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Development

This page is intended for software developers who wish to help with the VsCoq2 development effort.

The two main building blocks are the language server and the client (the vscode extension, namely).

Language server

The language server is developed in ocaml and makes it possible to link from the client directly to the coq API and exploit LSP.

Architecture

The architecture is organized in the following components.

  • VsCoqtop: This component handles the main event loop.
  • LSPManager: This component handles the JSONRPC encoding, LSP requests, notifications and responses as well as LSP events dispatch.
  • DocumentManager: The document manager handles everything that pertains to document representation and parsing.
  • Document: Raw and parsed document representations.
  • Scheduler: Incremental static dependency analysis.
  • Queries: This handles the coq queries (Search, About, etc...)
  • Execution manager: Maintains coq states. Handles execution and feedback.
  • Delegation manager: Handles worker tasks and feedback.
    stateDiagram-v2
        A: Vscoqtop
        B: LSPManager
        C: DocumentManager
        D: ExecutionManager
        note left of D: Coq Vernac
        E: DelegationManager
        F: Queries
        note right of F: Coq API
        G: Document
        note right of G: Coq parser
        H: Scheduler
        A --> B
        B --> C
        B --> D
        D --> E
        C --> F
        C --> G
        C --> H
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Building

If you have nix installed, you can do a full developer build of the language server by running:

nix develop .#vscoq-language-server -c bash -c "cd language-server && dune build"

Debugging

Client

The client is the VSCode extension in itself. Apart from the usual VSCode lingo, we develop two web apps that are used within separate panels in the extension and are specific to Coq, namely the goal-view-ui and the search-view-ui.

Design pattern for the web apps

Both of the two coq exclusive panels are react apps. We use the atomic design pattern and the VSCode webview UI toolkit.

Building

  • Make sure you have up to date yarn and node.js. For example, at the time of writing this guide, yarn version 1.22.19 and node.js version 19.0.1
  • From the client folder run yarn run install:all which will ensure all dependencies are installed for the extension and the web apps.
  • Still from the client folder, run yarn run build:all this will ensure that both web apps are built.
  • You can then run yarn run compile which will compile the extension.
  • To package the extension run yarn run package
  • For publishing to VSCode market place use the vsce tool

Debugging

You can debug the web apps independently. From the client folder just run yarn run start:goal-view-ui or yarn run start:search-ui. This will launch the corresponding web app in local development server. You can then access it through your usual browser or the VSCode browser.

Note that both the apps can also be built independently through the yarn run build:goal-view-ui or yarn run build:search-ui commands.

To launch the extension in debug mode, assuming you have built the language-server, you can either use a nix dev shell to run vscode (nix develop .#vscoq-client -c code .) or handle your own config.

Note that you need to set the path to vscoqtop in the VSCode user settings (just search for vscoq).

E2E tests

From the client folder run yarn test. To pass arguments to the language server you can use the VSCOQARGS env variable, e.g.

VSCOQARGS='-vscoq-d all' yarn test

Remember that if the language server fails to initialize, the log is not displayed in the output panel as usual, but rather written to a file named like /tmp/vscoq_init_log.xxx.

To run the tests on a language server not in a standard location (not in the language-server folder nor in PATH), set VSCOQPATH to the binary you want to be run by the test.

Release process

To release a new version of VsCoq:

  1. First make sure to bump the version number in the three folowing files:
    • flake.nix
    • client/package.json
    • language-server/vscoqtop/lspManager.ml

1.a Don't forget to add the version requirements in client/src/utilities/versioning.ts

  1. Create a signed tag for the release with the new version number
    git tag -s #VERSION_NUMBER
  1. Push
    git push origin #VERSION_NUMBER

Version semantics are currently as follows: v#NUMBER+coq#COQ_VERSION (ex: v1.9.2+coq.8.18)

Once the CI has run, a draft release will be automatically created. Open the draft release and edit the change log to your liking. Finally, light a candle, do a little prayer and click release !