public override void PrepareForExecution()
{
//Creates the DLLS for model
string lcCode = "";
string lcCodeIn = "";
string lcCodeOut = "";
string lcCodeInOnly = "";
//string lcCodeInNme = "";
int nargout = 0;
//creates output parameter data
nargout = ModelDataOutputs.Count;
foreach (Data dt in ModelDataOutputs)
{
string outParamsIdent = "[In, Out] ref IntPtr ";
string outParamsName = dt.Name + "_1" + ",";
lcCodeOut = lcCodeOut + outParamsIdent + outParamsName;
}
//creates input parameter data
foreach (Data dt in ModelDataInputs)
{
string inParamsIdent = "[In]IntPtr ";
string inParamsName = dt.Name + "_1" + ",";
lcCodeIn = lcCodeIn + inParamsIdent + inParamsName;
//lcCodeInOnly = lcCodeInOnly + "double " + dt.name + ",";
if (dt is DoubleData)
{
lcCodeInOnly = lcCodeInOnly + "double " + dt.Name + ",";
}
if (dt is DoubleVectorData)
{
lcCodeInOnly = lcCodeInOnly + "double[] " + dt.Name + ",";
}
if (dt is DoubleMatrixData)
{
lcCodeInOnly = lcCodeInOnly + "double[,] " + dt.Name + ",";
}
if (dt is IntegerData)
{
lcCodeInOnly = lcCodeInOnly + "int " + dt.Name + ",";
}
if (dt is IntegerVectorData)
{
lcCodeInOnly = lcCodeInOnly + "int[] " + dt.Name + ",";
}
if (dt is StringData)
{
lcCodeInOnly = lcCodeInOnly + "string " + dt.Name + ",";
}
}
if (lcCodeIn != "")
{
lcCodeIn = lcCodeIn.Remove(lcCodeIn.Length - 1);
lcCodeInOnly = lcCodeInOnly.Remove(lcCodeInOnly.Length - 1);
}
// main MATLAB functional method
lcCode = "\n[DllImport(@\"" + Directory.GetCurrentDirectory() + "\\" + DllPath.Substring(DllPath.LastIndexOf("\\") + 1) + "\", CallingConvention = CallingConvention.Cdecl)] \n";
string methodTempName = MethodName;
if (methodTempName.Length <= 1)
{
Code = methodTempName.ToUpper();
}
else
{
char[] letters = methodTempName.ToCharArray();
letters[0] = Char.ToUpper(letters[0]);
methodTempName = new string(letters);
}
lcCode = lcCode + "public static extern void _mlf" + methodTempName + "(" + "[In]int nargout," +
" " + lcCodeOut + lcCodeIn + "); \n";
// main MATLAB functional intialization method
lcCode = lcCode + "[DllImport(@\"" + Directory.GetCurrentDirectory() + "\\" + DllPath.Substring(DllPath.LastIndexOf("\\") + 1) + "\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "public static extern void _" + MethodName + "Initialize(); \n";
// main MATLAB functional termination method
lcCode = lcCode + "[DllImport(@\"" + Directory.GetCurrentDirectory() + "\\" + DllPath.Substring(DllPath.LastIndexOf("\\") + 1) + "\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "public static extern void _" + MethodName + "Terminate(); \n";
if (Counter == 0)
{
// load MATLAB engine methods needed
lcCode = lcCode + "[DllImport(\"mclmcrrt77.dll\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "public static extern IntPtr mxCreateDoubleScalar(double value); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt77.dll\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "private static extern IntPtr mxCreateDoubleMatrix_730(int noOfRows, int noOfCols, string realOrComplex); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt77.dll\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "public static extern IntPtr mxCreateString(string value); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt77.dll\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "public static extern void mxDestroyArray(IntPtr value); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt77.dll\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "public static extern double mxGetScalar(IntPtr value); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt77.dll\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "public static extern string mxGetString_730(IntPtr value); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt77.dll\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "public static extern bool mclInitializeApplication(string options, Int32 count); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt77.dll\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "public static extern void mclTerminateApplication(); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt77.dll\", CallingConvention = CallingConvention.Cdecl)] \n";
lcCode = lcCode + "private static extern IntPtr mxGetPr(IntPtr value); \n";
Counter++;
}
lcCode = lcCode + "public object " + Name + "(" + lcCodeInOnly + " ) \n";
lcCode = lcCode + "{ \n";
//lcCode = lcCode + "bool RetVal = mclInitializeApplication(\"NULL\", 0); \n";
// intialise the MATLAB functional method
lcCode = lcCode + "_" + MethodName + "Initialize(); \n";
lcCode = lcCode + "int nargout = " + nargout + "; \n";
//lcCode = lcCode + "ArrayList outputsNames = new ArrayList(); \n";
foreach (Data dt in ModelDataInputs)
{
if (dt is DoubleData)
{
lcCode = lcCode + "IntPtr " + dt.Name + "_1" + " = mxCreateDoubleScalar(" + dt.Name + "); \n";
// outputsNames.Add(dt.name);
}
else if (dt is DoubleVectorData)
{
lcCode = lcCode + "int " + dt.Name + "_" + "NoElements = " + (dt.Value as double[]).GetLength(0) + "; \n";
lcCode = lcCode + "IntPtr " + dt.Name + "_1" + " = mxCreateDoubleMatrix_730(1, " + dt.Name + "_" + "NoElements, \"mxREAL\"); \n";
lcCode = lcCode + "Marshal.Copy(" + dt.Name + ", 0, mxGetPr(" + dt.Name + "_1" + "), " + dt.Name + "_" + "NoElements);\n";
}
else if (dt is DoubleMatrixData)
{
lcCode = lcCode + "int " + dt.Name + "_" + "NoInElements_x = " + (dt.Value as double[, ]).GetLength(0) + "; \n";
lcCode = lcCode + "int " + dt.Name + "_" + "NoInElements_y = " + (dt.Value as double[, ]).GetLength(1) + "; \n";
lcCode = lcCode + "IntPtr " + dt.Name + "_1" + " = mxCreateDoubleMatrix_730(" + dt.Name + "_" + "NoInElements_x, " + dt.Name + "_" + "NoInElements_y, \"mxREAL\"); \n";
lcCode = lcCode + "double[] " + dt.Name + "_ArrayConversion" + " = new double[" + dt.Name + "_" + "NoInElements_x * " + dt.Name + "_" + "NoInElements_y];\n";
lcCode = lcCode + "int " + dt.Name + "_" + "ArrayConversionCounter = 0; \n";
lcCode = lcCode + "foreach (double MatrixElement in (" + dt.Name + " as double[,])) \n";
lcCode = lcCode + "{ \n";
lcCode = lcCode + dt.Name + "_ArrayConversion[" + dt.Name + "_ArrayConversionCounter] = MatrixElement; \n";
lcCode = lcCode + " " + dt.Name + "_ArrayConversionCounter++; \n";
lcCode = lcCode + "} \n";
lcCode = lcCode + "Marshal.Copy(" + dt.Name + "_ArrayConversion, 0, mxGetPr(" + dt.Name + "_1" + "), " + dt.Name + "_" + "NoInElements_x * " + dt.Name + "_" + "NoInElements_y);\n";
}
else if (dt is StringData)
{
//lcCode = lcCode + "Console.WriteLine(\"Input string ...\"); \n";
lcCode = lcCode + "IntPtr " + dt.Name + "_1" + " = mxCreateString(" + Convert.ToString(dt.Name) + "); \n";
//lcCode = lcCode + "Console.WriteLine(\"Input string ok!\"); \n";
}
}
foreach (Data dt in ModelDataOutputs)
{
if (dt is DoubleData)
{
lcCode = lcCode + "IntPtr " + dt.Name + "_1" + " = mxCreateDoubleScalar(" + (double)(dt.Value) + "); \n";
}
else if (dt is DoubleVectorData)
{
lcCode = lcCode + "int " + dt.Name + "_" + "NoElements = " + (dt.Value as double[]).GetLength(0) + "; \n";
lcCode = lcCode + "double[] " + dt.Name + " = new double[" + dt.Name + "_" + "NoElements]; \n";
lcCode = lcCode + "IntPtr " + dt.Name + "_1" + " = mxCreateDoubleMatrix_730(1, " + dt.Name + "_" + "NoElements, \"mxREAL\"); \n";
}
else if (dt is DoubleMatrixData)
{
lcCode = lcCode + "int " + dt.Name + "_" + "NoOutElements_x = " + (dt.Value as double[, ]).GetLength(0) + "; \n";
lcCode = lcCode + "int " + dt.Name + "_" + "NoOutElements_y = " + (dt.Value as double[, ]).GetLength(1) + "; \n";
lcCode = lcCode + "double[,] " + dt.Name + " = new double[" + dt.Name + "_" + "NoOutElements_x," + dt.Name + "_" + "NoOutElements_y]; \n";
lcCode = lcCode + "IntPtr " + dt.Name + "_1" + " = mxCreateDoubleMatrix_730(" + dt.Name + "_" + "NoOutElements_x, " + dt.Name + "_" + "NoOutElements_y, \"mxREAL\"); \n";
lcCode = lcCode + "double[] " + dt.Name + "_ArrayConversion" + " = new double[" + dt.Name + "_" + "NoOutElements_x * " + dt.Name + "_" + "NoOutElements_y];\n";
}
else if (dt is StringData)
{
//lcCode = lcCode + "Console.WriteLine(\"Output string ...\"); \n";
lcCode = lcCode + "IntPtr " + dt.Name + "_1" + " = mxCreateString(" + "Convert.ToString(0)" + "); \n";
//lcCode = lcCode + "Console.WriteLine(\"Output string ok!\"); \n";
}
}
// creating results storage fields
//int resultSize = outputs.Count;
//lcCode = lcCode + "Dictionary<string, double> results = new Dictionary<string, double>("
// + resultSize + "); \n";
// begin execution of MATLAB functional method - TRY
lcCode = lcCode + "try { \n";
// get actual OUTPUT parameters to supply to MATLAB function method
string actualParamsOut = "";
foreach (Data dt in ModelDataOutputs)
{
actualParamsOut = actualParamsOut + "ref " + dt.Name + "_1" + ","; //Check if _1 is necessary!!!!!
}
// get actual INPUT parameters to supply to MATLAB function method
string actualParamsIn = "";
foreach (Data dt in ModelDataInputs)
{
actualParamsIn = actualParamsIn + dt.Name + "_1" + ","; //Check if _1 is necessary!!!!!
}
if (actualParamsIn != "")
{
actualParamsIn = actualParamsIn.Remove(actualParamsIn.Length - 1);
}
lcCode = lcCode + "_mlf" + methodTempName + "(" + "nargout, "
+ actualParamsOut + actualParamsIn + "); \n";
foreach (Data dt in ModelDataOutputs)
{
if (dt is DoubleData)
{
lcCode = lcCode + "double " + dt.Name + "= mxGetScalar(" + dt.Name + "_1" + ");\n";
}
else if (dt is DoubleVectorData)
{
//lcCode = lcCode + "int " + dt.name + "_" + "NoElements = " + (dt.values as double[]).GetLength(0) + "; \n";
lcCode = lcCode + "Marshal.Copy(mxGetPr(" + dt.Name + "_1), " + dt.Name + ", 0," + dt.Name + "_NoElements); \n";
//System.Console.WriteLine("Output for ARRAY IO test = [" + actualOut3[0] + ", " + actualOut3[1] + "]");
}
else if (dt is DoubleMatrixData)
{
lcCode = lcCode + "Marshal.Copy(mxGetPr(" + dt.Name + "_1), " + dt.Name + "_ArrayConversion, 0," + dt.Name + "_NoOutElements_x *" + dt.Name + "_NoOutElements_y); \n";
lcCode = lcCode + "for (int IthRow = 0; IthRow <" + dt.Name + "_NoOutElements_x; IthRow++) \n";
lcCode = lcCode + "{ \n";
lcCode = lcCode + "for (int JthCol = 0; JthCol <" + dt.Name + "_NoOutElements_y; JthCol++) \n";
lcCode = lcCode + "{ \n";
lcCode = lcCode + dt.Name + "[IthRow,JthCol] = " + dt.Name + "_ArrayConversion[IthRow * " + dt.Name + "_NoOutElements_y + JthCol]; \n";
lcCode = lcCode + "} \n";
lcCode = lcCode + "} \n";
}
else if (dt is StringData)
{
lcCode = lcCode + "string " + dt.Name + "= mxGetString_730(" + dt.Name + "_1" + ");\n";
//lcCode = lcCode + "Console.WriteLine(\"Check2 ok!\"); \n";
}
}
//lcCode = lcCode + "foreach (string s1 in outputsNames) \n";
//lcCode = lcCode + "{ \n";
//lcCode = lcCode + "double s1 = mxGetScalar(s1);";
//lcCode = lcCode + "} \n";
lcCode += "object[] outputs_all=new object[" + Convert.ToString(ModelDataOutputs.Count) + "]; \n";
int ncount = 0;
foreach (Data dt in ModelDataOutputs)
{
lcCode += "outputs_all[" + Convert.ToString(ncount) + "]=" + dt.Name + ";\n";
ncount++;
//lcCode = lcCode +"return " + dt.name + ";";
}
lcCode += "object outputs_return=outputs_all; \n";
lcCode = lcCode + "return outputs_return; \n";
// end of TRY bracket
lcCode = lcCode + "} \n";
lcCode = lcCode + "catch (Exception e) \n";
lcCode = lcCode + "{ \n";
lcCode = lcCode + "Console.WriteLine(e.Message); \n";
lcCode = lcCode + "return null; \n";
lcCode = lcCode + "} \n";
// Terminate libraries and MCR
//foreach (Data dt in outputs)
// {
// lcCode = lcCode + "mxDestroyArray(dt.name); \n";
//}
lcCode = lcCode + "_" + MethodName + "Terminate(); \n";
//lcCode = lcCode + "mclTerminateApplication(); \n";
lcCode = lcCode + "} \n";
//System.Console.WriteLine(lcCode);
Code = lcCode;
Compile(AircadiaProject.Instance.ProjectPath);
}
public override void PrepareForExecution()
{
//Creates the DLLS for model
string lcCode = "";
string lcCodeIn = "";
string lcCodeOut = "";
string lcCodeInOnly = "";
//string lcCodeInNme = "";
int nargout = 0;
//creates output parameter data
nargout = ModelDataOutputs.Count;
foreach (Data dt in ModelDataOutputs)
{
string outParamsIdent = "[In, Out] ref IntPtr ";
string outParamsName = dt.Name + "_1" + ",";
lcCodeOut = lcCodeOut + outParamsIdent + outParamsName;
}
//creates input parameter data
foreach (Data dt in ModelDataInputs)
{
string inParamsIdent = "[In]IntPtr ";
string inParamsName = dt.Name + "_1" + ",";
lcCodeIn = lcCodeIn + inParamsIdent + inParamsName;
//lcCodeInOnly = lcCodeInOnly + "double " + dt.name + ",";
if (dt is DoubleData)
{
lcCodeInOnly = lcCodeInOnly + "double " + dt.Name + ",";
}
if (dt is DoubleVectorData)
{
lcCodeInOnly = lcCodeInOnly + "double[] " + dt.Name + ",";
}
if (dt is DoubleMatrixData)
{
lcCodeInOnly = lcCodeInOnly + "double[,] " + dt.Name + ",";
}
if (dt is IntegerData)
{
lcCodeInOnly = lcCodeInOnly + "int " + dt.Name + ",";
}
if (dt is IntegerVectorData)
{
lcCodeInOnly = lcCodeInOnly + "int[] " + dt.Name + ",";
}
if (dt is StringData)
{
lcCodeInOnly = lcCodeInOnly + "string " + dt.Name + ",";
}
}
if (lcCodeIn != "")
{
lcCodeIn = lcCodeIn.Remove(lcCodeIn.Length - 1);
lcCodeInOnly = lcCodeInOnly.Remove(lcCodeInOnly.Length - 1);
}
// main MATLAB functional method
lcCode = "\n[DllImport(@\"" + Directory.GetCurrentDirectory() + "\\" + DllPath.Substring(DllPath.LastIndexOf("\\") + 1) + "\")]" + "\n";
string methodTempName = MethodName;
if (methodTempName.Length <= 1)
{
Code = methodTempName.ToUpper();
}
else
{
char[] letters = methodTempName.ToCharArray();
letters[0] = Char.ToUpper(letters[0]);
methodTempName = new string(letters);
}
lcCode = lcCode + "public static extern void _mlf" + methodTempName + "(" + "[In]int nargout," +
" " + lcCodeOut + lcCodeIn + "); \n";
// main MATLAB functional intialization method
lcCode = lcCode + "[DllImport(@\"" + Directory.GetCurrentDirectory() + "\\" + DllPath.Substring(DllPath.LastIndexOf("\\") + 1) + "\")]" + "\n";
lcCode = lcCode + "public static extern void _" + MethodName + "Initialize(); \n";
// main MATLAB functional termination method
lcCode = lcCode + "[DllImport(@\"" + Directory.GetCurrentDirectory() + "\\" + DllPath.Substring(DllPath.LastIndexOf("\\") + 1) + "\")]" + "\n";
lcCode = lcCode + "public static extern void _" + MethodName + "Terminate(); \n";
if (Counter == 0)
{
// load MATLAB engine methods needed
lcCode = lcCode + "[DllImport(\"mclmcrrt78.dll\")] \n";
lcCode = lcCode + "public static extern IntPtr mxCreateDoubleScalar_proxy(double value); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt78.dll\")] \n";
lcCode = lcCode + "public static extern void mxDestroyArray_proxy(IntPtr value); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt78.dll\")] \n";
lcCode = lcCode + "public static extern double mxGetScalar_proxy(IntPtr value); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt78.dll\")] \n";
lcCode = lcCode + "public static extern bool mclInitializeApplication_proxy(string options, Int32 count); \n";
lcCode = lcCode + "[DllImport(\"mclmcrrt78.dll\")] \n";
lcCode = lcCode + "public static extern void mclTerminateApplication_proxy(); \n";
Counter++;
}
lcCode = lcCode + "public object " + Name + "(" + lcCodeInOnly + " ) \n";
lcCode = lcCode + "{ \n";
//lcCode = lcCode + "bool RetVal = mclInitializeApplication(\"NULL\", 0); \n";
// intialise the MATLAB functional method
lcCode = lcCode + "_" + MethodName + "Initialize(); \n";
lcCode = lcCode + "int nargout = " + nargout + "; \n";
//lcCode = lcCode + "ArrayList outputsNames = new ArrayList(); \n";
foreach (Data dt in ModelDataInputs)
{
lcCode = lcCode + "IntPtr " + dt.Name + "_1" + " = mxCreateDoubleScalar_proxy(" + dt.Name + "); \n";
// outputsNames.Add(dt.name);
}
foreach (Data dt in ModelDataOutputs)
{
lcCode = lcCode + "IntPtr " + dt.Name + "_1" + " = mxCreateDoubleScalar_proxy(" + (double)(dt.Value) + "); \n";
}
// creating results storage fields
//int resultSize = outputs.Count;
//lcCode = lcCode + "Dictionary<string, double> results = new Dictionary<string, double>("
// + resultSize + "); \n";
// begin execution of MATLAB functional method - TRY
lcCode = lcCode + "try { \n";
// get actual OUTPUT parameters to supply to MATLAB function method
string actualParamsOut = "";
foreach (Data dt in ModelDataOutputs)
{
actualParamsOut = actualParamsOut + "ref " + dt.Name + "_1" + ",";
}
// get actual INPUT parameters to supply to MATLAB function method
string actualParamsIn = "";
foreach (Data dt in ModelDataInputs)
{
actualParamsIn = actualParamsIn + dt.Name + "_1" + ",";
}
if (actualParamsIn != "")
{
actualParamsIn = actualParamsIn.Remove(actualParamsIn.Length - 1);
}
lcCode = lcCode + "_mlf" + methodTempName + "(" + "nargout, "
+ actualParamsOut + actualParamsIn + "); \n";
foreach (Data dt in ModelDataOutputs)
{
lcCode = lcCode + "double " + dt.Name + "= mxGetScalar_proxy(" + dt.Name + "_1" + ");\n";
}
//lcCode = lcCode + "foreach (string s1 in outputsNames) \n";
//lcCode = lcCode + "{ \n";
//lcCode = lcCode + "double s1 = mxGetScalar(s1);";
//lcCode = lcCode + "} \n";
lcCode += "object[] outputs_all=new object[" + Convert.ToString(ModelDataOutputs.Count) + "]; \n";
int ncount = 0;
foreach (Data dt in ModelDataOutputs)
{
lcCode += "outputs_all[" + Convert.ToString(ncount) + "]=" + dt.Name + ";\n";
ncount++;
//lcCode = lcCode +"return " + dt.name + ";";
}
lcCode += "object outputs_return=outputs_all; \n";
lcCode = lcCode + "return outputs_return; \n";
// end of TRY bracket
lcCode = lcCode + "} \n";
lcCode = lcCode + "catch (Exception e) \n";
lcCode = lcCode + "{ \n";
lcCode = lcCode + "Console.WriteLine(e.Message); \n";
lcCode = lcCode + "return null; \n";
lcCode = lcCode + "} \n";
// Terminate libraries and MCR
//foreach (Data dt in outputs)
// {
// lcCode = lcCode + "mxDestroyArray(dt.name); \n";
//}
lcCode = lcCode + "_" + MethodName + "Terminate(); \n";
//lcCode = lcCode + "mclTerminateApplication(); \n";
lcCode = lcCode + "} \n";
//System.Console.WriteLine(lcCode);
Code = lcCode;
Compile(AircadiaProject.Instance.ProjectPath);
}
public override int GetHashCode()
{
return(Clsid.GetHashCode() ^ Name.GetSafeHashCode() ^ DllPath.GetSafeHashCode()
^ Server.GetSafeHashCode() ^ ActivationType.GetHashCode() ^ TrustLevel.GetHashCode()
^ Permissions.GetSafeHashCode() & Threading.GetHashCode());
}
public MainWindowViewModel()
{
// Load
LoadDefaultConfiguration();
var useConnectionType = UseConnectionTypeSelectedIndex
.Select(x => (ConnectionProtocol)Enum.Parse(typeof(ConnectionProtocol), UseConnectionType[x]))
.ToReactiveProperty();
// Setup peer
peer = new ReactiveProperty <ObservablePhotonPeer>(new UseJsonObservablePhotonPeer(useConnectionType.Value));
peer.Select(x => x.ObserveStatusChanged())
.Switch()
.Subscribe(x =>
{
if (x == StatusCode.Connect)
{
CurrentConnectionStatus.Value = "Connecting : " + Address.Value + " " + AppName.Value;
}
else
{
CurrentConnectionStatus.Value = x.ToString();
}
Log.WriteLine(CurrentConnectionStatus.Value);
});
// Setup Properties
HubInfoListSelectedIndex.Subscribe(x =>
{
foreach (var item in OperationInfoList)
{
item.Dispose();
}
OperationInfoList.Clear();
if (x == -1)
{
return;
}
if (HubInfoList.Count - 1 < x)
{
return;
}
var hub = HubInfoList[x];
foreach (var item in hub.Operations)
{
OperationInfoList.Add(new OperationItemViewModel(peer, Log, item));
}
});
// Setup Commands
var photonProcessExists = Observable.Interval(TimeSpan.FromSeconds(1)).Select(x => Process.GetProcessesByName("PhotonSocketserver").Any());
KillPhotonProcess = photonProcessExists.ToReactiveCommand();
KillPhotonProcess.Subscribe(_ =>
{
var processes = Process.GetProcessesByName("PhotonSocketServer");
foreach (var item in processes)
{
item.Kill();
}
});
StartPhotonProcess = ProcessPath.CombineLatest(WorkingDir, (processPath, workingDir) => new { processPath, workingDir })
.Select(x => !string.IsNullOrWhiteSpace(x.processPath + x.workingDir))
.CombineLatest(photonProcessExists, (x, y) => x && !y)
.ToReactiveCommand();
StartPhotonProcess.Subscribe(_ =>
{
try
{
var processPath = ProcessPath.Value;
var workingDir = WorkingDir.Value;
var pi = new ProcessStartInfo
{
FileName = ProcessPath.Value,
Arguments = ProcessArgument.Value,
WorkingDirectory = workingDir
};
System.Diagnostics.Process.Start(pi);
SaveConfiguration(); // can start, save path
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
}
});
ReloadDll = DllPath.Select(x => File.Exists(x.Trim('\"'))).ToReactiveCommand(ImmediateScheduler.Instance); // needs Immediate check for InitialLoad(see:bottom code)
ReloadDll.Subscribe(_ =>
{
try
{
HubInfoList.Clear();
var hubInfos = HubAnalyzer.LoadHubInfos(DllPath.Value.Trim('\"'));
SaveConfiguration(); // can load, save path
hubInfoLookup = hubInfos.ToDictionary(x => x.HubId);
foreach (var hub in hubInfos)
{
HubInfoList.Add(hub);
}
HubInfoListSelectedIndex.Value = 0;
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
}
});
Connect = peer.Select(x => x.ObserveStatusChanged())
.Switch()
.CombineLatest(Address, (x, y) => x != StatusCode.Connect && !string.IsNullOrEmpty(y))
.ToReactiveCommand();
Connect.Subscribe(async _ =>
{
try
{
peer.Value.Dispose();
peer.Value = new UseJsonObservablePhotonPeer(useConnectionType.Value);
var b = await peer.Value.ConnectAsync(Address.Value, AppName.Value);
Log.WriteLine("Connect:" + b);
if (b)
{
SaveConfiguration(); // can connect, save path
// Register Listener
listenerSubscription.Disposable = peer.Value.ObserveReceiveEventData().Subscribe(ReceiveEvent);
}
else
{
listenerSubscription.Disposable = System.Reactive.Disposables.Disposable.Empty;
}
}
catch (Exception ex)
{
Log.WriteLine("Can't connect:" + ex.ToString());
listenerSubscription.Disposable = System.Reactive.Disposables.Disposable.Empty;
}
});
Disconnect = peer.Select(x => x.ObserveStatusChanged())
.Switch()
.Select(x => x == StatusCode.Connect)
.ToReactiveCommand();
Disconnect.Subscribe(_ =>
{
try
{
peer.Value.Disconnect();
}
catch (Exception ex)
{
Log.WriteLine("Can't disconnect:" + ex.ToString());
}
});
LogClear = new ReactiveCommand();
LogClear.Subscribe(_ =>
{
Log.Value = "";
});
// Initial Load
if (ReloadDll.CanExecute())
{
ReloadDll.Execute();
}
// Initial VersionInfo
VersionInfo = Assembly.GetExecutingAssembly().GetCustomAttribute <AssemblyFileVersionAttribute>().Version.ToString();
if (peer.Value.ObserveStatusChanged().FirstAsync().GetAwaiter().GetResult() == StatusCode.Disconnect)
{
CurrentConnectionStatus.Value = "PhotonWire.HubInvoker " + VersionInfo;
}
}
public override void PrepareForExecution()
{
//Creates the DLLS for model
string lcCode = "";
string lcCodeIn = "";
string lcCodeInNme = "";
foreach (Data dt in ModelDataInputs)
{
//lcCode = lcCode + "double " + dt.name + " = " + Convert.ToString(dt.value) + ";\n";
lcCodeIn = lcCodeIn + "double " + dt.Name + ",";
lcCodeInNme = lcCodeInNme + dt.Name + ",";
}
if (lcCodeIn != "")
{
lcCodeIn = lcCodeIn.Remove(lcCodeIn.Length - 1);
lcCodeInNme = lcCodeInNme.Remove(lcCodeInNme.Length - 1);
}
foreach (Data dt in ModelDataOutputs)
{
lcCode = lcCode + "double " + dt.Name + " = " + Convert.ToString((double)(dt.Value)) + ";\n";
/*if (dt.name == "rwswa")
* {
* Console.Write(dt.name + "=" + Convert.ToString(dt.value) + "\n");
* this.dllname = "rwswa=phi;";
* }*/
}
lcCode = lcCode + (ModelDataOutputs[0] as Data).Name + "=" + MethodName + "(" + lcCodeInNme + ");" + "\n";
lcCode += "object[] outputs_all=new object[" + Convert.ToString(ModelDataOutputs.Count) + "];";
int ncount = 0;
foreach (Data dt in ModelDataOutputs)
{
lcCode += "outputs_all[" + Convert.ToString(ncount) + "]=" + dt.Name + ";\n";
ncount++;
//lcCode = lcCode +"return " + dt.name + ";";
}
lcCode += "object outputs_return=outputs_all;";
lcCode = lcCode + "return outputs_return;";
// *** Must create a fully functional assembly
lcCode = "[DllImport(@\"" + Directory.GetCurrentDirectory() + "\\" + DllPath.Substring(DllPath.LastIndexOf("\\") + 1) + "\")]" +
"private static extern double " + MethodName + "(" + lcCodeIn + ");" +
"public object " + Name + @"(" + lcCodeIn + @") {
" + lcCode +
"} ";
Code = lcCode;
Compile(AircadiaProject.Instance.ProjectPath);
}
private void metroButton2_Click(object sender, EventArgs e)
{
DllPath.ShowDialog();
Dll_Box.Text = DllPath.FileName;
}
