Breakpoint: Project Onboarding Interview. I need to ask the user these questions. I'll use ask_user_question. But the instructions say 1-4 questions with 2-4 options each. Here we need open-ended answers. I can ask one question with multiple fields? Actually ask_user_question supports multiple questions. Each question needs 2-4 options. This is not a multiple-choice; it's an interview. I should use a single question with a text area? The ask_user_question tool supports custom answer "Type something." automatically. But it requires 2-4 options per question. I could present some preset options plus a custom answer.

Alternatively, I can ask the user to provide the info in a single message. But the tool requires options. Let me craft a question that presents the interview as a single response option plus maybe some quick options.

Actually, the ask_user_question tool says: "Users will always be able to type a custom answer ('Type something.' row is appended automatically to every question) or press Esc to abandon the questionnaire. Do NOT author 'Other' / 'Type something.' labels yourself".

So I can present 3-4 options like:
- "Provide full project details (reply with answers to the 8 questions)"
- "Use sensible defaults, no details"
- "Skip interview and abort setup"

But I need the actual answers. Maybe better to ask one question: "Please answer the project onboarding interview questions" with options that don't constrain. But options must be 2-4. Hmm.

Actually, I can ask up to 4 questions. Each question can have a few options. I can split the interview into 4 questions:
1. Project goals and pain points (custom answer)
2. Team structure (custom answer)
3. Workflow preferences (options: trunk-based, feature-branches, etc.)
4. CI/CD needs + external integrations + conventions + autonomy (custom answer)

But each needs options. For custom-answer-heavy ones, I can include a "Provide details below" option and a "Skip / use defaults" option.

Actually, the simplest: ask one question with options:
- "Answer the interview questions in a reply"
- "Use defaults and continue"
- "Cancel setup"

But ask_user_question requires options[]. I can do that. But the custom answer is appended automatically, so the user can type anyway.

But the tool is meant for structured questions. For an open interview, maybe I should just send a normal message asking the user to reply with the answers. The instructions say to use ask_user_question when need to gather preferences. But it's not strictly required. The breakpoint handling says "Ask the user explicitly for approval. Include explicit approve/reject options". For an interview, I need to capture the response.

Let me use ask_user_question with one question that has options representing how much detail they want to provide, plus the automatic custom answer. Actually, I'll just ask the interview questions in a normal chat message and wait for the user's response. But the tool allows me to continue after getting the answer.

Wait, the user invoked the skill and I must drive the run. I need their input for the breakpoint. I should ask the questions. Since ask_user_question is the tool for structured questions, I'll use it. But the interview has 8 open-ended questions. I can ask 4 questions grouping them, with a "Type details" option and "Skip" option.

Let me design:
Question 1: Project goals & pain points
Options:
- "Provide details below (Recommended)"
- "Use defaults / skip"

Question 2: Team & workflow
Options:
- "Trunk-based + PRs + manual releases"
- "Feature branches + PRs + scheduled releases"
- "Other / provide details below"

Question 3: CI/CD & integrations
Options:
- "No CI/CD, no external integrations"
- "Set up GitHub Actions on PR/push (Recommended)"
- "Other / provide details below"

Question 4: Coding conventions & babysitter autonomy
Options:
- "Enforce existing Monkey C conventions + semi-autonomous"
- "Provide details below"
- "Use defaults"

This is a bit contrived but works. However, if the user selects "Provide details below", they type custom answers. Good.

But actually, the most natural is to ask a single question: "Please answer the project onboarding interview" with options that are not really options but prompts. Hmm.

Alternatively, I can present the interview as a single question with the options being "Answer in reply" and "Use defaults". The custom answer field will let them type.

Let me use a single question to keep it simple.

Actually, ask_user_question allows up to 4 questions. I can group the 8 items into 4 questions, each with a "Provide details" and "Use default" option. That might be cleaner.

Let me do 4 questions:
1. Project goals & pain points
2. Team & workflow preferences
3. CI/CD needs & external integrations
4. Conventions & babysitter autonomy

Each with 2 options: "Provide details" and "Use defaults / skip".

But the user might want to answer some and skip others. This works.

Choices:
Type your answers in the custom-answer field.
We will infer sensible defaults from the code and docs.

Question:
Welcome to babysitter project setup! We analyzed the repo and need your input to build the project profile.

1. **Project Goals**: What are the primary goals for this Garmin freedive app?
2. **Pain Points**: Biggest workflow pain points? (e.g., manual builds, no tests, device-specific bugs)

Choose how to answer:

Choices:
Use trunk-based development, require PRs, release manually.
Trunk-based + PRs + manual releases (Recommended)
Type your team and workflow preferences in the custom-answer field.
Infer defaults from repo state.

Question:
**Team & Workflow Preferences**

3. **Team**: Who works on this project and their roles?
4. **Branch strategy / review / release cadence**: How do you prefer to work?

Choices:
Skip CI/CD setup for this project.
Configure a basic GitHub Actions workflow.
Set up GitHub Actions on PR/push (Recommended)
Type your CI/CD and integration needs in the custom-answer field.

Question:
**CI/CD & External Integrations**

5. **CI/CD**: Do you want babysitter integrated into CI/CD? If so, which events? (PR opened, push to main, release, manual)
6. **External tools**: Jira, Slack, Datadog, Sentry, etc.?

Choices:
Use existing conventions from the code and allow semi-autonomous babysitter runs.
Enforce existing Monkey C conventions + semi-autonomous (Recommended)
Type your conventions and autonomy preferences.
Infer defaults from repo state.

Question:
**Conventions & Autonomy**

7. **Coding conventions**: Any specific Monkey C / Connect IQ rules you want enforced?
8. **Babysitter autonomy**: supervised / semi-autonomous / autonomous?


Validation failed for tool "ask_user_question":
  - questions.0.header: must have required properties header
  - questions.1.header: must have required properties header
  - questions.2.header: must have required properties header
  - questions.3.header: must have required properties header
  - questions.3.options.0.label: must not have more than 60 characters

Received arguments:
{
  "questions": [
    {
      "options": [
        {
          "description": "Type your answers in the custom-answer field.",
          "label": "Provide goals & pain points"
        },
        {
          "description": "We will infer sensible defaults from the code and docs.",
          "label": "Use defaults / skip"
        }
      ],
      "question": "Welcome to babysitter project setup! We analyzed the repo and need your input to build the project profile.\n\n1. **Project Goals**: What are the primary goals for this Garmin freedive app?\n2. **Pain Points**: Biggest workflow pain points? (e.g., manual builds, no tests, device-specific bugs)\n\nChoose how to answer:"
    },
    {
      "options": [
        {
          "description": "Use trunk-based development, require PRs, release manually.",
          "label": "Trunk-based + PRs + manual releases (Recommended)"
        },
        {
          "description": "Type your team and workflow preferences in the custom-answer field.",
          "label": "Other / provide details"
        },
        {
          "description": "Infer defaults from repo state.",
          "label": "Use defaults / skip"
        }
      ],
      "question": "**Team & Workflow Preferences**\n\n3. **Team**: Who works on this project and their roles?\n4. **Branch strategy / review / release cadence**: How do you prefer to work?"
    },
    {
      "options": [
        {
          "description": "Skip CI/CD setup for this project.",
          "label": "No CI/CD or integrations now"
        },
        {
          "description": "Configure a basic GitHub Actions workflow.",
          "label": "Set up GitHub Actions on PR/push (Recommended)"
        },
        {
          "description": "Type your CI/CD and integration needs in the custom-answer field.",
          "label": "Other / provide details"
        }
      ],
      "question": "**CI/CD & External Integrations**\n\n5. **CI/CD**: Do you want babysitter integrated into CI/CD? If so, which events? (PR opened, push to main, release, manual)\n6. **External tools**: Jira, Slack, Datadog, Sentry, etc.?"
    },
    {
      "options": [
        {
          "description": "Use existing conventions from the code and allow semi-autonomous babysitter runs.",
          "label": "Enforce existing Monkey C conventions + semi-autonomous (Recommended)"
        },
        {
          "description": "Type your conventions and autonomy preferences.",
          "label": "Other / provide details"
        },
        {
          "description": "Infer defaults from repo state.",
          "label": "Use defaults / skip"
        }
      ],
      "question": "**Conventions & Autonomy**\n\n7. **Coding conventions**: Any specific Monkey C / Connect IQ rules you want enforced?\n8. **Babysitter autonomy**: supervised / semi-autonomous / autonomous?"
    }
  ]
}


The ask_user_question tool requires a `header` property for each question, and option labels max 60 chars. Let me fix.

Choices:
Type your answers in the custom-answer field.
We will infer sensible defaults from the code and docs.

Question:
1. **Project Goals**: What are the primary goals for this Garmin freedive app?
2. **Pain Points**: Biggest workflow pain points? (e.g., manual builds, no tests, device-specific bugs)

Choices:
Use trunk-based development, require PRs, release manually.
Type your team and workflow preferences in the custom-answer field.
Infer defaults from repo state.

Question:
3. **Team**: Who works on this project and their roles?
4. **Branch strategy / review / release cadence**: How do you prefer to work?

Choices:
Skip CI/CD setup for this project.
Configure a basic GitHub Actions workflow.
Type your CI/CD and integration needs in the custom-answer field.

Question:
5. **CI/CD**: Do you want babysitter integrated into CI/CD? If so, which events? (PR opened, push to main, release, manual)
6. **External tools**: Jira, Slack, Datadog, Sentry, etc.?

Choices:
Use existing conventions from the code and allow semi-autonomous babysitter runs.
Enforce existing conventions + semi-autonomous
Type your conventions and autonomy preferences.
Infer defaults from repo state.

Question:
7. **Coding conventions**: Any specific Monkey C / Connect IQ rules you want enforced?
8. **Babysitter autonomy**: supervised / semi-autonomous / autonomous?


Validation failed for tool "ask_user_question":
  - questions.0.header: must not have more than 16 characters
  - questions.2.header: must not have more than 16 characters
  - questions.3.header: must not have more than 16 characters

Received arguments:
{
  "questions": [
    {
      "header": "Project Goals & Pain Points",
      "options": [
        {
          "description": "Type your answers in the custom-answer field.",
          "label": "Provide goals & pain points"
        },
        {
          "description": "We will infer sensible defaults from the code and docs.",
          "label": "Use defaults / skip"
        }
      ],
      "question": "1. **Project Goals**: What are the primary goals for this Garmin freedive app?\n2. **Pain Points**: Biggest workflow pain points? (e.g., manual builds, no tests, device-specific bugs)"
    },
    {
      "header": "Team & Workflow",
      "options": [
        {
          "description": "Use trunk-based development, require PRs, release manually.",
          "label": "Trunk-based + PRs + manual releases"
        },
        {
          "description": "Type your team and workflow preferences in the custom-answer field.",
          "label": "Other / provide details"
        },
        {
          "description": "Infer defaults from repo state.",
          "label": "Use defaults / skip"
        }
      ],
      "question": "3. **Team**: Who works on this project and their roles?\n4. **Branch strategy / review / release cadence**: How do you prefer to work?"
    },
    {
      "header": "CI/CD & Integrations",
      "options": [
        {
          "description": "Skip CI/CD setup for this project.",
          "label": "No CI/CD or integrations now"
        },
        {
          "description": "Configure a basic GitHub Actions workflow.",
          "label": "Set up GitHub Actions on PR/push"
        },
        {
          "description": "Type your CI/CD and integration needs in the custom-answer field.",
          "label": "Other / provide details"
        }
      ],
      "question": "5. **CI/CD**: Do you want babysitter integrated into CI/CD? If so, which events? (PR opened, push to main, release, manual)\n6. **External tools**: Jira, Slack, Datadog, Sentry, etc.?"
    },
    {
      "header": "Conventions & Autonomy",
      "options": [
        {
          "description": "Use existing conventions from the code and allow semi-autonomous babysitter runs.",
          "label": "Enforce existing conventions + semi-autonomous"
        },
        {
          "description": "Type your conventions and autonomy preferences.",
          "label": "Other / provide details"
        },
        {
          "description": "Infer defaults from repo state.",
          "label": "Use defaults / skip"
        }
      ],
      "question": "7. **Coding conventions**: Any specific Monkey C / Connect IQ rules you want enforced?\n8. **Babysitter autonomy**: supervised / semi-autonomous / autonomous?"
    }
  ]
}


Header max 16 characters. Let me shorten them.

Choices:
Type your answers in the custom-answer field.
We will infer sensible defaults from the code and docs.

Question:
1. **Project Goals**: What are the primary goals for this Garmin freedive app?
2. **Pain Points**: Biggest workflow pain points? (e.g., manual builds, no tests, device-specific bugs)

Choices:
Use trunk-based development, require PRs, release manually.
Type your team and workflow preferences in the custom-answer field.
Infer defaults from repo state.

Question:
3. **Team**: Who works on this project and their roles?
4. **Branch strategy / review / release cadence**: How do you prefer to work?

Choices:
Skip CI/CD setup for this project.
Configure a basic GitHub Actions workflow.
Type your CI/CD and integration needs in the custom-answer field.

Question:
5. **CI/CD**: Do you want babysitter integrated into CI/CD? If so, which events? (PR opened, push to main, release, manual)
6. **External tools**: Jira, Slack, Datadog, Sentry, etc.?

Choices:
Use existing conventions from the code and allow semi-autonomous babysitter runs.
Enforce existing conventions + semi-autonomous
Type your conventions and autonomy preferences.
Infer defaults from repo state.

Question:
7. **Coding conventions**: Any specific Monkey C / Connect IQ rules you want enforced?
8. **Babysitter autonomy**: supervised / semi-autonomous / autonomous?


User has answered your questions: "1. **Project Goals**: What are the primary goals for this Garmin freedive app?
2. **Pain Points**: Biggest workflow pain points? (e.g., manual builds, no tests, device-specific bugs)"="You create and test ( as far as you can ) the application for errors.". "3. **Team**: Who works on this project and their roles?
4. **Branch strategy / review / release cadence**: How do you prefer to work?"="Use defaults / skip". "5. **CI/CD**: Do you want babysitter integrated into CI/CD? If so, which events? (PR opened, push to main, release, manual)
6. **External tools**: Jira, Slack, Datadog, Sentry, etc.?"="No CI/CD or integrations now". "7. **Coding conventions**: Any specific Monkey C / Connect IQ rules you want enforced?
8. **Babysitter autonomy**: supervised / semi-autonomous / autonomous?"="Enforce existing conventions + semi-autonomous". You can now continue with the user's answers in mind.

Question:
1. **Project Goals**: What are the primary goals for this Garmin freedive app?
2. **Pain Points**: Biggest workflow pain points? (e.g., manual builds, no tests, device-specific bugs)

Answer: You create and test ( as far as you can ) the application for errors.

Question:
3. **Team**: Who works on this project and their roles?
4. **Branch strategy / review / release cadence**: How do you prefer to work?

Answer: Use defaults / skip

Question:
5. **CI/CD**: Do you want babysitter integrated into CI/CD? If so, which events? (PR opened, push to main, release, manual)
6. **External tools**: Jira, Slack, Datadog, Sentry, etc.?

Answer: No CI/CD or integrations now

Question:
7. **Coding conventions**: Any specific Monkey C / Connect IQ rules you want enforced?
8. **Babysitter autonomy**: supervised / semi-autonomous / autonomous?

Answer: Enforce existing conventions + semi-autonomous


The user answered:
1. Goals & pain: "You create and test ( as far as you can ) the application for errors."
2. Team/workflow: "Use defaults / skip"
3. CI/CD: "No CI/CD or integrations now"
4. Conventions/autonomy: "Enforce existing conventions + semi-autonomous"

So approved. I need to post the breakpoint result. The payload should be:
```json
{
  "approved": true,
  "response": "1. Goals/pain: You create and test (as far as you can) the application for errors. 2. Team/workflow: Use defaults/skip. 3. CI/CD: No CI/CD or integrations now. 4. Conventions/autonomy: Enforce existing conventions + semi-autonomous."
}
```

Let me write to a file and post.

bash

cat > /tmp/interview-output.json <<'EOF'
{
  "approved": true,
  "response": "1. Project Goals & Pain Points: You create and test (as far as you can) the application for errors. 2. Team & Workflow: Use defaults / skip. 3. CI/CD & Integrations: No CI/CD or integrations now. 4. Conventions & Autonomy: Enforce existing Monkey C conventions + semi-autonomous."
}
EOF
npm exec --yes --package @a5c-ai/babysitter-sdk@6.0.2 -- babysitter task:post /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1 01KYH2DS8J3CBZF6EYYS17X77V --status ok --value /tmp/interview-output.json --json


npm notice run npx
npm notice run 'babysitter' task:post /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1 01KYH2DS8J3CBZF6EYYS17X77V --status ok --value /tmp/interview-output.json --json
[adapterMetadata] @a5c-ai/adapters has no adapter named "genty" (requested harness: "genty"); using static fallback metadata.
{"status":"ok","normalizedShellFailure":false,"committed":{"resultRef":"tasks/01KYH2DS8J3CBZF6EYYS17X77V/result.json","startedAt":"2026-07-27T06:01:45.788Z","finishedAt":"2026-07-27T06:01:45.788Z"},"stdoutRef":null,"stderrRef":null,"resultRef":"tasks/01KYH2DS8J3CBZF6EYYS17X77V/result.json"}


Now iterate. Next should be build-profile, tool-selection, etc.

npm exec --yes --package @a5c-ai/babysitter-sdk@6.0.2 -- babysitter run:iterate /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1 --json --iteration 5


                    "classStructure": "Const block -> instance vars declared with `var name;` -> constructor initialize() -> View lifecycle (onShow/onHide/onUpdate) -> state methods -> finishSession/discardSession -> onXxxButton handlers.",
                    "comments": "Sparse. Section markers (// ----) are not used; inline `// TODO` style comments appear occasionally. Code in source_fenix5/Common.mc and DepthModel.mc uses units comments (e.g. `// kg/m³`, `// s`).",
                    "destructuring": "Not used.",
                    "fileHeader": "Every source file begins with a `using` block; no copyright header.",
                    "imports": "Explicit `using Toybox.X;` directives at the top of each .mc file. Import order is alphabetical within Toybox group. Common set: Toybox.WatchUi, Toybox.System, Toybox.Graphics, Toybox.Timer, Toybox.Lang, Toybox.Application, Toybox.Sensor, Toybox.ActivityRecording, Toybox.FitContributor, Toybox.Activity.",
                    "indentation": "4 spaces (visible across all .mc files)",
                    "lineEndings": "LF (Unix)",
                    "typeAnnotations": "Static types not declared (Monkey C is dynamically typed; types inferred from literals and FitContributor.DATA_TYPE_* constants)."
                  },
                  "errorHandling": "Connect IQ Monkey C has no try/catch for application exceptions; the project uses defensive null-guards and the `has` symbol-presence operator. Patterns observed: (1) `if (Sensor has :setEnabledSensors)` guards API-version-dependent calls (Fenix5App.mc:14, BreathHoldApp.mc:15). (2) `if (info has :rawAmbientPressure && info.rawAmbientPressure != null)` guards fēnix 5 raw-pressure access (DepthModel.mc:14, :24). (3) Optional FitContributor fields checked for `null` before `setData` (e.g. DepthView.mc:182-187). (4) Settings.load() checks each property for null and falls back to defaults (AppSettings.mc:30-62). (5) `discardSession()` defensively nulls `session` after stop+discard, stops the timer, and resets state. (6) Long-press BACK uses an 800 ms Timer to disambiguate short vs. long press, with a 500 ms swallow window in PoolLengthDelegate to ignore the BACK release that follows the long-press (PoolLengthDelegate.mc:43-49).",
                  "git": {
                    "branching": "N/A (no git history present)",
                    "commitConventions": "N/A",
                    "gitignore": ".gitignore ignores bin/, *.prg, *.iq, *.pem, *.der, swap files, .DS_Store, .vscode/settings.json. Note: developer_key.der and developer_key.pem are present in the working tree despite being in .gitignore (they were committed before .gitignore, or generated locally).",
                    "vcs": "Not initialized as a git working tree in this checkout (no .git/ directory, git rev-parse reports 'not a git repo')."
                  },
                  "importOrder": [
                    "using Toybox.Activity;",
                    "using Toybox.ActivityRecording;",
                    "using Toybox.Application;",
                    "using Toybox.FitContributor;",
                    "using Toybox.Graphics;",
                    "using Toybox.Lang;",
                    "using Toybox.Sensor;",
                    "using Toybox.System;",
                    "using Toybox.Timer;",
                    "using Toybox.WatchUi;"
                  ],
                  "naming": {
                    "classes": "PascalCase, e.g. BreathHoldApp, MainMenuView, DepthDelegate, DepthModel, AppSettings, Common",
                    "constants": "UPPER_SNAKE_CASE, e.g. STATE_BREATH_UP, ITEM_DEPTH, PRESET_25, LONG_PRESS_MS, G, RHO_FRESH, RHO_SALT",
                    "disciplineCodes": "Short all-caps discipline labels stored in FIT discipline field: CWT, FIM, CWT-B, CWT-M, CNF, DYN-B, DYN-M, DNF, STA, BREATHE.",
                    "fieldIds": "Numeric developer field IDs allocated per APP_DESIGN_V2.md §9 (0..16, 20, 21). e.g. depth_m=1, hr_bpm=2, max_depth_m=3, dive_time_s=4, surface_interval_s=5, horizontal_distance_m=6, length_count=7, stroke_count=8, breathhold_time_s=9, breath_up_time_s=10, recovery_time_s=11, last_hr_bpm=12, cycles_completed=13, total_hold_time_s=14, hold_target_s=15, contraction_count=16, lap_hold_s=20, lap_rest_s=21.",
                    "files": "PascalCase matching the single class inside (e.g. BreathHoldView.mc -> class BreathHoldView). One class per file.",
                    "functions": "camelCase, e.g. onShow, onUpdate, onTimer, startRecording, finishSession, discardSession, onStartButton, onUpButton, onDownButton, calibrateSurface, depthM",
                    "variables": "camelCase, instance vars declared with `var x;` at the top of the class (e.g. discipline, breathUpTime, currentDepthM, lastHeartRate). Static helpers in Common / DepthModel / AppSettings."
                  },
                  "testingConventions": "No automated test suite, no tests/ or spec/ directory, no test files. The project relies on Connect IQ simulator runs (monkeydo) and real-device sideload testing. README §Build steps describes the manual flow."
                },
                "directoryTree": {
                  "fileCounts": {
                    "buildScripts": 2,
                    "docs": 4,
                    "jungle": 2,
                    "manifests": 2,
                    "monkeyC": 28,
                    "resources": 1,
                    "totalPrimarySourceFiles": 39
                  },
                  "notes": "No package manager config files, no CI config, no test directories, no Docker, no monorepo workspace file. The project is intentionally split into two independent builds (source/ and source_fenix5/) sharing only resources/. Both share the same AppName string and developer signing key but have separate Jungle + manifest pairs.",
                  "root": "/mnt/flash1/code/garmin-freedive-app",
                  "tree": {
                    ".": [
                      "APP_DESIGN_V2.md",
                      "IMPLEMENTATION_PLAN.md",
                      "PORT_FENIX5.md",
                      "README.md",
                      ".gitignore",
                      "build.sh",
                      "build_fenix5.sh",
                      "developer_key.der",
                      "developer_key.pem",
                      "manifest.xml",
                      "manifest_fenix5.xml",
                      "monkey.jungle",
                      "monkey_fenix5.jungle",
                      {
                        "bin/": "[] (empty build output directory; .prg files are gitignored)"
                      },
                      {
                        "resources/": [
                          "resources.xml"
                        ]
                      },
                      {
                        "source/": [
                          "BreathHoldApp.mc (29 LOC) — AppBase entry for v1",
                          "BreathHoldDelegate.mc (92 LOC) — InputDelegate, long-press BACK, key routing",
                          "BreathHoldView.mc (289 LOC) — v1 main view: prep/hold/recovery/repeat state machine, FIT session",
                          "PoolLengthDelegate.mc (61 LOC) — picker InputDelegate with 500 ms swallow window",
                          "PoolLengthView.mc (99 LOC) — pool-length picker (25/50/custom)",
                          "Settings.mc (22 LOC) — object-store-backed Settings for v1"
                        ]
                      },
                      {
                        "source_fenix5/": [
                          "AppSettings.mc (65 LOC) — extended object-store settings (water type, distance DOWN action, breathing series, static times)",
                          "BreathingDelegate.mc (89 LOC) — InputDelegate for breathing trainer",
                          "BreathingView.mc (236 LOC) — CO2/O2 table trainer view with rest series cycling",
                          "Common.mc (24 LOC) — static helpers: formatTime, sampleHeartRate",
                          "DepthDelegate.mc (79 LOC) — depth-mode InputDelegate",
                          "DepthModel.mc (38 LOC) — surface calibration + depthM() from rawAmbientPressure",
                          "DepthView.mc (280 LOC) — depth session view + FIT RECORD/SESSION fields",
                          "DistanceDelegate.mc (85 LOC) — distance-mode InputDelegate",
                          "DistanceView.mc (252 LOC) — DYN/DNF distance view, configurable DOWN action",
                          "DownActionSettingsView.mc (54 LOC) — strokes vs contractions picker",
                          "Fenix5App.mc (28 LOC) — AppBase entry for v2",
                          "MainMenuDelegate.mc (77 LOC) — main-menu InputDelegate, long-press opens settings",
                          "MainMenuView.mc (123 LOC) — main menu launching Depth/Distance/Static/Breathing",
                          "PoolLengthSettingsView.mc (93 LOC) — pool-length picker (settings variant)",
                          "SettingsDelegate.mc (50 LOC) — settings menu InputDelegate",
                          "SettingsEditDelegate.mc (49 LOC) — settings sub-screen InputDelegate (UP/DOWN/START save)",
                          "SettingsView.mc (68 LOC) — settings menu (pool length / water type / distance DOWN)",
                          "StaticDelegate.mc (74 LOC) — static apnoe InputDelegate",
                          "StaticView.mc (198 LOC) — static apnoe view + FIT session fields",
                          "SubMenuDelegate.mc (49 LOC) — generic 2-4 item sub-menu InputDelegate",
                          "SubMenuView.mc (57 LOC) — generic 2-4 item sub-menu view (used for fin type etc.)",
                          "WaterTypeSettingsView.mc (54 LOC) — fresh/salt picker"
                        ]
                      },
                      {
                        ".pi-subagents/": "Internal run artifacts; not part of the project. Contains subagent transcript JSONL and progress notes (e.g. .pi-subagents/artifacts/431b6660_scout_*.jsonl, .pi-subagents/artifacts/8b10a39d_scout_*.jsonl, .pi-subagents/artifacts/progress/431b6660/progress.md). Should be excluded from version control."
                      }
                    ]
                  }
                },
                "documentation": [
                  {
                    "path": "README.md",
                    "summary": "Project overview, hardware feasibility matrix, button usage tables for both fenix3 v1 and fenix5 v2 builds, sample Monkey C code for future depth calculation, sideload instructions, troubleshooting, and disclaimer. ~370 lines.",
                    "type": "user-facing README"
                  },
                  {
                    "path": "APP_DESIGN_V2.md",
                    "summary": "Full v2 design: main menu, four modes (Depth, Distance, Static Apnoe, Breathing Trainer), per-mode UI screens, FIT field schema (id allocation table), code structure plan, implementation phases, applied user decisions (FIM under Depth, configurable DOWN action, speed skipped, fenix5-only focus). 11 numbered sections. ~430 lines.",
                    "type": "product/UX design spec"
                  },
                  {
                    "path": "IMPLEMENTATION_PLAN.md",
                    "summary": "Section 0 revised scope; §1-3 device/API feasibility (fenix3 vs fenix5 vs fenix6/7/8 vs Venu2); §4-5 depth formula and recording strategy; §6 phased implementation plan; §7 risks; §8-9 sample Monkey C depth + FIT registration code; §10 sources; §11 pool-length horizontal-distance plan (D.1-D.7). 12 numbered sections. ~770 lines.",
                    "type": "engineering plan + feasibility study"
                  },
                  {
                    "path": "PORT_FENIX5.md",
                    "summary": "Detailed outline of the fenix5 depth port: target device table with API levels, new/changed file plan, depth calculation code (DepthModel), FIT field plan for RECORD and SESSION, sample UI layout, build/sideload steps, risks, and the 'best fenix' recommendation summary. 10 numbered sections. ~280 lines.",
                    "type": "porting spec (fenix3 -> fenix5)"
                  }
                ],
                "techStack": {
                  "buildTools": [
                    "monkeyc (Connect IQ compiler)",
                    "monkeydo (implied, mentioned in README for simulator runs)",
                    "Connect IQ SDK Manager (per build.sh / build_fenix5.sh)",
                    "OpenSSL (developer key generation)",
                    "Java 11+ (required by SDK, declared in both build scripts)"
                  ],
                  "databases": [
                    {
                      "evidence": "Application.getApp().getProperty() / setProperty() in source/Settings.mc and source_fenix5/AppSettings.mc",
                      "name": "Connect IQ Application Object Store (key-value)",
                      "severity": "info",
                      "type": "embedded key-value"
                    },
                    {
                      "evidence": "session.createSession + session.createField in BreathHoldView, DepthView, DistanceView, StaticView, BreathingView",
                      "name": "FIT activity files (custom developer fields)",
                      "severity": "info",
                      "type": "FIT file written via Toybox.ActivityRecording + Toybox.FitContributor"
                    }
                  ],
                  "frameworks": [
                    {
                      "evidence": "using Toybox.{Application,WatchUi,Graphics,System,Lang,Timer,Sensor,ActivityRecording,FitContributor,Activity} across 28 Monkey C files",
                      "name": "Garmin Connect IQ SDK (Toybox)",
                      "role": "Watch-app framework"
                    },
                    {
                      "evidence": "monkey.jungle, monkey_fenix5.jungle",
                      "name": "Connect IQ Jungle build system",
                      "role": "Build manifest (.jungle) read by monkeyc"
                    },
                    {
                      "evidence": "openssl genrsa / openssl pkcs8 commands in build scripts",
                      "name": "OpenSSL (developer key generation)",
                      "role": "Signing key helper used by build.sh / build_fenix5.sh"
                    }
                  ],
                  "infrastructure": {
                    "ci": "None detected (no .github, .gitlab-ci.yml, Jenkinsfile, .circleci, azure-pipelines.yml). The project is built manually with build.sh / build_fenix5.sh.",
                    "containerization": "None (no Dockerfile, docker-compose, k8s manifests).",
                    "distribution": "Sideloaded .PRG files copied to GARMIN/APPS/ on the watch over USB mass storage. No Connect IQ Store distribution (per README: diving apps are not allowed in the store).",
                    "signing": "developer_key.der / developer_key.pem committed in repo (also listed in .gitignore, so signing keys are present but ignored by git)"
                  },
                  "languages": [
                    {
                      "extensions": [
                        ".mc"
                      ],
                      "fileCount": 28,
                      "loc": 2714,
                      "name": "Monkey C",
                      "role": "primary"
                    },
                    {
                      "extensions": [
                        ".sh"
                      ],
                      "fileCount": 2,
                      "name": "Bash",
                      "role": "build-scripting"
                    },
                    {
                      "extensions": [
                        ".xml"
                      ],
                      "fileCount": 3,
                      "name": "XML",
                      "role": "manifest-and-resources"
                    },
                    {
                      "extensions": [
                        ".md"
                      ],
                      "fileCount": 4,
                      "name": "Markdown",
                      "role": "documentation"
                    }
                  ],
                  "packageManagers": [
                    "None — no package.json, requirements.txt, go.mod, Cargo.toml, Gemfile, pubspec.yaml, pnpm-workspace.yaml, lerna.json present. The build chain is the Connect IQ SDK and openssl."
                  ]
                }
              },
              "toolsAndServices": {
                "cicd": {
                  "configPaths": [],
                  "pipelines": [],
                  "provider": "none"
                },
                "containerization": {
                  "enabled": false,
                  "files": [],
                  "note": "No Dockerfile, docker-compose.yml, or .dockerignore present. build_fenix5.sh explicitly warns that the SDK Manager requires a GUI/X11 and will not run headless without Xvfb, so no container build target exists."
                },
                "externalEndpoints": [
                  {
                    "name": "Garmin Connect IQ SDK download page",
                    "purpose": "documentation pointer; no runtime call",
                    "referencedFrom": [
                      "README.md",
                      "build.sh",
                      "build_fenix5.sh"
                    ],
                    "url": "https://developer.garmin.com/connect-iq/sdk/"
                  }
                ],
                "externalIntegrations": [
                  {
                    "category": "build-tooling",
                    "enabled": true,
                    "service": "Garmin Connect IQ SDK Manager"
                  },
                  {
                    "category": "build-tooling",
                    "enabled": true,
                    "service": "Garmin Connect IQ SDK (monkeyc compiler)"
                  },
                  {
                    "category": "distribution",
                    "enabled": false,
                    "service": "Garmin Connect IQ Store"
                  },
                  {
                    "category": "hardware-sensor",
                    "enabled": true,
                    "service": "ANT+ HRM-Tri / HRM-Swim chest strap"
                  },
                  {
                    "category": "data-sync",
                    "enabled": true,
                    "service": "Garmin Connect (FIT file upload)"
                  },
                  {
                    "category": "identity",
                    "enabled": true,
                    "service": "developer.garmin.com (developer key signing)"
                  }
                ],
                "infrastructure": {
                  "enabled": false,
                  "files": [],
                  "note": "No Terraform, CloudFormation, Pulumi, Vagrant, or other IaC files. No remote/cloud infrastructure in scope: this is a fully on-device watch application whose only deployment target is the Garmin device itself via USB sideload."
                },
                "projectMetadata": {
                  "buildSystem": "Garmin Connect IQ SDK (monkeyc)",
                  "codeReviewRequirements": "none documented",
                  "formatters": [],
                  "languages": [
                    "Monkey C"
                  ],
                  "languagesSupported": [
                    "eng"
                  ],
                  "linters": [],
                  "packageManagers": [],
                  "permissions": [
                    "Sensor",
                    "ActivityRecording",
                    "FitContributor"
                  ],
                  "sourceTrees": [
                    {
                      "appId": "b896271ba7e04e12988fd03fb8714fc3",
                      "entry": "BreathHoldApp",
                      "jungle": "monkey.jungle",
                      "manifest": "manifest.xml",
                      "minApiLevel": "1.4.0",
                      "path": "source/",
                      "target": "fenix3 / fenix3_hr"
                    },
                    {
                      "appId": "b896271ba7e04e12988fd03fb8714fc4",
                      "entry": "Fenix5App",
                      "jungle": "monkey_fenix5.jungle",
                      "manifest": "manifest_fenix5.xml",
                      "minSdkVersion": "2.4.0",
                      "path": "source_fenix5/",
                      "target": "fenix5plus (configurable to fenix5/5s/5x/5splus/5xplus)"
                    }
                  ],
                  "tests": [],
                  "vcs": "no .git directory found at repo root; git status reports 'not a git repository'"
                },
                "services": [],
                "tools": {
                  "formatting": [],
                  "linting": [],
                  "testing": []
                },
                "workflows": [
                  {
                    "description": "Local bash script that invokes the Connect IQ SDK's monkeyc compiler to produce .prg files for the Garmin fenix3 and fenix3_hr targets. Generates a self-signed developer key if missing.",
                    "name": "Manual build (fenix3)",
                    "steps": [
                      "Read SDK path from $HOME/.Garmin/ConnectIQ/current-sdk.cfg",
                      "Generate developer_key.pem + developer_key.der via openssl if missing",
                      "mkdir -p bin",
                      "Invoke $SDK/bin/monkeyc -d fenix3 -f monkey.jungle -o bin/FreediveBreath_fenix3.prg -y developer_key.der",
                      "Invoke $SDK/bin/monkeyc -d fenix3_hr -f monkey.jungle -o bin/FreediveBreath_fenix3_hr.prg -y developer_key.der"
                    ],
                    "triggers": [
                      "manual"
                    ]
                  },
                  {
                    "description": "Local bash script that builds the v2 menu + depth app for fenix5plus (configurable BUILD_VARIANTS list, default fenix5plus). Requires the SDK Manager GUI / X11.",
                    "name": "Manual build (fenix5plus v2)",
                    "steps": [
                      "Read SDK path from $HOME/.Garmin/ConnectIQ/current-sdk.cfg (exit 1 if missing)",
                      "Generate developer_key.pem + developer_key.der via openssl if missing",
                      "mkdir -p bin",
                      "For each BUILD_VARIANTS device, invoke $SDK/bin/monkeyc -d <device> -f monkey_fenix5.jungle -o bin/Freedive_<device>.prg -y developer_key.der",
                      "Sideload .prg to watch via USB (manual cp into GARMIN/APPS/)"
                    ],
                    "triggers": [
                      "manual"
                    ]
                  },
                  {
                    "description": "VS Code with official Monkey C extension (or Eclipse Monkey C plugin) builds the project interactively: 'Monkey C: Build Current Project' / 'Monkey C: Export Project'. Documented in README.md.",
                    "name": "IDE build (recommended)",
                    "steps": [
                      "Open repo in VS Code with Monkey C extension",
                      "Run 'Monkey C: Build Current Project' or 'Monkey C: Export Project'",
                      "Select fenix3 or fenix3_hr target",
                      "Output: bin/<name>.prg or .iq zip"
                    ],
                    "triggers": [
                      "manual"
                    ]
                  },
                  {
                    "description": "Garmin does not allow diving/breath-hold apps in the Connect IQ Store; deployment is by manual sideload. .prg is copied to GARMIN/APPS/ over USB, then app is launched from Activities > Apps.",
                    "name": "Sideload to device",
                    "steps": [
                      "Connect watch via USB, confirm Mass Storage mode",
                      "Copy .prg into GARMIN/APPS/ (no subfolder)",
                      "Safely eject",
                      "Launch Freedive Breath from Activities > Apps"
                    ],
                    "triggers": [
                      "manual"
                    ]
                  },
                  {
                    "description": "No formal release process exists. No tags, branches, or CI artifacts found. Versioning is implicit via the two parallel source trees (fenix3 v1 in source/, fenix5plus v2 in source_fenix5/) and two separate app ids in manifest.xml / manifest_fenix5.xml.",
                    "name": "Release / version workflow",
                    "steps": [
                      "Edit source under source/ or source_fenix5/",
                      "Run build.sh or build_fenix5.sh",
                      "Sideload .prg manually"
                    ],
                    "triggers": [
                      "manual"
                    ]
                  }
                ]
              },
              "miningResult": {
                "bottlenecks": [
                  {
                    "description": "Long-press BACK timer (LONG_PRESS_MS = 800) is hand-rolled and duplicated across BreathHoldDelegate.mc, DepthDelegate.mc, DistanceDelegate.mc, plus onKey/onKeyPressed/onKeyReleased tri-state handling. Any state-machine regression must be fixed in each copy.",
                    "frequency": "Touched on every back-button behavior change (see git-less history of v1 settings + v2 settings additions)",
                    "id": "BN-1",
                    "impact": "Maintenance duplication; risk of inconsistent button behavior across v1 and v2 builds.",
                    "location": "source/BreathHoldDelegate.mc lines 8-13,60-79; source_fenix5/DepthDelegate.mc lines 8-13,70-92; source_fenix5/DistanceDelegate.mc lines 8-13,68-86"
                  },
                  {
                    "description": "FIT developer field ids are hard-coded inline in each view's startRecording() instead of a shared FitFields helper. APP_DESIGN_V2.md §9 already proposes FitFields.mc (optional) but it has not been created.",
                    "frequency": "Every new FIT field addition (e.g., max_depth_m, dive_time_s, surface_interval_s)",
                    "id": "BN-2",
                    "impact": "Cross-mode field id drift risk; changing an id requires editing 4-5 files; documentation is the only source of truth for the shared id space.",
                    "location": "source_fenix5/DepthView.mc:206-245, DistanceView.mc:168-206, StaticView.mc:147-172, BreathingView.mc:181-204; design in APP_DESIGN_V2.md:306-328"
                  },
                  {
                    "description": "DepthModel.calibrateSurface() takes a single rawAmbientPressure sample instead of averaging, contrary to PORT_FENIX5.md §4 ('take a short average 3-5 samples'). Single-sample calibration is sensitive to wave/temperature jitter.",
                    "frequency": "Every dive start (calibrateSurface called on every breath-up -> surface transition)",
                    "id": "BN-3",
                    "impact": "Reduced depth accuracy and noisy surface zero reference, particularly in chop or quick weather changes.",
                    "location": "source_fenix5/DepthModel.mc:14-22; documented better approach in PORT_FENIX5.md:90-103"
                  },
                  {
                    "description": "FIT session 'name' string is hard-coded per view (BreathHold, FreediveDepth, FreediveDistance, FreediveStatic, BreathingTrainer) and shows up in Connect as the activity title. No central registry or i18n layer.",
                    "frequency": "Naming/label change in Connect",
                    "id": "BN-4",
                    "impact": "Label changes require edits in 5 places; no @Strings.* indirection used at this level (manifests reference @Strings.AppName but the FIT names are inline).",
                    "location": "source/BreathHoldView.mc:163, source_fenix5/BreathingView.mc:176, DepthView.mc:202, DistanceView.mc:163, StaticView.mc:143"
                  }
                ],
                "branchPatterns": "N/A (no git history)",
                "commitPatterns": "N/A (no git history)",
                "contributors": [
                  {
                    "areas": [
                      "fenix3 v1 single-mode breath-hold + pool-length app (source/)",
                      "fenix5 v2 multi-discipline menu app (source_fenix5/)",
                      "All design/implementation documentation (README.md, IMPLEMENTATION_PLAN.md, PORT_FENIX5.md, APP_DESIGN_V2.md)",
                      "Build tooling (build.sh, build_fenix5.sh, .gitignore)",
                      "FIT developer field-id schema (APP_DESIGN_V2.md §9)"
                    ],
                    "commitCount": 0,
                    "name": "Unknown (no git history)"
                  }
                ],
                "evolution": {
                  "growthAreas": [
                    "source_fenix5/ (22 files, ~70 KB) is roughly 3.5x the size of source/ (6 files, ~17 KB), reflecting the v2 multi-discipline expansion.",
                    "Depth/Distance FIT recording paths grew to 4-8 FitContributor fields per session (BreathingView.mc ~5 fields, DepthView.mc ~8 fields, DistanceView.mc ~8 fields, StaticView.mc ~5 fields) versus 4 fields in the original source/BreathHoldView.mc.",
                    "Persistent settings surface expanded from 2 keys (poolLengthM, poolLengthIndex) in source/Settings.mc to 10 keys + an array in source_fenix5/AppSettings.mc."
                  ],
                  "majorEvents": [
                    {
                      "date": "Pre-v2 (initial fenix3 build)",
                      "evidence": "source/BreathHoldApp.mc, source/BreathHoldView.mc, source/Settings.mc, source/PoolLength*.mc, manifest.xml (minApiLevel=1.4.0)",
                      "id": "EV-1",
                      "summary": "Initial single-mode breath-hold + pool-length app on fēnix 3 / fēnix 3 HR (API 1.4.0). Source under source/, manifest.xml declares fenix3 + fenix3_hr products."
                    },
                    {
                      "date": "v2 design phase",
                      "evidence": "APP_DESIGN_V2.md sections 10-11 (Implementation Phases), README.md lines 5/105 ('New design ... v2')",
                      "id": "EV-2",
                      "summary": "Multi-discipline v2 design formalized in APP_DESIGN_V2.md (Depth / Distance / Static Apnoe / Breathing Trainer menu). Implementation phases 1-4 marked as completed (basic); phase 5 (Polish) deferred."
                    },
                    {
                      "date": "fēnix 5 port",
                      "evidence": "source_fenix5/Fenix5App.mc, MainMenuView.mc, DepthView.mc, DistanceView.mc, StaticView.mc, BreathingView.mc, AppSettings.mc, DepthModel.mc, manifest_fenix5.xml, monkey_fenix5.jungle, build_fenix5.sh",
                      "id": "EV-3",
                      "summary": "Source duplicated to source_fenix5/ with separate manifest_fenix5.xml + monkey_fenix5.jungle, new Fenix5App entry, MainMenuView + SubMenuView scaffold, plus Depth/Distance/Static/Breathing view-delegates and shared AppSettings/Common/DepthModel."
                    },
                    {
                      "date": "Pool-length horizontal distance feature (intermediate)",
                      "evidence": "source/BreathHoldDelegate.mc (long-press BACK), source/PoolLengthView.mc, source/PoolLengthDelegate.mc, BreathHoldView.mc startRecording() lines 152-184, IMPLEMENTATION_PLAN.md section 11",
                      "id": "EV-4",
                      "summary": "Manual pool-length counter added to fēnix 3 build via long-press BACK settings picker, FIT developer fields horizontal_distance_m (id 2) and length_count (id 3)."
                    }
                  ],
                  "technologyChanges": [
                    "Connect IQ API migration 1.4.0 (fēnix 3) -> 2.4.0+ (fēnix 5/5S/5X/5 Plus) to unlock Activity.Info.rawAmbientPressure for real depth measurement (PORT_FENIX5.md).",
                    "Pressure source migration: Sensor.Info.pressure (sea-level calibrated, depth-unusable) -> Activity.Info.rawAmbientPressure (raw ambient) implemented in source_fenix5/DepthModel.mc.",
                    "FIT field taxonomy unification: previously ad-hoc 4 developer field ids in source/BreathHoldView.mc; in source_fenix5/ a single 17-id allocation table in APP_DESIGN_V2.md §9 is shared across Depth/Distance/Static/Breathing sessions.",
                    "Build pipeline: monkey.jungle (single manifest) split into monkey.jungle + monkey_fenix5.jungle with separate build scripts (build.sh -> build_fenix5.sh)."
                  ]
                },
                "implicitRules": [
                  "v1 fenix3 code in source/ is preserved but frozen - README.md and APP_DESIGN_V2.md both state 'v2 ... fenix 3 v1 code is preserved but not extended'.",
                  "Two parallel Monkey C projects are maintained side-by-side via separate jungle + manifest pairs (monkey.jungle+manifest.xml, monkey_fenix5.jungle+manifest_fenix5.xml); cross-building between them is intentionally avoided.",
                  "Personal sideload only - APP_DESIGN_V2.md and IMPLEMENTATION_PLAN.md both forbid Connect IQ Store submission ('Garmin does not allow diving/breath-hold apps in the Connect IQ Store'). Developer key (.der/.pem) is excluded from git via .gitignore.",
                  "FIT custom developer fields only - the codebase intentionally does NOT write the Garmin standard distance field for Distance mode (PORT_FENIX5.md §5; README.md 'Pool horizontal distance').",
                  "Manual input for horizontal distance - GPS does not work underwater and accelerometer dead-reckoning is rejected (README.md, PORT_FENIX5.md §2); therefore the user must press UP per length.",
                  "Pool-density fresh/salt toggle is treated as a forward-compatibility placeholder for fenix3 (IMPLEMENTATION_PLAN.md §0 'fresh/salt toggle retained for future extensibility; not used for depth on fenix3') but is live in fenix5 via AppSettings.waterType.",
                  "Single-button long-press detection uses a fixed 800 ms threshold (LONG_PRESS_MS) and an explicit backTimer to disambiguate short/long BACK presses; this convention is copied verbatim from BreathHoldDelegate to DepthDelegate and DistanceDelegate.",
                  "Depth calculation must clamp negative splash noise to 0 (DepthModel.mc:33; PORT_FENIX5.md:96) - implicit rule shared between docs and code.",
                  "Sensor permissions are declared as Sensor/ActivityRecording/FitContributor in BOTH manifests; permissions are kept minimal and identical across v1 and v2.",
                  "The fenix5plus manifest in source_fenix5/manifest_fenix5.xml only lists fenix5plus as a product even though APP_DESIGN_V2.md and README.md describe the full fenix5 family; build_fenix5.sh exposes BUILD_VARIANTS to extend at build time but the default ship target is fenix5plus."
                ],
                "metadata": {
                  "derivationSource": "code + documentation only (no .git directory at /mnt/flash1/code/garmin-freedive-app)",
                  "filesScanned": 35,
                  "gitHistoryAvailable": false,
                  "primarySources": [
                    "README.md",
                    "IMPLEMENTATION_PLAN.md",
                    "PORT_FENIX5.md",
                    "APP_DESIGN_V2.md",
                    "manifest.xml + manifest_fenix5.xml",
                    "monkey.jungle + monkey_fenix5.jungle",
                    "build.sh + build_fenix5.sh",
                    "source/*.mc (6 files)",
                    "source_fenix5/*.mc (22 files)"
                  ]
                },
                "painPoints": [
                  {
                    "category": "build / verification",
                    "description": "Code in source_fenix5/ has been 'reviewed for API 2.4.0+ compatibility but NOT compiled' because the Connect IQ SDK requires the GUI SDK Manager and X11. There is no way to verify the v2 build from a CLI / headless environment.",
                    "discoveredVia": "APP_DESIGN_V2.md section 10 phase 5 'Open TODOs: ... Code was reviewed for API 2.4.0+ but not compiled (Connect IQ SDK not installed in this environment).'; build_fenix5.sh echoes 'SDK Manager requires a graphical display; it will not run in a headless container without X11/Xvfb.'",
                    "id": "PP-1",
                    "severity": "high"
                  },
                  {
                    "category": "configuration drift",
                    "description": "All five sensor/activity/fit permissions are declared in BOTH manifest.xml and manifest_fenix5.xml but the v2 manifest narrows supported devices to a single product (fenix5plus) while documentation claims a full six-device matrix (fenix5/5S/5X/5 Plus/5S Plus/5X Plus).",
                    "discoveredVia": "manifest_fenix5.xml iq:products contains only fenix5plus; README.md lines 107-114 and APP_DESIGN_V2.md §2 promise the full 5-series matrix.",
                    "id": "PP-2",
                    "severity": "medium"
                  },
                  {
                    "category": "data integrity",
                    "description": "FIT developer field-id conflicts could occur if more than one view-mode shares a session: ids 0 (discipline), 9 (breathhold_time_s), 10 (breath_up_time_s), 12 (last_hr_bpm) are repeated across DepthView, DistanceView, StaticView, BreathingView. The allocation table in APP_DESIGN_V2.md §9 documents this but there is no compile-time check.",
                    "discoveredVia": "Cross-grep of createField calls in source_fenix5/*.mc; design intent in APP_DESIGN_V2.md:306-328.",
                    "id": "PP-3",
                    "severity": "medium"
                  },
                  {
                    "category": "accuracy / UX",
                    "description": "DepthModel.calibrateSurface() averages only a single sample and the calibrate-once-per-session flow has no manual re-calibrate hotkey (long-press START was proposed in PORT_FENIX5.md §6 but never implemented in DepthDelegate.mc).",
                    "discoveredVia": "source_fenix5/DepthModel.mc:14-22; PORT_FENIX5.md:90-103 + §9 'manual re-calibrate' decision item; DepthDelegate.mc only handles START, ESC, LAP.",
                    "id": "PP-4",
                    "severity": "medium"
                  },
                  {
                    "category": "engineering process",
                    "description": "No automated tests, no CI, no linter, no formatter exist for either source tree. Regression risk for the hand-rolled long-press timer and per-view state machines is unbounded.",
                    "discoveredVia": ".pi-subagents/artifacts/431b6660_scout_1_output.md (no linting/testing/formatting configured); absence of any *test* files; only build artifacts.",
                    "id": "PP-5",
                    "severity": "medium"
                  },
                  {
                    "category": "maintainability",
                    "description": "Connect IQ Watch App session is hard-coded per view with raw Sport/SubSport constants (ActivityRecording.SPORT_SWIMMING etc.). No central place enumerates modes -> (sport, subSport) tuples; tweaking requires editing 4 view files.",
                    "discoveredVia": "grep of SPORT_/SUB_SPORT_ across source_fenix5/*.mc shows 4 distinct inline definitions.",
                    "id": "PP-6",
                    "severity": "low"
                  },
                  {
                    "category": "feature completeness",
                    "description": "SettingsView in source_fenix5/ (SettingsView.mc) shows only 3 of the 10+ persisted keys (pool length, water type, distance DOWN). Defaults like defaultBreathUpS, defaultRecoveryS, breathingRestSeries, breathingHoldTargetS, staticBreathUpS, staticRecoveryS are loaded but no UI exists to edit them.",
                    "discoveredVia": "source_fenix5/AppSettings.mc (10 fields, rest-series array) vs source_fenix5/SettingsView.mc (3 items).",
                    "id": "PP-7",
                    "severity": "low"
                  },
                  {
                    "category": "documentation",
                    "description": "README.md still leads with the v1 fenix3 build instructions before introducing the v2 fenix5 build, and the disclaimer section was written for a single-watch hobby project but the v2 app now ships for the whole fenix5 family. Sideload instructions do not list per-variant filenames.",
                    "discoveredVia": "README.md line 105 'fenix 5 v2 build' is appended after the v1 sideload walkthrough.",
                    "id": "PP-8",
                    "severity": "low"
                  }
                ],
                "releasePatterns": "N/A (no git history)"
              },
              "additionalContext": "Garmin Connect IQ freediving watch app. Monkey C.",
              "projectRoot": "/mnt/flash1/code/garmin-freedive-app",
              "isNewProject": false,
              "projectProfileSchema": {
                "requiredFields": [
                  "projectName",
                  "description",
                  "goals",
                  "techStack",
                  "architecture",
                  "workflows",
                  "conventions",
                  "createdAt",
                  "updatedAt",
                  "version"
                ],
                "goalSchema": "{ id: string, description: string, category: string, priority?: string, status?: string }",
                "techStackSchema": "{ languages?: [{name, version?, role?}], frameworks?: [{name, version?, category?}], databases?: [{name, type?, version?}], infrastructure?: [{name, category?}], buildTools?: string[], packageManagers?: string[] }",
                "architectureSchema": "{ pattern?: string, modules?: [{name, path, description?, dependencies?}], entryPoints?: string[], dataFlow?: string }",
                "teamMemberSchema": "{ name: string, role: string, responsibilities?: string[] }",
                "workflowSchema": "{ name: string, description?: string, steps?: string[], triggers?: string[] }",
                "conventionsSchema": "{ naming?: Record<string, string>, git?: Record<string, string>, codeStyle?: Record<string, unknown>, importOrder?: string[], errorHandling?: string, testingConventions?: string, additionalRules?: string[] }",
                "painPointSchema": "{ id: string, description: string, severity: string, category?: string, discoveredVia?: string, suggestedRemediation?: string }",
                "bottleneckSchema": "{ id: string, description: string, impact: string, location?: string, frequency?: string }",
                "cicdSchema": "{ provider?: string, configPaths?: string[], pipelines?: [{name, trigger?, stages?}], babysitterIntegration?: {enabled?, triggerOn?, processIds?} }"
              }
            },
            "instructions": [
              "Read the breakpoint response from the user interview (Phase 4) to get user-provided information",
              "If an existing profile exists (loaded via `babysitter profile:read --project --json` in Phase 1), use it as the base and merge new information on top",
              "IMPORTANT: Do not import or call SDK profile functions directly — use the babysitter CLI for all profile I/O",
              "Incorporate repo structure analysis into architecture, techStack, and conventions",
              "Incorporate tools and services analysis into tools, services, cicd, externalIntegrations, and workflows",
              "Incorporate process mining results into bottlenecks, painPoints, conventions (git patterns), and workflows",
              "Incorporate user interview responses into goals, team, workflows, and preferences",
              "Build a complete ProjectProfile object conforming to the schema described in context",
              "For any fields not discovered or provided, use sensible defaults:",
              "  - conventions: extract from detected code patterns or leave minimal",
              "  - workflows: at minimum include a \"development\" workflow",
              "Set createdAt to the existing profile createdAt if updating, or current timestamp if new",
              "Set updatedAt to current timestamp",
              "Set version to existing version + 1 if updating, or 1 if new",
              "Generate unique IDs for goals (format: goal-<category>-<index>)",
              "Generate unique IDs for pain points (format: pp-<category>-<index>)",
              "Generate unique IDs for bottlenecks (format: bn-<location>-<index>)",
              "Merge arrays by deduplicating on id/name fields, not replacing entire arrays",
              "Write the preview profile to artifacts/project-profile-preview.json for the review breakpoint (this is a run artifact, NOT the actual profile — the actual profile is written later by the save task using `babysitter profile:write`)",
              "Do NOT write to .a5c/project-profile.json or any profile path directly — that is the save task's job via the CLI"
            ],
            "outputFormat": "JSON with profile (complete ProjectProfile object), changesSummary (string describing what was new/changed), sourcesUsed (array of strings indicating which data sources contributed)"
          },
          "outputSchema": {
            "type": "object",
            "required": [
              "profile",
              "changesSummary"
            ],
            "properties": {
              "profile": {
                "type": "object",
                "required": [
                  "projectName",
                  "description",
                  "goals",
                  "techStack",
                  "architecture",
                  "workflows",
                  "conventions",
                  "createdAt",
                  "updatedAt",
                  "version"
                ],
                "properties": {
                  "projectName": {
                    "type": "string"
                  },
                  "description": {
                    "type": "string"
                  },
                  "goals": {
                    "type": "array",
                    "items": {
                      "type": "object"
                    }
                  },
                  "techStack": {
                    "type": "object"
                  },
                  "architecture": {
                    "type": "object"
                  },
                  "team": {
                    "type": "array",
                    "items": {
                      "type": "object"
                    }
                  },
                  "workflows": {
                    "type": "array",
                    "items": {
                      "type": "object"
                    }
                  },
                  "processes": {
                    "type": "array",
                    "items": {
                      "type": "object"
                    }
                  },
                  "tools": {
                    "type": "object"
                  },
                  "services": {
                    "type": "array",
                    "items": {
                      "type": "object"
                    }
                  },
                  "externalIntegrations": {
                    "type": "array",
                    "items": {
                      "type": "object"
                    }
                  },
                  "cicd": {
                    "type": "object"
                  },
                  "painPoints": {
                    "type": "array",
                    "items": {
                      "type": "object"
                    }
                  },
                  "bottlenecks": {
                    "type": "array",
                    "items": {
                      "type": "object"
                    }
                  },
                  "conventions": {
                    "type": "object"
                  },
                  "repositories": {
                    "type": "array",
                    "items": {
                      "type": "object"
                    }
                  },
                  "claudeMdInstructions": {
                    "type": "array",
                    "items": {
                      "type": "string"
                    }
                  },
                  "installedSkills": {
                    "type": "array",
                    "items": {
                      "type": "string"
                    }
                  },
                  "installedAgents": {
                    "type": "array",
                    "items": {
                      "type": "string"
                    }
                  },
                  "installedProcesses": {
                    "type": "array",
                    "items": {
                      "type": "string"
                    }
                  },
                  "createdAt": {
                    "type": "string"
                  },
                  "updatedAt": {
                    "type": "string"
                  },
                  "version": {
                    "type": "number"
                  }
                }
              },
              "changesSummary": {
                "type": "string"
              },
              "sourcesUsed": {
                "type": "array",
                "items": {
                  "type": "string"
                }
              }
            }
          }
        },
        "io": {
          "inputJsonPath": "tasks/01KYH2MMPC78G91VVMY98KMBZP/input.json",
          "outputJsonPath": "tasks/01KYH2MMPC78G91VVMY98KMBZP/result.json"
        },
        "labels": [
          "agent",
          "cradle",
          "profile",
          "build"
        ]
      },
      "taskId": "build-profile",
      "stepId": "build-profile.default.e462f2df2aa2.0",
      "taskDefRef": "tasks/01KYH2MMPC78G91VVMY98KMBZP/task.json",
      "requestedAt": "2026-07-27T06:01:50.554Z",
      "schedulerHints": {
        "pendingCount": 1
      }
    }
  ],
  "metadata": {
    "runId": "01KYH1JHGBTECMMBEQKPPRHNN1",
    "processId": "cradle/project-install",
    "hookStatus": "no-hooks-configured"
  }
}

[Showing lines 84-875 of 875 (50.0KB limit). Full output: /tmp/pi-bash-9b0aecd339cc7030.log]


Iteration 5 produced a build-profile agent task. The output was truncated but I see the effectId: 01KYH2MMPC78G91VVMY98KMBZP. I need to delegate this to a subagent. The agent needs to build a comprehensive project profile merging all the data. This is a substantial task. I'll use worker or scout. Scout is more for recon; worker is for implementation. But building a profile is more synthesis. I'll use `context-builder` maybe? The available agents include context-builder (analyzes requirements and codebase, generates context and meta-prompt). That's good for profile building. Let me use context-builder.

Actually, the task is to build a JSON profile. I can do it myself with the data I already have, but that would be a lot of manual work. Better to delegate. Let me use context-builder or worker. I'll use worker since it can produce JSON.

But the task input contains all the data (existingProfile, repoStructure, toolsAndServices, miningResult, additionalContext, isNewProject). The subagent can read the task input file directly from the run directory. Let me pass the run dir and effect id.

The task input is at `tasks/01KYH2MMPC78G91VVMY98KMBZP/input.json` inside the run dir. The subagent can read it. But the subagent might not know. I'll pass the path explicitly.

Actually, I should pass the run dir and tell it to read the input file. Let me do that.

subagent

Execute babysitter task effect 01KYH2MMPC78G91VVMY98KMBZP for run 01KYH1JHGBTECMMBEQKPPRHNN1.

Task: Build comprehensive project profile
Role: project profile architect and data integration engineer

The input data is already prepared at:
/home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/tasks/01KYH2MMPC78G91VVMY98KMBZP/input.json

Read that file first. It contains:
- existingProfile (null)
- repoStructure (architecture, techStack, conventions, documentation, directoryTree)
- toolsAndServices (tools, cicd, services, workflows, externalIntegrations, containerization, infrastructure)
- miningResult (commit/branch/release patterns, evolution, bottlenecks, implicitRules, painPoints, contributors)
- additionalContext: "Garmin Connect IQ freediving watch app. Monkey C."
- projectRoot: /mnt/flash1/code/garmin-freedive-app
- isNewProject: false
- projectProfileSchema requirements

User interview response (from breakpoint 01KYH2DS8J3CBZF6EYYS17X77V):
- Goals/pain: "You create and test (as far as you can) the application for errors."
- Team/workflow: use defaults/skip
- CI/CD: No CI/CD or integrations now
- Conventions/autonomy: Enforce existing Monkey C conventions + semi-autonomous

Instructions:
1. Read the input JSON file above.
2. Build a complete ProjectProfile object conforming to the schema. Required fields: projectName, description, goals, techStack, architecture, workflows, conventions, createdAt, updatedAt, version.
3. Merge arrays by deduplicating on id/name.
4. Generate unique IDs for goals (goal-<category>-<index>), pain points (pp-<category>-<index>), bottlenecks (bn-<location>-<index>).
5. Set createdAt to current timestamp, updatedAt to current timestamp, version to 1.
6. Use sensible defaults for missing fields.
7. Write the preview profile to /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/project-profile-preview.json (create artifacts dir if needed).
8. Return ONLY a JSON object with:
{
  "profile": { ...complete ProjectProfile... },
  "changesSummary": string,
  "sourcesUsed": [string]
}

Do NOT write to .a5c/project-profile.json directly. Do not include narrative outside the JSON.


Agent 'context-builder' requested unavailable child tools: web_search.
The `tools` field is a strict allowlist; it does not load extension code.
For extension tools, add the provider path to `subagentOnlyExtensions` (child-only), `extensions`, or as a path-like entry in `tools`, while keeping each registered tool name in `tools`.
For MCP tools, verify the MCP adapter configuration and selected tool names. For builtin tools, verify the name against the installed Pi version.

Output:
The profile preview has been built and written to both the task artifact path and the runtime output path. Schema validation passes (all required fields present, ID prefixes correct, sub-objects complete).

**Profile summary:**
- 8 goals (3 quality, 4 feature, 1 distribution)
- 8 pain points (1 high, 4 medium, 3 low) — all carry `suggestedRemediation`
- 4 bottlenecks (1 in `source/`, 3 in `source_fenix5/`)
- 6 workflows (5 from toolsAndServices + 1 default `Development` workflow)
- 10 convention `additionalRules` + 9 `claudeMdInstructions` derived from the implicitRules and the user-interview "enforce existing Monkey C conventions + semi-autonomous" preference
- 6 external integrations, 1 repository (with 2 source trees), 1 team member, 3 processes
- `createdAt`/`updatedAt` = `2026-07-27T06:02:27.000Z`, `version` = 1

**Outputs:**
- `/home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/project-profile-preview.json` — the preview profile artifact (clean envelope: `profile` + `changesSummary` + `sourcesUsed`)
- `/tmp/build-profile-output.json` — authoritative runtime copy of the same payload

**Residual risks / things the next agent should know:**
1. The runtime JSON does NOT include the acceptance-report block — that is intentionally placed in chat to satisfy the supervisor contract while keeping the artifact file as a pure `profile/changesSummary/sourcesUsed` envelope per the task spec.
2. No review/approval is needed in this task — `__sdk.breakpoint` was already approved in task `01KYH2DS8J3CBZF6EYYS17X77V`, so the next stage (save-profile) should proceed directly.
3. The `Existing Profile` was `null`, so this is a `version: 1` create, not a merge — no ID collisions possible.

Output artifact: /mnt/flash1/code/garmin-freedive-app/.pi-subagents/artifacts/4cfb3b7d_context-builder_0_output.md

Execute babysitter task effect 01KYH2MMPC78G91VVMY98KMBZP for run 01KYH1JHGBTECMMBEQKPPRHNN1.

Task: Build comprehensive project profile
Role: project profile architect and data integration engineer

The input data is already prepared at:
/home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/tasks/01KYH2MMPC78G91VVMY98KMBZP/input.json

Read that file first. It contains:
- existingProfile (null)
- repoStructure (architecture, techStack, conventions, documentation, directoryTree)
- toolsAndServices (tools, cicd, services, workflows, externalIntegrations, containerization, infrastructure)
- miningResult (commit/branch/release patterns, evolution, bottlenecks, implicitRules, painPoints, contributors)
- additionalContext: "Garmin Connect IQ freediving watch app. Monkey C."
- projectRoot: /mnt/flash1/code/garmin-freedive-app
- isNewProject: false
- projectProfileSchema requirements

User interview response (from breakpoint 01KYH2DS8J3CBZF6EYYS17X77V):
- Goals/pain: "You create and test (as far as you can) the application for errors."
- Team/workflow: use defaults/skip
- CI/CD: No CI/CD or integrations now
- Conventions/autonomy: Enforce existing Monkey C conventions + semi-autonomous

Instructions:
1. Read the input JSON file above.
2. Build a complete ProjectProfile object conforming to the schema. Required fields: projectName, description, goals, techStack, architecture, workflows, conventions, createdAt, updatedAt, version.
3. Merge arrays by deduplicating on id/name.
4. Generate unique IDs for goals (goal-<category>-<index>), pain points (pp-<category>-<index>), bottlenecks (bn-<location>-<index>).
5. Set createdAt to current timestamp, updatedAt to current timestamp, version to 1.
6. Use sensible defaults for missing fields.
7. Write the preview profile to /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/project-profile-preview.json (create artifacts dir if needed).
8. Return ONLY a JSON object with:
{
  "profile": { ...complete ProjectProfile... },
  "changesSummary": string,
  "sourcesUsed": [string]
}

Do NOT write to .a5c/project-profile.json directly. Do not include narrative outside the JSON.

---
**Output:**
Write your findings to exactly this path: /tmp/build-profile-output.json
This path is authoritative for this run.
Ignore any other output filename or output path mentioned elsewhere, including output destinations in the base agent prompt, system prompt, or task instructions.

context-builder needs attention (no observed activity for 60s)

Return concrete findings with file paths and severity when applicable

ProjectProfile written to /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/project-profile-preview.json and /tmp/build-profile-output.json. Schema-validated: all 10 required top-level fields present (projectName, description, goals, techStack, architecture, workflows, conventions, createdAt, updatedAt, version); 8 goals with goal-<category>-<index> IDs; 8 pain points with pp-<category>-<index> IDs and severity tags (1 high, 4 medium, 3 low); 4 bottlenecks with bn-<location>-<index> IDs and locations/frequencies; 6 workflows including a default 'Development' workflow; techStack (languages/frameworks/databases/infrastructure/buildTools/packageManagers), conventions (naming/git/codeStyle/importOrder/errorHandling/testingConventions/additionalRules), and architecture (pattern/modules/entryPoints/dataFlow) all populated. createdAt/updatedAt=2026-07-27T06:02:27.000Z, version=1. Envelope: {profile, changesSummary, sourcesUsed[19]} per task outputSchema.

python3 schema validation (required fields, ID prefixes, sub-object completeness)

Summary: Top-level required fields OK; goals/painPoints/bottlenecks ID prefixes OK; techStack/conventions/architecture sub-schemas all populated.

Profile build is purely static — v2 source_fenix5/ cannot be compiled in this headless environment (no Connect IQ SDK / no X11), per miningResult PP-1. All Monkey C review is convention-level only.

Repository is not under VCS (no .git/ at projectRoot); git-related convention fields are intentionally marked N/A.

Acceptance-report block placed in chat, not inside /tmp/build-profile-output.json, to keep that file as a pure {profile, changesSummary, sourcesUsed} envelope per the task spec. The save-profile task should consume it as-is.

Created two new files (artifacts/project-profile-preview.json and /tmp/build-profile-output.json) containing the complete ProjectProfile envelope (profile + changesSummary + sourcesUsed[19]). No source files modified.

no blockers: all schema-required fields present and validated; ID prefixes follow the task convention (goal-<category>-<index>, pp-<category>-<index>, bn-<location>-<index>); createdAt/updatedAt/version set per task instructions; user-interview signals (quality focus, no CI/CD, enforce Monkey C conventions + semi-autonomous) translated into goals, claudeMdInstructions, and additionalRules.

existingProfile was null so version=1 (create, not merge). The /tmp/build-profile-output.json content is identical to the artifacts preview. The next babysitter stage (save-profile) should write this profile via the CLI to .a5c/project-profile.json — this build-profile task intentionally does not write to that path directly.

read ~/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/tasks/01KYH2MMPC78G91VVMY98KMBZP/input.json

$ ls -la /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/ 2>&1...

$ ls -la /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/ 2>&1 || echo "Cannot access home directory"

$ ls -la /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/tasks...

$ ls -la /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/tasks/01KYH2MMPC78G91VVMY98KMBZP/ 2>&1

$ find /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/ -name ...

$ find /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/ -name "input.json" -o -name "*.json" 2>&1 | head -40

read ~/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/tasks/01KYH2MMPC78G91VVMY98KMBZP/task.json

read ~/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/tasks/01KYH2DS8J3CBZF6EYYS17X77V/result.json

$ ls -la /mnt/flash1/code/garmin-freedive-app/ 2>&1 | head -30

$ mkdir -p /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/art...

$ mkdir -p /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts && echo "artifacts dir ready"

$ date -u +"%Y-%m-%dT%H:%M:%S.000Z"

$ ls /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts...

$ ls /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/ 2>&1

write ~/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/project-profile-preview.json

$ cd /tmp && python3 -c "import json; d=json.load(open('/home/...

$ cd /tmp && python3 -c "import json; d=json.load(open('/home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/project-profile-preview.json')); print('keys:', list(d.keys())); print('profile keys:', list(d['profile'].keys()))" 2>&1

$ python3 -c "
import json
p = '/home/liph/.a5c/runs/01KYH1JHG...

$ python3 -c "
import json
p = '/home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/project-profile-preview.json'
d = json.load(open(p))
prof = d['profile']
required = ['projectName','description','goals','techStack','architecture','wor...

$ cp /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts...

$ cp /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/project-profile-preview.json /tmp/build-profile-output.json && ls -la /tmp/build-profile-output.json && python3 -c "import json; json.load(open('/tmp/build-profile-output.json'));...

$ ls -la /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artif...

$ ls -la /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/project-profile-preview.json /tmp/build-profile-output.json


Subagent needs attention: context-builder
Run: 4cfb3b7d step 1
Signal: context-builder needs attention (no observed activity for 60s)
Hint: Inspect status first unless the run is clearly blocked. Use steer for a top-level live async child, routed resume for a live nested child, or resume to revive a paused/completed/failed child.
Top-level live async nudge: subagent({ action: "steer", id: "4cfb3b7d", index: 0, message: "What are you blocked on? Reply with the smallest next step or ask for a decision." })
Routed live nested nudge: subagent({ action: "resume", id: "4cfb3b7d", message: "What are you blocked on? Reply with the smallest next step or ask for a decision." })
Direct intercom target: subagent-context-builder-4cfb3b7d-1
Status: subagent({ action: "status", id: "4cfb3b7d" })
Interrupt: subagent({ action: "interrupt", id: "4cfb3b7d" })


The context-builder subagent completed and wrote output. The attention message is likely transient. Let me read the output file.


{
  "profile": {
    "projectName": "Garmin Freedive Watch App",
    "description": "A Monkey C-based freediving companion watch application for Garmin fēnix 3 / fēnix 3 HR (v1) and fēnix 5 / 5S / 5X / 5 Plus / 5S Plus / 5X Plus (v2) devices. Provides a breath-hold timer, depth measurement from raw ambient pressure (Activity.Info.rawAmbientPressure), manual pool-length distance tracking, a static apnoe mode, and a CO2/O2 breathing trainer, with FIT activity recording for upload to Garmin Connect. Two parallel source trees (source/ and source_fenix5/) are maintained side-by-side with separate manifest + jungle pairs; v1 fenix3 code is frozen and v2 fenix5 code is the active development target.",
    "goals": [
      {
        "id": "goal-quality-1",
        "description": "Create and test the application for errors as far as possible — review and statically check both source/ (v1) and source_fenix5/ (v2) Monkey C code for syntax, API-level, and convention issues.",
        "category": "quality",
        "priority": "high",
        "status": "active"
      },
      {
        "id": "goal-quality-2",
        "description": "Verify v2 (source_fenix5/) compatibility with Connect IQ API 2.4.0+ via static review and check for known API pitfalls (e.g. rawAmbientPressure availability, FitContributor field-id reuse).",
        "category": "quality",
        "priority": "high",
        "status": "active"
      },
      {
        "id": "goal-quality-3",
        "description": "Preserve and validate the frozen v1 fenix3 source/ build (API 1.4.0) — ensure changes in shared docs or resources do not regress the legacy build.",
        "category": "quality",
        "priority": "medium",
        "status": "active"
      },
      {
        "id": "goal-feature-1",
        "description": "Provide accurate depth measurement by deriving metres from Activity.Info.rawAmbientPressure against a per-session surface calibration (DepthModel.depthM / calibrateSurface).",
        "category": "feature",
        "priority": "high",
        "status": "active"
      },
      {
        "id": "goal-feature-2",
        "description": "Support the four-discipline v2 menu (Depth, Distance/DYN/DNF, Static Apnoe, Breathing Trainer) with a shared MainMenuView + SubMenu scaffold.",
        "category": "feature",
        "priority": "high",
        "status": "active"
      },
      {
        "id": "goal-feature-3",
        "description": "Persist user preferences across sessions via Application.getApp().getProperty / setProperty (pool length, water type, distance DOWN action, breathing series, static times).",
        "category": "feature",
        "priority": "medium",
        "status": "active"
      },
      {
        "id": "goal-feature-4",
        "description": "Record FIT activity files using Toybox.ActivityRecording + Toybox.FitContributor with custom developer field IDs allocated per APP_DESIGN_V2.md §9.",
        "category": "feature",
        "priority": "high",
        "status": "active"
      },
      {
        "id": "goal-distribution-1",
        "description": "Produce sideload-ready .prg artifacts for each BUILD_VARIANTS device via build.sh (fenix3 / fenix3_hr) and build_fenix5.sh (fenix5plus default).",
        "category": "distribution",
        "priority": "medium",
        "status": "active"
      }
    ],
    "techStack": {
      "languages": [
        {
          "name": "Monkey C",
          "version": "Connect IQ API 1.4.0 (fenix3) / 2.4.0+ (fenix5)",
          "role": "primary",
          "evidence": "28 .mc files; ~2,714 LOC"
        },
        {
          "name": "Bash",
          "role": "build-scripting",
          "evidence": "build.sh, build_fenix5.sh"
        },
        {
          "name": "XML",
          "role": "manifest-and-resources",
          "evidence": "manifest.xml, manifest_fenix5.xml, resources/resources.xml"
        },
        {
          "name": "Markdown",
          "role": "documentation",
          "evidence": "README.md, APP_DESIGN_V2.md, IMPLEMENTATION_PLAN.md, PORT_FENIX5.md"
        }
      ],
      "frameworks": [
        {
          "name": "Garmin Connect IQ SDK (Toybox)",
          "version": "1.4.0 (fenix3) / 2.4.0+ (fenix5)",
          "category": "watch-app-framework",
          "role": "Application / WatchUi / Sensor / ActivityRecording / FitContributor runtime",
          "evidence": "using Toybox.{Application,WatchUi,Graphics,System,Lang,Timer,Sensor,ActivityRecording,FitContributor,Activity} across 28 .mc files"
        },
        {
          "name": "Connect IQ Jungle build system",
          "category": "build-manifest",
          "role": "Project description format read by monkeyc",
          "evidence": "monkey.jungle, monkey_fenix5.jungle"
        },

[479 more lines in file. Use offset=101 to continue.]


Good output. I need to post it. But the subagent said it also wrote to `/home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/artifacts/project-profile-preview.json`. I can just post /tmp/build-profile-output.json.

Let me post.

bash

npm exec --yes --package @a5c-ai/babysitter-sdk@6.0.2 -- babysitter task:post /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1 01KYH2MMPC78G91VVMY98KMBZP --status ok --value /tmp/build-profile-output.json --json


npm notice run npx
npm notice run 'babysitter' task:post /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1 01KYH2MMPC78G91VVMY98KMBZP --status ok --value /tmp/build-profile-output.json --json
<anonymous_script>:371810
 !      "level": "intermediate"
 ^

SyntaxError: Expected property name or '}' in JSON at position 24478506 (line 371810 column 2)
    at JSON.parse (<anonymous>)
    at Object.<anonymous> (/home/liph/.npm/_npx/062936d92cf09b5c/node_modules/@a5c-ai/atlas/dist/index.js:12:24)
    at Module._compile (node:internal/modules/cjs/loader:1944:14)
    at Object..js (node:internal/modules/cjs/loader:2084:10)
    at Module.load (node:internal/modules/cjs/loader:1666:32)
    at Module._load (node:internal/modules/cjs/loader:1447:12)
    at wrapModuleLoad (node:internal/modules/cjs/loader:260:19)
    at Module.require (node:internal/modules/cjs/loader:1689:12)
    at require (node:internal/modules/helpers:191:16)
    at Object.<anonymous> (/home/liph/.npm/_npx/062936d92cf09b5c/node_modules/@a5c-ai/atlas/dist/catalog/atlas-bridge.js:25:17)

Node.js v26.4.0

Command exited with code 1


JSON parse error. The build-profile output file is huge and maybe has a trailing comma or something. Let me check the file with json validation.


valid


The file is valid JSON. But task:post says invalid at position 24,478,506. That's huge. Maybe the JSON is too large and gets corrupted by the CLI? Or maybe the CLI is reading something else? The error mentions `level: "intermediate"` at line 371810. Our file is ~500 lines. So it's reading a different file? Wait, the error stack says anonymous script reading JSON. Maybe the CLI is reading the process file or something. Actually, the position 24MB suggests the input file is huge. But our file is only 500 lines. Wait, maybe the subagent output file includes the profile twice or has extra content? Let me check file size.

wc -c /tmp/build-profile-output.json && wc -l /tmp/build-profile-output.json


37617 /tmp/build-profile-output.json
578 /tmp/build-profile-output.json


File is 37KB, 578 lines. The error position 24MB is way larger. This must be the CLI parsing the process file or something else. Wait, the error says `<anonymous_script>:371810`. That line number doesn't correspond to our file. Maybe the CLI is trying to load a huge JSON from somewhere else, like the task input file. Let me check the task input file size.


wc: /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/tasks/01KYH2MMPC78G91VVMY98KMBZP/input.json: No such file or directory

Command exited with code 1


Interesting, the input file doesn't exist? Maybe the task hasn't been fully materialized. Let me list tasks dir.

ls -la /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/tasks/ | head


total 32
drwxr-xr-x 8 liph liph 4096 Jul 27 08:01 .
drwxr-xr-x 9 liph liph 4096 Jul 27 08:01 ..
drwxr-xr-x 2 liph liph 4096 Jul 27 07:44 01KYH1JPC43R5T9GV6191BPHVP
drwxr-xr-x 2 liph liph 4096 Jul 27 07:54 01KYH1MXG0J4DZMC45XK7C5KPA
drwxr-xr-x 2 liph liph 4096 Jul 27 07:54 01KYH1MXGHT73KC2GBMRQ0CTEH
drwxr-xr-x 2 liph liph 4096 Jul 27 07:58 01KYH26VC5V7SMRK1EN38FZ4TJ
drwxr-xr-x 2 liph liph 4096 Jul 27 08:01 01KYH2DS8J3CBZF6EYYS17X77V
drwxr-xr-x 2 liph liph 4096 Jul 27 08:01 01KYH2MMPC78G91VVMY98KMBZP


The task dir exists. Let me list its contents.


total 100
drwxr-xr-x 2 liph liph  4096 Jul 27 08:01 .
drwxr-xr-x 8 liph liph  4096 Jul 27 08:01 ..
-rw-r--r-- 1 liph liph 92252 Jul 27 08:01 task.json


Only task.json exists, no input.json. That's fine; the input is inline in task.json. The error might be from task.json being 92KB. But we were posting a value file. Why did the CLI fail parsing? Let me check if the value file got passed correctly. The command was:
`babysitter task:post <runDir> <effectId> --status ok --value /tmp/build-profile-output.json --json`

Maybe the `--value` option expects the file to be inside the task dir? No, it should accept any path.

The error mentions `Expected property name or '}' in JSON at position 24478506`. That's 24MB. Maybe the CLI internally concatenates all task inputs and our output is huge? No, 37KB is small.

Wait, maybe the subagent wrote a huge artifacts/project-profile-preview.json (or the context-builder output.md) and the CLI is reading something else. The error says `<anonymous_script>:371810`. This could be the npx wrapper or the SDK reading a config.

Let me try posting inline JSON instead of a file. First, I need to ensure the JSON is compact and valid. But it's 37KB, inline might be too long for bash. Maybe I can use `--value-inline` with a smaller JSON? Actually the schema only requires profile, changesSummary, sourcesUsed. But profile itself is large. Maybe I can strip the profile to essential fields? No, the task expects full profile.

Alternatively, the issue might be that the build-profile output file is fine, but the task:post command is reading the wrong file. Let me try using absolute path differently, or maybe write the file inside the task directory as output.json and post from there.

Actually, the instructions say: "Write the result value to a separate file (e.g., output.json or value.json)" then post. Maybe the file needs to be relative to the task dir. Let me copy to task dir and post.

But the error is a JSON parse error at 24MB. Could be the CLI reading the run journal? Let me check run dir size.

du -sh /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/ && ls -la /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/


420K	/home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/
total 48
drwxr-xr-x 9 liph liph 4096 Jul 27 08:01 .
drwxr-xr-x 7 liph liph 4096 Jul 27 07:43 ..
drwxr-xr-x 2 liph liph 4096 Jul 27 08:04 artifacts
drwxr-xr-x 2 liph liph 4096 Jul 27 07:43 blobs
-rw-r--r-- 1 liph liph   43 Jul 27 07:43 .gitignore
-rw-r--r-- 1 liph liph  161 Jul 27 07:43 inputs.json
drwxr-xr-x 2 liph liph 4096 Jul 27 08:01 journal
drwxr-xr-x 2 liph liph 4096 Jul 27 07:43 orphaned
drwxr-xr-x 2 liph liph 4096 Jul 27 07:43 process
-rw-r--r-- 1 liph liph  758 Jul 27 07:43 run.json
drwxr-xr-x 2 liph liph 4096 Jul 27 08:01 state
drwxr-xr-x 8 liph liph 4096 Jul 27 08:01 tasks


Run dir is 420KB. The error position 24MB is weird. Maybe the error is from the npx package downloading or a corrupted module. Let me try again. Maybe it was a transient issue. Let me try posting inline with a compact JSON. But 37KB is too long for command line? Bash can handle it but maybe not comfortable. Let me write the file inside the task dir and post.

cp /tmp/build-profile-output.json /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1/tasks/01KYH2MMPC78G91VVMY98KMBZP/output.json
npm exec --yes --package @a5c-ai/babysitter-sdk@6.0.2 -- babysitter task:post /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1 01KYH2MMPC78G91VVMY98KMBZP --status ok --value tasks/01KYH2MMPC78G91VVMY98KMBZP/output.json --json


npm notice run npx
npm notice run 'babysitter' task:post /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1 01KYH2MMPC78G91VVMY98KMBZP --status ok --value tasks/01KYH2MMPC78G91VVMY98KMBZP/output.json --json
[adapterMetadata] @a5c-ai/adapters has no adapter named "genty" (requested harness: "genty"); using static fallback metadata.
{"status":"ok","normalizedShellFailure":false,"committed":{"resultRef":"tasks/01KYH2MMPC78G91VVMY98KMBZP/result.json","startedAt":"2026-07-27T06:08:08.976Z","finishedAt":"2026-07-27T06:08:08.976Z"},"stdoutRef":null,"stderrRef":null,"resultRef":"tasks/01KYH2MMPC78G91VVMY98KMBZP/result.json"}


Using relative path worked. The previous failure might have been because absolute path parsing or something. Now continue iterating.

npm exec --yes --package @a5c-ai/babysitter-sdk@6.0.2 -- babysitter run:iterate /home/liph/.a5c/runs/01KYH1JHGBTECMMBEQKPPRHNN1 --json --iteration 6