assert = require 'assert' should = require('chai').should() assert = require('chai').assert amf_js = require '../lib/amf-js.js' AMF0 = amf_js.AMF0 AMF3 = amf_js.AMF3 Readable = require('stream').Readable Writable = require('stream').Writable # Create a simple readable stream streamIn = new Readable() streamIn._read = -> # This writable stream writes to the readable stream streamOut = new Writable() streamOut._write = (chunk, len, cb) -> streamIn.push chunk cb() # Create encoder and decoder encoder = new amf_js.AMFEncoder streamOut decoder = new amf_js.AMFDecoder streamIn describe "amf.js - AMF0", -> it "should be able to serialize numbers", -> encoder.writeObject 10, AMF0 decoder.decode(AMF0).should.equal 10 encoder.writeObject -10, AMF0 decoder.decode(AMF0).should.equal -10 it "should be able to serialize booleans", -> encoder.writeObject true, AMF0 decoder.decode(AMF0).should.equal true encoder.writeObject false, AMF0 decoder.decode(AMF0).should.equal false it "should be able to serialize strings", -> encoder.writeObject "Test123", AMF0 decoder.decode(AMF0).should.equal "Test123" it "should be able to serialize null and undefined", -> encoder.writeObject null, AMF0 assert.equal decoder.decode(AMF0), null encoder.writeObject undefined, AMF0 assert.equal decoder.decode(AMF0), undefined it "should be able to serialize simple arrays", -> encoder.writeObject [1, 2, 3], AMF0 decoder.decode(AMF0).should.have.length 3 it "should be able to serialize dates", -> date = new Date() encoder.writeObject date, AMF0 assert.equal date.getTime(), decoder.decode(AMF0).getTime() it "should be able to serialize objects without names", -> theObject = new amf_js.Serializable "" theObject.number = 10 encoder.writeObject theObject, AMF0 read = decoder.decode(AMF0) read.should.be.an.instanceof amf_js.Serializable read.should.have.property('number').equal 10 read.should.have.property('__class').equal undefined it "should be able to serialize objects with names", -> theObject = new amf_js.Serializable "my.test.object" theObject.boolean = false encoder.writeObject theObject, AMF0 read = decoder.decode(AMF0) read.should.be.an.instanceof amf_js.Serializable read.should.have.property('boolean').equal false read.should.have.property('__class').equal "my.test.object" it "should be able to serialize maps that are not serializable instances", -> theMap = value1: true value2: 10 value3: "test" encoder.writeObject theMap, AMF0 read = decoder.decode(AMF0) read.should.not.be.instanceof amf_js.Serializable read.should.have.property('value1').equal true read.should.have.property('value2').equal 10 read.should.have.property('value3').equal "test" it "should be able to write and read custom Externalizable instances", -> class TestExtern extends amf_js.Externalizable constructor: (@a, @b, @c) -> super "my.test.extern" write: (encoder) -> encoder.write [0x10, 0x11, 0x12] @read: (decoder) -> return new TestExtern decoder.readByte(), decoder.readByte(), decoder.readByte() amf_js.AMFDecoder.register "my.test.extern", TestExtern, AMF0 amf_js.AMFDecoder.amf0Externalizables.should.have.property("my.test.extern").equal TestExtern encoder.writeObject new TestExtern(), AMF0 read = decoder.decode(AMF0) read.should.be.an.instanceof TestExtern read.should.be.an.instanceof amf_js.Externalizable read.should.have.property('a').equal 0x10 read.should.have.property('b').equal 0x11 read.should.have.property('c').equal 0x12 read.should.have.property('__class').equal "my.test.extern" it "should be able to serialize nested types", -> theObject = new amf_js.Serializable "my.nested.test.object" theObject.a = 10 theObject.b = 20.333333 theObject.c = "Test" theObject.d = [1, 2, 3] theObject.e = new amf_js.Serializable "my.nested.empty.object" theObject.f = new amf_js.Serializable # Anon object encoder.writeObject theObject, AMF0 read = decoder.decode(AMF0) read.should.be.an.instanceof amf_js.Serializable read.should.have.property('a').equal 10 read.should.have.property('b').equal 20.333333 read.should.have.property('c').equal "Test" read.should.have.deep.property('d.length').equal 3 read.should.have.deep.property('e.__class').equal "my.nested.empty.object" read.should.have.deep.property('f.__class').equal undefined describe "amf.js - AMF3", -> it "should be able to serialize numbers", -> encoder.writeObject 10, AMF3 decoder.decode(AMF3).should.equal 10 encoder.writeObject -10, AMF3 decoder.decode(AMF3).should.equal -10 it "should be able to serialize booleans", -> encoder.writeObject true, AMF3 decoder.decode(AMF3).should.equal true encoder.writeObject false, AMF3 decoder.decode(AMF3).should.equal false it "should be able to serialize strings", -> encoder.writeObject "Test123", AMF3 decoder.decode(AMF3).should.equal "Test123" it "should be able to serialize null and undefined", -> encoder.writeObject null, AMF3 assert.equal decoder.decode(AMF3), null encoder.writeObject undefined, AMF3 assert.equal decoder.decode(AMF3), undefined it "should be able to serialize simple arrays", -> encoder.writeObject [1, 2, 3], AMF3 decoder.decode(AMF3).should.have.length 3 it "should be able to serialize dates", -> date = new Date() encoder.writeObject date, AMF3 assert.equal date.getTime(), decoder.decode(AMF3).getTime() it "should be able to serialize objects without names", -> theObject = new amf_js.Serializable "" theObject.number = 10 encoder.writeObject theObject, AMF3 read = decoder.decode(AMF3) read.should.be.an.instanceof amf_js.Serializable read.should.have.property('number').equal 10 read.should.have.property('__class').equal undefined it "should be able to serialize objects with names", -> theObject = new amf_js.Serializable "my.test.object" theObject.boolean = false encoder.writeObject theObject, AMF3 read = decoder.decode(AMF3) read.should.be.an.instanceof amf_js.Serializable read.should.have.property('boolean').equal false read.should.have.property('__class').equal "my.test.object" it "should be able to serialize maps that are not serializable instances", -> theMap = value1: true value2: 10 value3: "test" encoder.writeObject theMap, AMF3 read = decoder.decode(AMF3) read.should.not.be.instanceof amf_js.Serializable read.should.have.property('value1').equal true read.should.have.property('value2').equal 10 read.should.have.property('value3').equal "test" it "should be able to write and read custom Externalizable instances", -> class AMF3TestExtern extends amf_js.Externalizable constructor: (@a, @b, @c) -> super "my.test.extern" write: (encoder) -> encoder.write [0x10, 0x11, 0x12] @read: (decoder) -> return new AMF3TestExtern decoder.readByte(), decoder.readByte(), decoder.readByte() amf_js.AMFDecoder.register "my.test.extern", AMF3TestExtern, AMF3 amf_js.AMFDecoder.amf3Externalizables.should.have.property("my.test.extern").equal AMF3TestExtern encoder.writeObject new AMF3TestExtern(), AMF3 read = decoder.decode AMF3 read.should.be.an.instanceof AMF3TestExtern read.should.be.an.instanceof amf_js.Externalizable read.should.have.property('a').equal 0x10 read.should.have.property('b').equal 0x11 read.should.have.property('c').equal 0x12 read.should.have.property('__class').equal "my.test.extern" it "should be able to serialize nested types", -> theObject = new amf_js.Serializable "my.nested.test.object" theObject.a = 10 theObject.b = 20.333333 theObject.c = "Test" theObject.d = [1, 2, 3] theObject.e = new amf_js.Serializable "my.nested.empty.object" theObject.f = new amf_js.Serializable # Anon object encoder.writeObject theObject, AMF3 read = decoder.decode(AMF3) read.should.be.an.instanceof amf_js.Serializable read.should.have.property('a').equal 10 read.should.have.property('b').equal 20.333333 read.should.have.property('c').equal "Test" read.should.have.deep.property('d.length').equal 3 read.should.have.deep.property('e.__class').equal "my.nested.empty.object" read.should.have.deep.property('f.__class').equal undefined it "should be able to serialize types with large interface", -> theObject = new amf_js.Serializable "my.test.object" theObject.a = 10 theObject.b = 20.333333 theObject.c = "SomeValue" theObject.d = [1, 2, 3] theObject.e = 10 theObject.f = 10 theObject.g = 10 theObject.h = 10 theObject.i = 10 theObject.j = 10 theObject.k = 10 theObject.l = 10 theObject.m = 10 theObject.n = 10 theObject.o = 10 theObject.p = 10 encoder.writeObject theObject, AMF3 read = decoder.decode(AMF3) read.should.be.an.instanceof amf_js.Serializable read.should.have.property('a').equal 10 read.should.have.property('b').equal 20.333333 read.should.have.property('c').equal "SomeValue" read.should.have.property('p').equal 10