Research
Security News
Malicious npm Packages Inject SSH Backdoors via Typosquatted Libraries
Socket’s threat research team has detected six malicious npm packages typosquatting popular libraries to insert SSH backdoors.
semantic-release-monorepo
Advanced tools
Plugins for `semantic-release` allowing it to be used with a monorepo.
Apply semantic-release
's automatic publishing to a monorepo.
The default configuration of semantic-release
assumes a one-to-one relationship between a GitHub repository and an npm
package.
This set of plugins allows using semantic-release
with a single Github repository containing many npm
packages.
Instead of attributing all commits to a single package, commits are assigned to packages based on the files that a commit touched.
If a commit touched a file in or below a package's root, it will be considered for that package's next release. A single commit can belong to multiple packages.
A push may release multiple package versions. In order to avoid version collisions, git tags are namespaced using the given package's name: <package-name>-<version>
.
npm install -D semantic-release@next semantic-release-monorepo
Run semantic-release-monorepo
for the package in the current working directory:
npx semantic-release -e semantic-release-monorepo
It helps to think about semantic-release-monorepo
as a variation on semantic-release
's default behavior, using the latter's plugin system to adapt it to work with a monorepo.
The monorepo management tool lerna
can be used to run semantic-release-monorepo
across all packages in a monorepo:
lerna exec --concurrency 1 -- npx --no-install semantic-release -e semantic-release-monorepo
Note that this requires installing semantic-release
and semantic-release-monorepo
for each package.
Alternatively, thanks to how npx's package resolution works
, if the repository root is in $PATH
(typically true on CI), semantic-release
and semantic-release-monorepo
can be installed once in the repo root instead of in each individual package, likely saving both time and disk space.
The set of plugins in this package wrap other semantic-release
plugins to modify their behavior. By default, the same plugin configuration as semantic-release
is used, but any plugin configuration should be compatible.
Plugins can be configured in the release config, with one important caveat:
Due to limitations in how plugins may be composed (discussion), semantic-release-monorepo
must unfortunately "hard-code" the set of plugins it wraps: analyze-commits
and generateNotes
.
Users may still want to define a custom versions of the plugin set, or want to pass options to the default versions. To work around this problem, set the desired plugin configuration under the monorepo
property instead.
package.json
{
"release": {
"monorepo": {
"analyzeCommits": {
"format": "atom"
},
"generateNotes": "myNotesGenerator"
},
"prepare": ["@semantic-release/npm", "@semantic-release/git"],
"verifyConditions": ["@semantic-release/git"]
}
}
Naturally, the more packages in a monorepo, the longer it takes semantic-release
to run against all of them. If total runtime becomes a problem, consider the following optimization:
By default, semantic-release
's verifyConditions
plugin configuration contains @semantic-release/npm
and @semantic-release/github
. These two plugins each make a network call to verify that credentials for the respective services are properly configured. When running in a monorepo, these verifications will be redundantly repeated for each and every package, greatly contributing to overall runtime. Optimally, we'd only want make these verification calls one time.
By moving these plugins to the verifyRelease
configuration, they will only run if semantic-release
determines a release is to be made for a given package (at a time when the given verifications are actually relevant). Likely, most times semantic-release
is run over a monorepo, only a small subset of all packages trigger releases.
NOTE: To allow for dynamic code, this example defines the release configuration in .releaserc.js
instead of inside of package.json
.
module.exports = {
verifyConditions: [],
verifyRelease: ['@semantic-release/npm', '@semantic-release/github']
.map(require)
.map(x => x.verifyConditions),
};
The set of semantic-release-monorepo
plugins wrap the default semantic-release
workflow, augmenting it to work with a monorepo.
Filters the repo commits to only include those that touched files in the given monorepo package.
Maps the version
field of nextRelease
to use the monorepo git tag format. The wrapped (default) generateNotes
implementation uses version
as the header for the release notes. Since all release notes end up in the same Github repository, using just the version as a header introduces ambiguity.
Pre-configures the tagFormat
option to use the monorepo git tag format.
If you are using Lerna, you can customize the format using the following command:
"semantic-release": "lerna exec --concurrency 1 -- semantic-release -e semantic-release-monorepo --tag-format='${LERNA_PACKAGE_NAME}-v\\${version}'"
Where '${LERNA_PACKAGE_NAME}-v\\${version}'
is the string you want to customize.
By default it will be <PACKAGE_NAME>-v<VERSION>
(e.g. foobar-v1.2.3
).
FAQs
Plugins for `semantic-release` allowing it to be used with a monorepo.
The npm package semantic-release-monorepo receives a total of 27,338 weekly downloads. As such, semantic-release-monorepo popularity was classified as popular.
We found that semantic-release-monorepo demonstrated a healthy version release cadence and project activity because the last version was released less than a year ago. It has 1 open source maintainer collaborating on the project.
Did you know?
Socket for GitHub automatically highlights issues in each pull request and monitors the health of all your open source dependencies. Discover the contents of your packages and block harmful activity before you install or update your dependencies.
Research
Security News
Socket’s threat research team has detected six malicious npm packages typosquatting popular libraries to insert SSH backdoors.
Security News
MITRE's 2024 CWE Top 25 highlights critical software vulnerabilities like XSS, SQL Injection, and CSRF, reflecting shifts due to a refined ranking methodology.
Security News
In this segment of the Risky Business podcast, Feross Aboukhadijeh and Patrick Gray discuss the challenges of tracking malware discovered in open source softare.