public Name GetCodeIdentifier(Field field)
{
if (_fieldNameMap.TryGetValue(field, out var name))
{
return(name);
}
var def = field.DeclaringType;
if (def == null)
{
// Method parameters are internally represented with the same class "Field".
// They do not have a declaring type. Anyway, they don't suffer from the field-name-equals-nested-type-name problem.
return(new Name(SyntaxHelpers.MakeCamel(field.Name)));
}
var typeNames = new HashSet <Name>(def.NestedTypes.Select(t => MakeTypeName(t)));
typeNames.Add(MakeTypeName(def));
foreach (var member in def.Fields)
{
var memberName = new Name(SyntaxHelpers.MakeCamel(member.Name));
while (typeNames.Contains(memberName))
{
memberName = new Name(string.Format(PropertyNamedLikeTypeRenameFormat, memberName.ToString()));
}
_fieldNameMap.Add(member, memberName);
}
return(_fieldNameMap[field]);
}
public static NameSyntax NamespaceName(string[] @namespace)
{
NameSyntax ident = null;
if (@namespace != null)
{
ident = IdentifierName(SyntaxHelpers.MakeCamel(@namespace[0]));
foreach (string name in @namespace.Skip(1))
{
var temp = IdentifierName(SyntaxHelpers.MakeCamel(name));
ident = QualifiedName(ident, temp);
}
}
return(ident);
}
public Name GetCodeIdentifier(Method method)
{
return(new Name(SyntaxHelpers.MakeCamel(method.Name)));
}
