angular-cn/packages/compiler-cli/ngcc/test/dependencies/dependency_resolver_spec.ts

473 lines
24 KiB
TypeScript

/**
* @license
* Copyright Google Inc. All Rights Reserved.
*
* Use of this source code is governed by an MIT-style license that can be
* found in the LICENSE file at https://angular.io/license
*/
import {DepGraph} from 'dependency-graph';
import {AbsoluteFsPath, FileSystem, absoluteFrom, getFileSystem, relativeFrom} from '../../../src/ngtsc/file_system';
import {runInEachFileSystem} from '../../../src/ngtsc/file_system/testing';
import {DependencyInfo} from '../../src/dependencies/dependency_host';
import {DependencyResolver, SortedEntryPointsInfo} from '../../src/dependencies/dependency_resolver';
import {DtsDependencyHost} from '../../src/dependencies/dts_dependency_host';
import {EsmDependencyHost} from '../../src/dependencies/esm_dependency_host';
import {ModuleResolver} from '../../src/dependencies/module_resolver';
import {NgccConfiguration} from '../../src/packages/configuration';
import {EntryPoint} from '../../src/packages/entry_point';
import {MockLogger} from '../helpers/mock_logger';
interface DepMap {
[path: string]: {resolved: string[], missing: string[], deepImports?: AbsoluteFsPath[]};
}
runInEachFileSystem(() => {
describe('DependencyResolver', () => {
let _: typeof absoluteFrom;
let host: EsmDependencyHost;
let dtsHost: EsmDependencyHost;
let resolver: DependencyResolver;
let fs: FileSystem;
let config: NgccConfiguration;
let logger: MockLogger;
let moduleResolver: ModuleResolver;
beforeEach(() => {
_ = absoluteFrom;
fs = getFileSystem();
config = new NgccConfiguration(fs, _('/'));
logger = new MockLogger();
moduleResolver = new ModuleResolver(fs);
host = new EsmDependencyHost(fs, moduleResolver);
dtsHost = new DtsDependencyHost(fs);
resolver = new DependencyResolver(fs, logger, config, {esm5: host, esm2015: host}, dtsHost);
});
describe('sortEntryPointsByDependency()', () => {
let first: EntryPoint;
let second: EntryPoint;
let third: EntryPoint;
let fourth: EntryPoint;
let fifth: EntryPoint;
let sixthIgnoreMissing: EntryPoint;
let dependencies: DepMap;
let dtsDependencies: DepMap;
beforeEach(() => {
first = {
name: 'first',
path: _('/first'),
package: _('/first'),
packageJson: {esm5: './index.js'},
compiledByAngular: true,
ignoreMissingDependencies: false,
typings: _('/first/index.d.ts'),
} as EntryPoint;
second = {
path: _('/second'),
package: _('/second'),
packageJson: {esm2015: './sub/index.js'},
compiledByAngular: true,
ignoreMissingDependencies: false,
typings: _('/second/sub/index.d.ts'),
} as EntryPoint;
third = {
path: _('/third'),
package: _('/third'),
packageJson: {fesm5: './index.js'},
compiledByAngular: true,
ignoreMissingDependencies: false,
typings: _('/third/index.d.ts'),
} as EntryPoint;
fourth = {
path: _('/fourth'),
package: _('/fourth'),
packageJson: {fesm2015: './sub2/index.js'},
compiledByAngular: true,
ignoreMissingDependencies: false,
typings: _('/fourth/sub2/index.d.ts'),
} as EntryPoint;
fifth = {
path: _('/fifth'),
package: _('/fifth'),
packageJson: {module: './index.js'},
compiledByAngular: true,
ignoreMissingDependencies: false,
typings: _('/fifth/index.d.ts'),
} as EntryPoint;
sixthIgnoreMissing = {
path: _('/sixth'),
package: _('/sixth'),
packageJson: {module: './index.js'},
compiledByAngular: true,
ignoreMissingDependencies: true,
typings: _('/sixth/index.d.ts'),
} as EntryPoint;
dependencies = {
[_('/first/index.js')]:
{resolved: [second.path, third.path, _('/ignored-1')], missing: []},
[_('/second/sub/index.js')]: {resolved: [third.path, fifth.path], missing: []},
[_('/third/index.js')]: {resolved: [fourth.path, _('/ignored-2')], missing: []},
[_('/fourth/sub2/index.js')]: {resolved: [fifth.path], missing: []},
[_('/fifth/index.js')]: {resolved: [], missing: []},
};
dtsDependencies = {
[_('/first/index.d.ts')]:
{resolved: [second.path, third.path, _('/ignored-1')], missing: []},
[_('/second/sub/index.d.ts')]: {resolved: [third.path, fifth.path], missing: []},
[_('/third/index.d.ts')]: {resolved: [fourth.path, _('/ignored-2')], missing: []},
[_('/fourth/sub2/index.d.ts')]: {resolved: [fifth.path], missing: []},
[_('/fifth/index.d.ts')]: {resolved: [], missing: []},
};
});
it('should order the entry points by their dependency on each other', () => {
spyOn(host, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dependencies));
spyOn(dtsHost, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dtsDependencies));
const result = resolver.sortEntryPointsByDependency([fifth, first, fourth, second, third]);
expect(result.entryPoints).toEqual([fifth, fourth, third, second, first]);
});
it('should remove entry-points that have missing direct dependencies', () => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.js')]: {resolved: [], missing: [_('/missing')]},
[_('/second/sub/index.js')]: {resolved: [], missing: []},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.d.ts')]: {resolved: [], missing: [_('/missing')]},
[_('/second/sub/index.d.ts')]: {resolved: [], missing: []},
}));
const result = resolver.sortEntryPointsByDependency([first, second]);
expect(result.entryPoints).toEqual([second]);
expect(result.invalidEntryPoints).toEqual([
{entryPoint: first, missingDependencies: [_('/missing')]},
]);
});
it('should remove entry points that depended upon an invalid entry-point', () => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.js')]: {resolved: [second.path, third.path], missing: []},
[_('/second/sub/index.js')]: {resolved: [], missing: [_('/missing')]},
[_('/third/index.js')]: {resolved: [], missing: []},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.d.ts')]: {resolved: [second.path, third.path], missing: []},
[_('/second/sub/index.d.ts')]: {resolved: [], missing: [_('/missing')]},
[_('/third/index.d.ts')]: {resolved: [], missing: []},
}));
// Note that we will process `first` before `second`, which has the missing dependency.
const result = resolver.sortEntryPointsByDependency([first, second, third]);
expect(result.entryPoints).toEqual([third]);
expect(result.invalidEntryPoints).toEqual([
{entryPoint: second, missingDependencies: [_('/missing')]},
{entryPoint: first, missingDependencies: [_('/missing')]},
]);
});
it('should remove entry points that will depend upon an invalid entry-point', () => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.js')]: {resolved: [second.path, third.path], missing: []},
[_('/second/sub/index.js')]: {resolved: [], missing: [_('/missing')]},
[_('/third/index.js')]: {resolved: [], missing: []},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.d.ts')]: {resolved: [second.path, third.path], missing: []},
[_('/second/sub/index.d.ts')]: {resolved: [], missing: [_('/missing')]},
[_('/third/index.d.ts')]: {resolved: [], missing: []},
}));
// Note that we will process `first` after `second`, which has the missing dependency.
const result = resolver.sortEntryPointsByDependency([second, first, third]);
expect(result.entryPoints).toEqual([third]);
expect(result.invalidEntryPoints).toEqual([
{entryPoint: second, missingDependencies: [_('/missing')]},
{entryPoint: first, missingDependencies: [second.path]},
]);
});
it('should cope with entry points that will depend upon an invalid entry-point, when told to ignore missing dependencies',
() => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.js')]: {resolved: [sixthIgnoreMissing.path], missing: []},
[_('/sixth/index.js')]: {resolved: [], missing: [_('/missing')]},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.d.ts')]: {resolved: [sixthIgnoreMissing.path], missing: []},
[_('/sixth/index.d.ts')]: {resolved: [], missing: [_('/missing')]},
}));
// Note that we will process `first` after `second`, which has the missing dependency.
const result = resolver.sortEntryPointsByDependency([sixthIgnoreMissing, first]);
expect(result.entryPoints).toEqual([sixthIgnoreMissing, first]);
expect(result.invalidEntryPoints).toEqual([]);
});
it('should not transitively ignore missing dependencies', () => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.js')]: {resolved: [], missing: [_('/missing')]},
[_('/second/sub/index.js')]: {resolved: [first.path], missing: []},
[_('/sixth/index.js')]: {resolved: [second.path], missing: []},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.d.ts')]: {resolved: [], missing: [_('/missing')]},
[_('/second/sub/index.d.ts')]: {resolved: [first.path], missing: []},
[_('/sixth/index.d.ts')]: {resolved: [second.path], missing: []},
}));
const result = resolver.sortEntryPointsByDependency([first, second, sixthIgnoreMissing]);
// sixth has no missing dependencies, but it has _invalid_ dependencies, so it's not
// compiled.
expect(result.entryPoints).toEqual([]);
});
it('should cope with entry points having multiple indirect missing dependencies', () => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.js')]: {resolved: [], missing: [_('/missing1')]},
[_('/second/sub/index.js')]: {resolved: [], missing: [_('/missing2')]},
[_('/third/index.js')]: {resolved: [first.path, second.path], missing: []},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.d.ts')]: {resolved: [], missing: [_('/missing1')]},
[_('/second/sub/index.d.ts')]: {resolved: [], missing: [_('/missing2')]},
[_('/third/index.d.ts')]: {resolved: [first.path, second.path], missing: []},
}));
const result = resolver.sortEntryPointsByDependency([first, second, third]);
expect(result.entryPoints).toEqual([]);
expect(result.invalidEntryPoints).toEqual([
{entryPoint: first, missingDependencies: [_('/missing1')]},
{entryPoint: second, missingDependencies: [_('/missing2')]},
{entryPoint: third, missingDependencies: [first.path]},
]);
});
it('should log a warning for deep imports', () => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.js')]: {resolved: [], missing: [], deepImports: [_('/deep/one')]},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.d.ts')]: {resolved: [], missing: []},
}));
const result = resolver.sortEntryPointsByDependency([first]);
expect(result.entryPoints).toEqual([first]);
expect(logger.logs.warn).toEqual([[
`Entry point 'first' contains deep imports into '${_('/deep/one')}'. This is probably not a problem, but may cause the compilation of entry points to be out of order.`
]]);
});
it('should not log a warning for ignored deep imports', () => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/project/node_modules/test-package/index.js')]: {
resolved: [],
missing: [],
deepImports: [
_('/project/node_modules/deep/one'), _('/project/node_modules/deep/two'),
_('/project/node_modules/deeper/one'), _('/project/node_modules/deeper/two')
]
},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/project/node_modules/test-package/index.d.ts')]: {resolved: [], missing: []},
}));
// Setup the configuration to ignore deep imports that contain either "deep/" or "two".
fs.ensureDir(_('/project'));
fs.writeFile(
_('/project/ngcc.config.js'),
`module.exports = { packages: { 'test-package': { ignorableDeepImportMatchers: [/deep\\//, /two/] } } };`);
config = new NgccConfiguration(fs, _('/project'));
resolver = new DependencyResolver(fs, logger, config, {esm5: host, esm2015: host}, dtsHost);
const testEntryPoint = {
name: 'test-package',
path: _('/project/node_modules/test-package'),
package: _('/project/node_modules/test-package'),
packageJson: {esm5: './index.js'},
compiledByAngular: true,
ignoreMissingDependencies: false,
typings: _('/project/node_modules/test-package/index.d.ts'),
} as EntryPoint;
const result = resolver.sortEntryPointsByDependency([testEntryPoint]);
expect(result.entryPoints).toEqual([testEntryPoint]);
expect(logger.logs.warn).toEqual([[
`Entry point 'test-package' contains deep imports into '${_('/project/node_modules/deeper/one')}'. This is probably not a problem, but may cause the compilation of entry points to be out of order.`
]]);
});
it('should error if the entry point does not have a suitable format', () => {
expect(() => resolver.sortEntryPointsByDependency([
{ path: '/first', packageJson: {}, compiledByAngular: true } as EntryPoint
])).toThrowError(`There is no appropriate source code format in '/first' entry-point.`);
});
it('should error if there is no appropriate DependencyHost for the given formats', () => {
resolver = new DependencyResolver(fs, new MockLogger(), config, {esm2015: host}, host);
expect(() => resolver.sortEntryPointsByDependency([first]))
.toThrowError(
`Could not find a suitable format for computing dependencies of entry-point: '${first.path}'.`);
});
it('should capture any dependencies that were ignored', () => {
spyOn(host, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dependencies));
spyOn(dtsHost, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dtsDependencies));
const result = resolver.sortEntryPointsByDependency([fifth, first, fourth, second, third]);
expect(result.ignoredDependencies).toEqual([
{entryPoint: first, dependencyPath: _('/ignored-1')},
{entryPoint: third, dependencyPath: _('/ignored-2')},
]);
});
it('should return the computed dependency graph', () => {
spyOn(host, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dependencies));
spyOn(dtsHost, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dtsDependencies));
const result = resolver.sortEntryPointsByDependency([fifth, first, fourth, second, third]);
expect(result.graph).toEqual(jasmine.any(DepGraph));
expect(result.graph.size()).toBe(5);
expect(result.graph.dependenciesOf(third.path)).toEqual([fifth.path, fourth.path]);
});
it('should only return dependencies of the target, if provided', () => {
spyOn(host, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dependencies));
spyOn(dtsHost, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dtsDependencies));
const entryPoints = [fifth, first, fourth, second, third];
let sorted: SortedEntryPointsInfo;
sorted = resolver.sortEntryPointsByDependency(entryPoints, first);
expect(sorted.entryPoints).toEqual([fifth, fourth, third, second, first]);
sorted = resolver.sortEntryPointsByDependency(entryPoints, second);
expect(sorted.entryPoints).toEqual([fifth, fourth, third, second]);
sorted = resolver.sortEntryPointsByDependency(entryPoints, third);
expect(sorted.entryPoints).toEqual([fifth, fourth, third]);
sorted = resolver.sortEntryPointsByDependency(entryPoints, fourth);
expect(sorted.entryPoints).toEqual([fifth, fourth]);
sorted = resolver.sortEntryPointsByDependency(entryPoints, fifth);
expect(sorted.entryPoints).toEqual([fifth]);
});
it('should not process the provided target if it has missing dependencies', () => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.js')]: {resolved: [], missing: [_('/missing')]},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.d.ts')]: {resolved: [], missing: [_('/missing')]},
}));
const entryPoints = [first];
let sorted: SortedEntryPointsInfo;
sorted = resolver.sortEntryPointsByDependency(entryPoints, first);
expect(sorted.entryPoints).toEqual([]);
expect(sorted.invalidEntryPoints[0].entryPoint).toEqual(first);
expect(sorted.invalidEntryPoints[0].missingDependencies).toEqual([_('/missing')]);
});
it('should not consider builtin NodeJS modules as missing dependency', () => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.js')]: {resolved: [], missing: ['fs']},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.d.ts')]: {resolved: [], missing: ['fs']},
}));
const entryPoints = [first];
let sorted: SortedEntryPointsInfo;
sorted = resolver.sortEntryPointsByDependency(entryPoints, first);
expect(sorted.entryPoints).toEqual([first]);
expect(sorted.invalidEntryPoints).toEqual([]);
expect(sorted.ignoredDependencies).toEqual([]);
});
it('should use the appropriate DependencyHost for each entry-point', () => {
const esm5Host = new EsmDependencyHost(fs, moduleResolver);
const esm2015Host = new EsmDependencyHost(fs, moduleResolver);
const dtsHost = new DtsDependencyHost(fs);
resolver = new DependencyResolver(
fs, new MockLogger(), config, {esm5: esm5Host, esm2015: esm2015Host}, dtsHost);
spyOn(esm5Host, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dependencies));
spyOn(esm2015Host, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dependencies));
spyOn(dtsHost, 'collectDependencies')
.and.callFake(createFakeComputeDependencies(dtsDependencies));
const result = resolver.sortEntryPointsByDependency([fifth, first, fourth, second, third]);
expect(result.entryPoints).toEqual([fifth, fourth, third, second, first]);
expect(esm5Host.collectDependencies)
.toHaveBeenCalledWith(fs.resolve(first.path, 'index.js'), jasmine.any(Object));
expect(esm5Host.collectDependencies)
.not.toHaveBeenCalledWith(fs.resolve(second.path, 'sub/index.js'), jasmine.any(Object));
expect(esm5Host.collectDependencies)
.toHaveBeenCalledWith(fs.resolve(third.path, 'index.js'), jasmine.any(Object));
expect(esm5Host.collectDependencies)
.not.toHaveBeenCalledWith(
fs.resolve(fourth.path, 'sub2/index.js'), jasmine.any(Object));
expect(esm5Host.collectDependencies)
.toHaveBeenCalledWith(fs.resolve(fifth.path, 'index.js'), jasmine.any(Object));
expect(esm2015Host.collectDependencies)
.not.toHaveBeenCalledWith(fs.resolve(first.path, 'index.js'), jasmine.any(Object));
expect(esm2015Host.collectDependencies)
.toHaveBeenCalledWith(fs.resolve(second.path, 'sub/index.js'), jasmine.any(Object));
expect(esm2015Host.collectDependencies)
.not.toHaveBeenCalledWith(fs.resolve(third.path, 'index.js'), jasmine.any(Object));
expect(esm2015Host.collectDependencies)
.toHaveBeenCalledWith(fs.resolve(fourth.path, 'sub2/index.js'), jasmine.any(Object));
expect(esm2015Host.collectDependencies)
.not.toHaveBeenCalledWith(fs.resolve(fifth.path, 'index.js'), jasmine.any(Object));
expect(dtsHost.collectDependencies)
.toHaveBeenCalledWith(fs.resolve(first.path, 'index.d.ts'), jasmine.any(Object));
expect(dtsHost.collectDependencies)
.toHaveBeenCalledWith(fs.resolve(second.path, 'sub/index.d.ts'), jasmine.any(Object));
expect(dtsHost.collectDependencies)
.toHaveBeenCalledWith(fs.resolve(third.path, 'index.d.ts'), jasmine.any(Object));
expect(dtsHost.collectDependencies)
.toHaveBeenCalledWith(fs.resolve(fourth.path, 'sub2/index.d.ts'), jasmine.any(Object));
expect(dtsHost.collectDependencies)
.toHaveBeenCalledWith(fs.resolve(fifth.path, 'index.d.ts'), jasmine.any(Object));
});
it('should merge "typings-only" dependencies with source dependencies', () => {
spyOn(host, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.js')]: {resolved: [], missing: []},
[_('/second/sub/index.js')]: {resolved: [], missing: [_('/missing1')]},
[_('/third/index.js')]: {resolved: [first.path], missing: []},
}));
spyOn(dtsHost, 'collectDependencies').and.callFake(createFakeComputeDependencies({
[_('/first/index.d.ts')]: {resolved: [], missing: []},
[_('/second/sub/index.d.ts')]: {resolved: [], missing: [_('/missing2')]},
[_('/third/index.d.ts')]: {resolved: [second.path], missing: []},
}));
const entryPoints = [first, second, third];
const sorted = resolver.sortEntryPointsByDependency(entryPoints);
expect(sorted.entryPoints).toEqual([first]);
expect(sorted.invalidEntryPoints).toEqual([
{entryPoint: second, missingDependencies: [_('/missing1'), _('/missing2')]},
{entryPoint: third, missingDependencies: [_('/second')]},
]);
});
function createFakeComputeDependencies(deps: DepMap) {
return (entryPointPath: string, {dependencies, missing, deepImports}: DependencyInfo) => {
deps[entryPointPath].resolved.forEach(dep => dependencies.add(absoluteFrom(dep)));
deps[entryPointPath].missing.forEach(
dep => missing.add(fs.isRooted(dep) ? absoluteFrom(dep) : relativeFrom(dep)));
if (deps[entryPointPath].deepImports) {
deps[entryPointPath].deepImports !.forEach(dep => deepImports.add(dep));
}
return {dependencies, missing, deepImports};
};
}
});
});
});