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* test: remove mock echoes and duplicate contracts that only reading finds
Two veins in one wave, both requiring the production path to be read rather than
pattern-matched.
Mock echoes (36 strongest candidates reviewed, 2 real): the flagged shape —
literals shared between a mock factory and an expect matcher — is almost always
a test feeding an input and asserting a transform. The two genuine echoes are in
`pty-management.test.ts`, where the handler returns
`getDaemonFolderAccessMismatch(identity)` verbatim, so asserting the mock's own
`evidence('allowed')` object and its `null` proved only the mock. One case's own
comment conceded the handler makes no decision. The branch-exercising cases in
that file stay.
Semantic sweep of 80 files no detector flagged, 27 junk cases removed. What it
found has no mechanical signature:
- a handler that is literally `() => getComputerUsePermissionStatus()`, so
`resolves.toBe(result)` guarded nothing;
- "does not mutate a stale registration off Linux" whose refusal came from a
DIFFERENT guard — `cli.ts` has no platform check, and the test's own mock made
`resolveAppImageRuntimeIdentity` return null, which a sibling case already owns;
- "keeps probing a host that is still retained" asserting a no-op, because
`retainScopes` only cancels queued probes and stores no state;
- two cases comparing against `referenceAllowedRoots`, a verbatim copy of the
pre-change algorithm kept in the test file — expected values produced by the
thing under test. The third such case stays: it calls the old algorithm to
COUNT its work (100_000 containment checks vs 100), a real bound on the
authorization hot path;
- a remote-folder refusal that came from the fake provider's own rejection
message rather than any Orca guard;
- "advertises each capability once", where a duplicate entry is inert in
production because membership is `includes`;
- an Antigravity `scaffold self-check` built on a hand-typed five-line screen —
the exact fixture shape docs/reference/antigravity-readiness-evidence.md blames
for five failed detector attempts — whose banner had already drifted to
`Antigravity CLI 1.0.3` against a real captured `1.2.0`. The raw-capture
provenance guard and the transcript checklist ratchet in that file stay.
No production file is touched and no test file is deleted.
* test: retire duplicate daemon and filesystem cases the sweep found
Continues the semantic sweep into src/main/ipc filesystem handlers and
src/main/daemon. 16 cases removed across 13 files; no production file touched.
The recurring shape is a case that reaches the same branch as its sibling by a
different-looking route:
- `parseArgs` is a flag-scanning loop, so "handles flags in any order" asserts the
identical result object as the in-order case, and "throws with no args" lands on
the same `Usage:` throw the two missing-flag cases already reach;
- an ENOENT case with "no code at all" and its sibling with a numeric transport
code both fall through to the same `ENOENT_MESSAGE.test` branch;
- "establishes connection with hello handshake" and "receives stream events" are
strict subsets of cases that require two matching authenticated sockets and a
frame split inside a multibyte character.
Two were vacuous rather than duplicated: a fixture self-comparison asserting
`String.normalize` gives different NFC and NFD spellings, and a
`not.toThrow` batch case whose 200k events are truncated by
`MAX_BATCHED_WATCHER_EVENTS = 5_000` long before the argument spread it was
written to exercise.
One whole-file deletion was reversed: `freebuff-detection.test.ts` looked like a
table restatement, but the sibling detection test covers only dependency ordering
and platform gating, not freebuff/codebuff independence — and those two names
share a suffix, so it is the only guard against one shadowing the other.
147 lines
4.7 KiB
TypeScript
147 lines
4.7 KiB
TypeScript
import { beforeEach, describe, expect, it, vi } from 'vitest'
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const mocks = await vi.hoisted(async () => {
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const { createGitHubIpcMocks } = await import('./github-ipc-module-mocks')
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return createGitHubIpcMocks()
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})
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vi.mock('electron', () => mocks.electron)
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vi.mock('../github/client', () => mocks.client)
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vi.mock('../github/work-item-details', () => mocks.workItemDetails)
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vi.mock('../github/pr-refresh-coordinator', () => mocks.prRefresh)
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vi.mock('../telemetry/client', () => mocks.telemetry)
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vi.mock('../telemetry/cohort-classifier', () => mocks.cohort)
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vi.mock('./ui', () => mocks.ui)
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import { registerGitHubHandlers } from './github'
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import { createGitHubIpcHarness } from './github-ipc-test-harness'
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const {
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listIssues: listIssuesMock,
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listWorkItems: listWorkItemsMock,
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getWorkItem: getWorkItemMock
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} = mocks.client
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const { getWorkItemDetails: getWorkItemDetailsMock } = mocks.workItemDetails
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describe('registerGitHubHandlers', () => {
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const harness = createGitHubIpcHarness(mocks)
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const { handlers, store, stats } = harness
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beforeEach(harness.reset)
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it('drops the error field from listIssues envelope at the IPC boundary', async () => {
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// Why: src/main/ipc/github.ts intentionally unwraps the { items, error? }
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// envelope to just `items` to preserve the pre-feature-1
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// `Promise<IssueInfo[]>` contract for `gh:listIssues`. Feature 1's UI
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// consumes the richer envelope through `gh:listWorkItems` instead. This
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// test locks in that intentional drop so a future change that starts
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// propagating the error through this channel (or that throws when an
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// error is present) is caught.
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listIssuesMock.mockResolvedValue({
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items: [],
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error: {
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type: 'permission_denied',
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message:
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"You don't have permission to read issues for this repository. Check your GitHub token scopes."
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}
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})
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registerGitHubHandlers(store as never, stats as never)
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const result = await handlers['gh:listIssues'](null, {
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repoPath: '/workspace/repo',
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limit: 5
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})
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expect(listIssuesMock).toHaveBeenCalledWith('/workspace/repo', 5, undefined, null)
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expect(result).toEqual([])
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})
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it('threads issueSourcePreference through gh:listIssues', async () => {
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// Why: repo.issueSourcePreference must reach listIssues so the upstream
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// repo is queried when configured. A regression that drops the arg would
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// pass the default-fixture tests (which assert `undefined`) silently, so
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// this test pins the non-undefined preference-threading contract.
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harness.repos[0].issueSourcePreference = 'upstream'
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listIssuesMock.mockResolvedValue({ items: [] })
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registerGitHubHandlers(store as never, stats as never)
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await handlers['gh:listIssues'](null, {
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repoPath: '/workspace/repo',
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limit: 5
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})
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expect(listIssuesMock).toHaveBeenCalledWith('/workspace/repo', 5, 'upstream', null)
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})
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it('threads issueSourcePreference through gh:listWorkItems', async () => {
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// Why: gh:listWorkItems must also forward repo.issueSourcePreference
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// (5th arg) so the work-items view honors the per-repo source selector.
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harness.repos[0].issueSourcePreference = 'origin'
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listWorkItemsMock.mockResolvedValue({ items: [] })
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registerGitHubHandlers(store as never, stats as never)
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await handlers['gh:listWorkItems'](null, {
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repoPath: '/workspace/repo',
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limit: 10,
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query: 'is:open',
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page: 2,
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noCache: true
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})
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expect(listWorkItemsMock).toHaveBeenCalledWith(
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'/workspace/repo',
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10,
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'is:open',
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2,
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'origin',
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null,
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true
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)
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})
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// Why: open-by-number must pin the same source the list uses, else a fork and
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// its upstream sharing PR #42 open different PRs from the same click.
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it('pins the repo origin source preference on work item and details IPC', async () => {
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harness.repos = [
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{
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id: 'repo-1',
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path: '/workspace/repo',
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displayName: 'repo',
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badgeColor: '#000',
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addedAt: 0,
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issueSourcePreference: 'origin'
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}
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]
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getWorkItemMock.mockResolvedValue(null)
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getWorkItemDetailsMock.mockResolvedValue(null)
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registerGitHubHandlers(store as never, stats as never)
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await handlers['gh:workItem'](null, { repoPath: '/workspace/repo', number: 42, type: 'pr' })
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await handlers['gh:workItemDetails'](null, {
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repoPath: '/workspace/repo',
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number: 42,
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type: 'pr'
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})
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expect(getWorkItemMock).toHaveBeenCalledWith(
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'/workspace/repo',
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42,
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'pr',
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null,
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undefined,
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'origin'
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)
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expect(getWorkItemDetailsMock).toHaveBeenCalledWith(
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'/workspace/repo',
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42,
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'pr',
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null,
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undefined,
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'origin'
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)
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})
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})
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