void parseCapabilityResponse()
{
int k = 0;
int analog_channel_index = 0;
int offset = 0;
Pins = new List <Pin>();
offset++; // skip the command byte
while (offset < sysexBytesRead)
{
// parse a pin
var p = new Pin()
{
number = k
};
Log("Adding pin " + k.ToString());
while (storedInputData[offset] != 127)
{
var pc = new Pin.Capability()
{
mode = storedInputData[offset],
resolution = storedInputData[offset + 1]
};
p.capabilities.Add(pc);
// number the analog pins as they are detected
if (pc.Mode == PinMode.ANALOG)
{
p.analog_number = analog_channel_index;
analog_channel_index++;
}
Log("Added pin " + k.ToString() + " mode " + pc.Mode.ToString() + " with resolution " + pc.resolution.ToString() + "");
offset += 2;
}
Pins.Add(p);
k++;
offset += 1; // skip 127 pin boundary byte
}
}
private void ParseCapabilityResponse()
{
int k = 0;
int analog_channel_index = 0;
int offset = 0;
pins = new List <Pin>();
offset++;
while (offset < sysexBytesRead)
{
var p = new Pin()
{
number = k
};
while (storedInputData[offset] != 127)
{
var pc = new Pin.Capability()
{
mode = storedInputData[offset],
resolution = storedInputData[offset + 1]
};
p.capabilities.Add(pc);
if (pc.Mode == PinMode.ANALOG)
{
p.analog_number = analog_channel_index;
analog_channel_index++;
}
offset += 2;
}
pins.Add(p);
k++;
offset += 1;
}
}
void parseCapabilityResponse()
{
int k = 0;
int analog_channel_index = 0;
int offset = 0;
Pins = new List<Pin>();
offset++; // skip the command byte
while (offset < sysexBytesRead)
{
// parse a pin
var p = new Pin() { number = k };
Log("Adding pin " + k.ToString());
while(storedInputData[offset] != 127)
{
var pc = new Pin.Capability()
{
mode = storedInputData[offset],
resolution = storedInputData[offset+1]
};
p.capabilities.Add(pc);
// number the analog pins as they are detected
if (pc.Mode == PinMode.ANALOG)
{
p.analog_number = analog_channel_index;
analog_channel_index++;
}
Log("Added pin " + k.ToString() + " mode " + pc.Mode.ToString() + " with resolution " + pc.resolution.ToString() + "");
offset+=2;
}
Pins.Add(p);
k++;
offset+=1; // skip 127 pin boundary byte
}
}
