public bool Run(IModule caller, string macroName, string jsonParameters, LogbookLevel level, Action <float> progressUpdate, ref string returnValue)
{
lock (this)
{
try
{
EnsureWriteAvailable(caller);
// clear out all of the old input before starting
using var writer = new BinaryWriter(_emmePipe, Encoding.Unicode, true);
writer.Write(SignalStartModuleBinaryParameters);
writer.Write(macroName.Length);
writer.Write(macroName.ToCharArray());
if (jsonParameters == null)
{
writer.Write((int)0);
}
else
{
writer.Write(jsonParameters.Length);
writer.Write(jsonParameters.ToCharArray());
}
var logbookLevel = level switch
{
LogbookLevel.Standard => LogbookStandard,
LogbookLevel.Debug => LogbookDebug,
LogbookLevel.None => LogbookNone,
_ => LogbookStandard
};
writer.Write(logbookLevel.Length);
writer.Write(logbookLevel);
writer.Flush();
// make sure the tool exists before continuing
if (!WaitForEmmeResponce(caller, ref returnValue, progressUpdate))
{
// if the tool does not exist, we have failed!
return(false);
}
}
catch (IOException e)
{
throw new XTMFRuntimeException(caller, "I/O Connection with EMME while sending data, with:\r\n" + e.Message);
}
return(WaitForEmmeResponce(caller, ref returnValue, progressUpdate));
}
}
public bool Run(IModule caller, string macroName, string jsonParameters, LogbookLevel level, ref string returnValue)
{
return(Run(caller, macroName, jsonParameters, level, null, ref returnValue));
}
public bool Run(IModule caller, string macroName, string jsonParameters, LogbookLevel level)
{
string unused = null;
return(Run(caller, macroName, jsonParameters, level, null, ref unused));
}