internal EnumDomain GetEnumDomain(Type t)
{
if (domainMap.ContainsKey(t))
{
return(domainMap[t]);
}
else
{
EnumDomain d = new EnumDomain(t);
domainMap[t] = d;
return(d);
}
}
private void InitializeInputParameterCombinations(ModelProgramProvider mpp, EnablingCondition stateIndependentCondition)
{
List <InputParameterDomain> paramDomains = new List <InputParameterDomain>();
foreach (ParameterInfo paramInfo in parameterInfos)
{
if (!paramInfo.IsOut)
{
EnumDomain D = mpp.GetEnumDomain(paramInfo.ParameterType);
paramDomains.Add(new InputParameterDomain(D, IsParmeterPlaceholder(paramInfo)));
}
}
this.inputParameterCombinations = new InputParameterCombinations(mpp.ParameterGenerator(this.actionSymbol), paramDomains.ToArray(), stateIndependentCondition);
}
internal InputParameterDomain(EnumDomain domain, bool useAny)
{
if (domain.Values.Length <= 1)
{
//it does not matter if useAny == true
//because the domain has at most one element
values = domain.Values;
}
else if (useAny)
{
//only use Any.Value that denotes an arbitrary element
values = new object[] { Any.Value }
}
;
else
{
values = domain.Values;
}
}
internal InputParameterDomain(EnumDomain domain, bool useAny)
{
if (domain.Values.Length <= 1)
//it does not matter if useAny == true
//because the domain has at most one element
values = domain.Values;
else if (useAny)
//only use Any.Value that denotes an arbitrary element
values = new object[] { Any.Value };
else
values = domain.Values;
}
internal EnumDomain GetEnumDomain(Type t)
{
if (domainMap.ContainsKey(t))
return domainMap[t];
else
{
EnumDomain d = new EnumDomain(t);
domainMap[t] = d;
return d;
}
}
