void axEventManager::PushEvent(const axID& id,
const axEventId& evtId,
axMsg* msg)
{
manager_mutex.lock();
auto it = _event_fct_map.find(id);
if(it != _event_fct_map.end())
{
// Pair of the first and last element of this id.
auto range(it->second.equal_range(evtId));
axCore* core = axApp::GetInstance()->GetCore();
// Add every connected functions from this id to the event queue.
for (axEventMultimapIterator i = range.first; i != range.second; ++i)
{
// Create a Copy of child params.
axMsg* msg_copy = msg->GetCopy();
// Add binded function to event queue.bn
AddFunction(axBindedEvent(i->second, msg_copy));
core->PushEventOnSystemQueue();
}
}
manager_mutex.unlock();
delete msg;
}
void Manager::PushEvent(const ID& id, const Id& evtId, Msg* msg)
{
manager_mutex.lock();
auto it = _event_fct_map.find(id);
if (it == _event_fct_map.end()) {
manager_mutex.unlock();
if (msg) {
delete msg;
}
return;
}
// Pair of the first and last element of this id.
auto range(it->second.equal_range(evtId));
if (range.first == it->second.end()) {
manager_mutex.unlock();
if (msg) {
delete msg;
}
return;
}
// Add every connected functions from this id to the event queue.
for (Multimap::iterator i = range.first; i != range.second; ++i) {
// Create a Copy of child params
// (this will create a new pointer with his own memory).
Msg* msg_copy = msg->GetCopy();
// Add binded function to event queue.
AddFunction(axBindedEvent(i->second, msg_copy));
if (_unblockMainThreadFct) {
_unblockMainThreadFct();
}
}
manager_mutex.unlock();
if (msg) {
delete msg;
}
}
