private static object NewWithInitializer(JsType type, JsObject json)
{
var obj = JsCompiler.NewByFunc(type.ctor);
if (@typeof(json) == "array")
{
throw new Exception("not implemented");
}
else
{
foreach (var p in json)
{
var setter = obj.As <JsObject>()["set_" + p];
if (@typeof(setter) == "function")
{
setter.As <JsFunction>().call(obj, json[p]);
}
else
{
obj.As <JsObject>()[p] = json[p];
}
}
}
return(obj);
}
JsImplType(JsType jsType)
{
_JsType = jsType;
_Name = _JsType.name;
if (EmptyTypes == null)
EmptyTypes = new JsImplType[0];
}
public static JsImplType _TypeOf(JsType jsType)
{
if (jsType == null)
throw new Exception("Cannot resovle type");
if (jsType._ClrType == null)
jsType._ClrType = new JsImplType(jsType);
return jsType._ClrType;
}
//checkes if the [objType] is of a certain [type]
static bool TypeIs(JsType objType, JsType type)
{
if (objType == type)
{
return(true);
}
if (type.Kind == JsTypeKind.Interface)
{
var testedInterfaces = new JsObject();
while (objType != null)
{
if (objType == type)
{
return(true);
}
if (_TestTypeInterfacesIs(objType, type, testedInterfaces))
{
return(true);
}
objType = objType.baseType;
}
return(false);
}
if (type.Kind == JsTypeKind.Delegate && objType.fullname == "System.Delegate")
{
//for now, casting between any delegate type is permitted
return(true);
}
if (objType.fullname == "System.Int32")
{
if (type.fullname == "System.Decimal")
{
return(true);
}
if (type.fullname == "System.Double")
{
return(true);
}
if (type.fullname == "System.Single")
{
return(true);
}
}
var t = objType.baseType;
while (t != null)
{
if (t == type)
{
return(true);
}
t = t.baseType;
}
return(false);
}
public static string GetAssemblyQualifiedName(this JsType type)
{
if (type._AssemblyQualifiedName == null)
{
var name = type.fullname;
if (type.assemblyName != null)
{
name += ", " + type.assemblyName;
}
type._AssemblyQualifiedName = name;
}
return(type._AssemblyQualifiedName);
}
private static void ResolveBaseType(JsType type, JsType currentType)
{
var baseType = JsTypeHelper.GetType(type.baseTypeName);
if (baseType == null)
{
baseType = JsTypeHelper.GetTypeIgnoreNamespace(type.baseTypeName, true);
}
if (!baseType.isCompiled)
{
CompileType(baseType);
}
currentType.baseType = baseType;
baseType.derivedTypes.push(currentType);
}
private static void CompileEnum(JsType currentType)
{
if (currentType.Kind == JsTypeKind.Enum)
{
currentType.tryParse = _EnumTryParse;
foreach (var p in currentType.staticDefinition)
{
if (@typeof(currentType.staticDefinition[p]) == "string")
{
var x = NewByFunc(currentType.ctor);
x.As <JsObject>()["_Name"] = p;
currentType.staticDefinition[p] = x;
currentType.As <JsObject>()[p] = x;
}
}
}
}
private static void Compile_Phase2_TmpType(JsType tmpType)
{
var p = tmpType.fullname;
var type = CompileType(tmpType);
if (type != null)
{
CopyMemberIfNotDefined(type, type.fullname, window);
}
if (type.ns != null)
{
var ns = ResolveNamespace(type.ns);
if (type != null)
{
ns[type.name] = type;
}
}
}
private static void Compile_Phase2_TmpType(JsType tmpType)
{
var p = tmpType.fullname;
JsType type = null;
//tmpType = tmpTypes[p].As<JsType>();
type = CompileType(tmpType);
if (type != null) //.ctor && type.ns!=null && type.ns!=""
{
CopyMemberIfNotDefined(type, type.fullname, window); //window[type.get_FullName()] = type;//.ctor;
}
if (type.ns != null)
{
var ns = ResolveNamespace(type.ns);
if (type != null) //.ctor
{
ns[type.name] = type; //.ctor;
}
}
}
static bool _TestTypeInterfacesIs(JsType testType, JsType iface, JsObject testedInterfaces)
{
if (testedInterfaces[iface.name].As <bool>())
{
return(false);
}
for (var i = 0; i < testType.interfaces.length; i++)
{
var testIface = testType.interfaces[i].As <JsType>();
if (testIface == iface)
{
return(true);
}
testedInterfaces[testIface.name] = true;
if (_TestTypeInterfacesIs(testIface, iface, testedInterfaces))
{
return(true);
}
}
return(false);
}
private static void ResolveInterfaces(JsType type, JsType currentType)
{
if (type.interfaceNames == null)
{
return;
}
for (var i = 0; i < type.interfaceNames.length; i++)
{
var iName = type.interfaceNames[i].As <string>();
var iface = JsTypeHelper.GetType(iName);
if (iface == null)
{
iface = JsTypeHelper.GetTypeIgnoreNamespace(iName, true);
}
if (!iface.isCompiled)
{
CompileType(iface);
}
currentType.interfaces.push(iface);
}
}
public static string GetName(this JsType type)
{
return(type.name);
}
private static object NewAtServer(JsType type, params object[] args)
{
throw new NotImplementedException();
//return RemotingServices.DefaultProxy.CreateInstance(type.assemblyName, type.get_FullName(), JsCompilerArguments.from(JsContext.arguments, 1).As<object[]>());
}
internal static JsDelegateFunction CreateClrDelegate(JsType type, JsArray<JsType> genericArgs, object target, JsFunction func)
{
return JsTypeHelper.GetDelegate(target, func).As<JsDelegateFunction>(); //TODO: support delegate.getType()
}
static JsFunction CreateBaseCtor(JsType type)
{
throw new NotImplementedException();
}
private static void Compile_Phase2_TmpType(JsType tmpType)
{
var p = tmpType.fullname;
JsType type = null;
//tmpType = tmpTypes[p].As<JsType>();
type = CompileType(tmpType);
if (type != null)//.ctor && type.ns!=null && type.ns!=""
CopyMemberIfNotDefined(type, type.fullname, window); //window[type.get_FullName()] = type;//.ctor;
if (type.ns != null)
{
var ns = ResolveNamespace(type.ns);
if (type != null)//.ctor
ns[type.name] = type; //.ctor;
}
}
private static JsType CompileType(JsType type)
{
var currentType = Types[type.fullname].As <JsType>() ?? type;
if (currentType.ctors == null)
{
currentType.ctors = new JsObject();
}
if (!type.isCompiled)
{
var baseTypeResolved = false;
if (currentType.baseType == null && currentType.baseTypeName != null)
{
ResolveBaseType(type, currentType);
if (currentType.baseType != null)
{
baseTypeResolved = true;
}
}
ResolveInterfaces(type, currentType);
foreach (var p in type.definition)
{
if (p.As <JsString>().search("ctor") == 0) //isCtor
{
currentType.As <JsObject>()[p] = type.definition[p];
JsContext.delete(type.definition[p]);
if (JsContext.@typeof(currentType.commonPrototype) == "undefined")
{
currentType.commonPrototype = currentType.As <JsObject>()[p].As <JsFunction>().prototype.As <JsCompilerPrototype>();
}
else
{
currentType.As <JsObject>()[p].As <JsFunction>().prototype = currentType.commonPrototype;
}
currentType.ctors[p] = currentType.As <JsObject>()[p];
}
if (p == "cctor")
{
currentType.cctor = p.As <JsFunction>();
}
}
// if(currentType.ctor==null)
// {
// currentType.ctor = window[type.get_FullName()];
// }
if (currentType.ctor == null)
{
if (currentType.ns == null || currentType.ns == "")
{
var jsCtor = window.As <JsObject>()[currentType.name].As <JsFunction>();
currentType.ctor = jsCtor;
}
// currentType.ctor = type.definition[type.name];
// if(type.definition[type.name]!=null)
// delete type.definition[type.name];
// else
if (currentType.ctor == null && currentType.ctors != null)
{
var createCtor = true;
foreach (var p in currentType.ctors)
{
createCtor = false;
break;
}
if (createCtor)
{
if (currentType.baseType != null)
{
currentType.ctor = CreateBaseCtor();
}
else
{
currentType.ctor = CreateEmptyCtor();
}
}
}
if (currentType.ctor != null)
{
currentType.ctors["ctor"] = currentType.ctor;
if (JsContext.@typeof(currentType.commonPrototype) == "undefined")
{
currentType.commonPrototype = currentType.ctor.prototype.As <JsCompilerPrototype>();
}
else
{
currentType.ctor.prototype = currentType.commonPrototype;
}
}
}
foreach (var p in currentType.ctors)
{
var ctor = currentType.ctors[p].As <JsCompilerFunction>();
if (ctor._type == null)
{
ctor._type = currentType;
}
}
// if(currentType.ctor._type==null)
// currentType.ctor._type = currentType;
if (baseTypeResolved)
{
_CopyObject(currentType.baseType.commonPrototype, currentType.commonPrototype);
}
foreach (var p in type.definition)
{
var member = type.definition[p];
currentType.commonPrototype[p] = member;
if (JsContext.@typeof(member) == "function")
{
member.As <JsCompilerFunction>()._name = p;
member.As <JsCompilerFunction>()._type = currentType;
}
}
if (type.definition.As <JsCompilerPrototype>().toString != JsCompilerObject.prototype.toString)
{
currentType.commonPrototype.toString = type.definition.As <JsCompilerPrototype>().toString;
currentType.commonPrototype.toString.name = "toString";
currentType.commonPrototype.toString._type = currentType;
}
foreach (var p in type.staticDefinition)
{
var member = type.staticDefinition[p];
//TODO: if (JsContext.@typeof(currentType.As<JsObject>()[p]) != "undefined")
//TODO: throw new JsError("Reserved static member name " + p).As<Exception>();
currentType.As <JsObject>()[p] = member;
if (JsContext.@typeof(member) == "function")
{
member.As <JsCompilerFunction>()._name = p;
member.As <JsCompilerFunction>()._type = currentType;
}
}
type.isCompiled = true;
}
CompileEnum(currentType);
if (currentType != type && type.customAttributes != null)
{
if (currentType.customAttributes != null)
{
for (var i = 0; i < type.customAttributes.length; i++)
{
currentType.customAttributes.push(type.customAttributes[i]);
}
}
else
{
currentType.customAttributes = type.customAttributes;
}
}
return(currentType);
}
private static void CompileEnum(JsType currentType)
{
if (currentType.Kind == JsTypeKind.Enum)
{
currentType.tryParse = _EnumTryParse;
foreach (var p in currentType.staticDefinition)
{
if (@typeof(currentType.staticDefinition[p]) == "string")
{
var x = NewByFunc(currentType.ctor);
x.As<JsObject>()["_Name"] = p;
currentType.staticDefinition[p] = x;
currentType.As<JsObject>()[p] = x;
}
}
}
}
private static JsType CompileType(JsType type)
{
var currentType = Types[type.fullname].As<JsType>() ?? type;
if (currentType.ctors == null)
currentType.ctors = new JsObject();
if (!type.isCompiled)
{
var baseTypeResolved = false;
if (currentType.baseType == null && currentType.baseTypeName != null)
{
ResolveBaseType(type, currentType);
if (currentType.baseType != null)
baseTypeResolved = true;
}
ResolveInterfaces(type, currentType);
foreach (var p in type.definition)
{
if (p.As<JsString>().search("ctor") == 0) //isCtor
{
currentType.As<JsObject>()[p] = type.definition[p];
delete(type.definition[p]);
if (@typeof(currentType.commonPrototype) == "undefined")
currentType.commonPrototype = currentType.As<JsObject>()[p].As<JsFunction>().prototype.As<JsCompilerPrototype>();
else
currentType.As<JsObject>()[p].As<JsFunction>().prototype = currentType.commonPrototype;
currentType.ctors[p] = currentType.As<JsObject>()[p];
}
if (p == "cctor")
currentType.cctor = p.As<JsFunction>();
}
if (currentType.ctor == null)
{
if (currentType.ns == null || currentType.ns == "")
{
var jsCtor = window.As<JsObject>()[currentType.name].As<JsFunction>();
if (JsTypeOf(jsCtor) == JavaScript.JsTypes.function)
currentType.ctor = jsCtor;
}
if (currentType.ctor == null && currentType.ctors != null)
{
//create default ctor anyway for generic argument passing, etc...
//var createCtor = true;
//foreach (var p in currentType.ctors)
//{
// createCtor = false;
// break;
//}
//if (createCtor)
//{
if (currentType.baseType != null)
currentType.ctor = CreateBaseCtor(currentType);
else
currentType.ctor = CreateEmptyCtor();
//}
}
if (currentType.ctor != null)
{
currentType.ctors["ctor"] = currentType.ctor;
if (@typeof(currentType.commonPrototype) == "undefined")
currentType.commonPrototype = currentType.ctor.prototype.As<JsCompilerPrototype>();
else
currentType.ctor.prototype = currentType.commonPrototype;
}
}
foreach (var p in currentType.ctors)
{
var ctor = currentType.ctors[p].As<JsCompilerFunction>();
if (ctor._type == null)
ctor._type = currentType;
}
if (baseTypeResolved)
{
_CopyObject(currentType.baseType.commonPrototype, currentType.commonPrototype);
}
foreach (var p in type.definition)
{
var member = type.definition[p];
currentType.commonPrototype[p] = member;
if (JsContext.@typeof(member) == "function")
{
member.As<JsCompilerFunction>()._name = p;
member.As<JsCompilerFunction>()._type = currentType;
}
}
if (type.definition.As<JsCompilerPrototype>().toString != JsCompilerObject.prototype.toString)
{
currentType.commonPrototype.toString = type.definition.As<JsCompilerPrototype>().toString;
//currentType.commonPrototype.toString.name = "toString"; //It's always readonly! (and forbidden in strict mode)
currentType.commonPrototype.toString._type = currentType;
}
foreach (var p in type.staticDefinition)
{
var member = type.staticDefinition[p];
//TODO: if (@typeof(currentType.As<JsObject>()[p]) != "undefined")
//TODO: throw new JsError("Reserved static member name " + p).As<Exception>();
currentType.As<JsObject>()[p] = member;
if (JsContext.@typeof(member) == "function")
{
member.As<JsCompilerFunction>()._name = p;
member.As<JsCompilerFunction>()._type = currentType;
}
}
type.isCompiled = true;
}
CompileEnum(currentType);
if (currentType != type && type.customAttributes != null)
{
if (currentType.customAttributes != null)
{
for (var i = 0; i < type.customAttributes.length; i++)
{
currentType.customAttributes.push(type.customAttributes[i]);
}
}
else
{
currentType.customAttributes = type.customAttributes;
}
}
return currentType;
}
private static void ResolveInterfaces(JsType type, JsType currentType)
{
if (type.interfaceNames == null)
return;
for (var i = 0; i < type.interfaceNames.length; i++)
{
var iName = type.interfaceNames[i].As<string>();
var iface = JsTypeHelper.GetType(iName);
if (iface == null)
iface = JsTypeHelper.GetTypeIgnoreNamespace(iName, true);
if (!iface.isCompiled)
CompileType(iface);
currentType.interfaces.push(iface);
}
}
private static void ResolveBaseType(JsType type, JsType currentType)
{
var baseType = JsTypeHelper.GetType(type.baseTypeName);
if (baseType == null)
baseType = JsTypeHelper.GetTypeIgnoreNamespace(type.baseTypeName, true);
if (!baseType.isCompiled)
CompileType(baseType);
currentType.baseType = baseType;
baseType.derivedTypes.push(currentType);
}
static JsFunction CreateBaseCtor(JsType type)
{
throw new NotImplementedException();
}
static bool _TestTypeInterfacesIs(JsType testType, JsType iface, JsObject testedInterfaces)
{
if (testedInterfaces[iface.name].As<bool>())
return false;
for (var i = 0; i < testType.interfaces.length; i++)
{
var testIface = testType.interfaces[i].As<JsType>();
if (testIface == iface)
return true;
testedInterfaces[testIface.name] = true;
if (_TestTypeInterfacesIs(testIface, iface, testedInterfaces))
return true;
}
return false;
}
internal static JsDelegateFunction CreateClrDelegate(JsType type, JsArray <JsType> genericArgs, object target, JsFunction func)
{
return(JsTypeHelper.GetDelegate(target, func).As <JsDelegateFunction>()); //TODO: support delegate.getType()
}
//checkes if the [objType] is of a certain [type]
static bool TypeIs(JsType objType, JsType type)
{
if (objType == type)
return true;
if (type.Kind == JsTypeKind.Interface)
{
var testedInterfaces = new JsObject();
while (objType != null)
{
if (objType == type)
return true;
if (_TestTypeInterfacesIs(objType, type, testedInterfaces))
return true;
objType = objType.baseType;
}
return false;
}
if (type.Kind == JsTypeKind.Delegate && objType.fullname == "System.Delegate")
{
//for now, casting between any delegate type is permitted
return true;
}
if (objType.fullname == "System.Int32")
{
if (type.fullname == "System.Decimal")
return true;
if (type.fullname == "System.Double")
return true;
if (type.fullname == "System.Single")
return true;
}
var t = objType.baseType;
while (t != null)
{
if (t == type)
return true;
t = t.baseType;
}
return false;
}
private static JsType CompileType(JsType type)
{
var currentType = Types[type.fullname].As <JsType>() ?? type;
if (currentType.ctors == null)
{
currentType.ctors = new JsObject();
}
if (!type.isCompiled)
{
var baseTypeResolved = false;
if (currentType.baseType == null && currentType.baseTypeName != null)
{
ResolveBaseType(type, currentType);
if (currentType.baseType != null)
{
baseTypeResolved = true;
}
}
ResolveInterfaces(type, currentType);
foreach (var p in type.definition)
{
if (p.As <JsString>().search("ctor") == 0) //isCtor
{
currentType.As <JsObject>()[p] = type.definition[p];
delete(type.definition[p]);
if (@typeof(currentType.commonPrototype) == "undefined")
{
currentType.commonPrototype = currentType.As <JsObject>()[p].As <JsFunction>().prototype.As <JsCompilerPrototype>();
}
else
{
currentType.As <JsObject>()[p].As <JsFunction>().prototype = currentType.commonPrototype;
}
currentType.ctors[p] = currentType.As <JsObject>()[p];
}
if (p == "cctor")
{
currentType.cctor = p.As <JsFunction>();
}
}
if (currentType.ctor == null)
{
if (currentType.ns == null || currentType.ns == "")
{
var jsCtor = window.As <JsObject>()[currentType.name].As <JsFunction>();
if (JsTypeOf(jsCtor) == JavaScript.JsTypes.function || JsTypeOf(jsCtor) == JavaScript.JsTypes.@object)
{
currentType.ctor = jsCtor;
}
}
if (currentType.ctor == null && currentType.ctors != null)
{
//create default ctor anyway for generic argument passing, etc...
//var createCtor = true;
//foreach (var p in currentType.ctors)
//{
// createCtor = false;
// break;
//}
//if (createCtor)
//{
if (currentType.baseType != null)
{
currentType.ctor = CreateBaseCtor(currentType);
}
else
{
currentType.ctor = CreateEmptyCtor();
}
//}
}
if (currentType.ctor != null)
{
currentType.ctors["ctor"] = currentType.ctor;
if (@typeof(currentType.commonPrototype) == "undefined")
{
currentType.commonPrototype = currentType.ctor.prototype.As <JsCompilerPrototype>();
}
else
{
currentType.ctor.prototype = currentType.commonPrototype;
}
}
}
foreach (var p in currentType.ctors)
{
var ctor = currentType.ctors[p].As <JsCompilerFunction>();
if (ctor._type == null)
{
ctor._type = currentType;
}
}
if (baseTypeResolved)
{
_CopyObject(currentType.baseType.commonPrototype, currentType.commonPrototype);
}
foreach (var p in type.definition)
{
var member = type.definition[p];
currentType.commonPrototype[p] = member;
if (JsContext.@typeof(member) == "function")
{
member.As <JsCompilerFunction>()._name = p;
member.As <JsCompilerFunction>()._type = currentType;
}
}
if (type.definition.As <JsCompilerPrototype>().toString != JsCompilerObject.prototype.toString)
{
currentType.commonPrototype.toString = type.definition.As <JsCompilerPrototype>().toString;
//currentType.commonPrototype.toString.name = "toString"; //It's always readonly! (and forbidden in strict mode)
currentType.commonPrototype.toString._type = currentType;
}
foreach (var p in type.staticDefinition)
{
var member = type.staticDefinition[p];
//TODO: if (@typeof(currentType.As<JsObject>()[p]) != "undefined")
//TODO: throw new JsError("Reserved static member name " + p).As<Exception>();
currentType.As <JsObject>()[p] = member;
if (JsContext.@typeof(member) == "function")
{
member.As <JsCompilerFunction>()._name = p;
member.As <JsCompilerFunction>()._type = currentType;
}
}
type.isCompiled = true;
}
CompileEnum(currentType);
if (currentType != type && type.customAttributes != null)
{
if (currentType.customAttributes != null)
{
for (var i = 0; i < type.customAttributes.length; i++)
{
currentType.customAttributes.push(type.customAttributes[i]);
}
}
else
{
currentType.customAttributes = type.customAttributes;
}
}
return(currentType);
}
private static object TryImplicitConvert(object obj, JsType type)
{
throw new NotImplementedException();
}
private static void Compile_Phase2_TmpType(JsType tmpType)
{
var p = tmpType.fullname;
var type = CompileType(tmpType);
if (type != null)
CopyMemberIfNotDefined(type, type.fullname, window);
if (type.ns != null)
{
var ns = ResolveNamespace(type.ns);
if (type != null)
ns[type.name] = type;
}
}
private static object TryImplicitConvert(object obj, JsType type)
{
throw new NotImplementedException();
}
private static object NewWithInitializer(JsType type, JsObject json)
{
var obj = JsCompiler.NewByFunc(type.ctor);
if (@typeof(json) == "array")
{
throw new Exception("not implemented");
}
else
{
foreach (var p in json)
{
var setter = obj.As<JsObject>()["set_" + p];
if (@typeof(setter) == "function")
setter.As<JsFunction>().call(obj, json[p]);
else
obj.As<JsObject>()[p] = json[p];
}
}
return obj;
}
private static JsType CompileType(JsType type)
{
var currentType = Types[type.fullname].As<JsType>() ?? type;
if (currentType.ctors == null)
currentType.ctors = new JsObject();
if (!type.isCompiled)
{
var baseTypeResolved = false;
if (currentType.baseType == null && currentType.baseTypeName != null)
{
ResolveBaseType(type, currentType);
if (currentType.baseType != null)
baseTypeResolved = true;
}
ResolveInterfaces(type, currentType);
foreach (var p in type.definition)
{
if (p.As<JsString>().search("ctor") == 0) //isCtor
{
currentType.As<JsObject>()[p] = type.definition[p];
JsContext.delete(type.definition[p]);
if (JsContext.@typeof(currentType.commonPrototype) == "undefined")
currentType.commonPrototype = currentType.As<JsObject>()[p].As<JsFunction>().prototype.As<JsCompilerPrototype>();
else
currentType.As<JsObject>()[p].As<JsFunction>().prototype = currentType.commonPrototype;
currentType.ctors[p] = currentType.As<JsObject>()[p];
}
if (p == "cctor")
currentType.cctor = p.As<JsFunction>();
}
// if(currentType.ctor==null)
// {
// currentType.ctor = window[type.get_FullName()];
// }
if (currentType.ctor == null)
{
if (currentType.ns == null || currentType.ns == "")
{
var jsCtor = window.As<JsObject>()[currentType.name].As<JsFunction>();
currentType.ctor = jsCtor;
}
// currentType.ctor = type.definition[type.name];
// if(type.definition[type.name]!=null)
// delete type.definition[type.name];
// else
if (currentType.ctor == null && currentType.ctors != null)
{
var createCtor = true;
foreach (var p in currentType.ctors)
{
createCtor = false;
break;
}
if (createCtor)
{
if (currentType.baseType != null)
currentType.ctor = CreateBaseCtor();
else
currentType.ctor = CreateEmptyCtor();
}
}
if (currentType.ctor != null)
{
currentType.ctors["ctor"] = currentType.ctor;
if (JsContext.@typeof(currentType.commonPrototype) == "undefined")
currentType.commonPrototype = currentType.ctor.prototype.As<JsCompilerPrototype>();
else
currentType.ctor.prototype = currentType.commonPrototype;
}
}
foreach (var p in currentType.ctors)
{
var ctor = currentType.ctors[p].As<JsCompilerFunction>();
if (ctor._type == null)
ctor._type = currentType;
}
// if(currentType.ctor._type==null)
// currentType.ctor._type = currentType;
if (baseTypeResolved)
{
_CopyObject(currentType.baseType.commonPrototype, currentType.commonPrototype);
}
foreach (var p in type.definition)
{
var member = type.definition[p];
currentType.commonPrototype[p] = member;
if (JsContext.@typeof(member) == "function")
{
member.As<JsCompilerFunction>()._name = p;
member.As<JsCompilerFunction>()._type = currentType;
}
}
if (type.definition.As<JsCompilerPrototype>().toString != JsCompilerObject.prototype.toString)
{
currentType.commonPrototype.toString = type.definition.As<JsCompilerPrototype>().toString;
currentType.commonPrototype.toString.name = "toString";
currentType.commonPrototype.toString._type = currentType;
}
foreach (var p in type.staticDefinition)
{
var member = type.staticDefinition[p];
//TODO: if (JsContext.@typeof(currentType.As<JsObject>()[p]) != "undefined")
//TODO: throw new JsError("Reserved static member name " + p).As<Exception>();
currentType.As<JsObject>()[p] = member;
if (JsContext.@typeof(member) == "function")
{
member.As<JsCompilerFunction>()._name = p;
member.As<JsCompilerFunction>()._type = currentType;
}
}
type.isCompiled = true;
}
CompileEnum(currentType);
if (currentType != type && type.customAttributes != null)
{
if (currentType.customAttributes != null)
{
for (var i = 0; i < type.customAttributes.length; i++)
{
currentType.customAttributes.push(type.customAttributes[i]);
}
}
else
{
currentType.customAttributes = type.customAttributes;
}
}
return currentType;
}