protected void generateEvidence(IndentWriter writer) {
writer.println("Tunnel Handler");
writer.indent();
writer.println("started=" + started + ", active=" + active);
if (init_fail != null) {
writer.println("Init fail: " + init_fail);
}
long now = SystemTime.getMonotonousTime();
writer.println("total local=" + total_local_servers);
writer.println(
"last local create="
+ (last_local_server_create_time == 0
? "<never>"
: String.valueOf(now - last_local_server_create_time)));
writer.println(
"last local agree="
+ (last_local_server_agree_time == 0
? "<never>"
: String.valueOf(now - last_local_server_agree_time)));
writer.println("total remote=" + total_servers);
writer.println(
"last remote create="
+ (last_server_create_time == 0
? "<never>"
: String.valueOf(now - last_server_create_time)));
writer.println(
"last remote agree="
+ (last_server_agree_time == 0
? "<never>"
: String.valueOf(now - last_server_agree_time)));
synchronized (tunnels) {
writer.println("tunnels=" + tunnels.size());
for (PairManagerTunnel tunnel : tunnels.values()) {
writer.println(" " + tunnel.getString());
}
}
try {
writer.println("IPv4 punchers: " + nat_punchers_ipv4.size());
for (DHTNATPuncher p : nat_punchers_ipv4) {
writer.println(" " + p.getStats());
}
writer.println("IPv6 punchers: " + nat_punchers_ipv6.size());
for (DHTNATPuncher p : nat_punchers_ipv6) {
writer.println(" " + p.getStats());
}
} finally {
writer.exdent();
}
}
