int main(void)
{
// puts("World starting... ");
receiveMessages(); // start receiving messages for this module (program).
int i = 100;
while(i > 0){ // Run loop (keeps the process in memory)
//puts("World module.");
sleep(1);
i--;
}
return 0;
}
static ChatPage* createChatPage(QWidget* parent = 0)
{
ChatPage* page = new ChatPage(parent);
IrcBufferModel* model = createBufferModel(page);
foreach (IrcBuffer* buffer, model->buffers())
page->treeWidget()->addBuffer(buffer);
IrcBuffer* buffer = model->find("#magna");
page->addBuffer(buffer);
page->splitView()->setCurrentBuffer(buffer);
page->treeWidget()->setCurrentBuffer(buffer);
page->treeWidget()->setVerticalScrollBarPolicy(Qt::ScrollBarAlwaysOff);
page->currentView()->textBrowser()->setVerticalScrollBarPolicy(Qt::ScrollBarAlwaysOff);
receiveMessages(model, buffer);
return page;
}
void SynchronousEngine<algorithm_t>::start(){
iteration_counter_ = 0;
runSynchronous( &SynchronousEngine::executeInits);
while ( iteration_counter_ < max_iterations_ ){
// mark vertex which has message as active in this superstep, no it is
// not parallized
receiveMessages();
clearMessages();
countActiveVertices();
runSynchronous( &SynchronousEngine::executeGathers);
runSynchronous( &SynchronousEngine::executeApplys);
runSynchronous( &SynchronousEngine::executeScatters);
runSynchronous( &SynchronousEngine::executeAggregate);
++iteration_counter_;
}
}
void SynchronousEngine<algorithm_t>::start(){
runSynchronous( &SynchronousEngine::executeInits);
aggregator->start();
while(true){
// mark vertex which has message as active in this superstep, no it is
// not parallized
receiveMessages();
clearMessages();
countActiveVertices();
if(num_active_vertices_ == 0){
break;
}
runSynchronous( &SynchronousEngine::executeGathers);
runSynchronous( &SynchronousEngine::executeApplys);
runSynchronous( &SynchronousEngine::executeScatters);
// probe the aggregator
aggregator->tick_synchronous();
++iteration_counter_;
}
}
void SV_update(networkUpdate_t *update)
{
uint i;
receiveMessages(update);
// Redirect the received messages to targeted clients
for (i = 0; i < update->count; i++)
{
networkMessage_t *message = &update->messages[i];
if (message->type != NETWORK_MESSAGE_HEARTBEAT)
{
sendMessage(message->type, message->senderID, message->receiverID, message->content);
if (message->type == NETWORK_MESSAGE_EXIT)
{ // Client left
dropClient(message->senderID);
}
}
}
checkForTimeOuts();
}
void PingServer::run() {
// recieve messages
receiveMessages();
shutdown();
}
//--------------------------------------------------------------
void DataHandler::update(){
newLocations.clear();
newCharacters.clear();
receiveMessages();
}
