// This returns the formula one must run in the Calculator to get the IL value
internal static List <Entry> ResolveILContent(string ilName, OperandAdmin operandAdmin)
{
List <Entry> newContent = new List <Entry>();
foreach (var c in operandAdmin.GetILContent(ilName))
{
if (operandAdmin.Exists(c.Key) && operandAdmin.GetParType(c.Key) == DefPar.PAR_TYPE.IL)
{
newContent.Add(new Entry()
{
isIL = true, ilName = c.Key, ilEntries = ResolveILContent(c.Key, operandAdmin), addFactor = c.Value
}); // IL: go recursive
}
else
{
newContent.Add(new Entry()
{
isIL = false, varSpec = new VarSpec()
{
name = c.Key
}, addFactor = c.Value
}); // variable: just add to list
}
}
return(newContent);
}
// note: this is "internal static", in order to make it useable by e.g. DefOuput, which needs it for parameter DefIL
// it returns a list of components
internal static List <string> GetILComponents(string ilName, OperandAdmin operandAdmin)
{
List <string> entries = new List <string>();
foreach (var c in operandAdmin.GetILContent(ilName))
{
if (operandAdmin.Exists(c.Key) && operandAdmin.GetParType(c.Key) == DefPar.PAR_TYPE.IL)
{
entries.AddRange(GetILComponents(c.Key, operandAdmin));
}
else
{
entries.Add(c.Key);
}
}
return(entries);
}
internal InfoStore()
{
DefinitionAdmin.Init(); // initialise the common-lib's description of functions and parametes (once for the life-time of the lib)
operandAdmin = new OperandAdmin(this);
}
