Gathering detailed insights and metrics for @flydotio/dockerfile
Gathering detailed insights and metrics for @flydotio/dockerfile
Gathering detailed insights and metrics for @flydotio/dockerfile
Gathering detailed insights and metrics for @flydotio/dockerfile
dockerfile-ast
Parse a Dockerfile into an array of instructions and comments.
dockerfile-language-server-nodejs
A language server for Dockerfiles powered by NodeJS, TypeScript, and VSCode technologies.
dockerfile-utils
Utilities for formatting and linting a Dockerfile.
dockerfile-language-service
A language service for Dockerfiles to enable the creation of feature-rich Dockerfile editors.
npm install @flydotio/dockerfile
56.7
Supply Chain
98.7
Quality
83.6
Maintenance
100
Vulnerability
100
License
Module System
Min. Node Version
Typescript Support
Node Version
NPM Version
154 Stars
257 Commits
5 Forks
11 Watching
4 Branches
14 Contributors
Updated on 24 Nov 2024
JavaScript (42.11%)
Dockerfile (38.24%)
TypeScript (10.38%)
EJS (9.09%)
CSS (0.18%)
Cumulative downloads
Total Downloads
Last day
15%
3,357
Compared to previous day
Last week
-1.7%
20,428
Compared to previous week
Last month
-8.8%
88,878
Compared to previous month
Last year
372.7%
899,560
Compared to previous year
5
Provides a Node.js generator to produce Dockerfiles and related files. It is intended to support any framework that lists its dependencies, includes a start
script in package.json
, and optionally includes a build
script.
See test for a list of frameworks and examples of Dockerfiles produced based on the associated package.json
and lock files.
See blog post for more information.
To run once:
npx --yes @flydotio/dockerfile@latest
bunx --bun @flydotio/dockerfile@latest
Or install it with your favorite package manager:
bun add -d @flydotio/dockerfile
npm install @flydotio/dockerfile --save-dev
pnpm add -D @flydotio/dockerfile
yarn add @flydotio/dockerfile --dev
Once installed, you can run and re-run using npx dockerfile
for Node.js applications or bunx --bun dockerfile
for Bun applications.
Options are saved between runs into package.json
. To invert a boolean options, add or remove a no- prefix from the option name.
--alpine
- use alpine as base image--build=CMD
- command to be used to build your application.--cache
- use build caching to speed up builds--cmd=CMD
- CMD to use in Dockerfile--defer-build
- may be needed when your build step requires access to secrets that are not available at image build time. Results in larger images and slower deployments.--dev
- include devDependencies
in the production image.--distroless
- use distroless base image to reduce image size--entrypoint
- ENTRYPOINT to use in Dockerfile--ignore-scripts
- do not execute any scripts defined in the project package.json
and its dependencies.--force
- overwrite existing files--legacy-peer-deps
- ignore peer dependencies.--litefs
- configure and enable litefs.--nginxRoot=DIR
- serve static files from given directory via nginx.--link
- Add --link to COPY statements. Some tools, including buildah) or Buildkit don't properly support this feature.--port=n
- expose port (default may vary based on framework, but otherwise is 3000
)--swap=n
- allocate swap space. See falloc options for suffixes--windows
- make Dockerfile work for Windows users that may have set git config --global core.autocrlf true
.Not all of your needs can be determined by scanning your application. For example, I like to add vim and procps.
--add package...
- add one or more debian packages--arg=name:value
- add a build argument--env=name:value
- add an environment variable--remove package...
- remove package from "to be added" listArgs and environment variables can be tailored to a specific build phase by adding -base
, -build
, or -deploy
after the flag name (e.g --add-build freetds-dev --add-deploy freetds-bin
). If no such suffix is found, the default for arg is -base
, and the default for env is -deploy
. Removal of an arg or environment variable is done by leaving the value blank (e.g --env-build=PORT:
).
Techniques such as static site generation using databases may require access to secrets at build time. To enable this you will need to mount the secret:
--mount-secret=name
- add name to the list of secrets to mount when running the build script--unmount-secret-name
- remove name from the list of secrets to mount when running the build scriptSee Secret to expose to the build for examples on how to pass secrets to a docker build.
There may be times where feature detection plus flags just aren't enough. As an example, you may wish to configure and run multiple processes.
--instructions=path
- a dockerfile fragment to be inserted into the final document.Like with environment variables, packages, and build args, --instructions
can be tailored to a specific build phase by adding -base
, -build
, or -deploy
after the flag name, with the default being -deploy
.
In addition to creating Dockerfiles and associated artifacts, dockerfile-node
can run platform specific processing. At the present time the first and only platform taking advantage of this is naturally fly.io.
If, and only if, flyctl
is installed, part of the path, and there exists a valid fly.toml
file in the current directory, dockerfile-node will:
.github/workflows/deploy.yml
A single invocation of npm test
will run all of the tests defined. Additionally npm run eslint
will run eslint.
The current integration testing strategy is to run the dockerfile generator against various configurations and compare the generated artifacts with expected results. ARG
values in Dockerfiles
are masked before comparison.
To assist with this process, outputs of tests can be captured automatically. This is useful when adding new tests and when making a change that affects many tests. Be sure to inspect the output (e.g., by using git diff
) before committing.
npm run test:capture
To run a single test (or tests maching a pattern), run mocha directly with the grep
option.
npx mocha --grep swap
Additionally, each the outputs in each test directory can be directly tested to ensure that they can be successfully built by running docker buildx directory passing in the necessary build arguments. For example:
docker buildx build . --build-arg NODE_VERSION=18
No vulnerabilities found.
No security vulnerabilities found.