private void CompileStringValueType(GrammarSymbol decl)
{
var result = new DataModelLeafTypeBuilder(decl);
var member = new DataModelMember("STRING", "StringValue", "stringValue", null, "stringValue", null, null, null, null, null, 0, false);
result.Members.Add(member);
result.ToStringEntries.Add(new ToStringEntry(member));
this.AddCompiledType(result);
}
private void CompileEnumValueType(GrammarSymbol decl, Token token)
{
var result = new DataModelLeafTypeBuilder(decl);
var declaredValues = new List <string>();
declaredValues.Add(token.GetText());
result.G4DeclaredValues = declaredValues;
this.AddCompiledType(result);
}
private void CompileEnumValueType(GrammarSymbol decl, ImmutableArray <GrammarSymbol> enumMembers)
{
var result = new DataModelLeafTypeBuilder(decl);
var declaredValues = new List <string>();
foreach (GrammarSymbol symbol in enumMembers)
{
declaredValues.Add(symbol.FirstToken.GetText());
}
result.G4DeclaredValues = declaredValues;
this.AddCompiledType(result);
}
private void AddCompiledType(DataModelLeafTypeBuilder builder)
{
_compiledTypes.Add(builder.G4DeclaredName, builder);
}
private void CompileStandardType(GrammarSymbol decl, ImmutableArray <GrammarSymbol> groupList)
{
var result = new DataModelLeafTypeBuilder(decl);
int idx = 0;
while (idx < groupList.Length)
{
List <string> staticStrings = GetStringValuesAfter(groupList, idx);
foreach (string staticString in staticStrings)
{
result.ToStringEntries.Add(new ToStringEntry(staticString, null));
}
idx += staticStrings.Count;
if (idx >= groupList.Length)
{
break;
}
GrammarSymbol currentSymbol = groupList[idx];
GrammarSymbol memberDeclSymbol = GetDeclaringIdentifierSymbol(currentSymbol, result.G4DeclaredName);
GrammarSymbol lookAheadSymbol = GetSymbolOrEmpty(groupList, idx + 1);
// Check for patterns:
if (MatchesDelimitedCollectionPattern(currentSymbol, memberDeclSymbol, lookAheadSymbol))
{
// x ('delimiter' x)*
string delimeter = lookAheadSymbol[0][0].GetLogicalText();
result.AddMember(memberDeclSymbol, 1, currentSymbol.Kind == SymbolKind.Identifier, delimeter);
idx += 2;
continue;
}
int rank;
bool required;
switch (currentSymbol.Kind)
{
case SymbolKind.Identifier:
// x
rank = 0;
required = true;
break;
case SymbolKind.ZeroOrOneQuantifier:
// x?
rank = 0;
required = false;
break;
case SymbolKind.ZeroOrMoreQuantifier:
// x*
rank = 1;
required = false;
break;
case SymbolKind.OneOrMoreQuantifier:
// x+
rank = 1;
required = true;
break;
default:
throw new G4ParseFailureException(currentSymbol.GetLocation(), Strings.UnrecognizedDataModel, result.G4DeclaredName);
}
++idx;
result.AddMember(memberDeclSymbol, rank, required);
}
this.AddCompiledType(result);
}