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Contributing To Fuel TypeScript SDK

Thanks for your interest in contributing to the Fuel TypeScript SDK!

This document outlines the process for installing dependencies, setting up for development and conventions for contributing.

Finding Something to Work On

There are many ways in which you may contribute to the project, some of which involve coding knowledge and some which do not. A few examples include:

  • Reporting bugs
  • Adding new features or bugfixes for which there is already an open issue
  • Making feature requests

Check out our Help Wanted or Good First Issues to find a suitable task.

If you are planning something big, for example, changes related to multiple components or changes to current behaviors, make sure to open an issue to discuss with us before starting on the implementation.

If you find a vulnerability or suspect it may be a security issue, please read our Security Policy and follow the instructions.

Issue Prioritization

If you would like to create an issue, please use the relevant issue template. This will allow us to correctly triage and prioritize it. Every externally submitted issue goes through the following process:

  1. A new issue is created and is given the triage label
  2. It is assigned to a core maintainer for investigation
  3. Once the assigned core maintainer has completed their investigation, they remove the triage label and assign the relevant label to the issue i.e. bug , feat, chore, docs
  4. The issue is assigned a milestone (e.g. mainnet, post-launch) and a prioritization label where p0 is the highest priority and p2 is the lowest priority
  5. The issue is assigned for development and should be moved to In Progress
  6. A pull request is made ready and the issue is now In Review
  7. The pull request needs approval by 3 core maintainers, these can be found in the CODEOWNERS file
  8. It can then be merged to master and included in a release
  9. The issue is closed automatically and it's status is moved to Done

Note: If additional information is ever required by the assigned investigator then the awaiting label will be added to the issue, these means they require more information from the author. Any awaiting issue left unanswered for 2 weeks will go stale and will be closed.

Setting up

git clone git@github.com:FuelLabs/fuels-ts.git
cd fuels-ts
pnpm install
pnpm build

Developing

For building everything in watch-mode, run:

# build all projects in watch-mode
pnpm dev

File watching is done by nodemon for increased performance.

Check nodemon.config.json for all settings.

Note: You can pnpm dev a single package:

cd packages/abi-coder
pnpm dev

Using local sym-linked packages

First, we need to link our fuels package globally in our local global pnpm store:

cd fuels-ts/packages/fuels
pnpm link --global

Let's check it out:

pnpm list --global

Cool, now on the root directory of my-local-project:

cd my-local-project
pnpm link --global fuels

That's it — my-local-project is now using our local version of fuels.

The same can be done with all other packages:

cd fuels-ts/packages/wallet
pnpm link --global

# ...

pnpm list --global # validating

# ...

cd my-local-project
pnpm link --global @fuel-ts/wallet

Warning When using local symlinked fuels-ts in your-local-project, remember to pnpm build the SDK whenever you change a source file to reflect the changes on your-local-project. To automate this, you can use pnpm dev, which will keep watching and compiling everything automatically while developing.

See also:

Testing

In order to run tests locally, you can run the following commands:

# run pretest to ensure all test dependencies are built
pnpm pretest

# run all tests in a node environment
pnpm test

# you may also run tests in a browser environment
pnpm test:browser

# watch all tests
pnpm test:watch

# run tests for a specific package
pnpm test:filter packages/my-desired-package

# run tests for a specific file
pnpm test:filter packages/my-desired-package/src/my.test.ts

# run tests while passing other flags to sub-program
pnpm test -- --coverage --my-other-flag

Benchmarking

We currently use vitest 's bench utility to run benchmarks. You can run them in both the browser and node environments.

pnpm bench:node
# run benchmarks for a specific package
pnpm bench:node packages/my-desired-package

Profiling

We currently use clinic to profile and debug our tooling. For instance you can run clinic's flame command to create a flamegraph for a specific package:

# creates a flamegraph for a specific package
npm_config_package_name=account pnpm clinic:flame  // runs flame against the account package

CI Test

During the CI process an automated end-to-end (e2e) test is executed. This test is crucial as it simulates real-world scenarios on the current test-net, ensuring that the changeset maintains the expected functionality and stability.

The e2e test can be found at: packages/fuel-gauge/src/e2e-script.test.ts

The Bech32 address of this wallet is fuel1x33ajpj0jy5p2wcqqu45e32r75zrwfeh6hwqfv5un670rv4p0mns58enjg. This address can be funded via the faucet.

If you want to run an e2e test locally, you can provide your own wallet address and private key. For obvious security reasons, the private key should not be shared.

These can be overridden by generating an environment file:

cp .env.example .env.test

And changing the below variables:

DEVNET_WALLET_PVT_KEY=0x...
TESTNET_WALLET_PVT_KEY=0x...

Commit Convention

Before you create a Pull Request, please check whether your commits comply with the commit conventions used in this repository.

When you create a commit we kindly ask you to follow the convention category(scope or module): message in your commit message while using one of the following categories:

  • feat / feature: all changes that introduce completely new code or new features
  • fix: changes that fix a bug (ideally you will additionally reference an issue if present)
  • refactor: any code related change that is not a fix nor a feature
  • docs: changing existing or creating new documentation (i.e. README, docs for usage of a lib or cli usage)
  • build: all changes regarding the build of the software, changes to dependencies or the addition of new dependencies
  • test: all changes regarding tests (adding new tests or changing existing ones)
  • ci: all changes regarding the configuration of continuous integration (i.e. github actions, ci system)
  • chore: all changes to the repository that do not fit into any of the above categories

Steps to PR

  1. Fork the fuels-ts repository and clone your fork

  2. Create a new branch out of the master branch with the naming convention <username>/<fix|feat|chore|build|docs>/<branch-name>.

  3. Make and commit your changes following the commit convention. As you develop, you can run pnpm build and pnpm test to make sure everything works as expected.

  4. Run pnpm changeset to create a detailed description of your changes. This will be used to generate a changelog when we publish an update. Learn more about Changeset. Please note that you might have to run git fetch origin master (where origin will be your fork on GitHub) before pnpm changeset works.

  5. We adhere to the Conventional Commits specification for semantic versioning, and given that we currently do not have a major release yet, only breaking changes would require a minor version bump. All other API compatible changes would be a patch version bump.

If you made minor changes like CI config, prettier, etc, you can run pnpm changeset add --empty to generate an empty changeset file to document your changes.

Git Hooks

The SDK utilizes a pre-push git hook to validate your contribution before review. This is a script that will run automatically before changes are pushed to the remote repository. Within the SDK, the pre-push script will run code linting.

This can be overridden using the --no-verify flag when pushing.

Updating Forc version

The following script will upgrade Forc to the latest version on GitHub, remove all lockfiles so the latest stdlib can be used, and rebuild all projects:

pnpm forc:update

After this you should run tests and fix any incompatibilities.

Updating Fuel Core version

Manually edit the internal/fuel-core/VERSION file, add the right version, and then:

pnpm install # will download new binaries
pnpm test

If all tests pass, that's it.

Otherwise, you have work to do.

Patching old releases

The following example is for releasing a patch for v0.69.0 -> v0.69.1.

  • Checkout the release commit via its tag and create a release branch based on it (git checkout -b release/0.69.0 v0.69.0 && git push --set-upstream origin release/0.69.0)
  • Create PRs with base set to that release branch
    • When the PR is merged, a changeset PR is created
    • When the changeset PR is merged into the release branch, the next patch version is released and the commit is tagged (e.g. v0.69.1)
  • After release, the release branch will be automatically deleted

Patching latest release

Imagine the scenario:

  1. We release v0.80.0
  2. One day later, we have a new changesets PR that will bump things to v0.81.0
  3. Before releasing v0.81.0, we find an issue and need to make a v0.80.1 patch

We'd follow the same approach as explained in the Patching old releases section above, bearing in mind the following after the release:

  • A PR merging the latest release's branch into master will be automatically created,
  • The automatically-created PR must be merged as soon as possible in order to
    • have the versions of packages on master match the latest released package versions,
    • have the released functionality on master as well

FAQ

Why is the prefix fuels and not fuel?

In order to make the SDK for Fuel feel familiar with those coming from the ethers.js ecosystem, this project opted for an s at the end.

The fuels-* family of SDKs is inspired by The Ethers Project.