void test_irc_user() {
char msg[READ_BUF];
irc_user("Circus", "Circus IRC");
read_mock(msg);
mu_assert(s_eq(msg, "USER Circus hostname server :Circus IRC\r\n"),
"test_irc_user: msg should be 'USER Circus hostname server :Circus IRC\\r\\n'");
}
void sigyn_introduce_client(char *nick)
{
/* Generate the system hostname; RFC1459 wants us to send this. */
char hostname[256];
sigyn_hostname(hostname, 255);
/* Introduce ourselves to the server. */
irc_nick(nick);
irc_user(nick, hostname, me.uplink.hostname, me.client->gecos);
}
static
char *test_irc_user() {
bstring expected;
expected = bfromcstr("USER lolbot x x :lolbot\r\n");
irc_user(SOCK, "lolbot", "lolbot");
mu_assert("Empty message", blength(sent) != 0);
mu_assert("Message differs from expected", bstrcmp(expected, sent) == 0);
bdestroy(expected);
bdestroy(sent);
return NULL;
}
/* reintroduces a user after it has been killed. */
void
ReintroduceUser(struct userNode *user)
{
struct mod_chanmode change;
unsigned int n;
irc_user(user);
mod_chanmode_init(&change);
change.argc = 1;
for (n = 0; n < user->channels.used; n++) {
struct modeNode *mn = user->channels.list[n];
irc_join(user, mn->channel);
if (mn->modes) {
change.args[0].mode = mn->modes;
change.args[0].u.member = mn;
mod_chanmode_announce(user, mn->channel, &change);
}
}
}
void network_connect(struct network *net)
{
struct channel *tmp;
irc_connect(net);
if (net->close_network)
return ;
irc_nick(net);
network_write_nick(net);
irc_user(net);
network_write_realname(net);
if (net->password)
irc_pass(net);
network_foreach_channel(net, tmp)
irc_join(net, tmp->name);
network_write_joined(net);
}
void irc_login(char* nick, char* user_name, char* real_name) {
irc_nick(nick);
irc_user(user_name, real_name);
}
