public override void StartPlaybackWithExistingFile(string filePath)
{
KBActionRecorderLinq tmpKbActionRecorder = new KBActionRecorderLinq(filePath);
Win32API.KeyEvent[] actions = tmpKbActionRecorder.GetDatas();
Thread.Sleep(1000);
foreach (var item in actions)
{
kbSimulator.Simulate(item.bVk, 0, item.dwFlags, 0);
Thread.Sleep(item.delayTime);
}
}
public void WriteDataTest()
{
KBActionRecorderLinq target = new KBActionRecorderLinq();
string keyEvents = KeyboardEvents.WM_KeyDown.ToString();
Keys myKey = Keys.A;
int delayTime = 10;
target.WriteData(keyEvents, myKey, delayTime);
target.SaveActions();
Win32API.KeyEvent Expected = new Win32API.KeyEvent()
{
dwFlags = Miku.Client.Win32API_Accessor.KBEventFlag.KeyDown,
bVk = Convert.ToInt32(Keys.A),
delayTime = 10
};
var actual = target.GetDatas()[0];
Assert.AreEqual(Expected,actual);
}
public void GetDatasTest()
{
KBActionRecorderLinq target = new KBActionRecorderLinq();
target.WriteData(KeyboardEvents.WM_KeyDown.ToString(), Keys.A, 10);
target.SaveActions();
Win32API.KeyEvent[] expected = new Win32API.KeyEvent[]
{
new Win32API.KeyEvent()
{
dwFlags = Miku.Client.Win32API_Accessor.KBEventFlag.KeyDown,
bVk = Convert.ToInt32(Keys.A),
delayTime = 10
}
};
Win32API.KeyEvent[] actual;
actual = target.GetDatas();
Assert.AreEqual(expected[0], actual[0]);
}