UNPKG

@twilio/voice-sdk

Version:
150 lines (128 loc) 4.22 kB
import * as assert from 'assert'; import Call from '../../lib/twilio/call'; import Device from '../../lib/twilio/device'; import { generateAccessToken } from '../../tests/lib/token'; // (rrowland) The TwiML expected by these tests can be found in the README.md describe('Opus', function() { this.timeout(10000); let device1: Device; let device2: Device; let identity1: string; let identity2: string; let options: any; let token1: string; let token2: string; before(() => { identity1 = 'id1-' + Date.now(); identity2 = 'id2-' + Date.now(); token1 = generateAccessToken(identity1); token2 = generateAccessToken(identity2); options = { codecPreferences: [Call.Codec.Opus, Call.Codec.PCMU], }; device1 = new Device(token1, options); device2 = new Device(token2, options); return Promise.all([ device1.register(), device2.register(), ]); }); after(() => { if (device1) { device1.disconnectAll(); device1.destroy(); } if (device2) { device2.disconnectAll(); device2.destroy(); } }); describe('device 1 calls device 2', () => { let call1: Call; let call2: Call; before(() => new Promise<void>(async resolve => { device2.once(Device.EventName.Incoming, (call: Call) => { call2 = call; resolve(); }); call1 = await (device1['connect'] as any)({ params: { To: identity2, Custom1: 'foo + bar', Custom2: undefined, Custom3: '我不吃蛋' } }); })); describe('and device 2 accepts', () => { beforeEach(() => { if (!call1 || !call2) { throw new Error(`Calls weren't both open at beforeEach`); } }); it('should connect the call', (done) => { device2.calls[0].once('accept', () => done()); device2.calls[0].accept(); }); it('should stay open 3 seconds', (done) => { function fail() { call1.removeListener('disconnect', fail); call2.removeListener('disconnect', fail); done(new Error('Expected the call to stay open for 5 seconds')); } call1.once('disconnect', fail); call2.once('disconnect', fail); setTimeout(() => { call1.removeListener('disconnect', fail); call2.removeListener('disconnect', fail); done(); }, 3000); }); it('should be using the opus codec for both calls', (done) => { let codec1: string | null | undefined = null; function setCodec(sample: any) { if (codec1 === null) { codec1 = sample.codecName; } else { if (codec1 === 'PCMU' || sample.codecName === 'PCMU') { done(new Error('Codec is PCMU')); } else { done(); } } } const monitor1: any = call1['_monitor']; const monitor2: any = call2['_monitor']; if (!monitor1 || !monitor2) { done(new Error('Missing monitor')); } monitor1.once('sample', setCodec); monitor2.once('sample', setCodec); }); it('should receive the correct custom parameters from the TwiML app', () => { const comparator = ([customParamKeyA]: string[], [customParamKeyB]: string[]) => { return customParamKeyA.localeCompare(customParamKeyB); }; assert.deepEqual( Array.from(call2.customParameters.entries()).sort(comparator), [ ['custom + param', '我不吃蛋'], ['custom1', 'foo + bar'], ['custom2', 'undefined'], ['custom3', '我不吃蛋'], ['duplicate', '123456'], ['foobar', 'some + value'], ], ); }); it('should post metrics', (done) => { const publisher = call1['_publisher']; (publisher as any)['_request'] = { post: (params: any, err: Function) => { if (/EndpointMetrics$/.test(params.url)) { done(); } }}; }); it('should hang up', (done) => { call1.once('disconnect', () => done()); call2.disconnect(); }); }); }); });