react-native-firebase/tests/e2e/bridge.spec.js

125 lines
3.9 KiB
JavaScript
Executable File

const should = require('should');
describe('bridge', () => {
// beforeEach(async function beforeEach() {
// await device.reloadReactNative();
// bridge.root.setState({ message: this.currentTest.title });
// });
it('should provide -> global.bridge', async () => {
should(bridge).not.be.undefined();
return Promise.resolve();
});
// main react-native module you're testing on
// in our case react-native-firebase
it('should provide -> bridge.module', async () => {
should(bridge.module).not.be.undefined();
return Promise.resolve();
});
// react-native module access
it('should provide -> bridge.rn', () => {
should(bridge.rn).not.be.undefined();
should(bridge.rn.Platform.OS).be.a.String();
should(bridge.rn.Platform.OS).equal(device.getPlatform());
return Promise.resolve();
});
// 'global' context of the app's JS environment
it('should provide -> bridge.context', () => {
should(bridge.context).not.be.undefined();
should(bridge.context.setTimeout).be.a.Function();
should(bridge.context.window).be.a.Object();
// etc ... e.g. __coverage__ is here also if covering
return Promise.resolve();
});
// the apps root component
// allows you to read and set state if required
xit('should provide -> bridge.root', async () => {
should(bridge.root).not.be.undefined();
should(bridge.root.setState).be.a.Function();
should(bridge.root.state).be.a.Object();
// test setting state
await new Promise(resolve =>
bridge.root.setState({ message: 'hello world' }, resolve)
);
should(bridge.root.state.message).equal('hello world');
return Promise.resolve();
});
// we shim our own reloadReactNative functionality as the detox reloadReactNative built-in
// hangs often and seems unpredictable - todo: investigate & PR if solution found
// reloadReactNative is replaced on init with bridge.root automatically
xit('should allow reloadReactNative usage without breaking remote debug', async () => {
should(bridge.reload).be.a.Function();
// and check it works without breaking anything
await device.reloadReactNative();
should(bridge.reload).be.a.Function();
return Promise.resolve();
});
it('should allow launchApp usage without breaking remote debug', async () => {
should(bridge.module).not.be.undefined();
should(bridge.reload).be.a.Function();
should(bridge.rn).not.be.undefined();
should(bridge.rn.Platform.OS).be.a.String();
should(bridge.rn.Platform.OS).equal(device.getPlatform());
await device.launchApp({ newInstance: true });
should(bridge.module).not.be.undefined();
should(bridge.reload).be.a.Function();
should(bridge.rn).not.be.undefined();
should(bridge.rn.Platform.OS).be.a.String();
should(bridge.rn.Platform.OS).equal(device.getPlatform());
return Promise.resolve();
});
// TIMERS
it('timing.setTimeout', cb => {
const start = Date.now();
bridge.context.setTimeout(() => {
const timeTaken = Date.now() - start;
if (timeTaken >= 50) cb();
else cb(new Error('setTimeout fn called too soon.'));
}, 50);
});
it('timing.setInterval', cb => {
let times = 0;
let interval;
const start = Date.now();
interval = bridge.context.setInterval(() => {
const timeTaken = Date.now() - start;
times++;
bridge.context.clearInterval(interval);
if (times >= 2) {
return cb(new Error('Interval did not cancel correctly.'));
}
if (timeTaken < 50) {
return cb(new Error('setInterval fn called too soon.'));
}
return bridge.context.setTimeout(cb, 100);
}, 50);
});
it('timing.setImmediate', cb => {
bridge.context.setImmediate(() => cb());
});
it('timing.requestIdleCallback', cb => {
bridge.context.requestIdleCallback(() => cb());
});
it('timing.requestAnimationFrame', cb => {
bridge.context.requestAnimationFrame(() => cb());
});
});