static void print_key(struct secret *secret,
struct private_key_stuff *pks,
bool disclose)
{
if (secret) {
int count = 1;
struct id_list *l = lsw_get_idlist(secret);
while (l != NULL) {
print(pks, count, &l->id, disclose);
l = l->next;
count++;
}
} else {
print(pks, 0, NULL, disclose);
}
}
int print_key(struct secret *secret
, struct private_key_stuff *pks
, void *uservoid, bool disclose)
{
int lineno = lsw_get_secretlineno(secret);
struct id_list *l = lsw_get_idlist(secret);
char idb[IDTOA_BUF];
int count=1;
char pskbuf[128];
if(pks->kind == PPK_PSK || pks->kind==PPK_XAUTH) {
datatot(pks->u.preshared_secret.ptr,
pks->u.preshared_secret.len,
'x', pskbuf, sizeof(pskbuf));
}
while(l) {
idtoa(&l->id, idb, IDTOA_BUF);
switch(pks->kind) {
case PPK_PSK:
printf("%d(%d): PSK keyid: %s\n", lineno, count, idb);
if(disclose) printf(" psk: \"%s\"\n", pskbuf);
break;
case PPK_RSA:
printf("%d(%d): RSA keyid: %s with id: %s\n", lineno, count, pks->u.RSA_private_key.pub.keyid,idb);
break;
case PPK_XAUTH:
printf("%d(%d): XAUTH keyid: %s\n", lineno, count, idb);
if(disclose) printf(" xauth: \"%s\"\n", pskbuf);
break;
case PPK_PIN:
printf("%d:(%d) PIN key-type not yet supported for id: %s\n", lineno, count, idb);
break;
}
l=l->next;
count++;
}
return 1;
}
