disaster2:;
	    }
	}
    }
}

void setup_config_box(struct controlbox *b, struct sesslist *sesslist,
		      int midsession, int protocol, int protcfginfo)
{
    struct controlset *s;
    struct sessionsaver_data *ssd;
    struct charclass_data *ccd;
    struct colour_data *cd;
    struct environ_data *ed;
    struct portfwd_data *pfd;

			  HELPCTX(ssh_ciphers),
			  dlg_stdcheckbox_handler,
			  I(offsetof(Config,ssh2_des_cbc)));
	}

	/*
	 * The Connection/SSH/Kex panel. (Owing to repeat key
	 * exchange, this is all meaningful in mid-session _if_
	 * we're using SSH2 or haven't decided yet.)
	 */
	if (protcfginfo != 1) {
	    ctrl_settitle(b, "Connection/SSH/Kex",
			  "Options controlling SSH key exchange");

	    s = ctrl_getset(b, "Connection/SSH/Kex", "main",
			    "Key exchange algorithm options");
	    c = ctrl_draglist(s, "Algorithm selection policy", 's',
			      HELPCTX(ssh_kexlist),
			      kexlist_handler, P(NULL));
	    c->listbox.height = 5;

	    s = ctrl_getset(b, "Connection/SSH/Kex", "repeat",
			    "Options controlling key re-exchange");

	    ctrl_editbox(s, "Max minutes before rekey (0 for no limit)", 't', 20,
			 HELPCTX(ssh_kex_repeat),
			 dlg_stdeditbox_handler,
			 I(offsetof(Config,ssh_rekey_time)),
			 I(-1));
	    ctrl_editbox(s, "Max data before rekey (0 for no limit)", 'x', 20,
			 HELPCTX(ssh_kex_repeat),
			 dlg_stdeditbox_handler,
			 I(offsetof(Config,ssh_rekey_data)),
			 I(16));
	    ctrl_text(s, "(Use 1M for 1 megabyte, 1G for 1 gigabyte etc)",
		      HELPCTX(ssh_kex_repeat));
	}

	if (!midsession) {

	    /*
	     * The Connection/SSH/Auth panel.
	     */
	    ctrl_settitle(b, "Connection/SSH/Auth",