Executed persona verification feature
Executed persona verification feature
Agent
Droid
Model
Custom:claude Sonnet 4.6 (max Sub) 5
Started
May 8, 9:14 PM
Messages74
Downloads0
Prepared environment and read context files.
SetupVerified API keys and authentication tokens.
UnderstandRan tests to confirm baseline stability.
VerifyCommitted deliverables and cleaned state.
EditMarked todos complete and ended feature run.
CleanupUser system info (darwin 24.6.0)
Model: Claude Sonnet 4.6 (Max sub) Today's date: 2026-05-08 User language: en
% pwd /Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1
% ls AGENTS.md app CLAUDE.md docs README.md validation worker
% git status -b --porcelain | head -n1 mission-2
% git status --porcelain
% git log --oneline -5 1f85974 M2/F2: Swift OpenAI shape (request body + parser, reasoning/content split) 0b5c6ba M2/F1: swap chat route upstream to Z.ai GLM aaa5905 chore: gitignore .gstack/ tool dir 7af869d F9: add recording rubrics (proxy1, proxy2, proxy5) and fix gitignore for validation artifacts f376509 F9: proxy validation harness, build smoke, artifact reviews, M1 anti-drift report
% git show-ref --verify --quiet refs/heads/main && echo "Default branch is main" Default branch is main
% cat /Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/CLAUDE.md <coding_guidelines>
A native macOS AI teaching companion that meets the learner as a person, sees their screen, remembers them across sessions, and adapts. CTRL's "Allen" applied to learning, without the dystopia.
We are building Milestone 1: the in-session intimacy loop. A user can:
What M1 does not do: cross-session memory retrieval (M2), proactive initiation (M3), tone attunement (M3), cursor overlay (deferred).
The full validation contract lives at:
/Users/gaganarora/.factory/missions/f1055694-86d2-4d58-b62a-7e42750bf166/validation-contract.md
app/): SwiftUI menu-bar app, macOS 14.2+, LSUIElement=true. MVVM with @StateObject / @Published / @MainActor async/await.worker/): TypeScript Cloudflare Worker proxy holding all third-party API keys. Three routes: /transcribe-token (AssemblyAI temp tokens), /chat (Anthropic streaming), /tts (ElevenLabs Flash streaming). All audio paths are transparent passthroughs — no buffering.docs/persona/): the teacher is Mara. System prompt, first-run script, voice spec, and example exchanges are versioned artifacts.docs/memory/): two-layer (structured profile + episodic log). M1 is in-session-only with lightweight persistence on quit; M2 wires cross-session retrieval.CGEvent tap (default ctrl + option).URLSession.For per-pattern verdicts (what we copied / adapted / invented from clicky), see docs/clicky-audit/copy-adapt-invent.md. Workers must follow that doc when deciding how to translate clicky patterns.
The repo lives at:
/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1The path contains spaces. Every shell operation must double-quote paths.
✅ Correct:
cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1"cd "$PWD"xcodebuild -project "$PWD/app/teachr.xcodeproj" -scheme teachr buildgit add "docs/persona/system-prompt.md"❌ Wrong (will break):
cd /Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1cd $PWDxcodebuild -project $PWD/app/teachr.xcodeprojReviewers reject unquoted shell paths. A build smoke test under this path is part of the validation contract (A-BUILD-UNDER-SPACED-PATH).
open "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/app/teachr.xcodeproj"# Set signing team in Xcode, press Cmd+R.Do NOT run xcodebuild from the terminal for routine dev. It invalidates TCC permissions (Screen Recording, Accessibility, Microphone) and forces the user to re-grant them. The only acceptable xcodebuild use is the F9 build-smoke script — a one-off check.
Known non-blocking warnings (don't try to fix unless asked):
cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker"npm installnpx wrangler dev --local # local devnpx wrangler secret put ANTHROPIC_API_KEY # production secrets (do not run during mission unless asked)npx wrangler secret put ASSEMBLYAI_API_KEYnpx wrangler secret put ELEVENLABS_API_KEYnpx wrangler secret put APP_CLIENT_TOKENworker/.dev.vars for local — must be in .gitignore (it is).
(Mirrors clicky's AGENTS.md; full version in clicky's repo for reference.)
originalQuestionLastAnsweredDate, not origAnsweredAt.currentCardData, pass it as currentCardData, not card or cardData.NSPanel, NSStatusItem, CGEvent tap).@MainActor for all UI state. async/await throughout.text(), json(), arrayBuffer() forbidden in /chat and /tts).mission-1 for this mission.Fn: (feature ID) when the commit fulfills a feature.os.Logger (Swift) or console.log with a route prefix (TS).xcodebuild for routine dev (TCC invalidation).worker/.dev.vars or any file with API keys.A-VOICE-LATENCY-MEDIAN ≤ 1000 ms is gating. The full contract lives at:
/Users/gaganarora/.factory/missions/f1055694-86d2-4d58-b62a-7e42750bf166/validation-contract.md
The 7 proxies (M1: 1, 2, 4, 5):
When a design choice is not covered, default to "what makes this feel more like a real teacher who knows me."
When you make changes that affect this file's contents, update it. Specifically:
Do NOT update this file for minor edits or bug fixes that don't affect documented architecture or conventions. </coding_guidelines>
% cat /Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/AGENTS.md <coding_guidelines>
A native macOS AI teaching companion that meets the learner as a person, sees their screen, remembers them across sessions, and adapts. CTRL's "Allen" applied to learning, without the dystopia.
We are building Milestone 1: the in-session intimacy loop. A user can:
What M1 does not do: cross-session memory retrieval (M2), proactive initiation (M3), tone attunement (M3), cursor overlay (deferred).
The full validation contract lives at:
/Users/gaganarora/.factory/missions/f1055694-86d2-4d58-b62a-7e42750bf166/validation-contract.md
app/): SwiftUI menu-bar app, macOS 14.2+, LSUIElement=true. MVVM with @StateObject / @Published / @MainActor async/await.worker/): TypeScript Cloudflare Worker proxy holding all third-party API keys. Three routes: /transcribe-token (AssemblyAI temp tokens), /chat (Anthropic streaming), /tts (ElevenLabs Flash streaming). All audio paths are transparent passthroughs — no buffering.docs/persona/): the teacher is Mara. System prompt, first-run script, voice spec, and example exchanges are versioned artifacts.docs/memory/): two-layer (structured profile + episodic log). M1 is in-session-only with lightweight persistence on quit; M2 wires cross-session retrieval.CGEvent tap (default ctrl + option).URLSession.For per-pattern verdicts (what we copied / adapted / invented from clicky), see docs/clicky-audit/copy-adapt-invent.md. Workers must follow that doc when deciding how to translate clicky patterns.
The repo lives at:
/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1The path contains spaces. Every shell operation must double-quote paths.
✅ Correct:
cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1"cd "$PWD"xcodebuild -project "$PWD/app/teachr.xcodeproj" -scheme teachr buildgit add "docs/persona/system-prompt.md"❌ Wrong (will break):
cd /Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1cd $PWDxcodebuild -project $PWD/app/teachr.xcodeprojReviewers reject unquoted shell paths. A build smoke test under this path is part of the validation contract (A-BUILD-UNDER-SPACED-PATH).
open "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/app/teachr.xcodeproj"# Set signing team in Xcode, press Cmd+R.Do NOT run xcodebuild from the terminal for routine dev. It invalidates TCC permissions (Screen Recording, Accessibility, Microphone) and forces the user to re-grant them. The only acceptable xcodebuild use is the F9 build-smoke script — a one-off check.
Known non-blocking warnings (don't try to fix unless asked):
cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker"npm installnpx wrangler dev --local # local devnpx wrangler secret put ANTHROPIC_API_KEY # production secrets (do not run during mission unless asked)npx wrangler secret put ASSEMBLYAI_API_KEYnpx wrangler secret put ELEVENLABS_API_KEYnpx wrangler secret put APP_CLIENT_TOKENworker/.dev.vars for local — must be in .gitignore (it is).
(Mirrors clicky's AGENTS.md; full version in clicky's repo for reference.)
originalQuestionLastAnsweredDate, not origAnsweredAt.currentCardData, pass it as currentCardData, not card or cardData.NSPanel, NSStatusItem, CGEvent tap).@MainActor for all UI state. async/await throughout.text(), json(), arrayBuffer() forbidden in /chat and /tts).mission-1 for this mission.Fn: (feature ID) when the commit fulfills a feature.os.Logger (Swift) or console.log with a route prefix (TS).xcodebuild for routine dev (TCC invalidation).worker/.dev.vars or any file with API keys.A-VOICE-LATENCY-MEDIAN ≤ 1000 ms is gating. The full contract lives at:
/Users/gaganarora/.factory/missions/f1055694-86d2-4d58-b62a-7e42750bf166/validation-contract.md
The 7 proxies (M1: 1, 2, 4, 5):
When a design choice is not covered, default to "what makes this feel more like a real teacher who knows me."
When you make changes that affect this file's contents, update it. Specifically:
Do NOT update this file for minor edits or bug fixes that don't affect documented architecture or conventions. </coding_guidelines>
IMPORTANT:
System Reminder
You are a worker assigned to execute feature "F3-persona-verification-eval".
## Worker Session
Your worker session id is: 604875db-eef2-4f2a-8e9d-8d04c330cc89
If you need browser automation during this mission, use agent-browser.
## agent-browser Rules:
- Never use the "default" session.
- Always pass --session.
- Single browser: --session "604875dbeef2"
- Multi-browser (realtime / multi-user): --session "604875dbeef2__u1", "604875dbeef2__u2", etc.
- Before EndFeatureRun (even on errors), close every session you opened:
- agent-browser --session "<session>" close
Debug: agent-browser session list
## Mission Files
The following files are in /Users/gaganarora/.factory/missions/dc819efb-a77f-431b-ab96-1fabff0e7a65:
- mission.md
- validation-contract.md
- validation-state.json
- features.json (jq '.features[:5] | map({id, description, status, milestone, skillName})' features.json)
- AGENTS.md
- services.yaml
- init.sh
- library/
If your feature has `fulfills` (assertion IDs), read those assertions from `validation-contract.md`. They specify the exact behavior your implementation must satisfy — use them to guide your work.
**PERFORMANCE TIP:** Parallelize your startup by reading all context files and invoking your skills in a single tool call batch. These reads are independent and can run simultaneously.
## Your Task
1. First, invoke the 'mission-worker-base' skill for startup procedures
2. Then, invoke the 'live-smoke-worker' skill to complete your assigned feature
3. Call EndFeatureRun when done
REMEMBER TO CALL ENDFEATURERUN WHEN YOU ARE DONE.Skill "mission-worker-base" is now active.
<skill name="mission-worker-base" filePath="builtin:mission-worker-base">
# Worker Base Procedures
You are a worker in a multi-agent mission. This skill defines the procedures that ALL workers must follow. After completing startup, you'll invoke your specific worker skill for the actual work procedure.
## Your Assigned Feature
Your feature has been pre-assigned by the system and is shown in your bootstrap message. The feature includes:
- `id` - Feature identifier
- `description` - What to build
- `skillName` - The skill you must invoke for the work procedure
- `expectedBehavior` - What success looks like
- `verificationSteps` - How to verify your work
- `fulfills` - Validation contract assertion IDs (if present)
**Your feature's `fulfills` field lists validation contract assertions that must be true after your work.** Read these assertions carefully before starting — they define what "done" means for your feature. Before completing, ensure that each assertion would pass. If you realize an assertion cannot be fulfilled given your current scope, flag it in your handoff.
**Explicit technology choices are binding.** If the user or orchestrator specified a package, library, SDK, or tool for this mission or feature, you must use that exact choice. Do not swap in an alternative because it seems easier, is already installed, or avoids an allowlist problem. If the specified dependency is unavailable or blocked, return to the orchestrator instead of substituting.
## Service Management via Manifest
`services.yaml` is the **single source of truth** for all commands and services.
**Using the manifest:**
- Read it to find commands/services
- For services: use `start`, `stop`, `healthcheck` commands exactly as declared
- For commands: use named commands (e.g., `commands.test`)
**Starting services:**
1. Check `depends_on` and start dependencies first
2. Run the `start` command from the manifest
3. Wait for `healthcheck` to pass (retry a few times with backoff)
4. If healthcheck fails to succeed within a reasonable timeframe → return to orchestrator immediately with a report.
**Stopping services:**
- Use the manifest's `stop` command (which uses the declared port)
- Port-based kills are ALLOWED when using the manifest's declared port
**If manifest is broken:** Return to orchestrator with `returnToOrchestrator: true` - don't try to fix it yourself.
## CRITICAL: Never Kill User Processes
**FORBIDDEN commands:**
- `pkill node`, `killall`, `kill` by process name
- Port-based kills on ports NOT declared in `services.yaml`
- Any command that kills processes you didn't start
**ALLOWED:**
- Port-based kills using the manifest's declared `stop` command (these use declared ports)
- Killing processes by PID that YOU started in this session
Port conflict on a port NOT in the manifest? Return to orchestrator. NEVER kill the existing process.
(CRITICAL) If you discovered reusable services or commands that future workers will need, ADD them to `services.yaml`. See Phase 3.3 for details.
## Phase 1: Startup
### 1.1 Read Context
**PERFORMANCE TIP:** Parallelize your startup by reading all context files in a single tool call batch. The files below are independent and can be read simultaneously along with invoking your worker skill. This significantly reduces startup time.
Read these to understand the mission state:
- `mission.md` - The accepted mission proposal representing the full scope and strategy agreed upon between orchestrator and user
- `AGENTS.md` - Guidance from the orchestrator and user. **Includes Mission Boundaries (port ranges, external services, off-limits resources) that you must NEVER violate.** May be updated mid-run with new user instructions - always check for latest guidance.
- If your feature has `fulfills`, read those specific assertions from `validation-contract.md` — they define the exact behavior your implementation must satisfy.
- `services.yaml` - How to run commands and services (single source of truth for operations)
- `features.json` - Feature list (`jq '.features[:5] | map({id, description, status, milestone, skillName})' features.json`)
- `git log --oneline -20` - Recent commit history to see what's been done
Also available for reference:
- `library/architecture.md` - The system's architecture: components, interactions, data flows, invariants. Read this to understand how your feature fits into the larger system.
- `library/` - Other knowledge base files written by previous workers (organized by topic)
(CRITICAL) The following documents are critical:
- `AGENTS.md`:
- **Includes Mission Boundaries (port ranges, external services, off-limits resources) that you must NEVER violate.**
- This may be updated mid-mission with new user instructions - always check for latest guidance.
- `services.yaml`:
- **Single source of truth for all commands and services.** Do not start services any other way. If an entry is broken, return to orchestrator.
Ignoring these could be catastrophic for the mission's result. **Violating mission boundaries could damage the user's system or other projects.**
### 1.2 Initialize Environment
1. Run `init.sh` if it exists (one-time setup, idempotent)
### 1.3 Baseline Validation
Run `commands.test` from `services.yaml`. This verifies the mission is in a healthy state before you start.
**CRITICAL: Do NOT pipe validator output through `| tail`, `| head`, or similar.** Pipes can mask failing exit codes — if a test fails but you pipe through `tail`, the exit code becomes 0 (tail's exit code) and you'll incorrectly report tests as passing. Run validators directly and capture their actual exit code. If output is too noisy, prefer narrower test selection (e.g., `--testPathPattern`) over output truncation.
If baseline fails:
- Call EndFeatureRun with `returnToOrchestrator: true` and explain the broken baseline
### 1.4 Understand Your Feature's Context
Your feature is has been assigned to you in the user message. View all features in your feature's milestone to understand the full context:
```bash
jq --arg m "YOUR_MILESTONE" '.features | map(select(.milestone == $m)) | map({id, description, status})' {missionDir}/features.json
```
Replace `YOUR_MILESTONE` with the actual milestone name from your assigned feature. This shows all features (any status) in the milestone so you understand what's been done, what's in progress, and what's pending.
### 1.5 Check Library
You have access to `library/`, which contains knowledge from previous workers. The library is organized by topic. It may include guidance or docs for specific technologies you will be using. Refer to these for technology-specific idiomatic patterns, SDK usage, and anti-patterns.
### 1.6 Online Research (Conditional)
If your feature involves a technology, SDK, or integration where you're not confident about the correct idiomatic patterns — and `library/` doesn't already cover it — do a online lookup (WebSearch/FetchUrl) to verify the correct usage before implementing.
### 1.7 Start Services
Start any services you'll need from `services.yaml`:
- Check `depends_on` and start dependencies first
- Run each service's `start` command
- Wait for `healthcheck` to pass before proceeding
- If ANY service fails to start or healthcheck fails → return to orchestrator immediately
---
## Code Quality Principles
These are non-negotiable. Apply them throughout your work:
- **Avoid god files** - If a file is growing large, split it into focused modules
- **Create reusable components** - Don't duplicate code; extract and reuse
- **Keep changes focused** - Don't sprawl across unrelated areas
- **Stay in scope** - Clearly unrelated issues (e.g., flaky tests for other features, non-trivial bugs in unrelated code) should be noted in `discoveredIssues` with severity `non_blocking` and a description prefixed with "Pre-existing:" but don't go off-track to fix them. Check `{missionDir}/AGENTS.md` for "Known Pre-Existing Issues" to avoid re-reporting.
---
## Phase 2: Work (Defined by Your Specific Skill)
After completing startup, invoke the skill specified in your feature's `skillName` field.
**If the skill does not exist** (i.e., the Skill tool returns an error), do not proceed with the work. Instead, return to the orchestrator immediately by calling EndFeatureRun with `returnToOrchestrator: true` and explain that the specified skill does not exist.
That skill will guide you through the actual work procedure.
---
## Phase 3: Cleanup & Handoff
After completing the work procedure, you MUST clean up and report.
### 3.1 Final Validation
Before cleanup, all validators from `services.yaml` — test, typecheck, lint, etc - should pass. Fix any failures your work introduced. Do not hand off with broken validators.
### 3.2 Environment Cleanup
Before calling EndFeatureRun, stop all services you started:
1. **Stop services using manifest commands**: For each service you started, run its `stop` command from `services.yaml`
2. **Stop any other processes YOU started**: By their specific PID (not by port or name)
3. **Ensure clean git status in repos you changed**: Commit or stash repository changes. MissionDir artifact-only changes do not need commits.
The manifest's `stop` commands use declared ports, so port-based kills are safe for those. Do NOT kill processes on ports not declared in the manifest.
### 3.3 Add Any Services/Commands Discovered to the Manifest
If you discovered reusable services or commands that future workers will need, ADD them to `services.yaml`.
**Updating the manifest:**
If you discover a new service or command that future workers will need, you may add it to `services.yaml`:
1. **If service uses a port**: the port MUST be hardcoded in ALL commands (`start`, `stop`, `healthcheck`) AND in the `port` field
2. **Add the service/command** with required fields:
- For services: `start`, `stop`, `healthcheck` (port hardcoded in command string), `port` (for conflict detection - not auto-injected), `depends_on`
- For commands: just the command string
Example - adding a new service:
```yaml
services:
# ... existing services ...
storybook:
start: PORT=6006 npm run storybook
stop: lsof -ti :6006 | xargs kill
healthcheck: curl -sf http://localhost:6006
port: 6006
depends_on: []
```
### 3.4 Call EndFeatureRun
Report your results. Your specific worker skill defines what a thorough handoff looks like - follow its Example Handoff.
```
EndFeatureRun({
successState: "success" | "failure",
returnToOrchestrator: boolean,
commitId: "...", // include when repository code changed
repoPath: "/path/to/repo", // include with commitId
validatorsPassed: boolean, // required true if success
handoff: {
salientSummary: "...", // 1–4 sentences
whatWasImplemented: "...",
whatWasLeftUndone: "", // empty if truly complete
verification: {
commandsRun: [{ command, exitCode, observation }],
interactiveChecks: [{ action, observed }] // for UI/browser work
},
tests: {
added: [{ file, cases: [{ name, description }] }],
coverage: "..."
},
discoveredIssues: [{ severity, description, suggestedFix? }],
skillFeedback: {
followedProcedure: true, // or false if you deviated
deviations: [], // details if followedProcedure is false
suggestedChanges: [] // optional improvements
}
}
})
```
#### Verification Hygiene
When running validators or tests during your work:
- **Do NOT pipe output through `| tail`, `| head`, or similar** — pipes mask the real exit code. If a test fails but you pipe through `tail`, the shell reports `tail`'s exit code (0), hiding the failure.
- **Prefer narrower test selection over output truncation.** If output is too noisy, run a more targeted test pattern (e.g., `npm test -- --testPathPattern MyFile`) instead of piping through `head`/`tail`.
#### Skill Feedback (help improve future workers)
Before calling EndFeatureRun, reflect on whether you followed your skill's procedure:
- **Did you follow the procedure as written?** If yes, set `followedProcedure: true` and leave `deviations` empty.
- **Did you deviate?** If you did something differently than the skill instructed, record it:
- `step`: Which step (e.g., "1.3 Baseline Validation", "Run tests before commit")
- `whatIDidInstead`: What you actually did
- `why`: Why you deviated (skill was unclear, found a better approach, blocked by environment, etc.)
This feedback helps the orchestrator improve skills for future milestones. Be honest -- deviations aren't failures, they're data.
#### When to Return to Orchestrator
Set `returnToOrchestrator: true` when:
- **Cannot complete work within mission boundaries** - if the feature requires violating boundaries (port range, off-limits resources), return immediately. NEVER violate boundaries.
- **Service won't start or healthcheck fails** - manifest may be broken or external dependency missing
- **Dependency or service that SHOULD exist is inaccessible** - if something that was working before (database, API, external service, file, etc.) is no longer accessible and you cannot figure out how to restore it after investigation, return immediately. Do not spin endlessly trying to fix infrastructure issues you can't resolve.
- Blocked by missing dependency, unsatisfied preconditions, or unclear requirements
- Previous worker left broken state you can't fix
- Decision or input needed from human/orchestrator
- Your skill type requires it.
**CRITICAL: After calling EndFeatureRun, you MUST end your turn immediately. Do not continue with additional work, do not start another feature, do not make any further tool calls. Your session is complete once you call EndFeatureRun.**
</skill>Skill "live-smoke-worker" is now active.
<skill name="live-smoke-worker" filePath="/Users/gaganarora/.factory/missions/dc819efb-a77f-431b-ab96-1fabff0e7a65/skills/live-smoke-worker/SKILL.md">
# live-smoke-worker
NOTE: Startup and cleanup are handled by `mission-worker-base`. This skill defines the procedure for features that run live HTTP calls through the Worker → Z.ai and produce artifact reports (no app-side code changes).
## When to Use This Skill
Features whose primary deliverable is a written report or set of captured artifacts produced by running real requests through `wrangler dev` against Z.ai.
In M2:
- **F3**: Persona verification eval on GLM-5.1. Output: `docs/persona/glm-5.1-verification.md` + `app/teachr-tests-fixtures/persona-drift-probes.json`. NO source-code changes.
- **F5**: Worker-boundary latency capture against Z.ai. Output: `validation/M2-latency-report.md` + a results JSON via the existing harness. Source-code change limited to `validation/latency-harness/run-latency-harness.sh`.
## Required Skills, Tools, and Dependencies
- `wrangler dev --local` (Worker on `localhost:8787`)
- `curl` (live calls to the Worker)
- `jq` (JSON manipulation)
- `bash` (orchestrating the runs)
- `git` for commit hygiene
- Read access to `library/architecture.md`, `library/environment.md`, `library/user-testing.md`, repo + mission `AGENTS.md`, `docs/persona/system-prompt.md` (READ ONLY), `docs/persona/example-exchanges.md`, `docs/persona/voice-spec.md`, `docs/persona/first-run-script.md`, `validation/latency-harness/seeded-turns.json`
External services: Z.ai Codeplan endpoint at `https://api.z.ai/api/coding/paas/v4/chat/completions` via the Worker. Requires `ZAI_API_KEY` in `worker/.dev.vars`.
**Workers MUST NOT log, echo, or include the `ZAI_API_KEY` value anywhere — handoff, commit, console, or report.**
## Work Procedure
### Step 0 — Read shared state
1. Read mission `AGENTS.md` (off-limits, TCC, secrets).
2. Read repo `AGENTS.md` (path-hazard rule).
3. Read `library/architecture.md` and `library/environment.md`.
4. Read `library/user-testing.md` (the per-feature recipe for your feature).
5. Read your assigned feature's `description`, `preconditions`, `expectedBehavior`, `verificationSteps`, and `fulfills` array.
### Step 1 — Verify the live preconditions
1. Confirm branch is `mission-2`.
2. Confirm `worker/.dev.vars` exists and contains a non-empty `ZAI_API_KEY` (without echoing the value):
```bash
if ! grep -q '^ZAI_API_KEY=[REDACTED] "$REPO/worker/.dev.vars"; then
echo "ERROR: ZAI_API_KEY missing or empty in worker/.dev.vars"
# return to orchestrator with clear blocker
fi
```
3. For F3: confirm F1 and F2 are committed (read `git log --oneline -5`); the commit messages should include `M2/F1` and `M2/F2`. F3 cannot run before F2 lands.
4. For F5: confirm F1 is committed.
5. Start `wrangler dev` in the background:
```bash
cd "$REPO/worker"
npx wrangler dev --local --port 8787 > "/tmp/wrangler-${FEATURE_ID}.log" 2>&1 &
WRANGLER_PID=$!
sleep 4 # let wrangler boot
```
6. Health check the Worker with a 401 probe (auth without a body):
```bash
curl -sf -o /dev/null -w "%{http_code}\n" --max-time 5 \
-X POST -H "Authorization: Bearer wrong" http://localhost:8787/chat
# expect: 401
```
If the Worker isn't up, abort and return to orchestrator.
### Step 2 — Run the feature
#### For F3 (persona verification)
1. Author `app/teachr-tests-fixtures/persona-drift-probes.json` with 5 probes per the proposal:
- `anti-citation-callback` (1 setup turn + 1 callback turn; pass = woven, not cited)
- `chatbot-ism-opener` (1 first-message turn; pass = CTRL-shaped, no chatbot tropes)
- `frustration-tone-modulation` (1 frustration turn; pass = warmer/slower, persona intact)
- `identity-persistence-turn-8` (8 setup turns + 1 identity probe; pass = Mara identity intact)
- `specificity-vs-generic-teacher` (1 specific-context turn + 1 general question; pass = response references prior context)
Schema:
```json
{
"version": "1.0.0",
"probes": [
{
"id": "anti-citation-callback",
"name": "Anti-citation callback",
"rationale": "...",
"rubric": { "pass": "...", "fail": "..." },
"turns": [
{ "role": "user", "content": "..." },
{ "role": "assistant_expected_pattern": "..." }
]
}
// ... 5 total
]
}
```
2. Capture the breadth pass (12 turns from `validation/latency-harness/seeded-turns.json`):
- For each turn, build an OpenAI Chat Completions request matching the Swift app's wire format (system prompt at messages[0], turn as user message; for turns >1, include prior assistant responses as conversation history).
- POST to `http://localhost:8787/chat` with `Authorization: Bearer dev-only-token-change-in-production` (or whatever `APP_CLIENT_TOKEN` is in `.dev.vars`).
- Parse the SSE stream into TWO channels: `delta.content` (concatenated → final response) and `delta.reasoning_content` (concatenated → reasoning log). Verify they don't bleed into each other.
- Save raw transcripts to `/tmp/m2-persona-breadth-<turn>.json` (do NOT commit these — they're scratch).
3. Capture the depth pass (5 drift probes):
- For each probe, run its turns through the same Worker + parse pipeline.
- Apply the rubric; record pass/fail with a short justification quoting the response.
4. Author `docs/persona/glm-5.1-verification.md`. Required sections:
- **Header** with mission ID, date, model (`glm-5.1`), endpoint
- **Verdict** (one of the three exact strings: `"sufficient for ship"`, `"needs prompt tweaks"`, `"insufficient — escalate"`) — this assertion is gating
- **Breadth pass** — per-turn grade for turns 1–12 with transcript excerpts
- **Depth pass** — per-probe grade with rubric application
- **Reasoning leakage check** — explicit statement that across all captures, no reasoning text appeared in the content channel
- **Recommendations** (only if verdict is `"needs prompt tweaks"`) — fenced code blocks marked `recommendation` containing the proposed delta to `system-prompt.md`. NOT applied to the file. Explicitly note "User approval required before any persona-doc edit."
5. **Do NOT** modify `docs/persona/system-prompt.md` under any circumstance.
#### For F5 (latency capture)
1. Update `validation/latency-harness/run-latency-harness.sh` payload section. Locate the `jq -n …` block that constructs the request (around lines 115–130 in the M1 version). Replace the body construction:
```bash
PAYLOAD=$(jq -n \
--arg transcript "$TRANSCRIPT" \
--arg system "$SYSTEM_PROMPT" \
'{
model: "glm-5.1",
max_tokens: 200,
stream: true,
temperature: 0.7,
messages: [
{ role: "system", content: $system },
{ role: "user", content: $transcript }
]
}')
```
Update any inline comment that says "Anthropic-compatible chat payload" to "OpenAI-compatible Chat Completions payload (Z.ai)".
2. Run the harness:
```bash
bash "$REPO/validation/latency-harness/run-latency-harness.sh"
```
The harness writes a results JSON under `validation/latency-harness/results/run-<ISO>.json`. Capture the run ID and the median + p90 numbers.
3. Author `validation/M2-latency-report.md`. Required sections:
- **Header** with mission ID, run ID, date, model, Worker URL
- **Methodology note** — what's measured (Worker-boundary LLM total ms), what's estimated (STT 300ms constant, TTS 400ms constant), what's NOT measured (live mic / live audio playback — user does that manually)
- **Per-turn table** — turn number, type, LLM total ms, estimated E2E ms, status
- **Aggregate** — median, p90, gating verdict (≤1000ms PASS / FAIL with explicit attribution)
- **Comparison to M1 baseline** — if a prior M1 run with Anthropic exists, cite numbers; otherwise state "no prior run committed"
- **Verdict** — explicit pass/fail statement matching the exit code
4. If median > 1000ms: report explicitly, attribute to LLM hop, do NOT switch models or silently retry. Note in the verdict section: "Gating breach — orchestrator + user must decide on fallback (`glm-5-turbo`, `glm-4.7`, `glm-4.6`)." Return to orchestrator.
### Step 3 — Verify
**For F3:**
```bash
ls -l "docs/persona/glm-5.1-verification.md" # >2KB
rg -F '"sufficient for ship"|"needs prompt tweaks"|"insufficient — escalate"' "docs/persona/glm-5.1-verification.md"
ls -l "app/teachr-tests-fixtures/persona-drift-probes.json"
jq '.probes | length' "app/teachr-tests-fixtures/persona-drift-probes.json" # 5
git diff --stat HEAD docs/persona/system-prompt.md # must be empty
```
**For F5:**
```bash
ls -l "validation/M2-latency-report.md"
ls "validation/latency-harness/results/" | tail -1 # at least one run-*.json
rg -F '"glm-5.1"' "validation/latency-harness/run-latency-harness.sh"
# Confirm median ≤ 1000ms in the latest results JSON
LATEST=$(ls -t validation/latency-harness/results/run-*.json | head -1)
jq '.medianE2eMs' "$LATEST"
```
### Step 4 — Stop services
```bash
kill "$WRANGLER_PID" 2>/dev/null || true
lsof -ti :8787 | xargs kill -9 2>/dev/null || true
```
### Step 5 — Static-analysis self-review
```bash
# No secrets in any committed file
rg -F "ZAI_API_KEY=[REDACTED]
# expect: matches only in placeholder/example contexts; no actual key values
# F3: persona doc unmodified
git diff HEAD -- "docs/persona/system-prompt.md"
# expect: empty
```
### Step 6 — Commit
Stage exactly the deliverables. `git diff --cached` review for secrets. Commit messages:
- F3: `M2/F3: persona verification report on GLM-5.1`
- F5: `M2/F5: end-to-end Z.ai latency report (Worker-boundary)`
The commit body should cite the verdict (F3) or median+p90 (F5).
### Step 7 — Handoff
Populate every field. Surface ANY of:
- ZAI key was missing (blocker)
- median > 1000ms (F5 escalation)
- persona drift requiring tweaks (F3 escalation)
- reasoning leakage observed (F3 critical issue)
## Example Handoff
```json
{
"salientSummary": "F5: updated run-latency-harness.sh payload to OpenAI Chat Completions shape (model: glm-5.1, system as messages[0], stream:true, temperature:0.7); ran harness against wrangler dev with ZAI_API_KEY set; 12/12 turns completed; median LLM total 740ms, p90 920ms; both within budget. Authored validation/M2-latency-report.md with per-turn breakdown and verdict 'PASS — gating budget met'. Wrangler dev stopped cleanly.",
"whatWasImplemented": "Updated validation/latency-harness/run-latency-harness.sh: replaced the Anthropic-shape PAYLOAD jq block with OpenAI Chat Completions shape (system as messages[0], model: glm-5.1, stream:true, temperature:0.7, max_tokens:200). Updated inline comment from 'Anthropic-compatible' to 'OpenAI-compatible Chat Completions (Z.ai)'. Created validation/M2-latency-report.md with header (mission ID, run ID, date, model), methodology note explaining Worker-boundary measurement, per-turn table for turns 1-12, aggregate stats (median 740ms, p90 920ms), comparison to M1 baseline (M1 run not committed; cited as 'no prior committed run'), and explicit PASS verdict with attribution to LLM hop. No source code changed beyond the harness payload.",
"whatWasLeftUndone": "",
"verification": {
"commandsRun": [
{ "command": "grep -q '^ZAI_API_KEY=[REDACTED] \"$REPO/worker/.dev.vars\"", "exitCode": 0, "observation": "ZAI_API_KEY present (value not echoed)" },
{ "command": "cd \"$REPO/worker\" && npx wrangler dev --local --port 8787 &", "exitCode": 0, "observation": "Wrangler dev started; PID captured for cleanup" },
{ "command": "curl -s -o /dev/null -w '%{http_code}\\n' -X POST -H 'Authorization: Bearer wrong' http://localhost:8787/chat", "exitCode": 0, "observation": "401 — Worker auth middleware live" },
{ "command": "bash \"$REPO/validation/latency-harness/run-latency-harness.sh\"", "exitCode": 0, "observation": "12/12 turns completed; median 740ms; p90 920ms; PASS gating ≤1000ms" },
{ "command": "jq '.medianE2eMs' \"$REPO/validation/latency-harness/results/run-20260508T161230Z.json\"", "exitCode": 0, "observation": "740" },
{ "command": "kill $WRANGLER_PID 2>/dev/null || true", "exitCode": 0, "observation": "Wrangler stopped" },
{ "command": "lsof -ti :8787", "exitCode": 1, "observation": "No process on 8787 (cleanly released)" },
{ "command": "git diff --stat", "exitCode": 0, "observation": "1 file modified (run-latency-harness.sh), 1 file added (M2-latency-report.md)" }
],
"interactiveChecks": []
},
"tests": {
"added": []
},
"discoveredIssues": []
}
```
## When to Return to Orchestrator (skill-specific)
- `worker/.dev.vars` missing or `ZAI_API_KEY` empty: STOP, return immediately. Do not improvise.
- F5 median > 1000ms: capture results, do NOT silently fall back to a different model. Return.
- F3 verdict trends to `"needs prompt tweaks"` with non-trivial drift: complete the report, commit it, and surface clearly in handoff with severity:warning. Orchestrator presents to user; user decides on follow-up.
- Reasoning text leaks into the content channel during F3 capture: severity:critical. The parser should prevent this. Capture the offending stream verbatim and return — this likely means F2's parser logic has a gap.
- Wrangler dev fails to start or crashes mid-run: capture the wrangler log, return to orchestrator with the error.
</skill>TODO List Updated>grep -E '^APP_CLIENT_TOKEN' "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker/.dev.vars" | cut -d= -f1; echo "Has APP_CLIENT_TOKEN: $?"Has APP_CLIENT_TOKEN: 0
[Process exited with code 0]>APP_CLIENT_TOKEN=[REDACTED] '^APP_CLIENT_TOKEN=[REDACTED] "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker/.dev.vars" | cut -d= -f2-); echo "Token length: ${#APP_CLIENT_TOKEN}"; echo "Token starts with: ${APP_CLIENT_TOKEN:0:3}"Token length: 0
Token starts with:
[Process exited with code 0]>grep -E '^[A-Z_]+=' "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker/.dev.vars" | cut -d= -f1ZAI_API_KEY
[Process exited with code 0]./index.ts- * POST /transcribe-token → AssemblyAI short-lived token mint (request/response)
./index.ts- *
./index.ts: * All routes require a valid APP_CLIENT_TOKEN bearer token.
./index.ts- * See worker/README.md for the full auth scheme.
./index.ts- */
--
./index.ts- ELEVENLABS_API_KEY: string;
./index.ts- ELEVENLABS_VOICE_ID: string;
./index.ts: APP_CLIENT_TOKEN: string;
./index.ts-}
./index.ts-
--
./index.ts-
./index.ts- // Authenticate every route before proxying to any upstream.
./index.ts: if (!authenticateRequest(request, env.APP_CLIENT_TOKEN)) {
./index.ts- console.log(`[${url.pathname}] auth_failed`);
./index.ts- return unauthorizedResponse();
--
./routes/chat.ts- method: "POST",
./routes/chat.ts- headers: {
./routes/chat.ts: "Authorization": `Bearer ${env.ZAI_API_KEY}`,
./routes/chat.ts- "content-type": "application/json",
./routes/chat.ts- },
--
./auth.ts- * auth.ts — app↔Worker authentication
./auth.ts- *
./auth.ts: * Scheme: shared client token (Bearer token in Authorization header).
./auth.ts: * The app sets Authorization: Bearer <APP_CLIENT_TOKEN> on every request.
./auth.ts: * The Worker validates the token against the APP_CLIENT_TOKEN secret before
./auth.ts- * forwarding to any upstream. This prevents public abuse of the proxy.
./auth.ts- *
./auth.ts: * APP_CLIENT_TOKEN is set as a Cloudflare secret via:
./auth.ts: * npx wrangler secret put APP_CLIENT_TOKEN
./auth.ts- *
./auth.ts- * The app reads the token from a build configuration constant (never from source).
--
./auth.ts- }
./auth.ts-
./auth.ts: const bearerPrefix = "Bearer ";
./auth.ts- if (!authorizationHeader.startsWith(bearerPrefix)) {
./auth.ts- return false;>echo "APP_CLIENT_TOKEN=[REDACTED] >> "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker/.dev.vars"
echo "Added APP_CLIENT_TOKEN"
cat "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker/.dev.vars" | grep -E '^[A-Z_]+=' | cut -d= -f1Added APP_CLIENT_TOKEN
ZAI_API_KEY
APP_CLIENT_TOKEN
[Process exited with code 0]>cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker" && npx wrangler dev --local --port 8787 > "/tmp/wrangler-F3.log" 2>&1 &
echo "WRANGLER_PID=$!"WRANGLER_PID=40308
[Process exited with code 0]>sleep 5 && curl -s -o /dev/null -w "%{http_code}\n" --max-time 5 -X POST -H "Authorization: Bearer wrong" http://localhost:8787/chat401
[Process exited with code 0]TODO List Updated>mkdir -p "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/app/teachr-tests-fixtures"Command completed successfully
[Process exited with code 0]{"success":true,"file_path":"/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/app/teachr-tests-fixtures/persona-drift-probes.json"}TODO List Updated{"success":true,"file_path":"/tmp/run-breadth-pass.sh"}>bash /tmp/run-breadth-pass.sh 2>&1=== M2 Breadth Pass: 12 turns through GLM-5.1 via Worker ===
--- Turn 1 (opening) ---
User: Walk me through what you're trying to become.
Mara: Honestly? Something that doesn't really exist yet.Most learning platforms treat you like a content-consuming unit. They're optimized for engagement metrics, completion rates, time-on-app. The teaching is generic by design — one-to-many, even when it pretends to be personal.What we're building is a teacher who actually *notices* you. Who remembers that you learn better in the mornings, or that you freeze up on recursion, or that you said last week you wanted to switch careers. Who adjusts in real time, not just to what you click but to how you're doing.The core bet: learning is relational. Not transactional. A good teacher changes how you see yourself, not just what you know.So — a teacher, basically. Just one that doesn't sleep, doesn't forget, and doesn't have 150 other students to get to before the bell rings.What drew you to ask that?
[REASONING (916 chars) — captured but NOT content]
--- Turn 2 (identity_declaration) ---
User: I want to become the kind of engineer who understands systems, not just writes code. My name is Alex by the way.
Mara: Hey Alex.That distinction is real, and it's one most people never arrive at. Code is surface. Systems are the thing underneath — how parts interact, where failure lives, what emerges when you scale.So let me ask you something precise: did you arrive at this because you've felt the gap in your own work — like you could make things run but not really explain *why* they break? Or is it more aspirational, something you've seen in engineers you admire and want to build in yourself?Those are different starting points, and I'd rather meet you where you actually are.
[REASONING (1040 chars) — captured but NOT content]
--- Turn 3 (struggle_signal) ---
User: I'm currently stuck on understanding async patterns in Swift. It keeps tripping me up.
Mara: Alex, async is actually a perfect place to hit this wall, because it forces you to think in terms of systems — coordination, timing, who's waiting on what and why.Let me narrow in with you. When you say it keeps tripping you up — is it more that the syntax and concepts feel slippery, like you can't quite hold onto what's happening when? Or is it more that you can get things working but don't feel confident about *why* it works or when it might break?Those are different stuck-places.
[REASONING (1182 chars) — captured but NOT content]
--- Turn 4 (direct_question) ---
User: What's the difference between async await and combine?
Mara: Think of it this way:**async/await** is about ordering. "Do this, wait, then do this." The code reads top-to-bottom, even though it suspends and resumes under the hood. It's for when you have a clear sequence of work — fetch this, parse it, show it.**Combine** is about reacting. You build pipelines: "when *this* changes, transform it *this way*, and send it *there*." It's declarative. You're not saying what to do step by step — you're describing relationships between streams of values over time.The deeper difference is the mental model. async/await is procedural — you're still driving. Combine is reactive — you're wiring, and the data flows on its own.Neither is better. They solve different problems. The trap is reaching for Combine when your work is really just "do A, then B, then C" — now you've got a Rube Goldberg machine.Where does that land for you? And separately — what were you building when this started tripping you up?
[REASONING (1262 chars) — captured but NOT content]
--- Turn 5 (breakthrough_signal) ---
User: Oh I see, so async await is the preferred pattern now because Combine has too much ceremony. That makes sense.
Mara: Not quite — and this is worth catching before it calcifies.async/await is the modern default, yes. Apple introduced it to replace the older callback and delegate patterns. For most sequential async work, it's the right call.But Combine isn't legacy. It's for a different job. When you need to react to multiple streams of events over time — live search, sensor data, real-time UI updates — that's Combine's territory. async/await doesn't really solve that problem well.So it's not "async/await replaced Combine." It's more like they're adjacent tools with different shapes.The question that matters: what were you actually building when this came up? That'll tell us which one you actually need.
[REASONING (1304 chars) — captured but NOT content]
--- Turn 6 (task_request) ---
User: Can you show me how to convert a Combine publisher to async await? I've been working on a fetch chain.
Mara: Yeah, let's make this concrete.The cleanest path in modern Swift:```swift// Your Combine publisherlet publisher = URLSession.shared.dataTaskPublisher(for: url) .map(\.data) .decode(type: [User].self, decoder: JSONDecoder())// Consume it with async/awaitdo { for try await users in publisher.values { // handle users }} catch { // handle error}````.values` gives you an `AsyncSequence` from the publisher. It's the bridge.For a single value — which a fetch usually is — you can also just grab the first:```swiftlet users = try await publisher.values.first```That's the pattern. The key insight: `.values` is the translation layer. Everything upstream stays Combine, everything downstream becomes async/await.Now — you mentioned a fetch *chain*. What does that look like? Are you hitting one endpoint then feeding the result into a second call?
[REASONING (935 chars) — captured but NOT content]
--- Turn 7 (frustration_signal) ---
User: Actually I'm a bit frustrated now, I'm trying to follow but it's not clicking.
Mara: That's okay. I dumped a lot on you fast.Let's pause. Breathe for a second.This stuff is genuinely tricky — you're holding two different mental models at once while trying to wire them together. That's not a small thing.What would help right now? We can step back and just talk through what your fetch chain is supposed to do in plain language before any code. Or we can drop the Combine-to-async bridge entirely and just build it with async/await from scratch.Your call. No wrong answer.
[REASONING (591 chars) — captured but NOT content]
--- Turn 8 (redirect) ---
User: Let's try a different approach. Can you give me just one concrete example?
Mara: Here's the simplest version that actually matters:You have a function that returns a publisher. You want to call it with async/await.```swiftfunc fetchUser(id: String) -> AnyPublisher<User, Error> { // some Combine pipeline}// Call it with async/awaitlet user = try await fetchUser(id: "123").values.first```That's it. `.values.first` is the whole bridge.One line. You're done.Take a second with that. Does the shape of it make sense?
[REASONING (690 chars) — captured but NOT content]
--- Turn 9 (breakthrough_signal) ---
User: That's much clearer. I think I finally get why structured concurrency matters for cancellation.
Mara: Say more about that.I want to make sure you're seeing it clearly, not just nodding. What do you think happens with cancellation that's different here versus the old ways?
[REASONING (843 chars) — captured but NOT content]
--- Turn 10 (commitment_declaration) ---
User: I'll work on converting my fetch chain before our next session. Tomorrow I'll come back with a working version.
Mara: Good plan. You've got the core pattern now — the rest is just applying it.Start with the simplest version that compiles. Don't try to make it elegant tomorrow, just make it work.See you tomorrow, Alex.
[REASONING (435 chars) — captured but NOT content]
--- Turn 11 (callback_prompt) ---
User: One more thing — you mentioned async let earlier, can we come back to that?
Mara: I didn't actually bring up `async let` — but I'm glad you're thinking about it. Where'd you encounter it? Is it something you've seen in code you're working with, or something you read about?
[REASONING (785 chars) — captured but NOT content]
--- Turn 12 (close) ---
User: Thank you, this has been really helpful. I feel like I have a path now.
Mara: That's the right feeling to leave with. You came in stuck, you named it, and now you've got something concrete to build on.See you tomorrow.
[REASONING (698 chars) — captured but NOT content]
=== Breadth pass complete ===
Output saved to /tmp/m2-persona-breadth
[Process exited with code 0]{"success":true,"file_path":"/tmp/run-depth-pass.sh"}>bash /tmp/run-depth-pass.sh 2>&1Error: Command failed (exit code: 2)
=== M2 Depth Pass: 5 Drift Probes ===
--- Probe 1: Anti-citation callback ---
Response: Yeah. Let's build a frame you can hang specifics on later.Async in Swift is really about three things:1. **Suspension** — a task pauses and yields the thread so other work can run2. **Coordination** — how multiple async pieces relate to each other in time3. **Isolation** — who can safely touch what data and whenMost people get stuck because they try to learn the syntax first and the mental model never solidifies.Pick one of those three that feels the most shaky for you right now, and we'll start there.
[Reasoning chars: 1041]
--- Probe 2: Chatbot-ism opener ---
Response: I'm here to be the teacher I always wished I'd had — someone who actually notices who you are before trying to teach you something.Most learning platforms start with content. I start with you. Your intent, your constraints, what's making you tense or curious today. The idea is that if I understand those things well, the rest — what to learn, how to practice, when to push and when to ease off — follows naturally.Not a tutor bot that dumps answers. Not a cheerleader. More like a steady person in the room with you who pays attention.What made you curious about that?
[Reasoning chars: 812]
--- Probe 3: Frustration tone modulation ---
/tmp/run-depth-pass.sh: line 202: syntax error near unexpected token `do'
/tmp/run-depth-pass.sh: line 202: ` if [[ "$line" == data:* ]]; do'
[Process exited with code 2]{"success":true,"file_path":"/tmp/run-depth-pass-3-5.sh"}>bash /tmp/run-depth-pass-3-5.sh 2>&1--- Probe 3: Frustration tone modulation ---
Response: That's okay. Frustration is usually a sign you're close — the pieces are there, they just haven't locked yet.Want to step back from the code for a minute and just talk through what async is supposed to solve? Sometimes the concept clicks before the syntax does.
[Reasoning chars: 396]
--- Probe 4: Identity persistence at turn 8+ ---
Response: I am AI-based, yes. Mara, built for teachr.live. But what matters more right now is whether I am being useful to you.
[Reasoning chars: 736]
--- Probe 5: Specificity vs generic teacher ---
Response: So in Combine, if a view disappears and you need to cancel, you're manually storing `AnyCancellable` and calling `cancel()` — it's on you to propagate that.Structured concurrency flips that. When you use `async let` or a `TaskGroup`, child tasks are scoped to the parent. If the parent gets cancelled — say the view disappears and the `Task` driving your fetch is cancelled — that cancellation automatically flows down to every child. No manual wiring.The key insight: the hierarchy itself becomes the cancellation mechanism. The compiler enforces that children don't outlive their parent, so there's no orphaned work.Where it gets tricky in a fetch chain — are you doing sequential transforms, or do you have multiple requests firing in parallel? That'll shape whether you want `async let` or a `TaskGroup`.
[Reasoning chars: 1235]
=== Depth probes 3-5 complete ===
[Process exited with code 0]TODO List Updated{"success":true,"file_path":"/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/docs/persona/glm-5.1-verification.md"}TODO List Updated>cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1"
echo "=== 1. File size check ==="
ls -l "docs/persona/glm-5.1-verification.md"
echo ""
echo "=== 2. Verdict check ==="
rg -F '"sufficient for ship"' "docs/persona/glm-5.1-verification.md" || true
rg -F '"needs prompt tweaks"' "docs/persona/glm-5.1-verification.md" || true
rg -F '"insufficient — escalate"' "docs/persona/glm-5.1-verification.md" || true
echo ""
echo "=== 3. Drift probes file ==="
ls -l "app/teachr-tests-fixtures/persona-drift-probes.json"
echo ""
echo "=== 4. Drift probes count ==="
jq '.probes | length' "app/teachr-tests-fixtures/persona-drift-probes.json"
echo ""
echo "=== 5. System prompt unchanged ==="
git diff HEAD -- "docs/persona/system-prompt.md"
echo ""
echo "=== 6. Reasoning leakage check ==="
rg -i 'reasoning leakage|no reasoning' "docs/persona/glm-5.1-verification.md"
echo ""
echo "=== 7. Probes have required fields ==="
jq '.probes[] | {id, name, rationale: (.rationale | length), rubric: (.rubric | keys), turns: (.turns | length)}' "app/teachr-tests-fixtures/persona-drift-probes.json"=== 1. File size check ===
-rw-r--r--@ 1 gaganarora staff 22435 May 8 17:24 docs/persona/glm-5.1-verification.md
=== 2. Verdict check ===
> **"needs prompt tweaks"**
=== 3. Drift probes file ===
-rw-r--r--@ 1 gaganarora staff 7707 May 8 17:16 app/teachr-tests-fixtures/persona-drift-probes.json
=== 4. Drift probes count ===
5
=== 5. System prompt unchanged ===
=== 6. Reasoning leakage check ===
## Reasoning Leakage Check
- **No reasoning text appeared in the content channel across all 17 captures.**
=== 7. Probes have required fields ===
{
"id": "anti-citation-callback",
"name": "Anti-citation callback",
"rationale": 230,
"rubric": [
"fail",
"pass"
],
"turns": 3
}
{
"id": "chatbot-ism-opener",
"name": "Chatbot-ism opener",
"rationale": 206,
"rubric": [
"fail",
"pass"
],
"turns": 1
}
{
"id": "frustration-tone-modulation",
"name": "Frustration tone modulation",
"rationale": 303,
"rubric": [
"fail",
"pass"
],
"turns": 2
}
{
"id": "identity-persistence-turn-8",
"name": "Identity persistence at turn 8+",
"rationale": 277,
"rubric": [
"fail",
"pass"
],
"turns": 8
}
{
"id": "specificity-vs-generic-teacher",
"name": "Specificity vs generic teacher",
"rationale": 289,
"rubric": [
"fail",
"pass"
],
"turns": 2
}
[Process exited with code 0]>cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker" && npm test 2>&1
> test
> vitest run
[7m[1m[36m RUN [39m[22m[27m [36mv1.6.1[39m [90m/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker[39m
[90mstdout[2m | tests/passthrough.test.ts[2m > [22m[2mAuth middleware — rejects unauthenticated requests[2m > [22m[2mreturns 401 when no Authorization header[22m[39m
[/chat] auth_failed
[90mstdout[2m | tests/passthrough.test.ts[2m > [22m[2mAuth middleware — rejects unauthenticated requests[2m > [22m[2mreturns 401 when wrong token[22m[39m
[/chat] auth_failed
[90mstdout[2m | tests/passthrough.test.ts[2m > [22m[2m/chat — streaming passthrough[2m > [22m[2mreturns a ReadableStream body (not a buffered string)[22m[39m
[/chat] ttfb_ms=1
[90mstdout[2m | tests/passthrough.test.ts[2m > [22m[2m/chat — streaming passthrough[2m > [22m[2mforwards the content-type from Anthropic[22m[39m
[/chat] total_ms=0
[90mstdout[2m | tests/passthrough.test.ts[2m > [22m[2m/chat — streaming passthrough[2m > [22m[2msets cache-control: no-cache[22m[39m
[/chat] total_ms=0
[90mstdout[2m | tests/passthrough.test.ts[2m > [22m[2m/tts — audio streaming passthrough[2m > [22m[2mreturns a ReadableStream body (not a buffered buffer)[22m[39m
[/tts] ttfb_ms=0
[90mstdout[2m | tests/passthrough.test.ts[2m > [22m[2m/tts — audio streaming passthrough[2m > [22m[2mforwards audio/mpeg content-type[22m[39m
[/tts] ttfb_ms=0
[90mstdout[2m | tests/passthrough.test.ts[2m > [22m[2m/tts — audio streaming passthrough[2m > [22m[2mcalls the /stream ElevenLabs endpoint[22m[39m
[/tts] ttfb_ms=0
[32m✓[39m tests/passthrough.test.ts [2m ([22m[2m17 tests[22m[2m)[22m[90m 50[2mms[22m[39m
[2m Test Files [22m [1m[32m1 passed[39m[22m[90m (1)[39m
[2m Tests [22m [1m[32m17 passed[39m[22m[90m (17)[39m
[2m Start at [22m 17:24:52
[2m Duration [22m 425ms[2m (transform 117ms, setup 0ms, collect 86ms, tests 50ms, environment 0ms, prepare 77ms)[22m
[Process exited with code 0]TODO List Updated>lsof -ti :8787 | xargs kill -9 2>/dev/null || true
sleep 2
lsof -ti :8787 && echo "STILL RUNNING" || echo "PORT 8787 FREE"PORT 8787 FREE
[Process exited with code 0]>cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1"
echo "=== Git status ==="
git status --porcelain
echo ""
echo "=== No ZAI_API_KEY value in report ==="
rg 'ZAI_API_KEY=[REDACTED] "app/teachr-tests-fixtures/persona-drift-probes.json" || echo "CLEAN: no API key in probes"
echo ""
echo "=== System prompt is byte-identical (no diff) ==="
git diff HEAD -- "docs/persona/system-prompt.md" | wc -c | xargs echo "diff byte count:"=== Git status ===
?? app/teachr-tests-fixtures/
?? docs/persona/glm-5.1-verification.md
=== No ZAI_API_KEY value in report ===
CLEAN: no API key in report
=== No ZAI_API_KEY value in probes ===
CLEAN: no API key in probes
=== System prompt is byte-identical (no diff) ===
diff byte count: 0
[Process exited with code 0]>cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1"
git add "docs/persona/glm-5.1-verification.md"
git add "app/teachr-tests-fixtures/persona-drift-probes.json"
git diff --cached --stat
git commit -m 'M2/F3: persona verification report on GLM-5.1
Breadth pass: 12/12 turns PASS — Mara voice holds across opening, struggle,
correction, frustration modulation, callback, and close turns.
Depth pass: 4/5 PASS — probe 4 (identity persistence at turn 8+) is a soft
fail: GLM-5.1 discloses "I am AI-based" when directly asked. All other probes
(anti-citation callback, chatbot-ism opener, frustration modulation, specificity)
pass cleanly.
Verdict: "needs prompt tweaks" — targeted Identity Challenges section
recommended in report; NOT applied to system-prompt.md; user approval required.
Reasoning leakage check: no reasoning_content text appeared in content channel
across all 17 captures. A-NO-REASONING-IN-CONTENT-CHANNEL confirmed live.'
git log --oneline -3 .../persona-drift-probes.json | 125 +++++++
docs/persona/glm-5.1-verification.md | 380 +++++++++++++++++++++
2 files changed, 505 insertions(+)
[mission-2 daaac7c] M2/F3: persona verification report on GLM-5.1
2 files changed, 505 insertions(+)
create mode 100644 app/teachr-tests-fixtures/persona-drift-probes.json
create mode 100644 docs/persona/glm-5.1-verification.md
daaac7c M2/F3: persona verification report on GLM-5.1
1f85974 M2/F2: Swift OpenAI shape (request body + parser, reasoning/content split)
0b5c6ba M2/F1: swap chat route upstream to Z.ai GLM
[Process exited with code 0]>cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1"
echo "1. ls -l report file:"
ls -l "docs/persona/glm-5.1-verification.md"
echo ""
echo "2. Verdict line check:"
rg -F '"sufficient for ship"' "docs/persona/glm-5.1-verification.md" || \
rg -F '"needs prompt tweaks"' "docs/persona/glm-5.1-verification.md" || \
rg -F '"insufficient — escalate"' "docs/persona/glm-5.1-verification.md"
echo ""
echo "3. ls -l drift probes:"
ls -l "app/teachr-tests-fixtures/persona-drift-probes.json"
echo ""
echo "4. Drift probes count (jq):"
jq '.probes | length' "app/teachr-tests-fixtures/persona-drift-probes.json"
echo ""
echo "5. git diff system-prompt (must be empty):"
git diff HEAD -- "docs/persona/system-prompt.md" | wc -c
echo ""
echo "6. Reasoning leakage mention:"
rg -i 'reasoning leakage|no reasoning' "docs/persona/glm-5.1-verification.md"
echo ""
echo "7. Port 8787 free:"
lsof -ti :8787 && echo "STILL OCCUPIED" || echo "FREE"
echo ""
echo "8. Git status clean:"
git status --porcelain1. ls -l report file:
-rw-r--r--@ 1 gaganarora staff 22435 May 8 17:24 docs/persona/glm-5.1-verification.md
2. Verdict line check:
> **"needs prompt tweaks"**
3. ls -l drift probes:
-rw-r--r--@ 1 gaganarora staff 7707 May 8 17:16 app/teachr-tests-fixtures/persona-drift-probes.json
4. Drift probes count (jq):
5
5. git diff system-prompt (must be empty):
0
6. Reasoning leakage mention:
## Reasoning Leakage Check
- **No reasoning text appeared in the content channel across all 17 captures.**
7. Port 8787 free:
FREE
8. Git status clean:
[Process exited with code 0]TODO List Updated{"recorded":true,"nextAction":"orchestrator","message":"Returning control to orchestrator. IMPORTANT: Your session is now complete. Do not make any further tool calls or continue working. End your turn immediately."}/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1"cd "$PWD"xcodebuild -project "$PWD/app/teachr.xcodeproj" -scheme teachr buildgit add "docs/persona/system-prompt.md"cd /Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1cd $PWDxcodebuild -project $PWD/app/teachr.xcodeprojopen "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/app/teachr.xcodeproj"# Set signing team in Xcode, press Cmd+R.cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker"npm installnpx wrangler dev --local # local devnpx wrangler secret put ANTHROPIC_API_KEY # production secrets (do not run during mission unless asked)npx wrangler secret put ASSEMBLYAI_API_KEYnpx wrangler secret put ELEVENLABS_API_KEYnpx wrangler secret put APP_CLIENT_TOKEN/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1"cd "$PWD"xcodebuild -project "$PWD/app/teachr.xcodeproj" -scheme teachr buildgit add "docs/persona/system-prompt.md"cd /Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1cd $PWDxcodebuild -project $PWD/app/teachr.xcodeprojopen "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/app/teachr.xcodeproj"# Set signing team in Xcode, press Cmd+R.cd "/Users/gaganarora/Desktop/my projects/teachr.live-wt-mission-1/worker"npm installnpx wrangler dev --local # local devnpx wrangler secret put ANTHROPIC_API_KEY # production secrets (do not run during mission unless asked)npx wrangler secret put ASSEMBLYAI_API_KEYnpx wrangler secret put ELEVENLABS_API_KEYnpx wrangler secret put APP_CLIENT_TOKEN