src/lib/libcrypt/crypt-shs.c, branch main FreeBSD source tree https://cgit-dev.freebsd.org/src/atom?h=main 2000-01-07T06:33:54Z Zap SHA1 password support. This will be re-implemented at a later date. 2000-01-07T06:33:54Z Kris Kennaway kris@FreeBSD.org 2000-01-07T06:33:54Z urn:sha1:0ade301d10aba84c062b0edde928a0484ed17074 Make a dlopen failure consistant with dlsym(). "Shouldn't happen." 1999-12-17T20:21:45Z Peter Wemm peter@FreeBSD.org 1999-12-17T20:21:45Z urn:sha1:e67c7c99ef624c47f638a8ea00ec0c881ebe7327 patch glitch 1999-12-17T20:19:28Z Peter Wemm peter@FreeBSD.org 1999-12-17T20:19:28Z urn:sha1:9c8fbe31e57d277755e41f5d0277969f36aa4b03 Remove -lmd. Use dlopen() and dlsym() instead for calls to the MD5* and 1999-12-17T20:04:01Z Peter Wemm peter@FreeBSD.org 1999-12-17T20:04:01Z urn:sha1:1f4aad4d1c613bd7ecdddf758e7beeda53b1b57a SHA* routines so that callers of libcrypt are not exposed to the internal implementation. Big code cleanup. (Inspired by Brandon Gillespie). Also move as 1999-09-20T12:45:49Z Mark Murray markm@FreeBSD.org 1999-09-20T12:45:49Z urn:sha1:e9a56ad5ca9a9ce91608f6a0b6e1c0f9c71598db much as possible away from secure/ to make extending easier. The new crypt code broke "make world". Back it out. 1999-01-23T08:27:46Z Mark Murray markm@FreeBSD.org 1999-01-23T08:27:46Z urn:sha1:4fdd3d5417cca703ca0339d0aee33cc17e0ded9d Rewrite of crypt library to be more modular, and addition of the 1999-01-21T13:50:09Z Brandon Gillespie brandon@FreeBSD.org 1999-01-21T13:50:09Z urn:sha1:da5c7089a3df3e8c3ca125316cb03ec7f26b82c8 Secure Hashing Algorithm - 1 (SHA-1), along with the further refinement of what $x$salt$hash means. With this new crypt the following are all acceptable: $1$ $MD5$ $SHA1$ Note: $2$ is used by OpenBSD's Blowfish, which I considered adding as $BF$, but there is no actual need for it with SHA-1. However, somebody wishing to add OpenBSD password support could easilly add it in now. There is also a malloc_crypt() available in the library now, which behaves exactly the same as crypt(), but it uses a malloced buffer instead of a static buffer. However, this is not standard so will likely not be used much (at all). Also, for those interested I did a brief speed test Pentium 166/MMX, which shows the DES crypt to do approximately 2640 crypts a CPU second, MD5 to do about 62 crypts a CPU second and SHA1 to do about 18 crypts a CPU second. Reviewed by: Mark Murray