public static void SendThreeKeys(System.Windows.Input.Key key1, System.Windows.Input.Key key2, System.Windows.Input.Key key3, string msg, int sleepTime)
{
Thread.Sleep(sleepTime);
Library.ValidateArgumentNonNull(msg, "SendSingleKey() msg argument is null");
if (msg.Length > 0)
{
msg = msg + " by ";
}
/* changing to new flexible logging */
//Logger.LogComment(msg + "Sending keys " + key1.ToString() + ", " + key2.ToString() + " + " + key3.ToString());
UIVerifyLogger.LogComment(msg + "Sending keys " + key1.ToString() + ", " + key2.ToString() + " + " + key3.ToString());
ATGTestInput.Input.SendKeyboardInput(key1, true);
Thread.Sleep(300);
ATGTestInput.Input.SendKeyboardInput(key2, true);
Thread.Sleep(300);
ATGTestInput.Input.SendKeyboardInput(key3, true);
Thread.Sleep(sleepTime);
ATGTestInput.Input.SendKeyboardInput(key3, false);
ATGTestInput.Input.SendKeyboardInput(key1, false);
ATGTestInput.Input.SendKeyboardInput(key2, false);
Thread.Sleep(sleepTime);
}
static public WindowsInput.Native.VirtualKeyCode?WindowsInputVirtualKeyCodeBerecneAusSystemWindowsInputKey(
System.Windows.Input.Key WindowsInputKey)
{
if (System.Windows.Input.Key.F1 <= WindowsInputKey &&
WindowsInputKey <= System.Windows.Input.Key.F24)
{
return((WindowsInput.Native.VirtualKeyCode)(((int)WindowsInputKey - (int)System.Windows.Input.Key.F1) + (int)WindowsInput.Native.VirtualKeyCode.F1));
}
if (System.Windows.Input.Key.D0 <= WindowsInputKey &&
WindowsInputKey <= System.Windows.Input.Key.D9)
{
return((WindowsInput.Native.VirtualKeyCode)(((int)WindowsInputKey - (int)System.Windows.Input.Key.D0) + (int)WindowsInput.Native.VirtualKeyCode.VK_0));
}
var WindowsInputKeySictString = WindowsInputKey.ToString();
WindowsInput.Native.VirtualKeyCode Result;
if (Enum.TryParse(WindowsInputKeySictString, false, out Result))
{
return(Result);
}
if (Enum.TryParse(WindowsInputKeySictString, true, out Result))
{
return(Result);
}
return(null);
}
public void AssignKeyAction(string key, System.Windows.Input.Key value)
{
Key keys;
Enum.TryParse(value.ToString(), out keys);
controlSettings.KeyboardAssignment[key] = keys;
}
/// <summary>
/// 通过KEY返回值
/// </summary>
/// <param name="key"></param>
/// <returns></returns>
internal string GetStrFromKey(System.Windows.Input.Key key)
{
if (key >= System.Windows.Input.Key.D0 && key <= System.Windows.Input.Key.D9)
{
return(key.ToString().TrimStart("D"));
}
else if (key >= System.Windows.Input.Key.NumPad0 && key <= System.Windows.Input.Key.NumPad9)
{
return(key.ToString().TrimStart("NumPad"));
}
else if (key == System.Windows.Input.Key.OemPeriod || key == System.Windows.Input.Key.Decimal)
{
return(".");
}
return(key.ToString());
}
public static Key FromSystemKey(System.Windows.Input.Key SystemKey)
{
if (Enum.TryParse(SystemKey.ToString(), out Key DirectKey))
{
return(DirectKey);
}
Debug.WriteLine($"Warning; SystemKey '{SystemKey}' does not have a direct {nameof(Key)} conversion.");
return((Key)SystemKey);
}
/*
* This method performs the lookup and returns the VirtualKeyCode if it is found.
* If it is not found, a 0 is returned.
*/
public static WindowsInput.VirtualKeyCode LookupVKey(System.Windows.Input.Key enumKey)
{
// Since vKey cannot be null, use 0 to represent an invalid key
WindowsInput.VirtualKeyCode vKey = 0;
try
{
lookup.TryGetValue(enumKey, out vKey);
}
catch (ArgumentException)
{
Console.WriteLine("Invalid key" + enumKey.ToString());
}
return(vKey);
}
public static void SendOneKey(System.Windows.Input.Key key, string msg, int sleepTime)
{
Thread.Sleep(sleepTime);
Library.ValidateArgumentNonNull(msg, "msg argument cannot be null");
if (msg.Length > 0)
{
msg = msg + " by ";
}
/* changing to new flexible logging */
//Logger.LogComment(msg + "Sending key " + key.ToString());
UIVerifyLogger.LogComment(msg + "Sending key " + key.ToString());
ATGTestInput.Input.SendKeyboardInput(key, true);
ATGTestInput.Input.SendKeyboardInput(key, false);
}
} //class KeyboardRowDescriptor
internal KeyboardLayout(MainWindow parent)
{
this.parent = parent;
this.sampleRenderer = new SampleRenderer(parent);
KeyboardElementList keyList = new KeyboardElementList(0);
Rows = new KeyboardRowDescriptor[DefinitionSet.keyboardHeight];
for (int yIndex = 0; yIndex < DefinitionSet.keyboardHeight; ++yIndex)
{
bool shortRow = yIndex % 2 == 0;
int xLength = DefinitionSet.maximimKeyboardWidth;
if (!shortRow)
{
++xLength;
}
KeyboardElement[] rowElements = new KeyboardElement[xLength];
for (int xIndex = 0; xIndex < xLength; ++xIndex)
{
var ke = new KeyboardElement(parent, (byte)yIndex, (byte)xIndex, sampleRenderer.Recording);
keyList.Add(ke);
rowElements[xIndex] = ke;
} //loop x
Rows[yIndex] = new KeyboardRowDescriptor(rowElements, shortRow);
} //loop y
int physicalRightmost = int.MinValue;
for (int yIndex = 0; yIndex < Main.PhysicalKeyboardLayout.physicalRows.Length; ++yIndex)
{
int rightMost = Main.PhysicalKeyboardLayout.physicalRows[yIndex].Length * 2 - yIndex;
if (physicalRightmost < rightMost)
{
physicalRightmost = rightMost;
}
} //loop
physicalRightmost += 1;
int rowShift = 1 + (DefinitionSet.keyboardHeight - Main.PhysicalKeyboardLayout.physicalRows.Length) / 2;
int shiftInRow = 1 + (DefinitionSet.maximimKeyboardWidth * 2 - physicalRightmost) / 4;
this.Keys = keyList.ToArray();
int maxKey = -1;
for (int yIndex = 0; yIndex < Main.PhysicalKeyboardLayout.physicalRows.Length; ++yIndex)
{
for (int xIndex = 0; xIndex < Main.PhysicalKeyboardLayout.physicalRows[yIndex].Length; ++xIndex)
{
int actualIndexX = shiftInRow;
KeyboardElement element = Rows[yIndex + rowShift].Elements[actualIndexX - yIndex + xIndex];
Key key = Main.PhysicalKeyboardLayout.physicalRows[yIndex][xIndex];
string sKey = key.ToString();
if (sKey.Length > 1)
{
if (key < Key.D0 || key > Key.D9)
{
char replacement;
if (DefinitionSet.keyReplacements.TryGetValue(key, out replacement))
{
sKey = new string(new char[] { replacement });
}
}
else
{
sKey = sKey.Substring(1, 1);
}
} //if
element.Character = sKey;
if ((int)key > maxKey)
{
maxKey = (int)key;
}
notes.Add(key, element);
} // loop x
if (Rows[yIndex].IsShort)
{
++shiftInRow;
}
} //loop y
MaxKey = (Key)maxKey;
} //KeyboardLayout
public KeyInfo(System.Windows.Input.Key key)
{
KeyName = key.ToString();
VK_Code = System.Windows.Input.KeyInterop.VirtualKeyFromKey(key);
}
private string MapKeyToString(System.Windows.Input.Key key, IntPtr inputHandle)
{
switch (key)
{
case System.Windows.Input.Key.Add:
case System.Windows.Input.Key.Back:
case System.Windows.Input.Key.CapsLock:
case System.Windows.Input.Key.D0:
case System.Windows.Input.Key.D1:
case System.Windows.Input.Key.D2:
case System.Windows.Input.Key.D3:
case System.Windows.Input.Key.D4:
case System.Windows.Input.Key.D5:
case System.Windows.Input.Key.D6:
case System.Windows.Input.Key.D7:
case System.Windows.Input.Key.D8:
case System.Windows.Input.Key.D9:
case System.Windows.Input.Key.Delete:
case System.Windows.Input.Key.Divide:
case System.Windows.Input.Key.Down:
case System.Windows.Input.Key.End:
case System.Windows.Input.Key.Return:
case System.Windows.Input.Key.Escape:
case System.Windows.Input.Key.F1:
case System.Windows.Input.Key.F10:
case System.Windows.Input.Key.F11:
case System.Windows.Input.Key.F12:
case System.Windows.Input.Key.F13:
case System.Windows.Input.Key.F14:
case System.Windows.Input.Key.F15:
case System.Windows.Input.Key.F16:
case System.Windows.Input.Key.F17:
case System.Windows.Input.Key.F18:
case System.Windows.Input.Key.F19:
case System.Windows.Input.Key.F2:
case System.Windows.Input.Key.F20:
case System.Windows.Input.Key.F21:
case System.Windows.Input.Key.F22:
case System.Windows.Input.Key.F23:
case System.Windows.Input.Key.F24:
case System.Windows.Input.Key.F3:
case System.Windows.Input.Key.F4:
case System.Windows.Input.Key.F5:
case System.Windows.Input.Key.F6:
case System.Windows.Input.Key.F7:
case System.Windows.Input.Key.F8:
case System.Windows.Input.Key.F9:
case System.Windows.Input.Key.Home:
case System.Windows.Input.Key.Insert:
case System.Windows.Input.Key.RWin:
case System.Windows.Input.Key.LWin:
case System.Windows.Input.Key.Left:
case System.Windows.Input.Key.LeftAlt:
case System.Windows.Input.Key.RightAlt:
case System.Windows.Input.Key.LeftCtrl:
case System.Windows.Input.Key.RightCtrl:
case System.Windows.Input.Key.LeftShift:
case System.Windows.Input.Key.RightShift:
case System.Windows.Input.Key.Multiply:
case System.Windows.Input.Key.NumLock:
case System.Windows.Input.Key.NumPad0:
case System.Windows.Input.Key.NumPad1:
case System.Windows.Input.Key.NumPad2:
case System.Windows.Input.Key.NumPad3:
case System.Windows.Input.Key.NumPad4:
case System.Windows.Input.Key.NumPad5:
case System.Windows.Input.Key.NumPad6:
case System.Windows.Input.Key.NumPad7:
case System.Windows.Input.Key.NumPad8:
case System.Windows.Input.Key.NumPad9:
case System.Windows.Input.Key.PageDown:
case System.Windows.Input.Key.PageUp:
case System.Windows.Input.Key.PrintScreen:
case System.Windows.Input.Key.Right:
case System.Windows.Input.Key.Space:
case System.Windows.Input.Key.Subtract:
case System.Windows.Input.Key.Tab:
case System.Windows.Input.Key.Up:
return("{" + key.ToString() + "}");
default:
return(QAliber.Engine.Win32.LowLevelInput.ConvertKeyToUnicode(key, inputHandle));
}
}