/// <summary>
/// Write an array of bytes to the test device. This is mainly used to send commands to
/// the device - some of which require a response.
/// </summary>
/// <param name="Bytes"></param>
public void Write(byte[] Bytes)
{
string cmd = enc.GetString(Bytes);
//
// Commands (requests from the controller):
//
// START: Start sampling and send sample data back to the controller.
// PING: Check if the device is active. Response is "pOng".
// COPY: Respond with a firmware revision and copyright message.
// CHAN=: Set the number of channels to sample.
// RATE=: Set the sampling rate (in samples per second).
// COMP=: Set compression Y/N.
// TIME=: Set the total sampling time (in milliseconds).
// MODE=: Set the sampling mode (continuous or transitions-only).
//
if (cmd.Equals("START\r\n"))
{
BackgroundWorker worker;
// Run the test samples in a thread -- mainly so the DataGrabber
// can get its modes and timers set before data starts arriving.
worker = new BackgroundWorker();
worker.DoWork += GenerateSamples;
worker.RunWorkerAsync();
}
else if (cmd.Equals("PING\r\n"))
{
BackgroundWorker worker;
// Respond to the PING in a thread -- mainly so the DataGrabber
// can get its modes and timers set before data starts arriving.
worker = new BackgroundWorker();
worker.DoWork += PingResponse;
worker.RunWorkerAsync();
}
else if (cmd.Equals("COPY\r\n"))
Copyright();
else if (cmd.StartsWith("CHAN="))
samplingChannels = Convert.ToInt32(cmd.Substring(5, cmd.Length - 7));
else if (cmd.StartsWith("RATE="))
samplingRate = Convert.ToInt32(cmd.Substring(5, cmd.Length - 7));
else if (cmd.StartsWith("COMP="))
samplingCompression = (cmd[5] == 'Y');
else if (cmd.StartsWith("TIME="))
samplingTime = Convert.ToInt32(cmd.Substring(5, cmd.Length - 7));
else if (cmd.StartsWith("MODE="))
samplingMode = (cmd[5] == 'T' ? DataGrabber.SamplingModes.TransitionsOnly : DataGrabber.SamplingModes.Continuous);
}
/// <summary>
/// Write an array of bytes to the test device. This is mainly used to send commands to
/// the device - some of which require a response.
/// </summary>
/// <param name="Bytes"></param>
public void Write(byte[] Bytes)
{
string cmd = enc.GetString(Bytes);
//
// Commands (requests from the controller):
//
// START: Start sampling and send sample data back to the controller.
// PING: Check if the device is active. Response is "pOng".
// COPY: Respond with a firmware revision and copyright message.
// CHAN=: Set the number of channels to sample.
// RATE=: Set the sampling rate (in samples per second).
// COMP=: Set compression Y/N.
// TIME=: Set the total sampling time (in milliseconds).
// MODE=: Set the sampling mode (continuous or transitions-only).
//
if (cmd.Equals("START\r\n"))
{
BackgroundWorker worker;
// Run the test samples in a thread -- mainly so the DataGrabber
// can get its modes and timers set before data starts arriving.
worker = new BackgroundWorker();
worker.DoWork += GenerateSamples;
worker.RunWorkerAsync();
}
else if (cmd.Equals("PING\r\n"))
{
BackgroundWorker worker;
// Respond to the PING in a thread -- mainly so the DataGrabber
// can get its modes and timers set before data starts arriving.
worker = new BackgroundWorker();
worker.DoWork += PingResponse;
worker.RunWorkerAsync();
}
else if (cmd.Equals("COPY\r\n"))
{
Copyright();
}
else if (cmd.StartsWith("CHAN="))
{
samplingChannels = Convert.ToInt32(cmd.Substring(5, cmd.Length - 7));
}
else if (cmd.StartsWith("RATE="))
{
samplingRate = Convert.ToInt32(cmd.Substring(5, cmd.Length - 7));
}
else if (cmd.StartsWith("COMP="))
{
samplingCompression = (cmd[5] == 'Y');
}
else if (cmd.StartsWith("TIME="))
{
samplingTime = Convert.ToInt32(cmd.Substring(5, cmd.Length - 7));
}
else if (cmd.StartsWith("MODE="))
{
samplingMode = (cmd[5] == 'T' ? DataGrabber.SamplingModes.TransitionsOnly : DataGrabber.SamplingModes.Continuous);
}
}
