private static void queueLoop(List <QueueMessageRecv> queue)
{
// Prepare an special message object to use while receiving and parsing, without locking up the queue messages
QueueMessageRecv active_message = new QueueMessageRecv();
while (!shouldStop)
{
TLC.Report();
bool message_found = false;
lock (queue)
{
if (queue.Count > 0)
{
// Pick the oldest message
active_message = queue[0];
message_found = true;
// Remove it from the queue
queue.RemoveAt(0);
}
}
if (message_found)
{
Logging.trace("Received {0} ({1}B) - {2}...", active_message.code, active_message.data.Length, Crypto.hashToString(active_message.data.Take(60).ToArray()));
// Active message set, attempt to parse it
IxianHandler.parseProtocolMessage(active_message.code, active_message.data, active_message.endpoint);
}
else
{
// Sleep for 10ms to prevent cpu waste
Thread.Sleep(10);
}
}
Logging.info("Network queue thread stopped.");
}
// Actual tx network queue logic
public static void txqueueThreadLoop()
{
// Prepare an special message object to use while receiving and parsing, without locking up the queue messages
QueueMessageRecv active_message = new QueueMessageRecv();
QueueMessageRecv candidate = new QueueMessageRecv();
while (!shouldStop)
{
TLC.Report();
bool message_found = false;
lock (txqueueMessages)
{
if (txqueueMessages.Count > 0)
{
// Pick the oldest message
candidate = txqueueMessages[0];
active_message.code = candidate.code;
active_message.data = candidate.data;
active_message.checksum = candidate.checksum;
active_message.endpoint = candidate.endpoint;
message_found = true;
}
}
if (message_found)
{
// Active message set, attempt to parse it
IxianHandler.parseProtocolMessage(active_message.code, active_message.data, active_message.endpoint);
lock (txqueueMessages)
{
// Remove it from the queue
txqueueMessages.Remove(candidate);
}
// Sleep a bit to allow other threads to do their thing
Thread.Yield();
}
else
{
// Sleep for 10ms to prevent cpu waste
Thread.Sleep(10);
}
}
Logging.info("Network Tx queue thread stopped.");
}