Differences From Artifact [5316fea250]:

• File ssh.c — part of check-in [6c598766ba] at 2001-03-02 07:55:23 on branch trunk — Support for selecting AES from the GUI. In the process, I've had to introduce another layer of abstraction in SSH2 ciphers, such that a single `logical cipher' (as desired by a user) can equate to more than one `physical cipher'. This is because AES comes in several key lengths (PuTTY will pick the highest supported by the remote end) and several different SSH2-protocol-level names (aes*-cbc, rijndael*-cbc, and an unofficial one rijndael-cbc@lysator.liu.se). (user: simon size: 108170)

To Artifact [5d8c7add2a]:

• File ssh.c — part of check-in [e92b8a0de1] at 2001-03-02 11:13:36 on branch trunk — Added support for RSA host keys (not user keys yet) (user: simon size: 108221)

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const static struct ssh_kex *kex_algs[] = {
#ifdef DO_DIFFIE_HELLMAN_GEX
    &ssh_diffiehellman_gex,
#endif
    &ssh_diffiehellman };

extern const struct ssh_signkey ssh_dss;
extern const struct ssh_signkey ssh_rsa;
const static struct ssh_signkey *hostkey_algs[] = { &ssh_dss };
const static struct ssh_signkey *hostkey_algs[] = { &ssh_rsa, &ssh_dss };

extern const struct ssh_mac ssh_md5, ssh_sha1, ssh_sha1_buggy;

static void nullmac_key(unsigned char *key) { }
static void nullmac_generate(unsigned char *blk, int len, unsigned long seq) { }
static int nullmac_verify(unsigned char *blk, int len, unsigned long seq) { return 1; }
const static struct ssh_mac ssh_mac_none = {