public JSCustomClass(JSContextPtr context, string name, JSHandleObject globalObject)
{
Context = context;
ClassDefinition = new JSClass(name);
ClassPtr = new JSClassPtr(ClassDefinition, out ClassPin);
GlobalObject = globalObject;
SetConstructor(DefaultConstructor);
}
static JSGlobalObject()
{
DefaultClassDefinition = new JSClass(
"global", JSClassFlags.GLOBAL_FLAGS | JSClassFlags.NEW_RESOLVE
);
// HACK: Lazy standard classes
// DefaultClassDefinition.enumerate = (JSEnumerateOp)global_enumerate;
// DefaultClassDefinition.resolve = (JSNewResolveOp)global_resolve;
// We have to pin our JSClass (so everything it points to is retained)
// and marshal it into a manually-allocated buffer that doesn't expire.
// JSClass buffer needs to live as long as the global object, or longer.
DefaultClass = new JSClassPtr(DefaultClassDefinition, out DefaultClassHandle);
}
public void NewAssignmentFromObj()
{
var typeStructure = new TypeStructure
{
IsArray = false,
IsSytemType = false,
Name = "Person",
TypeName = "PersonType"
};
var jsType = new JSClass
{
ClassName = "Person"
};
var jsCode = ((JSRenderble)DI.Get <IFromObjectAssignmentProperty>(typeStructure, jsType)).GetText();
Assert.AreEqual(jsCode, "/**\r\n * @type PersonType\r\n*/\r\nthis.Person = new PersonType();\r\nif (typeof dataObject.Person !== \"undefined\")\r\n{\r\n this.Person._loadFromObject(dataObject.Person);\r\n}\r\n");
}
static Runtime()
{
js_class_definition = new RuntimeClassDefinition();
js_class = js_class_definition.CreateClass();
}
