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perf(ngcc): use `EntryPointManifest` to speed up noop `ProgramBaseEntryPointFinder` (#37665) 

Previously the `ProgramBasedEntryPointFinder` was parsing all the
entry-points referenced by the program for dependencies even if all the
entry-points had been processed already.

Now this entry-point finder will re-use the `EntryPointManifest` to load
the entry-point dependencies when possible which avoids having to parse
them all again, on every invocation of ngcc.

Previously the `EntryPointManifest` was only used in the
`DirectoryWalkerEntryPointFinder`, which also contained the logic for
computing the contents of the manifest. This logic has been factored out
into an `EntryPointCollector` class. Both the `ProgramBasedEntryPointFinder`
and `DirectoryWalkerEntryPointFinder` now use the `EntryPointManifest` and
the `EntryPointCollector`.

The result of this change is that there is a small cost on the first run of
ngcc to compute and store the manifest - the processing takes 102% of the
processing time before this PR. But on subsequent runs there is a
significant benefit on subsequent runs - the processing takes around 50%
of the processing time before this PR.

PR Close #37665
This commit is contained in:
Pete Bacon Darwin 2020-06-22 13:12:56 +01:00 committed by Andrew Kushnir
parent 290bc7334d
commit 9318e23e64
9 changed files with 509 additions and 343 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

147
packages/compiler-cli/ngcc/src/entry_point_finder/directory_walker_entry_point_finder.ts
View File

@ -5,16 +5,14 @@
* 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 {AbsoluteFsPath, FileSystem, PathSegment} from '../../../src/ngtsc/file_system';
import {AbsoluteFsPath} from '../../../src/ngtsc/file_system';
import {Logger} from '../../../src/ngtsc/logging';
import {EntryPointWithDependencies} from '../dependencies/dependency_host';
import {DependencyResolver, SortedEntryPointsInfo} from '../dependencies/dependency_resolver';
import {NgccConfiguration} from '../packages/configuration';
import {getEntryPointInfo, IGNORED_ENTRY_POINT, INCOMPATIBLE_ENTRY_POINT, isEntryPoint, NO_ENTRY_POINT} from '../packages/entry_point';
import {EntryPointManifest} from '../packages/entry_point_manifest';
import {PathMappings} from '../path_mappings';
import {NGCC_DIRECTORY} from '../writing/new_entry_point_file_writer';
import {EntryPointCollector} from './entry_point_collector';
import {EntryPointFinder} from './interface';
import {getBasePaths, trackDuration} from './utils';
@ -25,9 +23,11 @@ import {getBasePaths, trackDuration} from './utils';
export class DirectoryWalkerEntryPointFinder implements EntryPointFinder {
private basePaths = getBasePaths(this.logger, this.sourceDirectory, this.pathMappings);
constructor(
private fs: FileSystem, private config: NgccConfiguration, private logger: Logger,
private resolver: DependencyResolver, private entryPointManifest: EntryPointManifest,
private sourceDirectory: AbsoluteFsPath, private pathMappings: PathMappings|undefined) {}
private logger: Logger, private resolver: DependencyResolver,
private entryPointCollector: EntryPointCollector,
private entryPointManifest: EntryPointManifest, private sourceDirectory: AbsoluteFsPath,
private pathMappings: PathMappings|undefined) {}
/**
* Search the `sourceDirectory`, and sub-directories, using `pathMappings` as necessary, to find
* all package entry-points.
@ -45,145 +45,16 @@ export class DirectoryWalkerEntryPointFinder implements EntryPointFinder {
/**
* Search the `basePath` for possible Angular packages and entry-points.
*
* @param basePath The path at which to start the search
* @param basePath The path at which to start the search.
* @returns an array of `EntryPoint`s that were found within `basePath`.
*/
walkBasePathForPackages(basePath: AbsoluteFsPath): EntryPointWithDependencies[] {
this.logger.debug(
`No manifest found for ${basePath} so walking the directories for entry-points.`);
const entryPoints = trackDuration(
() => this.walkDirectoryForPackages(basePath),
() => this.entryPointCollector.walkDirectoryForPackages(basePath),
duration => this.logger.debug(`Walking ${basePath} for entry-points took ${duration}s.`));
this.entryPointManifest.writeEntryPointManifest(basePath, entryPoints);
return entryPoints;
}
/**
* Look for Angular packages that need to be compiled, starting at the source directory.
* The function will recurse into directories that start with `@...`, e.g. `@angular/...`.
*
* @param sourceDirectory An absolute path to the root directory where searching begins.
* @returns an array of `EntryPoint`s that were found within `sourceDirectory`.
*/
walkDirectoryForPackages(sourceDirectory: AbsoluteFsPath): EntryPointWithDependencies[] {
// Try to get a primary entry point from this directory
const primaryEntryPoint =
getEntryPointInfo(this.fs, this.config, this.logger, sourceDirectory, sourceDirectory);
// If there is an entry-point but it is not compatible with ngcc (it has a bad package.json or
// invalid typings) then exit. It is unlikely that such an entry point has a dependency on an
// Angular library.
if (primaryEntryPoint === INCOMPATIBLE_ENTRY_POINT) {
return [];
}
const entryPoints: EntryPointWithDependencies[] = [];
if (primaryEntryPoint !== NO_ENTRY_POINT) {
if (primaryEntryPoint !== IGNORED_ENTRY_POINT) {
entryPoints.push(this.resolver.getEntryPointWithDependencies(primaryEntryPoint));
}
this.collectSecondaryEntryPoints(
entryPoints, sourceDirectory, sourceDirectory, this.fs.readdir(sourceDirectory));
// Also check for any nested node_modules in this package but only if at least one of the
// entry-points was compiled by Angular.
if (entryPoints.some(e => e.entryPoint.compiledByAngular)) {
const nestedNodeModulesPath = this.fs.join(sourceDirectory, 'node_modules');
if (this.fs.exists(nestedNodeModulesPath)) {
entryPoints.push(...this.walkDirectoryForPackages(nestedNodeModulesPath));
}
}
return entryPoints;
}
// The `sourceDirectory` was not a package (i.e. there was no package.json)
// So search its sub-directories for Angular packages and entry-points
for (const path of this.fs.readdir(sourceDirectory)) {
if (isIgnorablePath(path)) {
// Ignore hidden files, node_modules and ngcc directory
continue;
}
const absolutePath = this.fs.resolve(sourceDirectory, path);
const stat = this.fs.lstat(absolutePath);
if (stat.isSymbolicLink() || !stat.isDirectory()) {
// Ignore symbolic links and non-directories
continue;
}
entryPoints.push(...this.walkDirectoryForPackages(this.fs.join(sourceDirectory, path)));
}
return entryPoints;
}
/**
* Search the `directory` looking for any secondary entry-points for a package, adding any that
* are found to the `entryPoints` array.
*
* @param entryPoints An array where we will add any entry-points found in this directory
* @param packagePath The absolute path to the package that may contain entry-points
* @param directory The current directory being searched
* @param paths The paths contained in the current `directory`.
*/
private collectSecondaryEntryPoints(
entryPoints: EntryPointWithDependencies[], packagePath: AbsoluteFsPath,
directory: AbsoluteFsPath, paths: PathSegment[]): void {
for (const path of paths) {
if (isIgnorablePath(path)) {
// Ignore hidden files, node_modules and ngcc directory
continue;
}
const absolutePath = this.fs.resolve(directory, path);
const stat = this.fs.lstat(absolutePath);
if (stat.isSymbolicLink()) {
// Ignore symbolic links
continue;
}
const isDirectory = stat.isDirectory();
if (!path.endsWith('.js') && !isDirectory) {
// Ignore files that do not end in `.js`
continue;
}
// If the path is a JS file then strip its extension and see if we can match an
// entry-point (even if it is an ignored one).
const possibleEntryPointPath = isDirectory ? absolutePath : stripJsExtension(absolutePath);
const subEntryPoint =
getEntryPointInfo(this.fs, this.config, this.logger, packagePath, possibleEntryPointPath);
if (isEntryPoint(subEntryPoint)) {
entryPoints.push(this.resolver.getEntryPointWithDependencies(subEntryPoint));
}
if (!isDirectory) {
// This path is not a directory so we are done.
continue;
}
// If not an entry-point itself, this directory may contain entry-points of its own.
const canContainEntryPoints =
subEntryPoint === NO_ENTRY_POINT || subEntryPoint === INCOMPATIBLE_ENTRY_POINT;
const childPaths = this.fs.readdir(absolutePath);
if (canContainEntryPoints &&
childPaths.some(
childPath => childPath.endsWith('.js') &&
this.fs.stat(this.fs.resolve(absolutePath, childPath)).isFile())) {
// We do not consider non-entry-point directories that contain JS files as they are very
// unlikely to be containers for sub-entry-points.
continue;
}
this.collectSecondaryEntryPoints(entryPoints, packagePath, absolutePath, childPaths);
}
}
}
function stripJsExtension<T extends string>(filePath: T): T {
return filePath.replace(/\.js$/, '') as T;
}
function isIgnorablePath(path: PathSegment): boolean {
return path.startsWith('.') || path === 'node_modules' || path === NGCC_DIRECTORY;
}

154
packages/compiler-cli/ngcc/src/entry_point_finder/entry_point_collector.ts Normal file
View File

@ -0,0 +1,154 @@
/**
* @license
* Copyright Google LLC 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 {AbsoluteFsPath, FileSystem, PathSegment} from '../../../src/ngtsc/file_system';
import {Logger} from '../../../src/ngtsc/logging';
import {EntryPointWithDependencies} from '../dependencies/dependency_host';
import {DependencyResolver} from '../dependencies/dependency_resolver';
import {NgccConfiguration} from '../packages/configuration';
import {getEntryPointInfo, IGNORED_ENTRY_POINT, INCOMPATIBLE_ENTRY_POINT, isEntryPoint, NO_ENTRY_POINT} from '../packages/entry_point';
import {NGCC_DIRECTORY} from '../writing/new_entry_point_file_writer';
/**
* A class that traverses a file-tree, starting at a given path, looking for all entry-points,
* also capturing the dependencies of each entry-point that is found.
*/
export class EntryPointCollector {
constructor(
private fs: FileSystem, private config: NgccConfiguration, private logger: Logger,
private resolver: DependencyResolver) {}
/**
* Look for Angular packages that need to be compiled, starting at the source directory.
* The function will recurse into directories that start with `@...`, e.g. `@angular/...`.
*
* @param sourceDirectory An absolute path to the root directory where searching begins.
* @returns an array of `EntryPoint`s that were found within `sourceDirectory`.
*/
walkDirectoryForPackages(sourceDirectory: AbsoluteFsPath): EntryPointWithDependencies[] {
// Try to get a primary entry point from this directory
const primaryEntryPoint =
getEntryPointInfo(this.fs, this.config, this.logger, sourceDirectory, sourceDirectory);
// If there is an entry-point but it is not compatible with ngcc (it has a bad package.json or
// invalid typings) then exit. It is unlikely that such an entry point has a dependency on an
// Angular library.
if (primaryEntryPoint === INCOMPATIBLE_ENTRY_POINT) {
return [];
}
const entryPoints: EntryPointWithDependencies[] = [];
if (primaryEntryPoint !== NO_ENTRY_POINT) {
if (primaryEntryPoint !== IGNORED_ENTRY_POINT) {
entryPoints.push(this.resolver.getEntryPointWithDependencies(primaryEntryPoint));
}
this.collectSecondaryEntryPoints(
entryPoints, sourceDirectory, sourceDirectory, this.fs.readdir(sourceDirectory));
// Also check for any nested node_modules in this package but only if at least one of the
// entry-points was compiled by Angular.
if (entryPoints.some(e => e.entryPoint.compiledByAngular)) {
const nestedNodeModulesPath = this.fs.join(sourceDirectory, 'node_modules');
if (this.fs.exists(nestedNodeModulesPath)) {
entryPoints.push(...this.walkDirectoryForPackages(nestedNodeModulesPath));
}
}
return entryPoints;
}
// The `sourceDirectory` was not a package (i.e. there was no package.json)
// So search its sub-directories for Angular packages and entry-points
for (const path of this.fs.readdir(sourceDirectory)) {
if (isIgnorablePath(path)) {
// Ignore hidden files, node_modules and ngcc directory
continue;
}
const absolutePath = this.fs.resolve(sourceDirectory, path);
const stat = this.fs.lstat(absolutePath);
if (stat.isSymbolicLink() || !stat.isDirectory()) {
// Ignore symbolic links and non-directories
continue;
}
entryPoints.push(...this.walkDirectoryForPackages(this.fs.join(sourceDirectory, path)));
}
return entryPoints;
}
/**
* Search the `directory` looking for any secondary entry-points for a package, adding any that
* are found to the `entryPoints` array.
*
* @param entryPoints An array where we will add any entry-points found in this directory.
* @param packagePath The absolute path to the package that may contain entry-points.
* @param directory The current directory being searched.
* @param paths The paths contained in the current `directory`.
*/
private collectSecondaryEntryPoints(
entryPoints: EntryPointWithDependencies[], packagePath: AbsoluteFsPath,
directory: AbsoluteFsPath, paths: PathSegment[]): void {
for (const path of paths) {
if (isIgnorablePath(path)) {
// Ignore hidden files, node_modules and ngcc directory
continue;
}
const absolutePath = this.fs.resolve(directory, path);
const stat = this.fs.lstat(absolutePath);
if (stat.isSymbolicLink()) {
// Ignore symbolic links
continue;
}
const isDirectory = stat.isDirectory();
if (!path.endsWith('.js') && !isDirectory) {
// Ignore files that do not end in `.js`
continue;
}
// If the path is a JS file then strip its extension and see if we can match an
// entry-point (even if it is an ignored one).
const possibleEntryPointPath = isDirectory ? absolutePath : stripJsExtension(absolutePath);
const subEntryPoint =
getEntryPointInfo(this.fs, this.config, this.logger, packagePath, possibleEntryPointPath);
if (isEntryPoint(subEntryPoint)) {
entryPoints.push(this.resolver.getEntryPointWithDependencies(subEntryPoint));
}
if (!isDirectory) {
// This path is not a directory so we are done.
continue;
}
// If not an entry-point itself, this directory may contain entry-points of its own.
const canContainEntryPoints =
subEntryPoint === NO_ENTRY_POINT || subEntryPoint === INCOMPATIBLE_ENTRY_POINT;
const childPaths = this.fs.readdir(absolutePath);
if (canContainEntryPoints &&
childPaths.some(
childPath => childPath.endsWith('.js') &&
this.fs.stat(this.fs.resolve(absolutePath, childPath)).isFile())) {
// We do not consider non-entry-point directories that contain JS files as they are very
// unlikely to be containers for sub-entry-points.
continue;
}
this.collectSecondaryEntryPoints(entryPoints, packagePath, absolutePath, childPaths);
}
}
}
function stripJsExtension<T extends string>(filePath: T): T {
return filePath.replace(/\.js$/, '') as T;
}
function isIgnorablePath(path: PathSegment): boolean {
return path.startsWith('.') || path === 'node_modules' || path === NGCC_DIRECTORY;
}

76
packages/compiler-cli/ngcc/src/entry_point_finder/program_based_entry_point_finder.ts
View File

@ -9,14 +9,17 @@ import {AbsoluteFsPath, FileSystem} from '../../../src/ngtsc/file_system';
import {Logger} from '../../../src/ngtsc/logging';
import {ParsedConfiguration} from '../../../src/perform_compile';
import {createDependencyInfo} from '../dependencies/dependency_host';
import {createDependencyInfo, EntryPointWithDependencies} from '../dependencies/dependency_host';
import {DependencyResolver} from '../dependencies/dependency_resolver';
import {EsmDependencyHost} from '../dependencies/esm_dependency_host';
import {ModuleResolver} from '../dependencies/module_resolver';
import {NgccConfiguration} from '../packages/configuration';
import {EntryPointManifest} from '../packages/entry_point_manifest';
import {getPathMappingsFromTsConfig} from '../path_mappings';
import {EntryPointCollector} from './entry_point_collector';
import {TracingEntryPointFinder} from './tracing_entry_point_finder';
import {trackDuration} from './utils';
/**
* An EntryPointFinder that starts from the files in the program defined by the given tsconfig.json
@ -26,14 +29,21 @@ import {TracingEntryPointFinder} from './tracing_entry_point_finder';
* and is used primarily by the CLI integration.
*/
export class ProgramBasedEntryPointFinder extends TracingEntryPointFinder {
private entryPointsWithDependencies: Map<AbsoluteFsPath, EntryPointWithDependencies>|null = null;
constructor(
fs: FileSystem, config: NgccConfiguration, logger: Logger, resolver: DependencyResolver,
basePath: AbsoluteFsPath, private tsConfig: ParsedConfiguration,
projectPath: AbsoluteFsPath) {
private entryPointCollector: EntryPointCollector,
private entryPointManifest: EntryPointManifest, basePath: AbsoluteFsPath,
private tsConfig: ParsedConfiguration, projectPath: AbsoluteFsPath) {
super(
fs, config, logger, resolver, basePath, getPathMappingsFromTsConfig(tsConfig, projectPath));
}
/**
* Return an array containing the external import paths that were extracted from the source-files
* of the program defined by the tsconfig.json.
*/
protected getInitialEntryPointPaths(): AbsoluteFsPath[] {
const moduleResolver = new ModuleResolver(this.fs, this.pathMappings, ['', '.ts', '/index.ts']);
const host = new EsmDependencyHost(this.fs, moduleResolver);
@ -48,4 +58,64 @@ export class ProgramBasedEntryPointFinder extends TracingEntryPointFinder {
});
return Array.from(dependencies.dependencies);
}
/**
* For the given `entryPointPath`, compute, or retrieve, the entry-point information, including
* paths to other entry-points that this entry-point depends upon.
*
* In this entry-point finder, we use the `EntryPointManifest` to avoid computing each
* entry-point's dependencies in the case that this had been done previously.
*
* @param entryPointPath the path to the entry-point whose information and dependencies are to be
* retrieved or computed.
*
* @returns the entry-point and its dependencies or `null` if the entry-point is not compiled by
* Angular or cannot be determined.
*/
protected getEntryPointWithDeps(entryPointPath: AbsoluteFsPath): EntryPointWithDependencies|null {
const entryPoints = this.findOrLoadEntryPoints();
if (!entryPoints.has(entryPointPath)) {
return null;
}
const entryPointWithDeps = entryPoints.get(entryPointPath)!;
if (!entryPointWithDeps.entryPoint.compiledByAngular) {
return null;
}
return entryPointWithDeps;
}
/**
* Walk the base paths looking for entry-points or load this information from an entry-point
* manifest, if available.
*/
private findOrLoadEntryPoints(): Map<AbsoluteFsPath, EntryPointWithDependencies> {
if (this.entryPointsWithDependencies === null) {
const entryPointsWithDependencies = this.entryPointsWithDependencies =
new Map<AbsoluteFsPath, EntryPointWithDependencies>();
for (const basePath of this.getBasePaths()) {
const entryPoints = this.entryPointManifest.readEntryPointsUsingManifest(basePath) ||
this.walkBasePathForPackages(basePath);
for (const e of entryPoints) {
entryPointsWithDependencies.set(e.entryPoint.path, e);
}
}
}
return this.entryPointsWithDependencies;
}
/**
* Search the `basePath` for possible Angular packages and entry-points.
*
* @param basePath The path at which to start the search.
* @returns an array of `EntryPoint`s that were found within `basePath`.
*/
walkBasePathForPackages(basePath: AbsoluteFsPath): EntryPointWithDependencies[] {
this.logger.debug(
`No manifest found for ${basePath} so walking the directories for entry-points.`);
const entryPoints = trackDuration(
() => this.entryPointCollector.walkDirectoryForPackages(basePath),
duration => this.logger.debug(`Walking ${basePath} for entry-points took ${duration}s.`));
this.entryPointManifest.writeEntryPointManifest(basePath, entryPoints);
return entryPoints;
}
}

178
packages/compiler-cli/ngcc/src/entry_point_finder/targeted_entry_point_finder.ts
View File

@ -5,12 +5,13 @@
* 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 {AbsoluteFsPath, FileSystem} from '../../../src/ngtsc/file_system';
import {AbsoluteFsPath, FileSystem, join, PathSegment, relative, relativeFrom} from '../../../src/ngtsc/file_system';
import {Logger} from '../../../src/ngtsc/logging';
import {EntryPointWithDependencies} from '../dependencies/dependency_host';
import {DependencyResolver, SortedEntryPointsInfo} from '../dependencies/dependency_resolver';
import {hasBeenProcessed} from '../packages/build_marker';
import {NgccConfiguration} from '../packages/configuration';
import {EntryPointJsonProperty} from '../packages/entry_point';
import {EntryPointJsonProperty, getEntryPointInfo, isEntryPoint} from '../packages/entry_point';
import {PathMappings} from '../path_mappings';
import {TracingEntryPointFinder} from './tracing_entry_point_finder';
@ -30,6 +31,10 @@ export class TargetedEntryPointFinder extends TracingEntryPointFinder {
super(fs, config, logger, resolver, basePath, pathMappings);
}
/**
* Search for Angular entry-points that can be reached from the entry-point specified by the given
* `targetPath`.
*/
findEntryPoints(): SortedEntryPointsInfo {
const entryPoints = super.findEntryPoints();
@ -43,17 +48,25 @@ export class TargetedEntryPointFinder extends TracingEntryPointFinder {
return entryPoints;
}
/**
* Determine whether the entry-point at the given `targetPath` needs to be processed.
*
* @param propertiesToConsider the package.json properties that should be considered for
* processing.
* @param compileAllFormats true if all formats need to be processed, or false if it is enough for
* one of the formats covered by the `propertiesToConsider` is processed.
*/
targetNeedsProcessingOrCleaning(
propertiesToConsider: EntryPointJsonProperty[], compileAllFormats: boolean): boolean {
const entryPoint = this.getEntryPoint(this.targetPath);
if (entryPoint === null || !entryPoint.compiledByAngular) {
const entryPointWithDeps = this.getEntryPointWithDeps(this.targetPath);
if (entryPointWithDeps === null) {
return false;
}
for (const property of propertiesToConsider) {
if (entryPoint.packageJson[property]) {
if (entryPointWithDeps.entryPoint.packageJson[property]) {
// Here is a property that should be processed.
if (!hasBeenProcessed(entryPoint.packageJson, property)) {
if (!hasBeenProcessed(entryPointWithDeps.entryPoint.packageJson, property)) {
return true;
}
if (!compileAllFormats) {
@ -67,7 +80,160 @@ export class TargetedEntryPointFinder extends TracingEntryPointFinder {
return false;
}
/**
* Return an array containing the `targetPath` from which to start the trace.
*/
protected getInitialEntryPointPaths(): AbsoluteFsPath[] {
return [this.targetPath];
}
/**
* For the given `entryPointPath`, compute, or retrieve, the entry-point information, including
* paths to other entry-points that this entry-point depends upon.
*
* @param entryPointPath the path to the entry-point whose information and dependencies are to be
* retrieved or computed.
*
* @returns the entry-point and its dependencies or `null` if the entry-point is not compiled by
* Angular or cannot be determined.
*/
protected getEntryPointWithDeps(entryPointPath: AbsoluteFsPath): EntryPointWithDependencies|null {
const packagePath = this.computePackagePath(entryPointPath);
const entryPoint =
getEntryPointInfo(this.fs, this.config, this.logger, packagePath, entryPointPath);
if (!isEntryPoint(entryPoint) || !entryPoint.compiledByAngular) {
return null;
}
return this.resolver.getEntryPointWithDependencies(entryPoint);
}
/**
* Compute the path to the package that contains the given entry-point.
*
* In this entry-point finder it is not trivial to find the containing package, since it is
* possible that this entry-point is not directly below the directory containing the package.
* Moreover, the import path could be affected by path-mapping.
*
* @param entryPointPath the path to the entry-point, whose package path we want to compute.
*/
private computePackagePath(entryPointPath: AbsoluteFsPath): AbsoluteFsPath {
// First try the main basePath, to avoid having to compute the other basePaths from the paths
// mappings, which can be computationally intensive.
if (entryPointPath.startsWith(this.basePath)) {
const packagePath = this.computePackagePathFromContainingPath(entryPointPath, this.basePath);
if (packagePath !== null) {
return packagePath;
}
}
// The main `basePath` didn't work out so now we try the `basePaths` computed from the paths
// mappings in `tsconfig.json`.
for (const basePath of this.getBasePaths()) {
if (entryPointPath.startsWith(basePath)) {
const packagePath = this.computePackagePathFromContainingPath(entryPointPath, basePath);
if (packagePath !== null) {
return packagePath;
}
// If we got here then we couldn't find a `packagePath` for the current `basePath`.
// Since `basePath`s are guaranteed not to be a sub-directory of each other then no other
// `basePath` will match either.
break;
}
}
// Finally, if we couldn't find a `packagePath` using `basePaths` then try to find the nearest
// `node_modules` that contains the `entryPointPath`, if there is one, and use it as a
// `basePath`.
return this.computePackagePathFromNearestNodeModules(entryPointPath);
}
/**
* Search down to the `entryPointPath` from the `containingPath` for the first `package.json` that
* we come to. This is the path to the entry-point's containing package. For example if
* `containingPath` is `/a/b/c` and `entryPointPath` is `/a/b/c/d/e` and there exists
* `/a/b/c/d/package.json` and `/a/b/c/d/e/package.json`, then we will return `/a/b/c/d`.
*
* To account for nested `node_modules` we actually start the search at the last `node_modules` in
* the `entryPointPath` that is below the `containingPath`. E.g. if `containingPath` is `/a/b/c`
* and `entryPointPath` is `/a/b/c/d/node_modules/x/y/z`, we start the search at
* `/a/b/c/d/node_modules`.
*/
private computePackagePathFromContainingPath(
entryPointPath: AbsoluteFsPath, containingPath: AbsoluteFsPath): AbsoluteFsPath|null {
let packagePath = containingPath;
const segments = this.splitPath(relative(containingPath, entryPointPath));
let nodeModulesIndex = segments.lastIndexOf(relativeFrom('node_modules'));
// If there are no `node_modules` in the relative path between the `basePath` and the
// `entryPointPath` then just try the `basePath` as the `packagePath`.
// (This can be the case with path-mapped entry-points.)
if (nodeModulesIndex === -1) {
if (this.fs.exists(join(packagePath, 'package.json'))) {
return packagePath;
}
}
// Start the search at the deepest nested `node_modules` folder that is below the `basePath`
// but above the `entryPointPath`, if there are any.
while (nodeModulesIndex >= 0) {
packagePath = join(packagePath, segments.shift()!);
nodeModulesIndex--;
}
// Note that we start at the folder below the current candidate `packagePath` because the
// initial candidate `packagePath` is either a `node_modules` folder or the `basePath` with
// no `package.json`.
for (const segment of segments) {
packagePath = join(packagePath, segment);
if (this.fs.exists(join(packagePath, 'package.json'))) {
return packagePath;
}
}
return null;
}
/**
* Search up the directory tree from the `entryPointPath` looking for a `node_modules` directory
* that we can use as a potential starting point for computing the package path.
*/
private computePackagePathFromNearestNodeModules(entryPointPath: AbsoluteFsPath): AbsoluteFsPath {
let packagePath = entryPointPath;
let scopedPackagePath = packagePath;
let containerPath = this.fs.dirname(packagePath);
while (!this.fs.isRoot(containerPath) && !containerPath.endsWith('node_modules')) {
scopedPackagePath = packagePath;
packagePath = containerPath;
containerPath = this.fs.dirname(containerPath);
}
if (this.fs.exists(join(packagePath, 'package.json'))) {
// The directory directly below `node_modules` is a package - use it
return packagePath;
} else if (
this.fs.basename(packagePath).startsWith('@') &&
this.fs.exists(join(scopedPackagePath, 'package.json'))) {
// The directory directly below the `node_modules` is a scope and the directory directly
// below that is a scoped package - use it
return scopedPackagePath;
} else {
// If we get here then none of the `basePaths` contained the `entryPointPath` and the
// `entryPointPath` contains no `node_modules` that contains a package or a scoped
// package. All we can do is assume that this entry-point is a primary entry-point to a
// package.
return entryPointPath;
}
}
/**
* Split the given `path` into path segments using an FS independent algorithm.
*/
private splitPath(path: PathSegment) {
const segments = [];
while (path !== '.') {
segments.unshift(this.fs.basename(path));
path = this.fs.dirname(path);
}
return segments;
}
}

222
packages/compiler-cli/ngcc/src/entry_point_finder/tracing_entry_point_finder.ts
View File

@ -5,13 +5,12 @@
* 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 {AbsoluteFsPath, FileSystem, join, PathSegment, relative, relativeFrom} from '../../../src/ngtsc/file_system';
import {AbsoluteFsPath, FileSystem} from '../../../src/ngtsc/file_system';
import {Logger} from '../../../src/ngtsc/logging';
import {EntryPointWithDependencies} from '../dependencies/dependency_host';
import {DependencyResolver, SortedEntryPointsInfo} from '../dependencies/dependency_resolver';
import {NgccConfiguration} from '../packages/configuration';
import {EntryPoint, getEntryPointInfo, isEntryPoint} from '../packages/entry_point';
import {PathMappings} from '../path_mappings';
import {EntryPointFinder} from './interface';
@ -21,18 +20,19 @@ import {getBasePaths} from './utils';
* An EntryPointFinder that starts from a set of initial files and only returns entry-points that
* are dependencies of these files.
*
* This is faster than searching the entire file-system for all the entry-points,
* and is used primarily by the CLI integration.
* This is faster than processing all entry-points in the entire file-system, and is used primarily
* by the CLI integration.
*
* There are two concrete implementations of this class.
*
* * `TargetEntryPointFinder` - is given a single entry-point as the initial entry-point
* * `ProgramBasedEntryPointFinder` - computes the initial entry-points from program files given by
* a `tsconfig.json` file.
* * `TargetEntryPointFinder` - is given a single entry-point as the initial entry-point. This can
* be used in the synchronous CLI integration where the build tool has identified an external
* import to one of the source files being built.
* * `ProgramBasedEntryPointFinder` - computes the initial entry-points from the source files
* computed from a `tsconfig.json` file. This can be used in the asynchronous CLI integration
* where the `tsconfig.json` to be used to do the build is known.
*/
export abstract class TracingEntryPointFinder implements EntryPointFinder {
protected unprocessedPaths: AbsoluteFsPath[] = [];
protected unsortedEntryPoints = new Map<AbsoluteFsPath, EntryPointWithDependencies>();
private basePaths: AbsoluteFsPath[]|null = null;
constructor(
@ -40,165 +40,59 @@ export abstract class TracingEntryPointFinder implements EntryPointFinder {
protected resolver: DependencyResolver, protected basePath: AbsoluteFsPath,
protected pathMappings: PathMappings|undefined) {}
/**
* Search for Angular package entry-points.
*/
findEntryPoints(): SortedEntryPointsInfo {
const unsortedEntryPoints = new Map<AbsoluteFsPath, EntryPointWithDependencies>();
const unprocessedPaths = this.getInitialEntryPointPaths();
while (unprocessedPaths.length > 0) {
const path = unprocessedPaths.shift()!;
const entryPointWithDeps = this.getEntryPointWithDeps(path);
if (entryPointWithDeps === null) {
continue;
}
unsortedEntryPoints.set(entryPointWithDeps.entryPoint.path, entryPointWithDeps);
entryPointWithDeps.depInfo.dependencies.forEach(dep => {
if (!unsortedEntryPoints.has(dep)) {
unprocessedPaths.push(dep);
}
});
}
return this.resolver.sortEntryPointsByDependency(Array.from(unsortedEntryPoints.values()));
}
/**
* Return an array of entry-point paths from which to start the trace.
*/
protected abstract getInitialEntryPointPaths(): AbsoluteFsPath[];
/**
* For the given `entryPointPath`, compute, or retrieve, the entry-point information, including
* paths to other entry-points that this entry-point depends upon.
*
* @param entryPointPath the path to the entry-point whose information and dependencies are to be
* retrieved or computed.
*
* @returns the entry-point and its dependencies or `null` if the entry-point is not compiled by
* Angular or cannot be determined.
*/
protected abstract getEntryPointWithDeps(entryPointPath: AbsoluteFsPath):
EntryPointWithDependencies|null;
/**
* Parse the path-mappings to compute the base-paths that need to be considered when finding
* entry-points.
*
* This processing can be time-consuming if the path-mappings are complex or extensive.
* So the result is cached locally once computed.
*/
protected getBasePaths() {
if (this.basePaths === null) {
this.basePaths = getBasePaths(this.logger, this.basePath, this.pathMappings);
}
return this.basePaths;
}
findEntryPoints(): SortedEntryPointsInfo {
this.unprocessedPaths = this.getInitialEntryPointPaths();
while (this.unprocessedPaths.length > 0) {
this.processNextPath();
}
return this.resolver.sortEntryPointsByDependency(Array.from(this.unsortedEntryPoints.values()));
}
protected abstract getInitialEntryPointPaths(): AbsoluteFsPath[];
protected getEntryPoint(entryPointPath: AbsoluteFsPath): EntryPoint|null {
const packagePath = this.computePackagePath(entryPointPath);
const entryPoint =
getEntryPointInfo(this.fs, this.config, this.logger, packagePath, entryPointPath);
return isEntryPoint(entryPoint) ? entryPoint : null;
}
private processNextPath(): void {
const path = this.unprocessedPaths.shift()!;
const entryPoint = this.getEntryPoint(path);
if (entryPoint === null || !entryPoint.compiledByAngular) {
return;
}
const entryPointWithDeps = this.resolver.getEntryPointWithDependencies(entryPoint);
this.unsortedEntryPoints.set(entryPoint.path, entryPointWithDeps);
entryPointWithDeps.depInfo.dependencies.forEach(dep => {
if (!this.unsortedEntryPoints.has(dep)) {
this.unprocessedPaths.push(dep);
}
});
}
private computePackagePath(entryPointPath: AbsoluteFsPath): AbsoluteFsPath {
// First try the main basePath, to avoid having to compute the other basePaths from the paths
// mappings, which can be computationally intensive.
if (entryPointPath.startsWith(this.basePath)) {
const packagePath = this.computePackagePathFromContainingPath(entryPointPath, this.basePath);
if (packagePath !== null) {
return packagePath;
}
}
// The main `basePath` didn't work out so now we try the `basePaths` computed from the paths
// mappings in `tsconfig.json`.
for (const basePath of this.getBasePaths()) {
if (entryPointPath.startsWith(basePath)) {
const packagePath = this.computePackagePathFromContainingPath(entryPointPath, basePath);
if (packagePath !== null) {
return packagePath;
}
// If we got here then we couldn't find a `packagePath` for the current `basePath`.
// Since `basePath`s are guaranteed not to be a sub-directory of each other then no other
// `basePath` will match either.
break;
}
}
// Finally, if we couldn't find a `packagePath` using `basePaths` then try to find the nearest
// `node_modules` that contains the `entryPointPath`, if there is one, and use it as a
// `basePath`.
return this.computePackagePathFromNearestNodeModules(entryPointPath);
}
/**
* Search down to the `entryPointPath` from the `containingPath` for the first `package.json` that
* we come to. This is the path to the entry-point's containing package. For example if
* `containingPath` is `/a/b/c` and `entryPointPath` is `/a/b/c/d/e` and there exists
* `/a/b/c/d/package.json` and `/a/b/c/d/e/package.json`, then we will return `/a/b/c/d`.
*
* To account for nested `node_modules` we actually start the search at the last `node_modules` in
* the `entryPointPath` that is below the `containingPath`. E.g. if `containingPath` is `/a/b/c`
* and `entryPointPath` is `/a/b/c/d/node_modules/x/y/z`, we start the search at
* `/a/b/c/d/node_modules`.
*/
private computePackagePathFromContainingPath(
entryPointPath: AbsoluteFsPath, containingPath: AbsoluteFsPath): AbsoluteFsPath|null {
let packagePath = containingPath;
const segments = this.splitPath(relative(containingPath, entryPointPath));
let nodeModulesIndex = segments.lastIndexOf(relativeFrom('node_modules'));
// If there are no `node_modules` in the relative path between the `basePath` and the
// `entryPointPath` then just try the `basePath` as the `packagePath`.
// (This can be the case with path-mapped entry-points.)
if (nodeModulesIndex === -1) {
if (this.fs.exists(join(packagePath, 'package.json'))) {
return packagePath;
}
}
// Start the search at the deepest nested `node_modules` folder that is below the `basePath`
// but above the `entryPointPath`, if there are any.
while (nodeModulesIndex >= 0) {
packagePath = join(packagePath, segments.shift()!);
nodeModulesIndex--;
}
// Note that we start at the folder below the current candidate `packagePath` because the
// initial candidate `packagePath` is either a `node_modules` folder or the `basePath` with
// no `package.json`.
for (const segment of segments) {
packagePath = join(packagePath, segment);
if (this.fs.exists(join(packagePath, 'package.json'))) {
return packagePath;
}
}
return null;
}
/**
* Search up the directory tree from the `entryPointPath` looking for a `node_modules` directory
* that we can use as a potential starting point for computing the package path.
*/
private computePackagePathFromNearestNodeModules(entryPointPath: AbsoluteFsPath): AbsoluteFsPath {
let packagePath = entryPointPath;
let scopedPackagePath = packagePath;
let containerPath = this.fs.dirname(packagePath);
while (!this.fs.isRoot(containerPath) && !containerPath.endsWith('node_modules')) {
scopedPackagePath = packagePath;
packagePath = containerPath;
containerPath = this.fs.dirname(containerPath);
}
if (this.fs.exists(join(packagePath, 'package.json'))) {
// The directory directly below `node_modules` is a package - use it
return packagePath;
} else if (
this.fs.basename(packagePath).startsWith('@') &&
this.fs.exists(join(scopedPackagePath, 'package.json'))) {
// The directory directly below the `node_modules` is a scope and the directory directly
// below that is a scoped package - use it
return scopedPackagePath;
} else {
// If we get here then none of the `basePaths` contained the `entryPointPath` and the
// `entryPointPath` contains no `node_modules` that contains a package or a scoped
// package. All we can do is assume that this entry-point is a primary entry-point to a
// package.
return entryPointPath;
}
}
/**
* Split the given `path` into path segments using an FS independent algorithm.
* @param path The path to split.
*/
private splitPath(path: PathSegment) {
const segments = [];
while (path !== '.') {
segments.unshift(this.fs.basename(path));
path = this.fs.dirname(path);
}
return segments;
}
}

6
packages/compiler-cli/ngcc/src/entry_point_finder/utils.ts
View File

@ -82,8 +82,8 @@ function extractPathPrefix(path: string) {
/**
* Run a task and track how long it takes.
*
* @param task The task whose duration we are tracking
* @param log The function to call with the duration of the task
* @param task The task whose duration we are tracking.
* @param log The function to call with the duration of the task.
* @returns The result of calling `task`.
*/
export function trackDuration<T = void>(task: () => T extends Promise<unknown>? never : T,
@ -136,7 +136,7 @@ function addPath(root: Node, path: AbsoluteFsPath): void {
}
/**
* Flatten the tree of nodes back into an array of absolute paths
* Flatten the tree of nodes back into an array of absolute paths.
*/
function flattenTree(root: Node): AbsoluteFsPath[] {
const paths: AbsoluteFsPath[] = [];

14
packages/compiler-cli/ngcc/src/main.ts
View File

@ -21,6 +21,7 @@ import {EsmDependencyHost} from './dependencies/esm_dependency_host';
import {ModuleResolver} from './dependencies/module_resolver';
import {UmdDependencyHost} from './dependencies/umd_dependency_host';
import {DirectoryWalkerEntryPointFinder} from './entry_point_finder/directory_walker_entry_point_finder';
import {EntryPointCollector} from './entry_point_finder/entry_point_collector';
import {EntryPointFinder} from './entry_point_finder/interface';
import {ProgramBasedEntryPointFinder} from './entry_point_finder/program_based_entry_point_finder';
import {TargetedEntryPointFinder} from './entry_point_finder/targeted_entry_point_finder';
@ -203,10 +204,15 @@ function getEntryPointFinder(
if (absoluteTargetEntryPointPath !== null) {
return new TargetedEntryPointFinder(
fs, config, logger, resolver, basePath, pathMappings, absoluteTargetEntryPointPath);
} else if (tsConfig !== null) {
} else {
const entryPointCollector = new EntryPointCollector(fs, config, logger, resolver);
if (tsConfig !== null) {
return new ProgramBasedEntryPointFinder(
fs, config, logger, resolver, basePath, tsConfig, projectPath);
}
fs, config, logger, resolver, entryPointCollector, entryPointManifest, basePath, tsConfig,
projectPath);
} else {
return new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, entryPointManifest, basePath, pathMappings);
logger, resolver, entryPointCollector, entryPointManifest, basePath, pathMappings);
}
}
}

47
packages/compiler-cli/ngcc/test/entry_point_finder/directory_walker_entry_point_finder_spec.ts
View File

@ -14,6 +14,7 @@ import {DtsDependencyHost} from '../../src/dependencies/dts_dependency_host';
import {EsmDependencyHost} from '../../src/dependencies/esm_dependency_host';
import {ModuleResolver} from '../../src/dependencies/module_resolver';
import {DirectoryWalkerEntryPointFinder} from '../../src/entry_point_finder/directory_walker_entry_point_finder';
import {EntryPointCollector} from '../../src/entry_point_finder/entry_point_collector';
import {NgccConfiguration, ProcessedNgccPackageConfig} from '../../src/packages/configuration';
import {EntryPoint} from '../../src/packages/entry_point';
import {EntryPointManifest, EntryPointManifestFile} from '../../src/packages/entry_point_manifest';
@ -25,6 +26,7 @@ runInEachFileSystem(() => {
let resolver: DependencyResolver;
let logger: MockLogger;
let config: NgccConfiguration;
let collector: EntryPointCollector;
let manifest: EntryPointManifest;
let _Abs: typeof absoluteFrom;
@ -37,6 +39,7 @@ runInEachFileSystem(() => {
config = new NgccConfiguration(fs, _Abs('/'));
resolver = new DependencyResolver(fs, logger, config, {esm2015: srcHost}, dtsHost);
manifest = new EntryPointManifest(fs, config, logger);
collector = new EntryPointCollector(fs, config, logger, resolver);
});
describe('findEntryPoints()', () => {
@ -50,7 +53,7 @@ runInEachFileSystem(() => {
...createPackage(fs.resolve(basePath, 'common'), 'testing', ['common']),
]);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, undefined);
logger, resolver, collector, manifest, basePath, undefined);
const {entryPoints} = finder.findEntryPoints();
expect(dumpEntryPointPaths(basePath, entryPoints)).toEqual([
['common', 'common'],
@ -71,7 +74,7 @@ runInEachFileSystem(() => {
...createPackage(fs.resolve(basePath, '@angular/common'), 'testing', ['@angular/common']),
]);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, undefined);
logger, resolver, collector, manifest, basePath, undefined);
const {entryPoints} = finder.findEntryPoints();
expect(dumpEntryPointPaths(basePath, entryPoints)).toEqual([
['@angular/common', '@angular/common'],
@ -84,7 +87,7 @@ runInEachFileSystem(() => {
it('should return an empty array if there are no packages', () => {
fs.ensureDir(_Abs('/no_packages/node_modules/should_not_be_found'));
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, _Abs('/no_packages/node_modules'), undefined);
logger, resolver, collector, manifest, _Abs('/no_packages/node_modules'), undefined);
const {entryPoints} = finder.findEntryPoints();
expect(entryPoints).toEqual([]);
});
@ -97,7 +100,7 @@ runInEachFileSystem(() => {
},
]);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, _Abs('/no_valid_entry_points/node_modules'),
logger, resolver, collector, manifest, _Abs('/no_valid_entry_points/node_modules'),
undefined);
const {entryPoints} = finder.findEntryPoints();
expect(entryPoints).toEqual([]);
@ -106,7 +109,7 @@ runInEachFileSystem(() => {
it('should not include ignored entry-points', () => {
const basePath = _Abs('/project/node_modules');
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, undefined);
logger, resolver, collector, manifest, basePath, undefined);
loadTestFiles(createPackage(basePath, 'some-package'));
spyOn(config, 'getPackageConfig')
@ -124,7 +127,7 @@ runInEachFileSystem(() => {
it('should look for sub-entry-points even if a containing entry-point is ignored', () => {
const basePath = _Abs('/project/node_modules');
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, undefined);
logger, resolver, collector, manifest, basePath, undefined);
loadTestFiles([
...createPackage(basePath, 'some-package'),
@ -161,7 +164,7 @@ runInEachFileSystem(() => {
spyOn(manifest, 'readEntryPointsUsingManifest').and.callThrough();
spyOn(manifest, 'writeEntryPointManifest').and.callThrough();
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, undefined);
logger, resolver, collector, manifest, basePath, undefined);
finder.findEntryPoints();
expect(manifest.readEntryPointsUsingManifest).toHaveBeenCalled();
expect(manifest.writeEntryPointManifest).toHaveBeenCalled();
@ -182,7 +185,7 @@ runInEachFileSystem(() => {
spyOn(manifest, 'readEntryPointsUsingManifest').and.callThrough();
spyOn(manifest, 'writeEntryPointManifest').and.callThrough();
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, undefined);
logger, resolver, collector, manifest, basePath, undefined);
finder.findEntryPoints();
expect(manifest.readEntryPointsUsingManifest).toHaveBeenCalled();
expect(manifest.writeEntryPointManifest).toHaveBeenCalled();
@ -200,7 +203,7 @@ runInEachFileSystem(() => {
{name: _Abs('/sub_entry_points/yarn.lock'), contents: 'MOCK LOCK FILE'},
]);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, undefined);
logger, resolver, collector, manifest, basePath, undefined);
// Prime the manifest by calling findEntryPoints() once.
finder.findEntryPoints();
@ -229,8 +232,7 @@ runInEachFileSystem(() => {
...createPackage(_Abs('/dotted_folders/node_modules/'), '.common'),
]);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, _Abs('/dotted_folders/node_modules'),
undefined);
logger, resolver, collector, manifest, _Abs('/dotted_folders/node_modules'), undefined);
const {entryPoints} = finder.findEntryPoints();
expect(entryPoints).toEqual([]);
});
@ -241,7 +243,7 @@ runInEachFileSystem(() => {
_Abs('/external/node_modules/common'), _Abs('/symlinked_folders/node_modules/common'));
loadTestFiles(createPackage(_Abs('/external/node_modules'), 'common'));
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, _Abs('/symlinked_folders/node_modules'),
logger, resolver, collector, manifest, _Abs('/symlinked_folders/node_modules'),
undefined);
const {entryPoints} = finder.findEntryPoints();
expect(entryPoints).toEqual([]);
@ -253,7 +255,7 @@ runInEachFileSystem(() => {
...createPackage(_Abs('/nested_node_modules/node_modules/outer/node_modules'), 'inner'),
]);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, _Abs('/nested_node_modules/node_modules'),
logger, resolver, collector, manifest, _Abs('/nested_node_modules/node_modules'),
undefined);
const {entryPoints} = finder.findEntryPoints();
// Note that the `inner` entry-point is not part of the `outer` package
@ -272,9 +274,9 @@ runInEachFileSystem(() => {
]);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, _Abs('/nested_node_modules/node_modules'),
logger, resolver, collector, manifest, _Abs('/nested_node_modules/node_modules'),
undefined);
const spy = spyOn(finder, 'walkDirectoryForPackages').and.callThrough();
const spy = spyOn(collector, 'walkDirectoryForPackages').and.callThrough();
const {entryPoints} = finder.findEntryPoints();
expect(spy.calls.allArgs()).toEqual([
[_Abs(basePath)],
@ -295,8 +297,8 @@ runInEachFileSystem(() => {
]);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, undefined);
const spy = spyOn(finder, 'walkDirectoryForPackages').and.callThrough();
logger, resolver, collector, manifest, basePath, undefined);
const spy = spyOn(collector, 'walkDirectoryForPackages').and.callThrough();
const {entryPoints} = finder.findEntryPoints();
expect(spy.calls.allArgs()).toEqual([
[_Abs(basePath)],
@ -319,8 +321,8 @@ runInEachFileSystem(() => {
]);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, undefined);
const spy = spyOn(finder, 'walkDirectoryForPackages').and.callThrough();
logger, resolver, collector, manifest, basePath, undefined);
const spy = spyOn(collector, 'walkDirectoryForPackages').and.callThrough();
const {entryPoints} = finder.findEntryPoints();
expect(spy.calls.allArgs()).toEqual([
[_Abs(basePath)],
@ -339,7 +341,7 @@ runInEachFileSystem(() => {
...createPackage(fs.resolve(basePath, 'package/container'), 'entry-point-1'),
]);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, undefined);
logger, resolver, collector, manifest, basePath, undefined);
const {entryPoints} = finder.findEntryPoints();
expect(dumpEntryPointPaths(basePath, entryPoints)).toEqual([
['package', 'package'],
@ -367,8 +369,9 @@ runInEachFileSystem(() => {
const srcHost = new EsmDependencyHost(fs, new ModuleResolver(fs, pathMappings));
const dtsHost = new DtsDependencyHost(fs, pathMappings);
resolver = new DependencyResolver(fs, logger, config, {esm2015: srcHost}, dtsHost);
collector = new EntryPointCollector(fs, config, logger, resolver);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, pathMappings);
logger, resolver, collector, manifest, basePath, pathMappings);
const {entryPoints} = finder.findEntryPoints();
expect(dumpEntryPointPaths(basePath, entryPoints)).toEqual([
['pkg1', 'pkg1'],
@ -396,7 +399,7 @@ runInEachFileSystem(() => {
const dtsHost = new DtsDependencyHost(fs, pathMappings);
resolver = new DependencyResolver(fs, logger, config, {esm2015: srcHost}, dtsHost);
const finder = new DirectoryWalkerEntryPointFinder(
fs, config, logger, resolver, manifest, basePath, pathMappings);
logger, resolver, collector, manifest, basePath, pathMappings);
const {entryPoints} = finder.findEntryPoints();
expect(dumpEntryPointPaths(basePath, entryPoints)).toEqual([
['test', 'test'],

4
packages/compiler-cli/ngcc/test/entry_point_finder/program_based_entry_point_finder_spec.ts
View File

@ -15,6 +15,7 @@ import {DependencyResolver} 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 {EntryPointCollector} from '../../src/entry_point_finder/entry_point_collector';
import {ProgramBasedEntryPointFinder} from '../../src/entry_point_finder/program_based_entry_point_finder';
import {NgccConfiguration} from '../../src/packages/configuration';
import {EntryPoint} from '../../src/packages/entry_point';
@ -68,9 +69,10 @@ runInEachFileSystem(() => {
const dtsHost = new DtsDependencyHost(fs);
const config = new NgccConfiguration(fs, projectPath);
const resolver = new DependencyResolver(fs, logger, config, {esm2015: srcHost}, dtsHost);
const collector = new EntryPointCollector(fs, config, logger, resolver);
const manifest = new EntryPointManifest(fs, config, logger);
return new ProgramBasedEntryPointFinder(
fs, config, logger, resolver, basePath, tsConfig, projectPath);
fs, config, logger, resolver, collector, manifest, basePath, tsConfig, projectPath);
}
function createProgram(projectPath: AbsoluteFsPath): TestFile[] {