src - OpenBSD base system

Age	Commit message (Collapse)	Author
2004-12-20	Allow the setkey function of a transform to fail, eg. when an insufficient	Hans-Joerg Hoexer
	number of key bits is supplied. Only AES and DES/3DES might fail. ok and help markus@
2004-05-07	Replace RSA-derived md5 code with code derived from Colin Plumb's PD version.	Todd C. Miller
	This moves md5.c out of libkern and into sys/crypto where it belongs (as requested by markus@). Note that md5.c is still mandatory (dev/rnd.c uses it). Verified with IPsec + hmac-md5 and tcp md5sig. OK henning@ and hshoexer@
2003-07-24	hmac-sha2-{256,384,512} support in AH/ESP auth. markus ok	Jun-ichiro itojun Hagino

2003-02-15	skeleton support for LZS compression	Jason Wright

2002-11-12	Add a CRYPTO_NULL xform (it's a do nothing, but nice for measuring the	Jason Wright
	bandwidth of the kernel API). It's only available from userland and then only if kern.cryptodevallowsoft=1.
2002-04-22	KNF	Theo de Raadt

2002-02-24	license repair, angelos ok	Theo de Raadt

2001-08-28	Getting closer to working userland MAC.	ben

2001-08-17	Add RC4 support.	ben

2001-07-05	Compression support for IPComp. Include files only. angelos@ ok.	Jean-Jacques Bernard-Gundol

2001-06-16	KNF	Theo de Raadt

2001-06-13	ivmask has been deprecated.	Angelos D. Keromytis

2001-05-13	copyrights and $OpenBSD$ tags	Jason Wright

2000-06-18	Add Rijndael (128-bit blocksize) in the software crypto driver.	Angelos D. Keromytis
	Hacking at OpenBSD Crypto 2000 :-)
2000-03-17	Cryptographic services framework, and software "device driver". The	Angelos D. Keromytis
	idea is to support various cryptographic hardware accelerators (which may be (detachable) cards, secondary/tertiary/etc processors, software crypto, etc). Supports session migration between crypto devices. What it doesn't (yet) support: - multiple instances of the same algorithm used in the same session - use of multiple crypto drivers in the same session - asymmetric crypto No support for a userland device yet. IPsec code path modified to allow for asynchronous cryptography (callbacks used in both input and output processing). Some unrelated code simplification done in the process (especially for AH). Development of this code kindly supported by Network Security Technologies (NSTI). The code was writen mostly in Greece, and is being committed from Montreal.