bool Input::HandleMessage(HWND _HWND, UINT _Message, WPARAM _WParam, LPARAM _LParam)
{
//printf("Message %i 0x%x.\n", _Message, _Message);
switch(_Message)
{
// Keyboard Input.
// If it's not already down.
case WM_SYSKEYDOWN:
case WM_KEYDOWN: if(!Input::m_KeyStates[GetKeyCode(_LParam)]) Input::OnKeyDown((Key)GetKeyCode(_LParam)); return true;
case WM_SYSKEYUP:
case WM_KEYUP: Input::OnKeyUp((Key)GetKeyCode(_LParam)); return true;
case WM_MOUSEMOVE: Input::OnMouseMove(short2(GetMouseXParam(_LParam), GetMouseYParam(_LParam))); return true;
// Mouse Input.
// Down.
case WM_LBUTTONDOWN: Input::OnMouseBtnDown(MouseBtn::Left); return true;
case WM_RBUTTONDOWN: Input::OnMouseBtnDown(MouseBtn::Right); return true;
case WM_MBUTTONDOWN: Input::OnMouseBtnDown(MouseBtn::Middle); return true;
case WM_XBUTTONDOWN: if(GetMouseXButton(_WParam) == 1) Input::OnMouseBtnDown(MouseBtn::Btn4);
else Input::OnMouseBtnDown(MouseBtn::Btn5); return true;
// Up.
case WM_LBUTTONUP: Input::OnMouseBtnUp(MouseBtn::Left); return true;
case WM_RBUTTONUP: Input::OnMouseBtnUp(MouseBtn::Right); return true;
case WM_MBUTTONUP: Input::OnMouseBtnUp(MouseBtn::Middle); return true;
case WM_XBUTTONUP: if(GetMouseXButton(_WParam) == 1) Input::OnMouseBtnUp(MouseBtn::Btn4);
else Input::OnMouseBtnUp(MouseBtn::Btn5); return true;
}
return false;
}
void TestTwine009Compare_ToTwine()
{
BEGIN_TEST_METHOD( "TestTwine009Compare_ToTwine" )
twine empty1;
twine empty2;
twine short1 = "Something Short";
twine short2 = "Something Short";
twine long1 = "Something A Bit Longer that Will cause us to allocate memory";
twine long2 = "Something A Bit Longer that Will cause us to allocate memory";
// Ensure that everything has different data pointers:
ASSERT_NOTEQUALS( empty1(), empty2(), "empty1 and empty2 point to the same memory");
ASSERT_NOTEQUALS( short1(), short2(), "short1 and short2 point to the same memory");
ASSERT_NOTEQUALS( long1(), long2(), "long1 and long2 point to the same memory");
ASSERT_EQUALS( 0, empty1.compare( empty2 ), "empty1.compare( empty2 ) != 0");
ASSERT_NOTEQUALS( 0, empty1.compare( short1 ), "empty1.compare( short1 ) == 0");
ASSERT_NOTEQUALS( 0, empty1.compare( short2 ), "empty1.compare( short2 ) == 0");
ASSERT_NOTEQUALS( 0, empty1.compare( long1 ), "empty1.compare( long1) == 0");
ASSERT_NOTEQUALS( 0, empty1.compare( long2 ), "empty1.compare( long2) == 0");
ASSERT_EQUALS( 0, short1.compare( short2 ), "short1.compare( short2 ) != 0");
ASSERT_NOTEQUALS( 0, short1.compare( empty1 ), "short1.compare( empty1 ) == 0");
ASSERT_NOTEQUALS( 0, short1.compare( empty2), "short1.compare( empty2) == 0");
ASSERT_NOTEQUALS( 0, short1.compare( long1 ), "short1.compare( long1) == 0");
ASSERT_NOTEQUALS( 0, short1.compare( long2 ), "short1.compare( long2) == 0");
ASSERT_EQUALS( 0, long1.compare( long2 ), "long1.compare( long2 ) != 0");
ASSERT_NOTEQUALS( 0, long1.compare( empty1 ), "long1.compare( empty1 ) == 0");
ASSERT_NOTEQUALS( 0, long1.compare( empty2), "long1.compare( empty2) == 0");
ASSERT_NOTEQUALS( 0, long1.compare( short1 ), "long1.compare( short1) == 0");
ASSERT_NOTEQUALS( 0, long1.compare( short2 ), "long1.compare( short2) == 0");
END_TEST_METHOD
}
