private string GetCompleteExecuteCommandWithResultProcessingStatement(AlgorithmDescription targetAlgorithmDescription, ComputeDeviceInfo targetComputeDeviceInfo, string port, string attributeKey = "ScalarExecuteCommand", string customResultProcessingStatement = null)
{
string errorList = "";
if (targetAlgorithmDescription.Id != AlgorithmId)
{
errorList += "[ERROR] PresetDescription::GetCompleteExecuteCommand() - Preset.AlgorithmId does not match with given 'targetAlgorithmDescription'\n";
}
if (targetComputeDeviceInfo.ComputeDeviceId != ComputeDeviceId)
{
errorList += "[ERROR] PresetDescription::GetCompleteExecuteCommand() - Preset.ComputeDeviceId does not match with given 'targetComputeDeviceInfo'\n";
}
if (errorList != "")
{
Console.ForegroundColor = ConsoleColor.Red;
Console.WriteLine(errorList);
Console.ResetColor();
return(null);
}
string ipAddress = targetComputeDeviceInfo.IpAddress;
string algorithmCommand = null;
switch (attributeKey)
{
case "ScalarExecuteCommand":
algorithmCommand = targetAlgorithmDescription.GetScalarExecuteCommand(ipAddress, port);
break;
case "InitCommand":
algorithmCommand = targetAlgorithmDescription.GetInitCommand(ipAddress, port);
break;
case "UnloadCommand":
algorithmCommand = targetAlgorithmDescription.GetUnloadCommand(ipAddress, port);
break;
}
// If custom result processing statement is found, encode-append-send
if (customResultProcessingStatement != null)
{
algorithmCommand += "\\n" + EncodeStringForTransmission(customResultProcessingStatement, ipAddress, port);
return(algorithmCommand);
}
else if (ResultProcessingStatement == null || ResultProcessingStatement == "")
{
return(algorithmCommand);
}
else
{
algorithmCommand += "\\n" + EncodeStringForTransmission(ResultProcessingStatement, ipAddress, port);
return(algorithmCommand);
}
}
public Window GetWindow()
{
Window newWindow;
switch (Task.TaskType)
{
case TaskTypeEnum.AlgorithmDescription:
{
newWindow = new AlgorithmDescription(Task);
return(newWindow);
}
case TaskTypeEnum.DriversProject:
{
newWindow = new DriversProject(Task);
return(newWindow);
}
case TaskTypeEnum.ElectricalProject:
{
newWindow = new ElectricalProject(Task);
return(newWindow);
}
case TaskTypeEnum.Maintainence:
{
newWindow = new MaintainenceWnd(Task);
return(newWindow);
}
case TaskTypeEnum.Mounting:
{
newWindow = new Mounting(Task);
return(newWindow);
}
case TaskTypeEnum.OrderList:
{
newWindow = new OrderList(Task);
return(newWindow);
}
case TaskTypeEnum.ProjectDescription:
{
newWindow = new ProjectDescriptionWindow(Task);
return(newWindow);
}
case TaskTypeEnum.VarDefTool:
{
newWindow = new VarDefTool(Task);
return(newWindow);
}
case TaskTypeEnum.Workshop:
{
newWindow = new Workshop(Task);
return(newWindow);
}
default:
{
return(null);
}
}
}
public string GetExecuteCommandWithCustomResultStatement(AlgorithmDescription targetAlgorithmDescription, ComputeDeviceInfo targetComputeDeviceInfo, string port, string customResultProcessingStatement)
{
string attributeKey = "ScalarExecuteCommand";
return(GetCompleteExecuteCommandWithResultProcessingStatement(targetAlgorithmDescription, targetComputeDeviceInfo, port, attributeKey, customResultProcessingStatement));
}
public string GetCompleteUnloadCommand(AlgorithmDescription targetAlgorithmDescription, ComputeDeviceInfo targetComputeDeviceInfo, string port)
{
string attributeKey = "UnloadCommand";
return(GetCompleteExecuteCommandWithResultProcessingStatement(targetAlgorithmDescription, targetComputeDeviceInfo, port, attributeKey));
}
