void RunTest()
{
StateManager stateManager;
stateManager.Process(0);
stateManager.Push(test1, 0);
stateManager.Push(test2, 0);
stateManager.Pop();
stateManager.Pop();
}
//-----------------------------------------------------------------------------
// Entry point for the application.
//-----------------------------------------------------------------------------
int main ( )
{
// Create our state manager.
StateManager stateManager;
// Push a new TestStateOne object into our stateManager object.
// When we do this the state manager internally calls the
// Init() function of the state being pushed in.
stateManager.Push( new TestStateOne ( ) );
// The frame() function of the stateManager object calls the
// frame() function of the current state. This is the place
// where all logical syntax will be executed.
stateManager.Frame();
// The render() function of the stateManager object calls the
// render() function of the current state. This is the place
// where all rendering syntax will be executed.
stateManager.Render();
// We now are pushing a TestStateTwo object into our stateManager
// object. The testStateOne object still exist inside our
// stateManager. Because the testStateTwo object is at the top
// of the internal stateManager vector container, it takes focus.
stateManager.Push( new TestStateTwo ( ) );
stateManager.Frame();
stateManager.Render();
// We now are removing the current state from stateManager.
// This means testStateOne is back in focus. This is where
// any custom shutdown syntax would go.
stateManager.Pop();
// For demonstration purposes we are going to go ahead and
// push a new TestStateTwo object into the stateManager.
stateManager.Push( new TestStateTwo ( ) );
// By calling this function we are going to be removing both
// the testStateOne object and the testStateTwo object from
// our stateManager.
stateManager.PopAll();
return 0;
}
void RunTest()
{
StateManager stateManager;
// stateManager.Process(0);
stateManager.Push(Splash, NULL);
stateManager.Process(NULL);
stateManager.Pop();
}