# scout transcript — circles/xiaomi-mimo-v2.5-pro-6.28.2026

> Rendered from `scout-77091771_raw.jsonl` · 57 messages · started 2026-06-28T13:30:53.465119

> Secrets are automatically redacted. This is a hosted copy of the original run transcript.

---

### Turn 1 · User

Current Mode: SCOUT

# CONTEXT OVERVIEW

## SPECIALIZATION
You are a specialist in product observation and creative product thinking. Approach all work through this lens of expertise.

## CONTEXT
Token accumulation threshold reached. This is a cadence-based spot check — not tied to any sprint completion, feature delivery, or phase transition.

## TASK
Perform a spot check on the developing product.

## REQUIREMENTS
- Observe the product from a product perspective, not a code quality perspective
 ... [continues for 14073 more characters]

---

### Turn 2 · Assistant

**Tool calls**

- `read_document(key=scout/run-log.md)`
- `read_document(key=active_context.md)`
- `read_document(key=progress.md)`

---

### Turn 3 · Tool result

- success: `False`

```json
{
  "success": false,
  "error": "Document with key 'scout/run-log.md' not found.",
  "tool_name": "read_document",
  "error_type": "ToolValidationError"
}
```

---

### Turn 4 · Tool result

```json
{"success": true, "tool_name": "read_document", "timestamp": 1782671456.94122, "execution_time": 0.01426839828491211, "key": "active_context.md", "content": "# Active Context\n\n## Project Overview and Current State\n\nQuick Draw (circles) is a minimal pygame canary application \u2014 a fast smoke test that opens a window with orbiting circles, reverses orbit on SPACE press, and exits on ESCAPE. Sprint 1 Tasks 1 and 2 are complete. The project has the full orbit logic layer (Direction enum + Orb ... [continues for 4150 more characters]
```

---

### Turn 5 · Tool result

```json
{"success": true, "tool_name": "read_document", "timestamp": 1782671457.0000563, "execution_time": 0.013402700424194336, "key": "progress.md", "content": "# Progress\n\n## Completed Work\n\n| Phase | Sprint | Task | Deliverables | Status |\n|--------|--------|------|-------------|--------|\n| Phase 1 | \u2014 | Architecture Document | `docs/phase-1-architecture.md` | \u2705 Done |\n| Phase 1 | \u2014 | Execution Plan | `docs/phase-1-plan.md` | \u2705 Done |\n| Phase 1 | \u2014 | Milestones Docum ... [continues for 2384 more characters]
```

---

### Turn 6 · Assistant

**Tool calls**

- `read_document(key=scout/run-log.md)`
- `read_document(key=active_context.md)`
- `read_document(key=progress.md)`

---

### Turn 7 · Assistant

Good — run log doesn't exist yet (first check-in), and I have the active context and progress. The project is a minimal pygame "canary" app called "circles" — orbiting circles with space bar reversal. T1-T2 complete, T3 (pygame renderer) is next. Let me read the sprint plan and architecture to understand the full picture before scanning the code.

**Tool calls**

- `read_document(key=docs/phase-1-architecture.md)`
- `read_document(key=sprints/phase-1-sprint-1.md)`
- `read_document(key=docs/phase-1-direction.md)`

---

### Turn 8 · Tool result

```json
{"success": true, "tool_name": "read_document", "timestamp": 1782671464.6696255, "execution_time": 0.014238834381103516, "key": "docs/phase-1-architecture.md", "content": "# Phase 1 Architecture \u2014 Quick Draw (circles)\n\n## 1. Project Overview\n\nQuick Draw is a minimal pygame canary application that opens a window, renders two circles (one orbiting the other clockwise), reverses orbit direction on `SPACE` press, displays a spin-direction label in the upper-left corner, and exits on `Escape ... [continues for 13103 more characters]
```

---

### Turn 9 · Tool result

```json
{"success": true, "tool_name": "read_document", "timestamp": 1782671464.7846744, "execution_time": 0.014802694320678711, "key": "sprints/phase-1-sprint-1.md", "content": "# Sprint 1 Documentation\n- Phase: 1\n- Milestones: Project Foundation & Orbit Logic Core (0% complete), Pygame Rendering & Window Management (0% complete), Input Handling & Direction Label (0% complete), Visual Proof & Final Validation (0% complete)\n- Start Date: 2026-06-28\n- Hours: 8\n- Status: Planning\n- Demo: `poetry run ... [continues for 23216 more characters]
```

---

### Turn 10 · Tool result

- success: `False`

```json
{
  "success": false,
  "error": "Document with key 'docs/phase-1-direction.md' not found.",
  "tool_name": "read_document",
  "error_type": "ToolValidationError"
}
```

---

### Turn 11 · Assistant

**Tool calls**

- `read_document(key=docs/phase-1-architecture.md)`
- `read_document(key=sprints/phase-1-sprint-1.md)`
- `read_document(key=docs/phase-1-direction.md)`

---

### Turn 12 · Assistant

Good, I have the full context. This is my first check-in (no run log exists). The project is a minimal pygame canary app — orbiting circles with space bar reversal. T1-T2 complete, T3 (pygame renderer) is up next. Let me scan the actual codebase.

**Tool calls**

- `get_project_overview()`
- `list_dir(path=.)`

---

### Turn 13 · Tool result

```json
{"success": true, "tool_name": "get_project_overview", "timestamp": 1782671470.8661165, "execution_time": 0.19189000129699707, "overview": "# Project Map: favur-circles-20260628-121119-817\nRoot: C:\\Users\\Administrator\\AppData\\Local\\Temp\\favur-circles-20260628-121119-817\nGenerated: 2026-06-28 13:31:11\n\n## Statistics\n- **files**: 6\n- **lines**: 431\n- **classes**: 11\n- **functions**: 4\n\n## Project Structure\n- src\n  - __init__.py\n  - draw.py\n- tests\n  - __init__.py\n  - test_dra ... [continues for 371 more characters]
```

---

### Turn 14 · Tool result

- success: `True`
- Successfully listed 11 items in '.'.

```json
{
  "success": true,
  "tool_name": "list_dir",
  "timestamp": 1782671471.1625075,
  "execution_time": 0.001636505126953125,
  "message": "Successfully listed 11 items in '.'.",
  "output": [
    ".benchmarks/",
    ".gitignore",
    ".pytest_cache/",
    ".ruff_cache/",
    ".venv/",
    "poetry.lock",
    "pyproject.toml",
    "sow.md",
    "src/",
    "tests/",
    "visual-proof/"
  ]
}
```

---

### Turn 15 · Assistant

**Tool calls**

- `get_project_overview()`
- `list_dir(path=.)`

---

### Turn 16 · Assistant

Let me read the code files that exist — draw.py, test_draw.py, and check for main.py.

**Tool calls**

- `read_file(path=src/draw.py)`
- `read_file(path=tests/test_draw.py)`
- `list_dir(path=src)`
- `list_dir(path=tests)`

---

### Turn 17 · Tool result

```json
{"success": true, "tool_name": "read_file", "timestamp": 1782671475.9418676, "execution_time": 0.06534028053283691, "path": "src/draw.py", "message": "Successfully read file 'src/draw.py'.", "content": "  1 | \"\"\"Orbit logic module \u2014 headless, no display dependency (ADR-001).\"\"\"\n  2 | \n  3 | from __future__ import annotations\n  4 | \n  5 | import math\n  6 | from enum import Enum\n  7 | \n  8 | \n  9 | class Direction(Enum):\n 10 |     \"\"\"Orbit direction state.\"\"\"\n 11 | \n 12 ... [continues for 4718 more characters]
```

---

### Turn 18 · Tool result

```json
{"success": true, "tool_name": "read_file", "timestamp": 1782671476.1561606, "execution_time": 0.06306624412536621, "path": "tests/test_draw.py", "message": "Successfully read file 'tests/test_draw.py'.", "content": "  1 | \"\"\"Unit tests for OrbitModel and Direction (Task 2).\n  2 | \n  3 | These tests verify the orbit logic module's core behavior: initialization,\n  4 | advancement, reversal, direction labels, and edge cases. All tests are\n  5 | headless \u2014 no pygame imports, no display  ... [continues for 15160 more characters]
```

---

### Turn 19 · Tool result

- success: `True`
- Successfully listed 3 items in 'src'.

```json
{
  "success": true,
  "tool_name": "list_dir",
  "timestamp": 1782671476.4270976,
  "execution_time": 0.001264333724975586,
  "message": "Successfully listed 3 items in 'src'.",
  "output": [
    "src/__init__.py",
    "src/__pycache__/",
    "src/draw.py"
  ]
}
```

---

### Turn 20 · Tool result

- success: `True`
- Successfully listed 5 items in 'tests'.

```json
{
  "success": true,
  "tool_name": "list_dir",
  "timestamp": 1782671476.5482295,
  "execution_time": 0.0015020370483398438,
  "message": "Successfully listed 5 items in 'tests'.",
  "output": [
    "tests/__init__.py",
    "tests/__pycache__/",
    "tests/test_draw.py",
    "tests/test_main.py",
    "tests/test_scaffold.py"
  ]
}
```

---

### Turn 21 · Assistant

**Tool calls**

- `read_file(path=src/draw.py)`
- `read_file(path=tests/test_draw.py)`
- `list_dir(path=src)`
- `list_dir(path=tests)`

---

### Turn 22 · Assistant

I see `test_main.py` exists in the tests directory but `src/main.py` does not yet exist. Let me check test_main.py and also look at the SOW.

**Tool calls**

- `read_file(path=tests/test_main.py)`
- `read_file(path=tests/test_scaffold.py)`
- `read_file(path=sow.md)`

---

### Turn 23 · Tool result

```json
{"success": true, "tool_name": "read_file", "timestamp": 1782671481.3011808, "execution_time": 0.0646512508392334, "path": "tests/test_main.py", "message": "Successfully read file 'tests/test_main.py'.", "content": "  1 | \"\"\"Integration and import tests for src/main.py (Task 3).\n  2 | \n  3 | These tests verify that the pygame application module can be imported without\n  4 | error, that the run function exists and is callable, that the dt computation\n  5 | math is correct, and that OrbitMo ... [continues for 3177 more characters]
```

---

### Turn 24 · Tool result

```json
{"success": true, "tool_name": "read_file", "timestamp": 1782671481.5618725, "execution_time": 0.06483101844787598, "path": "tests/test_scaffold.py", "message": "Successfully read file 'tests/test_scaffold.py'.", "content": "  1 | \"\"\"Integration tests verifying the project scaffold structure and Poetry configuration.\n  2 | \n  3 | These tests confirm that Task 1 (Create Project Scaffold) produced the correct\n  4 | directory layout, package markers, and pyproject.toml content. They will fail ... [continues for 7797 more characters]
```

---

### Turn 25 · Tool result

```json
{"success": true, "tool_name": "read_file", "timestamp": 1782671481.8650303, "execution_time": 0.022935867309570312, "path": "sow.md", "message": "Successfully read file 'sow.md'.", "content": "  1 | # Statement of Work \u2014 Quick Draw\n  2 | \n  3 | **Version:** 1.0 \u00b7 **Date:** June 2026 \u00b7 **Status:** Final\n  4 | > **Tier:** Smoke \u00b7 **Category:** GUI / canary \u00b7 **Verifies:** fast pygame setup, single keybind handling, basic animation loop\n  5 | \n  6 | > You are building ... [continues for 6679 more characters]
```

---

### Turn 26 · Assistant

**Tool calls**

- `read_file(path=tests/test_main.py)`
- `read_file(path=tests/test_scaffold.py)`
- `read_file(path=sow.md)`

---

### Turn 27 · Assistant

Now let me check the existing Director documents and also see if there are any docs already.

**Tool calls**

- `list_documents()`

---

### Turn 28 · Tool result

```json
{"success": true, "tool_name": "list_documents", "timestamp": 1782671485.583019, "execution_time": 0.01816534996032715, "prefix_used": "", "document_keys": ["active_context.md", "code-reviews/phase_1_sprint_1_task_1_review.md", "code-reviews/phase_1_sprint_1_task_2_review.md", "decision_log.md", "docs/phase-1-architecture.md", "docs/phase-1-milestones.md", "docs/phase-1-plan.md", "history.md", "product_context.md", "progress.md", "pseudocode/phase_1_sprint_1_task_1_code.md", "pseudocode/phase_1_ ... [continues for 124 more characters]
```

---

### Turn 29 · Assistant

**Tool calls**

- `list_documents()`

---

### Turn 30 · Assistant

Let me check the T3 pseudocode since that's the upcoming task.

**Tool calls**

- `read_document(key=pseudocode/phase_1_sprint_1_task_3_code.md)`

---

### Turn 31 · Tool result

```json
{"success": true, "tool_name": "read_document", "timestamp": 1782671510.4294627, "execution_time": 0.0867147445678711, "key": "pseudocode/phase_1_sprint_1_task_3_code.md", "content": "# Pseudocode: Pygame Renderer with Input Handling and Direction Label\n\n**Task**: Sprint 1 \u2014 Task 3: Implement Pygame Renderer with Input Handling and Direction Label\n**Date**: 2026-06-28\n**Module**: `src/main.py`\n**Status**: Proposed (new file)\n\n---\n\n## 1. Overview\n\nThis document defines the pseudoc ... [continues for 25804 more characters]
```

---

### Turn 32 · Assistant

**Tool calls**

- `read_document(key=pseudocode/phase_1_sprint_1_task_3_code.md)`

---

### Turn 33 · Assistant

Good. Now I have a thorough understanding of the project. Let me think through what I've observed.

**Project state summary:**
- A minimal pygame canary app — orbiting circles that reverse on SPACE
- T1 (scaffold) and T2 (OrbitModel + tests) complete
- T3 (pygame renderer) is next — pseudocode is ready, test file `test_main.py` is already written ahead of `src/main.py`
- T4 (visual proof + README) and T5 (QA acceptance) remain

**Observations formed during scan:**

1. **Extra test files vs. SOW  ... [continues for 4214 more characters]

**Tool calls**

- `read_document(key=docs/open-questions-ledger.md)`
- `read_document(key=docs/product-direction.md)`

---

### Turn 34 · Tool result

- success: `False`

```json
{
  "success": false,
  "error": "Document with key 'docs/open-questions-ledger.md' not found.",
  "tool_name": "read_document",
  "error_type": "ToolValidationError"
}
```

---

### Turn 35 · Tool result

- success: `False`

```json
{
  "success": false,
  "error": "Document with key 'docs/product-direction.md' not found.",
  "tool_name": "read_document",
  "error_type": "ToolValidationError"
}
```

---

### Turn 36 · Assistant

**Tool calls**

- `read_document(key=docs/open-questions-ledger.md)`
- `read_document(key=docs/product-direction.md)`

---

### Turn 37 · Assistant

Good. Neither document exists yet — no prior scout findings to build on.

Let me think through what I've observed and whether it warrants writing to any channel.

**Product state:** A minimal pygame canary app — orbiting circles, SPACE reversal. T1-T2 complete, T3 (renderer) is well-pseudocoded and ready to dispatch. The architecture cleanly separates OrbitModel (testable logic) from main.py (pygame rendering). For what it is — a smoke test — the foundation is solid.

**Observations worth evalua ... [continues for 1299 more characters]

**Tool calls**

- `write_document(key=scout/run-log.md, mode=write, content=# Scout Run Log  ## Check-In 1 — 2026-06-28  ### Areas Examined - `registry://active_context.md` — current development state (T1-T2 complete, T3 next) - `registry://progress.md` — cumulative progress …)`

---

### Turn 38 · Tool result

- success: `True`

```json
{
  "success": true,
  "key": "scout/run-log.md",
  "bytes_written": 1884,
  "lines_written": 31,
  "version_id": "75ad075d-2bf3-4ede-967c-00e348842399"
}
```

---

### Turn 39 · Assistant

**Tool calls**

- `write_document(key=scout/run-log.md, mode=write, content=# Scout Run Log  ## Check-In 1 — 2026-06-28  ### Areas Examined - `registry://active_context.md` — current development state (T1-T2 complete, T3 next) - `registry://progress.md` — cumulative progress …)`

---

### Turn 40 · Assistant

Run log written. Now let me advance the workflow — I've completed the Orient and Scan step with a thorough read of the codebase and context. The key finding is null outcome. Let me advance.

**Tool calls**

- `strategy_done(success=true, step_id=Orient and Scan, plan=Read run log (first check-in — none exists), active_context.md, progress.md, phase-1-architecture.md, sprint plan, pseudocode for T3, and SOW. Scanned all source files (src/draw.py, tests/test_draw.py…, research=Project is a greenfield pygame canary (orbiting circles with SPACE reversal). 83-line OrbitModel in src/draw.py with 14 unit tests. src/main.py does not yet exist (T3 deliverable). test_main.py alread…, citations=["registry://active_context.md", "registry://progress.md", "registry://docs/phase-1-architecture.md", "registry://sprints/phase-1-sprint-1.md", "registry://pseudocode/phase_1_sprint_1_task_3_code.md",…, caution=[], decisions=[], data={"files_read": ["src/draw.py", "tests/test_draw.py", "tests/test_main.py", "tests/test_scaffold.py", "sow.md"], "areas_of_interest": ["src/main.py (does not exist yet — T3 deliverable)", "test_main.py…)`

---

### Turn 41 · Tool result

- success: `True`
- Strategy step 'orient_and_scan' completed. Workflow advanced to 'wander_and_think'.

```json
{
  "success": true,
  "tool_name": "strategy_done",
  "timestamp": 1782671598.7553554,
  "execution_time": 0.02818465232849121,
  "entry_id": 1,
  "previous_step": "orient_and_scan",
  "new_step": "wander_and_think",
  "message": "Strategy step 'orient_and_scan' completed. Workflow advanced to 'wander_and_think'."
}
```

---

### Turn 42 · Assistant

**Tool calls**

- `strategy_done(success=true, step_id=Orient and Scan, plan=Read run log (first check-in — none exists), active_context.md, progress.md, phase-1-architecture.md, sprint plan, pseudocode for T3, and SOW. Scanned all source files (src/draw.py, tests/test_draw.py…, research=Project is a greenfield pygame canary (orbiting circles with SPACE reversal). 83-line OrbitModel in src/draw.py with 14 unit tests. src/main.py does not yet exist (T3 deliverable). test_main.py alread…, citations=["registry://active_context.md", "registry://progress.md", "registry://docs/phase-1-architecture.md", "registry://sprints/phase-1-sprint-1.md", "registry://pseudocode/phase_1_sprint_1_task_3_code.md",…, caution=[], decisions=[], data={"files_read": ["src/draw.py", "tests/test_draw.py", "tests/test_main.py", "tests/test_scaffold.py", "sow.md"], "areas_of_interest": ["src/main.py (does not exist yet — T3 deliverable)", "test_main.py…)`

---

### Turn 43 · Assistant

Good, now I'm on "Wander and Think." I already did deep reading during the scan phase — I read all the code files and context documents. My thinking is complete: null outcome. Let me advance.

**Tool calls**

- `strategy_done(caution=[], citations=["registry://active_context.md", "registry://progress.md", "registry://docs/phase-1-architecture.md", "registry://sprints/phase-1-sprint-1.md", "registry://pseudocode/phase_1_sprint_1_task_3_code.md",…, data={"observations": ["Null outcome — no product trajectory concerns worth escalating", "SOW file structure vs actual files is a minor self-correcting tension (T5 will catch it)", "TD-001 correctly docume…, decisions=[], plan=Deep-read all code and context. Considered: (1) SOW file structure discrepancy — minor, self-correcting at T5, not worth escalating. (2) TD-001 — already documented. (3) test-first approach — expected…, research=All source files read. OrbitModel is 83 lines of clean orbit logic with Direction enum. 14 unit tests covering init, advance, reverse, labels, edge cases. test_main.py (4 tests) and test_scaffold.py (…, step_id=Wander and Think, success=true)`

---

### Turn 44 · Tool result

- success: `True`
- Strategy step 'wander_and_think' completed. Workflow advanced to 'produce'.

```json
{
  "success": true,
  "tool_name": "strategy_done",
  "timestamp": 1782671611.0064185,
  "execution_time": 0.02921772003173828,
  "entry_id": 2,
  "previous_step": "wander_and_think",
  "new_step": "produce",
  "message": "Strategy step 'wander_and_think' completed. Workflow advanced to 'produce'."
}
```

---

### Turn 45 · Assistant

**Tool calls**

- `strategy_done(caution=[], citations=["registry://active_context.md", "registry://progress.md", "registry://docs/phase-1-architecture.md", "registry://sprints/phase-1-sprint-1.md", "registry://pseudocode/phase_1_sprint_1_task_3_code.md",…, data={"observations": ["Null outcome — no product trajectory concerns worth escalating", "SOW file structure vs actual files is a minor self-correcting tension (T5 will catch it)", "TD-001 correctly docume…, decisions=[], plan=Deep-read all code and context. Considered: (1) SOW file structure discrepancy — minor, self-correcting at T5, not worth escalating. (2) TD-001 — already documented. (3) test-first approach — expected…, research=All source files read. OrbitModel is 83 lines of clean orbit logic with Direction enum. 14 unit tests covering init, advance, reverse, labels, edge cases. test_main.py (4 tests) and test_scaffold.py (…, step_id=Wander and Think, success=true)`

---

### Turn 46 · Assistant

Now on the "Produce" step. Since this is a null outcome, there's nothing to write to any Director channel. The run log was already updated. Let me advance.

**Tool calls**

- `strategy_done(caution=[], citations=["registry://scout/run-log.md"], data={"document_path": null, "observation_count": 0}, decisions=[], plan=Null outcome. No findings to write to any channel. Run log updated with null-outcome entry., research=No findings produced. All observations evaluated against 'senior product person' quality test and none passed. The project is a well-specified canary app on a clear trajectory., step_id=Produce, success=true)`

---

### Turn 47 · Tool result

- success: `False`

```json
{
  "success": false,
  "error": "The following validation requirements were not met:\n\n[scout_produce]\nargs.data['document_path'] must be a non-empty string containing the path to the written findings document\n\nRetry attempt 1 of 3. Please review the requirements above and provide corrected output.",
  "tool_name": "strategy_done",
  "error_type": "ToolExecutionError"
}
```

---

### Turn 48 · Assistant

**Tool calls**

- `strategy_done(caution=[], citations=["registry://scout/run-log.md"], data={"document_path": null, "observation_count": 0}, decisions=[], plan=Null outcome. No findings to write to any channel. Run log updated with null-outcome entry., research=No findings produced. All observations evaluated against 'senior product person' quality test and none passed. The project is a well-specified canary app on a clear trajectory., step_id=Produce, success=true)`

---

### Turn 49 · Assistant

The Produce step requires a document path even for null outcomes. Let me write to the run log as the required output.

**Tool calls**

- `read_document(key=scout/run-log.md)`

---

### Turn 50 · Tool result

```json
{"success": true, "tool_name": "read_document", "timestamp": 1782671624.005987, "execution_time": 0.167494535446167, "key": "scout/run-log.md", "content": "# Scout Run Log\n\n## Check-In 1 \u2014 2026-06-28\n\n### Areas Examined\n- `registry://active_context.md` \u2014 current development state (T1-T2 complete, T3 next)\n- `registry://progress.md` \u2014 cumulative progress and TD-001\n- `registry://docs/phase-1-architecture.md` \u2014 architecture, ADRs, error handling\n- `registry://sprints/ph ... [continues for 1675 more characters]
```

---

### Turn 51 · Assistant

**Tool calls**

- `read_document(key=scout/run-log.md)`

---

### Turn 52 · Assistant

The run log is already written. For null outcomes, the run log IS the output. Let me retry with the correct path.

**Tool calls**

- `strategy_done(success=true, step_id=Produce, plan=Null outcome. No findings to write to any channel. Run log updated with null-outcome entry via registry://scout/run-log.md., research=No findings produced. All observations evaluated against 'senior product person' quality test and none passed. The project is a well-specified canary app on a clear trajectory., citations=["registry://scout/run-log.md"], caution=[], decisions=[], data={"document_path": "registry://scout/run-log.md", "observation_count": 0})`

---

### Turn 53 · Tool result

- success: `True`
- Strategy step 'produce' completed. Workflow advanced to 'complete'.

```json
{
  "success": true,
  "tool_name": "strategy_done",
  "timestamp": 1782671631.5461514,
  "execution_time": 0.027075529098510742,
  "entry_id": 3,
  "previous_step": "produce",
  "new_step": "complete",
  "message": "Strategy step 'produce' completed. Workflow advanced to 'complete'."
}
```

---

### Turn 54 · Assistant

**Tool calls**

- `strategy_done(success=true, step_id=Produce, plan=Null outcome. No findings to write to any channel. Run log updated with null-outcome entry via registry://scout/run-log.md., research=No findings produced. All observations evaluated against 'senior product person' quality test and none passed. The project is a well-specified canary app on a clear trajectory., citations=["registry://scout/run-log.md"], caution=[], decisions=[], data={"document_path": "registry://scout/run-log.md", "observation_count": 0})`

---

### Turn 55 · Assistant

Now on the "Complete" step. The run log is already updated. Let me advance and finish.

**Tool calls**

- `strategy_done(caution=[], citations=["registry://scout/run-log.md"], data={"run_log_updated": true, "cycle_summary": "First check-in. Null outcome. Examined all source files, sprint plan, architecture, pseudocode, and SOW. The product is a well-specified pygame canary app (…, decisions=[], plan=Run log already updated with null-outcome entry. No Director channels written. Terminating cleanly., research=First spot check cycle complete. All files read, null outcome confirmed., step_id=Complete, success=true)`

---

### Turn 56 · Tool result

- success: `True`
- Strategy step 'complete' completed. Workflow advanced to 'done'.

```json
{
  "success": true,
  "tool_name": "strategy_done",
  "timestamp": 1782671641.2954829,
  "execution_time": 0.030451536178588867,
  "entry_id": 4,
  "previous_step": "complete",
  "new_step": "done",
  "message": "Strategy step 'complete' completed. Workflow advanced to 'done'."
}
```

---

### Turn 57 · Assistant

**Tool calls**

- `strategy_done(caution=[], citations=["registry://scout/run-log.md"], data={"run_log_updated": true, "cycle_summary": "First check-in. Null outcome. Examined all source files, sprint plan, architecture, pseudocode, and SOW. The product is a well-specified pygame canary app (…, decisions=[], plan=Run log already updated with null-outcome entry. No Director channels written. Terminating cleanly., research=First spot check cycle complete. All files read, null outcome confirmed., step_id=Complete, success=true)`