dev-record / test_full_workflow

Skill under test: .claude/skills/dev-record

Generated: 2026-04-03 11:04:51 UTC | Model: claude-haiku-4-5-20251001 | Sessions: 3

Hard: PASS (8/8) Achievement: 31.6%

Session Summary

# Session ID Started Ended Tools Rejected Prompts Plans Reports Turns In Tokens Out Tokens Cost Duration
1 9547f76e-b34 2026-04-03T11:03:17Z 2026-04-03T11:04:22Z 34 0 2 2 0 4 30 2,847 $0.0957 65.1s
2 67088390-486 2026-04-03T11:04:22Z 2026-04-03T11:04:36Z 8 0 2 0 0 5 37 1,504 $0.0226 13.2s
3 8884245a-7de 2026-04-03T11:04:36Z 2026-04-03T11:04:51Z 10 0 2 0 0 6 37 1,665 $0.0252 14.3s

Session Details

Session 1: 9547f76e-b34

tools 34rejected 0prompts 2plans 2agent reports 0turns 4in tokens 30out tokens 2,847cache read 85,488cost $0.0957duration 65.1sapi time 63.8s

started 2026-04-03T11:03:17Z

#TimeTypeDetail show 30 ok results
1 +0.0s [+0.0s] user_prompt user_prompt: I need you to plan a multilingual hello-world state machine in Python. Requirem…I need you to plan a multilingual hello-world state machine in Python. Requirements: - A StateMachine class with states for 2 languages: English and Spanish - Each state prints "hello world" in that language - The machine cycles through languages in order - Include pytest unit tests that verify each language output Create a plan, then exit plan mode.▴
2 +0.0s [+0.0s] user_prompt user_prompt: I need you to plan a multilingual hello-world state machine in Python. Requirem…I need you to plan a multilingual hello-world state machine in Python. Requirements: - A StateMachine class with states for 2 languages: English and Spanish - Each state prints "hello world" in that language - The machine cycles through languages in order - Include pytest unit tests that verify each language output Create a plan, then exit plan mode.▴
3 +4.0s [+4.0s] tool_call Agent
  • description: "Explore project structure and existing patterns"
  • prompt: Explore the project structure to understand: 1. Where Python source files are located (src/, lib/, main/, etc.) 2. Where tests are located and what testing patterns are used 3. Any existing state mach…Explore the project structure to understand: 1. Where Python source files are located (src/, lib/, main/, etc.) 2. Where tests are located and what testing patterns are used 3. Any existing state machine or similar class patterns 4. Project structure and naming conventions Provide a summary of the directory layout and any relevant patterns found.▴
  • subagent_type: "Explore"
4 +4.0s [+0.0s] tool_call Agent
  • description: "Explore project structure and existing patterns"
  • prompt: Explore the project structure to understand: 1. Where Python source files are located (src/, lib/, main/, etc.) 2. Where tests are located and what testing patterns are used 3. Any existing state mach…Explore the project structure to understand: 1. Where Python source files are located (src/, lib/, main/, etc.) 2. Where tests are located and what testing patterns are used 3. Any existing state machine or similar class patterns 4. Project structure and naming conventions Provide a summary of the directory layout and any relevant patterns found.▴
  • subagent_type: "Explore"
5 +5.0s [+1.0s] tool_call Bash
  • command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type f -name "*.py" | head -20"
6 +5.0s [+0.0s] tool_call Bash
  • command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type f -name "*.py" | head -20"
7 +5.0s [+0.0s] tool_result PASS
8 +5.0s [+0.0s] tool_result PASS
9 +6.0s [+1.0s] tool_call Bash
  • command: "ls -la /tmp/pytest-sandbox/test_full_workflow0/project/"
10 +6.0s [+0.0s] tool_call Bash
  • command: "ls -la /tmp/pytest-sandbox/test_full_workflow0/project/"
11 +6.0s [+0.0s] tool_result PASS
12 +6.0s [+0.0s] tool_result PASS
13 +8.0s [+2.0s] tool_call Bash
  • command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type d -name "test*" -o -type d -name "*test*""
14 +8.0s [+0.0s] tool_call Bash
  • command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type d -name "test*" -o -type d -name "*test*""
15 +8.0s [+0.0s] tool_result PASS
16 +8.0s [+0.0s] tool_result PASS
17 +10.0s [+2.0s] tool_call Bash
  • command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type f | sort"
18 +10.0s [+0.0s] tool_call Bash
  • command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type f | sort"
19 +10.0s [+0.0s] tool_result PASS
20 +10.0s [+0.0s] tool_result PASS
21 +12.0s [+2.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/CLAUDE.md"
22 +12.0s [+0.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/CLAUDE.md"
23 +12.0s [+0.0s] tool_result PASS
24 +12.0s [+0.0s] tool_result PASS
25 +13.0s [+1.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/.claude/settings.json"
26 +13.0s [+0.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/.claude/settings.json"
27 +13.0s [+0.0s] tool_result PASS
28 +13.0s [+0.0s] tool_result PASS
29 +16.0s [+3.0s] tool_call Bash
  • command: "git log --oneline"
30 +16.0s [+0.0s] tool_call Bash
  • command: "git log --oneline"
31 +16.0s [+0.0s] tool_result PASS
32 +16.0s [+0.0s] tool_result PASS
33 +18.0s [+2.0s] tool_call Bash
  • command: "git show HEAD"
34 +18.0s [+0.0s] tool_call Bash
  • command: "git show HEAD"
35 +18.0s [+0.0s] tool_result PASS
36 +18.0s [+0.0s] tool_result PASS
37 +20.0s [+2.0s] tool_call Bash
  • command: "tree -L 3 /tmp/pytest-sandbox/test_full_workflow0/project -I ".git" 2>/dev/null || find /tmp/pytest-sandbox/test_full_workflow0/project -not -path "./.git/*" -type d | head -20"
38 +20.0s [+0.0s] tool_call Bash
  • command: "tree -L 3 /tmp/pytest-sandbox/test_full_workflow0/project -I ".git" 2>/dev/null || find /tmp/pytest-sandbox/test_full_workflow0/project -not -path "./.git/*" -type d | head -20"
39 +20.0s [+0.0s] tool_result PASS
40 +20.0s [+0.0s] tool_result PASS
41 +21.0s [+1.0s] tool_call Bash
  • command: "find /tmp/pytest-sandbox/test_full_workflow0 -name "*.py" -type f"
42 +21.0s [+0.0s] tool_call Bash
  • command: "find /tmp/pytest-sandbox/test_full_workflow0 -name "*.py" -type f"
43 +23.0s [+2.0s] tool_call Glob
  • pattern: "**/*.py"
44 +23.0s [+0.0s] tool_call Glob
  • pattern: "**/*.py"
45 +23.0s [+0.0s] tool_result PASS
46 +23.0s [+0.0s] tool_result PASS
47 +25.0s [+2.0s] tool_call Bash
  • command: "find /tmp/pytest-sandbox/test_full_workflow0/project/.claude -type f | head -30"
48 +25.0s [+0.0s] tool_call Bash
  • command: "find /tmp/pytest-sandbox/test_full_workflow0/project/.claude -type f | head -30"
49 +25.0s [+0.0s] tool_result PASS
50 +25.0s [+0.0s] tool_result PASS
51 +26.0s [+1.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/.gitignore"
52 +26.0s [+0.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/.gitignore"
53 +26.0s [+0.0s] tool_result PASS
54 +26.0s [+0.0s] tool_result PASS
55 +28.0s [+2.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/audit/ops_record/20260403T110317Z-9547f76e-b344-443a-821d-09ae1575b8c5.jsonl"
56 +28.0s [+0.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/audit/ops_record/20260403T110317Z-9547f76e-b344-443a-821d-09ae1575b8c5.jsonl"
57 +28.0s [+0.0s] tool_result PASS
58 +28.0s [+0.0s] tool_result PASS
59 +39.0s [+11.0s] tool_result PASS
60 +39.0s [+0.0s] tool_result PASS
61 +52.0s [+13.0s] tool_call Write
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/.claude/plans/sleepy-hopping-pelican.md"
  • content: # Multilingual Hello-World State Machine Implementation Plan ## Context This is a greenfield Python project that requires a state machine implementation to demonstrate language switching. The state …# Multilingual Hello-World State Machine Implementation Plan ## Context This is a greenfield Python project that requires a state machine implementation to demonstrate language switching. The state machine will manage transitions between English and Spanish states, with each state representing a language and printing "hello world" in that language. This serves as a foundational state pattern implementation with multilingual support. ## Requirements Summary - **StateMachine class** with states for English and Spanish - **Language output**: Each state prints "hello world" in the appropriate language - **State cycling**: Machine cycles through languages in order (English → Spanish → English) - **pytest tests**: Unit tests that verify each language output and state transitions ## Implementation Approach ### Architecture Overview **Design Pattern**: State Pattern with enumerated language states - Use Python `Enum` to represent language states (English, Spanish) - StateMachine class manages current state and transitions - Methods to get current language, get greeting, and cycle to next state - Capture output for testing (return instead of pure print-to-stdout) ### File Structure ``` project/ ├── src/ │ └── state_machine.py # StateMachine class and Language enum ├── tests/ │ └── test_state_machine.py # pytest unit tests ├── requirements.txt # Python dependencies └── README.md # Project documentation ``` ### Implementation Details #### src/state_machine.py **Language Enum**: - `ENGLISH`: represents English state - `SPANISH`: represents Spanish state **StateMachine Class**: - `__init__()`: Initialize with ENGLISH as starting state - `current_language()` → str: Returns the name of current language - `get_greeting()` → str: Returns "hello world" in current language - English: "Hello World" - Spanish: "Hola Mundo" - `next_state()` → None: Transitions to next language (cycles) - English → Spanish - Spanish → English - `say_hello()` → str: Returns greeting string (for testing purposes) **Design Note**: Methods return strings rather than printing directly to enable easy testing and verification. #### tests/test_state_machine.py **Test Coverage**: 1. `test_initial_state()`: Verify StateMachine starts in English state 2. `test_english_greeting()`: Verify English state returns "Hello World" 3. `test_spanish_greeting()`: Verify Spanish state returns "Hola Mundo" 4. `test_state_cycling()`: Verify English → Spanish → English transitions 5. `test_current_language_names()`: Verify language name getters return correct values 6. `test_multiple_cycles()`: Verify machine correctly cycles through multiple iterations ### Testing Strategy - Use `pytest` as the testing framework - Use `pytest` fixtures if needed for setup/teardown - Test both the greeting output and state transitions - Verify cycling behavior through multiple iterations - Keep tests focused and single-purpose ### Dependencies - Python 3.6+ - pytest (for unit testing) ### Implementation Checklist 1. ✓ Create `src/` directory structure 2. ✓ Implement Language Enum with ENGLISH and SPANISH 3. ✓ Implement StateMachine class with all required methods 4. ✓ Create `tests/` directory 5. ✓ Write comprehensive pytest tests 6. ✓ Add requirements.txt with pytest dependency 7. ✓ Run all tests and verify they pass 8. ✓ Document in README.md ## Verification / Testing Plan **Running the tests**: ```bash # Install dependencies pip install -r requirements.txt # Run all tests pytest tests/ # Run with verbose output pytest tests/ -v # Run specific test pytest tests/test_state_machine.py::test_english_greeting -v ``` **Expected Test Results**: - All tests should pass (6+ tests) - 100% of test cases verify language output accuracy - Cycling behavior verified through state transition tests ## Critical Files to Modify/Create - **src/state_machine.py** (create) - State machine implementation - **tests/test_state_machine.py** (create) - Unit tests - **requirements.txt** (create) - Dependencies - **README.md** (create) - Documentation ## Notes - State machine uses a simple enum-based approach suitable for 2-state systems - Methods return strings for easy testing and composability - Cycling is implemented with modulo arithmetic for scalability - No external dependencies except pytest for testing ▴
62 +52.0s [+0.0s] tool_call Write
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/.claude/plans/sleepy-hopping-pelican.md"
  • content: # Multilingual Hello-World State Machine Implementation Plan ## Context This is a greenfield Python project that requires a state machine implementation to demonstrate language switching. The state …# Multilingual Hello-World State Machine Implementation Plan ## Context This is a greenfield Python project that requires a state machine implementation to demonstrate language switching. The state machine will manage transitions between English and Spanish states, with each state representing a language and printing "hello world" in that language. This serves as a foundational state pattern implementation with multilingual support. ## Requirements Summary - **StateMachine class** with states for English and Spanish - **Language output**: Each state prints "hello world" in the appropriate language - **State cycling**: Machine cycles through languages in order (English → Spanish → English) - **pytest tests**: Unit tests that verify each language output and state transitions ## Implementation Approach ### Architecture Overview **Design Pattern**: State Pattern with enumerated language states - Use Python `Enum` to represent language states (English, Spanish) - StateMachine class manages current state and transitions - Methods to get current language, get greeting, and cycle to next state - Capture output for testing (return instead of pure print-to-stdout) ### File Structure ``` project/ ├── src/ │ └── state_machine.py # StateMachine class and Language enum ├── tests/ │ └── test_state_machine.py # pytest unit tests ├── requirements.txt # Python dependencies └── README.md # Project documentation ``` ### Implementation Details #### src/state_machine.py **Language Enum**: - `ENGLISH`: represents English state - `SPANISH`: represents Spanish state **StateMachine Class**: - `__init__()`: Initialize with ENGLISH as starting state - `current_language()` → str: Returns the name of current language - `get_greeting()` → str: Returns "hello world" in current language - English: "Hello World" - Spanish: "Hola Mundo" - `next_state()` → None: Transitions to next language (cycles) - English → Spanish - Spanish → English - `say_hello()` → str: Returns greeting string (for testing purposes) **Design Note**: Methods return strings rather than printing directly to enable easy testing and verification. #### tests/test_state_machine.py **Test Coverage**: 1. `test_initial_state()`: Verify StateMachine starts in English state 2. `test_english_greeting()`: Verify English state returns "Hello World" 3. `test_spanish_greeting()`: Verify Spanish state returns "Hola Mundo" 4. `test_state_cycling()`: Verify English → Spanish → English transitions 5. `test_current_language_names()`: Verify language name getters return correct values 6. `test_multiple_cycles()`: Verify machine correctly cycles through multiple iterations ### Testing Strategy - Use `pytest` as the testing framework - Use `pytest` fixtures if needed for setup/teardown - Test both the greeting output and state transitions - Verify cycling behavior through multiple iterations - Keep tests focused and single-purpose ### Dependencies - Python 3.6+ - pytest (for unit testing) ### Implementation Checklist 1. ✓ Create `src/` directory structure 2. ✓ Implement Language Enum with ENGLISH and SPANISH 3. ✓ Implement StateMachine class with all required methods 4. ✓ Create `tests/` directory 5. ✓ Write comprehensive pytest tests 6. ✓ Add requirements.txt with pytest dependency 7. ✓ Run all tests and verify they pass 8. ✓ Document in README.md ## Verification / Testing Plan **Running the tests**: ```bash # Install dependencies pip install -r requirements.txt # Run all tests pytest tests/ # Run with verbose output pytest tests/ -v # Run specific test pytest tests/test_state_machine.py::test_english_greeting -v ``` **Expected Test Results**: - All tests should pass (6+ tests) - 100% of test cases verify language output accuracy - Cycling behavior verified through state transition tests ## Critical Files to Modify/Create - **src/state_machine.py** (create) - State machine implementation - **tests/test_state_machine.py** (create) - Unit tests - **requirements.txt** (create) - Dependencies - **README.md** (create) - Documentation ## Notes - State machine uses a simple enum-based approach suitable for 2-state systems - Methods return strings for easy testing and composability - Cycling is implemented with modulo arithmetic for scalability - No external dependencies except pytest for testing ▴
63 +52.0s [+0.0s] tool_result PASS
64 +52.0s [+0.0s] tool_result PASS
65 +59.0s [+7.0s] tool_call ExitPlanMode
  • plan: # Multilingual Hello-World State Machine Implementation Plan ## Context This is a greenfield Python project that requires a state machine implementation to demonstrate language switching. The state …# Multilingual Hello-World State Machine Implementation Plan ## Context This is a greenfield Python project that requires a state machine implementation to demonstrate language switching. The state machine will manage transitions between English and Spanish states, with each state representing a language and printing "hello world" in that language. This serves as a foundational state pattern implementation with multilingual support. ## Requirements Summary - **StateMachine class** with states for English and Spanish - **Language output**: Each state prints "hello world" in the appropriate language - **State cycling**: Machine cycles through languages in order (English → Spanish → English) - **pytest tests**: Unit tests that verify each language output and state transitions ## Implementation Approach ### Architecture Overview **Design Pattern**: State Pattern with enumerated language states - Use Python `Enum` to represent language states (English, Spanish) - StateMachine class manages current state and transitions - Methods to get current language, get greeting, and cycle to next state - Capture output for testing (return instead of pure print-to-stdout) ### File Structure ``` project/ ├── src/ │ └── state_machine.py # StateMachine class and Language enum ├── tests/ │ └── test_state_machine.py # pytest unit tests ├── requirements.txt # Python dependencies └── README.md # Project documentation ``` ### Implementation Details #### src/state_machine.py **Language Enum**: - `ENGLISH`: represents English state - `SPANISH`: represents Spanish state **StateMachine Class**: - `__init__()`: Initialize with ENGLISH as starting state - `current_language()` → str: Returns the name of current language - `get_greeting()` → str: Returns "hello world" in current language - English: "Hello World" - Spanish: "Hola Mundo" - `next_state()` → None: Transitions to next language (cycles) - English → Spanish - Spanish → English - `say_hello()` → str: Returns greeting string (for testing purposes) **Design Note**: Methods return strings rather than printing directly to enable easy testing and verification. #### tests/test_state_machine.py **Test Coverage**: 1. `test_initial_state()`: Verify StateMachine starts in English state 2. `test_english_greeting()`: Verify English state returns "Hello World" 3. `test_spanish_greeting()`: Verify Spanish state returns "Hola Mundo" 4. `test_state_cycling()`: Verify English → Spanish → English transitions 5. `test_current_language_names()`: Verify language name getters return correct values 6. `test_multiple_cycles()`: Verify machine correctly cycles through multiple iterations ### Testing Strategy - Use `pytest` as the testing framework - Use `pytest` fixtures if needed for setup/teardown - Test both the greeting output and state transitions - Verify cycling behavior through multiple iterations - Keep tests focused and single-purpose ### Dependencies - Python 3.6+ - pytest (for unit testing) ### Implementation Checklist 1. ✓ Create `src/` directory structure 2. ✓ Implement Language Enum with ENGLISH and SPANISH 3. ✓ Implement StateMachine class with all required methods 4. ✓ Create `tests/` directory 5. ✓ Write comprehensive pytest tests 6. ✓ Add requirements.txt with pytest dependency 7. ✓ Run all tests and verify they pass 8. ✓ Document in README.md ## Verification / Testing Plan **Running the tests**: ```bash # Install dependencies pip install -r requirements.txt # Run all tests pytest tests/ # Run with verbose output pytest tests/ -v # Run specific test pytest tests/test_state_machine.py::test_english_greeting -v ``` **Expected Test Results**: - All tests should pass (6+ tests) - 100% of test cases verify language output accuracy - Cycling behavior verified through state transition tests ## Critical Files to Modify/Create - **src/state_machine.py** (create) - State machine implementation - **tests/test_state_machine.py** (create) - Unit tests - **requirements.txt** (create) - Dependencies - **README.md** (create) - Documentation ## Notes - State machine uses a simple enum-based approach suitable for 2-state systems - Methods return strings for easy testing and composability - Cycling is implemented with modulo arithmetic for scalability - No external dependencies except pytest for testing ▴
  • planFilePath: "/tmp/pytest-sandbox/test_full_workflow0/.claude/plans/sleepy-hopping-pelican.md"
66 +59.0s [+0.0s] plan_snapshot plan_snapshot: 2026-04-03T11-04-16Z-9547f76e-b344-443a-821d-09ae1575b8c5-plan-01.md
67 +59.0s [+0.0s] tool_call ExitPlanMode
  • plan: # Multilingual Hello-World State Machine Implementation Plan ## Context This is a greenfield Python project that requires a state machine implementation to demonstrate language switching. The state …# Multilingual Hello-World State Machine Implementation Plan ## Context This is a greenfield Python project that requires a state machine implementation to demonstrate language switching. The state machine will manage transitions between English and Spanish states, with each state representing a language and printing "hello world" in that language. This serves as a foundational state pattern implementation with multilingual support. ## Requirements Summary - **StateMachine class** with states for English and Spanish - **Language output**: Each state prints "hello world" in the appropriate language - **State cycling**: Machine cycles through languages in order (English → Spanish → English) - **pytest tests**: Unit tests that verify each language output and state transitions ## Implementation Approach ### Architecture Overview **Design Pattern**: State Pattern with enumerated language states - Use Python `Enum` to represent language states (English, Spanish) - StateMachine class manages current state and transitions - Methods to get current language, get greeting, and cycle to next state - Capture output for testing (return instead of pure print-to-stdout) ### File Structure ``` project/ ├── src/ │ └── state_machine.py # StateMachine class and Language enum ├── tests/ │ └── test_state_machine.py # pytest unit tests ├── requirements.txt # Python dependencies └── README.md # Project documentation ``` ### Implementation Details #### src/state_machine.py **Language Enum**: - `ENGLISH`: represents English state - `SPANISH`: represents Spanish state **StateMachine Class**: - `__init__()`: Initialize with ENGLISH as starting state - `current_language()` → str: Returns the name of current language - `get_greeting()` → str: Returns "hello world" in current language - English: "Hello World" - Spanish: "Hola Mundo" - `next_state()` → None: Transitions to next language (cycles) - English → Spanish - Spanish → English - `say_hello()` → str: Returns greeting string (for testing purposes) **Design Note**: Methods return strings rather than printing directly to enable easy testing and verification. #### tests/test_state_machine.py **Test Coverage**: 1. `test_initial_state()`: Verify StateMachine starts in English state 2. `test_english_greeting()`: Verify English state returns "Hello World" 3. `test_spanish_greeting()`: Verify Spanish state returns "Hola Mundo" 4. `test_state_cycling()`: Verify English → Spanish → English transitions 5. `test_current_language_names()`: Verify language name getters return correct values 6. `test_multiple_cycles()`: Verify machine correctly cycles through multiple iterations ### Testing Strategy - Use `pytest` as the testing framework - Use `pytest` fixtures if needed for setup/teardown - Test both the greeting output and state transitions - Verify cycling behavior through multiple iterations - Keep tests focused and single-purpose ### Dependencies - Python 3.6+ - pytest (for unit testing) ### Implementation Checklist 1. ✓ Create `src/` directory structure 2. ✓ Implement Language Enum with ENGLISH and SPANISH 3. ✓ Implement StateMachine class with all required methods 4. ✓ Create `tests/` directory 5. ✓ Write comprehensive pytest tests 6. ✓ Add requirements.txt with pytest dependency 7. ✓ Run all tests and verify they pass 8. ✓ Document in README.md ## Verification / Testing Plan **Running the tests**: ```bash # Install dependencies pip install -r requirements.txt # Run all tests pytest tests/ # Run with verbose output pytest tests/ -v # Run specific test pytest tests/test_state_machine.py::test_english_greeting -v ``` **Expected Test Results**: - All tests should pass (6+ tests) - 100% of test cases verify language output accuracy - Cycling behavior verified through state transition tests ## Critical Files to Modify/Create - **src/state_machine.py** (create) - State machine implementation - **tests/test_state_machine.py** (create) - Unit tests - **requirements.txt** (create) - Dependencies - **README.md** (create) - Documentation ## Notes - State machine uses a simple enum-based approach suitable for 2-state systems - Methods return strings for easy testing and composability - Cycling is implemented with modulo arithmetic for scalability - No external dependencies except pytest for testing ▴
  • planFilePath: "/tmp/pytest-sandbox/test_full_workflow0/.claude/plans/sleepy-hopping-pelican.md"
68 +59.0s [+0.0s] plan_snapshot plan_snapshot: 2026-04-03T11-04-16Z-9547f76e-b344-443a-821d-09ae1575b8c5-plan-01.md

Session 2: 67088390-486

tools 8rejected 0prompts 2plans 0agent reports 0turns 5in tokens 37out tokens 1,504cache read 100,468cost $0.0226duration 13.2sapi time 11.8s

started 2026-04-03T11:04:22Z

#TimeTypeDetail show 8 ok results
1 +0.0s [+0.0s] user_prompt user_prompt: Implement the multilingual hello-world state machine based on this specification…Implement the multilingual hello-world state machine based on this specification: - Create `state_machine.py` in the current working directory with a StateMachine class - States: English ("hello world"), Spanish ("hola mundo") - The machine cycles through languages in order - Create `test_state_machine.py` in the current working directory with pytest tests verifying each language output - Run pytest to verify the tests pass Create both files in the current directory (not /tmp or any other location) and run the tests.▴
2 +0.0s [+0.0s] user_prompt user_prompt: Implement the multilingual hello-world state machine based on this specification…Implement the multilingual hello-world state machine based on this specification: - Create `state_machine.py` in the current working directory with a StateMachine class - States: English ("hello world"), Spanish ("hola mundo") - The machine cycles through languages in order - Create `test_state_machine.py` in the current working directory with pytest tests verifying each language output - Run pytest to verify the tests pass Create both files in the current directory (not /tmp or any other location) and run the tests.▴
3 +4.0s [+4.0s] tool_call Bash
  • command: "pwd"
  • description: "Check current working directory"
4 +4.0s [+0.0s] tool_call Bash
  • command: "pwd"
  • description: "Check current working directory"
5 +4.0s [+0.0s] tool_result PASS
6 +4.0s [+0.0s] tool_result PASS
7 +6.0s [+2.0s] tool_call Write
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/state_machine.py"
  • content: class StateMachine: """A state machine that cycles through multilingual greetings.""" def __init__(self): """Initialize the state machine with available states.""" self.states…class StateMachine: """A state machine that cycles through multilingual greetings.""" def __init__(self): """Initialize the state machine with available states.""" self.states = ["hello world", "hola mundo"] self.current_index = 0 def get_greeting(self): """Return the current greeting.""" return self.states[self.current_index] def next(self): """Move to the next state and return the new greeting.""" self.current_index = (self.current_index + 1) % len(self.states) return self.get_greeting() ▴
8 +6.0s [+0.0s] tool_call Write
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/state_machine.py"
  • content: class StateMachine: """A state machine that cycles through multilingual greetings.""" def __init__(self): """Initialize the state machine with available states.""" self.states…class StateMachine: """A state machine that cycles through multilingual greetings.""" def __init__(self): """Initialize the state machine with available states.""" self.states = ["hello world", "hola mundo"] self.current_index = 0 def get_greeting(self): """Return the current greeting.""" return self.states[self.current_index] def next(self): """Move to the next state and return the new greeting.""" self.current_index = (self.current_index + 1) % len(self.states) return self.get_greeting() ▴
9 +6.0s [+0.0s] tool_result PASS
10 +6.0s [+0.0s] tool_result PASS
11 +8.0s [+2.0s] tool_call Write
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
  • content: import pytest from state_machine import StateMachine def test_initial_state_is_english(): """Test that the initial state is English.""" machine = StateMachine() assert machine.get_greeti…import pytest from state_machine import StateMachine def test_initial_state_is_english(): """Test that the initial state is English.""" machine = StateMachine() assert machine.get_greeting() == "hello world" def test_second_state_is_spanish(): """Test that the second state is Spanish.""" machine = StateMachine() machine.next() assert machine.get_greeting() == "hola mundo" def test_cycles_back_to_english(): """Test that the state machine cycles back to English.""" machine = StateMachine() machine.next() # Move to Spanish machine.next() # Move back to English assert machine.get_greeting() == "hello world" def test_next_returns_new_greeting(): """Test that next() returns the new greeting.""" machine = StateMachine() result = machine.next() assert result == "hola mundo" def test_multiple_cycles(): """Test multiple cycles through the states.""" machine = StateMachine() assert machine.get_greeting() == "hello world" machine.next() assert machine.get_greeting() == "hola mundo" machine.next() assert machine.get_greeting() == "hello world" machine.next() assert machine.get_greeting() == "hola mundo" ▴
12 +8.0s [+0.0s] tool_call Write
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
  • content: import pytest from state_machine import StateMachine def test_initial_state_is_english(): """Test that the initial state is English.""" machine = StateMachine() assert machine.get_greeti…import pytest from state_machine import StateMachine def test_initial_state_is_english(): """Test that the initial state is English.""" machine = StateMachine() assert machine.get_greeting() == "hello world" def test_second_state_is_spanish(): """Test that the second state is Spanish.""" machine = StateMachine() machine.next() assert machine.get_greeting() == "hola mundo" def test_cycles_back_to_english(): """Test that the state machine cycles back to English.""" machine = StateMachine() machine.next() # Move to Spanish machine.next() # Move back to English assert machine.get_greeting() == "hello world" def test_next_returns_new_greeting(): """Test that next() returns the new greeting.""" machine = StateMachine() result = machine.next() assert result == "hola mundo" def test_multiple_cycles(): """Test multiple cycles through the states.""" machine = StateMachine() assert machine.get_greeting() == "hello world" machine.next() assert machine.get_greeting() == "hola mundo" machine.next() assert machine.get_greeting() == "hello world" machine.next() assert machine.get_greeting() == "hola mundo" ▴
13 +8.0s [+0.0s] tool_result PASS
14 +8.0s [+0.0s] tool_result PASS
15 +9.0s [+1.0s] tool_call Bash
  • command: "python -m pytest test_state_machine.py -v"
  • description: "Run pytest tests to verify implementation"
16 +9.0s [+0.0s] tool_call Bash
  • command: "python -m pytest test_state_machine.py -v"
  • description: "Run pytest tests to verify implementation"
17 +10.0s [+1.0s] tool_result PASS
18 +10.0s [+0.0s] tool_result PASS
requirePASS no error
expectPASS test file created — found 1 test file(s)
achieveNOT ACHIEVED token_usage present [expected]
achieveNOT ACHIEVED model present [expected]
achieveNOT ACHIEVED estimated_cost_usd present [expected] — $0.0000
achieveACHIEVED compactions field present [expected]

Session 3: 8884245a-7de

tools 10rejected 0prompts 2plans 0agent reports 0turns 6in tokens 37out tokens 1,665cache read 103,361cost $0.0252duration 14.3sapi time 12.9s

started 2026-04-03T11:04:36Z

#TimeTypeDetail show 8 ok results
1 +0.0s [+0.0s] user_prompt user_prompt: Add Japanese as a third language to the state machine: 1. Add a Japanese state …Add Japanese as a third language to the state machine: 1. Add a Japanese state that outputs "こんにちは世界" to `state_machine.py` in the current directory 2. Add a test for the Japanese output in `test_state_machine.py` in the current directory 3. Run all tests with pytest and summarize the results Important: Do not fix any pre-existing test failures. Only add the new language and its test.▴
2 +0.0s [+0.0s] user_prompt user_prompt: Add Japanese as a third language to the state machine: 1. Add a Japanese state …Add Japanese as a third language to the state machine: 1. Add a Japanese state that outputs "こんにちは世界" to `state_machine.py` in the current directory 2. Add a test for the Japanese output in `test_state_machine.py` in the current directory 3. Run all tests with pytest and summarize the results Important: Do not fix any pre-existing test failures. Only add the new language and its test.▴
3 +2.0s [+2.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/state_machine.py"
4 +2.0s [+0.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/state_machine.py"
5 +2.0s [+0.0s] tool_result PASS
6 +2.0s [+0.0s] tool_result PASS
7 +2.0s [+0.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
8 +3.0s [+1.0s] tool_call Read
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
9 +3.0s [+0.0s] tool_result PASS
10 +3.0s [+0.0s] tool_result PASS
11 +6.0s [+3.0s] tool_call Edit
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/state_machine.py"
  • old_string: " def __init__(self): """Initialize the state machine with available states.""" self.states = ["hello world", "hola mundo"] self.current_index = 0"
  • new_string: " def __init__(self): """Initialize the state machine with available states.""" self.states = ["hello world", "hola mundo", "こんにちは世界"] self.current_index = 0"
  • replace_all: false
12 +6.0s [+0.0s] tool_call Edit
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/state_machine.py"
  • old_string: " def __init__(self): """Initialize the state machine with available states.""" self.states = ["hello world", "hola mundo"] self.current_index = 0"
  • new_string: " def __init__(self): """Initialize the state machine with available states.""" self.states = ["hello world", "hola mundo", "こんにちは世界"] self.current_index = 0"
  • replace_all: false
13 +6.0s [+0.0s] tool_result PASS
14 +6.0s [+0.0s] tool_result PASS
15 +8.0s [+2.0s] tool_call Edit
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
  • old_string: def test_multiple_cycles(): """Test multiple cycles through the states.""" machine = StateMachine() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.g…def test_multiple_cycles(): """Test multiple cycles through the states.""" machine = StateMachine() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.get_greeting() == "hola mundo" machine.next() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.get_greeting() == "hola mundo"▴
  • new_string: def test_multiple_cycles(): """Test multiple cycles through the states.""" machine = StateMachine() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.g…def test_multiple_cycles(): """Test multiple cycles through the states.""" machine = StateMachine() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.get_greeting() == "hola mundo" machine.next() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.get_greeting() == "hola mundo" def test_third_state_is_japanese(): """Test that the third state is Japanese.""" machine = StateMachine() machine.next() # Move to Spanish machine.next() # Move to Japanese assert machine.get_greeting() == "こんにちは世界"▴
  • replace_all: false
16 +8.0s [+0.0s] tool_call Edit
  • file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
  • old_string: def test_multiple_cycles(): """Test multiple cycles through the states.""" machine = StateMachine() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.g…def test_multiple_cycles(): """Test multiple cycles through the states.""" machine = StateMachine() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.get_greeting() == "hola mundo" machine.next() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.get_greeting() == "hola mundo"▴
  • new_string: def test_multiple_cycles(): """Test multiple cycles through the states.""" machine = StateMachine() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.g…def test_multiple_cycles(): """Test multiple cycles through the states.""" machine = StateMachine() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.get_greeting() == "hola mundo" machine.next() assert machine.get_greeting() == "WRONG STRING" machine.next() assert machine.get_greeting() == "hola mundo" def test_third_state_is_japanese(): """Test that the third state is Japanese.""" machine = StateMachine() machine.next() # Move to Spanish machine.next() # Move to Japanese assert machine.get_greeting() == "こんにちは世界"▴
  • replace_all: false
17 +8.0s [+0.0s] tool_result PASS
18 +8.0s [+0.0s] tool_result PASS
19 +10.0s [+2.0s] tool_call Bash
  • command: "python -m pytest test_state_machine.py -v"
  • description: "Run all tests in test_state_machine.py"
20 +10.0s [+0.0s] tool_call Bash
  • command: "python -m pytest test_state_machine.py -v"
  • description: "Run all tests in test_state_machine.py"
expectPASS phase 3: no plan_snapshots — got 0

Test Checks

KindCheckDetail
PASSrequire[Plan] session_id exists
PASSrequire[Implement] result exists
PASSexpect[Audit] >= 3 user_prompt eventsgot 6, need >= 3
PASSexpect[Audit] Write or Edit in tool callstools: Agent, Bash, Edit, ExitPlanMode, Glob, Read, Write
PASSexpect[Audit] Bash in tool callstools: Agent, Bash, Edit, ExitPlanMode, Glob, Read, Write
ACHIEVEDachieve [challenging][Audit] plan_snapshot eventsfound 2
NOT ACHIEVEDachieve [aspirational][Audit] agent_report: ignored_prior_failurefound 0

Project Files

45 file(s) in project (excluding .git, __pycache__):

Aggregate Statistics

Total Events
106
Tool Successes
46
Tool Failures
0
Sessions
3
Total Turns
15
Input Tokens
104
Output Tokens
6,016
Cache Read
289,317
Cache Created
15,255
Total Cost
$0.1434
Total Duration
93s
API Time
88s

Tool Usage Breakdown

ToolCalls
Bash24
Read12
Write6
Edit4
Agent2
Glob2
ExitPlanMode2