site Lisp directory. On -FreeBSD 2.1.0-RELEASE, this is -<filename>/usr/local/share/emacs/site-lisp</filename>.</para> - -<para>So for example, if the output from the find command was -<screen>/usr/ports/lang/whizbang/work/misc/whizbang.el</screen> -we would do -<screen>$ <userinput>cp /usr/ports/lang/whizbang/work/misc/whizbang.el /usr/local/share/emacs/site-lisp</userinput></screen> -</para> - -<para>Next, we need to decide what extension whizbang source files -have. Let's say for the sake of argument that they all end in -<filename>.wiz</filename>. We need to add an entry to our -<filename>.emacs</filename> file to make sure Emacs will be able to -use the information in <filename>whizbang.el</filename>.</para> - -<para>Find the <symbol>auto-mode-alist entry</symbol> in -<filename>.emacs</filename> and add a line for whizbang, such -as: -<programlisting><lineannotation>…</> -("\\.lsp$" . lisp-mode) -("\\.wiz$" . whizbang-mode) -("\\.scm$" . scheme-mode) -<lineannotation>…</></programlisting> -This means that Emacs will automatically go into -<function>whizbang-mode</function> when you edit a file ending in -<filename>.wiz</filename>.</para> - -<para>Just below this, you'll find the -<symbol>font-lock-auto-mode-list</symbol> entry. Add -<function>whizbang-mode</function> to it like so: -<programlisting>;; Auto font lock mode -(defvar font-lock-auto-mode-list - (list 'c-mode 'c++-mode 'c++-c-mode 'emacs-lisp-mode 'whizbang-mode 'lisp-mode 'perl-mode 'scheme-mode) - "List of modes to always start in font-lock-mode")</programlisting> -This means that Emacs will always enable -<function>font-lock-mode</function> (ie syntax highlighting) when -editing a <filename>.wiz</filename> file.</para> - -<para>And that's all that's needed. If there's anything else you want -done automatically when you open up a <filename>.wiz</filename> file, -you can add a <function>whizbang-mode hook</function> (see -<function>my-scheme-mode-hook</function> for a simple example that -adds <function>auto-indent</function>).</para> - -</sect1> -</chapter> - -<chapter> -<title>Further Reading</title> - -<itemizedlist> -<listitem><para>Brian Harvey and Matthew Wright -<emphasis>Simply Scheme</emphasis> -MIT 1994.<!-- <br> --> -ISBN 0-262-08226-8</para></listitem> - -<listitem><para>Randall Schwartz -<emphasis>Learning Perl</emphasis> -O'Reilly 1993<!-- <br> --> -ISBN 1-56592-042-2</para></listitem> - -<listitem><para>Patrick Henry Winston and Berthold Klaus Paul Horn -<emphasis>Lisp (3rd Edition)</emphasis> -Addison-Wesley 1989<!-- <br> --> -ISBN 0-201-08319-1</para></listitem> - -<listitem><para>Brian W. Kernighan and Rob Pike -<emphasis>The Unix Programming Environment</emphasis> -Prentice-Hall 1984<!-- <br> --> -ISBN 0-13-937681-X</para></listitem> - -<listitem><para>Brian W. Kernighan and Dennis M. Ritchie -<emphasis>The C Programming Language (2nd Edition)</emphasis> -Prentice-Hall 1988<!-- <br> --> -ISBN 0-13-110362-8</para></listitem> - -<listitem><para>Bjarne Stroustrup -<emphasis>The C++ Programming Language</emphasis> -Addison-Wesley 1991<!-- <br> --> -ISBN 0-201-53992-6</para></listitem> - -<listitem><para>W. Richard Stevens -<emphasis>Advanced Programming in the Unix Environment</emphasis> -Addison-Wesley 1992<!-- <br> --> -ISBN 0-201-56317-7</para></listitem> - -<listitem><para>W. Richard Stevens -<emphasis>Unix Network Programming</emphasis> -Prentice-Hall 1990<!-- <br> --> -ISBN 0-13-949876-1</para></listitem> - -</itemizedlist> - -</chapter> -</book> diff --git a/en_US.ISO_8859-1/tutorials/Makefile b/en_US.ISO_8859-1/tutorials/Makefile deleted file mode 100644 index 0434928bee..0000000000 --- a/en_US.ISO_8859-1/tutorials/Makefile +++ /dev/null @@ -1,11 +0,0 @@ -# $Id: Makefile,v 1.11 1997-09-13 04:24:09 jfieber Exp $ - -DOCS?= index.sgml -SUBDIR= devel diskformat disklessx fonts mh multios newuser upgrade -DOCSUBDIR= ddwg ppp - -.if defined $(NEW_BUILD) -SUBDIR= -.endif - -.include "../web.mk" diff --git a/en_US.ISO_8859-1/tutorials/Makefile.inc b/en_US.ISO_8859-1/tutorials/Makefile.inc deleted file mode 100644 index 7da7fe75c2..0000000000 --- a/en_US.ISO_8859-1/tutorials/Makefile.inc +++ /dev/null @@ -1,4 +0,0 @@ -# $Id: Makefile.inc,v 1.4 1997-07-01 03:52:21 max Exp $ - -WEBBASE?= /data/tutorials -SGMLOPTS+= -hdr ${.CURDIR}/../doc.hdr -ftr ${.CURDIR}/../doc.ftr diff --git a/en_US.ISO_8859-1/tutorials/ddwg/Makefile b/en_US.ISO_8859-1/tutorials/ddwg/Makefile deleted file mode 100644 index f28e8dcab7..0000000000 --- a/en_US.ISO_8859-1/tutorials/ddwg/Makefile +++ /dev/null @@ -1,6 +0,0 @@ -# $Id: Makefile,v 1.3 1997-07-01 05:38:11 max Exp $ - -DOC= ddwg -SRCS= ddwg.sgml - -.include <bsd.sgml.mk> diff --git a/en_US.ISO_8859-1/tutorials/ddwg/ddwg.sgml b/en_US.ISO_8859-1/tutorials/ddwg/ddwg.sgml deleted file mode 100644 index 9cb25739aa..0000000000 --- a/en_US.ISO_8859-1/tutorials/ddwg/ddwg.sgml +++ /dev/null @@ -1,1142 +0,0 @@ -<!DOCTYPE linuxdoc PUBLIC "-//FreeBSD//DTD linuxdoc//EN"> - -<!-- - ++++++++++++++++++++++++++++++++++++++++++++++++++ - ++ file: /home/erich/lib/src/sgml/ddwg.sgml - ++ - ++ Copyright Eric L. Hernes - Wednesday, August 2, 1995 - ++ - ++ $Id: ddwg.sgml,v 1.4 1997-10-03 20:53:38 wosch Exp $ - ++ - ++ Sgml doc for something - --> - -<article> - -<title>FreeBSD Device Driver Writer's Guide -<author>Eric L. Hernes, <tt/erich@rrnet.com/ -<date>Wednesday, May 29, 1996 - -<abstract> - -This document describes how to add a device driver to FreeBSD. It is -<it/not/ intended to be a tutorial on UNIX device drivers in general. -It is intended for device driver authors, familiar with the UNIX -device driver model, to work on FreeBSD. - -</abstract> - -<toc> - -<sect> Overview - -<p> <it> -The FreeBSD kernel is very well documented, unfortunately it's all -in `C'. -</it> - -<sect> Types of drivers. - -<sect1> Character - -<sect2> Data Structures -<p> <tt/struct cdevsw/ Structure - -<sect2> Entry Points -<sect3> d_open() -<p> -d_open() takes several arguments, the formal list looks something like: -<code> -int -d_open(dev_t dev, int flag, int mode, struct proc *p) -</code> -d_open() is called on <em/every/ open of the device. -<p> - -The <tt/dev/ argument contains the major and minor number of the -device opened. These are available through the macros <tt/major()/ and -<tt/minor()/ -<p> - -The <tt/flag/ and <tt/mode/ arguments are as described in the -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?open(2)" name="open(2)"> -manual page. It is recommended that you check these for access modes -in <sys/fcntl.h> and do what is required. For example if <tt/flag/ -is (O_NONBLOCK | O_EXLOCK) the open should fail if either it would -block, or exclusive access cannot be granted. -<p> - -The <tt/p/ argument contains all the information about the current -process. - -<sect3> d_close() -<p> -d_close() takes the same argument list as d_open(): -<code> -int -d_close(dev_t dev , int flag , int mode , struct proc *p) -</code> - -d_close() is only called on the last close of your device (per minor -device). For example in the following code fragment, d_open() is called -3 times, but d_close() is called only once. -<code> - ... - fd1=open("/dev/mydev", O_RDONLY); - fd2=open("/dev/mydev", O_RDONLY); - fd3=open("/dev/mydev", O_RDONLY); - ... - <useful stuff with fd1, fd2, fd3 here> - ... - close(fd1); - close(fd2); - close(fd3); - ... -</code> - -The arguments are similar to those described above for -d_open(). - -<sect3> d_read() and d_write() -<p> -d_read() and d_write take the following argument lists: -<code> -int -d_read(dev_t dev, struct uio *uio, int flat) -int -d_write(dev_t dev, struct uio *uio, int flat) -</code> - -The d_read() and d_write() entry points are called when -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?read(2)" name="read(2)"> and -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?write(2)" name="write(2)"> -are called on your device from user-space. The transfer -of data can be handled through the kernel support routine uiomove(). - -<sect3> d_ioctl() -<p> -It's argument list is as follows: -<code> -int -d_ioctl(dev_t dev, int cmd, caddr_t arg, int flag, struct proc *p) -</code> - -d_ioctl() is a catch-all for operations which don't make sense in -a read/write paradigm. Probably the most famous of all ioctl's is on -tty devices, through -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?stty(1)" name="stty(1)">. -The ioctl entry point is called from -ioctl() in sys/kern/sys_generic.c<p> - -There are four different types of ioctl's which can be implemented. -<sys/ioccom.h> contains convenience macros for defining these ioctls. - -<tt/_IO(g,n)/ for control type operations. &nl; - -<tt/_IOR(g,n,t)/ for operations that read data from a device. &nl; - -<tt/_IOW(g,n,t)/ for operations that write data to a device. &nl; - -<tt/_IOWR(g,n,t)/ for operations that write to a device, and then -read data back. &nl; - -Here <tt/g/ refers to a <em/group/. This is an 8-bit value, typically -indicative of the device; for example, 't' is used in tty ioctls. -<tt/n/ refers to the number of the ioctl within the group. On SCO, this -number alone denotes the ioctl. <tt/t/ is the data type which will -get passed to the driver; this gets handed to a sizeof() operator in -the kernel. The ioctl() system call will either copyin() or copyout() -or both for your driver, then hand you a pointer to the data structure -in the <tt/arg/ argument of the d_ioctl call. Currently the data size -is limited to one page (4k on the i386). - -<sect3> d_stop() -<sect3> d_reset() -<sect3> d_devtotty() -<sect3> d_select() -<sect3> d_mmap() -<sect3> d_strategy() -<p> -d_strategy()'s argument list is as follows: -<code> -void -d_strategy(struct buf *bp) -</code> - -<p> d_strategy() is used for devices which use some form of scatter-gather -io. It is most common in a block device. This is significantly different -than the System V model, where only the block driver performs scatter-gather -io. Under BSD, character devices are sometimes requested to perform -scatter-gather io via the readv() and writev() system calls. - -<sect2> Header Files - -<sect1> Block -<sect2> Data Structures -<p> <tt/struct bdevsw/ Structure -<p> <tt/struct buf/ Structure - -<sect2> Entry Points -<sect3> d_open() -<p> Described in the Character device section. - -<sect3> d_close() -<p> Described in the Character device section. - -<sect3> d_strategy() -<p> Described in the Character device section. - -<sect3> d_ioctl() -<p> Described in the Character device section. - -<sect3> d_dump() - -<sect3> d_psize() - -<sect2> Header Files - -<sect1> Network -<sect2> Data Structures -<p> <tt/struct ifnet/ Structure - -<sect2> Entry Points -<sect3> if_init() -<sect3> if_output() -<sect3> if_start() -<sect3> if_done() -<sect3> if_ioctl() -<sect3> if_watchdog() - -<sect2> Header Files - -<sect1> Line Discipline -<sect2> Data Structures - -<p> <tt/struct linesw/ Structure - -<sect2> Entry Points -<sect3> l_open() -<sect3> l_close() -<sect3> l_read() -<sect3> l_write() -<sect3> l_ioctl() -<sect3> l_rint() -<sect3> l_start() -<sect3> l_modem() - -<sect2> Header Files - -<sect> Supported Busses - -<sect1> ISA -- Industry Standard Architecture -<sect2> Data Structures - -<sect3> <tt/struct isa_device/ Structure -<p> -This structure is required, but generally it is created by -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)"> -from the kernel configuration file. It is required on a per-device -basis, meaning that if you have a driver which controls two serial -boards, you will have two isa_device structures. If you build a -device as an LKM, you must create your own isa_device structure to -reflect your configuration. (lines 85 - 131 in pcaudio_lkm.c) There is -nearly a direct mapping between the config file and the isa_device -structure. The definition from /usr/src/sys/i386/isa/isa_device.h is: -<code> -struct isa_device { - int id_id; /* device id */ - struct isa_driver *id_driver; - int id_iobase; /* base i/o address */ - u_short id_irq; /* interrupt request */ - short id_drq; /* DMA request */ - caddr_t id_maddr; /* physical i/o memory address on bus (if any)*/ - int id_msize; /* size of i/o memory */ - inthand2_t *id_intr; /* interrupt interface routine */ - int id_unit; /* unit number */ - int id_flags; /* flags */ - int id_scsiid; /* scsi id if needed */ - int id_alive; /* device is present */ -#define RI_FAST 1 /* fast interrupt handler */ - u_int id_ri_flags; /* flags for register_intr() */ - int id_reconfig; /* hot eject device support (such as PCMCIA) */ - int id_enabled; /* is device enabled */ - int id_conflicts; /* we're allowed to conflict with things */ - struct isa_device *id_next; /* used in isa_devlist in userconfig() */ -}; -</code> - -<!-- XXX add stuff here --> -<sect3> <tt/struct isa_driver/ Structure - -<p> -This structure is defined in ``/usr/src/sys/i386/isa/isa_device.h''. -These are required on a per-driver basis. The definition is: -<code> -struct isa_driver { - int (*probe) __P((struct isa_device *idp)); - /* test whether device is present */ - int (*attach) __P((struct isa_device *idp)); - /* setup driver for a device */ - char *name; /* device name */ - int sensitive_hw; /* true if other probes confuse us */ -}; -</code> - -This is the structure used by the probe/attach code to detect and -initialize your device. The <tt/probe/ member is a pointer to your -device probe function; the <tt/attach/ member is a pointer to your -attach function. The <tt/name/ member is a character pointer to the -two or three letter name for your driver. This is the name reported -during the probe/attach process (and probably also in -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?lsdev(8)" name="lsdev(8)">). The -<tt/sensitive_hw/ member is a flag which helps the probe code -determine probing order. - -A typical instantiation is: -<code> -struct isa_driver mcddriver = { mcd_probe, mcd_attach, "mcd" }; -</code> - -<sect2> Entry Points - -<sect3> probe() -<p> -probe() takes a <tt/struct isa_device/ pointer as an argument and returns -an int. The return value is ``zero'' or ``non-zero'' as to the absence -or presence of your device. This entry point may (and probably should) -be declared as <tt/static/ because it is accessed via the <tt/probe/ member -of the <tt/struct isa_driver/ structure. This function is intended -to detect the presence of your device only; it should not do any -configuration of the device itself. - -<sect3> attach() -<p> -attach() also takes a <tt/struct isa_device/ pointer as an argument and -returns an int. The return value is also ``zero'' or ``non-zero'' indicating -whether or not the attach was successful. This function is intended -to do any special initialization of the device as well as confirm that -the device is usable. It too should be declared <tt/static/ because -it is accessed through the <tt/attach/ member of the <tt/isa_driver/ -structure. - -<sect2> Header Files - -<sect1> EISA -- Extended Industry Standard Architecture - -<sect2> Data Structures - -<p> <tt/struct eisa_dev/ Structure -<p> <tt/struct isa_driver/ Structure - -<sect2> Entry Points - -<sect3> probe() -<p> Described in the ISA device section. - -<sect3> attach() -<p> Described in the ISA device section. - -<sect2> Header Files - -<sect1> PCI -- Peripheral Computer Interconnect -<sect2> Data Structures - -<p> <tt/struct pci_device/ Structure - - name: The short device name. - - probe: Checks if the driver can support a device - with this type. The tag may be used to get - more info with pci_read_conf(). See below. - It returns a string with the device's name, - or a NULL pointer, if the driver cannot - support this device. - - attach: Allocate a control structure and prepare - it. This function may use the PCI mapping - functions. See below. - (configuration id) or type. - - count: A pointer to a unit counter. - It's used by the PCI configurator to - allocate unit numbers. - -<sect2> Entry Points - -<sect3> probe() - -<sect3> attach() - -<sect3> shutdown() - -<sect2> Header Files - -<sect1> SCSI -- Small Computer Systems Interface -<sect2> Data Structures - -<p> <tt/struct scsi_adapter/ Structure -<p> <tt/struct scsi_device/ Structure -<p> <tt/struct scsi_ctlr_config/ Structure -<p> <tt/struct scsi_device_config/ Structure -<p> <tt/struct scsi_link/ Structure - -<sect2> Entry Points -<sect3> attach() -<sect3> init() - -<sect2> Header Files - -<sect1> PCCARD (PCMCIA) -<sect2> Data Structures -<p> <tt/struct slot_cont/ Structure -<p> <tt/struct pccard_drv/ Structure -<p> <tt/struct pccard_dev/ Structure -<p> <tt/struct slot/ Structure - -<sect2> Entry Points -<sect3> handler() -<sect3> unload() -<sect3> suspend() -<sect3> init() - -<sect2> Header Files - a. <pccard/slot.h> - -<sect> Linking Into the Kernel. - -<p> -In FreeBSD, support for the ISA and EISA busses is i386 specific. -While FreeBSD itself is presently available on the i386 platform, -some effort has been made to make the PCI, PCCARD, and SCSI code -portable. The ISA and EISA specific code resides in -/usr/src/sys/i386/isa and /usr/src/sys/i386/eisa respectively. -The machine independent PCI, PCCARD, and SCSI code reside in -/usr/src/sys/{pci,pccard,scsi}. The i386 specific code for these -reside in /usr/src/sys/i386/{pci,pccard,scsi}. - -<p> -In FreeBSD, a device driver can be either binary or source. There is -no ``official'' place for binary drivers to reside. BSD/OS uses -something like sys/i386/OBJ. Since most drivers are distributed -in source, the following discussion refers to a source driver. -Binary only drivers are sometimes provided by hardware vendors -who wish to maintain the source as proprietary. - -<p> -A typical driver has the source code in one c-file, say dev.c. The -driver also can have some include files; devreg.h typically contains -public device register declarations, macros, and other driver -specific declarations. Some drivers call this devvar.h instead. -Some drivers, such as the dgb (for the Digiboard PC/Xe), -require microcode to be loaded onto the board. For the dgb driver -the microcode is compiled and dumped into a header file ala -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?file2c(1)" name="file2c(1)">. - -<p> -If the driver has data structures and ioctl's which are specific to -the driver/device, and need to be accessible from user-space, they -should be put in a separate include file which will reside in -/usr/include/machine/ (some of these reside in /usr/include/sys/). -These are typically named something like ioctl_dev.h or devio.h. - -<p> -If a driver is being written which, from user space is -identical to a device which already exists, care should be taken to -use the same ioctl interface and data structures. For example, from -user space, a SCSI CDROM drive should be identical to an IDE cdrom -drive; or a serial line on an intelligent multiport card (Digiboard, -Cyclades, ...) should be identical to the sio devices. These devices -have a fairly well defined interface which should be used. - -<p> -There are two methods for linking a driver into the kernel, static and -the LKM model. The first method is fairly standard across the -*BSD family. The other method was originally developed by Sun -(I believe), and has been implemented into BSD using the Sun model. -I don't believe that the current implementation uses any Sun code. - -<sect1> Standard Model - -<p> -The steps required to add your driver to the standard FreeBSD kernel are -<itemize> -<item> Add to the driver list -<item> Add an entry to the [bc]devsw -<item> Add the driver entry to the kernel config file -<item> <htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)">, -compile, and install the kernel -<item> make required nodes. -<item> reboot. -</itemize> - -<sect2> Adding to the driver list. -<p> -The standard model for adding a device driver to the Berkeley kernel -is to add your driver to the list of known devices. This list is -dependent on the CPU architecture. If the device is not i386 specific -(PCCARD, PCI, SCSI), the file is in ``/usr/src/sys/conf/files''. -If the device is i386 specific, use ``/usr/src/sys/i386/conf/files.i386''. -A typical line looks like: -<tscreen><code> -i386/isa/joy.c optional joy device-driver -</code></tscreen> - -The first field is the pathname of the driver module relative to -/usr/src/sys. For the case of a binary driver the path would be -something like ``i386/OBJ/joy.o''. - -The second field tells -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)"> -that this is an optional driver. Some -devices are required for the kernel to even be built. - -The third field is the name of the device. - -The fourth field tells config that it's a device driver (as opposed to -just optional). This causes config to create entries for the device -in some structures in /usr/src/sys/compile/KERNEL/ioconf.c. - -It is also possible to create a file -``/usr/src/sys/i386/conf/files.KERNEL'' whose contents will override -the default files.i386, but only for the kernel ``KERNEL''. - -<sect2>Make room in conf.c -<p> -Now you must edit ``/usr/src/sys/i386/i386/conf.c'' to make an entry -for your driver. Somewhere near the top, you need to declare your -entry points. The entry for the joystick driver is: -<code> -#include "joy.h" -#if NJOY > 0 -d_open_t joyopen; -d_close_t joyclose; -d_rdwr_t joyread; -d_ioctl_t joyioctl; -#else -#define joyopen nxopen -#define joyclose nxclose -#define joyread nxread -#define joyioctl nxioctl -#endif -</code> - -This either defines your entry points, or null entry points which -will return ENXIO when called (the #else clause). - -The include file ``joy.h'' is automatically generated by -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)"> when -the kernel build tree is created. This usually has only one line like: -<code> -#define NJOY 1 -</code> -or -<code> -#define NJOY 0 -</code> -which defines the number of your devices in your kernel. - -You must additionally add a slot to either cdevsw[&rsqb, or to -bdevsw[&rsqb, depending on whether it is a character device or -a block device, or both if it is a block device with a raw interface. -The entry for the joystick driver is: - -<code> -/* open, close, read, write, ioctl, stop, reset, ttys, select, mmap, strat */ -struct cdevsw cdevsw[] = -{ - ... - { joyopen, joyclose, joyread, nowrite, /*51*/ - joyioctl, nostop, nullreset, nodevtotty,/*joystick */ - seltrue, nommap, NULL}, - ... -} -</code> - -Order is what determines the major number of your device. Which is why -there will always be an entry for your driver, either null entry -points, or actual entry points. It is probably worth noting that this -is significantly different from SCO and other system V derivatives, -where any device can (in theory) have any major number. This is -largely a convenience on FreeBSD, due to the way device nodes are -created. More on this later. - -<sect2>Adding your device to the config file. -<p> -This is simply adding a line describing your device. -The joystick description line is: -<verb> -device joy0 at isa? port "IO_GAME" -</verb> -This says we have a device called ``joy0'' on the isa bus using -io-port ``IO_GAME'' (IO_GAME is a macro defined in -/usr/src/sys/i386/isa/isa.h). - -A slightly more complicated entry is for the ``ix'' driver: -<verb> -device ix0 at isa? port 0x300 net irq 10 iomem 0xd0000 iosiz 32768 vector ixintr -</verb> -This says that we have a device called `ix0' on the ISA bus. It uses -io-port 0x300. It's interrupt will be masked with other devices in -the network class. It uses interrupt 10. It uses -32k of shared memory at physical address 0xd0000. It also defines -it's interrupt handler to be ``ixintr()'' - -<sect2><htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)"> -the kernel. -<p> -Now with our config file in hand, we can create a kernel compile directory. -This is done by simply typing: -<verb> -# config KERNEL -</verb> -where KERNEL is the name of your config file. Config creates a -compile tree for you kernel in /usr/src/sys/compile/KERNEL. It -creates the Makefile, some .c files, and some .h files with macros -defining the number of each device in your kernel. - -Now you can go to the compile directory and build. Each time you run -config, your previous build tree will be removed, unless you config -with a -n. If you have config'ed and compiled a GENERIC kernel, you can -``make links'' to avoid compiling a few files on each iteration. I typically -run -<verb> -# make depend links all -</verb> -followed by a ``make install'' when the kernel is done to my liking. - -<sect2>Making device nodes. -<p> -On FreeBSD, you are responsible for making your own device nodes. The -major number of your device is determined by the slot number in the -device switch. Minor number is driver dependent, of course. You can -either run the mknod's from the command line, or add a section to -/dev/MAKEDEV.local, or even /dev/MAKEDEV to do the work. I sometimes -create a MAKEDEV.dev script that can be run stand-alone or pasted -into /dev/MAKEDEV.local - -<sect2>Reboot. -<p> -This is the easy part. There are a number of ways to do this, reboot, -fastboot, shutdown -r, cycle the power, etc. Upon bootup you should -see your XXprobe() called, and if all is successful, your XXattach() -too. - -<sect1> Loadable Kernel Module (LKM) - -<p> -There are really no defined procedures for writing an LKM driver. The -following is my own conception after experimenting with the LKM device -interface and looking at the standard device driver model, this is one -way of adding an LKM interface to an existing driver without touching -the original driver source (or binary). It is recommended though, -that if you plan to release source to your driver, the LKM specific -parts should be part of the driver itself, conditionally compiled -on the LKM macro (i.e. #ifdef LKM). - -This section will focus on writing the LKM specific part of the driver. We -will assume that we have written a driver which will drop into the standard -device driver model, which we would now like to implement as an LKM. We will -use the pcaudio driver as a sample driver, and develop an LKM front-end. The -source and makefile for the pcaudio LKM, ``pcaudio_lkm.c'' and ``Makefile'', -should be placed in /usr/src/lkm/pcaudio. What follows is a breakdown of -pcaudio_lkm.c. - -Lines 17 - 26 - - -- This includes the file ``pca.h'' and conditionally compiles the rest -of the LKM on whether or not we have a pcaudio device defined. This -mimics the behavior of config. In a standard device driver, -<htmlurl url="http://www.freebsd.org/cgi/man.cgi?config(8)" name="config(8)"> -generates the pca.h file from the number pca devices in the config file. -<code> - 17 /* - 18 * figure out how many devices we have.. - 19 */ - 20 - 21 #include "pca.h" - 22 - 23 /* - 24 * if we have at least one ... - 25 */ - 26 #if NPCA > 0 -</code> - -Lines 27 - 37 - - -- Includes required files from various include directories. -<code> - 27 #include <sys/param.h> - 28 #include <sys/systm.h> - 29 #include <sys/exec.h> - 30 #include <sys/conf.h> - 31 #include <sys/sysent.h> - 32 #include <sys/lkm.h> - 33 #include <sys/errno.h> - 34 #include <i386/isa/isa_device.h> - 35 #include <i386/isa/isa.h> - 36 - 37 -</code> - -Lines 38 - 51 - - -- Declares the device driver entry points as external. -<code> - 38 /* - 39 * declare your entry points as externs - 40 */ - 41 - 42 extern int pcaprobe(struct isa_device *); - 43 extern int pcaattach(struct isa_device *); - 44 extern int pcaopen(dev_t, int, int, struct proc *); - 45 extern int pcaclose(dev_t, int, int, struct proc *); - 46 extern int pcawrite(dev_t, struct uio *, int); - 47 extern int pcaioctl(dev_t, int, caddr_t); - 48 extern int pcaselect(dev_t, int, struct proc *); - 49 extern void pcaintr(struct clockframe *); - 50 extern struct isa_driver pcadriver; - 51 -</code> - -Lines 52 - 70 - - -- This is creates the device switch entry table for your driver. -This table gets swapped wholesale into the system device switch at -the location specified by your major number. In the standard model, -these are in /usr/src/sys/i386/i386/conf.c. NOTE: you cannot pick a -device major number higher than what exists in conf.c, for example at -present, conf.c rev 1.85, there are 67 slots for character devices, -you cannot use a (character) major device number 67 or greater, -without first reserving space in conf.c. -<code> - 52 /* - 53 * build your device switch entry table - 54 */ - 55 - 56 static struct cdevsw pcacdevsw = { - 57 (d_open_t *) pcaopen, /* open */ - 58 (d_close_t *) pcaclose, /* close */ - 59 (d_rdwr_t *) enodev, /* read */ - 60 (d_rdwr_t *) pcawrite, /* write */ - 61 (d_ioctl_t *) pcaioctl, /* ioctl */ - 62 (d_stop_t *) enodev, /* stop?? */ - 63 (d_reset_t *) enodev, /* reset */ - 64 (d_ttycv_t *) enodev, /* ttys */ - 65 (d_select_t *) pcaselect, /* select */ - 66 (d_mmap_t *) enodev, /* mmap */ - 67 (d_strategy_t *) enodev /* strategy */ - 68 }; - 69 - 70 -</code> - -Lines 71 - 131 - - -- This section is analogous to the config file declaration of your -device. The members of the isa_device structure are filled in by what -is known about your device, I/O port, shared memory segment, etc. We -will probably never have a need for two pcaudio devices in the kernel, -but this example shows how multiple devices can be supported. -<code> - 71 /* - 72 * this lkm arbitrarily supports two - 73 * instantiations of the pc-audio device. - 74 * - 75 * this is for illustration purposes - 76 * only, it doesn't make much sense - 77 * to have two of these beasts... - 78 */ - 79 - 80 - 81 /* - 82 * these have a direct correlation to the - 83 * config file entries... - 84 */ - 85 struct isa_device pcadev[NPCA] = { - 86 { - 87 11, /* device id */ - 88 &pcadriver, /* driver pointer */ - 89 IO_TIMER1, /* base io address */ - 90 -1, /* interrupt */ - 91 -1, /* dma channel */ - 92 (caddr_t)-1, /* physical io memory */ - 93 0, /* size of io memory */ - 94 pcaintr , /* interrupt interface */ - 95 0, /* unit number */ - 96 0, /* flags */ - 97 0, /* scsi id */ - 98 0, /* is alive */ - 99 0, /* flags for register_intr */ - 100 0, /* hot eject device support */ - 101 1 /* is device enabled */ - 102 }, - 103 #if NPCA >1 - 104 { - 105 - 106 /* - 107 * these are all zeros, because it doesn't make - 108 * much sense to be here - 109 * but it may make sense for your device - 110 */ - 111 - 112 0, /* device id */ - 113 &pcadriver, /* driver pointer */ - 114 0, /* base io address */ - 115 -1, /* interrupt */ - 116 -1, /* dma channel */ - 117 -1, /* physical io memory */ - 118 0, /* size of io memory */ - 119 NULL, /* interrupt interface */ - 120 1, /* unit number */ - 121 0, /* flags */ - 122 0, /* scsi id */ - 123 0, /* is alive */ - 124 0, /* flags for register_intr */ - 125 0, /* hot eject device support */ - 126 1 /* is device enabled */ - 127 }, - 128 #endif - 129 - 130 }; - 131 -</code> - -Lines 132 - 139 - - -- This calls the C-preprocessor macro MOD_DEV, which sets up an LKM device -driver, as opposed to an LKM filesystem, or an LKM system call. -<code> - 132 /* - 133 * this macro maps to a function which - 134 * sets the LKM up for a driver - 135 * as opposed to a filesystem, system call, or misc - 136 * LKM. - 137 */ - 138 MOD_DEV("pcaudio_mod", LM_DT_CHAR, 24, &pcacdevsw); - 139 -</code> - -Lines 140 - 168 - - -- This is the function which will be called when the driver is -loaded. This function tries to work like sys/i386/isa/isa.c -which does the probe/attach calls for a driver at boot time. The -biggest trick here is that it maps the physical address of the shared -memory segment, which is specified in the isa_device structure to a -kernel virtual address. Normally the physical address is put in the -config file which builds the isa_device structures in -/usr/src/sys/compile/KERNEL/ioconf.c. The probe/attach sequence of -/usr/src/sys/isa/isa.c translates the physical address to a virtual -one so that in your probe/attach routines you can do things like -<verb> -(int *)id->id_maddr = something; -</verb> -and just refer to the shared memory segment via pointers. -<code> - 140 /* - 141 * this function is called when the module is - 142 * loaded; it tries to mimic the behavior - 143 * of the standard probe/attach stuff from - 144 * isa.c - 145 */ - 146 int - 147 pcaload(){ - 148 int i; - 149 uprintf("PC Audio Driver Loaded\n"); - 150 for (i=0; i<NPCA; i++){ - 151 /* - 152 * this maps the shared memory address - 153 * from physical to virtual, to be - 154 * consistent with the way - 155 * /usr/src/sys/i386/isa.c handles it. - 156 */ - 157 pcadev[i].id_maddr -=0xa0000; - 158 pcadev[i].id_maddr += atdevbase; - 159 if ((*pcadriver.probe)(pcadev+i)) { - 160 (*(pcadriver.attach))(pcadev+i); - 161 } else { - 162 uprintf("PC Audio Probe Failed\n"); - 163 return(1); - 164 } - 165 } - 166 return 0; - 167 } - 168 -</code> - -Lines 169 - 179 - - -- This is the function called when your driver is unloaded; it just displays -a message to that effect. -<code> - 169 /* - 170 * this function is called - 171 * when the module is unloaded - 172 */ - 173 - 174 int - 175 pcaunload(){ - 176 uprintf("PC Audio Driver Unloaded\n"); - 177 return 0; - 178 } - 179 -</code> - -Lines 180 - 190 - - -- This is the entry point which is specified on the command line of the -modload. By convention it is named <dev>_mod. This is how it is -defined in bsd.lkm.mk, the makefile which builds the LKM. If you name your -module following this convention, you can do ``make load'' and ``make -unload'' from /usr/src/lkm/pcaudio. <p> -Note: this has gone through <em/many/ revisions from release 2.0 to 2.1. -It may or may not be possible to write a module which is portable across -all three releases. <p> -<code> - 180 /* - 181 * this is the entry point specified - 182 * on the modload command line - 183 */ - 184 - 185 int - 186 pcaudio_mod(struct lkm_table *lkmtp, int cmd, int ver) - 187 { - 188 DISPATCH(lkmtp, cmd, ver, pcaload, pcaunload, nosys); - 189 } - 190 - 191 #endif /* NICP > 0 */ -</code> - -<sect1> Device Type Idiosyncrasies -<sect2> Character -<sect2> Block -<sect2> Network -<sect2> Line Discipline - -<sect1> Bus Type Idiosyncrasies -<sect2> ISA -<sect2> EISA -<sect2> PCI -<sect2> SCSI -<sect2> PCCARD - -<sect> Kernel Support - -<sect1> Data Structures - -<sect2> <tt/struct kern_devconf/ Structure -<p> - -This structure contains some information about the state of the device -and driver. It is defined in /usr/src/sys/sys/devconf.h as: -<code> -struct devconf { - char dc_name[MAXDEVNAME]; /* name */ - char dc_descr[MAXDEVDESCR]; /* description */ - int dc_unit; /* unit number */ - int dc_number; /* unique id */ - char dc_pname[MAXDEVNAME]; /* name of the parent device */ - int dc_punit; /* unit number of the parent */ - int dc_pnumber; /* unique id of the parent */ - struct machdep_devconf dc_md; /* machine-dependent stuff */ - enum dc_state dc_state; /* state of the device (see above) */ - enum dc_class dc_class; /* type of device (see above) */ - size_t dc_datalen; /* length of data */ - char dc_data[1]; /* variable-length data */ -}; -</code> - -<sect2> <tt/struct proc/ Structure -<p> - -This structure contains all the information about a process. -It is defined in /usr/src/sys/sys/proc.h: -<code> -/* - * Description of a process. - * - * This structure contains the information needed to manage a thread of - * control, known in UN*X as a process; it has references to substructures - * containing descriptions of things that the process uses, but may share - * with related processes. The process structure and the substructures - * are always addressable except for those marked "(PROC ONLY)" below, - * which might be addressable only on a processor on which the process - * is running. - */ -struct proc { - struct proc *p_forw; /* Doubly-linked run/sleep queue. */ - struct proc *p_back; - struct proc *p_next; /* Linked list of active procs */ - struct proc **p_prev; /* and zombies. */ - - /* substructures: */ - struct pcred *p_cred; /* Process owner's identity. */ - struct filedesc *p_fd; /* Ptr to open files structure. */ - struct pstats *p_stats; /* Accounting/statistics (PROC ONLY). */ struct plimit *p_limit; /* Process limits. */ - struct vmspace *p_vmspace; /* Address space. */ - struct sigacts *p_sigacts; /* Signal actions, state (PROC ONLY). */ - -#define p_ucred p_cred->pc_ucred -#define p_rlimit p_limit->pl_rlimit - - int p_flag; /* P_* flags. */ - char p_stat; /* S* process status. */ - char p_pad1[3]; - - pid_t p_pid; /* Process identifier. */ - struct proc *p_hash; /* Hashed based on p_pid for kill+exit+... */ - struct proc *p_pgrpnxt; /* Pointer to next process in process group. */ - struct proc *p_pptr; /* Pointer to process structure of parent. */ - struct proc *p_osptr; /* Pointer to older sibling processes. */ - -/* The following fields are all zeroed upon creation in fork. */ -#define p_startzero p_ysptr - struct proc *p_ysptr; /* Pointer to younger siblings. */ - struct proc *p_cptr; /* Pointer to youngest living child. */ - pid_t p_oppid; /* Save parent pid during ptrace. XXX */ - int p_dupfd; /* Sideways return value from fdopen. XXX */ - - /* scheduling */ - u_int p_estcpu; /* Time averaged value of p_cpticks. */ - int p_cpticks; /* Ticks of cpu time. */ - fixpt_t p_pctcpu; /* %cpu for this process during p_swtime */ - void *p_wchan; /* Sleep address. */ - char *p_wmesg; /* Reason for sleep. */ - u_int p_swtime; /* Time swapped in or out. */ - u_int p_slptime; /* Time since last blocked. */ - - struct itimerval p_realtimer; /* Alarm timer. */ - struct timeval p_rtime; /* Real time. */ - u_quad_t p_uticks; /* Statclock hits in user mode. */ - u_quad_t p_sticks; /* Statclock hits in system mode. */ - u_quad_t p_iticks; /* Statclock hits processing intr. */ - - int p_traceflag; /* Kernel trace points. */ - struct vnode *p_tracep; /* Trace to vnode. */ - - int p_siglist; /* Signals arrived but not delivered. */ - - struct vnode *p_textvp; /* Vnode of executable. */ - - char p_lock; /* Process lock (prevent swap) count. */ - char p_pad2[3]; /* alignment */ - -/* End area that is zeroed on creation. */ -#define p_endzero p_startcopy - -/* The following fields are all copied upon creation in fork. */ -#define p_startcopy p_sigmask - - sigset_t p_sigmask; /* Current signal mask. */ - sigset_t p_sigignore; /* Signals being ignored. */ - sigset_t p_sigcatch; /* Signals being caught by user. */ - - u_char p_priority; /* Process priority. */ - u_char p_usrpri; /* User-priority based on p_cpu and p_nice. */ - char p_nice; /* Process "nice" value. */ - char p_comm[MAXCOMLEN+1]; - - struct pgrp *p_pgrp; /* Pointer to process group. */ - - struct sysentvec *p_sysent; /* System call dispatch information. */ - - struct rtprio p_rtprio; /* Realtime priority. */ -/* End area that is copied on creation. */ -#define p_endcopy p_addr - struct user *p_addr; /* Kernel virtual addr of u-area (PROC ONLY). */ - struct mdproc p_md; /* Any machine-dependent fields. */ - - u_short p_xstat; /* Exit status for wait; also stop signal. */ - u_short p_acflag; /* Accounting flags. */ - struct rusage *p_ru; /* Exit information. XXX */ -}; -</code> - -<sect2> <tt/struct buf/ Structure -<p> -The <tt/struct buf/ structure is used to interface with the buffer cache. -It is defined in /usr/src/sys/sys/buf.h: - -<code> -/* - * The buffer header describes an I/O operation in the kernel. - */ -struct buf { - LIST_ENTRY(buf) b_hash; /* Hash chain. */ - LIST_ENTRY(buf) b_vnbufs; /* Buffer's associated vnode. */ - TAILQ_ENTRY(buf) b_freelist; /* Free list position if not active. */ - struct buf *b_actf, **b_actb; /* Device driver queue when active. */ - struct proc *b_proc; /* Associated proc; NULL if kernel. */ - volatile long b_flags; /* B_* flags. */ - int b_qindex; /* buffer queue index */ - int b_error; /* Errno value. */ - long b_bufsize; /* Allocated buffer size. */ - long b_bcount; /* Valid bytes in buffer. */ - long b_resid; /* Remaining I/O. */ - dev_t b_dev; /* Device associated with buffer. */ - struct { - caddr_t b_addr; /* Memory, superblocks, indirect etc. */ - } b_un; - void *b_saveaddr; /* Original b_addr for physio. */ - daddr_t b_lblkno; /* Logical block number. */ - daddr_t b_blkno; /* Underlying physical block number. */ - /* Function to call upon completion. */ - void (*b_iodone) __P((struct buf *)); - /* For nested b_iodone's. */ - struct iodone_chain *b_iodone_chain; - struct vnode *b_vp; /* Device vnode. */ - int b_pfcent; /* Center page when swapping cluster. */ - int b_dirtyoff; /* Offset in buffer of dirty region. */ - int b_dirtyend; /* Offset of end of dirty region. */ - struct ucred *b_rcred; /* Read credentials reference. */ - struct ucred *b_wcred; /* Write credentials reference. */ - int b_validoff; /* Offset in buffer of valid region. */ - int b_validend; /* Offset of end of valid region. */ - daddr_t b_pblkno; /* physical block number */ - caddr_t b_savekva; /* saved kva for transfer while bouncing - */ - void *b_driver1; /* for private use by the driver */ - void *b_driver2; /* for private use by the driver */ - void *b_spc; - struct vm_page *b_pages[(MAXPHYS + PAGE_SIZE - 1)/PAGE_SIZE]; - int b_npages; -}; -</code> - -<sect2> <tt/struct uio/ Structure -<p> -This structure is used for moving data between the kernel and user spaces -through read() and write() system calls. It is defined in -/usr/src/sys/sys/uio.h: -<code> -struct uio { - struct iovec *uio_iov; - int uio_iovcnt; - off_t uio_offset; - int uio_resid; - enum uio_seg uio_segflg; - enum uio_rw uio_rw; - struct proc *uio_procp; -}; - -</code> - -<sect1> Functions -lots of 'em - -<sect> References. - -<p> FreeBSD Kernel Sources http://www.freebsd.org -<p> NetBSD Kernel Sources http://www.netbsd.org -<p> Writing Device Drivers: Tutorial and Reference; -Tim Burke, Mark A. Parenti, Al, Wojtas; -Digital Press, ISBN 1-55558-141-2. - -<p> Writing A Unix Device Driver; -Janet I. Egan, Thomas J. Teixeira; -John Wiley & Sons, ISBN 0-471-62859-X. - -<p> Writing Device Drivers for SCO Unix; -Peter Kettle; - -</article> diff --git a/en_US.ISO_8859-1/tutorials/disklessx/Makefile b/en_US.ISO_8859-1/tutorials/disklessx/Makefile deleted file mode 100644 index 086d200c36..0000000000 --- a/en_US.ISO_8859-1/tutorials/disklessx/Makefile +++ /dev/null @@ -1,5 +0,0 @@ -# $Id: Makefile,v 1.2 1997-07-01 05:38:12 max Exp $ - -DOCS= disklessx.sgml - -.include "../../web.mk" diff --git a/en_US.ISO_8859-1/tutorials/doc.ftr b/en_US.ISO_8859-1/tutorials/doc.ftr deleted file mode 100644 index 5f459de742..0000000000 --- a/en_US.ISO_8859-1/tutorials/doc.ftr +++ /dev/null @@ -1,5 +0,0 @@ -<hr> -<address> - <a href="../../mailto.html">www@freebsd.org</a> -</address> - diff --git a/en_US.ISO_8859-1/tutorials/doc.hdr b/en_US.ISO_8859-1/tutorials/doc.hdr deleted file mode 100644 index f5e32a9961..0000000000 --- a/en_US.ISO_8859-1/tutorials/doc.hdr +++ /dev/null @@ -1,14 +0,0 @@ -<IMG SRC="../../gifs/bar.gif" ALT="" WIDTH="565" HEIGHT="33" BORDER=0 usemap="#bar"> -<map name="bar"> -<area shape="rect" coords="1,1,111,31" href="../../index.html" ALT=""> -<area shape="rect" coords="112,11,196,31" href="../../ports/index.html" ALT=""> -<area shape="rect" coords="196,12,257,33" href="../../support.html" ALT=""> -<area shape="rect" coords="256,12,365,33" href="../../docs.html" ALT=""> -<area shape="rect" coords="366,13,424,32" href="../../commercial.html" ALT=""> -<area shape="rect" coords="425,16,475,32" href="../../search.html" ALT=""> -<area shape="rect" coords="477,16,516,33" href="../../index-site.html" ALT=""> -<area shape="rect" coords="516,15,562,33" href="../../index.html" ALT=""> -<area shape="rect" href="../../index.html" coords="0,0,564,32" ALT=""> -</map> - -<br clear=all> diff --git a/en_US.ISO_8859-1/tutorials/index.sgml b/en_US.ISO_8859-1/tutorials/index.sgml deleted file mode 100644 index 086a2e6baf..0000000000 --- a/en_US.ISO_8859-1/tutorials/index.sgml +++ /dev/null @@ -1,49 +0,0 @@ -<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2//EN" [ -<!ENTITY base CDATA ".."> -<!ENTITY date "$Date: 1997-09-13 04:24:12 $"> -<!ENTITY title "FreeBSD Tutorials"> -<!ENTITY % includes SYSTEM "../includes.sgml"> %includes; -]> -<!-- $Id: index.sgml,v 1.15 1997-09-13 04:24:12 jfieber Exp $ --> - -<html> -&header; - - <p>Here lie assorted documents on various aspects of FreeBSD, - FreeBSD software, and hardware. If you have comments or - would like to contribute a document, please contact us at - <a href="mailto:freebsd-doc@FreeBSD.ORG">freebsd-doc@FreeBSD.org</a>.</p> - - <ul> - <li><a href="newuser/newuser.html">For People New to Both FreeBSD - <em>and</em> Unix</a></li> - - <li><a href="mh/mh.html">An introduction to the MH mail software</a></li> - - <li><a href="devel/devel.html">A User's Guide to FreeBSD Programming - Tools</a></li> - - <li><a href="ddwg/ddwg.html">Writing device drivers for FreeBSD</a> - (<a href="ddwg/ddwg.ps">postscript</a>, - <a href="ddwg/ddwg-html.tar.gz">gzipd tar file</a>)</li> - - <li><a href="ppp/ppp.html">Pedantic PPP primer - IP Aliasing</a> - (<a href="ppp/ppp.ps">postscript</a>, - <a href="ppp/ppp-html.tar.gz">gzipd tar file</a>)</li> - - <li><a href="multios/multios.html">Using FreeBSD with other operating systems</a></li> - - <li><a href="fonts/fonts.html">Fonts and FreeBSD</a></li> - - <li><a href="http://www.cypher.net/~black/ipalias.html">IP Aliasing</a></li> - <li><a href="upgrade/upgrade.html">Upgrading FreeBSD from source</a></li> - <li><a href="diskformat/diskformat.html">Formatting Media For Use With FreeBSD -2.2-RELEASE</a></li> - - </ul> - - -&footer; -</body> -</html> - diff --git a/en_US.ISO_8859-1/tutorials/ppp/Makefile b/en_US.ISO_8859-1/tutorials/ppp/Makefile deleted file mode 100644 index 76ead715ae..0000000000 --- a/en_US.ISO_8859-1/tutorials/ppp/Makefile +++ /dev/null @@ -1,6 +0,0 @@ -# $Id: Makefile,v 1.2 1997-07-01 05:38:16 max Exp $ - -DOC= ppp -SRCS= ppp.sgml - -.include <bsd.sgml.mk> diff --git a/en_US.ISO_8859-1/tutorials/ppp/ppp.sgml b/en_US.ISO_8859-1/tutorials/ppp/ppp.sgml deleted file mode 100644 index 8edeb42750..0000000000 --- a/en_US.ISO_8859-1/tutorials/ppp/ppp.sgml +++ /dev/null @@ -1,1736 +0,0 @@ -<!DOCTYPE linuxdoc PUBLIC "-//FreeBSD//DTD linuxdoc//EN"> -<!-- $Id: ppp.sgml,v 1.3 1997-01-21 05:49:54 jkh Exp $ --> - -<article> - -<title>PPP - Pedantic PPP Primer -<author>Maintainer: Steve Sims <tt><htmlurl -url="mailto:SimsS@IBM.NET" - name="<SimsS@IBM.NET>"></tt> - -<date>$Date: 1997-01-21 05:49:54 $ -<abstract> -This is a step-by-step guide for configuring FreeBSD systems to act as -a dial-up router/gateway in a Local Area Environment. All entries may -be assumed to be relevant to FreeBSD 2.2+, unless otherwise noted. -</abstract> - -<toc> - -<sect> -<heading>Overview:</heading> -<p>The User-Mode PPP dialer in FreeBSD Version 2.2 (also known as: -<it>"IIJ-PPP"</it> ) now supports Packet Aliasing for dial up -connections to the Internet. This feature, also known as -"<IT/Masquerading/", "<IT/IP Aliasing/", or "<IT/Network Address -Translation/", allows a FreeBSD system to act as a dial- on-demand -router between an Ethernet-based Local Area Network and an Internet -Service Provider. Systems on the LAN can use the FreeBSD system to -forward information between the Internet by means of a single -dial-connection. - -<sect1> -<heading>Purpose of this Guide.</heading> -<p> -This guide explains how to: -<itemize> -<item>Configure the FreeBSD system to support dial-out connections, -<item>Share a dial-out connection with other systems in a network, -<item>Configure Windows platforms to use the FreeBSD system as a gateway to the Internet. -</itemize> -<p> -While the focus of this guide is to assist in configuring IP Aliasing, -it also includes specific examples of the configuration steps necessary -to configure and install each individual component; each section stands -alone and may be used to assist in the configuration of various aspects -of FreeBSD internetworking. -</sect> - -<sect> -<heading>Building the Local Area Network</heading> - -<p> While the ppp program can, and usually is, be configured to provide -services to <em/only/ the local FreeBSD box it can also be used to serve as a -"Gateway" (or "router") between other LAN-connected resources and the Internet or -other Dial-Up service. - -<sect1> -<heading>Typical Network Topology</heading> - -<p>This guide assumes a typical Local Area Network lashed together as -follows: -<verb> -+---------+ ----> Dial-Up Internet Connection -| FreeBSD | \ (i.e.: NetCom, AOL, AT&T, EarthLink, -etc) -| |-------- -| "Curly" | -| | -+----+----+ - | -|----+-------------+-------------+----| <-- Ethernet Network - | | | - | | | -+----+----+ +----+----+ +----+----+ -| | | | | | -| Win95 | | WFW | | WinNT | -| "Larry" | | "Moe" | | "Shemp" | -| | | | | | -+---------+ +---------+ +---------+ -</verb> - -<sect1> -<heading>Assumptions about the Local Area Network</heading> - -<p>Some specific assumptions about this sample network are: - -<p>Three workstations and a Server are connected with Ethernet -cabling: -<itemize> -<item>a FreeBSD Server ("Curly") with an NE-2000 adapter configured as -'ed0' -<item>a Windows-95 workstation ("Larry") with Microsoft's "native" -32-bit TCP/IP drivers -<item>a Windows for Workgroups workstation ("Moe") with Microsoft's -16-bit TCP/IP extensions -<item>a Windows NT workstation ("Shemp") with Microsoft's "native" -32-bit TCP/IP drivers -</itemize> - -<p>The IP Addresses on the Ethernet side of this sample LAN have been - -taken from the pool of "reserved" addresses proposed in RFC-1597. -IP addresses are assigned as follows: -<verb>Name IP Address -"Curly" 192.168.1.1 # The FreeBSD box -"Larry" 192.168.1.2 # The Win'95 box -"Moe" 192.168.1.3 # The WfW box -"Shemp" 192.168.1.4 # The Windows NT box -</VERB> - -<p>This guide assumes that the modem on the FreeBSD box is connected -to the first serial port ('<tt>/dev/cuaa0</tt>' or '<tt>COM1:</tt>' in -DOS-terms). - -<p>Finally, we'll also assume that your Internet Service Provider (ISP) -automatically provides the IP addresses of both your PPP/FreeBSD side -as well as the ISP's side. (i.e.: Dynamic IP Addresses on both ends -of the link.) Specific details for configuring the Dial-Out side of -PPP will be addressed in Section 2, "Configuring the FreeBSD System". -</sect> - -<sect> -<heading>FreeBSD System Configuration</heading> - -<p>There are three basic pieces of information that must be known to -the FreeBSD box before you can proceed with integrating the sample -Local Area Network: - -<itemize> -<item>The Host Name of the FreeBSD system; in our example it's "Curly", -<item>The Network configuration, -<item>The <tt>/etc/hosts</tt> file (which lists the names and IP addresses of -the other systems in your network) -</itemize> - -<p>If you performed the installation of FreeBSD over a network -connection some of this information may already be configured into -your FreeBSD system. - -<p>Even if you believe that the FreeBSD system was properly configured -when it was installed you should at least verify each of these bits of -information to prevent trouble in subsequent steps. - -<sect1> -<heading>Verifying the FreeBSD Host Name</heading> - -<p>It's possible that the FreeBSD host name was specified and saved -when the system was initially installed. To verify that it was, enter -the following command at a prompt:<p> -<tscreen><verb> -# hostname -</verb></tscreen> - -<p>The name of the host FreeBSD system will be displayed on a single -line. If the name looks correct (this is very subjective :-) skip -ahead to Section 3.2, "Verifying the Ethernet Interface -Configuration". - -<p>For example, in our sample network, we would see 'curly.my.domain' -as a result of the `hostname` command if the name had been set -correctly during, or after, installation. (At this point, don't worry -too much about the ".my.domain" part, we'll sort this out later. The -important part is the name up to the first dot.) - -<p>If a host name wasn't specified when FreeBSD was installed you'll -probably see 'myname.my.domain` as a response. You'll need to edit -<tt>/etc/sysconfig</tt> to set the name of the machine. - -<sect2><heading>Configuring the FreeBSD Host Name</heading> - -<p><em><bf>Reminder: You must be logged in as 'root' to edit the -system configuration files!</bf></em> - -<em><bf>CAUTION: If you mangle the system configuration files, -chances are your system WILL NOT BOOT correctly! Be careful!</bf></em> - -<p>The configuration file that specifies the FreeBSD system's host -name when the system boots is in <tt>/etc/sysconfig</tt>. Use the -default text editor ('<tt/ee/') to edit this file. - -<p>Logged in as user 'root' load <tt>/etc/sysconfig</tt> into the -editor with the following command: -<tscreen><verb> -# ee /etc/sysconfig -</verb></tscreen> - -<p>Using the arrow keys, scroll down until you find the line that -specifies the host name of the FreeBSD system. By default, this -section says: -<tscreen><verb> ---- -# Set to the name of your host - this is pretty important! -hostname=myname.my.domain ---- -</verb></tscreen> -Change this section to say (in our example): -<tscreen><verb> ---- -# Set to the name of your host - this is pretty important! -hostname=curly.my.domain ---- -</verb></tscreen> - -Once the change to the host name has been made, press the 'Esc' key to -access the command menu. Select "leave editor" and make sure to -specify "save changes" when prompted. - -<sect1> -<heading>Verifying the Ethernet Interface Configuration</heading> - -<p>To reiterate our basic assumption, this guide assumes that the -Ethernet Interface in the FreeBSD system is named '<tt/ed0/'. This is -the default for NE-1000, NE-2000, WD/SMC models 8003, 8013 and Elite -Ultra (8216) network adapters. - -<p>Other models of network adapters may have different device names in -FreeBSD. Check the FAQ for specifics about your network adapter. If -you're not sure of the device name of your adapter, check the FreeBSD -FAQ to determine the device name for the card you have and substitute -that name (i.e.: '<tt/de0/', '<tt/zp0/', or similar) in the following -steps. - -<p>As was the case with the host name, the configuration for the -FreeBSD system's Ethernet Interface may have been specified when the -system was installed. - -To display the configuration for the interfaces in your -FreeBSD system (Ethernet and others), enter the following command: -<tscreen><verb> -# ifconfig -a -</verb></tscreen> -(In layman's terms: "Show me the <BF/I/nter<BF/F/ace <BF/CONFIG/uration -for my network devices.") - -<p>An example: -<tscreen><verb> -# ifconfig -a - ed0: flags=8843<UP,BROADCAST,RUNNING,SIMPLEX,MULTICAST> mtu -1500 - inet 192.168.1.1 netmask 0xffffff00 broadcast 192.168.1.255 - ether 01:02:03:04:05:06 - lp0: flags=8810<POINTOPOINT,SIMPLEX,MULTICAST> mtu 1500 - tun0: flags=8050<POINTOPOINT,RUNNING, MULTICAST> mtu 1500 - sl0: flags=c010<POINTOPOINT,LINK2,MULTICAST> mtu 552 - ppp0: flags=8010<POINTOPOINT,MULTICAST> mtu 1500 - lo0: flags=8049<UP,LOOPBACK,RUNNING,MULTICAST> mtu 16384 - inet 127.0.0.1 netmask 0xff000000 -# _ -</verb></tscreen> - -<p>In this example, the following devices were displayed:<p> -<tt/ed0:/ The Ethernet Interface<p> -<tt/lp0:/ The Parallel Port Interface (ignored in this guide)<p> -<tt/tun0:/ The "tunnel" device; <em/This is the one user-mode ppp uses!/<p> -<tt/sl0:/ The SL/IP device (ignored in this guide)<p> -<tt/ppp0:/ Another PPP device (for kernel ppp; ignored in this guide)<p> -<tt/lo0:/ The "Loopback" device (ignored in this guide)<p> - -In this example, the 'ed0' device is up and running. The key -indicators are: -<enum> -<item>Its status is "<tt/UP/", -<item>It has an Internet ("<tt/inet/") address, (in this case, 192.168.1.1) -<item>It has a valid Subnet Mask ("netmask"; 0xffffff00 is the same as -255.255.255.0), and -<item>It has a valid broadcast address (in this case, 192.168.1.255). -</enum> - -<p>If the line for the Ethernet card had shown something similar to: -<tscreen><verb> -ed0: flags=8802<BROADCAST,SIMPLEX,MULTICAST> mtu 1500 - ether 01:02:03:04:05:06 -</verb></tscreen> -then the Ethernet card hasn't been configured yet. - -<p>If the configuration for the Ethernet interface is correct you can -skip forward to Section 3.4, "Creating the list of other LAN hosts". -Otherwise, proceed with the next section. -<sect2> -<heading>Configuring your Ethernet Interface</heading> - -<p><em><bf>Reminder: You must be logged in as 'root' to edit the -system configuration files!</bf></em> - -<em><bf>CAUTION: If you mangle the system configuration files, -chances are your system WILL NOT BOOT correctly! Be careful!</bf></em> - -<p>The configuration file that specifies settings for the network -interfaces when the system boots is in <tt>/etc/sysconfig</tt>. Use -the default text editor ('ee') to edit this file. - -<p>Logged in as user 'root' load <tt>/etc/sysconfig</tt> into the -editor with the following command: -<p> -<tt> # ee /etc/sysconfig</tt> -<p> -About 100 lines from the top of <tt>/etc/sysconfig</tt> is the section -that describes which network interfaces should be activated when the -system boots. In the default configuration file the specific line -that controls this is: - -<tscreen><verb> -network_interfaces="lo0" -</verb></tscreen> - -<p>You'll need to amend this line to tell FreeBSD that you want to add -another device, namely the '<tt/ed0/' device. Change this line to -read: - -<tscreen><verb> -network_interfaces="lo0 ed0" -</verb></tscreen> - -<p>(Note the space between the definition for the loopback device -("lo0") -and the Ethernet device ("<tt/ed0/")! - -<p><em><bf> Reminder: If your Ethernet card isn't named '<tt/ed0/', specify -the correct device name here instead.</bf></em> - -<p>If you performed the installation of FreeBSD over a network -connection then the '<tt/network_interfaces=/' line may already -include a reference to your Ethernet adapter. If it is, verify that -it is the correct device name. - -<p>Specify the Interface Settings for the Ethernet device -('<tt/ed0/'): - -<p>Beneath the line that specifies which interfaces should be -activated are the lines that specify the actual settings for each -interface. In the default <tt>/etc/sysconfig</tt> file is a single -line that says: - -<tscreen><verb> -ifconfig_lo0="inet localhost" -</verb></tscreen> - -<p>You'll need to add another line after that to specify the settings -for your '<tt/ed0/' device. - -<p>If you performed the installation of FreeBSD over a network -connection then there may already be an '<tt>ifconfig_ed0=</tt>' line -after the loopback definition. If so, verify that it has the correct -values. - -<p>For our sample configuration we'll insert a line immediately after -the loopback device definition that says: - -<tscreen><verb> -ifconfig_ed0="inet 192.168.1.1 netmask 255.255.255.0" -</verb></tscreen> - -<p>When you've finished editing <tt>/etc/sysconfig</tt> to specify and -configure the network interfaces the section should look really close -to: - -<tscreen><verb> ---- -network_interfaces="lo0 ed0" -ifconfig_lo0="inet localhost" -ifconfig_ed0="inet 192.168.1.1 netmask 0xffffff00" ---- -</verb></tscreen> - -<p>Once all of the necessary changes to <tt>/etc/sysconfig</tt> have -been made, press the 'Esc' key to invoke the control menu. Select -"leave editor" and be sure to select "save changes" when prompted. - -<sect1> -<heading>Enabling Packet Forwarding</heading> - -<p>By default the FreeBSD system will not forward IP packets between -various network interfaces. In other words, routing functions (also -known as gateway functions) are disabled. - -<p>If your intent is to use a FreeBSD system as stand-alone Internet -workstation and not as a gateway between LAN nodes and your ISP you -should skip forward to Section 3.4, "Creating the List of Other -LAN Hosts". - -<p>If you intend for the PPP program to service the local FreeBSD box -as well as LAN workstations (as a router) you'll need to enable IP -forwarding. - -<p>To enable IP Packet forwarding you'll need to edit the -<tt>/etc/sysconfig</tt> file. -Load this file into your editor with the following command: -<tscreen><verb> -# ee /etc/sysconfig -</verb></tscreen> - -<p>About 250 lines down from the top of the file will be the -configuration -section which controls IP forwarding, which will look like: -<tscreen><verb> -===== -# If you want this host to be a gateway, set to YES. -gateway=NO -===== -</verb></tscreen> - -<p>Change this line to read: -<tscreen><verb> -===== -# If you want this host to be a gateway, set to YES. -gateway=YES -===== -</verb></tscreen> - -and exit the editor (saving the changes!). - -<p><em><bf>NOTE: This line may already be set to '<tt/gateway=YES/' if IP -forwarding was enabled when the FreeBSD system was installed.</bf></em> - -<sect1> -<heading>Creating the List of other LAN Hosts(<tt>/etc/hosts</tt>)</heading> - -<p>The final step in configuring the LAN side of the FreeBSD system is -to create a list of the names and TCP/IP addresses of the various -systems that are connected to the Local Area Network. This list is -stored in the '<tt>/etc/hosts</tt>' file. - -<p>The default version of this file has only a single host name -listing in it: the name and address of the loopback device ('lo0'). -By networking convention, this device is always named "localhost" and -always has an IP address of 127.0.0.1. (See the interface -configuration example in Section 3.2.) - -<p>To edit the <tt>/etc/hosts</tt> file enter the following command: -<tscreen><verb> # ee /etc/hosts </verb></tscreen> - -<p>Scroll all the way to the bottom of the file (paying attention to -the comments along the way; there's some good information there!) and -enter (assuming our sample network) the following IP addresses and -host names: -<tscreen><verb> -192.168.1.1 curly curly.my.domain # FreeBSD System -192.168.1.2 larry larry.my.domain # Windows '95 System -192.168.1.3 moe moe.my.domain # Windows for Workgroups -System -192.168.1.4 shemp shemp.my.domain # Windows NT System -</verb></tscreen> - -<p>(No changes are needed to the line for the '<tt>127.0.0.1 -localhost</tt>' entry.) - -<p>Once you've entered these lines, press the 'Esc' key to invoke the -control menu. Select "leave editor" and be sure to select "save -changes" when prompted. - -<sect1> -<heading>Testing the FreeBSD system</heading> - -<p>Congratulations! Once you've made it to this point, the FreeBSD -system is configured as a network-connected UNIX system! If you made -any changes to the <tt>/etc/sysconfig</tt> file you should probably -re-boot your FreeBSD system. This will accomplish two important -objectives: -<itemize> -<item>Allow the changes to the interface configurations to be applied, and -<item>Verify that the system restarts without any glaring configuration errors. -</itemize> - -Once the system has been rebooted you should test the network -interfaces. -<p> -<sect2> -<heading>Verifying the operation of the loopback device</heading> - -<p>To verify that the loopback device is configured correctly, log in as -'root' and enter: -<tscreen><verb> -# ping localhost -</verb></tscreen> - -<p>You should see: -<tscreen><verb> -# ping localhost -PING localhost.my.domain. (127.0.0.1): 56 data bytes -64 bytes from 127.0.0.1: icmp_seq=0 ttl=255 time=0.219 ms -64 bytes from 127.0.0.1: icmp_seq=1 ttl=255 time=0.287 ms -64 bytes from 127.0.0.1: icmp_seq=2 ttl=255 time=0.214 m -[...] -</verb></tscreen> -messages scroll by until you hit Ctrl-C to stop the madness. - -<sect2> -<heading>Verifying the operation of the Ethernet Device</heading> - -<p>To verify that the Ethernet device is configured correctly, enter: - -<tscreen><verb> -# ping curly -</verb></tscreen> - -You should see: -<tscreen><verb> -# ping curly -PING curly.my.domain. (192.168.1.1): 56 data bytes -64 bytes from 192.168.1.1: icmp_seq=0 ttl=255 time=0.219 ms -64 bytes from 192.168.1.1: icmp_seq=1 ttl=255 time=0.200 ms -64 bytes from 192.168.1.1: icmp_seq=2 ttl=255 time=0.187 ms -[...] -</verb></tscreen> -messages. - -<p>One important thing to look at in these two examples is that the -names (loopback and curly) correctly correlate to their IP addresses -(127.0.0.1 and 192.168.1.1). This verifies that the -<tt>/etc/hosts</tt> files is correct. - -<p>If the IP address for "curly" isn't 192.168.1.1 or the address for -"localhost" isn't 127.0.0.1, return to Section 3.4 and review your -entries in '<tt>/etc/hosts</tt>'. - -<p>If the names and addresses are indicated correctly in the result of -the ping command but there are errors displayed then something is -amiss with the interface configuration(s). Return to Section 3.1 and -verify everything again. - -<p>If everything here checks out, proceed with the next section. -</sect> - -<sect> -<heading>Configuring the PPP Dial-Out Connection</heading> -<p>There are two basic modes of operation of the ppp driver: -"Interactive" and "Automatic". - -In Interactive mode you:<p> -<itemize> -<item>Manually establish a connection to your ISP, -<item>Browse, surf, transfer files and mail, etc..., -<item>Manually disconnect from your ISP. -</itemize> - -<p>In Automatic mode, the PPP program silently watches what goes on -inside the FreeBSD system and automagically connects and disconnects -with your ISP as required to make the Internet a seamless element of -your network. - -<p>In this section we'll address the configuration(s) for both modes -with emphasis on configuring your `ppp` environment to operate in -"Automatic" mode. - -<sect1> -<heading>Backing up the original PPP configuration files</heading> - -<p>Before making any changes to the files which are used by PPP you -should make a copy of the default files that were created when the -FreeBSD system was installed. - -Log in as the 'root' user and perform the following steps: - -Change to the '<tt>/etc</tt> directory: -<p><tt># cd /etc</tt> - -Make a backup copy the original files in the 'ppp' directory: -<p><tt># cp -R ppp ppp.ORIGINAL</TT> - -<p>You should now be able to see both a '<tt>ppp</tt>' and a -'<tt>ppp.ORIGINAL</tt>' subdirectory -in the '<tt>/etc</tt>' directory. - -<sect1> -<heading>Create your own PPP configuration files</heading> - -<p>By default, the FreeBSD installation process creates a number of -sample configuration files in the /etc/ppp directory. Please take -some time to review these files; they were derived from working -systems and represent the features and capabilities of the PPP -program. - -<p>I <em/strongly/ encourage you to learn from these sample files and -apply them to your own configuration as necessary. - -<p>For detailed information about the `ppp` program, read the ppp -manpage: -<tscreen><verb> -# man ppp -</verb></tscreen> - -<p>For detailed information about the `chat` scripting language used by -the PPP dialer, read the chat manpage: -<tscreen><verb> -# man chat -</verb></tscreen> - -<p>The remainder of this section describes the recommended contents of -the PPP configuration files. - -<sect2> -<heading>The '<tt>/etc/ppp/ppp.conf</tt>' file</heading> - -<p>The '<tt>/etc/ppp/ppp.conf</tt>' file contains the information and -settings required to set up a dial-out PPP connection. More than one -configuration may be contained in this file. The FreeBSD handbook -(XXX URL? XXX) describes the contents and syntax of this file in -detail. - -<p>This section will describe only the minimal configuration to get a -dial-out connection working. - -<p>Below is the /etc/ppp/ppp.conf file that we'll be using to provide a -dial-out Internet gateway for our example LAN: -<tscreen><verb> -################################################################ -# PPP Configuration File ('/etc/ppp/ppp.conf') -# -# Default settings; These are always executed always when PPP -# is invoked and apply to all system configurations. -################################################################ -default: -set device /dev/cuaa0 -set speed 57600 -disable pred1 -deny pred1 -disable lqr -deny lqr -set dial "ABORT BUSY ABORT NO\\sCARRIER TIMEOUT 5 \"\" ATE1Q0M0 -OK-AT-OK\\dATDT\\T TIMEOUT 40 CONNECT" -set redial 3 10 -# -# -################################################################ -# -# For interactive mode use this configuration: -# -# Invoke with `ppp -alias interactive` -# -################################################################ -interactive: -set authname Your_User_ID_On_Remote_System -set authkey Your_Password_On_Remote_System -set phone 1-800-123-4567 -set timeout 300 -set openmode active -accept chap -# -################################################################ -# -# For demand-dial (automatic) mode we'll use this configuration: -# -# Invoke with: 'ppp -auto -alias demand' -# -################################################################ -demand: -set authname Your_User_ID_On_Remote_System -set authkey Your_Password_On_Remote_System -set phone 1-800-123-4567 -set timeout 300 -set openmode active -accept chap -set ifaddr 127.1.1.1/0 127.2.2.2/0 255.255.255.0 -add 0 0 127.2.2.2 -################################################################ -# End of /etc/ppp/ppp.conf -</verb></tscreen> -This file, taken verbatim from a working system, has three relevant -configuration sections: - -<sect3> -<heading>The "<tt>default</tt>" Section</heading> - -<p>The '<tt>default:</tt>' section contains the values and settings -used by every other section in the file. Essentially, this section is -implicitly added to the configuration lines to each other section. - -<p>This is a good place to put "global defaults" applicable to all -dial-up sessions; especially modem settings and dialing prefixes which -typically don't change based on which destination system you're -connecting to. - -<p>Following are the descriptions of each line in the "default" section -of the sample '<tt>/etc/ppp/ppp.conf</tt>' file: -<tscreen><verb> -set device /dev/cuaa0 -</verb></tscreen> -This statement informs the PPP program that it should use the first -serial port. -Under FreeBSD the '<tt>/dev/cuaa0</tt>' device is the same port that's -known as "<tt>COM1:</tt>" under DOS, Windows, Windows 95, etc.... - -<p>If your modem is on <tt>COM2:</tt> you should specify -'<tt>/dev/cua01</tt>; <tt>COM3:</tt> would be '<tt>/dev/cua02</tt>'. - -<tscreen><verb> -set speed 57600 -</verb></tscreen> - -This line sets the transmit and receive speed for the connection -between the serial port and the modem. While the modem used for this -configuration is only a 28.8 device, setting this value to 57600 lets -the serial link run at a higher rate to accommodate higher throughput -as a result of the data compression built into late-model modems. - -If you have trouble communicating with your modem, try setting this -value to 38400 or even as low as 19200. - -<tscreen><verb> -disable pred1 -deny pred1 -</verb></tscreen> - -These two lines disable the "CCP/Predictor type 1" compression -features of the PPP program. The current version of `ppp` supports -data compression in accordance with draft Internet standards. -Unfortunately many ISPs use equipment that does not support this -capability. Since most modems try to perform on-the-fly compression -anyway you're probably not losing much performance by disabling this -feature on the FreeBSD side and denying the remote side from forcing -it on you. - -<tscreen><verb> -disable lqr -deny lqr -</verb></tscreen> - -These two lines control the "Line Quality Reporting" functions which -are part of the complete Point-to-Point (PPP) protocol specification. -(See RFC-1989 for details.) - -The first line, "disable lqr", instructs the PPP program to not -attempt to report line quality status to the device on the remote end. - -The second line, "deny lqr", instructs the PPP program to deny any -attempts by the remote end to reports line quality. - -As most modern dial-up modems have automatic error correction and -detection and LQR reporting is not fully implemented in many vendor's -products it's generally a safe bet to include these two lines in the -default configuration. - -<tscreen><verb> -set dial "ABORT BUSY ABORT NO\\sCARRIER TIMEOUT 5 \"\" ATE1Q0M0 -OK-AT-OK\\dATDT\\T TIMEOUT 40 CONNECT" -</verb></tscreen> - -<em>NOTE: (This statement should appear on a single line; ignore any -line wrapping that may appear in this document.)</em> - -This line instructs the PPP program how to dial the modem and -specifies some rudimentary guidelines for doing so: -<itemize> -<item>Attempts to dial should fail if the modem returns a "BUSY" result code, -<item>Attempts to dial should also fail if the modem returns a "NO CARRIER" result code, -<item>The PPP program should expect each of the following events to complete within a -5-second timeout period: -<itemize> -<item>The PPP program will initially expect nothing (specified above -by the \"\" portion of the statement) from the modem <item>The program -will send the modem initialization string "ATE1Q0M0" to the modem and -await a response of "OK". If a response is not received, the program -should send an attention command to the modem ("AT") and look again -for a response of "OK", <item>The program should delay for one second -(specified by the "\\d" part of the statement, and send the dialing -string to the modem. The "ATDT" portion of the statement is the -standard modem prefix to dial using tone-dialing; if you do not have -touch-tone service on your local phone line, replace the "ATDT" with -"ATDP". The "\\T" string is a placeholder for the actual phone number -(which will be automatically inserted as specified by the "set dial -123-4567"). -</itemize> -<item>Finally, before a (maximum) timeout of 40 seconds, the PPP -program should expect to see a "CONNECT" result code returned from the -modem. -</itemize> - -A failure at any point in this dialog will be interpreted as a dialing -failure and the PPP program will fail to connect. - -(For a detailed description of the mini-scripting language used by the -PPP dialer, refer to the "chat" manpage.) - -<tscreen><verb> -set redial 3 10 -</verb></tscreen> -This line specifies that if a dial connection cannot immediately be made -the PPP program should retry (up to 3 times if necessary) with a delay of 10 seconds -between redialing attempts. - -<sect3> -<heading>The "<tt>interactive</tt>" Section</heading> - -<p>The '<tt>interactive:</tt>' section contains the values and -settings used to set up an "interactive" PPP session with a specific -remote system. Settings in this section will have the lines included -in the "default" section included automatically. - -<p>The example cited in this section of the guide presumes that you'll -be connecting to a remote system that understands how to authenticate -a user without any fancy scripting language. That is, this sample -uses the CHAP protocol to set up the connection. - -<p>A good rule of thumb is that if the Windows '95 dialer can set up a -connection by just clicking the "Connect" button this sample -configuration should work OK. - -<p>If, on the other hand, when you connect to your ISP using Microsoft -Windows '95 Dial-Up Networking you need to resort to using the "Dial -Up Scripting Tool" from the Microsoft Plus! pack or you have to select -"Bring up a terminal windows after dialing" in the Windows '95 -connection options then you'll need to look at the sample PPP -configuration files and the ppp manpage for examples of "expect / -response" scripting to make your ISP connection. - -<p>Or even better, find an ISP who knows how to provide PAP or CHAP -authentication! - -<p>The configuration examples shown here have been successfully used to -connect to: -<itemize> -<item>Various Shiva LanRovers -<item>The IBM Network (<url url="http://www.ibm.net">) -<item>AT&T WorldNet (<url url="http://att.com/worldnet">) -<item>Erol's (<url url="http://www.erols.com">) -</itemize> - -Following are descriptions for each line in the "interactive" section -of the sample '<tt>/etc/ppp/ppp.conf</tt>' file: - -<tscreen><verb> -set authname Your_User_ID_On_Remote_System -</verb></tscreen> -This line specifies the name you would use to log in to the remote -system. - -<tscreen><verb> -set authkey Your_Password_On_Remote_System -</verb></tscreen> -This is the password you'd use to log in to the remote system. - -<tscreen><verb> -set phone 1-800-123-4567 -</verb></tscreen> -This is the phone number of the remote system. If you're inside a PBX -you can -prepend '<tt>9, </tt>' to the number here. - -<tscreen><verb> -set timeout 300 -</verb></tscreen> -This tells the PPP program that it should automatically hang up the -phone if no data has -be exchanged for 300 seconds (5 minutes). You may wish to tailor this -number to your -specific requirements. - -<tscreen><verb> -set openmode active -</verb></tscreen> -This tells the PPP program that once the modems are connected it -should immediately attempt to negotiate the connection. Some remote -sites do this automatically, some don't. This instructs your side of -the link to take the initiative and try to set up the connection. - -<tscreen><verb> -accept chap -</verb></tscreen> -This tells the PPP program to use the "Challenge-Handshake -Authentication Protocol" to authenticate you. The values exchanged -between the local and remote side for UserID and password are taken -from the 'authname' and 'authkey' entries above. - -<sect3> -<heading>The "<tt>demand</tt>" Section</heading> - -<p>The "<tt>demand</tt>" section contains the values and settings used -to set up a "Dial-on-demand" PPP session with a specific remote -system. Settings in this section will also have the lines included in -the "default" section included automatically. - -<p>Except for the last two lines in this section it is identical to -the configuration section which defines the "interactive" -configuration. - -<p>As noted in Paragraph ???, the examples cited in this section of -the guide presume that you'll be connecting to a remote system that -understands how to use the CHAP protocol to set up the connection. - -<p>Following are descriptions for each line in the "demand" section of -the sample '<tt>/etc/ppp/ppp.conf</tt>' file: - -<tscreen><verb> -set authname Your_User_ID_On_Remote_System -</verb></tscreen> -This line specifies the name you would use to log in to the remote -system. - -<tscreen><verb> -set authkey Your_Password_On_Remote_System -</verb></tscreen> -This is the password you'd use to log in to the remote system. - -<tscreen><verb> -set phone 1-800-123-4567 -</verb></tscreen> -This is the phone number of the remote system. - -<tscreen><verb> -set timeout 300 -</verb></tscreen> - -This tells the PPP program that it should automatically hang up the -phone if no data has be exchanged for 300 seconds (5 minutes). You -may wish to tailor this number to your specific requirements. - -<tscreen><verb> -set openmode active -</verb></tscreen> - -This tells the PPP program that once the modems are connected it -should immediately attempt to negotiate the connection. Some remote -sites do this automatically, some don't. This instructs your side of -the link to take the initiative and try to set up the connection. - -<tscreen><verb> -accept chap -</verb></tscreen> - -This tells the PPP program to use the "Challenge-Handshake -Authentication Protocol" to authenticate you. The values exchanged -between the local and remote side for UserID and password are taken -from the 'authname' and 'authkey' entries above. - -<tscreen><verb> -set ifaddr 127.1.1.1/0 127.2.2.2/0 255.255.255.0 -</verb></tscreen> - -This command sets up a pair of "fake" IP addresses for the local and -remote sides of the PPP link. It instructs the PPP program to create -an IP address of 127.1.1.1 for the local side of the '<tt/tun0/' -(tunnel) device (refer back to section ?? for a description of this -device) and 127.2.2.2 for the remote side. Appending '<tt>/0</tt>' to -each address tells the PPP program that zero of the bits that make up -these addresses are significant and can (in fact, must!) be negotiated -between the local and remote systems when the link is established. -The 255.255.255.0 string tells the PPP program what Subnet mask to -apply to these pseudo-interfaces. - -<p>Remember, we've assumed that your ISP provides the IP addresses for -both ends of the link! If your ISP assigned you a specific IP address -that you should use on your side when configuring your system, enter -that IP address here <em/instead/ of <tt>127.1.1.1</tt>. - -Conversly, if your ISP gave you a specific IP address that he uses on -his end you should enter that IP address here <em/instead/ of -<tt>127.2.2.2</tt>. - -In both cases, it's probably a good idea to leave the '<tt>/0</tt>' on -the end of each address. This gives the PPP program the opportunity -to change the address(es) of the link if it <em/has/ to. - -<tscreen><verb> -add 0 0 127.2.2.2 -</verb></tscreen> - -This last line tells the PPP program that it should add a default -route for IP traffic that points to the (fake) IP address of the ISP's -system. - -<em><bf>Note: If you used an ISP-specified address instead of -<tt>127.2.2.2</tt> on the preceeding line, use the same number here -instead of <tt>127.2.2.2</tt></bf></em>. - -<p>By adding this "fake" route for IP traffic, the PPP program can, -while idle: -<itemize> -<item>Accept packets that FreeBSD doesn't already know how to forward, -<item>Establish a connection to the ISP "<em/on-the-fly/", -<item>Reconfigure the IP addresses of the local and remote side of the link, -<item>Forward packets between your workstation and the ISP. -</itemize> -automatically! - -<p>Once the number of seconds specified by the timeout value in the -"default" section have elapsed without any TCP/IP traffic the PPP -program will automatically close the dial-up connection and the -process will begin again. - -<sect2> -<heading>The '<tt>/etc/ppp/ppp.linkup</tt>' file</heading> - -<p>The other file needed to complete the PPP configuration is found in -'<tt>/etc/ppp/ppp.linkup</tt>'. This file contains instructions for -the PPP program on what actions to take after a dial-up link is -established. - -In the case of dial-on-demand configurations the PPP program will need -to delete the default route that was created to the fake IP address of -the remote side (127.2.2.2 in our example in the previous section) and -install a new default route that points the actual IP address of the -remote end (discovered during the dial-up connection setup). - -A representative '<tt>/etc/ppp/ppp.linkup</tt>' file: -<tscreen><verb> -#########################################################################= - -# PPP Link Up File ('/etc/ppp/ppp.linkup') -# -# This file is checked after PPP establishes a network connection. -# -# This file is searched in the following order. -# -# 1) First, the IP address assigned to us is searched and -# the associated command(s) are executed. -# -# 2) If the IP Address is not found, then the label name specified at - -# PPP startup time is searched and the associated command(s) -# are executed. -# -# 3) If neither of the above are found then commands under the label -# 'MYADDR:' are executed. -# -#########################################################################= - -# -# This section is used for the "demand" configuration in -# /etc/ppp/ppp.conf: -demand: - delete ALL - add 0 0 HISADDR -# -# All other configurations in /etc/ppp/ppp.conf use this: -# -MYADDR: - add 0 0 HISADDR -######################################################################## -# End of /etc/ppp/ppp.linkup -</verb></tscreen> -Notice that there is a section in this file named "demand:", identical -to the configuration name used in the '<tt>/etc/ppp/ppp.conf</tt>' -file. This section instructs the PPP program that once a link is -established using this configuration, it must: -<enum> - <item>Remove any IP routing information that the PPP program has created - <item>Add a default route the remote end's actual address. -</enum> - -<p>It's critical that those configurations in -'<tt>/etc/ppp/ppp.conf</tt>' which include the '<tt/set ifaddr/' and -'<tt/add 0 0/' statements (i.e.: those configurations used for -Dial-on-Demand configurations) execute the "delete ALL" and "add 0 0 -HISADDR" commands in <tt>/etc/ppp/ppp.linkup</tt>. - -<p><em><bf>This is the mechanism that controls the actual on-demand -configuration of the link.</bf></em> - -<p>All configurations not explicitly named in -<tt>/etc/ppp/ppp.linkup</tt> will use whatever commands are in the -"MYADDR:" section of the file. This is where non-Demand-Dial -configurations (such as our "interactive:" sample) will fall through -to. This section simply adds a default route to the ISP's IP address -(at the remote end). - -<sect1> -<heading>IP Aliasing</heading> - -<p>All of the configuration steps described thus far are relevant to -any FreeBSD system which will be used to connect to an ISP via dial-up -connection. - -<p>If your sole objective in reading this guide is to connect your -FreeBSD box to the Internet using dial-out ppp you can proceed to -Section 6, "Testing the Network". - -One very attractive feature of the PPP program in on-demand mode is -its ability to route IP traffic between other systems on the Local -Area Network automatically. This feature is known by various names, -"<em/IP Aliasing/", "<em/Network Address Translation/", "<em/Address -Masquerading/" or "<em/Transparent Proxying/". - -<p>Regardless of the terminology used, this mode is not, however, -automatic. If the PPP program is started normally then the program -will not forward packets between LAN interface(s) and the dial-out -connection. In effect, only the FreeBSD system is connected to the -ISP; other workstations cannot "share" the same connection. - -For example, if the program is started with either of the following -command lines: -<p><tt># ppp interactive (Interactive mode)</tt><p> or -<p><tt># ppp -auto demand (Dial-on-Demand mode)</tt> -<p>then the system will function as an Internet-connected workstation -<em/only/ for the -FreeBSD box. - -To start the PPP program as a gateway between LAN resources and the -Internet, one of the following command lines would be used instead: -<p><tt># ppp -alias interactive (Interactive mode)</tt><p> or -<p><tt># ppp -auto -alias demand (Dial-on-Demand mode)</tt> -<p>Keep this in mind if you intend to proceed with Section 5, -"Configuring Windows Systems". -</sect> - -<sect> -<heading>Configuring Windows Systems</heading> - -<p>As indicated in Section 1, our example network consists of a -FreeBSD system ("Curly") which acts as a gateway (or router) between a -Local Area Network consisting of two different flavors of Windows -Workstations. In order for the LAN nodes to use Curly as a router -they need to be properly configured. Note that this section does not -explain how to configure the Windows workstations for Dial-Up -networking. If you need a good explanation of that procedure, I -recommend <url url="http://www.aladdin.co.uk/techweb">. - -<sect1> -<heading> Configuring Windows 95</heading> - -<p>Configuring Windows 95 to act as an attached resource on your LAN -is relatively simple. The Windows 95 network configuration must be -slightly modified to use the FreeBSD system as the default gateway to -the ISP. Perform the following steps: - -<p><bf>Create the Windows 95 "hosts" file:</bf> - -<p>In order to connect to the other TCP/IP systems on the LAN you'll -need to create an identical copy of the "hosts" file that you -installed on the FreeBSD system in Section 3.4. -<itemize> -<item>Click the "Start" button; select "Run..."; enter "notepad -\WINDOWS\HOSTS" (without the quotes) and click "OK" -<item>In the editor, enter the addresses and system names from the hosts -file shown in Section 3.4. -<item>When finished editing, close the notepad application (making sure -that you save the file!). -</itemize> - -<p><bf>Configure the Windows 95 TCP/IP Network Configuation -settings</bf>: -<itemize> -<item>Click the "Start" button on the taskbar; select "Settings" and -"Control Panel". -<item>Double-click the "Network" icon to open it.<p> -The settings for all Network Elements are displayed. -<item>With the "Configuration" tab selected, scroll down the list of -installed components and highlight the "TCP/IP-><em/YourInterfaceType/" line -(where "<em/YourInterfaceType/" is the name or type of Ethernet adapter in your system). -<p>If TCP/IP is not listed in the list of installed network -components, click the "Add" button and install it before proceeding. -<p>(Hint: "Add | Protocol | Microsoft | TCP/IP | OK") -<item>Click on the "Properties" button to display a list of the -settings associated with the TCP component. -</itemize> - -<p><bf>Configure the IP Address Information:</bf> -<itemize> -<item>Click the "IP Address" tab -<item>Click the "Specify an IP address" radio button. - <p>(In our example LAN the Windows 95 system is the one we've called "Larry".) -<item>In the "IP Address" field enter "192.168.1.2". -<item>Enter 255.255.255.0 in the "Subnet Mask" field. -</itemize> - -<p><bf>Configure the Gateway information:</bf> -<itemize> -<item>Click on the "Gateway" tab -<p>For our example network the FreeBSD box will be acting as our -gateway to the Internet (routing packets between the Ethernet LAN and -the PPP dial-up connection. Enter the IP address of the FreeBSD -Ethernet interface, 192.168.1.1, in the "New gateway" field and click -the "Add" button. If any other gateways are defined in the "Installed -gateways" list you may wish to consider removing them. -</itemize> - -<p><bf>Configure the DNS Information:</bf> - -<p>This guide assumes that your Internet Service Provider has given -you a list of Domain Name Servers (or "DNS Servers") that you should -use. If you wish to run a DNS server on your local FreeBSD system, -refer to Section 6, "Exercise for the Interested Student" for tips on -setting up DNS on your FreeBSD system. - -<itemize> -<item>Click the "DNS Configuration" tab -<item>Make sure that the "Enable DNS" radio button is selected. -<p>(If this button is not selected only the entries that -we put in the host file(s) will be available and your Net-Surfing -will not work as you expect!) -<item>In the "Host" field enter the name of the Windows 95 box, in this -case: "Larry". -<item>In the "Domain" field enter the name of our local network, in this -case: "my.domain" -<item>In the "DNS Server Search Order" section, enter the IP address -of the DNS server(s) that your ISP provided, clicking the "Add" button -after every address is entered. Repeat this step as many times as -necessary to add all of the addresses that your ISP provided. -</itemize> - -<p><bf>Other Windows 95 TCP/IP options:</bf> - -<p>For our purposes the settings under the "Advanced", "WINS -Configuration" and "Bindings" tabs are not necessary. - -<p>If you wish to use the Windows Internet Naming Service ("WINS") -your attention is invited to <url url="http://www.localnet.org"> for -more information about WINS settings, specifically regarding sharing -files transparently across the Internet. - -<p><bf>Mopping up:</bf> -<itemize> -<item>Click on the "OK" button to close the TCP/IP Properties window. -<item>Click on the "OK" button to close the Network Control Panel. -<item>Reboot your computer if prompted to do so. -</itemize> - -<p> That's it! -<sect1> -<heading>Configuring Windows NT</heading> - -<p>Configuring Windows NT to act as a LAN resource is also relatively -straightforward. The procedures for configuring Windows NT are -similar to Windows 95 with minor exceptions in the user interface. - -<p>The steps shown here are appropriate for a Windows NT 4.0 -Workstation, but the principles are the same for NT 3.5x. You may -wish to refer to the "Configuring Windows for Workgroups" section if -you're configuring Windows NT 3.5<it/x/, since the user interface is -the same for NT 3.5 and WfW. - -<p>Perform the following steps: - -<p><bf>Create the Windows NT "hosts" file:</bf> - -<p>In order to connect to the other TCP/IP systems on the LAN you'll -need to create an identical copy of the "hosts" file that you -installed on the FreeBSD system in Section 3.4 -<itemize> -<item>Click the "Start" button; select "Run..."; enter "notepad -\WINDOWS\SYSTEM\DRIVERS\ETC\HOSTS" (without the quotes) and click -"OK" -<item>In the editor, enter the addresses and system names from Section -3.4. -<item>When finished editing, close the notepad application (making sure -that you save the file!). -</itemize> - -<p><bf>Configure the Windows NT TCP/IP Network Configuation -settings</bf>: -<itemize> -<item>Click the "Start" button on the taskbar; select "Settings" and -"Control Panel". -<item>Double-click the "Network" icon to open it. -<item>With the "Identification" tab selected, verify the "Computer Name" -and "Workgroup" fields. In this example we'll use "Shemp" for the name -and "Stooges" for the workgroup. Click the "Change" button and amend -these entries as necessary. -<item>Select the "Protocols" tab. - -<p>The installed Network Protocols will be displayed. There may be a -number of protocols listed but the one of interest to this guide is -the "TCP/IP Protocol". If "TCP/IP Protocol" is not listed, click the -"Add" button to load it. -<p>(Hint: "Add | TCP/IP Protocol | OK") <item>Highlight "TCP/IP -Protocol" and click the "Properties" button. -<p>Tabs for specifying various settings for TCP/IP will be displayed. - </itemize> - -<p><bf>Configuring the IP Address:</bf> - -<p>Make sure that the Ethernet Interface is shown in the "Adapter" -box; if not, scroll through the list of adapters until the correct -interface is shown. -<itemize> -<item>Click the "Specify an IP address" radio button to enable the three -text boxes. -<p>In our example LAN the Windows NT system is the one we've called -"Shemp" -<item>In the "IP Address" field enter "192.168.1.4". -<item>Enter 255.255.255.0 in the "Subnet Mask" field. -</itemize> - -<p><bf>Configure the Gateway information:</bf> - -<p>For our example network the FreeBSD box will be acting as our gateway -to the Internet (routing packets between the Ethernet LAN and the PPP dial-up -connection. -<itemize> -<item>Enter the IP address of the FreeBSD Ethernet interface, -192.168.1.1, in the "New gateway" field and click the "Add" button. -<p>If any other gateways are defined in the "Installed gateways" list -you may wish to consider removing them. -</itemize> -<p><bf>Configuring DNS:</bf> -<p>Again, this guide assumes that your Internet Service Provider has -given you a list of Domain Name Servers (or "DNS Servers") that you -should use. - -If you wish to run a DNS server on your local FreeBSD system, refer to -Section 6, "Exercise for the Interested Student" for tips on setting -up DNS on your FreeBSD system. -<itemize> -<item>Click the "DNS" tab -<item>In the "Host Name" field enter the name of the Windows NT box, in -this case: "Shemp". -<item>In the "Domain" field enter the name of our local network, in this -case: "my.domain" -<item>In the "DNS Server Search Order" section, enter the IP address of -the DNS server that your ISP provided, clicking the "Add" button after -every address is entered. Repeat this step as many times as necessary -to add all of the addresses that your ISP provided. -</itemize> - -<p><bf>Other Windows NT TCP/IP options:</bf> - -<p>For our purposes the settings under the "WINS Address" and -"Routing" tabs are not used. - -<p>If you wish to use the Windows Internet Naming Service ("WINS") -your attention is invited to <url url="http://www.localnet.org"> for -more information about WINS settings, specifically regarding sharing -files transparently across the Internet. - -<p><bf>Mopping up:</bf> -<itemize> -<item>Click on the "OK" button to close the TCP/IP Properties section. - -<item>Click on the "Close" button to close the Network Control Panel. - -<item>Restart your computer if prompted to do so. -</itemize> - -<p>That's it! - -<sect1> -<heading>Configuring Windows for Workgroups</heading> - -<p>Configuring Windows for Workgroups to act as a network client -requires that the Microsoft TCP/IP-32 driver diskette has been -installed on the workstation. The TCP/IP drivers are not included -with the WfW CD or diskettes; if you need a copy they're available at -<url url="ftp://ftp.microsoft.com:/peropsys/windows/public/tcpip">. - -<p>Once the TCP/IP drivers have been loaded, perform the following -steps: - -<p><bf>Create the Windows for Workgroups "hosts" file:</bf> - -<p>In order to connect to the other TCP/IP systems on the LAN you'll -need to create an identical copy of the "hosts" file that you -installed on the FreeBSD system in Section 3.4. -<itemize> -<item>In Program Manager, click the "File" button; select "Run"; and -enter: "notepad \WINDOWS\HOSTS" (without the quotes) and click "OK" -<item>In the editor, enter the addresses and system names from the hosts -file shown in Section 3.4. -<item>When finished editing, close the notepad application (making sure -that you save the file!). -</itemize> - -<p><bf>Configure the Windows 95 TCP/IP Network Configuation -settings</bf> -<itemize> -<item>In the main window of Program Manager, open the "Network" group by -double-clicking the icon. -<item>Double click on the "Network Setup" icon. -<item>In the "Network Drivers Box" double-click the "Microsoft -TCP/IP-32" entry. -</itemize> - -<p><bf>Configure the Windows for Workgroups IP Address:</bf> <p>Ensure -the correct Ethernet Interface is selected in the "Adapter" list. If -not, scroll down until it is displayed and select it by clicking on -it. -<itemize> -<item>Ensure that the "Enable Automatic DHCP Configuration" check box is -blank. If it is checked, click it to remove the "X". -<item>In our example LAN the Windows for Workgroups system is the one -we've called "Moe"; in the "IP Address" field enter "192.168.1.3". -<item>Enter 255.255.255.0 in the "Subnet Mask" field. -</itemize> - -<p><bf>Configure the Gateway information:</bf> - -<p>For our example network the FreeBSD box will be acting as our -gateway to the Internet (routing packets between the Ethernet LAN and -the PPP dial-up connection). -<itemize> -<item>Enter the IP address of the FreeBSD system, 192.168.1.1, in the -"Default Gateway" field. -</itemize> - -<p><bf>Configuring DNS:</bf> - -<p>Again, this guide assumes that your Internet Service Provider has -given you a list of Domain Name Servers (or "DNS Servers") that you -should use. If you wish to run a DNS server on your local FreeBSD -system, refer to Section 6, "Exercise for the Interested Student" for -tips on setting up DNS on your FreeBSD system. -<itemize> -<item>Click the "DNS" button. -<item>In the "Host Name" field enter the name of the Windows for -Workgroups box, in this case: "Moe". -<item>In the "Domain" field enter the name of our local network, in this -case: "my.domain" -<item>In the "Domain Name Service (DNS) Search Order" section, enter the -IP address of the DNS server that your ISP provided, clicking the "Add" -button after each address is entered. Repeat this step as many times as -necessary to add all of the addresses that your ISP provided. -<item>Click on the "OK" button to close the DNS Configuration window. - -</itemize> - -<p><bf>Mopping up:</bf> -<itemize> -<item>Click on the "OK" button to close the TCP/IP Configuration window. - -<item>Click on the "OK" button to close the Network Setup window. -<item>Reboot your computer if prompted. -</itemize> - -<p>That's it! - -<sect> -<heading>Testing the Network</heading> - -<p> Once you've completed that appropriate tasks above you should have -a functioning PPP gateway to the Internet. - -<sect1> -<heading>Testing the Dial-Up link:</heading> - -<p> The first thing to test is that the connection is being made -between your modem and the ISP. - -<sect1> -<heading>Testing the Ethernet LAN</heading> - -<p> *** TBD *** -</sect> - -<sect> -<heading>Exercises for the Interested Student</heading> - -<p> -<sect1> -<heading>Creating a mini-DNS system</heading> - -<p>While managing a Domain Name Service (DNS) hierarchy can be a black -art, it is possible to set up a Mini-DNS server on the FreeBSD system -that also acts as your gateway to your ISP. - -<p>Building on the files in <tt>/etc/namedb</tt> when the FreeBSD -system was installed it's possible to create a name server that is -both authoritative for the example network shown here as well as a -front-door to the Internet DNS architecture. - -<p>In this minimal DNS configuration, only three files are necessary: -<tscreen><verb> -/etc/namedb/named.boot -/etc/namedb/named.root -/etc/namedb/mydomain.db -</verb></tscreen> - -<p>The <tt>/etc/namedb/named.root</tt> file is automatically installed -as part of the FreeBSD base installation; the other two files must be -created manually. - -<sect2> -<heading>The <tt>/etc/namedb/named.boot</tt> file</heading> -<p>The <tt>/etc/namedb/named.boot</tt> file controls the startup -settings of the DNS server. -Esentially, it tells the Name Server: -<enum> -<item>Where to find configuration files, -<item>What "domain names" it's responsible for, and -<item>Where to find other DNS servers. -</enum> - -<p>Using the '<tt/ee/' editor, create a -<tt>/etc/namedb/named.boot</tt> with the following contents: -<tscreen><verb> -; boot file for mini-name server - -directory /etc/namedb - -; type domain source host/file backup file - -cache . named.root -primary my.domain. mydomain.db -</verb></tscreen> -<p>Lines that begin with a semi-colon are comments. The significant -lines in this file are: -<itemize> -<item><tt>directory /etc/namedb</tt> -<p>Tells the Name Server where to find the configuration files -referenced in the remaining sections of the -'<tt>/etc/namedb/named.boot</tt>' file. -<item><tt>cache . named.root</tt> -<p>Tells the Name Server that the list of "Top-Level" DNS servers for -the Internet can be found in a file called '<tt>named.root</tt>'. -(This file is included in the base installation and its -contents are not described in this document.) -<item><tt>primary my.domain. mydomain.db</tt> -<p>Tells the Name Server that it will be "authoritative" for a DNS -domain called "my.domain" and that a list of names and IP addresses -for the systems in "my.domain" (the local network) -can be found in a file named '<tt>mydomain.db</tt>'. -</itemize> -<p>Once the <tt>/etc/namedb/named.boot</tt> file has been created and -saved, proceed to the next section to create the -<tt>/etc/namedb/mydomain.db</tt> file. - -<sect2> -<heading>The <tt>/etc/namedb/mydomain.db</tt> file</heading> - -<p>The <tt>/etc/namedb/mydomain.db</tt> file lists the names and IP -addresses of <em/every/ system in the Local Area Network. - -<p><em>For a detailed description of the statements used in this file, -refer to the <tt/named/ manpage.</em> - -<p>The <tt>/etc/namedb/mydomain.db</tt> file for our minimal DNS -server has the following contents: -<tscreen><verb> -@ IN SOA my.domain. root.my.domain. ( - 961230 ; Serial - 3600 ; Refresh - 300 ; Retry - 3600000 ; Expire - 3600 ) ; Minimum - IN NS curly.my.domain. - -curly.my.domain. IN A 192.168.1.1 # The FreeBSD box -larry.my.domain. IN A 192.168.1.2 # The Win'95 box -moe.my.domain. IN A 192.168.1.3 # The WfW box -shemp.my.domain. IN A 192.168.1.4 # The Windows NT box - -$ORIGIN 1.168.192.IN-ADDR.ARPA - IN NS curly.my.domain. -1 IN PTR curly.my.domain. -2 IN PTR larry.my.domain. -3 IN PTR moe.my.domain. -4 IN PTR shemp.my.domain. - -$ORIGIN 0.0.127.IN-ADDR.ARPA - IN NS curly.my.domain. -1 IN PTR localhost.my.domain. -</verb></tscreen> -<p>In simple terms, this file declares that the local DNS server is: -<itemize> -<item>The Start of Authority for ("SOA") for a domain called -'my.domain', -<item>The Name Server ("NS") for 'my.domain', -<item>Responsible for the reverse-mapping for all IP addresses that -start with '192.168.1.' and -'127.0.0.' ("$ORIGIN ...") -</itemize> - -<p>To add workstation entries to this file you'll need to add two -lines for each system; one in the top section where the name(s) are -mapped into Internet Addresses ("IN A"), and another line that maps -the addresses back into names in the <tt>$ORIGIN -1.168.192.IN-ADDR.ARPA</tt> section. - -<sect2> -<heading>Starting the DNS Server</heading> - -<p>By default the DNS server ('<tt>/usr/sbin/named</tt>') is not -started when the system boots. You can modify this behavior by -changing a single line in '<tt>/etc/sysconfig</tt>' as follows: - -<p> Using the '<tt/ee/' editor, load <tt>/etc/sysconfig</tt>. Scroll -down approximately 200 lines until you come to the section that says: -<tscreen><verb> ---- -# Set to appropriate flags for named, if you have a full-time -# connection to the Internet. -# For most hosts, flags should be "-b /etc/namedb/named.boot" -namedflags="NO" ---- -</verb></tscreen> -Change this section to read: -<tscreen><verb> ---- -# Set to appropriate flags for named, if you have a full-time -# connection to the Internet. -# For most hosts, flags should be "-b /etc/namedb/named.boot" -namedflags="-b /etc/namedb/named.boot" ---- -</verb></tscreen> -Save the file and reboot. - -Alternatively, start the Name Server daemon by entering the following -command: -<tscreen><verb> -# named -b /etc/namedb/named.boot -</verb></tscreen> - -<p>Whenever you modify any of the files in <tt>/etc/namedb</tt> you'll -need to kick-start the Name Server process to make it pick up the -modifications. This is performed with the following system command: -<tscreen><verb> -# kill -HUP `cat /var/run/named.pid` -</verb></tscreen> - -<sect1> -<heading>Playing with PPP filters</heading> - -<p>The PPP program has the ability to apply selected filtering rules -to the traffic it routes. While this is not nearly as secure as a -formal firewall it does provide some access control as to how the link -is used. - -<p>('<tt>man ipfw</tt>' for information on setting up a more secure -FreeBSD system.) - -<p>The complete documentation for the various filters and rules under -PPP are availabe in the PPP manpage. - -<p>There are four distinct classes of rules which may be applied to -the PPP program: -<itemize> -<item><tt/afilter/ - Access Counter (or "Keep Alive") filters -<p>These control which events are ignored by the <tt/set timeout=/ -statement in the configuration file. -<item><tt/dfilter/ - Dialing filters -<p>These filtering rules control which events are ignored by the -demand-dial mode of PPP. -<item><tt/ifilter/ - Input filters -<p>Control whether incoming packets should be discarded or passed into -the system. -<item><tt/ofilter/ - Output filters -<p>Control whether outgoing packets should be discarded or passed into -the system. -</itemize> -<p> - -What follows is a snippet from an operating system which provides a -good foundation for "normal" Internet operations while preventing PPP -from pumping <em/all/ data over the dial-up connection. Comments -briefly describe the logic of each rule set: -<tscreen><verb> -# -# KeepAlive filters -# Don't keep Alive with ICMP,DNS and RIP packet -# - set afilter 0 deny icmp - set afilter 1 deny udp src eq 53 - set afilter 2 deny udp dst eq 53 - set afilter 3 deny udp src eq 520 - set afilter 4 deny udp dst eq 520 - set afilter 5 permit 0/0 0/0 -# -# Dial Filters: -# Note: ICMP will trigger a dial-out in this configuration! -# - set dfilter 0 permit 0/0 0/0 -# -# Allow ident packet pass through -# - set ifilter 0 permit tcp dst eq 113 - set ofilter 0 permit tcp src eq 113 -# -# Allow telnet connection to the Internet -# - set ifilter 1 permit tcp src eq 23 estab - set ofilter 1 permit tcp dst eq 23 -# -# Allow ftp access to the Internet -# - set ifilter 2 permit tcp src eq 21 estab - set ofilter 2 permit tcp dst eq 21 - set ifilter 3 permit tcp src eq 20 dst gt 1023 - set ofilter 3 permit tcp dst eq 20 -# -# Allow access to DNS lookups -# - set ifilter 4 permit udp src eq 53 - set ofilter 4 permit udp dst eq 53 -# -# Allow DNS Zone Transfers -# - set ifilter 5 permit tcp src eq 53 - set ofilter 5 permit tcp dst eq 53 -# -# Allow access from/to local network -# - set ifilter 6 permit 0/0 192.168.1.0/24 - set ofilter 6 permit 192.168.1.0/24 0/0 -# -# Allow ping and traceroute response -# - set ifilter 7 permit icmp - set ofilter 7 permit icmp - set ifilter 8 permit udp dst gt 33433 - set ofilter 9 permit udp dst gt 33433 -# -# Allow cvsup -# - set ifilter 9 permit tcp src eq 5998 - set ofilter 9 permit tcp dst eq 5998 - set ifilter 10 permit tcp src eq 5999 - set ofilter 10 permit tcp dst eq 5999 -# -# Allow NTP for Time Synchronization -# - set ifilter 11 permit tcp src eq 123 dst eq 123 - set ofilter 11 permit tcp src eq 123 dst eq 123 - set ifilter 12 permit udp src eq 123 dst eq 123 - set ofilter 12 permit udp src eq 123 dst eq 123 -# -# SMTP'd be a good idea! -# - set ifilter 13 permit tcp src eq 25 - set ofilter 13 permit tcp dst eq 25 -# -# -# We use a lot of `whois`, let's pass that -# - set ifilter 14 permit tcp src eq 43 - set ofilter 14 permit tcp dst eq 43 - set ifilter 15 permit udp src eq 43 - set ofilter 15 permit udp dst eq 43 -# -# If none of above rules matches, then packet is blocked. -#------- -</verb></tscreen> -<p>Up to 20 distinct filtering rules can be applied to each class of -filter. Rules in each class are number sequentially from 0 to 20 -<em/but none of the rules for a particular filter class take affect -until ruleset '0' is defined!/ - -<p>If you choose <em/not/ to use Filtering Rules in the PPP -configuration then <em/ALL/ traffic will be permitted both into and -out of your system while it's connected to your ISP. - -If you decide that you want to implement filtering rules, add the -above lines to your <tt>/etc/ppp/ppp.conf</tt> file in either the -"default:", "demand:", or "interactive:" section (or all of them - the -choice is yours). - -</sect> - -</article> - diff --git a/ja_JP.eucJP/Makefile b/ja_JP.eucJP/Makefile deleted file mode 100644 index 4708f7e403..0000000000 --- a/ja_JP.eucJP/Makefile +++ /dev/null @@ -1,6 +0,0 @@ -# From: @(#)Makefile 8.1 (Berkeley) 6/5/93 -# $Id: Makefile,v 1.3 1997-02-22 13:00:32 peter Exp $ - -SUBDIR= handbook - -.include <bsd.subdir.mk> diff --git a/ja_JP.eucJP/books/handbook/Makefile b/ja_JP.eucJP/books/handbook/Makefile deleted file mode 100644 index 4a28740c67..0000000000 --- a/ja_JP.eucJP/books/handbook/Makefile +++ /dev/null @@ -1,27 +0,0 @@ -# $Id: Makefile,v 1.14 1997-09-13 20:09:22 max Exp $ -# Original revision: 1.22 -# The FreeBSD Japanese Documentation Project - -DOC= handbook -DOCDIR=${SHAREDIR}/doc/ja_JP.EUC -FORMATS= html roff -SGMLOPTS+=-e EUC-JP -SGMLOPTS+=-links - -SRCS= authors.sgml basics.sgml bibliography.sgml boothelp.sgml -SRCS+= booting.sgml contrib.sgml crypt.sgml ctm.sgml current.sgml cvsup.sgml -SRCS+= cyclades.sgml development.sgml dialup.sgml dialout.sgml -SRCS+= diskless.sgml dma.sgml eresources.sgml esdi.sgml -SRCS+= firewalls.sgml glossary.sgml goals.sgml -SRCS+= handbook.sgml history.sgml hw.sgml install.sgml isdn.sgml -SRCS+= kerberos.sgml kernelconfig.sgml kerneldebug.sgml kernelopts.sgml -SRCS+= lists.sgml mail.sgml memoryuse.sgml -SRCS+= mirrors.sgml nfs.sgml nutshell.sgml pgpkeys.sgml policies.sgml -SRCS+= porting.sgml ports.sgml ppp.sgml printing.sgml -SRCS+= quotas.sgml relnotes.sgml routing.sgml russian.sgml -SRCS+= serial.sgml scsi.sgml sections.sgml sio.sgml skey.sgml slipc.sgml -SRCS+= slips.sgml stable.sgml submitters.sgml synching.sgml -SRCS+= term.sgml userppp.sgml uart.sgml linuxemu.sgml -SRCS+= jcontrib.sgml jmembers.sgml - -.include <bsd.sgml.mk> diff --git a/ja_JP.eucJP/books/handbook/book.sgml b/ja_JP.eucJP/books/handbook/book.sgml deleted file mode 100644 index 417cb9418c..0000000000 --- a/ja_JP.eucJP/books/handbook/book.sgml +++ /dev/null @@ -1,195 +0,0 @@ -<!-- $Id: book.sgml,v 1.21 1997-10-20 05:44:54 max Exp $ --> -<!-- The FreeBSD Japanese Documentation Project --> -<!-- Original revision: 1.79 --> - -<!DOCTYPE linuxdoc PUBLIC "-//FreeBSD//DTD linuxdoc//EN" [ - -<!-- Conditional flags for this version of the document --> -<!ENTITY % boothelp.only "IGNORE"> -<!ENTITY % handbook.only "INCLUDE"> - -<!-- Entity shorthand for authors' names and email addresses --> -<!ENTITY % authors SYSTEM "authors.sgml"> -%authors; - -<!-- Entity shorthand for translator's names and email addresses --> -<!ENTITY % jmembers SYSTEM "jmembers.sgml"> -%jmembers; - -<!-- Entity shorthand for mailing list email addresses --> -<!ENTITY % lists SYSTEM "lists.sgml"> -%lists; - -<!-- Entity definitions for all the parts --> -<!ENTITY % sections SYSTEM "sections.sgml"> -%sections; - -<!-- The currently released version of FreeBSD --> -<!ENTITY rel.current CDATA "2.2.2"> - -]> - -<linuxdoc> - <book> - - <title>FreeBSD ハンドブック</title> - <author> - <name>FreeBSD ドキュメンテーションプロジェクト</name> - </author> - <date>1997年10月</date> - -<abstract>FreeBSD へようこそ! このハンドブックは<bf>FreeBSD Release -&rel.current;</bf>のインストールおよび, 日常での使い方について記述したもので, -FreeBSD ドキュメンテーションプロジェクトによって編集されています. - -日本語版の作成は FreeBSD 日本語ドキュメンテーションプロジェクトがおこなって -います. 本書は<bf>現在進行中の作業</bf>であって, 多くの個人の手からなる -仕事です. 多くのセクションはまだ存在しませんし, いま存在するセクションの -いくつかはアップデートが必要です. この FreeBSD ドキュメンテーション -プロジェクトに協力したいと思ったら, &a.doc; まで (英語で) 電子メールを -送ってください. ハンドブックそのものに関する議論は, こちらで -おこなわれています. (もちろん英語でです.) -日本語訳および, 日本語版のみに関することは &a.doc-jp; において日本語で -議論されています. 必要に応じて日本語ドキュメンテーションプロジェクトから -本家ドキュメンテーションプロジェクトに対してフィードバックをおこないますので, -英語が得意でない方は &a.doc-jp; まで日本語でコメントをお寄せください. -このドキュメントの最新バージョンは, いつでも -<url url="http://www.jp.FreeBSD.ORG/" -name="日本国内版 FreeBSD World Wide Web サーバ">や -<url url="http://www.FreeBSD.ORG/" name="FreeBSD World Wide Web サーバ"> -から入手できますし, -<url url="ftp://ftp.FreeBSD.ORG/pub/FreeBSD/docs" name="FreeBSD FTP サーバ"> -や, たくさんある<ref id="mirrors" name="ミラーサイト">からプレインテキスト, -postscript, HTML などの形式でダウンロードすることもできます. -また, <url url="/search.html" name="ハンドブックの検索">も可能です. - -</abstract> - <toc> - -<!-- ************************************************************ --> - - <part><heading>導入</heading> - - <chapt><heading>はじめに</heading> -<p>FreeBSD は, Intel アーキテクチャ (x86) ベースの PC のための -4.4BSD-Lite をベースとしたオペレーティングシステムです. -FreeBSD の概要については, -<ref id="nutshell" name="FreeBSD とは">をご覧ください. -このプロジェクトの歴史については, <ref id="history" name="FreeBSD 小史"> -をご覧ください. 最新のリリースについての記述は, -<ref id="relnotes" name="現在のリリースについて">をご覧ください. -FreeBSD プロジェクトへの何らかの貢献 (ソースコード, 機器, 資金の提供など) -について興味があれば, <ref id="contrib" name="FreeBSD への貢献"> -の章をご覧ください. - - &nutshell; - &history; - &goals; - &development; - &relnotes; - - &install; - &basics; - - &ports; - -<!-- ************************************************************ --> - - <part><heading>システム管理</heading> - - &kernelconfig; - <chapt><heading>セキュリティ</heading> - &crypt; - &skey; - &kerberos; - &firewalls; - - &printing; - - "as; - <chapt><heading>X ウィンドウシステム</heading> -<p>この節の完成は保留にしてあります. - <url url="http://www.xfree86.org/" name="The XFree86 Project, Inc"> - から提供されるドキュメントを参考にしてください. - - &hw; - - <chapt><heading>ローカル化<label id="l10n"></heading> - &russian; - -<!-- ************************************************************ --> - - <part><heading>ネットワーク通信</heading> - - <chapt><heading>シリアル通信</heading> - &serial; - &term; - &dialup; - &dialout; - - <chapt><heading>PPP と SLIP</heading> - -<p>もしあなたがモデムを使ってインターネットに接続したり, -他の人々に FreeBSD によるインターネットへのダイヤルアップ接続を -提供しようとしているのでしたら, PPP または SLIP 接続を選択することができます. -PPP 接続には, 2 種類の方法が提供されています: -<em>ユーザ</em>PPP (iijppp とも呼ばれます) と<em>カーネル</em>PPP です. -両方の PPP の設定手順と, SLIP の設定方法については以下の章に書かれています. - - &userppp; - &ppp; - &slipc; - &slips; - - <chapt><heading>高度なネットワーク</heading> - &routing; - &nfs; - &diskless; - &isdn; - - &mail; - -<!-- ************************************************************ --> - - <part><heading>さらに進んだ話題</heading> - <chapt><heading>開発の最前線: FreeBSD-current と FreeBSD-stable</heading> - <p>あるリリースから次のリリースまでの期間にも, FreeBSD の開発は - 休みなく続けられています. この開発の最前線に興味を持っている人のために, - 手元のシステムを最新の開発ツリーに同期させておくための, - とても使いやすい仕掛けが何種類も用意されています. - 注意: 開発の最前線は, 誰でもが扱えるという性質のものではありません! - もしもあなたが, 開発途中のシステムを追いかけようか, それともリリース - バージョンのどれかを使い続けようかと迷っているのなら, - きっとこの章が参考になるでしょう. </p> - - ¤t; - &stable; - &synching; - </chapt> - - &submitters; - &policies; - &kernelopts; - &kerneldebug; - &linuxemu; - <chapt><heading>FreeBSD の内部</heading> - &booting; - &memoryuse; - &dma; - - -<!-- ************************************************************ --> - - <part><heading>付録</heading> - - &mirrors; - &bibliography; - &eresources; - &contrib; - &pgpkeys; - &jcontrib; - -<!-- &glossary; --> - - </book> -</linuxdoc> |