mocha.setup('bdd');
var assert = chai.assert;
var expect = chai.expect;
var server;

before(function () { server = sinon.fakeServer.create(); });
after(function () { server.restore(); });

//A basic test
describe("My First Test Suite", function() {
      it("introduces a test suite", function() {
        expect(true).to.equal(true);
      });
    });


//A spy
describe("Spying on an object", function(){
    	var car, go = null;
    	
    	//the beforeEach setup function will be called with each run of the suite
    	beforeEach(function(){
    	car = {
	    	go: function(value) {
				speed = value;
			}
    	};
		sinon.spy(car, 'go');	//creates the spy

		car.go(50);
		car.go(80);
    	});
	    
	    //This test will succeed
	    it("Called the go function", function(){
		    assert(car.go.called);
		});
		
		//This test will fail- the go function is called twice
		it("Called the go function once", function(){
		    assert(car.go.calledOnce);
		});
 });



//A fake server
describe("A fake HTTP Server", function() {
  function getCustomer(custId, callback){
     jQuery.ajax({
          url: '/customer/' + custId,
          success: function (data) {
              // Node-style CPS: callback(err, data)
              callback(null, data);
          }
      });
  }

  it("calls callback with deserialized data", function () {
      var callback = sinon.spy();
      getCustomer(5, callback);

      // This is part of the FakeXMLHttpRequest API
      server.requests[0].respond(
          200,
          { "Content-Type": "application/json" },
          JSON.stringify([{ id: 5, FirstName: "Bob", LastName: "Dobbs" }])
      );

      assert(callback.calledOnce);
  });  
});

mocha.run();