private static void PrintNuSMV(SMVModel nuSMV, KpMetaModel kpMetaModel, Experiment kpx, string outFileName)
{
//instantiate output file, otherwise to console
Writer.FileName = outFileName;
Writer.CleanFile(outFileName);
bool firstModule = true;
foreach (var module in nuSMV.Modules)
{
if (!firstModule)
{
TUtil.AddDashedComment(module.Type.ToUpper());
}
WriteModule(module);
WriteVariables(module);
WriteINVAR(module);
WriteInit(module);
if (!module.HasDivisionRule && module.HasDissolutionRule)
{
WriteStatusNext(module);
}
WriteNext(module);
firstModule = false;
}
WriteMain(nuSMV);
WriteStatusAndCommuncationNext(nuSMV);
WriteProperties(kpx, kpMetaModel);
}
private static void WriteMain(SMVModel nuSMV)
{
TUtil.AddDashedComment("MAIN");
string op = SMVKeys.MODULE + " " + SMVKeys.MAIN + "\n";
op += SMVKeys.VAR + "\n";
//write synch,and PStep vars at first.
op += TVariables.VariableDefinition(nuSMV.MainModule.Synch);
op += TVariables.VariableDefinition(nuSMV.MainModule.PStep);
//write instances
foreach (var module in nuSMV.Modules)
{
//parent instance
op += TVariables.Instances(module.Instance);
//if exists, then child instances
if (module.HasDivisionRule)
{
foreach (var childInstance in module.ChildInstances)
{
op += TVariables.Instances(childInstance);
}
}
}
op += SMVKeys.ASSIGN + "\n";
//write init of synch and PStep vars
op += TVariables.InitVariable(nuSMV.MainModule.Synch);
op += TVariables.InitVariable(nuSMV.MainModule.PStep);
//write next of synch and PStep vars
op += TVariables.VariableNext(nuSMV.MainModule.Synch);
op += TVariables.VariableNext(nuSMV.MainModule.PStep);
Writer.WriteLine(op);
}