bool Tick()
{
bool DoNextTick = true;
DoNextTick = TickSim();
TickRender();
SwitchToThread();
return DoNextTick;
}
bool Launch( SimpleString& CommandLine )
{
if( g_NumWarnings > 0 )
{
AddStatus( SimpleString::PrintF( "\nContentSyncer finished with %d warnings.\n\nPress Enter to continue.", g_NumWarnings ), g_StatusColor );
// Mini loop in here, ugh!
for(;;)
{
g_Keyboard->Tick( 0.0f );
if( GetForegroundWindow() == GetConsoleWindow() )
{
if( g_Keyboard->OnRise( Keyboard::EB_Enter ) )
{
break;
}
}
TickRender();
SwitchToThread();
}
}
STARTUPINFO StartupInfo;
PROCESS_INFORMATION ProcessInfo;
ZeroMemory( &StartupInfo, sizeof( StartupInfo ) );
StartupInfo.cb = sizeof( StartupInfo );
ZeroMemory( &ProcessInfo, sizeof( ProcessInfo ) );
// See Process Creation Flags
DWORD Flags =
CREATE_DEFAULT_ERROR_MODE | // Don't inherit error mode
CREATE_NEW_CONSOLE; // Create new console (DETACHED_PROCESS also means this console isn't inherited; but a new console must be created with AllocConsole)
BOOL Result = CreateProcess(
NULL, // Application name (optional--use the first argument from command line if NULL)
CommandLine.MutableCStr(), // Command line (optional, includes application name)
NULL, // Process attributes (optional pointer to a SECURITY_ATTRIBUTES)
NULL, // Thread attributes (optional pointer to a SECURITY_ATTRIBUTES)
FALSE, // Inherit handles
Flags, // Creation flags (see Process Creation Flags)
NULL, // Environment block (optional void*)
NULL, // Current directory (optional string)
&StartupInfo, // Startup info
&ProcessInfo // Process info
);
return Result == TRUE;
}
/*virtual*/ bool Framework3D::Tick()
{
XTRACE_FUNCTION;
PROFILE_FUNCTION;
bool DoNextTick = true;
if( HasRequestedExit() )
{
DoNextTick = false;
}
m_HasFocus = m_Window->HasFocus();
StringManager::FlushStrings( StringManager::ESL_Transient );
m_Clock->Tick( m_UIManager->GetUIStack()->PausesGame(), false );
m_EventManager->Tick();
if( m_DoVideoCapture )
{
// One sim tick, one render tick
DoNextTick &= TickSim( m_VideoCaptureFixedFrameTime );
TickRender();
}
else if( m_UseFixedFrameTime )
{
m_FrameTimeAccumulator += m_Clock->GetMachineDeltaTime();
if( m_FrameTimeAccumulator > m_FrameTimeLimit )
{
// We've hit a very long frame, maybe we were sitting in the debugger.
// Don't bother simming for this duration, it will just cause more hitches.
m_FrameTimeAccumulator = 0.0f;
}
const int NumSimTicks = static_cast<int>( m_FrameTimeAccumulator / m_FixedFrameTime );
const int LastSimTick = NumSimTicks - 1;
for( int SimTickIndex = 0; SimTickIndex <= LastSimTick && DoNextTick; ++SimTickIndex )
{
ASSERT( m_FrameTimeAccumulator >= m_FixedFrameTime );
m_FrameTimeAccumulator -= m_FixedFrameTime;
DoNextTick &= TickSim( m_FixedFrameTime );
if( SimTickIndex == LastSimTick )
{
TickRender();
}
else
{
DropRender();
}
}
}
else
{
// One sim tick, one render tick
DoNextTick &= TickSim( m_Clock->GetMachineDeltaTime() );
TickRender();
}
#if BUILD_WINDOWS_NO_SDL
{
XTRACE_NAMED( SwitchToThread ); // Crashing within this trace name would typically indicate a crash in another thread.
const BOOL SwitchedToThread = SwitchToThread();
if( 0 == SwitchedToThread )
{
// Prevent hogging the CPU, maybe?
Sleep( 0 );
}
}
#endif
#if BUILD_SDL
{
SDL_Delay( 0 );
}
#endif
return DoNextTick;
}
