| Index: test/tests/typedObjects.js | 
| =================================================================== | 
| --- a/test/tests/typedObjects.js | 
| +++ b/test/tests/typedObjects.js | 
| @@ -129,39 +129,174 @@ | 
| let obj = type(4, 12.5); | 
| equal(obj.foo, 4); | 
| equal(obj.bar, 12.5); | 
| }); | 
| test("Object references", function() | 
| { | 
| - let {ObjectType, uint8} = require("typedObjects"); | 
| + let {ObjectType, ObjectBase, uint8} = require("typedObjects"); | 
| let type1 = new ObjectType({ | 
| foo: uint8 | 
| }); | 
| let type2 = new ObjectType({ | 
| bar: type1 | 
| }); | 
| - ok(type1 && type2, "Types created"); | 
| let obj1 = type1(); | 
| let obj2 = type2(); | 
| - ok(obj1 && obj2, "Objects created"); | 
| obj2.bar = obj1; | 
| - ok(obj2.bar, "Object reference set"); | 
| - equal(obj2.bar.typeId, obj1.typeId); | 
| - equal(obj2.bar.bufferIndex, obj1.bufferIndex); | 
| - equal(obj2.bar.byteOffset, obj1.byteOffset); | 
| + ok(obj1.equals(obj2.bar), "Object reference set"); | 
| + | 
| + let type3 = type1.extend({ | 
| + anyref: ObjectBase | 
| + }); | 
| + let obj3 = type3(); | 
| + obj2.bar = obj3; | 
| + ok(obj3.equals(obj2.bar), "Object reference set to a subclass"); | 
| + | 
| + throws(function() | 
| + { | 
| + obj2.bar = obj2; | 
| + }, "Object reference cannot be set to an unrelated class"); | 
| + ok(obj3.equals(obj2.bar), "Object reference keeps value after unsuccessful assignment"); | 
| + | 
| + obj3.anyref = obj3; | 
| + ok(obj3.anyref.equals(obj3), "Assigned object itself to ObjectBase-typed reference"); | 
| + | 
| + obj3.anyref = obj2; | 
| + ok(obj3.anyref.equals(obj2), "Assigned object of unrelated type to ObjectBase-typed reference"); | 
| obj2.bar = null; | 
| ok(!obj2.bar, "Object reference unset"); | 
| - let obj3 = type2(); | 
| - obj3.bar = obj1; | 
| - ok(obj3.bar, "Object reference set on new object"); | 
| - equal(obj3.bar.typeId, obj1.typeId); | 
| - equal(obj3.bar.bufferIndex, obj1.bufferIndex); | 
| - equal(obj3.bar.byteOffset, obj1.byteOffset); | 
| - ok(!obj2.bar); | 
| + let obj4 = type2(); | 
| + obj4.bar = obj1; | 
| + ok(obj1.equals(obj4.bar), "Object reference set on new object"); | 
| + ok(!obj2.bar, "Reference on original object still unset"); | 
| + }); | 
| + | 
| + test("Object equality", function() | 
| + { | 
| + let {ObjectType, uint8, float32} = require("typedObjects"); | 
| + | 
| + let type1 = new ObjectType({ | 
| + foo: uint8 | 
| + }, {bufferSize: 2}); | 
| + let type2 = new ObjectType({ | 
| + bar: type1 | 
| + }); | 
| + | 
| + let obj1 = type1(); | 
| + let obj2 = type2(); | 
| + ok(obj1.equals(obj1), "Object equal to itself"); | 
| + ok(obj2.equals(obj2), "Object equal to itself"); | 
| + ok(!obj1.equals(obj2), "Object not equal to object of another type"); | 
| + ok(!obj2.equals(obj1), "Object not equal to object of another type"); | 
| + | 
| + let obj3 = type1(); | 
| + ok(!obj1.equals(obj3), "Object not equal to another object of same type in same buffer"); | 
| + ok(!obj3.equals(obj1), "Object not equal to another object of same type in same buffer"); | 
| + | 
| + let obj4 = type1(); | 
| + ok(!obj1.equals(obj4), "Object not equal to another object of same type at same offset"); | 
| + ok(!obj4.equals(obj1), "Object not equal to another object of same type at same offset"); | 
| + | 
| + obj2.bar = obj1; | 
| + ok(obj1.equals(obj2.bar), "Object equal to reference to itself"); | 
| + ok(obj2.bar.equals(obj1), "Object equal to reference to itself"); | 
| + ok(obj2.bar.equals(obj2.bar), "Object reference equals to itself"); | 
| + | 
| + let obj5 = type2(); | 
| + obj5.bar = null; | 
| + ok(!obj2.bar.equals(obj5.bar), "Object reference not equal to null reference"); | 
| + | 
| + obj5.bar = obj3; | 
| + ok(!obj2.bar.equals(obj5.bar), "Object reference not equal to reference to another object") | 
| + ok(!obj5.bar.equals(obj2.bar), "Object reference not equal to reference to another object") | 
| + }); | 
| + | 
| + test("Object inheritance", function() | 
| + { | 
| + let {ObjectType, uint8, float32} = require("typedObjects"); | 
| + | 
| + // Property inheritance | 
| + let type1 = new ObjectType({ | 
| + foo: uint8 | 
| + }); | 
| + let type2 = type1.extend({ | 
| + bar: float32 | 
| + }); | 
| + | 
| + let obj1 = type1(); | 
| + let obj2 = type2(); | 
| + ok("foo" in obj1, "Superclass property exists in superclass"); | 
| + ok(!("bar" in obj1), "Subclass property doesn't exist in superclass"); | 
| + ok("foo" in obj2, "Superclass property exists in subclass"); | 
| + ok("bar" in obj2, "Subclass property exists in subclass"); | 
| + | 
| + ok(type1.isInstance(obj1), "Object is recognized as instance of its class"); | 
| + ok(type1.isInstance(obj2), "Object is recognized as instance of its superclass"); | 
| + ok(!type2.isInstance(obj1), "Object isn't an instance of its subclass"); | 
| + ok(type2.isInstance(obj2), "Object is recognized as instance of its class"); | 
| + | 
| + // Method and constructor inheritance | 
| + let type3 = new ObjectType({ | 
| + x: uint8, | 
| + foo: function(n) {return this.x * n;} | 
| + }, { | 
| + constructor: function(x) | 
| + { | 
| + this.x = x; | 
| + } | 
| + }); | 
| + let type4 = type3.extend({ | 
| + foo: function(super_, n) {return super_(n + 1);}, | 
| + bar: function() {return 4;} | 
| + }, { | 
| + constructor: function(super_, x) | 
| + { | 
| + super_(x); | 
| + this.x *= 3; | 
| + } | 
| + }); | 
| + | 
| + let obj3 = type3(2); | 
| + let obj4 = type4(2); | 
| + equal(obj3.x, 2, "Superclass constructor executed correctly"); | 
| + equal(obj4.x, 6, "Subclass constructor executed correctly"); | 
| + | 
| + equal(typeof obj3.foo, "function", "Superclass method exists in superclass"); | 
| + equal(typeof obj3.bar, "undefined", "Subclass method doesn't exist in superclass"); | 
| + equal(typeof obj4.foo, "function", "Superclass method exists in subclass"); | 
| + equal(typeof obj4.bar, "function", "Subclass method exists in subclass"); | 
| + | 
| + equal(obj3.foo(4), 8, "Superclass method executed correctly"); | 
| + equal(obj4.foo(4), 30, "Overridden superclass method executed correctly") | 
| + | 
| + let type5 = type3.extend({ | 
| + y: uint8 | 
| + }); | 
| + let obj5 = type5(4); | 
| + equal(obj5.x, 4, "Superclass constructor is called even if subclass has no constructor"); | 
| + | 
| + // Untypical overrides | 
| + type3.extend({x: uint8}); | 
| + ok(true, "Overriding property without changing type"); | 
| + | 
| + throws(function() | 
| + { | 
| + type3.extend({x: float32}); | 
| + }, "Override changes property type"); | 
| + | 
| + throws(function() | 
| + { | 
| + type3.extend({foo: uint8}); | 
| + }, "Property masks method"); | 
| + | 
| + throws(function() | 
| + { | 
| + type3.extend({x: function() {}}); | 
| + }, "Method masks property"); | 
| }); | 
| })(); |