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azure-sdk-for-js/rush.json

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/**
* This is the main configuration file for Rush.
* For full documentation, please see https://rushjs.io
*/
{
"$schema": "https://developer.microsoft.com/json-schemas/rush/v5/rush.schema.json",
/**
* (Required) This specifies the version of the Rush engine to be used in this repo.
* Rush's "version selector" feature ensures that the globally installed tool will
* behave like this release, regardless of which version is installed globally.
*
* The common/scripts/install-run-rush.js automation script also uses this version.
*
* NOTE: If you upgrade to a new major version of Rush, you should replace the "v5"
* path segment in the "$schema" field for all your Rush config files. This will ensure
* correct error-underlining and tab-completion for editors such as VS Code.
*/
"rushVersion": "5.17.2",
/**
* The next field selects which package manager should be installed and determines its version.
* Rush installs its own local copy of the package manager to ensure that your build process
* is fully isolated from whatever tools are present in the local environment.
*
* Specify one of: "pnpmVersion", "npmVersion", or "yarnVersion". See the Rush documentation
* for details about these alternatives.
*/
"pnpmVersion": "4.6.0",
// "npmVersion": "4.5.0",
// "yarnVersion": "1.9.4",
/**
* Options that are only used when the PNPM package manager is selected
*/
"pnpmOptions": {
/**
* If true, then Rush will add the "--strict-peer-dependencies" option when invoking PNPM.
* This causes "rush install" to fail if there are unsatisfied peer dependencies, which is
* an invalid state that can cause build failures or incompatible dependency versions.
* (For historical reasons, JavaScript package managers generally do not treat this invalid
* state as an error.)
*
* The default value is false to avoid legacy compatibility issues.
* It is strongly recommended to set strictPeerDependencies=true.
*/
"strictPeerDependencies": true,
/**
* Configures the strategy used to select versions during installation.
*
* This feature requires PNPM version 3.1 or newer. It corresponds to the "--resolution-strategy" command-line
* option for PNPM. Possible values are "fast" and "fewer-dependencies". PNPM's default is "fast", but this may
* be incompatible with certain packages, for example the "@types" packages from DefinitelyTyped. Rush's default
* is "fewer-dependencies", which causes PNPM to avoid installing a newer version if an already installed version
* can be reused; this is more similar to NPM's algorithm.
*/
"resolutionStrategy": "fewer-dependencies"
},
/**
* Older releases of the NodeJS engine may be missing features required by your system.
* Other releases may have bugs. In particular, the "latest" version will not be a
* Long Term Support (LTS) version and is likely to have regressions.
*
* Specify a SemVer range to ensure developers use a NodeJS version that is appropriate
* for your repo.
*/
"nodeSupportedVersionRange": ">=8.0.0",
/**
* Odd-numbered major versions of Node.js are experimental. Even-numbered releases
* spend six months in a stabilization period before the first Long Term Support (LTS) version.
* For example, 8.9.0 was the first LTS version of Node.js 8. Pre-LTS versions are not recommended
* for production usage because they frequently have bugs. They may cause Rush itself
* to malfunction.
*
* Rush normally prints a warning if it detects a pre-LTS Node.js version. If you are testing
* pre-LTS versions in preparation for supporting the first LTS version, you can use this setting
* to disable Rush's warning.
*/
"suppressNodeLtsWarning": true,
/**
* If you would like the version specifiers for your dependencies to be consistent, then
* uncomment this line. This is effectively similar to running "rush check" before any
* of the following commands:
*
* rush install, rush update, rush link, rush version, rush publish
*
* In some cases you may want this turned on, but need to allow certain packages to use a different
* version. In those cases, you will need to add an entry to the "allowedAlternativeVersions"
* section of the common-versions.json.
*/
"ensureConsistentVersions": true,
/**
* Large monorepos can become intimidating for newcomers if project folder paths don't follow
* a consistent and recognizable pattern. When the system allows nested folder trees,
* we've found that teams will often use subfolders to create islands that isolate
* their work from others ("shipping the org"). This hinders collaboration and code sharing.
*
* The Rush developers recommend a "category folder" model, where buildable project folders
* must always be exactly two levels below the repo root. The parent folder acts as the category.
* This provides a basic facility for grouping related projects (e.g. "apps", "libaries",
* "tools", "prototypes") while still encouraging teams to organize their projects into
* a unified taxonomy. Limiting to 2 levels seems very restrictive at first, but if you have
* 20 categories and 20 projects in each category, this scheme can easily accommodate hundreds
* of projects. In practice, you will find that the folder hierarchy needs to be rebalanced
* occasionally, but if that's painful, it's a warning sign that your development style may
* discourage refactoring. Reorganizing the categories should be an enlightening discussion
* that brings people together, and maybe also identifies poor coding practices (e.g. file
* references that reach into other project's folders without using NodeJS module resolution).
*
* The defaults are projectFolderMinDepth=1 and projectFolderMaxDepth=2.
*
* To remove these restrictions, you could set projectFolderMinDepth=1
* and set projectFolderMaxDepth to a large number.
*/
"projectFolderMinDepth": 3,
"projectFolderMaxDepth": 3,
/**
* This feature helps you to review and approve new packages before they are introduced
* to your monorepo. For example, you may be concerned about licensing, code quality,
* performance, or simply accumulating too many libraries with overlapping functionality.
* The approvals are tracked in two config files "browser-approved-packages.json"
* and "nonbrowser-approved-packages.json". See the Rush documentation for details.
*/
// "approvedPackagesPolicy": {
// /**
// * The review categories allow you to say for example "This library is approved for usage
// * in prototypes, but not in production code."
// *
// * Each project can be associated with one review category, by assigning the "reviewCategory" field
// * in the "projects" section of rush.json. The approval is then recorded in the files
// * "common/config/rush/browser-approved-packages.json" and "nonbrowser-approved-packages.json"
// * which are automatically generated during "rush update".
// *
// * Designate categories with whatever granularity is appropriate for your review process,
// * or you could just have a single category called "default".
// */
// "reviewCategories": [
// // Some example categories:
// "production", // projects that ship to production
// "tools", // non-shipping projects that are part of the developer toolchain
// "prototypes" // experiments that should mostly be ignored by the review process
// ],
//
// /**
// * A list of NPM package scopes that will be excluded from review.
// * We recommend to exclude TypeScript typings (the "@types" scope), because
// * if the underlying package was already approved, this would imply that the typings
// * are also approved.
// */
// // "ignoredNpmScopes": [ "@types" ]
// },
/**
* If you use Git as your version control system, this section has some additional
* optional features you can use.
*/
"gitPolicy": {
/**
* Work at a big company? Tired of finding Git commits at work with unprofessional Git
* emails such as "beer-lover@my-college.edu"? Rush can validate people's Git email address
* before they get started.
*
* Define a list of regular expressions describing allowable e-mail patterns for Git commits.
* They are case-insensitive anchored JavaScript RegExps. Example: ".*@example\.com"
*
* IMPORTANT: Because these are regular expressions encoded as JSON string literals,
* RegExp escapes need two backspashes, and ordinary periods should be "\\.".
*/
// "allowedEmailRegExps": [
// "[^@]+@users\\.noreply\\.github\\.com",
// "travis@example\\.org"
// ],
/**
* When Rush reports that the address is malformed, the notice can include an example
* of a recommended email. Make sure it conforms to one of the allowedEmailRegExps
* expressions.
*/
// "sampleEmail": "mrexample@users.noreply.github.com",
/**
* The commit message to use when committing changes during 'rush publish'.
*
* For example, if you want to prevent these commits from triggering a CI build,
* you might configure your system's trigger to look for a special string such as "[skip-ci]"
* in the commit message, and then customize Rush's message to contain that string.
*/
// "versionBumpCommitMessage": "Applying package updates. [skip-ci]"
},
"repository": {
/**
* The URL of this Git repository, used by "rush change" to determine the base branch for your PR.
*
* The "rush change" command needs to determine which files are affected by your PR diff.
* If you merged or cherry-picked commits from the master branch into your PR branch, those commits
* should be excluded from this diff (since they belong to some other PR). In order to do that,
* Rush needs to know where to find the base branch for your PR. This information cannot be
* determined from Git alone, since the "pull request" feature is not a Git concept. Ideally
* Rush would use a vendor-specific protocol to query the information from GitHub, Azure DevOps, etc.
* But to keep things simple, "rush change" simply assumes that your PR is against the "master" branch
* of the Git remote indicated by the respository.url setting in rush.json. If you are working in
* a GitHub "fork" of the real repo, this setting will be different from the repository URL of your
* your PR branch, and in this situation "rush change" will also automatically invoke "git fetch"
* to retrieve the latest activity for the remote master branch.
*/
"url": "https://github.com/Azure/azure-sdk-for-js"
},
/**
* Event hooks are customized script actions that Rush executes when specific events occur
*/
"eventHooks": {
/**
* The list of shell commands to run before the Rush installation starts
*/
"preRushInstall": [
// "common/scripts/pre-rush-install.js"
],
/**
* The list of shell commands to run after the Rush installation finishes
*/
"postRushInstall": [],
/**
* The list of shell commands to run before the Rush build command starts
*/
"preRushBuild": [],
/**
* The list of shell commands to run after the Rush build command finishes
*/
"postRushBuild": []
},
/**
* Installation variants allow you to maintain a parallel set of configuration files that can be
* used to build the entire monorepo with an alternate set of dependencies. For example, suppose
* you upgrade all your projects to use a new release of an important framework, but during a transition period
* you intend to maintain compability with the old release. In this situation, you probably want your
* CI validation to build the entire repo twice: once with the old release, and once with the new release.
*
* Rush "installation variants" correspond to sets of config files located under this folder:
*
* common/config/rush/variants/<variant_name>
*
* The variant folder can contain an alternate common-versions.json file. Its "preferredVersions" field can be used
* to select older versions of dependencies (within a loose SemVer range specified in your package.json files).
* To install a variant, run "rush install --variant <variant_name>".
*
* For more details and instructions, see this article: https://rushjs.io/pages/advanced/installation_variants/
*/
"variants": [
// {
// /**
// * The folder name for this variant.
// */
// "variantName": "old-sdk",
//
// /**
// * An informative description
// */
// "description": "Build this repo using the previous release of the SDK"
// }
],
/**
* Rush can collect anonymous telemetry about everyday developer activity such as
* success/failure of installs, builds, and other operations. You can use this to identify
* problems with your toolchain or Rush itself. THIS TELEMETRY IS NOT SHARED WITH MICROSOFT.
* It is written into JSON files in the common/temp folder. It's up to you to write scripts
* that read these JSON files and do something with them. These scripts are typically registered
* in the "eventHooks" section.
*/
// "telemetryEnabled": false,
/**
* Allows creation of hotfix changes. This feature is experimental so it is disabled by default.
*/
// "hotfixChangeEnabled": false,
/**
* (Required) This is the inventory of projects to be managed by Rush.
*
* Rush does not automatically scan for projects using wildcards, for a few reasons:
* 1. Depth-first scans are expensive, particularly when tools need to repeatedly collect the list.
* 2. On a caching CI machine, scans can accidentally pick up files left behind from a previous build.
* 3. It's useful to have a centralized inventory of all projects and their important metadata.
*/
"projects": [
// {
// /**
// * The NPM package name of the project (must match package.json)
// */
// "packageName": "my-app",
//
// /**
// * The path to the project folder, relative to the rush.json config file.
// */
// "projectFolder": "apps/my-app",
//
// /**
// * An optional category for usage in the "browser-approved-packages.json"
// * and "nonbrowser-approved-packages.json" files. The value must be one of the
// * strings from the "reviewCategories" defined above.
// */
// "reviewCategory": "production",
//
// /**
// * A list of local projects that appear as devDependencies for this project, but cannot be
// * locally linked because it would create a cyclic dependency; instead, the last published
// * version will be installed in the Common folder.
// */
// "cyclicDependencyProjects": [
// // "my-toolchain"
// ],
//
// /**
// * If true, then this project will be ignored by the "rush check" command.
// * The default value is false.
// */
// // "skipRushCheck": false,
//
// /**
// * A flag indicating that changes to this project will be published to npm, which affects
// * the Rush change and publish workflows. The default value is false.
// * NOTE: "versionPolicyName" and "shouldPublish" are alternatives; you cannot specify them both.
// */
// // "shouldPublish": false,
//
// /**
// * An optional version policy associated with the project. Version policies are defined
// * in "version-policies.json" file. See the "rush publish" documentation for more info.
// * NOTE: "versionPolicyName" and "shouldPublish" are alternatives; you cannot specify them both.
// */
// // "versionPolicyName": ""
// },
//
{
"packageName": "@azure/abort-controller",
"projectFolder": "sdk/core/abort-controller",
"versionPolicyName": "core"
},
{
"packageName": "@azure/app-configuration",
"projectFolder": "sdk/appconfiguration/app-configuration",
"versionPolicyName": "client"
},
{
"packageName": "@azure/cognitiveservices-textanalytics",
"projectFolder": "sdk/textanalytics/cognitiveservices-textanalytics",
"versionPolicyName": "client"
},
{
"packageName": "@azure/core-amqp",
"projectFolder": "sdk/core/core-amqp",
"versionPolicyName": "core"
},
{
"packageName": "@azure/core-arm",
"projectFolder": "sdk/core/core-arm",
"versionPolicyName": "core"
},
{
"packageName": "@azure/core-asynciterator-polyfill",
"projectFolder": "sdk/core/core-asynciterator-polyfill",
"versionPolicyName": "core"
},
{
"packageName": "@azure/core-auth",
"projectFolder": "sdk/core/core-auth",
"versionPolicyName": "core"
},
{
"packageName": "@azure/core-http",
"projectFolder": "sdk/core/core-http",
"versionPolicyName": "core"
},
{
"packageName": "@azure/core-lro",
"projectFolder": "sdk/core/core-lro",
"versionPolicyName": "core"
},
{
"packageName": "@azure/core-paging",
"projectFolder": "sdk/core/core-paging",
"versionPolicyName": "core"
},
{
"packageName": "@azure/core-tracing",
"projectFolder": "sdk/core/core-tracing",
"versionPolicyName": "core"
},
{
"packageName": "@azure/cosmos",
"projectFolder": "sdk/cosmosdb/cosmos",
"versionPolicyName": "client"
},
{
"packageName": "@azure/event-hubs",
"projectFolder": "sdk/eventhub/event-hubs",
"versionPolicyName": "client"
},
{
"packageName": "@azure/eventhubs-checkpointstore-blob",
"projectFolder": "sdk/eventhub/eventhubs-checkpointstore-blob",
"versionPolicyName": "client"
},
{
"packageName": "@azure/event-processor-host",
"projectFolder": "sdk/eventhub/event-processor-host",
"versionPolicyName": "client"
},
{
"packageName": "testhub",
"projectFolder": "sdk/eventhub/testhub",
"versionPolicyName": "utility"
},
{
"packageName": "@azure/identity",
"projectFolder": "sdk/identity/identity",
"versionPolicyName": "client"
},
{
"packageName": "@azure/keyvault-certificates",
"projectFolder": "sdk/keyvault/keyvault-certificates",
"versionPolicyName": "client"
},
{
"packageName": "@azure/keyvault-keys",
"projectFolder": "sdk/keyvault/keyvault-keys",
"versionPolicyName": "client"
},
{
"packageName": "@azure/keyvault-secrets",
"projectFolder": "sdk/keyvault/keyvault-secrets",
"versionPolicyName": "client"
},
{
"packageName": "@azure/logger",
"projectFolder": "sdk/core/logger",
"versionPolicyName": "core"
},
{
"packageName": "@azure/service-bus",
"projectFolder": "sdk/servicebus/service-bus",
"versionPolicyName": "client"
},
{
"packageName": "@azure/storage-blob",
"projectFolder": "sdk/storage/storage-blob",
"versionPolicyName": "client"
},
{
"packageName": "@azure/storage-file-share",
"projectFolder": "sdk/storage/storage-file-share",
"versionPolicyName": "client"
},
{
"packageName": "@azure/storage-file-datalake",
"projectFolder": "sdk/storage/storage-file-datalake",
"versionPolicyName": "client"
},
{
"packageName": "@azure/storage-queue",
"projectFolder": "sdk/storage/storage-queue",
"versionPolicyName": "client"
},
{
"packageName": "@azure/template",
"projectFolder": "sdk/template/template",
"versionPolicyName": "utility"
},
{
"packageName": "@azure/test-utils-recorder",
"projectFolder": "sdk/test-utils/recorder",
"versionPolicyName": "utility"
}
]
}
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