void PIEDataHandler.HandlePIEHidData(byte[] data, PIEDevice sourceDevice)
{
if (sourceDevice != _device.BackingObject)
{
return;
}
while (0 == sourceDevice.ReadData(ref data))
{
var state = BinaryConversions.ConvertKeypad(data);
var changes = state.Buttons.Changes(_history.Last.Value.Buttons);
_history.AddLast(state);
Buttons = state.Buttons;
var @event = DeviceEvent.KeypadStateChanged(_device, null);
_device.AddEvent(@event);
}
}
public void HandlePIEHidData(byte[] data, PIEDevice sourceDevice)
{
//check the sourceDevice and make sure it is the same device as selected in CboDevice
if (sourceDevice == devices[selecteddevice])
{
byte[] rdata = null;
while (0 == sourceDevice.ReadData(ref rdata)) //do this so don't ever miss any data
{
//write raw data to listbox1 in HEX
//String output = string.Format("Callback: {0}, ID: {1}, UnitID: {2}, data=", sourceDevice.Pid, selecteddevice.ToString(), rdata[1].ToString());
//for (int i = 0; i < sourceDevice.ReadLength; i++)
//{
//output = output + BinToHex(rdata[i]) + " ";
//}
String output = string.Format("Callback: {0}, ID: {1}, UnitID: {2}, data=", sourceDevice.Pid, selecteddevice.ToString(), rdata[1].ToString());
BitArray col1 = new BitArray(new byte[] { rdata[3] });
BitArray col2 = new BitArray(new byte[] { rdata[4] });
BitArray col3 = new BitArray(new byte[] { rdata[5] });
BitArray col4 = new BitArray(new byte[] { rdata[6] });
switch (device_type)
{
case "XK-24":
case "XK-60":
case "XK-80":
for (int i = 0; i < col1.Length; i++)
{
if (col1[i])
{
int key = i;
output = output + " Key pressed: " + key + " " + col1[i].ToString();
}
}
for (int i = 0; i < col2.Length; i++)
{
if (col2[i])
{
int key = i + 8;
output = output + " Key pressed: " + key + " " + col2[i].ToString();
}
}
for (int i = 0; i < col3.Length; i++)
{
if (col3[i])
{
int key = i + 16;
output = output + " Key pressed: " + key + " " + col3[i].ToString();
}
}
for (int i = 0; i < col4.Length; i++)
{
if (col4[i])
{
int key = i + 24;
output = output + " Key pressed: " + key + " " + col4[i].ToString();
}
}
if (device_type == "XK-24")
{
// XK-24 only has 24 keys
break;
}
BitArray col5 = new BitArray(new byte[] { rdata[7] });
BitArray col6 = new BitArray(new byte[] { rdata[8] });
BitArray col7 = new BitArray(new byte[] { rdata[9] });
BitArray col8 = new BitArray(new byte[] { rdata[10] });
BitArray col9 = new BitArray(new byte[] { rdata[11] });
BitArray col10 = new BitArray(new byte[] { rdata[12] });
for (int i = 0; i < col5.Length; i++)
{
if (col1[i])
{
int key = i + 32;
output = output + " Key pressed: " + key + " " + col1[i].ToString();
}
}
for (int i = 0; i < col6.Length; i++)
{
if (col2[i])
{
int key = i + 40;
output = output + " Key pressed: " + key + " " + col2[i].ToString();
}
}
for (int i = 0; i < col7.Length; i++)
{
if (col3[i])
{
int key = i + 48;
output = output + " Key pressed: " + key + " " + col3[i].ToString();
}
}
for (int i = 0; i < col8.Length; i++)
{
if (col4[i])
{
int key = i + 56;
output = output + " Key pressed: " + key + " " + col4[i].ToString();
}
}
for (int i = 0; i < col9.Length; i++)
{
if (col3[i])
{
int key = i + 64;
output = output + " Key pressed: " + key + " " + col3[i].ToString();
}
}
for (int i = 0; i < col10.Length; i++)
{
if (col4[i])
{
int key = i + 72;
output = output + " Key pressed: " + key + " " + col4[i].ToString();
}
}
break;
default:
for (int i = 0; i < sourceDevice.ReadLength; i++)
{
output = output + BinToHex(rdata[i]) + " ";
}
break;
}
OnUIThread(() => Diagnostics.Instance.DiagnosticListbox.Items.Add(output));
}//end while
}
}
//data callback
public void HandlePIEHidData(Byte[] data, PIEDevice sourceDevice)
{
//check the sourceDevice and make sure it is the same device as selected in CboDevice
if (sourceDevice == devices[selecteddevice])
{
byte[] rdata = null;
while (0 == sourceDevice.ReadData(ref rdata)) //do this so don't ever miss any data
{
//read the unit ID
c = this.LblUnitID;
this.SetText(rdata[sourceDevice.ReadLength - 1].ToString());
//write raw data to listbox1
String output = "Callback: " + this.devices[selecteddevice].Pid + ", ID: " + selecteddevice.ToString() + ", data=";
for (int i = 0; i < sourceDevice.ReadLength; i++)
{
output = output + rdata[i].ToString() + " ";
}
this.SetListBox(output);
//write Analog data to the individual textboxes
c = this.textBoxA2;
this.SetText(rdata[1].ToString());
c = this.textBoxA3;
this.SetText(rdata[2].ToString());
c = this.textBoxA4;
this.SetText(rdata[3].ToString());
c = this.textBoxA5;
this.SetText(rdata[4].ToString());
c = this.textBoxA6;
this.SetText(rdata[5].ToString());
c = this.textBoxA7;
this.SetText(rdata[6].ToString());
c = this.textBoxA8;
this.SetText(rdata[7].ToString());
c = this.textBoxA9;
this.SetText(rdata[8].ToString());
c = this.textBoxA10;
this.SetText(rdata[9].ToString());
c = this.textBoxA11;
this.SetText(rdata[10].ToString());
c = this.textBoxA12;
this.SetText(rdata[11].ToString());
c = this.textBoxA13;
this.SetText(rdata[12].ToString());
c = this.textBoxA14;
this.SetText(rdata[13].ToString());
c = this.textBoxA15;
this.SetText(rdata[14].ToString());
c = this.textBoxA16;
this.SetText(rdata[15].ToString());
c = this.textBoxA17;
this.SetText(rdata[16].ToString());
c = this.textBoxA18;
this.SetText(rdata[17].ToString());
c = this.textBoxA19;
this.SetText(rdata[18].ToString());
c = this.textBoxA20;
this.SetText(rdata[19].ToString());
c = this.textBoxA21;
this.SetText(rdata[20].ToString());
c = this.textBoxA22;
this.SetText(rdata[21].ToString());
c = this.textBoxA23;
this.SetText(rdata[22].ToString());
c = this.textBoxA24;
this.SetText(rdata[23].ToString()); //pin 24
//write digital 1 data to the individual textboxes
c = this.textBoxD12;
this.SetText((rdata[24] & 1).ToString());
c = this.textBoxD13;
this.SetText(((rdata[24] & 2) >> 1).ToString());
c = this.textBoxD14;
this.SetText(((rdata[24] & 4) >> 2).ToString());
c = this.textBoxD15;
this.SetText(((rdata[24] & 8) >> 3).ToString());
c = this.textBoxD16;
this.SetText(((rdata[24] & 16) >> 4).ToString());
c = this.textBoxD17;
this.SetText(((rdata[24] & 32) >> 5).ToString());
c = this.textBoxD18;
this.SetText(((rdata[24] & 64) >> 6).ToString());
c = this.textBoxD19;
this.SetText(((rdata[24] & 128) >> 7).ToString());
c = this.textBoxD110;
this.SetText((rdata[25] & 1).ToString());
c = this.textBoxD111;
this.SetText(((rdata[25] & 2) >> 1).ToString());
c = this.textBoxD112;
this.SetText(((rdata[25] & 4) >> 2).ToString());
c = this.textBoxD113;
this.SetText(((rdata[25] & 8) >> 3).ToString());
c = this.textBoxD114;
this.SetText(((rdata[25] & 16) >> 4).ToString());
c = this.textBoxD115;
this.SetText(((rdata[25] & 32) >> 5).ToString());
c = this.textBoxD116;
this.SetText(((rdata[25] & 64) >> 6).ToString());
c = this.textBoxD117;
this.SetText(((rdata[25] & 128) >> 7).ToString());
c = this.textBoxD118;
this.SetText((rdata[26] & 1).ToString());
c = this.textBoxD119;
this.SetText(((rdata[26] & 2) >> 1).ToString());
c = this.textBoxD120;
this.SetText(((rdata[26] & 4) >> 2).ToString());
c = this.textBoxD121;
this.SetText(((rdata[26] & 8) >> 3).ToString());
c = this.textBoxD122;
this.SetText(((rdata[26] & 16) >> 4).ToString());
c = this.textBoxD123;
this.SetText(((rdata[26] & 32) >> 5).ToString());
c = this.textBoxD124;
this.SetText(((rdata[26] & 64) >> 6).ToString()); //pin 24
//write digital 2 data to the individual textboxes
c = this.textBoxD22;
this.SetText((rdata[27] & 1).ToString());
c = this.textBoxD23;
this.SetText(((rdata[27] & 2) >> 1).ToString());
c = this.textBoxD24;
this.SetText(((rdata[27] & 4) >> 2).ToString());
c = this.textBoxD25;
this.SetText(((rdata[27] & 8) >> 3).ToString());
c = this.textBoxD26;
this.SetText(((rdata[27] & 16) >> 4).ToString());
c = this.textBoxD27;
this.SetText(((rdata[27] & 32) >> 5).ToString());
c = this.textBoxD28;
this.SetText(((rdata[27] & 64) >> 6).ToString());
c = this.textBoxD29;
this.SetText(((rdata[27] & 128) >> 7).ToString());
c = this.textBoxD210;
this.SetText((rdata[28] & 1).ToString());
c = this.textBoxD211;
this.SetText(((rdata[28] & 2) >> 1).ToString());
c = this.textBoxD212;
this.SetText(((rdata[28] & 4) >> 2).ToString());
c = this.textBoxD213;
this.SetText(((rdata[28] & 8) >> 3).ToString());
c = this.textBoxD214;
this.SetText(((rdata[28] & 16) >> 4).ToString());
c = this.textBoxD215;
this.SetText(((rdata[28] & 32) >> 5).ToString());
c = this.textBoxD216;
this.SetText(((rdata[28] & 64) >> 6).ToString());
c = this.textBoxD217;
this.SetText(((rdata[28] & 128) >> 7).ToString());
c = this.textBoxD218;
this.SetText((rdata[29] & 1).ToString());
c = this.textBoxD219;
this.SetText(((rdata[29] & 2) >> 1).ToString());
c = this.textBoxD220;
this.SetText(((rdata[29] & 4) >> 2).ToString());
c = this.textBoxD221;
this.SetText(((rdata[29] & 8) >> 3).ToString());
c = this.textBoxD222;
this.SetText(((rdata[29] & 16) >> 4).ToString());
c = this.textBoxD223;
this.SetText(((rdata[29] & 32) >> 5).ToString());
c = this.textBoxD224;
this.SetText(((rdata[29] & 64) >> 6).ToString()); //pin 24
}
}
}
// Data callback
public void HandlePIEHidData(Byte[] data, PIEDevice sourceDevice)
{
// Check the sourceDevice and make sure it is the same device as selected in CboDevice
if (sourceDevice == devices[selectedDevice])
{
// byte array used for read data
byte[] rData = null;
// I think an MCU would use while(1) here, as an equivalent structure (TB, 11/12/2011)
while (0 == sourceDevice.ReadData(ref rData)) // do this so don't ever miss any data
{
// Read the unit ID
// TODO: If we do only have one device, then we could simply grab the ID once up above, and load it into an
// instance variable on form_load. Need to verify that we are using only one device, and then how
// that device is numbered
c = this.LblUnitID;
this.SetText(rData[sourceDevice.ReadLength - 1].ToString());
//write raw data to listbox1
String output = "Callback: " + this.devices[selectedDevice].Pid + ", ID: " + selectedDevice.ToString() + ", data=";
for (int i = 0; i < sourceDevice.ReadLength; i++)
{
output = output + rData[i].ToString() + " ";
}
this.SetListBox(output);
// TODO: We'll need to convert THESE data into the correct formats needed by SimConnect (TB, 11/12/2011)
// Write Analog data from each pin, to the corresponding individual textboxes. Each of these pins
// will have specific data assigned (if all are used), and these data will have to be translated
// into the proper SimConnect Event calls.
// TODO: Use the debugger to check the format of these bytes, and how the data changes. I believe
// these to be the analog data, and thus it should be a simply matter of writing the values
// to the appropriate P3D event/variable.
c = this.textBoxA2;
this.SetText(rData[1].ToString()); // pin 0
c = this.textBoxA3;
this.SetText(rData[2].ToString());
c = this.textBoxA4;
this.SetText(rData[3].ToString());
c = this.textBoxA5;
this.SetText(rData[4].ToString());
c = this.textBoxA6;
this.SetText(rData[5].ToString());
c = this.textBoxA7;
this.SetText(rData[6].ToString());
c = this.textBoxA8;
this.SetText(rData[7].ToString());
c = this.textBoxA9;
this.SetText(rData[8].ToString());
c = this.textBoxA10;
this.SetText(rData[9].ToString());
c = this.textBoxA11;
this.SetText(rData[10].ToString());
c = this.textBoxA12;
this.SetText(rData[11].ToString());
c = this.textBoxA13;
this.SetText(rData[12].ToString());
c = this.textBoxA14;
this.SetText(rData[13].ToString());
c = this.textBoxA15;
this.SetText(rData[14].ToString());
c = this.textBoxA16;
this.SetText(rData[15].ToString());
c = this.textBoxA17;
this.SetText(rData[16].ToString());
c = this.textBoxA18;
this.SetText(rData[17].ToString());
c = this.textBoxA19;
this.SetText(rData[18].ToString());
c = this.textBoxA20;
this.SetText(rData[19].ToString());
c = this.textBoxA21;
this.SetText(rData[20].ToString());
c = this.textBoxA22;
this.SetText(rData[21].ToString());
c = this.textBoxA23;
this.SetText(rData[22].ToString());
c = this.textBoxA24;
this.SetText(rData[23].ToString()); // pin 24
//write digital 1 data to the individual textboxes
c = this.textBoxD12;
this.SetText((rData[24] & 1).ToString()); // Bitwise AND with 0b00000001
c = this.textBoxD13;
this.SetText(((rData[24] & 2) >> 1).ToString());
c = this.textBoxD14;
this.SetText(((rData[24] & 4) >> 2).ToString());
c = this.textBoxD15;
this.SetText(((rData[24] & 8) >> 3).ToString());
c = this.textBoxD16;
this.SetText(((rData[24] & 16) >> 4).ToString());
c = this.textBoxD17;
this.SetText(((rData[24] & 32) >> 5).ToString());
c = this.textBoxD18;
this.SetText(((rData[24] & 64) >> 6).ToString());
c = this.textBoxD19;
this.SetText(((rData[24] & 128) >> 7).ToString());
c = this.textBoxD110;
this.SetText((rData[25] & 1).ToString());
c = this.textBoxD111;
this.SetText(((rData[25] & 2) >> 1).ToString());
c = this.textBoxD112;
this.SetText(((rData[25] & 4) >> 2).ToString());
c = this.textBoxD113;
this.SetText(((rData[25] & 8) >> 3).ToString());
c = this.textBoxD114;
this.SetText(((rData[25] & 16) >> 4).ToString());
c = this.textBoxD115;
this.SetText(((rData[25] & 32) >> 5).ToString());
c = this.textBoxD116;
this.SetText(((rData[25] & 64) >> 6).ToString());
c = this.textBoxD117;
this.SetText(((rData[25] & 128) >> 7).ToString());
c = this.textBoxD118;
this.SetText((rData[26] & 1).ToString());
c = this.textBoxD119;
this.SetText(((rData[26] & 2) >> 1).ToString());
c = this.textBoxD120;
this.SetText(((rData[26] & 4) >> 2).ToString());
c = this.textBoxD121;
this.SetText(((rData[26] & 8) >> 3).ToString());
c = this.textBoxD122;
this.SetText(((rData[26] & 16) >> 4).ToString());
c = this.textBoxD123;
this.SetText(((rData[26] & 32) >> 5).ToString());
c = this.textBoxD124;
this.SetText(((rData[26] & 64) >> 6).ToString()); //pin 24
//write digital 2 data to the individual textboxes
c = this.textBoxD22;
this.SetText((rData[27] & 1).ToString());
c = this.textBoxD23;
this.SetText(((rData[27] & 2) >> 1).ToString());
c = this.textBoxD24;
this.SetText(((rData[27] & 4) >> 2).ToString());
c = this.textBoxD25;
this.SetText(((rData[27] & 8) >> 3).ToString());
c = this.textBoxD26;
this.SetText(((rData[27] & 16) >> 4).ToString());
c = this.textBoxD27;
this.SetText(((rData[27] & 32) >> 5).ToString());
c = this.textBoxD28;
this.SetText(((rData[27] & 64) >> 6).ToString());
c = this.textBoxD29;
this.SetText(((rData[27] & 128) >> 7).ToString());
c = this.textBoxD210;
this.SetText((rData[28] & 1).ToString());
c = this.textBoxD211;
this.SetText(((rData[28] & 2) >> 1).ToString());
c = this.textBoxD212;
this.SetText(((rData[28] & 4) >> 2).ToString());
c = this.textBoxD213;
this.SetText(((rData[28] & 8) >> 3).ToString());
c = this.textBoxD214;
this.SetText(((rData[28] & 16) >> 4).ToString());
c = this.textBoxD215;
this.SetText(((rData[28] & 32) >> 5).ToString());
c = this.textBoxD216;
this.SetText(((rData[28] & 64) >> 6).ToString());
c = this.textBoxD217;
this.SetText(((rData[28] & 128) >> 7).ToString());
c = this.textBoxD218;
this.SetText((rData[29] & 1).ToString());
c = this.textBoxD219;
this.SetText(((rData[29] & 2) >> 1).ToString());
c = this.textBoxD220;
this.SetText(((rData[29] & 4) >> 2).ToString());
c = this.textBoxD221;
this.SetText(((rData[29] & 8) >> 3).ToString());
c = this.textBoxD222;
this.SetText(((rData[29] & 16) >> 4).ToString());
c = this.textBoxD223;
this.SetText(((rData[29] & 32) >> 5).ToString());
c = this.textBoxD224;
this.SetText(((rData[29] & 64) >> 6).ToString()); //pin 24
}
}
}
/// <summary>
/// Data callback, called when RailDriver data is available
/// </summary>
/// <param name="data"></param>
/// <param name="sourceDevice"></param>
public void HandlePIEHidData(Byte[] data, PIEDevice sourceDevice)
{
if (sourceDevice != Device)
{
return;
}
State.SaveButtonData();
byte[] rdata = null;
while (0 == sourceDevice.ReadData(ref rdata)) //do this so don't ever miss any data
{
#if false
String output = "Callback: " + sourceDevice.Pid + ", ID: " + Device.ToString() + ", data=";
for (int i = 0; i < sourceDevice.ReadLength; i++)
{
output = output + rdata[i].ToString() + " ";
}
Console.WriteLine(output);
#endif
State.DirectionPercent = Percentage(rdata[1], FullReversed, Neutral, FullForward);
State.ThrottlePercent = Percentage(rdata[2], ThrottleIdle, FullThrottle);
State.DynamicBrakePercent = Percentage(rdata[2], ThrottleIdle, DynamicBrakeSetup, DynamicBrake);
State.TrainBrakePercent = Percentage(rdata[3], AutoBrakeRelease, FullAutoBrake);
State.EngineBrakePercent = Percentage(rdata[4], IndependentBrakeRelease, IndependentBrakeFull);
float a = .01f * State.EngineBrakePercent;
float calOff = (1 - a) * BailOffDisengagedRelease + a * BailOffDisengagedFull;
float calOn = (1 - a) * BailOffEngagedRelease + a * BailOffEngagedFull;
State.BailOff = Percentage(rdata[5], calOff, calOn) > 50;
if (State.TrainBrakePercent >= 100)
{
State.Emergency = Percentage(rdata[3], FullAutoBrake, EmergencyBrake) > 50;
}
State.Wipers = (int)(.01 * Percentage(rdata[6], Rotary1Position1, Rotary1Position2, Rotary1Position3) + 2.5);
State.Lights = (int)(.01 * Percentage(rdata[7], Rotary2Position1, Rotary2Position2, Rotary2Position3) + 2.5);
State.AddButtonData(rdata);
}
if (State.IsPressed(4, 0x30))
{
State.Emergency = true;
}
if (State.IsPressed(1, 0x40))
{
Active = !Active;
EnableSpeaker(Active);
if (Active)
{
SetLEDs(0x80, 0x80, 0x80);
LEDSpeed = -1;
UserInput.RDState = State;
}
else
{
SetLEDs(0x40, 0x40, 0x40);
UserInput.RDState = null;
}
}
State.Changed = true;
}
