import { afterEach, AsyncTestCompleter, beforeEach, ddescribe, describe, expect, iit, inject, it, xit, } from 'angular2/testing_internal'; import { Runner, Sampler, SampleDescription, Validator, bind, provide, Injector, Metric, Options, WebDriverAdapter, SampleState } from 'benchpress/common'; import {isBlank} from 'angular2/src/facade/lang'; import {PromiseWrapper} from 'angular2/src/facade/async'; export function main() { describe('runner', () => { var injector: Injector; var runner; function createRunner(defaultBindings = null): Runner { if (isBlank(defaultBindings)) { defaultBindings = []; } runner = new Runner([ defaultBindings, bind(Sampler).toFactory( (_injector) => { injector = _injector; return new MockSampler(); }, [Injector]), bind(Metric).toFactory(() => new MockMetric(), []), bind(Validator).toFactory(() => new MockValidator(), []), bind(WebDriverAdapter).toFactory(() => new MockWebDriverAdapter(), []) ]); return runner; } it('should set SampleDescription.id', inject([AsyncTestCompleter], (async) => { createRunner() .sample({id: 'someId'}) .then((_) => injector.get(SampleDescription)) .then((desc) => { expect(desc.id).toBe('someId'); async.done(); }); })); it('should merge SampleDescription.description', inject([AsyncTestCompleter], (async) => { createRunner([bind(Options.DEFAULT_DESCRIPTION).toValue({'a': 1})]) .sample({id: 'someId', bindings: [bind(Options.SAMPLE_DESCRIPTION).toValue({'b': 2})]}) .then((_) => injector.get(SampleDescription)) .then((desc) => { expect(desc.description) .toEqual( {'forceGc': false, 'userAgent': 'someUserAgent', 'a': 1, 'b': 2, 'v': 11}); async.done(); }); })); it('should fill SampleDescription.metrics from the Metric', inject([AsyncTestCompleter], (async) => { createRunner() .sample({id: 'someId'}) .then((_) => injector.get(SampleDescription)) .then((desc) => { expect(desc.metrics).toEqual({'m1': 'some metric'}); async.done(); }); })); it('should bind Options.EXECUTE', inject([AsyncTestCompleter], (async) => { var execute = () => {}; createRunner() .sample({id: 'someId', execute: execute}) .then((_) => { expect(injector.get(Options.EXECUTE)).toEqual(execute); async.done(); }); })); it('should bind Options.PREPARE', inject([AsyncTestCompleter], (async) => { var prepare = () => {}; createRunner() .sample({id: 'someId', prepare: prepare}) .then((_) => { expect(injector.get(Options.PREPARE)).toEqual(prepare); async.done(); }); })); it('should bind Options.MICRO_METRICS', inject([AsyncTestCompleter], (async) => { createRunner() .sample({id: 'someId', microMetrics: {'a': 'b'}}) .then((_) => { expect(injector.get(Options.MICRO_METRICS)).toEqual({'a': 'b'}); async.done(); }); })); it('should overwrite bindings per sample call', inject([AsyncTestCompleter], (async) => { createRunner([ bind(Options.DEFAULT_DESCRIPTION) .toValue({'a': 1}), ]) .sample({ id: 'someId', bindings: [ bind(Options.DEFAULT_DESCRIPTION) .toValue({'a': 2}), ] }) .then((_) => injector.get(SampleDescription)) .then((desc) => { expect(desc.description['a']).toBe(2); async.done(); }); })); }); } class MockWebDriverAdapter extends WebDriverAdapter { executeScript(script): Promise { return PromiseWrapper.resolve('someUserAgent'); } capabilities() { return null; } } class MockValidator extends Validator { constructor() { super(); } describe() { return {'v': 11}; } } class MockMetric extends Metric { constructor() { super(); } describe() { return {'m1': 'some metric'}; } } class MockSampler extends Sampler { constructor() { super(); } sample(): Promise { return PromiseWrapper.resolve(new SampleState([], [])); } }