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* feat(linter): add zsh syntax checker
* fix(ci): add luarocks bin to PATH
* fix: revert ci change
* feat(linter): add cpplint C++ linter
* feat(linter): add cpplint C++ linter
* ci: rewrite workflow with parallel jobs and modern actions
replaces monolithic test job with parallel jobs grouped by package manager.
each job installs only what it needs and runs its specific tests.
- uses nvim-neorocks/nvim-busted-action for neovim + vusted setup
- updates all actions to latest versions (checkout@v4, setup-python@v5, etc)
- adds coverage job to warn when tools are missing tests
- removes setup.sh and env.sh (no longer needed)
* test: update expectations for guard.nvim diagnostic format changes
- Strip _extmark_id in linter helper (internal nvim field)
- Update tests to use separate code field instead of message suffix
- Update end_col values to match guard.nvim behavior
- Update rustfmt expected output for new import formatting style
- Update buf formatter expected output (compact style)
- Add missing W292 diagnostic to flake8 test
- Remove buf linter test (requires buf.yaml config)
* refactor(test): reorganize tests by package manager
Move tests from test/{formatter,linter}/ to test/{pip,npm,go,rust,lua,binary,clang,haskell}/
to allow CI to use glob patterns (busted test/pip/*_spec.lua) instead of
listing each test file explicitly.
This means adding new tools no longer requires workflow changes.
* fix(test): update checkmake expected output for new phonydeclared rule
* fix(ci): run clang tests separately to avoid state pollution
Run each clang test file in its own busted process to prevent
test state from leaking between clang-format and clang-tidy tests.
* fix(test): revert checkmake linter, fix test order
Revert checkmake linter to original fn-based approach.
Update test to match actual diagnostic output order.
* fix(test): restore swiftformat test with proper naming
Original test was named swiftformat.lua (missing _spec suffix)
so busted never ran it. Restored with correct naming and
added swiftformat installation to CI.
* fix(ci): rename swiftformat binary after extraction
* fix(test): restore buf linter test and fix formatter expectation
* fix(buf): use fn approach for linter, fname for formatter
* Revert "fix(buf): use fn approach for linter, fname for formatter"
This reverts commit 51d94b1.
* fix(buf): simpler test input, formatter uses fname not stdin
* Revert "fix(buf): simpler test input, formatter uses fname not stdin"
This reverts commit 3b5c3af.
* fix(ci): remove buf tests (fix in separate PR)
* fix: move cpplint to pip, zsh to binary
* refactor(test)!: replace async test infra with synchronous execution
Old test helpers used guard.nvim's async pipeline with a hardcoded
vim.wait(3000), causing flaky CI failures. New approach runs tools
directly via vim.system():wait() — zero timing issues, tests real
tool output, no dependency on guard.nvim's format/filetype modules.
This commit strips all existing tests and CI jobs down to a single
MVP (black formatter + flake8 linter) to validate the approach.
Remaining tools will be re-added in a follow-up PR.
BREAKING CHANGE: test helpers renamed from fmt_helper/lint_helper
to a unified test/helper.lua with run_fmt(), run_lint(), get_linter()
* test: add remaining formatter and linter tests
Re-adds all previously covered tools using the new synchronous test
infrastructure from the prior commit. All 8 CI job categories restored
(pip, npm, go, rust, lua, binary, clang, haskell).
Linter assertions now use structural checks (has diagnostics, correct
source/bufnr/types) instead of exact field matching, preventing
breakage when tool versions change output formatting.
* fix(ci): install zsh in test-binary job
* refactor(ci): replace haskell toolchain with pre-built binary, add mypy
Problem: test-haskell job spent ~5 minutes setting up GHC and cabal to
compile hlint from source. mypy linter had no test despite being
testable.
Solution: download pre-built hlint binary in test-binary and delete the
test-haskell job. Add mypy linter test and install to test-pip.
* refactor: rename test-clang to test-apt
Problem: the job name implied a clang-specific toolchain but the tools
are installed via apt.
Solution: rename directory, CI job, and Makefile target to test-apt.
* refactor(ci): extract tool installs into manifest files and script
Problem: adding a binary tool required modifying the CI workflow
directly with inline wget/unzip/tar commands, and the test-apt
Makefile target used an inconsistent loop instead of a glob.
Solution: add an install-binary-tools.sh script that reads a
manifest file (name, type, url, archive-path) and handles bin/zip/tar
downloads. Move all tool lists into .github/tools/ files so each CI
job reads from a file instead of inlining package names. Make the
test-apt target consistent with all other Makefile targets.
* refactor(test): remove orphaned test/linter directory
Problem: test/linter/ contained duplicate cpplint and zsh tests that
imported a nonexistent test.linter.helper module. The correct versions
already exist in test/pip/ and test/binary/ using the standard
test.helper pattern.
Solution: delete test/linter/ entirely since the properly structured
tests are already in place.
* ci: retrigger after transient luarocks download failure
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Co-authored-by: xiaoshihou <xiaoshihou@tutamail.com>
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