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"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.getDependencyConfigs = getDependencyConfigs;
exports.normalizeDependencyConfigDefinition = normalizeDependencyConfigDefinition;
exports.normalizeDependencyConfigProjects = normalizeDependencyConfigProjects;
exports.expandDependencyConfigSyntaxSugar = expandDependencyConfigSyntaxSugar;
exports.expandWildcardTargetConfiguration = expandWildcardTargetConfiguration;
exports.readProjectAndTargetFromTargetString = readProjectAndTargetFromTargetString;
exports.getOutputs = getOutputs;
exports.normalizeTargetDependencyWithStringProjects = normalizeTargetDependencyWithStringProjects;
exports.validateOutputs = validateOutputs;
exports.transformLegacyOutputs = transformLegacyOutputs;
exports.getOutputsForTargetAndConfiguration = getOutputsForTargetAndConfiguration;
exports.interpolate = interpolate;
exports.getTargetConfigurationForTask = getTargetConfigurationForTask;
exports.getExecutorNameForTask = getExecutorNameForTask;
exports.getExecutorForTask = getExecutorForTask;
exports.getCustomHasher = getCustomHasher;
exports.removeTasksFromTaskGraph = removeTasksFromTaskGraph;
exports.calculateReverseDeps = calculateReverseDeps;
exports.getCliPath = getCliPath;
exports.getPrintableCommandArgsForTask = getPrintableCommandArgsForTask;
exports.getSerializedArgsForTask = getSerializedArgsForTask;
exports.shouldStreamOutput = shouldStreamOutput;
exports.isCacheableTask = isCacheableTask;
exports.unparse = unparse;
const minimatch_1 = require("minimatch");
const node_path_1 = require("node:path");
const posix_1 = require("node:path/posix");
const executor_utils_1 = require("../command-line/run/executor-utils");
const native_1 = require("../native");
const project_graph_1 = require("../project-graph/project-graph");
const fileutils_1 = require("../utils/fileutils");
const find_matching_projects_1 = require("../utils/find-matching-projects");
const globs_1 = require("../utils/globs");
const path_1 = require("../utils/path");
const serialize_overrides_into_command_line_1 = require("../utils/serialize-overrides-into-command-line");
const split_target_1 = require("../utils/split-target");
const workspace_root_1 = require("../utils/workspace-root");
const is_tui_enabled_1 = require("./is-tui-enabled");
function getDependencyConfigs({ project, target }, extraTargetDependencies, projectGraph, allTargetNames) {
const dependencyConfigs = (projectGraph.nodes[project].data?.targets[target]?.dependsOn ??
// This is passed into `run-command` from programmatic invocations
extraTargetDependencies[target] ??
[]).flatMap((config) => normalizeDependencyConfigDefinition(config, project, projectGraph, allTargetNames));
return dependencyConfigs;
}
function normalizeDependencyConfigDefinition(definition, currentProject, graph, allTargetNames) {
return expandWildcardTargetConfiguration(normalizeDependencyConfigProjects(expandDependencyConfigSyntaxSugar(definition, graph), currentProject, graph), allTargetNames);
}
function normalizeDependencyConfigProjects(dependencyConfig, currentProject, graph) {
const noStringConfig = normalizeTargetDependencyWithStringProjects(dependencyConfig);
if (noStringConfig.projects) {
dependencyConfig.projects = (0, find_matching_projects_1.findMatchingProjects)(noStringConfig.projects, graph.nodes);
}
else if (!noStringConfig.dependencies) {
dependencyConfig.projects = [currentProject];
}
return dependencyConfig;
}
function expandDependencyConfigSyntaxSugar(dependencyConfigString, graph) {
if (typeof dependencyConfigString !== 'string') {
return dependencyConfigString;
}
const [dependencies, targetString] = dependencyConfigString.startsWith('^')
? [true, dependencyConfigString.substring(1)]
: [false, dependencyConfigString];
// Support for `project:target` syntax doesn't make sense for
// dependencies, so we only support `target` syntax for dependencies.
if (dependencies) {
return {
target: targetString,
dependencies: true,
};
}
const { projects, target } = readProjectAndTargetFromTargetString(targetString, graph.nodes);
return projects ? { projects, target } : { target };
}
// Weakmap let's the cache get cleared by garbage collector if allTargetNames is no longer used
const patternResultCache = new WeakMap();
function findMatchingTargets(pattern, allTargetNames) {
let cache = patternResultCache.get(allTargetNames);
if (!cache) {
cache = new Map();
patternResultCache.set(allTargetNames, cache);
}
const cachedResult = cache.get(pattern);
if (cachedResult) {
return cachedResult;
}
const matcher = minimatch_1.minimatch.filter(pattern);
const matchingTargets = allTargetNames.filter((t) => matcher(t));
cache.set(pattern, matchingTargets);
return matchingTargets;
}
function expandWildcardTargetConfiguration(dependencyConfig, allTargetNames) {
if (!(0, globs_1.isGlobPattern)(dependencyConfig.target)) {
return [dependencyConfig];
}
const matchingTargets = findMatchingTargets(dependencyConfig.target, allTargetNames);
return matchingTargets.map((t) => ({
target: t,
projects: dependencyConfig.projects,
dependencies: dependencyConfig.dependencies,
}));
}
function readProjectAndTargetFromTargetString(targetString, projects) {
// Support for both `project:target` and `target:with:colons` syntax
const [maybeProject, ...segments] = (0, split_target_1.splitByColons)(targetString);
if (!segments.length) {
// if no additional segments are provided, then the string references
// a target of the same project
return { target: maybeProject };
}
else if (maybeProject in projects) {
// Only the first segment could be a project. If it is, the rest is a target.
// If its not, then the whole targetString was a target with colons in its name.
return { projects: [maybeProject], target: segments.join(':') };
}
else {
// If the first segment is a project, then we have a specific project. Otherwise, we don't.
return { target: targetString };
}
}
function getOutputs(p, target, overrides) {
return getOutputsForTargetAndConfiguration(target, overrides, p[target.project]);
}
function normalizeTargetDependencyWithStringProjects(dependencyConfig) {
if (typeof dependencyConfig.projects === 'string') {
/** LERNA SUPPORT START - Remove in v20 */
// Lerna uses `dependencies` in `prepNxOptions`, so we need to maintain
// support for it until lerna can be updated to use the syntax.
//
// This should have been removed in v17, but the updates to lerna had not
// been made yet.
//
// TODO(@agentender): Remove this part in v20
if (dependencyConfig.projects === 'self') {
delete dependencyConfig.projects;
}
else if (dependencyConfig.projects === 'dependencies') {
dependencyConfig.dependencies = true;
delete dependencyConfig.projects;
/** LERNA SUPPORT END - Remove in v20 */
}
else {
dependencyConfig.projects = [dependencyConfig.projects];
}
}
return dependencyConfig;
}
class InvalidOutputsError extends Error {
constructor(outputs, invalidOutputs) {
super(InvalidOutputsError.createMessage(invalidOutputs));
this.outputs = outputs;
this.invalidOutputs = invalidOutputs;
}
static createMessage(invalidOutputs) {
const invalidOutputsList = '\n - ' + Array.from(invalidOutputs).join('\n - ');
return `The following outputs are invalid:${invalidOutputsList}\nPlease run "nx repair" to repair your configuration`;
}
}
function assertOutputsAreValidType(outputs) {
if (!Array.isArray(outputs)) {
throw new Error("The 'outputs' field must be an array");
}
const typesArray = [];
let hasInvalidType = false;
for (const output of outputs) {
if (typeof output !== 'string') {
hasInvalidType = true;
}
typesArray.push(typeof output);
}
if (hasInvalidType) {
throw new Error(`The 'outputs' field must contain only strings, but received types: [${typesArray.join(', ')}]`);
}
}
function validateOutputs(outputs) {
assertOutputsAreValidType(outputs);
(0, native_1.validateOutputs)(outputs);
}
function transformLegacyOutputs(projectRoot, outputs) {
const transformableOutputs = new Set((0, native_1.getTransformableOutputs)(outputs));
if (transformableOutputs.size === 0) {
return outputs;
}
return outputs.map((output) => {
if (!transformableOutputs.has(output)) {
return output;
}
let [isNegated, outputPath] = output.startsWith('!')
? [true, output.substring(1)]
: [false, output];
const relativePath = (0, fileutils_1.isRelativePath)(outputPath)
? output
: (0, node_path_1.relative)(projectRoot, outputPath);
const isWithinProject = !relativePath.startsWith('..');
return ((isNegated ? '!' : '') +
(0, path_1.joinPathFragments)(isWithinProject ? '{projectRoot}' : '{workspaceRoot}', isWithinProject ? relativePath : outputPath));
});
}
/**
* Returns the list of outputs that will be cached.
*/
function getOutputsForTargetAndConfiguration(taskTargetOrTask, overridesOrNode, node) {
const taskTarget = 'id' in taskTargetOrTask ? taskTargetOrTask.target : taskTargetOrTask;
const overrides = 'id' in taskTargetOrTask ? taskTargetOrTask.overrides : overridesOrNode;
node = 'id' in taskTargetOrTask ? overridesOrNode : node;
const { target, configuration } = taskTarget;
const targetConfiguration = node.data.targets[target];
const options = {
...targetConfiguration?.options,
...targetConfiguration?.configurations?.[configuration],
...overrides,
};
if (targetConfiguration?.outputs) {
validateOutputs(targetConfiguration.outputs);
const result = new Set();
for (const output of targetConfiguration.outputs) {
const interpolatedOutput = interpolate(output, {
projectRoot: node.data.root,
projectName: node.name,
project: { ...node.data, name: node.name }, // this is legacy
options,
});
if (!!interpolatedOutput &&
!interpolatedOutput.match(/{(projectRoot|workspaceRoot|(options.*))}/)) {
result.add(interpolatedOutput);
}
}
return Array.from(result);
}
// Keep backwards compatibility in case `outputs` doesn't exist
if (options.outputPath) {
return Array.isArray(options.outputPath)
? options.outputPath
: [options.outputPath];
}
else if (target === 'build' || target === 'prepare') {
return [
`dist/${node.data.root}`,
`${node.data.root}/dist`,
`${node.data.root}/build`,
`${node.data.root}/public`,
];
}
else {
return [];
}
}
/**
* Matches portions of a string which need to be interpolated.
* Matches anything within curly braces, excluding the braces.
*/
const replacementRegex = /{([\s\S]+?)}/g;
function interpolate(template, data) {
// Path is absolute or doesn't need interpolation
if (template.startsWith('/') || !replacementRegex.test(template)) {
return template;
}
if (template.includes('{workspaceRoot}', 1)) {
throw new Error(`Output '${template}' is invalid. {workspaceRoot} can only be used at the beginning of the expression.`);
}
if (data.projectRoot == '.' && template.includes('{projectRoot}', 1)) {
throw new Error(`Output '${template}' is invalid. When {projectRoot} is '.', it can only be used at the beginning of the expression.`);
}
const parts = template.split('/').map((s) => _interpolate(s, data));
return (0, posix_1.join)(...parts).replace('{workspaceRoot}/', '');
}
function _interpolate(template, data) {
let res = template;
if (data.projectRoot == '.') {
res = res.replace('{projectRoot}', '');
}
return res.replace(replacementRegex, (match) => {
let value = data;
let path = match.slice(1, -1).trim().split('.');
for (let idx = 0; idx < path.length; idx++) {
if (!value[path[idx]]) {
return match;
}
value = value[path[idx]];
}
return value;
});
}
function getTargetConfigurationForTask(task, projectGraph) {
const project = projectGraph.nodes[task.target.project].data;
return project.targets[task.target.target];
}
function getExecutorNameForTask(task, projectGraph) {
return getTargetConfigurationForTask(task, projectGraph)?.executor;
}
function getExecutorForTask(task, projectGraph) {
const executor = getExecutorNameForTask(task, projectGraph);
const [nodeModule, executorName] = (0, executor_utils_1.parseExecutor)(executor);
return (0, executor_utils_1.getExecutorInformation)(nodeModule, executorName, workspace_root_1.workspaceRoot, (0, project_graph_1.readProjectsConfigurationFromProjectGraph)(projectGraph).projects);
}
function getCustomHasher(task, projectGraph) {
const factory = getExecutorForTask(task, projectGraph).hasherFactory;
return factory ? factory() : null;
}
function removeTasksFromTaskGraph(graph, ids) {
const newGraph = removeIdsFromTaskGraph(graph, ids, graph.tasks);
return {
dependencies: newGraph.dependencies,
continuousDependencies: newGraph.continuousDependencies,
roots: newGraph.roots,
tasks: newGraph.mapWithIds,
};
}
function removeIdsFromTaskGraph(graph, ids, mapWithIds) {
const filteredMapWithIds = {};
const dependencies = {};
const continuousDependencies = {};
const removedSet = new Set(ids);
for (let id of Object.keys(mapWithIds)) {
if (!removedSet.has(id)) {
filteredMapWithIds[id] = mapWithIds[id];
dependencies[id] = graph.dependencies[id].filter((depId) => !removedSet.has(depId));
continuousDependencies[id] = graph.continuousDependencies[id].filter((depId) => !removedSet.has(depId));
}
}
return {
mapWithIds: filteredMapWithIds,
dependencies: dependencies,
continuousDependencies,
roots: Object.keys(filteredMapWithIds).filter((k) => dependencies[k].length === 0 && continuousDependencies[k].length === 0),
};
}
function calculateReverseDeps(taskGraph) {
const reverseTaskDeps = {};
Object.keys(taskGraph.tasks).forEach((t) => {
reverseTaskDeps[t] = [];
});
Object.keys(taskGraph.dependencies).forEach((taskId) => {
taskGraph.dependencies[taskId].forEach((d) => {
reverseTaskDeps[d].push(taskId);
});
});
Object.keys(taskGraph.continuousDependencies).forEach((taskId) => {
taskGraph.continuousDependencies[taskId].forEach((d) => {
reverseTaskDeps[d].push(taskId);
});
});
return reverseTaskDeps;
}
function getCliPath() {
return require.resolve(`../../bin/run-executor.js`);
}
function getPrintableCommandArgsForTask(task) {
const args = task.overrides['__overrides_unparsed__'];
const target = task.target.target.includes(':')
? `"${task.target.target}"`
: task.target.target;
const config = task.target.configuration
? `:${task.target.configuration}`
: '';
return ['run', `${task.target.project}:${target}${config}`, ...args];
}
function getSerializedArgsForTask(task, isVerbose) {
return [
JSON.stringify({
targetDescription: task.target,
overrides: task.overrides,
isVerbose: isVerbose,
}),
];
}
function shouldStreamOutput(task, initiatingProject) {
// For now, disable streaming output on the JS side when running the TUI
if ((0, is_tui_enabled_1.isTuiEnabled)())
return false;
if (process.env.NX_STREAM_OUTPUT === 'true')
return true;
if (process.env.NX_STREAM_OUTPUT === 'false')
return false;
if (longRunningTask(task))
return true;
if (task.target.project === initiatingProject)
return true;
return false;
}
function isCacheableTask(task, options) {
if (task.cache !== undefined && !longRunningTask(task)) {
return task.cache;
}
const cacheable = options.cacheableOperations || options.cacheableTargets;
return (cacheable &&
cacheable.indexOf(task.target.target) > -1 &&
!longRunningTask(task));
}
function longRunningTask(task) {
const t = task.target.target;
return ((!!task.overrides['watch'] && task.overrides['watch'] !== 'false') ||
t.endsWith(':watch') ||
t.endsWith('-watch') ||
t === 'serve' ||
t === 'dev' ||
t === 'start');
}
// TODO: vsavkin remove when nx-cloud doesn't depend on it
function unparse(options) {
return (0, serialize_overrides_into_command_line_1.serializeOverridesIntoCommandLine)(options);
}