Tianyi Cui
515d04339b
Residuals from the Codex re-review:
1. A system delta's insert was flattened to one token, so deltas differing
only in inserted-line count compared equal. Now one {{system}} token per
inserted line — position AND extent survive, content does not.
2. The live uniformity guard folded only request/header snapshots, so a
mid-run header CHANGE (request/header-delta) could diverge from the pin
invisibly. Non-pinning runs now assert zero header-delta events: a
scenario that legitimately changes its header mid-run exists to show
that change, so it must pin (fail-loud until it does).
386 lines
22 KiB
TypeScript
386 lines
22 KiB
TypeScript
import { readFile, readdir, writeFile } from 'node:fs/promises'
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import { existsSync } from 'node:fs'
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import { fileURLToPath } from 'node:url'
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import { dirname, join } from 'node:path'
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import { describe, expect, it } from 'vitest'
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import { type HarvestedLog, type InputScript, runScenario } from './snapshot-harness.ts'
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import { type NormalizeContext, normalizeSessionLog, normalizeStdout, scrubRequestHeaders } from './snapshot-normalize.ts'
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/**
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* ACP snapshot tests (REPLAY by default, keyless). Each scenario under
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* `snapshots/<name>/` ships an `input.json` (the client stdin script) and a
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* `session.jsonl` fixture; replay boots the real acp-agent subprocess, drives
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* it, and diffs the normalized stdout transcript against the committed
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* `stdout.golden.jsonl`. For model scenarios it ALSO checks the re-persisted
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* session log — against the `session.jsonl` fixture itself, not a separate
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* golden: the fixture doubles as the replay source (recorded scenarios) and the
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* expected produced log (both sides normalized before comparing).
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*
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* Request-header content (the composed system prompt + tool schemas riding on
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* `request/header` events) is pinned by exactly ONE scenario — the one with
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* `pinsHeader` — and scrubbed to `{{system}}`/`{{tools}}` tokens in every
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* other fixture and compare, so a prompt or tool-schema edit churns one
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* committed line instead of every fixture. A per-run uniformity guard keeps
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* the single pin sound: every live header must equal the pinned one, and no
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* header-delta may appear outside the pinning scenario (see the
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* pinned-header RFC,
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* docs/rfc/implemented/testing/2026-07-06-pin-request-header-content-in-one-scenario.md).
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*
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* `pnpm run test:snapshot:record` (DSH_SNAPSHOT=record + -u) re-records the
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* `session.jsonl` fixtures against the real API and refreshes the stdout golden
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* in one pass.
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*/
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const SNAPSHOTS_DIR = join(dirname(fileURLToPath(import.meta.url)), 'snapshots')
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const RECORDING = process.env.DSH_SNAPSHOT === 'record'
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/** A snapshot scenario and how its fixtures are produced. */
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interface Scenario {
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name: string
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/** Whether the scenario drives at least one model turn (so a JSONL golden applies). */
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hasModelTurn: boolean
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/**
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* Whether the run persists a comparable session log to diff against the
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* `session.jsonl` fixture. Defaults to {@link hasModelTurn} (a model turn
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* always produces a log worth comparing). Set it independently for a scenario
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* that produces a non-trivial log WITHOUT a model turn — e.g. a prompt blocked
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* by a `UserPromptSubmit` hook, which opens a `rejected` turn carrying `hook/*`
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* events but never calls the model.
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*/
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comparesLog?: boolean
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/**
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* Whether `test:snapshot:record` regenerates this scenario's `session.jsonl`
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* from the LIVE API. `recorded` scenarios are model-driven and reproducible;
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* `authored` scenarios (a hand-written `replay.override.json` sidecar drives
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* replay — e.g. a provider error or a cancel, which the live API can't be
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* coaxed into deterministically — or a deterministic hook scenario whose
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* derived empty script needs no sidecar) are NEVER re-recorded.
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*/
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recorded: boolean
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/**
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* How many SUBAGENT child sessions this scenario records beyond the top-level
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* one (0 for a single-session scenario). Each child rides in a sibling fixture
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* `session.<n>.jsonl` (1-based); replay forwards them to `dsh-llm-replay` so
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* each child session replays from its own script, and record mode writes the
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* harvested child logs back to those files. Defaults to 0.
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*/
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childSessions?: number
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/**
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* Whether THIS scenario's fixtures keep the full request-header content (the
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* composed system prompt and tool schema list on `request/header` /
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* `request/header-delta` events) and compare it verbatim. Exactly one
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* scenario pins it; every other scenario stores and compares that content as
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* `{{system}}`/`{{tools}}` tokens ({@link scrubRequestHeaders}), so a system
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* prompt or tool-schema change shows up as ONE committed-fixture diff, not
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* one per scenario. One pin suffices because header composition is
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* suite-uniform (parent, spawn child, and fork child all compose the same
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* prompt-modulo-cwd and the same tools) — and that premise is ASSERTED, not
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* assumed: every non-pinning run's live headers must equal the pinned
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* fixture's (normalized), so a session-dependent header (say, a restricted
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* subagent toolset) fails loud until it gets its own pinning scenario.
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* Defaults to false.
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*/
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pinsHeader?: boolean
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}
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const SCENARIOS: Scenario[] = [
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{ name: 'handshake', hasModelTurn: false, recorded: false },
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{ name: 'reject-extra-dirs', hasModelTurn: false, recorded: false },
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// text-turn is the pinned-header scenario: the minimal single text turn,
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// whose fixture is the ONE place the full system prompt + tool schemas are
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// committed and compared verbatim.
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{ name: 'text-turn', hasModelTurn: true, recorded: true, pinsHeader: true },
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{ name: 'tool-call-turn', hasModelTurn: true, recorded: true },
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{ name: 'fs-terminal-card', hasModelTurn: true, recorded: true },
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{ name: 'todo-plan', hasModelTurn: true, recorded: true },
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{ name: 'workspace-edit', hasModelTurn: true, recorded: true },
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{ name: 'fs-read', hasModelTurn: true, recorded: true },
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{ name: 'fs-write', hasModelTurn: true, recorded: true },
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{ name: 'fs-edit', hasModelTurn: true, recorded: true },
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{ name: 'fs-write-overwrite', hasModelTurn: true, recorded: true },
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{ name: 'fs-read-window', hasModelTurn: true, recorded: true },
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{ name: 'fs-policy-reject', hasModelTurn: true, recorded: true },
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{ name: 'multi-turn', hasModelTurn: true, recorded: true },
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{ name: 'error-finish', hasModelTurn: true, recorded: false },
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{ name: 'cancel', hasModelTurn: true, recorded: false },
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{ name: 'subagent-spawn', hasModelTurn: true, recorded: true, childSessions: 1 },
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{ name: 'subagent-multi', hasModelTurn: true, recorded: true, childSessions: 2 },
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{ name: 'subagent-fork', hasModelTurn: true, recorded: true, childSessions: 1 },
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{ name: 'subagent-mixed', hasModelTurn: true, recorded: true, childSessions: 2 },
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// Hook matrix — one scenario per hook point × its headline Decision outcome,
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// across BOTH bridges (Claude `hooks.json`, Codex `codex-hooks.json`, seeded in
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// workspace/). The block scenarios need no model call: a UserPromptSubmit hook
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// blocks the prompt before any step runs (keyless, authored — the derived
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// script is empty so no sidecar), yet persists a `rejected` turn carrying
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// `hook/*` events, so their logs ARE compared. Every other point fires a real
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// seam mid-turn, so its transcript is recorded WITH the hook active.
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{ name: 'hook-cc-promptsubmit-block', hasModelTurn: false, comparesLog: true, recorded: false },
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{ name: 'hook-codex-promptsubmit-block', hasModelTurn: false, comparesLog: true, recorded: false },
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// The mid-turn seams fire during a real model turn, so each is recorded WITH
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// its hook active (the model's reaction to a deny/block/force-continue is part
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// of the captured transcript). The Codex bridge exercises the same seams in its
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// own snake_case dialect.
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//
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// Two hook points are deliberately NOT snapshotted, and stay on the bridges'
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// unit coverage (`bridge.spec.ts` / `coverage.spec.ts`) instead:
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// - SessionStart and SubagentStart inject context through a detached,
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// best-effort `void runPoint(...).then(agent.inject())` with no turn
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// binding, so the resulting `context/message` races the work it precedes
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// and lands at a nondeterministic log position — a recorded golden does not
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// even reproduce on its own replay.
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// - SubagentStop is observe-only with no turn and no injection, so it writes
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// NOTHING to the transcript — a golden would be byte-identical to the
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// no-hook run and could never be proven to fail.
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// See the hook-snapshot-matrix RFC for the full rationale.
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{ name: 'hook-cc-promptsubmit-context', hasModelTurn: true, recorded: true },
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{ name: 'hook-cc-pretool-deny', hasModelTurn: true, recorded: true },
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{ name: 'hook-cc-pretool-ask', hasModelTurn: true, recorded: true },
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// TODO(hook-snapshot-noise): re-record the PostToolUse block fixtures with a
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// self-limiting prompt or hook so one rejected result proves the seam without
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// repeated block/retry cycles in the committed JSONL.
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{ name: 'hook-cc-posttool-block', hasModelTurn: true, recorded: true },
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{ name: 'hook-cc-posttool-context', hasModelTurn: true, recorded: true },
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{ name: 'hook-cc-stop-continue', hasModelTurn: true, recorded: true },
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{ name: 'hook-codex-promptsubmit-context', hasModelTurn: true, recorded: true },
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{ name: 'hook-codex-pretool-block', hasModelTurn: true, recorded: true },
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{ name: 'hook-codex-posttool-block', hasModelTurn: true, recorded: true },
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{ name: 'hook-codex-posttool-context', hasModelTurn: true, recorded: true },
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{ name: 'hook-codex-stop-continue', hasModelTurn: true, recorded: true },
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]
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/** The single header-pinning scenario. Guarded here (and by a meta-test) so the pin cannot silently vanish. */
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const pinningScenario = SCENARIOS.find(s => s.pinsHeader === true)
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if (pinningScenario === undefined) throw new Error('acp.snapshot: no scenario pins the request-header content')
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/** The sibling child-fixture paths for a scenario (`session.1.jsonl` …). */
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function childFixturePaths(dir: string, childSessions: number): string[] {
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return Array.from({ length: childSessions }, (_, i) => join(dir, `session.${i + 1}.jsonl`))
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}
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/**
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* Derive the {@link NormalizeContext} for a `session.jsonl` fixture from its own
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* header line (`{ type: 'session', id, cwd }`). A committed fixture carries the
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* session id and cwd of the run that harvested it — different from the live
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* replay run — so normalizing it against the live run's ctx would leave those
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* recorded values unscrubbed. Reading them from the header scrubs the fixture's
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* own id/cwd to the same `{{sessionId}}`/`{{cwd}}` tokens the replay output gets.
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* An authored fixture whose header is already normalized (`id:'{{sessionId}}'`,
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* `cwd:'{{cwd}}'`) yields those tokens as the volatile values, so scrubbing them
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* is an idempotent no-op. A header with no `cwd` falls back to a sentinel that
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* cannot occur in a log (NOT `''`, which `String.split` would match on every
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* character boundary and corrupt the output).
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*/
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function fixtureContext(fixture: string): NormalizeContext {
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const firstLine = fixture.split('\n').find(line => line.trim().length > 0) ?? '{}'
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const header = JSON.parse(firstLine) as { id?: unknown; cwd?: unknown }
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return {
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sessionIds: typeof header.id === 'string' ? [header.id] : [],
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cwd: typeof header.cwd === 'string' ? header.cwd : '\0no-cwd\0',
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}
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}
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/**
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* The `data.header` payload of every `request/header` event in a session
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* JSONL, in log order, with the log's volatile values scrubbed first
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* ({@link normalizeSessionLog}) so headers harvested from different runs —
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* each embedding its own temp cwd in the composed prompt — compare on equal
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* footing.
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*/
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function normalizedHeaders(rawLog: string, ctx: NormalizeContext): unknown[] {
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return normalizeSessionLog(rawLog, ctx)
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.split('\n')
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.filter(line => line.trim().length > 0)
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.map(line => JSON.parse(line) as { type?: unknown; data?: { header?: unknown } })
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.filter(record => record.type === 'request/header')
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.map(record => record.data?.header)
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}
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/** Count the `request/header-delta` events in a session JSONL. */
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function headerDeltaCount(rawLog: string): number {
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return rawLog.split('\n')
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.filter(line => line.trim().length > 0)
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.filter(line => (JSON.parse(line) as { type?: unknown }).type === 'request/header-delta')
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.length
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}
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for (const scenario of SCENARIOS) {
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describe(`snapshot: ${scenario.name}`, () => {
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// In RECORD mode, only re-run the `recorded` (live-API) scenarios; the
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// `authored` ones (sidecar-driven errors/cancel) are never re-recorded.
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it.skipIf(RECORDING && !scenario.recorded)('matches the goldens', async () => {
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const dir = join(SNAPSHOTS_DIR, scenario.name)
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const input = JSON.parse(await readFile(join(dir, 'input.json'), 'utf8')) as InputScript
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const overrideFile = join(dir, 'replay.override.json')
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const workspaceDir = join(dir, 'workspace')
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const childSessions = scenario.childSessions ?? 0
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const result = await runScenario(input, {
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mode: RECORDING ? 'record' : 'replay',
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fixtureFile: join(dir, 'session.jsonl'),
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...existsSync(overrideFile) ? { overrideFile } : {},
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// In REPLAY, forward the recorded child fixtures so each subagent session
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// replays from its own script. In RECORD they are harvested, not read.
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...!RECORDING && childSessions > 0 ? { childFiles: childFixturePaths(dir, childSessions) } : {},
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...existsSync(workspaceDir) ? { workspaceDir } : {},
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})
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// Scrub every volatile id the run produced: the ACP server-issued session
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// id plus every harvested log's recorded id (a subagent child id never
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// surfaces over ACP, but it appears in the child's own log header). The
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// normalizer's UUID catch-all covers any we don't enumerate.
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const ctx: NormalizeContext = {
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sessionIds: [
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...result.sessionId !== undefined ? [result.sessionId] : [],
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...result.sessionLogs.map(l => l.id),
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],
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cwd: result.cwd,
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}
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// RECORD mode (recorded model scenarios only): persist the freshly-harvested
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// logs back to their fixtures — the primary to session.jsonl, each child to
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// session.<n>.jsonl in harvest order. `--update` refreshes the Vitest
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// goldens but NOT these fixtures, so write them here. A non-pinning
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// scenario's fixtures are written header-scrubbed, so a re-record can
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// never smuggle the full prompt/schema content back into every fixture.
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const scrub = scenario.pinsHeader === true
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? (log: string): string => log
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: scrubRequestHeaders
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if (RECORDING && scenario.recorded && scenario.hasModelTurn) {
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expect(result.sessionLogs.length, 'record produced no session log to harvest').toBeGreaterThan(0)
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expect(result.sessionLogs.length, `expected ${childSessions + 1} session logs (parent + children)`)
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.toBe(childSessions + 1)
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await writeFile(join(dir, 'session.jsonl'), scrub((result.sessionLogs[0] as HarvestedLog).content))
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for (let i = 1; i < result.sessionLogs.length; i++) {
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await writeFile(join(dir, `session.${i}.jsonl`), scrub((result.sessionLogs[i] as HarvestedLog).content))
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}
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}
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await expect(normalizeStdout(result.rawStdout, ctx))
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.toMatchFileSnapshot(join(dir, 'stdout.golden.jsonl'))
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// A model turn always produces a log worth comparing; a hook scenario can
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// produce one without a model turn (a `rejected` turn carrying `hook/*`).
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const comparesLog = scenario.comparesLog ?? scenario.hasModelTurn
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if (comparesLog) {
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// The harvested logs (primary-first) must match their committed fixtures
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// 1:1. Each side passes through normalizeSessionLog, scrubbed against ITS
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// OWN volatile values — the live run's via `ctx`, the committed fixture's
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// via its own header (a committed file cannot share the live run's ids).
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// Unless this scenario pins the header, both sides ALSO pass through
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// scrubRequestHeaders: the live log carries the real prompt/schemas, the
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// fixture carries the `{{system}}`/`{{tools}}` tokens, and the scrub is
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// idempotent — so the compare checks the header's presence, position,
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// reason, and config, but not its bulk content (pinned once, in the
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// `pinsHeader` scenario).
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expect(result.sessionLogs.length, 'this scenario must persist a session log').toBe(childSessions + 1)
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const fixtureFiles = ['session.jsonl', ...Array.from({ length: childSessions }, (_, i) => `session.${i + 1}.jsonl`)]
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for (let i = 0; i < fixtureFiles.length; i++) {
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const harvested = scrub((result.sessionLogs[i] as HarvestedLog).content)
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const fixture = scrub(await readFile(join(dir, fixtureFiles[i] as string), 'utf8'))
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expect(normalizeSessionLog(harvested, ctx), `${fixtureFiles[i]} mismatch`)
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.toEqual(normalizeSessionLog(fixture, fixtureContext(fixture)))
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}
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}
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// Header-uniformity guard: the single pin is sound only while every
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// session in the suite composes the SAME header and keeps it for the
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// whole run. Assert both halves live. (1) Every request/header the run
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// produced (parent, spawn child, fork child, initial or resume) must
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// equal the pinned fixture's header after each side is normalized
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// against its own volatile values. (2) No request/header-delta may
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// appear at all — a mid-run header change diverges from the pin by
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// construction, and its content would be invisible under the scrub. If
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// either fails, either the header changed (update the pin: re-record or
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// hand-edit the pinning scenario's fixture) or composition became
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// session-dependent by design (give the divergent shape its own
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// pinning scenario).
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if (scenario.pinsHeader !== true) {
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const pinnedFixture = await readFile(join(SNAPSHOTS_DIR, pinningScenario.name, 'session.jsonl'), 'utf8')
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const pinned = normalizedHeaders(pinnedFixture, fixtureContext(pinnedFixture))
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expect(pinned.length, `the pinning fixture (${pinningScenario.name}) must carry exactly one request/header`)
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.toBe(1)
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for (const log of result.sessionLogs) {
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expect(headerDeltaCount(log.content), `session ${log.id}: a request/header-delta in a non-pinning scenario`)
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.toBe(0)
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const headers = normalizedHeaders(log.content, ctx)
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for (const [k, header] of headers.entries()) {
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expect(header, `session ${log.id}: request/header #${k + 1} diverged from the pinned (${pinningScenario.name}) header`)
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.toEqual(pinned[0])
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}
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}
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}
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})
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})
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}
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describe('snapshot fixtures', () => {
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it('every scenario directory is registered (no orphans)', async () => {
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// toMatchFileSnapshot does not prune orphaned golden/fixture files, so a
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// renamed/removed scenario could leave a stale dir that nothing exercises.
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// Fail loud on any snapshots/<dir> not present in SCENARIOS.
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const entries = await readdir(SNAPSHOTS_DIR, { withFileTypes: true })
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const onDisk = entries.filter(e => e.isDirectory()).map(e => e.name).sort()
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const registered = SCENARIOS.map(s => s.name).sort()
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expect(onDisk).toEqual(registered)
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})
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it('every registered scenario has its required fixture files', async () => {
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// Every scenario has an input script and an stdout golden. EVERY scenario
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// also needs `session.jsonl`: the harness boots `llm-replay` with that path
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// as the replay source for ALL scenarios (acp.snapshot.ts passes
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// `fixtureFile: <dir>/session.jsonl` unconditionally), and `loadReplayScript`
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// throws "fixture not found" when it is absent and no override replaces it.
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// A no-model scenario ships a header-only `session.jsonl` (it derives to an
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// empty script — no model call is made); a model scenario's fixture also
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// doubles as the expected-log artifact the run is diffed against. An authored
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// (non-`recorded`) model scenario additionally ships a `replay.override.json`
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// sidecar for the throw/hang cases a derived script cannot express.
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for (const { name, hasModelTurn, recorded, childSessions } of SCENARIOS) {
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const dir = join(SNAPSHOTS_DIR, name)
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expect(existsSync(join(dir, 'input.json')), `${name}/input.json`).toBe(true)
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expect(existsSync(join(dir, 'stdout.golden.jsonl')), `${name}/stdout.golden.jsonl`).toBe(true)
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expect(existsSync(join(dir, 'session.jsonl')), `${name}/session.jsonl`).toBe(true)
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if (hasModelTurn && !recorded) {
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expect(existsSync(join(dir, 'replay.override.json')), `${name}/replay.override.json`).toBe(true)
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}
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// A nested-agent scenario ships one child fixture per recorded subagent
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// session (`session.1.jsonl` …), the replay source for that child session.
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for (const childFixture of childFixturePaths(dir, childSessions ?? 0)) {
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expect(existsSync(childFixture), childFixture).toBe(true)
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}
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}
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||
})
|
||
|
||
it('exactly one scenario pins the request-header content', () => {
|
||
// Zero pins would drop the prompt/schema surface from the suite entirely;
|
||
// two would split it. The single pin is the design (pinned-header RFC).
|
||
expect(SCENARIOS.filter(s => s.pinsHeader === true).map(s => s.name)).toEqual(['text-turn'])
|
||
})
|
||
|
||
it('committed fixtures carry request-header content ONLY in the pinning scenario', async () => {
|
||
// The whole point of the pin: a system-prompt or tool-schema change must
|
||
// churn exactly one committed line. A non-pinning fixture that carries the
|
||
// full header (a hand-recorded file, or a header line hand-edited out of
|
||
// its canonical JSON form) silently reopens the suite-wide churn, so fail
|
||
// loud here: every non-pinning session*.jsonl must be a fixed point of
|
||
// scrubRequestHeaders (apply the scrub to fix a violation), and the
|
||
// pinning scenario's fixtures must NOT be (their content IS the pin).
|
||
for (const scenario of SCENARIOS) {
|
||
const dir = join(SNAPSHOTS_DIR, scenario.name)
|
||
const files = [
|
||
'session.jsonl',
|
||
...Array.from({ length: scenario.childSessions ?? 0 }, (_, i) => `session.${i + 1}.jsonl`),
|
||
]
|
||
for (const file of files) {
|
||
const fixture = await readFile(join(dir, file), 'utf8')
|
||
if (scenario.pinsHeader === true) {
|
||
expect(scrubRequestHeaders(fixture), `${scenario.name}/${file} must PIN the full header content`)
|
||
.not.toEqual(fixture)
|
||
} else {
|
||
expect(scrubRequestHeaders(fixture), `${scenario.name}/${file} carries unscrubbed header content`)
|
||
.toEqual(fixture)
|
||
}
|
||
}
|
||
}
|
||
})
|
||
})
|