src-test2/sys/modules, branch release/5.2.1_cvs

This commit was manufactured by cvs2svn to create tag

2004-02-23T15:32:56Z

'RELENG_5_2_1_RELEASE'. This commit was manufactured to restore the state of the 5.2.1-RELEASE image. Releases prior to 5.3-RELEASE are omitting the secure/ and crypto/ subdirs.

This commit was manufactured by cvs2svn to create branch 'RELENG_5_2'.

2003-12-07T03:02:28Z

Remove SMP option support from building the ACPI module as it is no longer

2003-12-05T15:49:01Z

needed. Approved by: re (murray) Requested by: njl

- Reenable building of the ACPI module on i386.

2003-12-03T21:13:06Z

- Remove 'device acpi' from i386 GENERIC and revert back to using ACPI as a module by default. Approved by: re (scottl / blanket)

Add madt.c to the list of sources for i386.

2003-12-03T21:10:02Z

Approved by: re (scottl / blanket)

Updated cx driver commit part 1: bring in the new kernel driver.

2003-12-03T07:29:38Z

This is the vastly updated cx drvier from Roman Kurakin who has been patiently waiting for this update for sometime. The driver is mostly a rewrite from the version we have in the tree. While some similarities remain, losing the little history that the old driver has is not a big loss, and the re@ felt it was easier this way (less error prone). The userland parts of this update will be committed shortly. The driver is not connected to the build yet. I want to make sure I don't break any platform at any time, so I want to test that with these files in the tree before I continue (on the off chance I'm forgetting a file). I changed the DEBUG macro to CX_DEBUG from the code that was submitted (to not break when we go to building with opt_global.h after the release), as well adding $FreeBSD$. Submitted by: Roman Kurakin Approved by: re@

* Add acpi_pcpu_get_id(idx, acpi_id, cpu_id) which fetches the

2003-11-26T19:01:33Z

idx'th present CPU with pc_acpi_id equal to *acpi_id. If *acpi_id does not match that processor's pc_acpi_id, return the value for ProcId derived from the MADT in *acpi_id. If pc_acpi_id is 0xffffffff, always override it with the value of *acpi_id. Finally, return pc_cpuid in *cpu_id and use that as our primary key. * Use pc_cpuid as our unique key because we know it is valid since MD code set it. The values for ProcId in the ASL and MADT don't match up on some machines (!), forcing us to fall back to ordered probing in that case. * Remove some #ifdef SMP since the refcount doesn't hurt performance and will be needed for dynamic _CST objects. Only one #ifdef SMP (for smp_rendezvous) remains. * Hook up SMP in the compile flags in the Makefile. Tested by: marcel, truckman Approved by: re (scottl)

o Remove @- from the ln and change it to a -sf. This was bogus, and

2003-11-19T05:08:27Z

regocnized as such at the time. Now that the other bogons in the tree have been fixed, we can remove this ugly kludge. o Remove stale/bogus opt_foo.h files. These are left over from by-gone resources. And they point to the need, yet again, to improve the build system so meta information is only in one place. Submitted by: ru Reviewed by: bde Approved by: re@ (jhb)

Revert a NOOP change to Makefile that slipped into the last commit.

2003-11-18T00:52:30Z

Pointed out by: tjr

Introduce a MAC label reference in 'struct inpcb', which caches

2003-11-18T00:39:07Z

the MAC label referenced from 'struct socket' in the IPv4 and IPv6-based protocols. This permits MAC labels to be checked during network delivery operations without dereferencing inp->inp_socket to get to so->so_label, which will eventually avoid our having to grab the socket lock during delivery at the network layer. This change introduces 'struct inpcb' as a labeled object to the MAC Framework, along with the normal circus of entry points: initialization, creation from socket, destruction, as well as a delivery access control check. For most policies, the inpcb label will simply be a cache of the socket label, so a new protocol switch method is introduced, pr_sosetlabel() to notify protocols that the socket layer label has been updated so that the cache can be updated while holding appropriate locks. Most protocols implement this using pru_sosetlabel_null(), but IPv4/IPv6 protocols using inpcbs use the the worker function in_pcbsosetlabel(), which calls into the MAC Framework to perform a cache update. Biba, LOMAC, and MLS implement these entry points, as do the stub policy, and test policy. Reviewed by: sam, bms Obtained from: TrustedBSD Project Sponsored by: DARPA, Network Associates Laboratories