ssh2_pkt_send(ssh);
		}
	    } else if (ssh->pktin.type == SSH2_MSG_CHANNEL_OPEN) {
		char *type;
		int typelen;
		char *peeraddr;
		int peeraddrlen;
		int port;
		int peerport;
		char *error = NULL;
		struct ssh_channel *c;
		unsigned remid, winsize, pktsize;
		ssh2_pkt_getstring(ssh, &type, &typelen);
		c = snew(struct ssh_channel);
		c->ssh = ssh;

		remid = ssh2_pkt_getuint32(ssh);
		winsize = ssh2_pkt_getuint32(ssh);
		pktsize = ssh2_pkt_getuint32(ssh);
		ssh2_pkt_getstring(ssh, &peeraddr, &peeraddrlen);
		port = ssh2_pkt_getuint32(ssh);

		if (typelen == 3 && !memcmp(type, "x11", 3)) {
		    char *addrstr = snewn(peeraddrlen+1, char);
		    memcpy(addrstr, peeraddr, peeraddrlen);
		    peeraddr[peeraddrlen] = '\0';
                    ssh2_pkt_getstring(ssh, &peeraddr, &peeraddrlen);
                    peerport = ssh2_pkt_getuint32(ssh);

		    if (!ssh->X11_fwd_enabled)
			error = "X11 forwarding is not enabled";
		    else if (x11_init(&c->u.x11.s, ssh->cfg.x11_display, c,
				      ssh->x11auth, addrstr, port,
				      ssh->x11auth, addrstr, peerport,
				      &ssh->cfg) != NULL) {
			error = "Unable to open an X11 connection";
		    } else {
			c->type = CHAN_X11;
		    }

		    sfree(addrstr);
		} else if (typelen == 15 &&
			   !memcmp(type, "forwarded-tcpip", 15)) {
		    struct ssh_rportfwd pf, *realpf;
		    char *dummy;
		    int dummylen;
		    ssh2_pkt_getstring(ssh, &dummy, &dummylen);/* skip address */
		    pf.sport = ssh2_pkt_getuint32(ssh);
                    ssh2_pkt_getstring(ssh, &peeraddr, &peeraddrlen);
                    peerport = ssh2_pkt_getuint32(ssh);
		    realpf = find234(ssh->rportfwds, &pf, NULL);
		    if (realpf == NULL) {
			error = "Remote port is not recognised";
		    } else {
			char *e = pfd_newconnect(&c->u.pfd.s, realpf->dhost,
						 realpf->dport, c, &ssh->cfg);
			logeventf(ssh, "Received remote port open request"