int
do_test (int argc, char ** argv)
{
const struct a64l_test *at;
long int l;
const char *s;
int status = 0;
for (at = tests; at->base64 != NULL; ++at)
{
printf ("a64l (\"%s\")", at->base64);
l = a64l (at->base64);
if (l == at->value)
puts ("\tOK");
else
{
printf ("\tBAD\n returns %ld, expected %ld\n", l, at->value);
status = 1;
}
printf ("l64a (%ld)", at->value);
s = l64a (at->value);
if (strcmp (s, at->base64) == 0)
puts ("\tOK");
else
{
printf ("\tBAD\n returns \"%s\", expected \"%s\"\n", s, at->base64);
status = 1;
}
}
return status ? EXIT_FAILURE : EXIT_SUCCESS;
}
struct spwd *
pwd_to_spwd(const struct passwd *pw)
{
static struct spwd sp;
/*
* Nice, easy parts first. The name and passwd map directly
* from the old password structure to the new one.
*/
sp.sp_namp = pw->pw_name;
sp.sp_pwdp = pw->pw_passwd;
#ifdef ATT_AGE
/*
* AT&T-style password aging maps the sp_min, sp_max, and
* sp_lstchg information from the pw_age field, which appears
* after the encrypted password.
*/
if (pw->pw_age[0]) {
sp.sp_max = (c64i(pw->pw_age[0]) * WEEK) / SCALE;
if (pw->pw_age[1])
sp.sp_min = (c64i(pw->pw_age[1]) * WEEK) / SCALE;
else
sp.sp_min = (10000L * DAY) / SCALE;
if (pw->pw_age[1] && pw->pw_age[2])
sp.sp_lstchg = (a64l(pw->pw_age + 2) * WEEK) / SCALE;
else
sp.sp_lstchg = time((time_t *) 0) / SCALE;
} else
#endif
{
/*
* Defaults used if there is no pw_age information.
*/
sp.sp_min = 0;
sp.sp_max = (10000L * DAY) / SCALE;
sp.sp_lstchg = time((time_t *) 0) / SCALE;
}
/*
* These fields have no corresponding information in the password
* file. They are set to uninitialized values.
*/
sp.sp_warn = -1;
sp.sp_expire = -1;
sp.sp_inact = -1;
sp.sp_flag = -1;
return &sp;
}
