private void PreprocessDefinition()
{
Definition.ApplyTypeSubstitutions(Settings.TargetId);
Definition.ApplyNamespaceSubsitutions(Settings.TargetId);
foreach (var type in Definition.AllTypes)
{
if (type.Origin != TypeOrigin.Mapped)
{
if (type.IsObject && type.Origin != TypeOrigin.Managed && type.Assembly == Definition.Assembly)
{
AllGeneratedClasses.Add((AST.Object)type);
}
else if (type.IsStruct)
{
AllGeneratedStructs.Add((AST.Struct)type);
}
else if (type.IsEnum && type.Origin != TypeOrigin.Managed && type.Assembly == Definition.Assembly)
{
AllGeneratedEnums.Add((AST.Enum)type);
}
else if (type.IsDelegate && !((AST.Delegate)type).IsGeneric)
{
AllGeneratedDelegates.Add((AST.Delegate)type);
}
}
}
foreach (var type in Definition.AllTypes)
{
if (type.IsDelegate)
{
AllTranslatedDelegates.Add((AST.Delegate)type);
}
else if (type.IsStruct && CppRender.RequiresABITranslation(type.ToVariable()))
{
AllTranslatedStructs.Add((AST.Struct)type);
}
}
Definition.StripAllGluonAttributes();
Definition.PutDefaultConstructorsFirst();
Definition.InsertDefaultConstructorsWhereNoneAreDefined();
var builder = new AST.Builder(Definition);
_assemblyNS = builder.Resolve(Definition.Assembly.Name);
_gluonNS = builder.Resolve("Gluon");
builder.Resolve(typeof(DllImportAttribute));
builder.Resolve(typeof(MarshalAsAttribute));
builder.Resolve(typeof(GluonObject));
builder.Resolve(typeof(DelegateBlob));
}
public void GenerateStruct(AST.Struct type, bool abi)
{
var strata = Strata;
Guid id = (strata == ApiStrata.ABI ? type.Id : type.PrivateId);
Namespace(type.Namespace, abi, () =>
{
var localTranslations = CppRender.GetLocalTranslations(type);
if (strata == ApiStrata.ABI)
{
localTranslations = null;
}
var fields = type.Fields;
Spacer();
WriteXmlDocumentation(type.XmlDoc);
Line("struct comid(\"{0}\") {1}", id, type.Name);
Block(() =>
{
if (strata == ApiStrata.Normal && CppRender.RequiresABITranslation(type.ToVariable()))
{
Line("typedef {0} ABIType;", TypeRef(type, true));
Spacer();
}
if (localTranslations != null)
{
UseLocalTranslations = false;
foreach (var kvp in localTranslations)
{
Line("using {0} = {1};", kvp.Value, TypeRef(kvp.Key, false));
}
UseLocalTranslations = true;
Spacer();
}
LocalTranslationsBlock(localTranslations, () =>
{
foreach (var field in fields)
{
WriteXmlDocumentation(field.XmlDoc);
Line("{0} {1};", VariableType(field, AST.VariableContext.Member), field.Name);
}
Spacer();
// Default constructor
Line("{0}() {{ }}", type.Name);
// Full constructor
var constructorArgs = fields.Select(f => f.Morph("_" + f.Name, AST.VariableContext.In));
if (strata == ApiStrata.ABI)
{
constructorArgs = constructorArgs.GetABIParametersCpp();
}
Line("{0}({1}) : ", type.Name, DeclParameters(constructorArgs));
Indent++;
List(() =>
{
foreach (var field in fields)
{
if (strata == ApiStrata.ABI && field.IsArray)
{
ListItem("{0}(_{0}, _{0}_count)", field.Name);
}
else if (strata == ApiStrata.ABI && field.Type.IsDelegate)
{
ListItem("{0}(_{0}, _{0}_context)", field.Name);
}
else
{
ListItem("{0}(_{0})", field.Name);
}
}
});
Indent--;
Line();
Line("{ }");
});
}, ";");
});
var prefix = (abi ? "::ABI" : "");
if (type.Namespace.IsGlobal)
{
Line(@"IS_VALUETYPE({0}::{1}, ""{2}"");", prefix, type.Name, id);
}
else
{
Line(@"IS_VALUETYPE({0}::{1}::{2}, ""{3}"");", prefix, type.Namespace.FullName("::"), type.Name, id);
}
}
public void ABIWrappedCall(AST.ICallSignature m, string returnArg = null, string callNameOverride = null)
{
string name = m.Name;
if (!string.IsNullOrEmpty(callNameOverride))
{
name = callNameOverride;
}
if (returnArg == null)
{
returnArg = m.Return.Name;
}
Code("try ");
Block(() =>
{
var args = m.Parameters;
if (!m.Return.IsVoid)
{
if (m.Return.IsArray)
{
string refType = VariableType(m.Return.Type.ToVariable(), true);
Code("ABI::ArrayRef<{0}>({1}, {1}_count) = ABIUtil<{2}>::ToABI({3}(",
refType, returnArg, TypeRef(m.Return, false), name);
}
else if (m.Return.Type.IsDelegate)
{
string refType = TypeRef(m.Return.Type, true);
Code("ABI::DelegateRef<{0}>({1}, {1}_context) = ABIUtil<{2}>::ToABI({3}(",
refType, returnArg, TypeRef(m.Return, false), name);
}
else if (CppRender.RequiresABITranslation(m.Return))
{
Code("*{0} = ABIUtil<{1}>::ToABI({2}(", returnArg, TypeRef(m.Return, false), name);
}
else
{
Code("*{0} = {1}(", returnArg, name);
}
}
else
{
Code($"{name}(");
}
if (args.Count > 1)
{
Line();
}
List(args.Count > 1 ? CodeListStyle.MultiLine : CodeListStyle.SingleLine, () =>
{
if (args.Count > 1)
{
Indent++;
}
foreach (var arg in args)
{
if (CppRender.RequiresABITranslation(arg))
{
string fwd;
if (arg.IsArray)
{
fwd = arg.Name + ", " + arg.Name + "_count";
}
else if (arg.Type.IsDelegate)
{
fwd = "(void**)" + arg.Name + ", " + arg.Name + "_context";
}
else
{
fwd = arg.Name;
}
if (arg.IsOut || arg.IsRef)
{
ListItem($"ABIUtil<{TypeRef(arg, false)}>::Ref({fwd})");
}
else
{
ListItem($"ABIUtil<{TypeRef(arg, false)}>::FromABI({fwd})");
}
}
else
{
ListItem(arg.Name);
}
}
if (args.Count > 1)
{
Indent--;
}
});
if (!m.Return.IsVoid && CppRender.RequiresABITranslation(m.Return))
{
Line("));");
}
else
{
Line(");");
}
Line("return S_OK;");
}, " TRANSLATE_EXCEPTIONS");
}
public void CallToABIMethodBody(AST.ICallSignature m, params string[] prependArgs)
{
AST.IVariable returnArg;
bool isCtor = m.Return == null;
if (!isCtor)
{
returnArg = m.Return.Morph("___ret", AST.VariableContext.Out);
}
else
{
returnArg = new AST.Parameter(BasicTypes.Void, "", AST.VariableContext.Return, false);
}
foreach (var arg in m.Parameters)
{
if (arg.IsArray || arg.Type.IsDelegate)
{
if (arg.IsWriteable())
{
Line("ABICallbackRef<{0}> {1}_abi({1});", TypeRef(arg), arg.Name);
}
else
{
Line("auto {0}_abi = ABIUtil<{1}>::ToABI({0});", arg.Name, TypeRef(arg));
}
}
}
if (!returnArg.IsVoid)
{
Line("{0} {1};", VariableType(returnArg, AST.VariableContext.Member, isCtor), returnArg.Name);
if (returnArg.IsArray || returnArg.Type.IsDelegate)
{
Line("{");
Indent++;
Line("ABICallbackRef<{0}> {1}_abi({1});", TypeRef(returnArg), returnArg.Name);
}
}
Line($"TRANSLATE_TO_EXCEPTIONS({m.Name}(");
Indent++;
List(CodeListStyle.MultiLine, () =>
{
foreach (var arg in prependArgs)
{
ListItem(arg);
}
Action <AST.IVariable, string> translateArg = (arg, name) =>
{
if (arg.IsArray || arg.Type.IsDelegate)
{
name += "_abi";
}
if (arg.IsArray)
{
if (arg.IsWriteable() || arg.Context == AST.VariableContext.Return)
{
ListItem("&{0}.Data, &{0}.Count", name);
}
else
{
ListItem("{0}.begin(), {0}.size()", name);
}
}
else if (arg.Type.IsDelegate)
{
if (arg.IsWriteable() || arg.Context == AST.VariableContext.Return)
{
ListItem("({0}*)&{1}.Fn, &{1}.Ctx", TypeRef(arg, true), name);
}
else
{
ListItem("({0}){1}.Fn, {1}.Ctx", TypeRef(arg, true), name);
}
}
else if (arg.IsWriteable() || arg.Context == AST.VariableContext.Return)
{
ListItem("ABICallbackRef<{0}>({1})", TypeRef(arg), name);
}
else if (CppRender.RequiresABITranslation(arg))
{
ListItem("ABIUtil<{0}>::ToABI({1})", TypeRef(arg), name);
}
else
{
ListItem(name);
}
};
foreach (var arg in m.Parameters)
{
translateArg(arg, arg.Name);
}
if (isCtor)
{
ListItem("&instance");
}
else if (!returnArg.IsVoid)
{
translateArg(returnArg, returnArg.Name);
}
});
Indent--;
Line("));");
//if (!returnArg.IsVoid)
//{
// Line("{0} {1};", VariableType(returnArg, AST.VariableContext.Member, isCtor), returnArg.Name);
// if (returnArg.IsArray || returnArg.Type.IsDelegate)
if (!returnArg.IsVoid)
{
if (returnArg.IsArray || returnArg.Type.IsDelegate)
{
Indent--;
Line("}");
}
Line("return {0};", returnArg.Name);
}
}