nx/e2e/angular/src/module-federation.test.ts
Jack Hsu 27edf71cef
feat(misc): make directory a required option for generators (#28093)
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## Current Behavior
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## Expected Behavior
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## Related Issue(s)
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Fixes #

---------

Co-authored-by: Colum Ferry <cferry09@gmail.com>
Co-authored-by: Nicholas Cunningham <ndcunningham@gmail.com>
2024-10-01 09:29:44 -04:00

448 lines
14 KiB
TypeScript

import { names } from '@nx/devkit';
import {
checkFilesExist,
cleanupProject,
killPorts,
killProcessAndPorts,
newProject,
readJson,
runCLI,
runCommandUntil,
runE2ETests,
uniq,
updateFile,
updateJson,
} from '@nx/e2e/utils';
import { join } from 'path';
describe('Angular Module Federation', () => {
let proj: string;
let oldVerboseLoggingValue: string;
beforeAll(() => {
proj = newProject({ packages: ['@nx/angular'] });
oldVerboseLoggingValue = process.env.NX_E2E_VERBOSE_LOGGING;
process.env.NX_E2E_VERBOSE_LOGGING = 'true';
});
afterAll(() => {
cleanupProject();
process.env.NX_E2E_VERBOSE_LOGGING = oldVerboseLoggingValue;
});
it('should generate valid host and remote apps', async () => {
const hostApp = uniq('app');
const remoteApp1 = uniq('remote');
const sharedLib = uniq('shared-lib');
const wildcardLib = uniq('wildcard-lib');
const secondaryEntry = uniq('secondary');
const hostPort = 4300;
const remotePort = 4301;
// generate host app
runCLI(
`generate @nx/angular:host ${hostApp} --style=css --no-standalone --no-interactive`
);
// generate remote app
runCLI(
`generate @nx/angular:remote ${remoteApp1} --host=${hostApp} --port=${remotePort} --style=css --no-standalone --no-interactive`
);
// check files are generated without the layout directory ("apps/")
checkFilesExist(
`${hostApp}/src/app/app.module.ts`,
`${remoteApp1}/src/app/app.module.ts`
);
// check default generated host is built successfully
const buildOutput = runCLI(`build ${hostApp}`);
expect(buildOutput).toContain('Successfully ran target build');
// generate a shared lib with a seconary entry point
runCLI(
`generate @nx/angular:library ${sharedLib} --buildable --no-standalone --no-interactive`
);
runCLI(
`generate @nx/angular:library-secondary-entry-point --library=${sharedLib} --name=${secondaryEntry} --no-interactive`
);
// Add a library that will be accessed via a wildcard in tspath mappings
runCLI(
`generate @nx/angular:library ${wildcardLib} --buildable --no-standalone --no-interactive`
);
updateJson('tsconfig.base.json', (json) => {
delete json.compilerOptions.paths[`@${proj}/${wildcardLib}`];
json.compilerOptions.paths[`@${proj}/${wildcardLib}/*`] = [
`${wildcardLib}/src/lib/*`,
];
return json;
});
// update host & remote files to use shared library
updateFile(
`${hostApp}/src/app/app.module.ts`,
`import { NgModule } from '@angular/core';
import { BrowserModule } from '@angular/platform-browser';
import { ${
names(wildcardLib).className
}Module } from '@${proj}/${wildcardLib}/${
names(secondaryEntry).fileName
}.module';
import { ${
names(sharedLib).className
}Module } from '@${proj}/${sharedLib}';
import { ${
names(secondaryEntry).className
}Module } from '@${proj}/${sharedLib}/${secondaryEntry}';
import { AppComponent } from './app.component';
import { NxWelcomeComponent } from './nx-welcome.component';
import { RouterModule } from '@angular/router';
@NgModule({
declarations: [AppComponent, NxWelcomeComponent],
imports: [
BrowserModule,
${names(sharedLib).className}Module,
${names(wildcardLib).className}Module,
RouterModule.forRoot(
[
{
path: '${remoteApp1}',
loadChildren: () =>
import('${remoteApp1}/Module').then(
(m) => m.RemoteEntryModule
),
},
],
{ initialNavigation: 'enabledBlocking' }
),
],
providers: [],
bootstrap: [AppComponent],
})
export class AppModule {}
`
);
updateFile(
`${remoteApp1}/src/app/remote-entry/entry.module.ts`,
`import { NgModule } from '@angular/core';
import { CommonModule } from '@angular/common';
import { RouterModule } from '@angular/router';
import { ${names(sharedLib).className}Module } from '@${proj}/${sharedLib}';
import { ${
names(secondaryEntry).className
}Module } from '@${proj}/${sharedLib}/${secondaryEntry}';
import { RemoteEntryComponent } from './entry.component';
import { NxWelcomeComponent } from './nx-welcome.component';
@NgModule({
declarations: [RemoteEntryComponent, NxWelcomeComponent],
imports: [
CommonModule,
${names(sharedLib).className}Module,
RouterModule.forChild([
{
path: '',
component: RemoteEntryComponent,
},
]),
],
providers: [],
})
export class RemoteEntryModule {}
`
);
const processSwc = await runCommandUntil(
`serve ${hostApp} --port=${hostPort} --dev-remotes=${remoteApp1}`,
(output) =>
!output.includes(`Remote '${remoteApp1}' failed to serve correctly`) &&
output.includes(`listening on localhost:${hostPort}`)
);
await killProcessAndPorts(processSwc.pid, hostPort, remotePort);
const processTsNode = await runCommandUntil(
`serve ${hostApp} --port=${hostPort} --dev-remotes=${remoteApp1}`,
(output) =>
!output.includes(`Remote '${remoteApp1}' failed to serve correctly`) &&
output.includes(`listening on localhost:${hostPort}`),
{ env: { NX_PREFER_TS_NODE: 'true' } }
);
await killProcessAndPorts(processTsNode.pid, hostPort, remotePort);
}, 20_000_000);
it('should convert apps to MF successfully', async () => {
const app1 = uniq('app1');
const app2 = uniq('app2');
const app1Port = 4400;
const app2Port = 4401;
// generate apps
runCLI(
`generate @nx/angular:application ${app1} --routing --bundler=webpack --no-interactive`
);
runCLI(
`generate @nx/angular:application ${app2} --bundler=webpack --no-interactive`
);
// convert apps
runCLI(
`generate @nx/angular:setup-mf ${app1} --mfType=host --port=${app1Port} --no-interactive`
);
runCLI(
`generate @nx/angular:setup-mf ${app2} --mfType=remote --host=${app1} --port=${app2Port} --no-interactive`
);
const processSwc = await runCommandUntil(
`serve ${app1} --dev-remotes=${app2}`,
(output) =>
!output.includes(`Remote '${app2}' failed to serve correctly`) &&
output.includes(`listening on localhost:${app1Port}`)
);
await killProcessAndPorts(processSwc.pid, app1Port, app2Port);
const processTsNode = await runCommandUntil(
`serve ${app1} --dev-remotes=${app2}`,
(output) =>
!output.includes(`Remote '${app2}' failed to serve correctly`) &&
output.includes(`listening on localhost:${app1Port}`),
{ env: { NX_PREFER_TS_NODE: 'true' } }
);
await killProcessAndPorts(processTsNode.pid, app1Port, app2Port);
}, 20_000_000);
it('should scaffold MF + SSR setup successfully', async () => {
const host = uniq('host');
const remote1 = uniq('remote1');
const remote2 = uniq('remote2');
// generate remote apps
runCLI(
`generate @nx/angular:host ${host} --ssr --remotes=${remote1},${remote2} --no-interactive`
);
// ports
const hostPort = 4500;
const remote1Port = readJson(join(remote1, 'project.json')).targets.serve
.options.port;
const remote2Port = readJson(join(remote2, 'project.json')).targets.serve
.options.port;
[host, remote1, remote2].forEach((app) => {
checkFilesExist(
`${app}/module-federation.config.ts`,
`${app}/webpack.server.config.ts`
);
['build', 'server'].forEach((target) => {
['development', 'production'].forEach(async (configuration) => {
const cliOutput = runCLI(`run ${app}:${target}:${configuration}`);
expect(cliOutput).toContain('Successfully ran target');
await killPorts(readPort(app));
});
});
});
const capitalize = (s: string) => s.charAt(0).toUpperCase() + s.slice(1);
updateFile(
`${host}-e2e/src/example.spec.ts`,
(_) => `import { test, expect } from '@playwright/test';
test('renders remotes', async ({ page }) => {
await page.goto('/');
// Expect the page to contain a specific text.
// get ul li text
const items = page.locator('ul li');
await items.nth(2).waitFor()
expect(await items.count()).toEqual(3);
expect(await items.nth(0).innerText()).toContain('Home');
expect(await items.nth(1).innerText()).toContain('${capitalize(remote1)}');
expect(await items.nth(2).innerText()).toContain('${capitalize(remote2)}');
});`
);
if (runE2ETests()) {
const e2eProcess = await runCommandUntil(`e2e ${host}-e2e`, (output) =>
output.includes(`Successfully ran target e2e for project ${host}-e2e`)
);
await killProcessAndPorts(e2eProcess.pid);
}
}, 20_000_000);
it('should federate a module from a library and update an existing remote', async () => {
const lib = uniq('lib');
const remote = uniq('remote');
const module = uniq('module');
const host = uniq('host');
const hostPort = 4200;
runCLI(
`generate @nx/angular:host ${host} --remotes=${remote} --e2eTestRunner=cypress --no-interactive`
);
runCLI(`generate @nx/js:lib ${lib} --no-interactive`);
// Federate Module
runCLI(
`generate @nx/angular:federate-module ${lib}/src/index.ts --name=${module} --remote=${remote} --no-interactive`
);
updateFile(`${lib}/src/index.ts`, `export { isEven } from './lib/${lib}';`);
updateFile(
`${lib}/src/lib/${lib}.ts`,
`export function isEven(num: number) { return num % 2 === 0; }`
);
// Update Host to use the module
updateFile(
`${host}/src/app/app.component.ts`,
`
import { Component } from '@angular/core';
import { isEven } from '${remote}/${module}';
@Component({
selector: 'app-root',
template: \`<div class="host">{{title}}</div>\`,
standalone: true
})
export class AppComponent {
title = \`shell is \${isEven(2) ? 'even' : 'odd'}\`;
}`
);
// Update e2e test to check the module
updateFile(
`${host}-e2e/src/e2e/app.cy.ts`,
`
describe('${host}', () => {
beforeEach(() => cy.visit('/'));
it('should display contain the remote library', () => {
expect(cy.get('div.host')).to.exist;
expect(cy.get('div.host').contains('shell is even'));
});
});
`
);
// Build host and remote
const buildHostOutput = runCLI(`build ${host}`);
expect(buildHostOutput).toContain('Successfully ran target build');
const buildRemoteOutput = runCLI(`build ${remote}`);
expect(buildRemoteOutput).toContain('Successfully ran target build');
if (runE2ETests('cypress')) {
const e2eProcess = await runCommandUntil(`e2e ${host}-e2e`, (output) =>
output.includes('All specs passed!')
);
await killProcessAndPorts(e2eProcess.pid, hostPort, hostPort + 1);
}
}, 500_000);
it('should federate a module from a library and create a remote that is served recursively', async () => {
const lib = uniq('lib');
const remote = uniq('remote');
const childRemote = uniq('childremote');
const module = uniq('module');
const host = uniq('host');
const hostPort = 4200;
runCLI(
`generate @nx/angular:host ${host} --remotes=${remote} --e2eTestRunner=cypress --no-interactive`
);
runCLI(`generate @nx/js:lib ${lib} --no-interactive`);
// Federate Module
runCLI(
`generate @nx/angular:federate-module ${lib}/src/index.ts --name=${module} --remote=${childRemote} --remoteDirectory=${childRemote} --no-interactive`
);
updateFile(`${lib}/src/index.ts`, `export { isEven } from './lib/${lib}';`);
updateFile(
`${lib}/src/lib/${lib}.ts`,
`export function isEven(num: number) { return num % 2 === 0; }`
);
// Update Host to use the module
updateFile(
`${remote}/src/app/remote-entry/entry.component.ts`,
`
import { Component } from '@angular/core';
import { isEven } from '${childRemote}/${module}';
@Component({
selector: 'app-${remote}-entry',
template: \`<div class="childremote">{{title}}</div>\`,
standalone: true
})
export class RemoteEntryComponent {
title = \`shell is \${isEven(2) ? 'even' : 'odd'}\`;
}`
);
updateFile(
`${remote}/module-federation.config.ts`,
`
import { ModuleFederationConfig } from '@nx/webpack';
const config: ModuleFederationConfig = {
name: '${remote}',
remotes: ['${childRemote}'],
exposes: {
'./Routes': '${remote}/src/app/remote-entry/entry.routes.ts',
'./Module': '${remote}/src/app/remote-entry/entry.component.ts',
},
};
export default config;`
);
// Update e2e test to check the module
updateFile(
`${host}-e2e/src/e2e/app.cy.ts`,
`
describe('${host}', () => {
beforeEach(() => cy.visit('/${remote}'));
it('should display contain the remote library', () => {
expect(cy.get('div.childremote')).to.exist;
expect(cy.get('div.childremote').contains('shell is even'));
});
});
`
);
// Build host and remote
const buildHostOutput = runCLI(`build ${host}`);
expect(buildHostOutput).toContain('Successfully ran target build');
const buildRemoteOutput = runCLI(`build ${remote}`);
expect(buildRemoteOutput).toContain('Successfully ran target build');
if (runE2ETests('cypress')) {
const e2eProcess = await runCommandUntil(`e2e ${host}-e2e`, (output) =>
output.includes('All specs passed!')
);
await killProcessAndPorts(e2eProcess.pid, hostPort, hostPort + 1);
}
}, 500_000);
});
function readPort(appName: string): number {
let config;
try {
config = readJson(join('apps', appName, 'project.json'));
} catch {
config = readJson(join(appName, 'project.json'));
}
return config.targets.serve.options.port;
}