public Enum(Namespace parentNamespace, XmlBindings.Enum xmlData, Overrides.XmlBindings.Enum overrides, Dictionary <string, QualifiableType> typeDictionary, OutputDataTypes outputDataTypes)
{
m_stylizedName = Formatter.Prefix + Formatter.StylizeNameFromUnderscoreSeparators(xmlData.Name);
if (parentNamespace != null)
{
m_rawName = parentNamespace.ApiName + "_" + xmlData.Name;
typeDictionary[parentNamespace.RawName + "::" + xmlData.Name] = this;
}
else
{
//
// Namespace of NULL indicates the global namespace.
// These types aren't D2D types, and their full native name is
// exactly what's in the name field (no need to prepend anything).
//
m_rawName = xmlData.Name;
typeDictionary[xmlData.Name] = this;
}
m_isFlags = xmlData.IsFlags;
m_enumValues = new List <EnumValue>();
foreach (XmlBindings.EnumValue valueXml in xmlData.EnumValues)
{
Overrides.XmlBindings.EnumValue overridesEnumValue = null;
if (overrides != null)
{
overridesEnumValue = overrides.Values.Find(x => x.Name == valueXml.Name);
}
m_enumValues.Add(new EnumValue(valueXml, m_rawName, overridesEnumValue));
}
bool shouldProject = false;
if (overrides != null)
{
shouldProject = overrides.ShouldProject;
if (overrides.ProjectedNameOverride != null)
{
m_stylizedName = Formatter.Prefix + overrides.ProjectedNameOverride;
}
}
// One of the XML files has a mistake where it doesn't properly order its enums.
if (m_isFlags)
{
m_enumValues.Sort(new EnumValueComparer());
}
// Enums in the global namespace are defined as aliases only. By convention, only enums in a namespace are output.
if (parentNamespace != null && shouldProject)
{
outputDataTypes.AddEnum(this);
}
}
public Namespace(XmlBindings.Namespace xmlData, Overrides.XmlBindings.Namespace overrides, Dictionary <string, QualifiableType> typeDictionary, OutputDataTypes outputDataTypes)
{
m_rawName = xmlData.Name;
if (overrides != null && overrides.NameOverride != null)
{
m_apiName = overrides.NameOverride;
}
else
{
m_apiName = xmlData.Name;
}
m_enums = new List <Enum>();
foreach (XmlBindings.Enum enumXml in xmlData.Enums)
{
Overrides.XmlBindings.Enum overridesEnum = null;
if (overrides != null)
{
overridesEnum = overrides.Enums.Find(x => x.Name == enumXml.Name);
}
m_enums.Add(new Enum(this, enumXml, overridesEnum, typeDictionary, outputDataTypes));
}
m_structs = new List <Struct>();
foreach (XmlBindings.Struct structXml in xmlData.Structs)
{
Overrides.XmlBindings.Struct overridesStruct = null;
if (overrides != null)
{
overridesStruct = overrides.Structs.Find(x => x.Name == structXml.Name);
}
m_structs.Add(new Struct(this, structXml, overridesStruct, typeDictionary, outputDataTypes));
}
m_interfaces = new List <Interface>();
foreach (XmlBindings.Interface interfaceXml in xmlData.Interfaces)
{
Overrides.XmlBindings.Interface overridesInterface = null;
if (overrides != null)
{
overridesInterface = overrides.Interfaces.Find(x => x.Name == interfaceXml.Name);
}
m_interfaces.Add(new Interface(this, interfaceXml, overridesInterface, typeDictionary));
}
foreach (XmlBindings.Typedef t in xmlData.Typedefs)
{
// In the types XML, often times types are declared as one type,
// then typedefs to something else, and referenced thereafter
// as that second type. And so, typedefs must be handled here.
//
// In the XML, the 'Name' field in each typedef is unqualified,
// but the 'From' field is qualified.
// For example, <Typedef Name="COLOR_F" From="D2D::COLOR_F"/>
//
// So, the entries are added to the type dictionary here
// under the qualified name.
//
string qualified = xmlData.Name + "::" + t.Name;
typeDictionary[qualified] = typeDictionary[t.From];
}
}
