strong-build alternatives and similar modules
Based on the "Build Tools" category.
Alternatively, view strong-build alternatives based on common mentions on social networks and blogs.
7.2 7.3 L3 strong-build VS FuseBoxA blazing fast js bundler/loader with a comprehensive API :fire:
6.9 4.3 L5 strong-build VS BroccoliBrowser compilation library – an asset pipeline for applications that run in the browser
* Code Quality Rankings and insights are calculated and provided by Lumnify.
They vary from L1 to L5 with "L5" being the highest. Visit our partner's website for more details.
Do you think we are missing an alternative of strong-build or a related project?
Build a node application package, preparing it for deploy to production.
It is useful standalone, but is commonly used to build applications for deployment to the StrongLoop process manager, strong-pm.
For more details, see http://strong-pm.io.
sl-build can be installed standalone with:
npm install -g strong-build
The purpose of building a node application is to bundle its dependencies so that there:
- are no deploy-time dependencies on external services
- it is in a deployable format
The build process is implemented as four commands:
sl-build --install: the core of the build, it installs dependencies, runs custom build steps, and prunes development dependencies
sl-build --bundle: modify the npm
.npmignoreconfiguration files so dependencies will be packed
sl-build --pack: create an npm package of the build
sl-build --commit: commit the build onto a git branch
The default behaviour of
sl-build depends on whether the current directory is
a git repository.
- In a git repository: the default is
sl-build --install --commit, to build onto a git branch.
- Otherwise: the default is
sl-build --bundle --install --pack, to build an npm package.
Specifying any command disables the default, and allows any mix of commands to be run, either singly, or all at once.
Also, note that builds should be done in a clean working copy. You don't
build deployment artifacts out of a possibly dirty working copy if you want
reproducible builds. You can clean your working copy using
git clean -x -d
-f. This is too destructive for the build tool to do, but doing a build in an
unclean working repository may trigger an error in a future version of the
Installation automates the common work flow for building application dependencies:
npm install --ignore-scripts: Install dependencies without running scripts. Scripts can be run optionally with
npm run build: Custom build steps such as
bowercan be specified in the package's
scripts.buildproperty, since front-end code served by node commonly requires some amount of preparation.
npm prune --production: Remove development-only tools (such as bower, or grunt) that may have been required by the package's build scripts, but should not be deployed.
Note that compilation and install scripts should be run on the deployment server using:
npm rebuild: Compile add-ons for current system.
npm install: Run any install scripts (not typical, but if they exist they may be required to prepare the application for running).
If builds are done on the same system architecture as the deploy, it is possible to compile and package the add-ons, and avoid the presence of a compiler on the deployment system. This is recommended when possible, but is not the default assumption of strong-build.
Bundling configures the package.json and .npmignore so deployment (not
development) dependencies as well as any 'build' script output will not be
This is unnecessary when using git to deploy, but mandatory when creating npm packages!
Bundling requires that the
bundleDependencies property in the
file is configured to include all non-development dependencies, including
optional dependencies, which are often overlooked.
Its important that you remember to add every new production dependency to the
bundleDependencies property, if you don't, npm will try and install them
after deploy, creating unexpected and fragile dependencies on npmjs.org.
Since keeping this up-to-date manually is likely to go wrong, we recommend
allowing the bundle command to do this for you. However, the
bundleDependencies property is not modified if present, so you are free to
maintain it yourself, if you wish (or to not just the bundle command).
Setting bundle dependencies is insufficient to get the output of build tools.
Both build output and project ephemera such as test output is usually ignored
.gitignore, as it should be. However, if npm does not find a
.npmignore configuration file, it uses
.gitignore as a fallback. This means
treated as project ephemera, and not be packed by npm.
The bundle command will create an empty
.npmignore file if there is a
.gitignore file but there is no
.npmignore file. This will work for clean
repositories, but if you have any project ephemera, they will get packed.
We recommend you write and maintain you own
.npmignore file unless your build
process guarantees a clean working repository.
Pack output is a tar file in the format produced by
npm pack and
npm install and
The pack file is placed in the parent directory of the application being packed, to avoid the pack file itself getting packed by future builds, and to allow the working repository to be cleaned.
.npmignore file was created by the bundle command, check the pack file
contents carefully to ensure build products are packed, but project ephemera are
Committing build products into git provides the most robust tracking and storage, including versioning of deployments.
This is often done by committing both build products and dependencies
node_modules) into git where they pollute the source branches, create massive
git commits and huge churn on the development branches and repositories.
The commit command does not do this.
It commits an exact replica of current branch source and build products onto a deployment branch. After the commit, the deployment branch tip shows as a merge of the deployment and source branches. This allows a complete history of deployment builds to be kept in git, but separated from the development branches. Deployment branches can be pushed to the same repository as the development branches, or not.
Note that branches prepared like this can also be pushed to platforms such as OpenShift and Heroku.
The default name of the deployment branch is "deploy", but is configurable with
--onto BRANCH modifier to the commit command.
usage: sl-build [options] Build a node application package. With no options, the default depends on whether a git repository is detected or not. If a git repository is detected the default is `--git`: install and commit the build results to the "deploy" branch, which will be created if it does not already exist. If no git repository is detected the default is `--npm`: bundle, install, and pack the build results into a `<package-name>-<version>.tgz` file. Options: -h,--help Print this message and exit. -v,--version Print version and exit. -n,--npm Same as `--install --bundle --pack`. -g,--git Same as `--install --commit`. -i,--install Install dependencies (without scripts, by default). --scripts If installing, run scripts (to build addons). -b,--bundle Modify package to bundle deployment dependencies. -p,--pack Pack into a publishable archive (with dependencies). Git specific options: -c,--commit Commit build output (branch specified by --onto). --onto BRANCH Branch to commit build results to, created if necessary ("deploy", by default).
strong-build uses a dual license model.
*Note that all licence references and agreements mentioned in the strong-build README section above are relevant to that project's source code only.