static void WriteCapabilities(CameraCapabilities capabilities)
{
Console.WriteLine($@"{capabilities.Name}:
{capabilities.BatteryLevel} %
Configure: {capabilities.CanBeConfigured}
Preview: {capabilities.CanCapturePreviews}
Iso: {capabilities.SupportedIsoSpeeds.Concat(" ")}
Apertures: {capabilities.SupportedApertures.Concat(" ")}
ShutterSpeeds: {capabilities.SupportedShutterSpeeds.Concat(" ")}");
}
private void Initialize()
{
_information = new CameraInfo()
{
Description = _camera.Description,
DriverInfo = _camera.DriverInfo,
Name = _camera.Name,
DriverVersion = _camera.DriverVersion,
SensorName = _camera.SensorName,
SensorType = _camera.SensorType.ToString()
};
_capabilities = new CameraCapabilities()
{
MaxBinX = _camera.MaxBinX,
MaxBinY = _camera.MaxBinY,
CanAbortExposure = _camera.CanAbortExposure,
CanAsymmetricBin = _camera.CanAsymmetricBin,
CanFastReadOut = _camera.CanFastReadout,
CanGetCoolerPower = _camera.CanGetCoolerPower,
CanPulseGuide = _camera.CanPulseGuide,
CanSetCcdTemperature = _camera.CanSetCCDTemperature,
HasShutter = _camera.HasShutter,
ElectronsPerAdu = _camera.ElectronsPerADU,
MaxAdu = _camera.MaxADU,
MaxExposure = _camera.ExposureMax,
MinExposure = _camera.ExposureMin,
PixelSizeX = _camera.PixelSizeX,
PixelSizeY = _camera.PixelSizeY,
ResolutionX = _camera.CameraXSize,
ResolutionY = _camera.CameraYSize,
Resolution = string.Format("{0} x {1}", _camera.CameraXSize, _camera.CameraYSize)
};
try { _capabilities.CanStopExposure = _camera.CanStopExposure; }
catch (ASCOM.PropertyNotImplementedException e) { _capabilities.CanStopExposure = false; }
try { _capabilities.HasAdjustableGain = _camera.Gain >= 0 || true; }
catch (ASCOM.PropertyNotImplementedException e) { _capabilities.HasAdjustableGain = false; }
try { _capabilities.MaxGain = _camera.GainMax.ToString(); }
catch (ASCOM.PropertyNotImplementedException e) { _capabilities.MaxGain = "Not supported"; }
try { _capabilities.MinGain = _camera.GainMin.ToString(); }
catch (ASCOM.PropertyNotImplementedException e) { _capabilities.MinGain = "Not supported"; }
}
// Connect to server
private void TCP_Connection()
{
// Connect to server
var tcpClient = new TcpClient(_serverIp.Address.ToString(), PConnection.TCPPort);
// Get the stream
_packetStream = new PacketStream(tcpClient.GetStream());
// Receive and display capabilities
_capabilities = _packetStream.Receive <CameraCapabilities>();
spr_ISO.Adapter = new ArrayAdapter(this, global::Android.Resource.Layout.SimpleListItem1, _capabilities.SupportedIsoSpeeds);
spr_Aperture.Adapter = new ArrayAdapter(this, global::Android.Resource.Layout.SimpleListItem1, _capabilities.SupportedApertures);
spr_Shutter.Adapter = new ArrayAdapter(this, global::Android.Resource.Layout.SimpleListItem1, _capabilities.SupportedShutterSpeeds);
_connected = true;
}
static void TransferThread()
{
// Receive capabilities
Console.WriteLine("Receiving capabilities...");
try
{
CameraCapabilities capabilities = _packetStream.Receive <CameraCapabilities>();
// Write Capabilities
Console.WriteLine();
WriteCapabilities(capabilities);
Console.WriteLine();
}
catch (Exception e)
{
Console.WriteLine("Invalid configuration, skipping it...\n");
Console.WriteLine(e.ToString());
}
Console.WriteLine("Connected to server, you can now send request");
string input;
// Send commands
while ((input = Console.ReadLine()) != "exit")
{
string arg = "";
PDataType pDataType;
object value;
string[] split = input.Split(' ');
// Check invalid command
if (split.Length < 1)
{
Console.WriteLine("Invalid command");
continue;
}
arg = split[1];
switch (input.Split(' ')[0])
{
case "picture":
pDataType = PDataType.Picture;
value = int.Parse(arg);
break;
case "iso":
pDataType = PDataType.ISO;
value = int.Parse(arg);
break;
case "aperture":
pDataType = PDataType.Aperture;
value = double.Parse(arg);
break;
case "shutter":
pDataType = PDataType.ShutterSpeed;
value = arg;
break;
default:
Console.WriteLine("Invalid Command");
continue;
}
Console.WriteLine("Sending packet...");
_packetStream.Send(new PPacket(pDataType, value));
Console.WriteLine("Packet sent");
}
}
