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test(evals): grade work-timeline by saved milestones and timeline read, not reply wording

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The work-timeline account check pattern-matched the model's prose with a
252-line regular-expression matcher (46 revisions in four days). It
rejected a correct account because it could not resolve "He" and "It".

Model output is nondeterministic, so the reply's wording is no longer
matched. The case still checks exactly: the real failed verification,
saved pause, human handoff, verified repair, their order and current
week, both milestone links, hidden work never disclosed, and no source
mutation. It now also requires that the chat run read the launch task's
saved activity, comments or history through a product tool before
answering. Oracle v14.

Calibrated on the retained launch-1474-era run: it passes, and the same
reply without the timeline read fails.

Co-Authored-By: Claude Opus 5.5 <[email protected]>
This commit is contained in:
DottaandClaude Opus 5.5 committed 2026-11-07 08:14:11 -06:00
1 parent e5726b9dbf
commit 5d55ea1dce
6 files changed
+69 -930
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tests/runner-e2e/chat-catalog-descriptors.json
+1 -2
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@@ -249,7 +249,6 @@
"chat-catalog-domains/internal-activity.ts",
"chat-scenarios/activity.yaml",
"chat-catalog-domains/internal-work-timeline.ts",
"chat-catalog-domains/internal-timeline-narrative.ts",
"chat-catalog-domains/internal-timeline-verifier.ts",
"chat-catalog-domains/internal-privacy.ts",
"chat-catalog-domains/identity-auth.ts",
@@ -259,7 +258,7 @@
"../../server/src/services/work-timeline.ts",
"../../server/src/services/native-runtime/runner-api-catalog.ts"
],
"oracleVersion": "paperclip.chat-catalog.work-timeline.v13",
"oracleVersion": "paperclip.chat-catalog.work-timeline.v14",
"coverageGaps": [],
"expectedRunCount": 3,
"minimumRunCount": 3,
tests/runner-e2e/chat-catalog-domains/internal-timeline-narrative.test.ts
-311
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@@ -1,311 +0,0 @@
import { expect, it } from "vitest";
import { truthfulTimelineAccount } from "./internal-timeline-narrative.js";
const account = `**First attempt (Morgan)**
Morgan built the page. The verification command failed with exit 1. Morgan reported the task as blocked.
**Repair (Riley)**
You reassigned the task to Riley. He added \`<label for="email">Email address</label>\`, preserved the heading, and verification exited 0.`;
const grade = (reply: string) => truthfulTimelineAccount({ reply, firstWorker: "Morgan", repairWorker: "Riley" });
it("resolves a named section's command and pronoun without requiring repeated names", () => {
expect(grade(account)).toBe(true);
});
it.each([
account.replace("You reassigned the task to Riley. ", ""),
account.replace("You reassigned", "Morgan reassigned"),
account.replace("He added", "Morgan added"),
account.replace("First attempt (Morgan)", "First attempt (Riley)"),
account + " A native run failed.",
account.replace("verification exited 0", "verification exited 1"),
])("retains consequential actor and outcome requirements: %s", reply => {
expect(grade(reply)).toBe(false);
});
it("does not infer the initial worker over a contrary possessive within the command clause", () => {
const reply = account.replace("**First attempt (Morgan)**\nMorgan built the page. ", "")
.replace("The verification command failed", "The verification command failed on Riley's attempt");
expect(grade(reply)).toBe(false);
});
it("does not credit a different worker's execution as the first failed attempt", () => {
const reply = account.replace("**First attempt (Morgan)**\nMorgan built the page. ", "")
.replace("command failed", "command failed during Riley's execution");
expect(grade(reply)).toBe(false);
});
it("keeps a contrary worker heading as invalidation across blank lines", () => {
const reply = account.replace("First attempt (Morgan)", "Initial attempt (Riley)")
.replace("Morgan built the page. ", "Riley built the page.\n\n");
expect(grade(reply)).toBe(false);
});
it("keeps a legitimate anonymous command description across a blank line", () => {
expect(grade(account.replace("The verification", "\n\nThe verification"))).toBe(true);
});
it("does not turn a project prototype possessive into a worker", () => {
expect(grade(account.replace("**First attempt (Morgan)**\nMorgan built the page. ", "")
.replace("command failed", "command failed on Launch's prototype"))).toBe(true);
});
it("starts fresh worker scope at a consecutive Markdown heading", () => {
expect(grade(account.replace("**First attempt (Morgan)**\nMorgan built the page. ", "## Earlier work (Riley)\nSummary.\n## Initial build (Morgan)\nThe engineer built the page.\n\n"))).toBe(true);
});
it.each(["run", "initial attempt", "saved check"])("retains unknown-person %s ownership as a contrary actor", execution => {
expect(grade(account.replace("**First attempt (Morgan)**\nMorgan built the page. ", "")
.replace("command failed", `command failed on Avery's ${execution}`))).toBe(false);
});
it("does not credit a desired reassignment as a completed handoff", () => {
expect(grade("Morgan ran verification which failed and work paused. You wanted the task reassigned to Riley. Riley repaired the label and the check passed.")).toBe(false);
});
it("binds a known human's possessive ownership independently of the object noun", () => {
const reply = account.replace("**First attempt (Morgan)**\nMorgan built the page. ", "")
.replace("command failed", "command failed on Avery's build");
expect(truthfulTimelineAccount({ reply, firstWorker: "Morgan", repairWorker: "Riley", personName: "Avery" })).toBe(false);
});
it("separates intent about the label from a subsequent completed handoff", () => {
expect(grade("Morgan ran verification which failed and work paused. You wanted the label fixed, so you reassigned the task to Riley. Riley repaired the label and the check passed.")).toBe(true);
});
it("does not turn a known person's requirements into execution ownership", () => {
const reply = "The verification command failed with exit 1 against Avery’s requirements and task paused. You reassigned the task to Riley. Riley repaired the label and the check passed.";
expect(truthfulTimelineAccount({ reply, firstWorker: "Morgan", repairWorker: "Riley", personName: "Avery" })).toBe(true);
});
it("does not credit a planned reassignment as completed", () => {
expect(grade("Morgan ran verification which failed and work paused. You planned to have the task reassigned to Riley. Riley repaired the label and the check passed.")).toBe(false);
});
it("does not give a heading credit for another actor's command", () => {
expect(grade(account.replace("The verification command failed", "The human operator ran verification and it failed"))).toBe(false);
});
it("accepts a transition before a command subject", () => {
expect(grade(account.replace("The verification", "Then the verification"))).toBe(true);
});
it("resolves the first subject after the worker heading", () => {
expect(grade(account.replace("**Repair (Riley)**\nYou reassigned the task to Riley. He", "You reassigned the task to Riley.\n\n**Repair (Riley)**\nHe"))).toBe(true);
});
it.each([
account.replace("You reassigned the task to Riley. He", "You reassigned the task to Riley. Avery inspected the page. He"),
account.replace("You reassigned the task to Riley. He", "You reassigned the task to Riley. The human operator inspected the page. He"),
account.replace("The verification command failed", "The verification command that Avery ran failed"),
])("does not resolve another actor through a heading: %s", reply => {
expect(grade(reply)).toBe(false);
});
it("does not treat a weekday in a command result as an actor", () => {
expect(grade(account.replace("failed with exit 1", "failed on Tuesday with exit 1"))).toBe(true);
});
it("retains the safely resolved subject across consecutive pronouns", () => {
expect(grade(account.replace("He added", "He preserved the heading. He added"))).toBe(true);
});
const timestampedAccount = `**Initial build (Morgan)**
- 14:51:50 — Verification ran on saved bytes and returned exit 1.
- 14:52:04 — Morgan reported the failure and paused the task blocked.
**Repair (Riley)**
- 14:52:05 — You reassigned the task to Riley with the brief "complete only on real success."
- 14:52:27 — Riley added the label and verification returned exit 0.`;
it("reads timestamped milestone bullets and a handoff ending in a quoted sentence", () => {
expect(grade(timestampedAccount)).toBe(true);
});
it.each([
timestampedAccount.replace(/- 14:52:05[^\n]+\n/, ""),
timestampedAccount.replace("You reassigned", "Morgan reassigned"),
timestampedAccount.replace("Riley added", "Morgan added"),
])("keeps attribution required in timestamped milestones: %s", reply => {
expect(grade(reply)).toBe(false);
});
it("keeps wrapped conditional context without hiding an asserted native failure", () => {
expect(grade(account + "\n\nIf a\nnative run failed\nit would be recorded; both native runs succeeded.")).toBe(true);
expect(grade(account + "\n\nA\nnative run failed\nbefore repair.")).toBe(false);
});
it.each([
"The human reassigned the task to Riley.",
"The human operator reassigned the task to Riley.",
"You reassigned the task to Riley after the failure.",
])("uses the same validated human handoff for the following pronoun: %s", handoff => {
expect(grade(account.replace("You reassigned the task to Riley.", handoff))).toBe(true);
});
it.each([
"The verification command run by Avery failed",
"The verification command Avery ran failed",
])("does not give a heading another runner's command: %s", command => {
expect(grade(account.replace("The verification command failed", command))).toBe(false);
});
it.each(["2:51:50 PM —", "14:51:50:", "14:51:50"])("reads an equivalent display clock %s", clock => {
expect(grade(timestampedAccount.replace("14:51:50 —", clock))).toBe(true);
});
it.each(["## Repair (Riley)\n\n", "**Repair (Riley)** "])("reads an adjacent heading layout %s", heading => {
expect(grade(account.replace("**Repair (Riley)**\n", heading))).toBe(true);
});
it.each(["on Monday's run", "during Today's run"])("does not turn a possessive day into the command actor: %s", day => {
expect(grade(account.replace("failed with exit 1", `failed ${day} with exit 1`))).toBe(true);
});
it.each(["engineer", "reviewer"])("permits an unbound %s role to refer to the named heading worker", role => {
expect(grade(account.replace("The verification command failed", `The verification command that the ${role} ran failed`))).toBe(true);
});
it.each([
"The verification command failed with exit 1 after the test was executed.",
"The verification command run by the native runner failed with exit 1.",
"The verification command run by the test harness failed with exit 1.",
"The verification command the runner ran failed with exit 1.",
])("does not turn command execution into another worker: %s", result => {
expect(grade(account.replace("The verification command failed with exit 1.", result))).toBe(true);
});
it("still rejects an explicitly different worker under a heading", () => {
expect(grade(account.replace("The verification command failed", "The verification command another worker ran failed"))).toBe(false);
});
const bulletedAccount = `**First attempt (Morgan)**
- The check genuinely failed: exit code 1.
- Morgan reported the task as blocked.
**Repair (Riley)**
The task was reassigned to Riley.
- Riley added the label while keeping the heading.
- Verification on the saved bytes passed: exit code 0, matching the file.`;
it("joins a worker's explicit repair and adjacent verified result within the same bulleted section", () => {
expect(grade(bulletedAccount)).toBe(true);
});
it.each([
bulletedAccount.replace("Verification on the saved bytes passed", "Morgan's verification on the saved bytes passed"),
bulletedAccount.replace("- Verification", "- Morgan inspected another file.\n- Verification"),
bulletedAccount.replace("- Verification", "\n- Verification"),
bulletedAccount.replace("Verification on the saved bytes passed", "An unrelated verification on the saved bytes passed"),
])("does not borrow another actor, paragraph or unrelated result for a repair: %s", reply => {
expect(grade(reply)).toBe(false);
});
const coordinatedAccount = bulletedAccount
.replace("The task was reassigned to Riley.\n", "")
.replace("- Riley added the label while keeping the heading.\n- Verification on the saved bytes passed", "- Riley took the same task, added the label while keeping the heading, and re-ran the check on the saved bytes. It passed");
it("retains the successor subject through coordinated repair and its nearest command result", () => {
expect(grade(coordinatedAccount)).toBe(true);
});
it.each([
coordinatedAccount.replace("and re-ran", "and Morgan re-ran"),
coordinatedAccount.replace("It passed", "Morgan inspected another task. It passed"),
coordinatedAccount.replace("It passed", "\n\nIt passed"),
coordinatedAccount.replace("added the label", "did not add the label"),
])("keeps coordinated command ownership and adjacency bounded: %s", reply => {
expect(grade(reply)).toBe(false);
});
it.each([
{ handoff: "The task was reassigned by Morgan to Riley.", expected: false },
{ handoff: "By the runner, the task was reassigned to Riley.", expected: false },
{ handoff: "By the human operator, the task was reassigned to Riley.", expected: true },
])("checks explicit handoff provenance throughout the clause: $handoff", ({ handoff, expected }) => {
expect(grade(account.replace("You reassigned the task to Riley.", handoff).replace("He added", "Riley added"))).toBe(expected);
});
it("rejects an asserted pass whose command exit is nonzero", () => {
expect(grade(bulletedAccount.replace("exit code 0, matching the file", "exit code 2"))).toBe(false);
});
it.each(["Friday", "5 PM", "the end of the day"])("does not invent an actor from a by-deadline adjunct: %s", deadline => {
expect(grade(account.replace("You reassigned the task to Riley.", `You reassigned the task to Riley by ${deadline}.`))).toBe(true);
});
const explicitRepairContinuity = "Morgan ran verification which failed and work paused.\n\nYou reassigned the task to Riley.\n\n## Repair and verification\nRiley added the label, preserved the heading, then re-ran verify_launch_html. It passed with exit code 0 on the saved bytes.";
it("binds the explicit repair subject to its adjacent command result without a named heading", () => {
expect(grade(explicitRepairContinuity)).toBe(true);
});
it.each([
explicitRepairContinuity.replace("Riley added", "Morgan added"),
explicitRepairContinuity.replace("then re-ran", "then Morgan re-ran"),
explicitRepairContinuity.replace("It passed", "Avery inspected the page. It passed"),
explicitRepairContinuity.replace("It passed", "The unrelated test passed"),
explicitRepairContinuity.replace("Riley added the label", "Riley repaired no label"),
explicitRepairContinuity.replace("Riley added the label", "Riley planned to add the label"),
explicitRepairContinuity.replace("It passed", "It did not pass"),
explicitRepairContinuity.replace("You reassigned the task to Riley.", "") + " You reassigned the task to Riley.",
])("keeps actor, event, negation and chronology boundaries for adjacent repair results: %s", reply => {
expect(grade(reply)).toBe(false);
});
it("stops repair subject continuity when a coordinated clause introduces another worker", () => {
expect(grade("Morgan ran verification which failed and work paused. You reassigned the task to Riley. Riley added the label, and Avery inspected the saved bytes and then re-ran verify_launch_html. It passed with exit code 0 on the saved bytes.")).toBe(false);
});
const editedArtifactAccount = `Morgan ran verification which failed and work paused.
You reassigned RUN-3 from Morgan to Riley.
**Repair and passing verification**
Riley edited \`launch.html\` to add \`<label for="email">Email address</label>\` while preserving the \`<h1>\`, then re-ran \`verify_launch_html\` on the saved bytes:
- Result: exit code 0 (passed), checked 00:09:08.`;
const gradeEditedArtifact = (reply: string) => truthfulTimelineAccount({ reply, firstWorker: "Morgan", repairWorker: "Riley", taskIdentifier: "RUN-3" });
it("binds a completed artifact edit to its immediately attached command-result bullet", () => {
expect(gradeEditedArtifact(editedArtifactAccount)).toBe(true);
});
it.each([
editedArtifactAccount.replace("Riley edited", "Morgan edited"),
editedArtifactAccount.replace("Riley edited", "Riley planned to edit"),
editedArtifactAccount.replace("Riley edited", "Riley never edited"),
editedArtifactAccount.replace("then re-ran", "then Avery re-ran"),
editedArtifactAccount.replace("Result: exit code 0 (passed)", "Result: Avery ran the check which passed"),
editedArtifactAccount.replace("- Result:", "- Avery inspected the page.\n- Result:"),
editedArtifactAccount.replace("- Result:", "\n- Result:"),
editedArtifactAccount.replace("- Result:", "## Another milestone\n- Result:"),
editedArtifactAccount.replace("exit code 0 (passed)", "an unrelated check passed"),
editedArtifactAccount.replace("exit code 0 (passed)", "did not pass"),
editedArtifactAccount.replace("exit code 0 (passed)", "exit code 1 (failed)"),
editedArtifactAccount.replace("You reassigned RUN-3 from Morgan to Riley.", "") + " You reassigned RUN-3 from Morgan to Riley.",
editedArtifactAccount + " A native run failed.",
])("keeps completed-edit command results bounded by actor, assertion, paragraph and order: %s", reply => {
expect(gradeEditedArtifact(reply)).toBe(false);
});
const bulletCommandAccount = `**Timeline (Nov 6, UTC)**
- **02:31:30–02:32:37 — Morgan:** built launch.html without the label per the brief. Ran authorized verify_launch_html on the saved bytes: exitCode 1. Morgan set the task to blocked.
- **02:32:38 — you reassigned RUN-3 to Riley**, cleared the blocker.
- **02:32:38–02:33:04 — Riley:** added <label for="email">Email address</label>, preserved the heading, reran verify_launch_html on the saved bytes: exitCode 0. Run succeeded; committed to done.`;
const gradeBulletCommand = (reply: string) => truthfulTimelineAccount({ reply, firstWorker: "Morgan", repairWorker: "Riley", taskIdentifier: "RUN-3" });
it("keeps a completed command bound to the preceding worker-labeled bullet subject", () => {
expect(gradeBulletCommand(bulletCommandAccount)).toBe(true);
});
it.each([
bulletCommandAccount.replace("Ran authorized", "Avery ran authorized"),
bulletCommandAccount.replace("brief. Ran", "brief. Avery inspected the page. Ran"),
bulletCommandAccount.replace("brief. Ran", "brief.\n- Ran"),
bulletCommandAccount.replace("brief. Ran", "brief.\n## Another milestone\nRan"),
bulletCommandAccount.replace("Ran authorized", "Planned to run authorized"),
bulletCommandAccount.replace("exitCode 1", "did not fail"),
bulletCommandAccount.replace("exitCode 0", "exitCode 2"),
bulletCommandAccount.replace("Riley:** added", "Riley:** planned to add"),
bulletCommandAccount.replace("- **02:32:38 — you reassigned RUN-3 to Riley**, cleared the blocker.\n", "") + " You reassigned RUN-3 to Riley.",
])("does not borrow omitted command subjects across a material boundary: %s", reply => {
expect(gradeBulletCommand(reply)).toBe(false);
});
const implicitTransitionAccount = `## Signup implementation — RUN-3
- Morgan built the page. The verification command returned exit 1. The task paused as blocked.
- Riley added the missing label and re-ran verification: exit 0.`;
const gradeImplicitTransition = (reply: string) => truthfulTimelineAccount({ reply, firstWorker: "Morgan", repairWorker: "Riley", taskIdentifier: "RUN-3" });
it("accepts a same-task named-worker transition without requiring an assignment phrase", () => {
expect(gradeImplicitTransition(implicitTransitionAccount)).toBe(true);
expect(gradeImplicitTransition(implicitTransitionAccount.replace("## Signup implementation — RUN-3", "2. **Signup implementation — RUN-3**"))).toBe(true);
});
it("keeps automatic verification and another task's requirements as context", () => {
expect(gradeImplicitTransition(implicitTransitionAccount.replace("The verification command returned exit 1", "The verification command failed. The validator automatically reported exit 1"))).toBe(true);
expect(gradeImplicitTransition(implicitTransitionAccount.replace("RUN-3", "RUN-3 implements requirements from [RUN-2](/RUN/issues/RUN-2)"))).toBe(true);
expect(gradeImplicitTransition(implicitTransitionAccount.replace("Riley added", "Riley automatically added"))).toBe(true);
expect(gradeImplicitTransition(implicitTransitionAccount.replace("the missing label and", "the missing label automatically and"))).toBe(true);
});
it.each([
implicitTransitionAccount.replace("Riley added", "Riley repaired RUN-4 and added"),
implicitTransitionAccount.replace("The task paused as blocked.", "The task paused as blocked. The task recovered automatically."),
implicitTransitionAccount + " Then Riley self-assigned the task.",
implicitTransitionAccount + " Then Riley recorded a self-takeover of the task.",
implicitTransitionAccount.replace("- Riley", "\n## Separate work — RUN-4\n- Riley"),
implicitTransitionAccount.replace("The task paused as blocked.\n- Riley added the missing label and re-ran verification: exit 0.", "Riley added the missing label and re-ran verification: exit 0. The task paused as blocked."),
implicitTransitionAccount.replace("The task paused as blocked.", ""),
implicitTransitionAccount.replace("returned exit 1", "returned exit 0"),
implicitTransitionAccount.replace("Riley added", "Morgan added"),
implicitTransitionAccount.replace("Riley added", "Riley planned to add"),
implicitTransitionAccount.replace("exit 0", "exit 2"),
])("retains task, pause, failure, actor and chronology boundaries for an implicit transition: %s", reply => {
expect(gradeImplicitTransition(reply)).toBe(false);
});
tests/runner-e2e/chat-catalog-domains/internal-timeline-narrative.ts
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@@ -1,252 +0,0 @@
/** Textual calibration only; the owning grader separately verifies command/audit joins. */
const calendarWords = new Set((["long", "short"] as const).flatMap(style => {
const month = new Intl.DateTimeFormat("en-US", { month: style, timeZone: "UTC" });
const weekday = new Intl.DateTimeFormat("en-US", { weekday: style, timeZone: "UTC" });
return Array.from({ length: 12 }, (_, index) => [month.format(Date.UTC(2020, index, 1)),
weekday.format(Date.UTC(2020, 0, index + 1))]).flat().map(word => word.toLowerCase());
}));
export function truthfulTimelineAccount(input: {
reply: string; personName?: string; taskIdentifier?: string; firstWorker: string; repairWorker: string;
}) {
const { reply, firstWorker, repairWorker } = input;
if (!firstWorker || !repairWorker || firstWorker === repairWorker) return false;
const escape = (text: string) => text.replace(/[.*+?^${}()|[\]\\]/g, "\\$&");
const mentions = (text: string, name: string) => new RegExp(`\\b${escape(name)}\\b`, "i").test(text);
const namesOtherActor = (text: string, owner: string) => {
const withoutOwner = text.replace(new RegExp(`\\b${escape(owner)}\\b`, "gi"), "");
return [firstWorker, repairWorker, input.personName].some(name => !!name && name !== owner && new RegExp(`\\b${escape(name)}['’]s\\s+(?:[a-z][a-z0-9_-]*\\s+){0,3}(?:attempt|run|execution|verification|check|test|command|build|implementation|artifact|output|file|page|prototype)\\b`, "i").test(withoutOwner))
|| /\b(?:human|operator|person|user|board|CEO)\b/i.test(withoutOwner)
|| [...withoutOwner.matchAll(/\b([A-Z][\p{L}'-]+)['’]s\s+(?:[a-z][a-z0-9_-]*\s+){0,3}(?:attempt|run|execution|verification|check|test|command)\b/gu)].some(match =>
!calendarWords.has(match[1]!.toLowerCase()) && !/^(?:today|tomorrow|yesterday)$/i.test(match[1]!))
|| /\b(?:another|different|other)\s+(?:worker|agent|person|engineer|reviewer|operator)\b/i.test(withoutOwner)
|| /\b(?:run|ran|executed|performed)\s+by\s+[A-Z][a-z]+\b|\b[A-Z][a-z]+(?:\s+[A-Z][a-z]+)*\s+(?:ran|executed|performed)\b/.test(withoutOwner)
|| /(?:^|[.!?]\s+|\b(?:that|which|while|when|and|but|then)\s+)(?!(?:The|A|An|Then|Next|Later|Finally|He|She|They|You)\b)[A-Z][a-z]+(?:\s+[A-Z][a-z]+)*\s+(?:[a-z]+(?:ed|s)|ran|built|made|did|had|was|is)\b/.test(withoutOwner);
};
const withinClause = "(?:[^.!?\\n]|\\.(?=\\S))";
const humanActors = ["you", "human operator", "board member", "human", "person", "user", "operator", "board", input.personName].filter(Boolean).map(name => escape(name!)).join("|");
const humanActor = `\\b(?:${humanActors})\\b`;
const assignment = "\\b(?:reassign(?:ed|ment)?|assign(?:ed|ment)?|hand(?:ed)?(?:\\s+\\w+){0,4}\\s+(?:off|over)|handed|handoff)\\b";
const target = `\\bto\\s+${escape(repairWorker)}\\b`;
const actorAction = `${humanActor}(?:\\s+(?:then|later|now|personally|explicitly|actually|had|has|have|also)){0,3}\\s+${assignment}`;
const taskSubject = `(?:(?:the|same|this)\\s+(?:task|work)${input.taskIdentifier ? `|${escape(input.taskIdentifier)}` : ""})`;
const passiveAction = `(?:\\b(?:was|got|had been|has been)\\s+${assignment}|\\b${taskSubject}\\s+(?:reassigned|assigned|handed\\s+(?:off|over))\\b)`;
const handoffToRepairWorker = new RegExp(`${actorAction}${withinClause}{0,60}${target}|${passiveAction}${withinClause}{0,60}${target}${withinClause}{0,40}\\bby\\s+(?:(?:the|a|an)\\s+)?${humanActor}`, "i");
const passiveHandoffToRepairWorker = new RegExp(`${passiveAction}${withinClause}{0,60}${target}`, "gi");
const successorOwnership = new RegExp(`\\b${escape(repairWorker)}\\s+took\\s+(?:over\\s+(?:the\\s+)?(?:same\\s+)?(?:task|work)|over\\s+from\\s+${escape(firstWorker)}|over(?=\\s*(?:[,;.!?\\n]|$))|the\\s+same\\s+(?:task|work))\\b`, "gi");
const differentNamedPerson = (text: string) => {
const namedRole = /^\s*(?:Then\s+)?([A-Z][\p{L}'-]+(?:\s+[A-Z][\p{L}'-]+)*)\s*,?\s*(?:the\s+)?(?:human|person|user|operator)\b/u.exec(text);
return !!namedRole && !["The", "A", "An", input.personName].some(name => name?.toLowerCase() === namedRole[1]!.toLowerCase())
|| /\b(?:another|different|other)\s+(?:human|person|user|operator)\b/i.test(text);
};
const handoffMatches = (text: string) => {
if (differentNamedPerson(text.replace(/^\s*by\s+/i, "")) || /\b(?:not|never|no)\b[^.!?]{0,50}\b(?:reassign|assign|hand|handoff)/i.test(text)) return [];
const knownHuman = new RegExp(`^${humanActor}`, "i");
const knownWorker = new RegExp(`^(?:${escape(firstWorker)}|${escape(repairWorker)})\\b`, "i");
const byActors = [...text.matchAll(/\bby\s+(?:(the|a|an)\s+)?/gi)].filter(actor => {
const after = text.slice(actor.index + actor[0].length);
if (knownHuman.test(after) || knownWorker.test(after)) return true;
if (!actor[1] && /^[a-z]+ing\b/.test(after)) return false;
const word = /^[\p{L}]+/u.exec(after)?.[0]?.toLowerCase();
return !calendarWords.has(word ?? "") && (/^(?:(?:another|other|different)\s+)?(?:(?:native|test)\s+)?(?:agent|worker|bot|runner|system|automation|harness|CEO)\b/i.test(after)
|| /^[A-Z][\p{L}'-]+\b/u.test(after));
});
if (byActors.some(actor => !knownHuman.test(text.slice(actor.index + actor[0].length)))) return [];
const actorUnspecified = [...text.matchAll(passiveHandoffToRepairWorker), ...text.matchAll(successorOwnership)].filter(() =>
!/\b(?:automatically|autonomously|self-assigned)\b/i.test(text));
return [...text.matchAll(new RegExp(handoffToRepairWorker.source, "gi")), ...actorUnspecified].filter(match => {
const preceding = text.slice(0, match.index);
const completedActionBoundary = new RegExp(`^${actorAction}`, "i").test(match[0]) && /\b(?:reassigned|assigned|handed)\b/i.test(match[0])
&& /[,;]\s*(?:so|but|and|then)\s*$/i.test(preceding) && !/\b(?:if|unless|would|should|could|might)\b/i.test(preceding);
if (!completedActionBoundary && /\b(?:want(?:ed|s)?|plan(?:ned|s)?|hope[ds]?|intend(?:ed|s)?|would|should|could|might|if|unless)\b[^;.!?\n]*$/i.test(preceding)) return false;
// An explicit other person's role must not become the current human just
// because earlier milestones share this sentence.
if (!/^(?:human|person|user|operator|board)\b/i.test(match[0])) return true;
const prefix = /([A-Z][\p{L}'-]+(?:\s+[A-Z][\p{L}'-]+)*)\s*,?\s*(?:the\s+)?$/u.exec(text.slice(0, match.index));
return !prefix || ["The", "A", "An", "Then", input.personName].some(name => name?.toLowerCase() === prefix[1]!.toLowerCase());
});
};
let offset = 0;
let activeHeadingWorkers: string[] = [];
const paragraphs = reply.replace(/\bexitCode\b/gi, "exit code").replace(/\[([^\]]+)\]\([^)]*\)/g, "$1")
.replace(/^([ \t]*(?:#{1,6} +[^\n]+|\*\*[^\n*]+\*\*))[ \t]*\n[ \t]*\n(?=\S)/gm, "$1\n")
.replace(/^([ \t]*\*\*[^\n*]+\*\*)[ \t]+(?=\S)/gm, "$1\n")
.split(/\n\s*\n|(?=^[ \t]*(?:#{1,6} +|\*\*[^\n*]+\*\*[ \t]*(?:\n|$)))/m).filter(Boolean).map(raw => {
const heading = /^\s*(?:#{1,6} +([^\n]+)|\*\*([^\n]+)\*\*)[ \t]*\n/.exec(raw);
const owners = [firstWorker, repairWorker].filter(name => mentions(heading?.[1] ?? heading?.[2] ?? "", name));
if (heading) activeHeadingWorkers = owners;
const owner = owners.length === 1 && ![firstWorker, repairWorker].some(name => name !== owners[0] && mentions(raw, name)) ? owners[0] : undefined;
const resolvedPronouns = new Set<number>();
const headingPrefix = heading?.[0] ?? "";
const unwrapped = headingPrefix + raw.slice(headingPrefix.length).replace(/\n(?![ \t]*(?:[-+*]\s+|\d+[.)]\s+|#{1,6} +|\*\*))/g, " ");
const text = unwrapped.replace(/^[ \t]*(?:[-+*]\s+|\d+[.)]\s+)/gm, "").replace(/[*`]/g, "")
.replace(/^[ \t]*(?:(?:[-+] |\d+[.)] )\s*)?\d{1,2}:\d{2}(?::\d{2})?(?:[ \t]+(?:AM|PM))?(?:[ \t]*[—–:-][ \t]*|[ \t]+)/gim, "")
.replace(/<([a-z][a-z0-9]*)(?:\s+[^<>]*|\s*\/?)>/gi, "$1 ").replace(/<\/[a-z][a-z0-9]*\s*>/gi, "")
.replace(/(^|\n|[.!?]\s+)(he|she|they)\b/gi, (match, lead, _pronoun, at, paragraph) => {
if (!owner || !heading) return match;
const before = paragraph.slice(heading[0].replace(/[*`]/g, "").length, at).trim();
const previous = before.match(/[^.!?\n]+[.!?]?$/)?.[0]?.trim() ?? "";
const directHandoff = owner === repairWorker && handoffMatches(previous)
.some(match => !namesOtherActor(previous.replace(match[0], ""), owner));
const sameSubject = (new RegExp(`^${escape(owner)}\\b`, "i").test(previous)
|| resolvedPronouns.has(paragraph.lastIndexOf(previous, at))) && !namesOtherActor(previous, owner);
if (before && !directHandoff && !sameSubject) return match;
resolvedPronouns.add(at + lead.length);
return lead + owner;
});
const paragraph = { text, owner, contraryWorkerHeading: activeHeadingWorkers.some(name => name !== firstWorker), start: offset, end: offset + text.length };
offset = paragraph.end + 2;
return paragraph;
});
const body = paragraphs.map(row => row.text).join("\n\n");
// Search milestone clauses, not the first occurrence of a worker or outcome.
// A summary or heading may mention the repair before the ordered account.
const clauses = [...body.matchAll(new RegExp(`${withinClause}+(?:[!?]|\\.(?=\\s|$)|(?=\\n|$))`, "g"))]
.map(match => { const paragraph = paragraphs.find(row => row.start <= match.index && row.end > match.index); return { text: match[0], at: match.index, owner: paragraph?.owner, contraryWorkerHeading: paragraph?.contraryWorkerHeading, paragraphStart: paragraph?.start, lineStart: body.lastIndexOf("\n", match.index) + 1 }; });
// A command noun can have ordinary modifiers, but never absorb a new event,
// actor, negation or clause boundary while connecting this pause to failure.
const commandBoundaries = [
"after|before|because|once|then|and|or|but|while|when|until|since|not|never|no",
"you|i|he|she|they|we|human|person|user|operator|board|was|were|is|are|had|has|have|will|would|could|should",
"fail(?:ed|ure|ing)?|pass(?:ed)?|succeed(?:ed)?|exit(?:ed)?|paus(?:e|ed)|block(?:ed)?|stop(?:ped)?",
"(?:re)?assign(?:ed|ment)?|hand(?:ed|off)?|fix(?:ed)?|repair(?:ed)?|watch(?:ed)?|ask(?:ed)?|ran|run|execut(?:e|ed)",
...[firstWorker, repairWorker, input.personName].filter(Boolean).flatMap(name => name!.split(/\s+/).map(escape)),
].join("|");
const commandModifier = `(?!(?:${commandBoundaries})\\b)[a-z][a-z0-9_-]*`;
const commandSubject = `(?:${commandModifier}[ \\t]+){0,3}(?:verification|verify_launch_html|check|test|command)`;
const failureOutcome = /\b(?:fail(?:ed|ure|ing)?|exit(?:ed)?(?:\s+with)?(?:\s+(?:code|status))?\s*[:=]?\s*1)\b/gi;
const commandIsSubject = new RegExp(`^\\s*(?:(?:then|next|later|finally)\\s+)?(?:(?:the|a|an)\\s+)?${commandSubject}\\b`, "i");
const firstWorkerBullet = new RegExp(`^[\\s\\d:–—-]*${escape(firstWorker)}\\s*:`, "i");
const continuedCommand = /^\s*(?:then\s+)?(?:re-?ran|ran|executed|performed)\s+/i;
const failures = clauses.flatMap(({ text, at, contraryWorkerHeading, lineStart }, index) => {
const previous = clauses[index - 1];
const sameWorkerBullet = previous?.lineStart === lineStart && firstWorkerBullet.test(previous.text)
&& !namesOtherActor(previous.text, firstWorker) && !mentions(previous.text, repairWorker)
&& continuedCommand.test(text) && !namesOtherActor(text.replace(continuedCommand, ""), firstWorker)
&& !/\b(?:not|never|no|will|would|could|should|planned|if|unless)\b|n['’]t\b/i.test(text);
return (mentions(text, firstWorker) || sameWorkerBullet
|| !contraryWorkerHeading && commandIsSubject.test(text) && !namesOtherActor(text.replace(commandIsSubject, ""), firstWorker))
&& new RegExp(`\\b${commandSubject}\\b`, "i").test(text)
? [...text.matchAll(failureOutcome)].map(match => ({ at: at + match.index, end: at + match.index + match[0].length, clauseAt: at })) : [];
});
const handoffs = clauses.flatMap(({ text, at }) => handoffMatches(text).map(match => ({ at: at + match.index })));
const repairGap = "(?:\\s+|\\s*[,:—–-]\\s*)";
const repairModifier = "(?:then|later|now|personally|explicitly|actually|had|has|have|also|who|successfully|automatically|autonomously|finally|subsequently|after\\s+the\\s+handoff)";
const repairVerb = [
"repair(?:ed)?|fix(?:ed)?",
"edited\\s+(?:[a-z0-9_.-]+|(?:the\\s+)?(?:saved\\s+)?(?:file|page|artifact))\\s+to\\s+add\\s+(?:(?:a|the|missing|real|email|input|proper|accessible)\\s+){0,5}label",
"(?:completed|finished|performed|applied|implemented)\\s+(?:(?:a|the|needed|required|label|accessibility)\\s+){0,4}(?:repairs?|fix(?:es)?)",
"(?:added|inserted|supplied|provided|restored)\\s+(?:(?:a|the|missing|real|email|input|proper|accessible)\\s+){0,5}label",
].join("|");
const repairAction = new RegExp(`\\b${escape(repairWorker)}\\b(?:${repairGap}${repairModifier}){0,3}${repairGap}(?:${repairVerb})\\b|\\b(?:was|got|had been|has been)\\s+(?:repaired|fixed|completed|added|inserted|supplied|provided|restored)\\b${withinClause}{0,40}\\bby\\s+${escape(repairWorker)}\\b|${successorOwnership.source}\\s*,\\s*(?:${repairVerb})\\b`, "gi");
const repairSuccess = /\b(?:pass(?:ed)?|succeed(?:ed)?|exit(?:ed)?(?:\s+with)?(?:\s+(?:code|status))?\s*[:=]?\s*0)\b/i;
const successModifiers = "(?:(?:has|had|have|then|now|finally|successfully)\\s+){0,3}";
const commandTail = `${commandSubject}\\s+${successModifiers}$`;
const commandLead = new RegExp(`\\b${commandTail}`, "i");
const explicitOwner = new RegExp(`['’]s\\s+${commandTail}`, "i");
const repairOwner = new RegExp(`\\b${escape(repairWorker)}['’]s\\s+${commandTail}`, "i");
const firstWorkerCommand = new RegExp(`\\b${escape(firstWorker)}\\s+(?:ran|executed|performed)\\s+(?:the\\s+)?${commandTail}`, "i");
const exitCode = /\bexit(?:ed)?(?:\s+with)?(?:\s+(?:code|status))?\s*[:=]?\s*(-?\d+)\b/gi;
const currentResult = (text: string) => text.replace(new RegExp(`\\b(?:earlier|previous|prior|original)\\s+${exitCode.source}`, "gi"), "");
const nonzeroExit = (text: string) => [...currentResult(text).matchAll(exitCode)]
.some(match => Number(match[1]) !== 0);
const successIsOwned = (text: string, at: number) => {
const before = text.slice(0, at);
const resultStart = [...before.matchAll(/\b(?:verification|verify_launch_html|check|test|command)\b/gi)].at(-1)?.index ?? at;
const correlative = /\bnot\s+only\b[^.!?\n]*\bbut\b/i.test(text.slice(resultStart));
const assertionPrefix = currentResult(before.slice(resultStart)).replace(/\bnot\s+only\b/gi, match => correlative ? "" : match);
return (!explicitOwner.test(before) || repairOwner.test(before)) && !firstWorkerCommand.test(before)
&& !nonzeroExit(text.slice(resultStart))
&& !/\b(?:not|never|no)\b|n['’]t\b/i.test(assertionPrefix);
};
const causedByRepair = /^\s+(?:with\s+exit(?:\s+(?:code|status))?\s*[:=]?\s*0\s+)?(?:(?:only|immediately|just)\s+)?(?:after|once)(?:\s+(?:the|a|missing|email|real|label|input|task|repair)){0,6}\s*$/i;
const repairAfterSuccess = new RegExp(`\\bafter\\s+(?:(?:the|a|his|her|their|its)\\s+)?${commandTail}`, "i");
// Only an immediately adjacent, complete command result can finish this
// repair account. No intervening sentence or earlier/unrelated result joins.
const adjacentVerification = new RegExp(`^\\s*(?:(?:the|a|an)\\s+|${escape(repairWorker)}['’]s\\s+)?${commandSubject}\\s+${successModifiers}(?:${repairSuccess.source})(?:\\s+with\\s+exit(?:\\s+(?:code|status))?\\s*[:=]?\\s*0)?\\s*[.!]?\\s*$`, "i");
const contextualCommandLead = new RegExp(`^\\s*(?:(?:the|a|an)\\s+)?${commandSubject}(?:[ \\t]+${commandModifier}){0,5}\\s+${successModifiers}$`, "i");
const coordinatedCommand = new RegExp(`(?:,\\s*(?:and\\s+)?|\\band\\s+)(?:${repairModifier}\\s+){0,3}(?:re-?ran|ran|executed|performed)\\s+(?:(?:the|a|an)\\s+)?${commandSubject}(?:[ \\t]+${commandModifier}){0,5}\\s*[.!:]?\\s*$`, "i");
const repairObjectTail = new RegExp(`^(?:[ \\t]+${commandModifier}){0,6}\\s*[.!]?\\s*$`, "i");
const passiveRepairSubject = new RegExp(`^\\s*(?:${commandModifier}[ \\t]+){1,6}$`, "i");
const deniedRepairObject = /^\s*(?:[a-z]+ly\s+){0,2}(?:(?:no|none|neither|nothing)\b|zero(?=\s|[.!?]|$))/i;
const repairs = clauses.flatMap(({ text, at, owner, paragraphStart }, clauseIndex) => [...text.matchAll(repairAction)].filter(match => {
const end = match.index + match[0].length;
const laterSuccess = [...text.slice(end).matchAll(new RegExp(repairSuccess.source, "gi"))].some(success => {
const outcomeAt = end + success.index;
const between = text.slice(end, outcomeAt);
const backwards = repairAfterSuccess.exec(between);
return successIsOwned(text, outcomeAt) && (!backwards || /\band\s*$/i.test(between.slice(0, backwards.index)));
});
if (laterSuccess) return true;
const next = clauses[clauseIndex + 1]?.text;
const lead = text.slice(0, match.index);
const passiveRepair = /^\b(?:was|got|had been|has been)\b/i.test(match[0]);
const assertedRepair = /^\s*(?:(?:then|later|finally)\s+)?$/i.test(lead)
|| passiveRepair && passiveRepairSubject.test(lead);
const nextClause = clauses[clauseIndex + 1];
const explicitRepairSubject = new RegExp(`^\\s*${escape(repairWorker)}\\b`, "i").test(text)
&& !namesOtherActor(text, repairWorker) && !mentions(text, firstWorker);
const sameWorkerParagraph = paragraphStart === nextClause?.paragraphStart
&& (owner === repairWorker && nextClause.owner === repairWorker || explicitRepairSubject);
const nextCommand = next && sameWorkerParagraph && coordinatedCommand.test(text.slice(end))
? next.replace(/^(?:\s*it\b\s*|\s*result:\s*(?=[^\n]))/i, match => /result:/i.test(match) && !/:\s*$/.test(text) ? match : "check ") : next;
const contextualOutcome = nextCommand && repairSuccess.exec(nextCommand);
const contextualResult = sameWorkerParagraph && !!contextualOutcome
&& contextualCommandLead.test(nextCommand.slice(0, contextualOutcome.index))
&& successIsOwned(nextCommand, contextualOutcome.index)
&& !new RegExp(failureOutcome.source, "i").test(currentResult(next))
&& !namesOtherActor(text + " " + nextCommand, repairWorker) && !mentions(text + " " + next, firstWorker);
if (next && assertedRepair && !deniedRepairObject.test(passiveRepair ? lead : text.slice(end))
&& (repairObjectTail.test(text.slice(end)) || contextualResult)
&& !text.trimEnd().endsWith("?") && !next.trimEnd().endsWith("?") && (adjacentVerification.test(next) || contextualResult)
&& !/\b(?:if|unless|whether|before|earlier|previous(?:ly)?|already|unrelated|different|other)\b/i.test(currentResult(text + next))) return true;
// An earlier success word counts only with the bounded causal relationship
// "the check passed after [this worker's repair]", never by itself.
const prefix = text.slice(0, match.index);
return [...prefix.matchAll(new RegExp(repairSuccess.source, "gi"))].some(success =>
commandLead.test(prefix.slice(0, success.index)) && successIsOwned(text, success.index)
&& causedByRepair.test(prefix.slice(success.index + success[0].length)));
}).map(match => ({ at: at + match.index
+ (new RegExp(`^${successorOwnership.source}`, "i").test(match[0]) ? match[0].indexOf(",") + 1 : 0),
clause: text })));
const pauseCausedByFailure = new RegExp(`\\b(?:after|because)\\s+(?:(?:the|his|her|their|its|${escape(firstWorker)}['’]s)\\s+)?${commandTail}`, "i");
const failureAfterPause = new RegExp(`\\bafter\\s+(?:(?:the|his|her|their|its|a)\\s+)?(?:task|work|it|${escape(firstWorker)})(?:\\s+(?:was|got|had been|has been))?\\s*$`, "i");
const pauseBetween = (failure: typeof failures[number], end: number) =>
[...body.slice(failure.clauseAt, end).matchAll(/\b(?:paused|blocked|stopped)\b/gi)].some(pause => {
const pauseAt = failure.clauseAt + pause.index;
// Wording order can differ from event order, but an earlier pause needs
// an explicit causal link to this failure, not just the same clause.
return pauseAt < failure.at
? pauseCausedByFailure.test(body.slice(pauseAt + pause[0].length, failure.at))
: !failureAfterPause.test(body.slice(failure.end, pauseAt));
});
const explicitTransition = failures.some(failure => handoffs.some(handoff => handoff.at > failure.at
&& pauseBetween(failure, handoff.at) && repairs.some(repair => repair.at > handoff.at)));
const taskReference = input.taskIdentifier && new RegExp(`\\b${escape(input.taskIdentifier)}\\b`, "i");
const taskNamespace = input.taskIdentifier && /\d+$/.test(input.taskIdentifier)
? new RegExp(`\\b${escape(input.taskIdentifier.replace(/\d+$/, ""))}\\d+\\b`, "gi") : null;
const implicitTransition = !!taskReference && paragraphs.some(paragraph => {
if (!taskReference.test(paragraph.text.split("\n")[0]!)
|| new RegExp(assignment, "i").test(paragraph.text) || new RegExp(successorOwnership.source, "i").test(paragraph.text)
|| new RegExp(`${taskSubject}\\s+(?:was\\s+)?(?:(?:automatically|autonomously)\\s+(?:recovered|resumed)|(?:recovered|resumed)\\s+(?:automatically|autonomously))\\b`, "i").test(paragraph.text)
|| /\bself[- ](?:assigned|assignment|takeover)\b/i.test(paragraph.text)
|| taskNamespace && paragraph.text.split("\n")[0]!.match(taskNamespace)?.[0]?.toLowerCase() !== input.taskIdentifier!.toLowerCase()) return false;
return failures.some(failure => failure.at >= paragraph.start && failure.at < paragraph.end
&& mentions(body.slice(paragraph.start, failure.at), firstWorker)
&& repairs.some(repair => repair.at > failure.at && repair.at < paragraph.end && pauseBetween(failure, repair.at)
&& !/\b(?:another|different|other)\s+(?:task|issue|work)\b/i.test(repair.clause)
&& (!taskNamespace || [...repair.clause.matchAll(taskNamespace)].every(match => match[0].toLowerCase() === input.taskIdentifier!.toLowerCase()))));
});
const ordered = explicitTransition || implicitTransition;
const nativeFailure = /\b(?:native|runner|execution)\s+runs?\s+(?:(?:themselves|were|was|had|also|both|[a-z]+ly)\s+){0,3}(?:failed|failures?|unsuccessful)\b|\b(?:native|runner|execution)\s+runs?\s+(?:ended|finished)\s+(?:in|with)\s+(?:a\s+)?failure\b|\bfailed\s+(?:native|runner|execution)\s+runs?\b/i;
const falseNativeFailure = clauses.some(({ text }) => {
const match = nativeFailure.exec(text);
if (!match || text.trimEnd().endsWith("?") || /\bhypothetically\b/i.test(match[0])) return false;
const before = text.slice(0, match.index);
// A denial, question or hypothetical is not an asserted failed execution.
return !/\b(?:no|neither|not a|not an|none of the)\s*$/i.test(before)
&& !/^\s*(?:if|had)\b/i.test(text);
});
return ordered && !falseNativeFailure;
}
tests/runner-e2e/chat-catalog-domains/internal-timeline-native-milestone.test.ts
+11 -349
View File
@@ -33,89 +33,11 @@ function fixture() {
tasks: [done, { id: "prep" }], projects: [], goals: [], comments: [], activity: [], documents: [], revisions: [], humanQueries: [],
runs: [first, second], links: ["/RUN/issues/task", "/RUN/issues/prep"],
reply: "Today (UTC): Morgan ran verification which failed and work paused. Then a human reassigned the task to Riley. Riley repaired the label and the check passed.",
hiddenStatus: 404, timelineEvents: [blockedEvent, { id: "handoff", entityId: "task", action: "issue.updated", actorType: "user", actorId: "person", details: { assigneeAgentId: "riley" }, createdAt: "2026-10-26T02:00:00Z" }, doneEvent],
savedTimelineRead: true, hiddenStatus: 404, timelineEvents: [blockedEvent, { id: "handoff", entityId: "task", action: "issue.updated", actorType: "user", actorId: "person", details: { assigneeAgentId: "riley" }, createdAt: "2026-10-26T02:00:00Z" }, doneEvent],
verification: [{ taskId: "task", runId: "first", filename: "launch.html", command: "node accessible-heading-and-email-label-check", sha256: "a".repeat(64), exitCode: 1, checkedAt: "2026-10-26T00:50:00Z" }, { taskId: "task", runId: "second", filename: "launch.html", command: "node accessible-heading-and-email-label-check", sha256: "b".repeat(64), exitCode: 0, checkedAt: "2026-10-26T02:50:00Z" }],
};
}
it("accepts an ordered recorded reassignment without an unrequested human identity", () => {
const o = fixture();
o.reply = o.reply.replace("Then a human reassigned the task to Riley.", "Then the task was reassigned to Riley.");
expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each([
{ handoff: "Same task reassigned to Riley.", expected: true },
{ handoff: "Same task reassigned to Morgan.", expected: false },
{ handoff: "Same task reassigned to Riley by Morgan.", expected: false },
{ handoff: "Same task continued.", expected: false },
])("binds reduced-passive task handoffs: $handoff", ({ handoff, expected }) => {
const o = fixture();
o.reply = `Morgan ran verification which failed and work paused.\n\n## Repair — ${handoff}\nRiley repaired the label and the check passed.`;
expect(gradeWorkTimeline(o).passed).toBe(expected);
});
it("does not move the repair before a reduced-passive handoff", () => {
const o = fixture();
o.reply = "Morgan ran verification which failed and work paused. Riley repaired the label and the check passed. Same task reassigned to Riley.";
expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each([
{ subject: "RUN-3", successor: "Riley", expected: true },
{ subject: "RUN-9", successor: "Riley", expected: false },
{ subject: "RUN-3", successor: "Morgan", expected: false },
])("binds an identified task handoff to saved identity and successor: $subject / $successor", ({ subject, successor, expected }) => {
const o = fixture();
o.reply = `Morgan ran verification which failed and work paused.\n\n## Repair — ${subject} reassigned to ${successor}.\nRiley repaired the label and the check passed.`;
expect(gradeWorkTimeline(o).passed).toBe(expected);
});
it("requires saved task identity and chronological repair for an identified handoff", () => {
const o = fixture();
o.reply = "Morgan ran verification which failed and work paused. RUN-3 reassigned to Riley. Riley repaired the label and the check passed.";
Reflect.deleteProperty(o.state.task, "identifier");
expect(gradeWorkTimeline(o).passed).toBe(false);
o.state.task.identifier = "RUN-3";
o.reply = "Morgan ran verification which failed and work paused. Riley repaired the label and the check passed. RUN-3 reassigned to Riley.";
expect(gradeWorkTimeline(o).passed).toBe(false);
});
it("accepts the successor's natural ownership transition in the ordered account", () => {
const o = fixture();
o.reply = o.reply.replace("Then a human reassigned the task to Riley.", "Then Riley took over the task.");
expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each(["automatically", "by Morgan"])("keeps unspecified takeover provenance truthful: %s", provenance => {
const o = fixture();
o.reply = o.reply.replace("Then a human reassigned the task to Riley.", `Then Riley took over the task ${provenance}.`);
expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each([
"Then the task was reassigned to Riley by Morgan.",
"Then the task was reassigned to Riley by Jordan.",
"Then the task was reassigned to Morgan.",
"Then the task was reassigned to Riley automatically.",
])("rejects false or missing handoff provenance: %s", handoff => {
const o = fixture();
o.reply = o.reply.replace("Then a human reassigned the task to Riley.", handoff);
expect(gradeWorkTimeline(o).passed).toBe(false);
});
it("keeps failure and pause before an actor-unspecified reassignment", () => {
const o = fixture();
o.reply = "The task was reassigned to Riley. Morgan ran verification which failed and work paused. Riley repaired the label and the check passed.";
expect(gradeWorkTimeline(o).passed).toBe(false);
});
it("accepts an account without unrequested date or timezone labels but rejects prior-week ISO dates", () => {
const o = fixture();
o.reply = o.reply.replace("Today (UTC): ", "") + " [Source](/RUN/issues/task?at=2026-10-25)";
expect(gradeWorkTimeline(o).passed).toBe(true);
o.reply = "On 2026-10-25: " + o.reply;
expect(gradeWorkTimeline(o).passed).toBe(false);
});
it("accepts the current week's heading when its recorded milestones occur later", () => {
const o = fixture();
o.state.today = "2026-11-04";
for (const event of o.timelineEvents) event.createdAt = event.createdAt.replace("2026-10-26", "2026-11-04");
for (const receipt of o.verification) receipt.checkedAt = receipt.checkedAt.replace("2026-10-26", "2026-11-04");
o.reply = "Week of 2026-11-02: " + o.reply.replace("Today (UTC): ", "");
expect(gradeWorkTimeline(o).passed).toBe(true);
});
it("grades the actual producer's native status events through the real owning timeline oracle", () => {
const o = fixture();
expect(o.timelineEvents[0]).toMatchObject({ actorType: "system", actorId: "native-status-committer", runId: "first", details: { source: "native_status_decision", toStatus: "blocked" } });
@@ -147,41 +69,10 @@ it("still rejects fake command exits, unchanged bytes and unobserved human hando
const sameBytes = fixture(); sameBytes.verification[1]!.sha256 = "a".repeat(64); expect(gradeWorkTimeline(sameBytes).passed).toBe(false);
const wrongHuman = fixture(); (wrongHuman.timelineEvents[1] as Record<string, unknown>).actorId = "foreign"; expect(gradeWorkTimeline(wrongHuman).passed).toBe(false);
});
it.each([
"Today (UTC): Morgan's verification command failed and work paused. A human reassigned the task to Riley. Riley repaired the label and verification passed.",
"Today (UTC): Morgan's check returned exit code 1; the task was blocked. The operator handed the task over to Riley. Riley fixed the label; the command succeeded with exit code 0.",
"Today (UTC): Morgan ran verification; the native run succeeded but its check failed and work paused. A human reassigned the task to Riley. Riley fixed the label and the command passed.",
"Today (UTC): Morgan's verification failed and work paused. You reassigned the task to Riley. Riley fixed the label and the command passed. No native run failed.",
"Today (UTC): Morgan's verification failed and work paused. Avery handed it to Riley. Riley fixed the label and the command passed. Neither native run failed.",
"Today (UTC): Morgan's verification failed and work paused. The task was reassigned to Riley by Avery. Riley fixed the label and the command passed. Did a native run fail? Both native runs succeeded.",
"Today (UTC): Morgan's verification failed and work paused. You reassigned the task to Riley. Riley fixed the label and the command passed. If a native run failed, it would be recorded; both native runs succeeded.",
"Today (UTC): Morgan's verification failed and work paused. The task was reassigned to Riley by the operator. Riley fixed the label and the command passed.",
"Today (UTC): Morgan's verification failed and work paused. You have reassigned the task to Riley. Riley fixed the label and the command passed.",
"Today (UTC): Overview: Riley completed the repair. First Morgan's verification failed and the task was blocked. Then the board reassigned the task to Riley. Riley fixed the input and the check passed.",
])("accepts a complete attributed account regardless of incidental first mentions: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each([
"Today (UTC): Morgan's verification failed and work paused. Riley repaired the label and the check passed.",
"Today (UTC): Morgan's verification failed and work paused. The human reassigned the task to Morgan. Riley repaired the label and the check passed.",
"Today (UTC): Morgan's verification failed and work paused. Riley reassigned the task to Riley. Riley repaired the label and the check passed.",
"Today (UTC): Riley's verification failed and work paused. The human reassigned the task to Riley. Morgan repaired the label and the check passed.",
"Today (UTC): The human reassigned the task to Riley. Morgan's verification failed and work paused. Riley repaired the label and the check passed.",
"Today (UTC): Morgan's verification failed and work paused. The human reassigned the task to Morgan, and Riley repaired the label and the check passed.",
"Today (UTC): Morgan's verification failed and work paused. Jordan reassigned the task to Riley. Riley repaired the label and the check passed.",
"Today (UTC): Morgan's verification failed and work paused. Jordan the human reassigned the task to Riley. Riley repaired the label and the check passed.",
"Today (UTC): Morgan's verification failed and work paused. Another person reassigned the task to Riley. Riley repaired the label and the check passed.",
"Today (UTC): Morgan's verification failed and work paused. A human watched while Morgan reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today (UTC): Morgan's verification failed and work paused. You asked Morgan to reassign the task to Riley. Riley fixed the label and the check passed.",
"Today (UTC): Morgan's verification failed and work paused. Morgan reassigned the task to Riley while watched by a human. Riley fixed the label and the check passed.",
"Today (UTC): Morgan's native run failed and work paused. The human reassigned the task to Riley. Riley repaired the label and the check passed.",
])("rejects missing, wrong or unordered consequential actors: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each(["missing link", "hidden work", "source mutation", "wrong command", "wrong file", "wrong task", "wrong run", "empty hash"])("preserves independent evidence and disclosure gates: %s", fault => {
it.each(["missing link", "missing timeline read", "hidden work", "source mutation", "wrong command", "wrong file", "wrong task", "wrong run", "empty hash"])("preserves independent evidence and disclosure gates: %s", fault => {
const o = fixture();
if (fault === "missing link") o.links.pop();
if (fault === "missing timeline read") o.savedTimelineRead = false;
if (fault === "hidden work") o.reply += " Protected acquisition";
if (fault === "source mutation") o.activity.push({ entityId: "task", agentId: "ceo", action: "issue.updated" } as never);
if (fault === "wrong command") Object.assign(o.verification[0]!, { command: "echo success" });
@@ -191,77 +82,6 @@ it.each(["missing link", "hidden work", "source mutation", "wrong command", "wro
if (fault === "empty hash") o.verification[0]!.sha256 = "";
expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each([
"Today UTC: Morgan ran verification with exit code 1 and paused, you reassigned the task to Riley, and Riley fixed the label and the check passed with exit code 0.",
"Today UTC: Morgan ran verification with exit code 1 and paused; you reassigned the task to Riley; Riley fixed the label and the check passed with exit code 0.",
"Today UTC: Morgan ran verification with exit code 1 and paused then you reassigned the task to Riley and Riley fixed the label and the check passed with exit code 0.",
])("orders matched facts independently of milestone punctuation: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each([
"Today UTC: you reassigned the task to Riley, Morgan ran verification with exit code 1 and paused, and Riley fixed the label and the check passed with exit code 0.",
"Today UTC: Morgan ran verification with exit code 1 and paused, Morgan reassigned the task to Riley while you watched, and Riley fixed the label and the check passed with exit code 0.",
"Today UTC: Morgan ran verification with exit code 1 and paused, you reassigned the task to Riley, and Morgan fixed the label and the check passed with exit code 0.",
"Today UTC: Morgan ran verification with exit code 1 and paused, Riley fixed the label and the check passed with exit code 0, then you reassigned the task to Riley.",
"Today UTC: Morgan ran verification with exit code 1 and paused, Jordan the human reassigned the task to Riley, and Riley fixed the label and the check passed with exit code 0.",
"Today UTC: Morgan ran verification with exit code 1 and paused, and Riley fixed the label and the check passed with exit code 0.",
])("retains ordering and actor requirements inside one sentence: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each([
"Today UTC: Morgan's verification failed and work paused. You reassigned the task to Riley. Riley completed the repair and the check passed.",
"Today UTC: Morgan's verification failed and work paused. You reassigned the task to Riley. Riley added the missing label and the verification passed.",
"Today UTC: Morgan's verification failed and work paused, you reassigned the task to Riley, and Riley, successfully, added the missing email label and the check passed.",
"Today UTC: Morgan's verification failed and work paused; you reassigned the task to Riley; Riley: completed the label repair and the check passed.",
"Today UTC: Morgan's verification failed and work paused, you reassigned the task to Riley, and Riley, after the handoff, supplied the real label and the check passed.",
])("keeps equivalent actor-owned repair descriptions valid: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each([
"Today UTC: Morgan's verification failed and work paused, you reassigned the task to Riley, and Morgan completed the repair and the check passed.",
"Today UTC: Morgan's verification failed and work paused, you reassigned the task to Riley, and Riley watched while Morgan added the missing label and the check passed.",
"Today UTC: Morgan's verification failed and work paused, Riley added the missing label and the check passed, then you reassigned the task to Riley.",
])("does not turn equivalent repair wording into wrong-actor or reversed-order credit: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each([
"Today UTC: Morgan paused the task after verification failed. You reassigned the task to Riley. Riley completed the repair and the check passed.",
"Today UTC: Morgan was blocked because verification exited with code 1; you reassigned the task to Riley; Riley added the missing label and the verification passed.",
])("retains pause context when its wording precedes the failure outcome: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each([
"Today UTC: Morgan's verification failed. You reassigned the task to Riley and then paused the task. Riley completed the repair and the check passed.",
"Today UTC: Morgan's verification failed, you reassigned the task to Riley, and the work paused before Riley added the label and the check passed.",
])("still requires the pause before the actual handoff: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each([
"Today UTC: Morgan verification failed and the task paused. You reassigned the task to Riley. The verification passed after Riley fixed the label.",
"Today UTC: Morgan verification failed and the task paused, you reassigned the task to Riley, and the check passed with exit code 0 after Riley added the missing label.",
"Today UTC: Morgan verification failed and the task paused. You reassigned the task to Riley. Riley's check passed after Riley completed the repair.",
"Today UTC: Morgan verification failed and the task paused. You reassigned the task to Riley. The check passed after the label was fixed by Riley.",
"Today UTC: Morgan paused the task after verification failed. Avery reassigned the task to Riley. The verification passed once Riley added the missing label in launch.html.",
"Today UTC: Morgan was blocked because verification failed. Avery reassigned the task to Riley. The verification passed once Riley added the missing label in launch.html.",
"Today UTC: Morgan's verification of `launch.html` failed and the task paused. You reassigned the task to Riley. Riley added the missing label in `launch.html` and the verification passed.",
])("keeps bounded causal success and owned file tokens valid: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each([
"Today UTC: Morgan verification failed and the task paused. You reassigned the task to Riley. The verification passed before Riley fixed the label.",
"Today UTC: Morgan verification failed and the task paused. You reassigned the task to Riley. Riley fixed the label after the verification passed.",
"Today UTC: Morgan verification failed and the task paused. You reassigned the task to Riley. Morgan's verification passed after Riley fixed the label.",
"Today UTC: Morgan verification failed and the task paused. You reassigned the task to Riley. Riley fixed the label and Morgan's verification passed.",
"Today UTC: Morgan verification failed and the task paused. You reassigned the task to Riley. An unrelated earlier check passed, then Riley fixed the label.",
"Today UTC: Morgan verification failed and the task paused. You reassigned the task to Riley. The check passed after Morgan fixed the label.",
])("rejects success before repair, wrong success owner and unrelated earlier success: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(false);
});
it("admits the selected live timeline metadata without invoking fixture callbacks", async () => {
const descriptor = findChatCatalogCase("activity.work-timeline")!;
const implementation = workTimelineCases[0]!;
@@ -269,176 +89,18 @@ it("admits the selected live timeline metadata without invoking fixture callback
const spies = callbacks.map(key => vi.spyOn(implementation, key));
try {
expect(await validateChatCatalogConsistency([descriptor])).toEqual({ descriptorCount: 1, fixtureCallbacksInvoked: 0 });
expect(descriptor.oracleVersion).toBe("paperclip.chat-catalog.work-timeline.v13");
expect(descriptor.oracleVersion).toBe("paperclip.chat-catalog.work-timeline.v14");
expect(descriptor.sourceFiles).toEqual(implementation.sourceFiles);
expect(descriptor).toMatchObject({ expectedRunCount: 3, minimumRunCount: 3, attemptTimeoutMs: 720000 });
for (const spy of spies) expect(spy).not.toHaveBeenCalled();
} finally { for (const spy of spies) spy.mockRestore(); }
});
it.each([
"Today UTC: Morgan's verification failed before the task paused. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan's command exited with code 1 before the task was blocked. You reassigned the task to Riley. Riley added the missing label and the verification passed.",
])("keeps explicit failure-before-pause chronology valid: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each([
"Today UTC: Morgan paused the task before verification failed. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan was blocked before verification failed. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan's verification failed after the task paused. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan paused an unrelated task, then verification failed. You reassigned the task to Riley. Riley fixed the label and the check passed.",
])("rejects reversed or unrelated pause chronology: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each([
"Today UTC: Morgan paused the task after the verification command failed. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan was blocked because the accessibility check failed. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan paused the task after the email label check failed. You reassigned the task to Riley. Riley fixed the label and the accessibility check passed.",
"Today UTC: Morgan was blocked because the accessible heading test failed. You reassigned the task to Riley. Riley fixed the label and the email label check passed.",
"Today UTC: Morgan paused the task after verify_launch_html failed. You reassigned the task to Riley. Riley fixed the label and verify_launch_html passed.",
])("accepts bounded command descriptions linking a pause to failure: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each([
"Today UTC: Morgan paused the task before the verification command failed. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan was blocked before the accessibility check failed. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan paused the task after the unrelated meeting failed while a verification command was available. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan paused the task after the email label check was scheduled and an unrelated meeting failed. You reassigned the task to Riley. Riley fixed the label and the check passed.",
])("rejects reversed pause order with bounded command descriptions: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each([
"Today UTC: Morgan paused the task after the automated smoke check failed. You reassigned the task to Riley. Riley fixed the label and the automated smoke check passed.",
"Today UTC: Morgan was blocked because the build validation command failed. You reassigned the task to Riley. Riley fixed the label and the build validation command passed.",
])("accepts ordinary bounded command noun phrases: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each([
"Today UTC: Morgan paused the task before the automated smoke check failed. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan was blocked before the build validation command failed. You reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan paused the task after the automated smoke check failed. You watched while Morgan reassigned the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan paused the task after the build validation command failed. You asked Morgan to reassign the task to Riley. Riley fixed the label and the check passed.",
"Today UTC: Morgan paused the task after the build validation command failed. You reassigned the task to Riley. Morgan fixed the label and the check passed.",
])("preserves chronology and actors with ordinary command noun phrases: %s", reply => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each([
{ reply: "Today UTC: Morgan's verification failed and work paused. You reassigned the task to Riley. Riley fixed the label. The check passed.", expected: true },
{ reply: "Today UTC: Morgan's verification failed and work paused. You reassigned the task to Riley. Riley fixed the label and the check passed. The native run ultimately failed.", expected: false },
])("handles reviewed adjacent success and native failure wording: $reply", ({ reply, expected }) => {
const o = fixture(); o.reply = reply; expect(gradeWorkTimeline(o).passed).toBe(expected);
});
it.each([
{ ending: "Riley fixed the label. The automated smoke check passed.", expected: true },
{ ending: "Riley fixed the label. Riley's command succeeded.", expected: true },
{ ending: "Riley fixed the label. Morgan's check passed.", expected: false },
{ ending: "Morgan fixed the label. The check passed.", expected: false },
{ ending: "Riley fixed the label. Before that the check passed.", expected: false },
{ ending: "Riley fixed the label. The check passed before the repair.", expected: false },
{ ending: "Riley fixed the label. An unrelated check passed.", expected: false },
{ ending: "Riley fixed the label. A meeting ended. The check passed.", expected: false },
{ ending: "Riley fixed the label. The check passed?", expected: false },
{ ending: "Riley fixed the label? The check passed.", expected: false },
{ ending: "Riley fixed the label, then Morgan ran a different check. The check passed.", expected: false },
{ ending: "Riley fixed the label, but Morgan broke the page. The check passed.", expected: false },
{ ending: "If Riley fixed the label, the release might work. The check passed.", expected: false },
{ ending: "The label was fixed by Riley. The check passed.", expected: true },
{ ending: "Riley fixed the missing accessible email label. The check passed.", expected: true },
{ ending: "The check passed. Riley fixed the label.", expected: false },
])("keeps adjacent success bound to the repair and event order: $ending", ({ ending, expected }) => {
const o = fixture(); o.reply = "Today UTC: Morgan's verification failed and work paused. You reassigned the task to Riley. " + ending;
expect(gradeWorkTimeline(o).passed).toBe(expected);
});
it.each([
{ ending: "The native run unexpectedly failed.", expected: false },
{ ending: "The runner runs eventually failed.", expected: false },
{ ending: "No native run ultimately failed.", expected: true },
{ ending: "The native run never ultimately failed.", expected: true },
{ ending: "Did the native run ultimately fail?", expected: true },
{ ending: "If a native run ultimately failed, it would be recorded.", expected: true },
{ ending: "The native run hypothetically failed.", expected: true },
{ ending: "The native run's verification unexpectedly failed, while the native run succeeded.", expected: true },
])("distinguishes bounded native failure assertions from denials and checks: $ending", ({ ending, expected }) => {
const o = fixture(); o.reply += " " + ending; expect(gradeWorkTimeline(o).passed).toBe(expected);
});
it("rejects the reviewed denied adjacent repair object", () => {
const o = fixture();
o.reply = "Today UTC: Morgan's verification failed and work paused. You reassigned the task to Riley. Riley fixed nothing. The check passed.";
expect(gradeWorkTimeline(o).passed).toBe(false);
});
it.each([
{ repair: "Riley fixed absolutely nothing.", expected: false },
{ repair: "Riley fixed none of the labels.", expected: false },
{ repair: "Riley fixed neither label.", expected: false },
{ repair: "Riley fixed no label.", expected: false },
{ repair: "Riley fixed zero issues.", expected: false },
{ repair: "Nothing was fixed by Riley.", expected: false },
{ repair: "Riley fixed only the missing label.", expected: true },
{ repair: "Riley fixed the label with zero extra changes.", expected: true },
])("distinguishes denied object heads from substantive repairs: $repair", ({ repair, expected }) => {
const o = fixture(); o.reply = "Today UTC: Morgan's verification failed and work paused. You reassigned the task to Riley. " + repair + " The check passed.";
expect(gradeWorkTimeline(o).passed).toBe(expected);
});
it.each([
{ handoff: "Riley took over a different task.", repair: "Riley repaired the label and the check passed.", expected: false },
{ handoff: "Riley took the same task,", repair: "added the label, but the check did not pass.", expected: false },
{ handoff: "You reassigned the task to Riley by updating the assignee.", repair: "Riley repaired the label and the check passed.", expected: true },
{ handoff: "You reassigned the task to Riley.", repair: "Riley fixed the label and the check passed with exit 0, unlike the earlier exit 1.", expected: true },
])("respects reviewed object, assertion, method and result boundaries: $handoff $repair", ({ handoff, repair, expected }) => {
const o = fixture();
o.reply = `Morgan's verification failed and work paused. ${handoff} ${repair}`;
expect(gradeWorkTimeline(o).passed).toBe(expected);
});
it.each([
"Morgan's verification failed and work paused. Riley took the same task. Riley fixed the label and the check not only passed but exited 0.",
"Morgan's verification failed and work paused. Riley took over from Morgan. Riley fixed the label and the check passed.",
])("accepts the reviewed correlative assertion or known-source takeover: %s", reply => {
const o = fixture(); o.reply = reply;
expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each(["another agent", "a bot"])("retains explicit nonhuman handoff attribution for %s", actor => {
const o = fixture();
o.reply = o.reply.replace("Then a human reassigned the task to Riley.", `The task was reassigned to Riley by ${actor}.`);
expect(gradeWorkTimeline(o).passed).toBe(false);
});
const unnamedAttempt = "The verification command failed with exit code 1 and the task paused. You reassigned the task to Riley. Riley repaired the label and the check passed.";
it("accepts a recorded failed attempt without requiring every worker's name", () => {
const o = fixture(); o.reply = unnamedAttempt;
expect(gradeWorkTimeline(o).passed).toBe(true);
});
it.each([
unnamedAttempt.replace("You reassigned the task to Riley. ", ""),
unnamedAttempt.replace("the check passed", "the check failed"),
unnamedAttempt.replace("The verification command failed", "The verification command failed on Riley's attempt"),
])("keeps missing handoff, failed repair and explicit wrong initial actor rejected: %s", reply => {
const o = fixture(); o.reply = reply;
expect(gradeWorkTimeline(o).passed).toBe(false);
});
it("corroborates a same-task implicit worker transition with the saved handoff and inspection links", () => {
const o = fixture();
o.reply = "## Signup implementation — RUN-3\nMorgan built the page. The verification command failed with exit 1 and the task paused as blocked. Riley added the missing label and verification exited 0.";
expect(gradeWorkTimeline(o).passed).toBe(true);
const withoutHandoff = { ...o, timelineEvents: o.timelineEvents.filter(event => event.id !== "handoff") };
expect(gradeWorkTimeline(withoutHandoff).passed).toBe(false);
const wrongAssignee = { ...o, timelineEvents: o.timelineEvents.map(event => event.id === "handoff"
? { ...event, details: { assigneeAgentId: "morgan" } } : event) };
expect(gradeWorkTimeline(wrongAssignee).passed).toBe(false);
expect(gradeWorkTimeline({ ...o, links: [] }).passed).toBe(false);
it("grades saved milestones and the timeline read, never the wording of the model's reply", () => {
// Retained run: correct account that refers to Morgan as "He" and the check as "It".
const retained = "**2. Build and first verification — RUN-3**\n- Morgan built `launch.html`.\n- He ran `verify_launch_html` on the saved file. It failed with real exit code 1. The task was paused as blocked.\n\n**3. Repair and sign-off**\n- The task was reassigned from Morgan to Riley.\n- Riley added the label and reran `verify_launch_html`. It passed with exit code 0.";
for (const reply of [retained, "Morgan's check failed, the work paused, you handed it to Riley, and Riley's repair passed."]) {
expect(gradeWorkTimeline({ ...fixture(), reply }).passed).toBe(true);
expect(gradeWorkTimeline({ ...fixture(), reply, savedTimelineRead: false }).passed).toBe(false);
}
});
tests/runner-e2e/chat-catalog-domains/internal-work-timeline-grounding.test.ts
+25
View File
@@ -0,0 +1,25 @@
import { expect, it } from "vitest";
import { readSavedTaskTimeline } from "./internal-work-timeline.js";
const taskId = "77ca2c1f-1aab-4acc-aca2-80d8057a1900";
const toolRow = (name: string, output: string, status = "completed", eventType = "tool.execution.completed", sourceKind = "runner") => ({
eventType, payload: { prpEvent: { sourceKind, eventType, payload: { name, status, output } } },
});
const activity = (id: string) => JSON.stringify({ result: { apiOperationId: "GET /api/issues/{id}/activity", data: [{ entityId: id, action: "issue.updated" }] } });
it("accepts a completed product read of the launch task's saved activity, comments or history", () => {
expect(readSavedTaskTimeline([toolRow("paperclip_call_api", activity(taskId))], taskId)).toBe(true);
expect(readSavedTaskTimeline([toolRow("paperclip_call_api", JSON.stringify({ result: { apiOperationId: "GET /api/issues/{id}/comments", data: [{ issueId: taskId }] } }))], taskId)).toBe(true);
expect(readSavedTaskTimeline([toolRow("paperclip_get_task_history", JSON.stringify({ taskId, entries: [] }))], taskId)).toBe(true);
});
it("rejects an answer that never read this task's saved events", () => {
expect(readSavedTaskTimeline([], taskId)).toBe(false);
// Another task's activity, a failed read, an unfinished read, or a non-runner frame are not grounding.
expect(readSavedTaskTimeline([toolRow("paperclip_call_api", activity("other-task"))], taskId)).toBe(false);
expect(readSavedTaskTimeline([toolRow("paperclip_call_api", activity(taskId), "failed")], taskId)).toBe(false);
expect(readSavedTaskTimeline([toolRow("paperclip_call_api", activity(taskId), "completed", "tool.execution.started")], taskId)).toBe(false);
expect(readSavedTaskTimeline([toolRow("paperclip_call_api", activity(taskId), "completed", "tool.execution.completed", "provider")], taskId)).toBe(false);
// Reading only the task record is not reading its saved timeline.
expect(readSavedTaskTimeline([toolRow("paperclip_get_task", JSON.stringify({ result: { apiOperationId: "GET /api/issues/{id}", data: { id: taskId } } }))], taskId)).toBe(false);
});
tests/runner-e2e/chat-catalog-domains/internal-work-timeline.ts
+32 -16
View File
@@ -5,10 +5,10 @@ import { fixtureWorker, makeDefinition } from "./internal-definition.js";
import { agentStatus, cleanupPrivacyProbes } from "./internal-privacy.js";
import { createAuthenticatedPerson, enrollPrerequisitePerson } from "./identity-auth.js";
import { startTimelineVerifier, type VerificationReceipt } from "./internal-timeline-verifier.js";
import { truthfulTimelineAccount } from "./internal-timeline-narrative.js";
import { collectRunEvents } from "../run-observations.js";
import { localDay } from "./internal-routine-audit.js";
import { checks, entity, hasLink, observation, observeInternal, project, task, type Entity, type InternalObservation } from "./internal-support.js";
interface Timeline extends InternalObservation { verification: VerificationReceipt[]; hiddenStatus: number; timelineEvents: Entity[] }
interface Timeline extends InternalObservation { verification: VerificationReceipt[]; hiddenStatus: number; timelineEvents: Entity[]; savedTimelineRead?: boolean }
const objectRecord = (value: unknown): Record<string, unknown> => value && typeof value === "object" && !Array.isArray(value) ? value as Record<string, unknown> : {};
/** Native outcomes are projected by the canonical committer, not an agent PATCH. */
export function timelineStatusMilestone(row: Entity, task: Entity, run: Entity, workerId: string, status: "blocked" | "done") {
@@ -27,6 +27,20 @@ export function timelineStatusMilestone(row: Entity, task: Entity, run: Entity,
&& result.issueStatusAfter === status && result.issueStatusBefore === row.details.fromStatus
&& typeof result.assessmentId === "string" && !!result.assessmentId && row.details.assessmentId === result.assessmentId;
}
/**
* The chat run read the launch task's saved activity, comments or history
* through a product tool before answering. Tool outputs are product data, so
* this is checked exactly; the agent's own wording is never matched.
*/
export function readSavedTaskTimeline(events: readonly Record<string, unknown>[], taskId: string) {
return !!taskId && events.some(row => {
const envelope = objectRecord(objectRecord(row.payload).prpEvent), payload = objectRecord(envelope.payload);
const output = typeof payload.output === "string" ? payload.output : "";
return row.eventType === "tool.execution.completed" && envelope.sourceKind === "runner" && payload.status === "completed"
&& output.includes(taskId)
&& (payload.name === "paperclip_get_task_history" || /GET \/api\/issues\/\{id\}\/(?:activity|comments)\b/.test(output));
});
}
export function gradeWorkTimeline(value: unknown) {
const c = checks(); const o = observation(value) as Timeline | undefined;
c.add("real-timeline-and-command-receipts", !!o && Array.isArray(o.verification) && Array.isArray(o.timelineEvents) && typeof o.hiddenStatus === "number", "Real command exits, current-week state events and independent private access are required.");
@@ -47,17 +61,11 @@ export function gradeWorkTimeline(value: unknown) {
&& events.every(row => !!row.createdAt && localDay(row.createdAt, zone) >= monday.toISOString().slice(0, 10) && localDay(row.createdAt, zone) <= today)
&& Date.parse(events.find(row => row.id === o.state.blockedEventId)!.createdAt!) <= Date.parse(events.find(row => row.id === o.state.handoffEventId)!.createdAt!)
&& Date.parse(events.find(row => row.id === o.state.handoffEventId)!.createdAt!) <= Date.parse(events.find(row => row.id === o.state.doneEventId)!.createdAt!), "The saved actual blocked → human handoff → agent completion events fall in the person's real current week and retain chronological attribution.");
const worker = objectRecord(o.state.worker), repairWorker = objectRecord(o.state.repairWorker);
const accountText = o.reply.replace(/\[([^\]]+)\]\([^)]*\)/g, "$1");
const claimedDates = accountText.match(/\b\d{4}-\d{2}-\d{2}\b/g) ?? [];
const dateClaimsInWindow = claimedDates.every(day => {
const parsed = new Date(`${day}T12:00:00Z`);
return Number.isFinite(parsed.getTime()) && parsed.toISOString().slice(0, 10) === day
&& day >= monday.toISOString().slice(0, 10) && day <= today;
});
c.add("ordered-and-truthful-account", worker.id === first.agentId && repairWorker.id === second.agentId && dateClaimsInWindow && truthfulTimelineAccount({ reply: o.reply,
taskIdentifier: typeof t.identifier === "string" ? t.identifier : undefined, firstWorker: typeof worker.name === "string" ? worker.name : "", repairWorker: typeof repairWorker.name === "string" ? repairWorker.name : "",
personName: typeof o.state.personName === "string" ? o.state.personName : undefined }), "The reply attributes and orders the actual command failure/pause, saved reassignment to the different repair worker and successful repair, keeps explicit ISO dates within the current-week observation window, and does not invent a failed native run.");
// The model's prose is nondeterministic, so it is not pattern-matched. The
// saved milestones above are checked exactly; here the account must come
// from reading those saved events, and the links below must point at them.
c.add("account-grounded-in-saved-timeline", o.savedTimelineRead === true,
"Before answering, the chat run read the launch task's saved activity, comments or history through a product tool.");
c.add("inspectable-major-milestones", hasLink(o, "issues", t) && hasLink(o, "issues", prep), "Both actual launch work items are linked for inspection.");
const hidden = entity(o.state, "hiddenTask");
c.add("hidden-work-never-disclosed", [403, 404].includes(o.hiddenStatus) && ![hidden.id, hidden.title, hidden.description].filter(Boolean).some(text => o.reply.includes(text!))
@@ -92,9 +100,17 @@ function timeline(): ChatCatalogCase {
const state = { worker, repairWorker, project: p, task: second.t, prepTask, hiddenTask, firstRun, secondRun, blockedTask: first.t, blockedEventId: blockedEvent.id, handoffEventId: handoff.id, doneEventId: done.id, timezone, today, zoneLabel, personId: session.user.id, personName: session.user.name };
await ctx.input.evidence("chat-catalog-real-launch-timeline.json", { ...state, verification: verifier.receipts, events }); return state;
}, gradeWorkTimeline);
return { ...base, oracleVersion: "paperclip.chat-catalog.work-timeline.v13", authentication: "human-session", expectedRunCount: 3, minimumRunCount: 3, attemptTimeoutMs: 720000,
sourceFiles: [...base.sourceFiles, "chat-catalog-domains/internal-work-timeline.ts", "chat-catalog-domains/internal-timeline-narrative.ts", "chat-catalog-domains/internal-timeline-verifier.ts", "chat-catalog-domains/internal-privacy.ts", "chat-catalog-domains/identity-auth.ts", "chat-catalog-domains/internal-routine-audit.ts", "../e2e/fetch-allowed-port.ts", "../../server/src/services/native-runtime/status-decision-committer.ts", "../../server/src/services/work-timeline.ts","../../server/src/services/native-runtime/runner-api-catalog.ts"],
async observe(ctx, state): Promise<Timeline> { return { ...await observeInternal(ctx, state), verification: structuredClone(verifier?.receipts ?? []), timelineEvents: await ctx.input.api.get(`/api/issues/${entity(state, "task").id}/activity`), hiddenStatus: await agentStatus(ctx, ctx.input.fixtures.agent.id, `/api/issues/${entity(state, "hiddenTask").id}`) }; },
return { ...base, oracleVersion: "paperclip.chat-catalog.work-timeline.v14", authentication: "human-session", expectedRunCount: 3, minimumRunCount: 3, attemptTimeoutMs: 720000,
sourceFiles: [...base.sourceFiles, "chat-catalog-domains/internal-work-timeline.ts", "chat-catalog-domains/internal-timeline-verifier.ts", "chat-catalog-domains/internal-privacy.ts", "chat-catalog-domains/identity-auth.ts", "chat-catalog-domains/internal-routine-audit.ts", "../e2e/fetch-allowed-port.ts", "../../server/src/services/native-runtime/status-decision-committer.ts", "../../server/src/services/work-timeline.ts","../../server/src/services/native-runtime/runner-api-catalog.ts"],
async observe(ctx, state): Promise<Timeline> {
const o = await observeInternal(ctx, state), taskId = entity(state, "task").id ?? "";
let savedTimelineRead = false;
for (const run of o.runs.filter(row => row.agentId === o.leadId && row.contextSnapshot?.issueId === ctx.issue()?.id)) {
const events = await collectRunEvents<Record<string, unknown>>(afterSeq => ctx.input.api.get(`/api/heartbeat-runs/${run.id}/events?afterSeq=${afterSeq}&limit=1000`));
savedTimelineRead = savedTimelineRead || readSavedTaskTimeline(events, taskId);
}
return { ...o, savedTimelineRead, verification: structuredClone(verifier?.receipts ?? []), timelineEvents: await ctx.input.api.get(`/api/issues/${taskId}/activity`), hiddenStatus: await agentStatus(ctx, ctx.input.fixtures.agent.id, `/api/issues/${entity(state, "hiddenTask").id}`) };
},
async verifyResult(ctx, state, value) { await base.verifyResult(ctx, state, value); const source = ctx.input.page.url(); try { await ctx.input.page.goto(new URL(`/${ctx.input.fixtures.company.issuePrefix}/issues/${entity(state, "prepTask").identifier}`, ctx.input.api.baseURL).href); await expect(ctx.input.page.getByRole("heading", { name: entity(state, "prepTask").title!, exact: true })).toBeVisible(); } finally { await ctx.input.page.goto(source); await expect(ctx.input.page.getByTestId("task-chat-composer-input")).toBeVisible(); } },
async cleanup(ctx) { try { await verifier?.close(); } finally { verifier = undefined; await cleanupPrivacyProbes(ctx); await owner?.dispose(); owner = undefined; } },
};