private static void Dot(bool state)
{
CWSensorItem.InputType type = CWSensorItem.InputType.Dot;
if (reverse_paddles)
{
type = CWSensorItem.InputType.Dash;
}
CWSensorItem item = new CWSensorItem(type, state);
CWKeyer.SensorEnqueue(item);
}
private static void Dash(bool state)
{
if (ignore_dash)
{
return;
}
CWSensorItem.InputType type = CWSensorItem.InputType.Dash;
if (reverse_paddles)
{
type = CWSensorItem.InputType.Dot;
}
CWSensorItem item = new CWSensorItem(type, state);
CWKeyer.SensorEnqueue(item);
}
void SerialPinChanged(object source, SerialPinChangedEventArgs e)
{
if (!use_for_keyptt && !use_for_paddles)
{
return;
}
if (use_for_keyptt)
{
switch (e.EventType)
{
case SerialPinChange.DsrChanged:
bool b = commPort.DsrHolding;
if (ptt_on_dtr)
{
CWPTTItem item = new CWPTTItem(b, CWSensorItem.GetCurrentTime());
CWKeyer.PTTEnqueue(item);
}
if (key_on_dtr)
{
CWSensorItem item = new CWSensorItem(CWSensorItem.InputType.StraightKey, b);
CWKeyer.SensorEnqueue(item);
}
break;
case SerialPinChange.CtsChanged:
b = commPort.CtsHolding;
if (ptt_on_rts)
{
CWPTTItem item = new CWPTTItem(b, CWSensorItem.GetCurrentTime());
CWKeyer.PTTEnqueue(item);
}
if (key_on_rts)
{
CWSensorItem item = new CWSensorItem(CWSensorItem.InputType.StraightKey, b);
CWKeyer.SensorEnqueue(item);
}
break;
}
}
else if (use_for_paddles)
{
switch (e.EventType)
{
case SerialPinChange.DsrChanged:
CWSensorItem.InputType type = CWSensorItem.InputType.Dot;
if (reverse_paddles)
{
type = CWSensorItem.InputType.Dash;
}
CWSensorItem item = new CWSensorItem(type, commPort.DsrHolding);
CWKeyer.SensorEnqueue(item);
break;
case SerialPinChange.CtsChanged:
type = CWSensorItem.InputType.Dash;
if (reverse_paddles)
{
type = CWSensorItem.InputType.Dot;
}
item = new CWSensorItem(type, commPort.CtsHolding);
CWKeyer.SensorEnqueue(item);
break;
}
}
}
void SerialPinChanged(object source, SerialPinChangedEventArgs e)
{
if (!use_for_keyptt && !use_for_paddles) return;
if (use_for_keyptt)
{
switch (e.EventType)
{
case SerialPinChange.DsrChanged:
bool b = commPort.DsrHolding;
if (ptt_on_dtr)
{
CWPTTItem item = new CWPTTItem(b, CWSensorItem.GetCurrentTime());
CWKeyer.PTTEnqueue(item);
}
if (key_on_dtr)
{
CWSensorItem item = new CWSensorItem(CWSensorItem.InputType.StraightKey, b);
CWKeyer.SensorEnqueue(item);
}
break;
case SerialPinChange.CtsChanged:
b = commPort.CtsHolding;
if (ptt_on_rts)
{
CWPTTItem item = new CWPTTItem(b, CWSensorItem.GetCurrentTime());
CWKeyer.PTTEnqueue(item);
}
if (key_on_rts)
{
CWSensorItem item = new CWSensorItem(CWSensorItem.InputType.StraightKey, b);
CWKeyer.SensorEnqueue(item);
}
break;
}
}
else if (use_for_paddles)
{
switch (e.EventType)
{
case SerialPinChange.DsrChanged:
CWSensorItem.InputType type = CWSensorItem.InputType.Dot;
if (reverse_paddles) type = CWSensorItem.InputType.Dash;
CWSensorItem item = new CWSensorItem(type, commPort.DsrHolding);
CWKeyer.SensorEnqueue(item);
break;
case SerialPinChange.CtsChanged:
type = CWSensorItem.InputType.Dash;
if (reverse_paddles) type = CWSensorItem.InputType.Dot;
item = new CWSensorItem(type, commPort.CtsHolding);
CWKeyer.SensorEnqueue(item);
break;
}
}
}
private static int InCallback(int hMidiIn, int wMsg, int dwInstance, int dwParam1, int dwParam2)
{
//log.AddLine("Midi.InCallback("+hMidiIn.ToString("X")+", "+wMsg.ToString("X")+", "+dwInstance.ToString("X")+", "+dwParam1.ToString("X")+", "+dwParam2.ToString("X")+")");
#if (TIMING)
lock (in_lock_obj)
{
if (wMsg == Midi.MIM_DATA &&
(Command)((byte)dwParam1) == Command.NoteOn &&
(Note)(byte)(dwParam1 >> 8) == Note.Dot)
{
FWCMidi.SendSetMessage(Opcode.RDAL_OP_WRITE_GPIO, 0x01, 0);
FWCMidi.SendSetMessage(Opcode.RDAL_OP_WRITE_GPIO, 0x00, 0);
}
}
#else
lock (in_lock_obj)
{
switch (wMsg)
{
case Midi.MIM_DATA:
Command cmd = (Command)((byte)dwParam1);
byte byte1 = (byte)(dwParam1 >> 8);
byte byte2 = (byte)(dwParam1 >> 16);
switch (cmd)
{
case Command.NoteOn:
switch ((Note)byte1)
{
case Note.Dot:
//console.Keyer.FWCDot = true;
CWSensorItem.InputType type = CWSensorItem.InputType.Dot;
if (reverse_paddles)
{
type = CWSensorItem.InputType.Dash;
}
CWSensorItem item = new CWSensorItem(type, true);
CWKeyer.SensorEnqueue(item);
break;
case Note.Dash:
//console.Keyer.FWCDash = true;
type = CWSensorItem.InputType.Dash;
if (reverse_paddles)
{
type = CWSensorItem.InputType.Dot;
}
item = new CWSensorItem(type, true);
CWKeyer.SensorEnqueue(item);
break;
case Note.MicDown:
if (console == null)
{
return(1);
}
console.MicDown = true;
break;
case Note.MicUp:
if (console == null)
{
return(1);
}
console.MicUp = true;
break;
case Note.MicFast:
if (console == null)
{
return(1);
}
console.MicFast = !console.MicFast;
break;
}
break;
case Command.NoteOff:
switch ((Note)byte1)
{
case Note.Dot:
//console.Keyer.FWCDot = false;
CWSensorItem.InputType type = CWSensorItem.InputType.Dot;
if (reverse_paddles)
{
type = CWSensorItem.InputType.Dash;
}
CWSensorItem item = new CWSensorItem(type, false);
CWKeyer.SensorEnqueue(item);
break;
case Note.Dash:
//console.Keyer.FWCDash = false;
type = CWSensorItem.InputType.Dash;
if (reverse_paddles)
{
type = CWSensorItem.InputType.Dot;
}
item = new CWSensorItem(type, false);
CWKeyer.SensorEnqueue(item);
break;
case Note.MicDown:
if (console == null)
{
return(1);
}
console.MicDown = false;
break;
case Note.MicUp:
if (console == null)
{
return(1);
}
console.MicUp = false;
break;
case Note.MicFast:
break;
}
break;
case Command.Controller:
switch ((Controller)byte1)
{
case Controller.HoldPedal:
if (console == null)
{
return(1);
}
console.FWCMicPTT = (byte2 > 63);
break;
case Controller.Hold2Pedal:
if (console == null)
{
return(1);
}
console.FWCRCAPTT = (byte2 > 63);
break;
}
break;
case Command.Aftertouch0:
case Command.Aftertouch1:
int id = (ushort)((((byte)cmd - (byte)Command.Aftertouch0) << 2) + (byte1 >> 5));
int data = (int)(((byte1 & 0x1F) << 7) + byte2);
if (midi_in_table.ContainsKey(id))
{
midi_in_table.Remove(id);
}
midi_in_table.Add(id, data);
break;
}
break;
case Midi.MIM_LONGDATA:
if (!resetting && midi_in_handle != 0) // in case device closes, don't send anymore buffers
{
int result = Midi.AddSysExBuffer(midi_in_handle);
if (result != 0)
{
StringBuilder error_text = new StringBuilder(64);
Midi.MidiInGetErrorText(result, error_text, 64);
Debug.WriteLine("AddSysExBuffer Error: " + error_text);
}
}
IntPtr headerPtr = new IntPtr(dwParam1);
Midi.MidiHeader header = (Midi.MidiHeader)Marshal.PtrToStructure(headerPtr, typeof(Midi.MidiHeader));
byte[] temp = new byte[header.bytesRecorded];
for (int i = 0; i < header.bytesRecorded; i++)
{
temp[i] = Marshal.ReadByte(header.data, i);
}
if (temp.Length > 5)
{
byte[] temp2 = new byte[temp.Length - 5];
for (int i = 0; i < temp.Length - 5; i++)
{
temp2[i] = temp[i + 4];
}
byte[] buf = new byte[temp2.Length / 2];
DecodeBytes(buf, temp2);
if (midi_in_table.ContainsKey(BitConverter.ToUInt16(buf, 0)))
{
midi_in_table.Remove(BitConverter.ToUInt16(buf, 0));
}
midi_in_table.Add(BitConverter.ToUInt16(buf, 0), buf);
}
/*for(int i=0; i<header.bytesRecorded; i++)
* Debug.Write(buf[i].ToString("X")+" ");
* Debug.WriteLine("");*/
if (midi_in_handle != 0)
{
Midi.ReleaseBuffer(midi_in_handle, headerPtr);
}
break;
}
}
#endif
return(0);
}
public static void Notify(uint bmp)
{
#if(TIMING)
//GPIOWrite(bmp & 0x01);
if ((bmp & 0x01) != 0)
{
GPIOWrite(1);
GPIOWrite(0);
}
#else
if (console == null) return;
bool temp = (bmp & 0x01) != 0; // dot
if((bmp & 0x01) != (last_bmp & 0x01))
{
CWSensorItem.InputType type = CWSensorItem.InputType.Dot;
if (reverse_paddles) type = CWSensorItem.InputType.Dash;
CWSensorItem item = new CWSensorItem(type, temp);
CWKeyer.SensorEnqueue(item);
}
temp = (bmp & 0x02) != 0; // dash
if (!ignore_dash && ((bmp & 0x02) != (last_bmp & 0x02)))
{
CWSensorItem.InputType type = CWSensorItem.InputType.Dash;
if (reverse_paddles) type = CWSensorItem.InputType.Dot;
CWSensorItem item = new CWSensorItem(type, temp);
CWKeyer.SensorEnqueue(item);
}
temp = (bmp & 0x04) != 0; // RCA PTT
if(temp != console.FWCRCAPTT) console.FWCRCAPTT = temp;
temp = (bmp & 0x08) != 0;
if(temp != console.FWCMicPTT) console.FWCMicPTT = temp;
temp = (bmp & 0x10) != 0;
if(temp != console.MicDown) console.MicDown = temp;
temp = (bmp & 0x20) != 0;
if(temp != console.MicUp) console.MicUp = temp;
if((bmp & 0x40) != 0) console.MicFast = !console.MicFast;
last_bmp = bmp;
#endif
}
public static void Notify(uint bmp)
{
#if (TIMING)
//GPIOWrite(bmp & 0x01);
if ((bmp & 0x01) != 0)
{
GPIOWrite(1);
GPIOWrite(0);
}
#else
if (console == null)
{
return;
}
//Debug.WriteLine("FWCNotify: "+bmp.ToString("X"));
bool temp = (bmp & 0x01) != 0; // dot
/*if (temp)
* {
* console.sp.RtsEnable = true;
* //Thread.Sleep(10);
* //console.sp.RtsEnable = false;
* }*/
//if(temp != console.Keyer.FWCDot) console.Keyer.FWCDot = temp;
if ((bmp & 0x01) != (last_bmp & 0x01))
{
CWSensorItem.InputType type = CWSensorItem.InputType.Dot;
if (reverse_paddles)
{
type = CWSensorItem.InputType.Dash;
}
CWSensorItem item = new CWSensorItem(type, temp);
CWKeyer.SensorEnqueue(item);
}
/*if (temp && !console.MOX && console.PowerOn)
* {
* if(console.CheckForTXCW())
* Audio.MOX = true;
* }*/
temp = (bmp & 0x02) != 0; // dash
/*if (temp)
* {
* console.sp.RtsEnable = true;
* //Thread.Sleep(10);
* //console.sp.RtsEnable = false;
* }*/
//if (!ignore_dash && temp != console.Keyer.FWCDash) console.Keyer.FWCDash = temp;
if (!ignore_dash && ((bmp & 0x02) != (last_bmp & 0x02)))
{
CWSensorItem.InputType type = CWSensorItem.InputType.Dash;
if (reverse_paddles)
{
type = CWSensorItem.InputType.Dot;
}
CWSensorItem item = new CWSensorItem(type, temp);
CWKeyer.SensorEnqueue(item);
}
/*if (!ignore_dash && temp && !console.MOX && console.PowerOn)
* {
* if (console.CheckForTXCW())
* Audio.MOX = true;
* }*/
temp = (bmp & 0x04) != 0; // RCA PTT
if (temp != console.FWCRCAPTT)
{
console.FWCRCAPTT = temp;
}
temp = (bmp & 0x08) != 0;
if (temp != console.FWCMicPTT)
{
console.FWCMicPTT = temp;
}
temp = (bmp & 0x10) != 0;
if (temp != console.MicDown)
{
console.MicDown = temp;
}
temp = (bmp & 0x20) != 0;
if (temp != console.MicUp)
{
console.MicUp = temp;
}
if ((bmp & 0x40) != 0)
{
console.MicFast = !console.MicFast;
}
last_bmp = bmp;
#endif
}
private void setkey(bool state)
{
//console.Keyer.MemoryKey = state;
if (setkey_memory != state)
{
CWSensorItem item = new CWSensorItem(CWSensorItem.InputType.StraightKey, state);
CWKeyer.SensorEnqueue(item);
if (state) keyLed.BackColor = System.Drawing.Color.Yellow;
else keyLed.BackColor = System.Drawing.Color.Black;
setkey_memory = state;
}
}
private static int InCallback(int hMidiIn, int wMsg, int dwInstance, int dwParam1, int dwParam2)
{
//log.AddLine("Midi.InCallback("+hMidiIn.ToString("X")+", "+wMsg.ToString("X")+", "+dwInstance.ToString("X")+", "+dwParam1.ToString("X")+", "+dwParam2.ToString("X")+")");
#if(TIMING)
lock (in_lock_obj)
{
if (wMsg == Midi.MIM_DATA &&
(Command)((byte)dwParam1) == Command.NoteOn &&
(Note)(byte)(dwParam1>>8) == Note.Dot)
{
FWCMidi.SendSetMessage(FWC.Opcode.RDAL_OP_WRITE_GPIO, 0x01, 0);
FWCMidi.SendSetMessage(FWC.Opcode.RDAL_OP_WRITE_GPIO, 0x00, 0);
}
}
#else
lock(in_lock_obj)
{
switch(wMsg)
{
case Midi.MIM_DATA:
Command cmd = (Command)((byte)dwParam1);
byte byte1 = (byte)(dwParam1>>8);
byte byte2 = (byte)(dwParam1>>16);
switch(cmd)
{
case Command.NoteOn:
switch((Note)byte1)
{
case Note.Dot:
//console.Keyer.FWCDot = true;
CWSensorItem.InputType type = CWSensorItem.InputType.Dot;
if (reverse_paddles) type = CWSensorItem.InputType.Dash;
CWSensorItem item = new CWSensorItem(type, true);
CWKeyer.SensorEnqueue(item);
break;
case Note.Dash:
//console.Keyer.FWCDash = true;
type = CWSensorItem.InputType.Dash;
if (reverse_paddles) type = CWSensorItem.InputType.Dot;
item = new CWSensorItem(type, true);
CWKeyer.SensorEnqueue(item);
break;
case Note.MicDown:
if (console == null) return 1;
console.MicDown = true;
break;
case Note.MicUp:
if (console == null) return 1;
console.MicUp = true;
break;
case Note.MicFast:
if (console == null) return 1;
console.MicFast = !console.MicFast;
break;
}
break;
case Command.NoteOff:
switch((Note)byte1)
{
case Note.Dot:
//console.Keyer.FWCDot = false;
CWSensorItem.InputType type = CWSensorItem.InputType.Dot;
if (reverse_paddles) type = CWSensorItem.InputType.Dash;
CWSensorItem item = new CWSensorItem(type, false);
CWKeyer.SensorEnqueue(item);
break;
case Note.Dash:
//console.Keyer.FWCDash = false;
type = CWSensorItem.InputType.Dash;
if (reverse_paddles) type = CWSensorItem.InputType.Dot;
item = new CWSensorItem(type, false);
CWKeyer.SensorEnqueue(item);
break;
case Note.MicDown:
if (console == null) return 1;
console.MicDown = false;
break;
case Note.MicUp:
if (console == null) return 1;
console.MicUp = false;
break;
case Note.MicFast:
break;
}
break;
case Command.Controller:
switch((Controller)byte1)
{
case Controller.HoldPedal:
if (console == null) return 1;
console.FWCMicPTT = (byte2 > 63);
break;
case Controller.Hold2Pedal:
if (console == null) return 1;
console.FWCRCAPTT = (byte2 > 63);
break;
}
break;
case Command.Aftertouch0:
case Command.Aftertouch1:
int id = (ushort)((((byte)cmd-(byte)Command.Aftertouch0)<<2)+(byte1>>5));
int data = (int)(((byte1&0x1F)<<7)+byte2);
if(midi_in_table.ContainsKey(id))
midi_in_table.Remove(id);
midi_in_table.Add(id, data);
break;
}
break;
case Midi.MIM_LONGDATA:
if(!resetting && midi_in_handle != 0) // in case device closes, don't send anymore buffers
{
int result = Midi.AddSysExBuffer(midi_in_handle);
if(result != 0)
{
StringBuilder error_text = new StringBuilder(64);
Midi.MidiInGetErrorText(result, error_text, 64);
Debug.WriteLine("AddSysExBuffer Error: "+error_text);
}
}
IntPtr headerPtr = new IntPtr(dwParam1);
Midi.MidiHeader header = (Midi.MidiHeader)Marshal.PtrToStructure(headerPtr, typeof(Midi.MidiHeader));
byte[] temp = new byte[header.bytesRecorded];
for(int i=0; i<header.bytesRecorded; i++)
temp[i] = Marshal.ReadByte(header.data, i);
if(temp.Length > 5)
{
byte[] temp2 = new byte[temp.Length-5];
for(int i=0; i<temp.Length-5; i++)
temp2[i] = temp[i+4];
byte[] buf = new byte[temp2.Length/2];
DecodeBytes(buf, temp2);
if(midi_in_table.ContainsKey(BitConverter.ToUInt16(buf, 0)))
midi_in_table.Remove(BitConverter.ToUInt16(buf, 0));
midi_in_table.Add(BitConverter.ToUInt16(buf, 0), buf);
}
/*for(int i=0; i<header.bytesRecorded; i++)
Debug.Write(buf[i].ToString("X")+" ");
Debug.WriteLine("");*/
if(midi_in_handle != 0)
Midi.ReleaseBuffer(midi_in_handle, headerPtr);
break;
}
}
#endif
return 0;
}
