void LogMsg( const char* traceStr, ... )
{
va_list argsVA;
int logSize = 4096;
char buffer[logSize];
memset( (void*)buffer, 0, logSize );
va_start( argsVA, traceStr );
vsnprintf( buffer, logSize, traceStr, argsVA );
va_end( argsVA );
__android_log_write(ANDROID_LOG_INFO,GetAppName(), buffer);
if (IsBaseAppInitted())
{
BaseApp::GetBaseApp()->GetConsole()->AddLine(buffer);
}
}
int AppOSMessageGet(JNIEnv* env)
{
if (!IsBaseAppInitted())
{
return 0;
}
/*while (!s_messageCache.empty())
{
AndroidMessageCache *pM = &s_messageCache.front();
ConvertCoordinatesIfRequired(pM->x, pM->y);
MessageManager::GetMessageManager()->SendGUIEx(pM->type, pM->x, pM->y, pM->finger);
s_messageCache.pop_front();
}*/
while (!BaseApp::GetBaseApp()->GetOSMessages()->empty())
{
//check for special messages that we don't want to pass on
s_lastOSMessage = BaseApp::GetBaseApp()->GetOSMessages()->front();
if (s_lastOSMessage.m_type == OSMessage::MESSAGE_CHECK_CONNECTION)
{
//pretend we did it
MessageManager::GetMessageManager()->SendGUI(MESSAGE_TYPE_OS_CONNECTION_CHECKED, (float)RT_kCFStreamEventOpenCompleted, 0.0f);
BaseApp::GetBaseApp()->GetOSMessages()->pop_front();
continue;
}
break;
}
if (!BaseApp::GetBaseApp()->GetOSMessages()->empty())
{
s_lastOSMessage = BaseApp::GetBaseApp()->GetOSMessages()->front();
BaseApp::GetBaseApp()->GetOSMessages()->pop_front();
return s_lastOSMessage.m_type;
}
return OSMessage::MESSAGE_NONE;
}
Entity * GetEntityRoot()
{
assert(IsBaseAppInitted() && "Base app should be initted before calling this");
return GetBaseApp()->GetEntityRoot();
}
void BaseApp::AddOSMessage( OSMessage &m )
{
assert(IsBaseAppInitted() && "Base app should be initted before calling AddOSMessage");
m_OSMessages.push_back(m);
}
