commit | efa925c74f2ea63033360992c81d2e89dccd3535 | [log] [tgz] |
---|---|---|
author | Mitchell Kember <mkember@google.com> | Mon Aug 26 20:51:41 2024 +0000 |
committer | Mitchell Kember <mkember@google.com> | Mon Aug 26 20:51:41 2024 +0000 |
tree | 236a1c86c2606949a68aac6011b6a907320b6eab | |
parent | e1c8dfd93e94bc48265a1441f14cf73306522f00 [diff] |
Update README Change-Id: Ia703fef39d87a1fb9ba2b3123a1378468206a618 Reviewed-on: https://fuchsia-review.googlesource.com/c/fidlbolt/+/1105164 Reviewed-by: Ian McKellar <ianloic@google.com>
fidlbolt is web app for exploring FIDL code and bytes, inspired by Matt Godbolt's Compiler Explorer.
To run a local fidlbolt server:
fx build host_x64/{fidlc,fidlgen_{cpp,hlcpp,rust,go},fidl-{lint,format}}
.make && make run
.http://localhost:8080
.If you don't want changes in the Fuchsia tree (e.g. rebuilding fidlc or changing FIDL libraries) to affect the running fidlbolt, run ./prepare_deployment.sh
and use make run DEPLOYMENT=1
instead.
The backend is written in Go. It uses net/http to serve static files and handle POST requests.
The frontend is written in Elm and TypeScript. It uses esbuild for bundling.
To set up the frontend:
sudo apt-get install npm
.cd frontend && npm ci
(using ci
instead of install
ensures a repeatable build).Then, use one of the commands listed in npm run
:
npm run dev
: build in development modenpm run watch
: rebuild in development mode on every file changenpm run tc
: typecheck TypeScript filesnpm run lint
: run eslint on TypeScript filesnpm run fix
: format and fix lint issues in TypeScript and Elm filesnpm run build
: build in production modeThe build commands read files in frontend/src/
and generate output in frontend/dist/
.
If you are developing on Linux, ./watch.sh
provides an easy workflow. It automatically watches code in the frontend (using npm run watch
) and backend (using inotifywait), rebuilding and restarting the server as necessary. It does not perform hot/live reloading: you still need to refresh the browser manually to see changes.
Before making a CL, always run make format
.
The project uses Docker for containerized deployment.
To build a new image:
sudo apt-get install docker-ce
../prepare_deployment.sh
sudo docker image build -t fidlbolt .
To run the image in a container locally:
sudo docker container run --publish 8080:8080 --detach --name fb fidlbolt
sudo docker container rm fb
To push the image to the GCP Artifact Registry:
sudo gcloud auth configure-docker us-central1-docker.pkg.dev
sudo docker tag fidlbolt us-central1-docker.pkg.dev/PROJECT_ID/REPOSITORY/IMAGE
sudo docker push us-central1-docker.pkg.dev/PROJECT_ID/REPOSITORY/IMAGE