qa-real-install.mjs builds the plugin, copies it to a node_modules-free cache, and
exercises every hook + boots both MCP servers (F3 gate). publish-claude-invariant
test pins the no-accidental-publish guardrails (workflow_dispatch-only, identity
guard, missing-secret hard-fail) and is wired into test:claude.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
sync-mcp rebuilds the lsp component if a prior sync wiped its dist; sync-mcp.test
builds in a before hook; checkVendored flags only real unbundled imports (a guarded
require.resolve fallback is allowed); test:claude runs the destructive sync-components
test in its own node --test pass so it never races the build-checking tests.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Add packages/omo-claude to workspaces + files; lazyclaudecode bin alias;
typecheck:packages covers omo-claude; new test:claude script. test:codex stays
green (no regression), test:claude green.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Discover component .toml agent files and symlink (or copy on Windows)
them into the Codex agents dir during install, recording an installed
agent manifest and wiring agent config_file entries into config.toml.
Add CodexAgentConfig type and support local marketplace source.
Add the cross-platform agent-linker test file to the explicit list in the
'test:codex' script so the existing codex-compatibility CI job, which
runs on ubuntu-latest / macos-latest / windows-latest, actually exercises
it on every supported host OS.
Also add one host-platform test that omits the 'platform' parameter and
asserts against process.platform directly: on Unix the test verifies
symlinks land at ${CODEX_HOME}/agents; on Windows it verifies regular
file copies with the bundled name field. The other nine tests still mock
the 'platform' parameter to exercise all three code paths on every host;
this tenth test is the real-host integration check that the platform
detection logic itself works.
Result: 10 tests in src/cli/install-codex/link-cached-plugin-agents.test.ts,
all wired into 'bun run test:codex', which the existing CI matrix runs
on every push and PR to master/dev across all three supported operating
systems.
Move the hash-anchored edit core (hash computation, validation, edit operations, text normalization, chunk formatter, diff utilities, and a runtime-aware xxHash32 binding) into a new @oh-my-opencode/hashline-core workspace package.
The src/tools/hashline-edit/ surface becomes a set of thin re-export shims, so existing import paths in the plugin keep working while the pure logic lives behind a stable package boundary that has no opencode runtime dependencies.
Tests: bun test packages/hashline-core src/tools/hashline-edit
The next release adds public exports for the prompt-async-gate primitives
(promptAsyncAfterSessionIdle, promptAfterSessionIdle,
releasePromptAsyncReservation, DEFAULT_PROMPT_ASYNC_POST_DISPATCH_HOLD_MS)
and introduces new safety semantics that affect 13+ internal hook callers.
Per semver, adding public exports mandates a MINOR bump from 4.1.x.
No public API removals or breaking signature changes, so this is NOT MAJOR.
Closes pre-publish-review version-bump consensus
Co-authored-by: api-surface (deep / gpt-5.3-codex high)
Default `bun test` recurses into every directory and would pick up
`web/e2e/*.spec.ts` once the marketing site lands. Explicitly listing
the existing test roots (matching script/run-ci-tests.ts TEST_ROOTS)
keeps plugin tests isolated from web E2E tests without needing a
`testPathIgnorePatterns` that bunfig.toml does not support yet.
YeonGyu-Kim