private void DoSomethingWithMacroKeys(byte[] data)
{
// need to sort the data by key number
Array.Sort(data);
Array.Reverse(data);
int lastKeyIndex = 0;
// for each of the possible keys
int curIndex = 0;
while (curIndex < kMacroPacketLength || lastKeyIndex < kMacroPacketLength)
{
byte last = (lastKeyIndex < kMacroPacketLength) ? mLastMacroKeyState[lastKeyIndex] : (byte)0;
byte curr = (curIndex < kMacroPacketLength) ? data[curIndex] : (byte)0;
// No more data
if (last == 0 && curr == 0)
break;
if (last == curr) // No change
{
lastKeyIndex++;
curIndex++;
}
else if (last > curr) // Key Up
{
lastKeyIndex++;
//Check to see if this is a Macro Key or a "Special Function"
if (KeyMaps[last - 1].Type > 3)
{
//New Special Key Function
SpecialKeyPlayer.KeyUp(KeyMaps[last - 1]);
}
else
{
//Standard Macro, use original Macro Player by Rob
MacroPlayer.MacroDefinition macroDef = mKeyMacroSequenceMapping[last - 1];
if (macroDef != null && (macroDef.macroType & MacroPlayer.MacroDefinition.MacroType.kMacroMultiKey) != 0)
{
macroDef.AllMacroKeysUp();
}
}
}
else // Key down
{
//Check to see if this is a Macro Key or a "Special Function"
if (KeyMaps[curr - 1].Type > 3)
{
//New Special Key Function
SpecialKeyPlayer.KeyDown(KeyMaps[curr - 1]);
}
else
{
//Standard Macro, use original Macro Player by Rob
MacroPlayer.MacroDefinition macroDef = mKeyMacroSequenceMapping[curr - 1];
if (macroDef != null)
{
if ((macroDef.macroType & MacroPlayer.MacroDefinition.MacroType.kMacroMultiKey) == 0)
{
macroTimer.Stop();
System.DateTime time = System.DateTime.Now;
TimeSpan totalTime = time - initialTime;
UInt64 curTimeMS = (UInt64)totalTime.TotalMilliseconds;
// Create the new Macro instance
MacroPlayer.Macro macro = new MacroPlayer.Macro(macroDef);
UInt64 timeToNextEvent = macro.InitMacroAtTime(curTimeMS);
// If the macro isn't instantaneous add it to the list.
if (timeToNextEvent != MacroPlayer.kForever)
mMacroPlayer.Add(macro);
// process the rest of the running macros to this point.
UInt64 nextExistingMacroEventTime = mMacroPlayer.Tick(curTimeMS);
// And if any are still waiting start a timer
if (nextExistingMacroEventTime != MacroPlayer.kForever)
{
macroTimer.AutoReset = false;
macroTimer.Interval = (UInt32)(nextExistingMacroEventTime - curTimeMS);
macroTimer.Start();
}
}
else
{
macroDef.AllMacroKeysDown();
}
}
}
curIndex++;
}
}
Array.Copy(data, mLastMacroKeyState, kMacroPacketLength);
}
private void DoSomethingWithMacroKeys(byte[] data)
{
// need to sort the data by key number
Array.Sort(data);
Array.Reverse(data);
int lastKeyIndex = 0;
// for each of the possible keys
int curIndex = 0;
while (curIndex < kMacroPacketLength || lastKeyIndex < kMacroPacketLength)
{
byte last = (lastKeyIndex < kMacroPacketLength) ? mLastMacroKeyState[lastKeyIndex] : (byte)0;
byte curr = (curIndex < kMacroPacketLength) ? data[curIndex] : (byte)0;
// No more data
if (last == 0 && curr == 0)
{
break;
}
if (last == curr) // No change
{
lastKeyIndex++;
curIndex++;
}
else if (last > curr) // Key Up
{
lastKeyIndex++;
//Check to see if this is a Macro Key or a "Special Function"
if (KeyMaps[last - 1].Type > 3)
{
//New Special Key Function
SpecialKeyPlayer.KeyUp(KeyMaps[last - 1]);
}
else
{
//Standard Macro, use original Macro Player by Rob
MacroPlayer.MacroDefinition macroDef = mKeyMacroSequenceMapping[last - 1];
if (macroDef != null && (macroDef.macroType & MacroPlayer.MacroDefinition.MacroType.kMacroMultiKey) != 0)
{
macroDef.AllMacroKeysUp();
}
}
}
else // Key down
{
//Check to see if this is a Macro Key or a "Special Function"
if (KeyMaps[curr - 1].Type > 3)
{
//New Special Key Function
SpecialKeyPlayer.KeyDown(KeyMaps[curr - 1]);
}
else
{
//Standard Macro, use original Macro Player by Rob
MacroPlayer.MacroDefinition macroDef = mKeyMacroSequenceMapping[curr - 1];
if (macroDef != null)
{
if ((macroDef.macroType & MacroPlayer.MacroDefinition.MacroType.kMacroMultiKey) == 0)
{
macroTimer.Stop();
System.DateTime time = System.DateTime.Now;
TimeSpan totalTime = time - initialTime;
UInt64 curTimeMS = (UInt64)totalTime.TotalMilliseconds;
// Create the new Macro instance
MacroPlayer.Macro macro = new MacroPlayer.Macro(macroDef);
UInt64 timeToNextEvent = macro.InitMacroAtTime(curTimeMS);
// If the macro isn't instantaneous add it to the list.
if (timeToNextEvent != MacroPlayer.kForever)
{
mMacroPlayer.Add(macro);
}
// process the rest of the running macros to this point.
UInt64 nextExistingMacroEventTime = mMacroPlayer.Tick(curTimeMS);
// And if any are still waiting start a timer
if (nextExistingMacroEventTime != MacroPlayer.kForever)
{
macroTimer.AutoReset = false;
macroTimer.Interval = (UInt32)(nextExistingMacroEventTime - curTimeMS);
macroTimer.Start();
}
}
else
{
macroDef.AllMacroKeysDown();
}
}
}
curIndex++;
}
}
Array.Copy(data, mLastMacroKeyState, kMacroPacketLength);
}