Generated: 2026-03-28 13:01:57 UTC | Model: claude-haiku-4-5-20251001
| Sessions: 3
| # | Time | Type | Detail show 46 ok results |
|---|
| 1 |
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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 codebase structure to understand:
1. The overall project layout and directory structure
2. Any existing Python files, modules, or utilities
3. Whether there's a tests directory and what te…Explore the codebase structure to understand:
1. The overall project layout and directory structure
2. Any existing Python files, modules, or utilities
3. Whether there's a tests directory and what testing patterns are used
4. Any existing state machine implementations or patterns
5. Project configuration (setup.py, pyproject.toml, pytest.ini, etc.)
Look for:
- Top-level directories and their purposes
- src/ or lib/ directories containing code
- test/ or tests/ directories
- Any existing state machine code or design patterns
- Python configuration files
Provide a summary of the project structure and what you found.▴
- subagent_type: "Explore"
|
| 4 |
+4.0s [+0.0s] |
tool_call |
Agent - description: "Explore project structure and existing patterns"
- prompt: Explore the codebase structure to understand:
1. The overall project layout and directory structure
2. Any existing Python files, modules, or utilities
3. Whether there's a tests directory and what te…Explore the codebase structure to understand:
1. The overall project layout and directory structure
2. Any existing Python files, modules, or utilities
3. Whether there's a tests directory and what testing patterns are used
4. Any existing state machine implementations or patterns
5. Project configuration (setup.py, pyproject.toml, pytest.ini, etc.)
Look for:
- Top-level directories and their purposes
- src/ or lib/ directories containing code
- test/ or tests/ directories
- Any existing state machine code or design patterns
- Python configuration files
Provide a summary of the project structure and what you 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"
- description: "Find Python files in the project"
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| 6 |
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tool_call |
Bash - command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type f -name "*.py" | head -20"
- description: "Find Python files in the project"
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| 7 |
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tool_result |
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| 8 |
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Bash - command: "ls -la /tmp/pytest-sandbox/test_full_workflow0/project"
- description: "List top-level directories and files"
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| 10 |
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tool_call |
Bash - command: "ls -la /tmp/pytest-sandbox/test_full_workflow0/project"
- description: "List top-level directories and files"
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| 11 |
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| 12 |
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tool_call |
Bash - command: "find /tmp/pytest-sandbox/test_full_workflow0/project -maxdepth 2 -type d | sort"
- description: "Show directory structure up to 2 levels deep"
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| 14 |
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tool_call |
Bash - command: "find /tmp/pytest-sandbox/test_full_workflow0/project -maxdepth 2 -type d | sort"
- description: "Show directory structure up to 2 levels deep"
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tool_call |
Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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Glob - pattern: "**/*.py"
- path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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- path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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tool_result |
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| 23 |
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tool_call |
Glob - pattern: "**/pyproject.toml"
- path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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tool_call |
Glob - pattern: "**/pyproject.toml"
- path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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| 27 |
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tool_call |
Glob - pattern: "**/setup.py"
- path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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Glob - pattern: "**/setup.py"
- path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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- path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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Glob - pattern: "**/pytest.ini"
- path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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tool_call |
Bash - command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type f | grep -v ".git" | sort"
- description: "List all non-git files in the project"
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| 36 |
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tool_call |
Bash - command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type f | grep -v ".git" | sort"
- description: "List all non-git files in the project"
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| 37 |
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| 38 |
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| 39 |
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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 f"
- description: "Show directory tree excluding .git"
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| 40 |
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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 f"
- description: "Show directory tree excluding .git"
|
| 41 |
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tool_result |
PASS |
| 42 |
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tool_result |
PASS |
| 43 |
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tool_call |
Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/CLAUDE.md"
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| 44 |
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tool_call |
Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/CLAUDE.md"
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| 45 |
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| 47 |
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tool_call |
Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/.claude/settings.json"
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tool_call |
Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/.claude/settings.json"
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| 49 |
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| 51 |
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tool_call |
Bash - command: "git -C /tmp/pytest-sandbox/test_full_workflow0/project log --oneline -10"
- description: "Show recent git commits"
|
| 52 |
+15.0s [+0.0s] |
tool_call |
Bash - command: "git -C /tmp/pytest-sandbox/test_full_workflow0/project log --oneline -10"
- description: "Show recent git commits"
|
| 53 |
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tool_call |
Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/.gitignore"
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Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/.gitignore"
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tool_result |
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| 57 |
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tool_call |
Bash - command: "ls -la /tmp/pytest-sandbox/test_full_workflow0/project/ | grep -E "^-""
- description: "List all files in project root"
|
| 58 |
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tool_call |
Bash - command: "ls -la /tmp/pytest-sandbox/test_full_workflow0/project/ | grep -E "^-""
- description: "List all files in project root"
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| 59 |
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tool_call |
Bash - command: "find /tmp/pytest-sandbox/test_full_workflow0 -name "README*" -o -name "*.md" | grep -v ".git" | head -20"
- description: "Find README and markdown files"
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| 62 |
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tool_call |
Bash - command: "find /tmp/pytest-sandbox/test_full_workflow0 -name "README*" -o -name "*.md" | grep -v ".git" | head -20"
- description: "Find README and markdown files"
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| 63 |
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tool_call |
Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/audit/ops_record/20260328T125941Z-3ee9129d-1ff7-47b8-8ea5-9330153dd0aa.jsonl"
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| 64 |
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tool_call |
Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/audit/ops_record/20260328T125941Z-3ee9129d-1ff7-47b8-8ea5-9330153dd0aa.jsonl"
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| 65 |
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| 69 |
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tool_call |
Agent - description: "Design state machine implementation approach"
- prompt: Design a comprehensive implementation plan for a multilingual hello-world state machine in Python with the following requirements:
**Requirements:**
1. A StateMachine class with states for 2 language…Design a comprehensive implementation plan for a multilingual hello-world state machine in Python with the following requirements:
**Requirements:**
1. A StateMachine class with states for 2 languages: English and Spanish
2. Each state prints "hello world" in that language
3. The machine cycles through languages in order
4. Include pytest unit tests that verify each language output
**Context:**
- This is a greenfield project with no existing code
- No Python configuration files exist yet
- No test infrastructure is set up
- The project should be production-ready with proper structure
**Design Considerations:**
1. **Architecture**: Should the state machine use a class-based approach with state objects, or a simpler enum/string-based approach?
2. **File Structure**: Where should the main code live (e.g., `src/state_machine.py`, or `state_machine.py` at root)?
3. **Testing**: Where should tests go (e.g., `tests/test_state_machine.py`)?
4. **Dependencies**: What Python dependencies are needed? Should we create a requirements.txt or use a setup.py?
5. **Cycling behavior**: How should the state cycle - through __next__() method? transition() method? Or just track current state?
6. **Output capture**: Since tests need to verify output, should we capture stdout, use a callback pattern, or return values?
**Task:**
Please design the implementation plan including:
1. File structure and directory layout
2. Class design (StateMachine class structure, how states are represented)
3. State transition logic (how to cycle through languages)
4. Output mechanism (how "hello world" is printed/returned)
5. Test structure and approach
6. Step-by-step implementation order
7. Any dependencies or project configuration needed
Focus on simplicity and clarity while meeting the requirements.▴
- subagent_type: "Plan"
|
| 70 |
+37.0s [+0.0s] |
tool_call |
Agent - description: "Design state machine implementation approach"
- prompt: Design a comprehensive implementation plan for a multilingual hello-world state machine in Python with the following requirements:
**Requirements:**
1. A StateMachine class with states for 2 language…Design a comprehensive implementation plan for a multilingual hello-world state machine in Python with the following requirements:
**Requirements:**
1. A StateMachine class with states for 2 languages: English and Spanish
2. Each state prints "hello world" in that language
3. The machine cycles through languages in order
4. Include pytest unit tests that verify each language output
**Context:**
- This is a greenfield project with no existing code
- No Python configuration files exist yet
- No test infrastructure is set up
- The project should be production-ready with proper structure
**Design Considerations:**
1. **Architecture**: Should the state machine use a class-based approach with state objects, or a simpler enum/string-based approach?
2. **File Structure**: Where should the main code live (e.g., `src/state_machine.py`, or `state_machine.py` at root)?
3. **Testing**: Where should tests go (e.g., `tests/test_state_machine.py`)?
4. **Dependencies**: What Python dependencies are needed? Should we create a requirements.txt or use a setup.py?
5. **Cycling behavior**: How should the state cycle - through __next__() method? transition() method? Or just track current state?
6. **Output capture**: Since tests need to verify output, should we capture stdout, use a callback pattern, or return values?
**Task:**
Please design the implementation plan including:
1. File structure and directory layout
2. Class design (StateMachine class structure, how states are represented)
3. State transition logic (how to cycle through languages)
4. Output mechanism (how "hello world" is printed/returned)
5. Test structure and approach
6. Step-by-step implementation order
7. Any dependencies or project configuration needed
Focus on simplicity and clarity while meeting the requirements.▴
- subagent_type: "Plan"
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| 71 |
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tool_call |
Bash - command: "ls -la /tmp/pytest-sandbox/test_full_workflow0/project"
- description: "Check current project directory structure"
|
| 72 |
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tool_call |
Bash - command: "ls -la /tmp/pytest-sandbox/test_full_workflow0/project"
- description: "Check current project directory structure"
|
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Bash - command: "git status"
- description: "Check git status of the project"
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tool_call |
Bash - command: "git status"
- description: "Check git status of the project"
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tool_result |
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Bash - command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type f -name "*.py" -o -name "*.txt" -o -name "*.cfg" -o -name "*.toml" -o -name "*.ini" 2>/dev/null | head -20"
- description: "Find all Python and configuration files in the project"
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tool_call |
Bash - command: "find /tmp/pytest-sandbox/test_full_workflow0/project -type f -name "*.py" -o -name "*.txt" -o -name "*.cfg" -o -name "*.toml" -o -name "*.ini" 2>/dev/null | head -20"
- description: "Find all Python and configuration files in the project"
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Glob - pattern: "**/*.py"
- path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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- path: "/tmp/pytest-sandbox/test_full_workflow0/project"
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Write - file_path: "/tmp/pytest-sandbox/test_full_workflow0/.claude/plans/wise-marinating-aurora.md"
- content: # Multilingual Hello-World State Machine - Implementation Plan
## Context
**Objective**: Create a Python state machine that cycles through 2 languages (English and Spanish) and outputs "hello world"…# Multilingual Hello-World State Machine - Implementation Plan
## Context
**Objective**: Create a Python state machine that cycles through 2 languages (English and Spanish) and outputs "hello world" in each language.
**Requirements**:
- StateMachine class with states for English and Spanish
- Each state outputs "hello world" in that language
- Machine cycles through languages in order
- Comprehensive pytest unit tests verifying each language output
**Why**: This is a greenfield project demonstrating state machine patterns with internationalization support and proper testing practices.
---
## Architecture & Design Decisions
### Approach: Simple Enum + Class-Based State Machine
**Why this design**:
- Type-safe language representation using Python Enum
- Explicit state transitions with clear intent
- Return values pattern for easy testing (no stdout capture needed)
- Scalable foundation for adding more languages
- Pythonic and maintainable
### Key Components
1. **Language Enum** (`Language.ENGLISH`, `Language.SPANISH`)
- Type-safe state representation
- Discoverability of available languages
2. **StateMachine Class**
- `LANGUAGES` list: ordered languages `[ENGLISH, SPANISH]`
- `TRANSLATIONS` dict: language → "hello world" mapping
- `greet()`: returns greeting in current language
- `transition()`: cycles to next language using modulo arithmetic
- `get_current_language()`: returns current state
3. **Output Mechanism**
- Methods return strings (not print to stdout)
- Enables easy testing without mocking
- Caller can print if needed
---
## File Structure
```
project/
├── src/
│ ├── __init__.py
│ └── state_machine.py # Language enum + StateMachine class
├── tests/
│ ├── __init__.py
│ └── test_state_machine.py # Pytest unit tests
├── requirements.txt # pytest dependency
├── setup.py # Package configuration
├── README.md # Documentation (optional)
└── CLAUDE.md # (existing - dev record guidelines)
```
---
## Implementation Steps
### Phase 1: Project Setup
1. Create `src/` and `tests/` directories with `__init__.py`
2. Create `requirements.txt` with `pytest>=7.0.0`
3. Create `setup.py` with package metadata
### Phase 2: Core Implementation (`src/state_machine.py`)
4. Define `Language` Enum with ENGLISH and SPANISH
5. Define `StateMachine` class with:
- `LANGUAGES = [Language.ENGLISH, Language.SPANISH]`
- `TRANSLATIONS` dictionary mapping languages to strings
- `__init__()`: initialize with English state
- `greet() -> str`: return current language greeting
- `transition() -> None`: cycle to next language
- `get_current_language() -> Language`: return current state
### Phase 3: Unit Tests (`tests/test_state_machine.py`)
6. Test initialization: state is English, greet returns "hello world"
7. Test transitions: English→Spanish, Spanish→English (wrap-around)
8. Test outputs: verify correct strings for each language
9. Test multi-cycle: verify repeated transitions work correctly
### Phase 4: Verification
10. Run `pytest tests/` and verify all tests pass
11. Verify cycling works: ENGLISH → SPANISH → ENGLISH
12. Verify output correctness in each state
---
## Key Code Patterns
### Language State Definition
```
Language.ENGLISH = "hello world"
Language.SPANISH = "hola mundo"
```
### State Cycling Logic
```
current_index = LANGUAGES.index(self.current_language)
next_index = (current_index + 1) % len(LANGUAGES)
self.current_language = LANGUAGES[next_index]
```
### Testing Pattern
```
- Create StateMachine instance
- Assert initial state and output
- Call transition()
- Assert new state and output
- Repeat for cycling verification
```
---
## Critical Files to Create
| File | Purpose |
|------|---------|
| `src/state_machine.py` | Core StateMachine and Language Enum implementation |
| `tests/test_state_machine.py` | Pytest unit tests verifying outputs and transitions |
| `setup.py` | Package metadata and dependency configuration |
| `requirements.txt` | Development dependencies (pytest) |
---
## Verification Plan
**How to test the implementation**:
1. **Run all tests**:
```bash
pytest tests/
```
2. **Expected test results**: All tests pass with coverage of:
- Initial state is English
- English greet returns "hello world"
- Spanish greet returns "hola mundo"
- Transition from English to Spanish works
- Transition from Spanish back to English works (wrap-around)
- Multiple transitions cycle correctly
3. **Manual verification** (optional):
- Create a small script that instantiates StateMachine
- Call `greet()` and `transition()` in a loop
- Verify English/Spanish output alternates correctly
---
## Notes
- No external dependencies required (pytest is dev-only)
- Python 3.7+ (for type hints)
- This design is intentionally simple and focused on the requirements
- Enum-based approach prevents invalid language states
- Modulo arithmetic ensures seamless cycling
▴
|
| 100 |
+77.0s [+0.0s] |
tool_call |
Write - file_path: "/tmp/pytest-sandbox/test_full_workflow0/.claude/plans/wise-marinating-aurora.md"
- content: # Multilingual Hello-World State Machine - Implementation Plan
## Context
**Objective**: Create a Python state machine that cycles through 2 languages (English and Spanish) and outputs "hello world"…# Multilingual Hello-World State Machine - Implementation Plan
## Context
**Objective**: Create a Python state machine that cycles through 2 languages (English and Spanish) and outputs "hello world" in each language.
**Requirements**:
- StateMachine class with states for English and Spanish
- Each state outputs "hello world" in that language
- Machine cycles through languages in order
- Comprehensive pytest unit tests verifying each language output
**Why**: This is a greenfield project demonstrating state machine patterns with internationalization support and proper testing practices.
---
## Architecture & Design Decisions
### Approach: Simple Enum + Class-Based State Machine
**Why this design**:
- Type-safe language representation using Python Enum
- Explicit state transitions with clear intent
- Return values pattern for easy testing (no stdout capture needed)
- Scalable foundation for adding more languages
- Pythonic and maintainable
### Key Components
1. **Language Enum** (`Language.ENGLISH`, `Language.SPANISH`)
- Type-safe state representation
- Discoverability of available languages
2. **StateMachine Class**
- `LANGUAGES` list: ordered languages `[ENGLISH, SPANISH]`
- `TRANSLATIONS` dict: language → "hello world" mapping
- `greet()`: returns greeting in current language
- `transition()`: cycles to next language using modulo arithmetic
- `get_current_language()`: returns current state
3. **Output Mechanism**
- Methods return strings (not print to stdout)
- Enables easy testing without mocking
- Caller can print if needed
---
## File Structure
```
project/
├── src/
│ ├── __init__.py
│ └── state_machine.py # Language enum + StateMachine class
├── tests/
│ ├── __init__.py
│ └── test_state_machine.py # Pytest unit tests
├── requirements.txt # pytest dependency
├── setup.py # Package configuration
├── README.md # Documentation (optional)
└── CLAUDE.md # (existing - dev record guidelines)
```
---
## Implementation Steps
### Phase 1: Project Setup
1. Create `src/` and `tests/` directories with `__init__.py`
2. Create `requirements.txt` with `pytest>=7.0.0`
3. Create `setup.py` with package metadata
### Phase 2: Core Implementation (`src/state_machine.py`)
4. Define `Language` Enum with ENGLISH and SPANISH
5. Define `StateMachine` class with:
- `LANGUAGES = [Language.ENGLISH, Language.SPANISH]`
- `TRANSLATIONS` dictionary mapping languages to strings
- `__init__()`: initialize with English state
- `greet() -> str`: return current language greeting
- `transition() -> None`: cycle to next language
- `get_current_language() -> Language`: return current state
### Phase 3: Unit Tests (`tests/test_state_machine.py`)
6. Test initialization: state is English, greet returns "hello world"
7. Test transitions: English→Spanish, Spanish→English (wrap-around)
8. Test outputs: verify correct strings for each language
9. Test multi-cycle: verify repeated transitions work correctly
### Phase 4: Verification
10. Run `pytest tests/` and verify all tests pass
11. Verify cycling works: ENGLISH → SPANISH → ENGLISH
12. Verify output correctness in each state
---
## Key Code Patterns
### Language State Definition
```
Language.ENGLISH = "hello world"
Language.SPANISH = "hola mundo"
```
### State Cycling Logic
```
current_index = LANGUAGES.index(self.current_language)
next_index = (current_index + 1) % len(LANGUAGES)
self.current_language = LANGUAGES[next_index]
```
### Testing Pattern
```
- Create StateMachine instance
- Assert initial state and output
- Call transition()
- Assert new state and output
- Repeat for cycling verification
```
---
## Critical Files to Create
| File | Purpose |
|------|---------|
| `src/state_machine.py` | Core StateMachine and Language Enum implementation |
| `tests/test_state_machine.py` | Pytest unit tests verifying outputs and transitions |
| `setup.py` | Package metadata and dependency configuration |
| `requirements.txt` | Development dependencies (pytest) |
---
## Verification Plan
**How to test the implementation**:
1. **Run all tests**:
```bash
pytest tests/
```
2. **Expected test results**: All tests pass with coverage of:
- Initial state is English
- English greet returns "hello world"
- Spanish greet returns "hola mundo"
- Transition from English to Spanish works
- Transition from Spanish back to English works (wrap-around)
- Multiple transitions cycle correctly
3. **Manual verification** (optional):
- Create a small script that instantiates StateMachine
- Call `greet()` and `transition()` in a loop
- Verify English/Spanish output alternates correctly
---
## Notes
- No external dependencies required (pytest is dev-only)
- Python 3.7+ (for type hints)
- This design is intentionally simple and focused on the requirements
- Enum-based approach prevents invalid language states
- Modulo arithmetic ensures seamless cycling
▴
|
| 101 |
+77.0s [+0.0s] |
tool_result |
PASS |
| 102 |
+77.0s [+0.0s] |
tool_result |
PASS |
| 103 |
+80.0s [+3.0s] |
tool_call |
ExitPlanMode - allowedPrompts: [2 items]
- [0] {tool, prompt}
- tool: "Bash"
- prompt: "run pytest tests"
- [1] {tool, prompt}
- tool: "Bash"
- prompt: "create files and directories"
- plan: # Multilingual Hello-World State Machine - Implementation Plan
## Context
**Objective**: Create a Python state machine that cycles through 2 languages (English and Spanish) and outputs "hello world"…# Multilingual Hello-World State Machine - Implementation Plan
## Context
**Objective**: Create a Python state machine that cycles through 2 languages (English and Spanish) and outputs "hello world" in each language.
**Requirements**:
- StateMachine class with states for English and Spanish
- Each state outputs "hello world" in that language
- Machine cycles through languages in order
- Comprehensive pytest unit tests verifying each language output
**Why**: This is a greenfield project demonstrating state machine patterns with internationalization support and proper testing practices.
---
## Architecture & Design Decisions
### Approach: Simple Enum + Class-Based State Machine
**Why this design**:
- Type-safe language representation using Python Enum
- Explicit state transitions with clear intent
- Return values pattern for easy testing (no stdout capture needed)
- Scalable foundation for adding more languages
- Pythonic and maintainable
### Key Components
1. **Language Enum** (`Language.ENGLISH`, `Language.SPANISH`)
- Type-safe state representation
- Discoverability of available languages
2. **StateMachine Class**
- `LANGUAGES` list: ordered languages `[ENGLISH, SPANISH]`
- `TRANSLATIONS` dict: language → "hello world" mapping
- `greet()`: returns greeting in current language
- `transition()`: cycles to next language using modulo arithmetic
- `get_current_language()`: returns current state
3. **Output Mechanism**
- Methods return strings (not print to stdout)
- Enables easy testing without mocking
- Caller can print if needed
---
## File Structure
```
project/
├── src/
│ ├── __init__.py
│ └── state_machine.py # Language enum + StateMachine class
├── tests/
│ ├── __init__.py
│ └── test_state_machine.py # Pytest unit tests
├── requirements.txt # pytest dependency
├── setup.py # Package configuration
├── README.md # Documentation (optional)
└── CLAUDE.md # (existing - dev record guidelines)
```
---
## Implementation Steps
### Phase 1: Project Setup
1. Create `src/` and `tests/` directories with `__init__.py`
2. Create `requirements.txt` with `pytest>=7.0.0`
3. Create `setup.py` with package metadata
### Phase 2: Core Implementation (`src/state_machine.py`)
4. Define `Language` Enum with ENGLISH and SPANISH
5. Define `StateMachine` class with:
- `LANGUAGES = [Language.ENGLISH, Language.SPANISH]`
- `TRANSLATIONS` dictionary mapping languages to strings
- `__init__()`: initialize with English state
- `greet() -> str`: return current language greeting
- `transition() -> None`: cycle to next language
- `get_current_language() -> Language`: return current state
### Phase 3: Unit Tests (`tests/test_state_machine.py`)
6. Test initialization: state is English, greet returns "hello world"
7. Test transitions: English→Spanish, Spanish→English (wrap-around)
8. Test outputs: verify correct strings for each language
9. Test multi-cycle: verify repeated transitions work correctly
### Phase 4: Verification
10. Run `pytest tests/` and verify all tests pass
11. Verify cycling works: ENGLISH → SPANISH → ENGLISH
12. Verify output correctness in each state
---
## Key Code Patterns
### Language State Definition
```
Language.ENGLISH = "hello world"
Language.SPANISH = "hola mundo"
```
### State Cycling Logic
```
current_index = LANGUAGES.index(self.current_language)
next_index = (current_index + 1) % len(LANGUAGES)
self.current_language = LANGUAGES[next_index]
```
### Testing Pattern
```
- Create StateMachine instance
- Assert initial state and output
- Call transition()
- Assert new state and output
- Repeat for cycling verification
```
---
## Critical Files to Create
| File | Purpose |
|------|---------|
| `src/state_machine.py` | Core StateMachine and Language Enum implementation |
| `tests/test_state_machine.py` | Pytest unit tests verifying outputs and transitions |
| `setup.py` | Package metadata and dependency configuration |
| `requirements.txt` | Development dependencies (pytest) |
---
## Verification Plan
**How to test the implementation**:
1. **Run all tests**:
```bash
pytest tests/
```
2. **Expected test results**: All tests pass with coverage of:
- Initial state is English
- English greet returns "hello world"
- Spanish greet returns "hola mundo"
- Transition from English to Spanish works
- Transition from Spanish back to English works (wrap-around)
- Multiple transitions cycle correctly
3. **Manual verification** (optional):
- Create a small script that instantiates StateMachine
- Call `greet()` and `transition()` in a loop
- Verify English/Spanish output alternates correctly
---
## Notes
- No external dependencies required (pytest is dev-only)
- Python 3.7+ (for type hints)
- This design is intentionally simple and focused on the requirements
- Enum-based approach prevents invalid language states
- Modulo arithmetic ensures seamless cycling
▴
- planFilePath: "/tmp/pytest-sandbox/test_full_workflow0/.claude/plans/wise-marinating-aurora.md"
|
| 104 |
+80.0s [+0.0s] |
tool_call |
ExitPlanMode - allowedPrompts: [2 items]
- [0] {tool, prompt}
- tool: "Bash"
- prompt: "run pytest tests"
- [1] {tool, prompt}
- tool: "Bash"
- prompt: "create files and directories"
- plan: # Multilingual Hello-World State Machine - Implementation Plan
## Context
**Objective**: Create a Python state machine that cycles through 2 languages (English and Spanish) and outputs "hello world"…# Multilingual Hello-World State Machine - Implementation Plan
## Context
**Objective**: Create a Python state machine that cycles through 2 languages (English and Spanish) and outputs "hello world" in each language.
**Requirements**:
- StateMachine class with states for English and Spanish
- Each state outputs "hello world" in that language
- Machine cycles through languages in order
- Comprehensive pytest unit tests verifying each language output
**Why**: This is a greenfield project demonstrating state machine patterns with internationalization support and proper testing practices.
---
## Architecture & Design Decisions
### Approach: Simple Enum + Class-Based State Machine
**Why this design**:
- Type-safe language representation using Python Enum
- Explicit state transitions with clear intent
- Return values pattern for easy testing (no stdout capture needed)
- Scalable foundation for adding more languages
- Pythonic and maintainable
### Key Components
1. **Language Enum** (`Language.ENGLISH`, `Language.SPANISH`)
- Type-safe state representation
- Discoverability of available languages
2. **StateMachine Class**
- `LANGUAGES` list: ordered languages `[ENGLISH, SPANISH]`
- `TRANSLATIONS` dict: language → "hello world" mapping
- `greet()`: returns greeting in current language
- `transition()`: cycles to next language using modulo arithmetic
- `get_current_language()`: returns current state
3. **Output Mechanism**
- Methods return strings (not print to stdout)
- Enables easy testing without mocking
- Caller can print if needed
---
## File Structure
```
project/
├── src/
│ ├── __init__.py
│ └── state_machine.py # Language enum + StateMachine class
├── tests/
│ ├── __init__.py
│ └── test_state_machine.py # Pytest unit tests
├── requirements.txt # pytest dependency
├── setup.py # Package configuration
├── README.md # Documentation (optional)
└── CLAUDE.md # (existing - dev record guidelines)
```
---
## Implementation Steps
### Phase 1: Project Setup
1. Create `src/` and `tests/` directories with `__init__.py`
2. Create `requirements.txt` with `pytest>=7.0.0`
3. Create `setup.py` with package metadata
### Phase 2: Core Implementation (`src/state_machine.py`)
4. Define `Language` Enum with ENGLISH and SPANISH
5. Define `StateMachine` class with:
- `LANGUAGES = [Language.ENGLISH, Language.SPANISH]`
- `TRANSLATIONS` dictionary mapping languages to strings
- `__init__()`: initialize with English state
- `greet() -> str`: return current language greeting
- `transition() -> None`: cycle to next language
- `get_current_language() -> Language`: return current state
### Phase 3: Unit Tests (`tests/test_state_machine.py`)
6. Test initialization: state is English, greet returns "hello world"
7. Test transitions: English→Spanish, Spanish→English (wrap-around)
8. Test outputs: verify correct strings for each language
9. Test multi-cycle: verify repeated transitions work correctly
### Phase 4: Verification
10. Run `pytest tests/` and verify all tests pass
11. Verify cycling works: ENGLISH → SPANISH → ENGLISH
12. Verify output correctness in each state
---
## Key Code Patterns
### Language State Definition
```
Language.ENGLISH = "hello world"
Language.SPANISH = "hola mundo"
```
### State Cycling Logic
```
current_index = LANGUAGES.index(self.current_language)
next_index = (current_index + 1) % len(LANGUAGES)
self.current_language = LANGUAGES[next_index]
```
### Testing Pattern
```
- Create StateMachine instance
- Assert initial state and output
- Call transition()
- Assert new state and output
- Repeat for cycling verification
```
---
## Critical Files to Create
| File | Purpose |
|------|---------|
| `src/state_machine.py` | Core StateMachine and Language Enum implementation |
| `tests/test_state_machine.py` | Pytest unit tests verifying outputs and transitions |
| `setup.py` | Package metadata and dependency configuration |
| `requirements.txt` | Development dependencies (pytest) |
---
## Verification Plan
**How to test the implementation**:
1. **Run all tests**:
```bash
pytest tests/
```
2. **Expected test results**: All tests pass with coverage of:
- Initial state is English
- English greet returns "hello world"
- Spanish greet returns "hola mundo"
- Transition from English to Spanish works
- Transition from Spanish back to English works (wrap-around)
- Multiple transitions cycle correctly
3. **Manual verification** (optional):
- Create a small script that instantiates StateMachine
- Call `greet()` and `transition()` in a loop
- Verify English/Spanish output alternates correctly
---
## Notes
- No external dependencies required (pytest is dev-only)
- Python 3.7+ (for type hints)
- This design is intentionally simple and focused on the requirements
- Enum-based approach prevents invalid language states
- Modulo arithmetic ensures seamless cycling
▴
- planFilePath: "/tmp/pytest-sandbox/test_full_workflow0/.claude/plans/wise-marinating-aurora.md"
|
| 105 |
+80.0s [+0.0s] |
plan_snapshot |
plan_snapshot: 2026-03-28T13-01-01Z-3ee9129d-1ff7-47b8-8ea5-9330153dd0aa-plan-01.md |
| 106 |
+80.0s [+0.0s] |
plan_snapshot |
plan_snapshot: 2026-03-28T13-01-01Z-3ee9129d-1ff7-47b8-8ea5-9330153dd0aa-plan-01.md |
| | check | PASS session_id returned |
| # | Time | Type | Detail show 16 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 |
+3.0s [+3.0s] |
tool_call |
Bash - command: "pwd"
- description: "Check current working directory"
|
| 4 |
+3.0s [+0.0s] |
tool_call |
Bash - command: "pwd"
- description: "Check current working directory"
|
| 5 |
+3.0s [+0.0s] |
tool_result |
PASS |
| 6 |
+3.0s [+0.0s] |
tool_result |
PASS |
| 7 |
+6.0s [+3.0s] |
tool_call |
TodoWrite - todos: [3 items]
- [0] {content, status, activeForm}
- content: "Create state_machine.py with StateMachine class"
- status: "in_progress"
- activeForm: "Creating state_machine.py with StateMachine class"
- [1] {content, status, activeForm}
- content: "Create test_state_machine.py with pytest tests"
- status: "pending"
- activeForm: "Creating test_state_machine.py with pytest tests"
- [2] {content, status, activeForm}
- content: "Run pytest to verify tests pass"
- status: "pending"
- activeForm: "Running pytest to verify tests pass"
|
| 8 |
+6.0s [+0.0s] |
tool_call |
TodoWrite - todos: [3 items]
- [0] {content, status, activeForm}
- content: "Create state_machine.py with StateMachine class"
- status: "in_progress"
- activeForm: "Creating state_machine.py with StateMachine class"
- [1] {content, status, activeForm}
- content: "Create test_state_machine.py with pytest tests"
- status: "pending"
- activeForm: "Creating test_state_machine.py with pytest tests"
- [2] {content, status, activeForm}
- content: "Run pytest to verify tests pass"
- status: "pending"
- activeForm: "Running pytest to verify tests pass"
|
| 9 |
+6.0s [+0.0s] |
tool_result |
PASS |
| 10 |
+6.0s [+0.0s] |
tool_result |
PASS |
| 11 |
+10.0s [+4.0s] |
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 English and Spanish states."""
s…class StateMachine:
"""A state machine that cycles through multilingual greetings."""
def __init__(self):
"""Initialize the state machine with English and Spanish states."""
self.states = [
{"language": "English", "greeting": "hello world"},
{"language": "Spanish", "greeting": "hola mundo"}
]
self.current_index = 0
def get_current_greeting(self):
"""Get the greeting for the current state."""
return self.states[self.current_index]["greeting"]
def get_current_language(self):
"""Get the language name of the current state."""
return self.states[self.current_index]["language"]
def next_state(self):
"""Transition to the next state, cycling through languages."""
self.current_index = (self.current_index + 1) % len(self.states)
def reset(self):
"""Reset the state machine to the first state (English)."""
self.current_index = 0
▴
|
| 12 |
+10.0s [+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 English and Spanish states."""
s…class StateMachine:
"""A state machine that cycles through multilingual greetings."""
def __init__(self):
"""Initialize the state machine with English and Spanish states."""
self.states = [
{"language": "English", "greeting": "hello world"},
{"language": "Spanish", "greeting": "hola mundo"}
]
self.current_index = 0
def get_current_greeting(self):
"""Get the greeting for the current state."""
return self.states[self.current_index]["greeting"]
def get_current_language(self):
"""Get the language name of the current state."""
return self.states[self.current_index]["language"]
def next_state(self):
"""Transition to the next state, cycling through languages."""
self.current_index = (self.current_index + 1) % len(self.states)
def reset(self):
"""Reset the state machine to the first state (English)."""
self.current_index = 0
▴
|
| 13 |
+10.0s [+0.0s] |
tool_result |
PASS |
| 14 |
+10.0s [+0.0s] |
tool_result |
PASS |
| 15 |
+14.0s [+4.0s] |
tool_call |
TodoWrite - todos: [3 items]
- [0] {content, status, activeForm}
- content: "Create state_machine.py with StateMachine class"
- status: "completed"
- activeForm: "Creating state_machine.py with StateMachine class"
- [1] {content, status, activeForm}
- content: "Create test_state_machine.py with pytest tests"
- status: "in_progress"
- activeForm: "Creating test_state_machine.py with pytest tests"
- [2] {content, status, activeForm}
- content: "Run pytest to verify tests pass"
- status: "pending"
- activeForm: "Running pytest to verify tests pass"
|
| 16 |
+14.0s [+0.0s] |
tool_call |
TodoWrite - todos: [3 items]
- [0] {content, status, activeForm}
- content: "Create state_machine.py with StateMachine class"
- status: "completed"
- activeForm: "Creating state_machine.py with StateMachine class"
- [1] {content, status, activeForm}
- content: "Create test_state_machine.py with pytest tests"
- status: "in_progress"
- activeForm: "Creating test_state_machine.py with pytest tests"
- [2] {content, status, activeForm}
- content: "Run pytest to verify tests pass"
- status: "pending"
- activeForm: "Running pytest to verify tests pass"
|
| 17 |
+14.0s [+0.0s] |
tool_result |
PASS |
| 18 |
+14.0s [+0.0s] |
tool_result |
PASS |
| 19 |
+18.0s [+4.0s] |
tool_call |
Write - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
- content: import pytest
from state_machine import StateMachine
class TestStateMachine:
"""Tests for the multilingual hello-world state machine."""
def test_initial_state_is_english(self):
"""…import pytest
from state_machine import StateMachine
class TestStateMachine:
"""Tests for the multilingual hello-world state machine."""
def test_initial_state_is_english(self):
"""Test that the initial state is English with 'hello world'."""
sm = StateMachine()
assert sm.get_current_greeting() == "hello world"
assert sm.get_current_language() == "English"
def test_first_transition_to_spanish(self):
"""Test that the first transition moves to Spanish with 'hola mundo'."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
assert sm.get_current_language() == "Spanish"
def test_second_transition_cycles_back_to_english(self):
"""Test that the second transition cycles back to English."""
sm = StateMachine()
sm.next_state()
sm.next_state()
assert sm.get_current_greeting() == "hello world"
assert sm.get_current_language() == "English"
def test_english_greeting_output(self):
"""Test that English greeting is correctly output."""
sm = StateMachine()
assert sm.get_current_greeting() == "hello world"
def test_spanish_greeting_output(self):
"""Test that Spanish greeting is correctly output."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
def test_reset_returns_to_english(self):
"""Test that reset returns the state machine to English."""
sm = StateMachine()
sm.next_state()
sm.next_state()
sm.reset()
assert sm.get_current_greeting() == "hello world"
assert sm.get_current_language() == "English"
def test_multiple_cycles(self):
"""Test that the state machine correctly cycles through multiple rounds."""
sm = StateMachine()
# First cycle
assert sm.get_current_greeting() == "hello world"
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
sm.next_state()
# Second cycle
assert sm.get_current_greeting() == "hello world"
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
▴
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| 20 |
+18.0s [+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
class TestStateMachine:
"""Tests for the multilingual hello-world state machine."""
def test_initial_state_is_english(self):
"""…import pytest
from state_machine import StateMachine
class TestStateMachine:
"""Tests for the multilingual hello-world state machine."""
def test_initial_state_is_english(self):
"""Test that the initial state is English with 'hello world'."""
sm = StateMachine()
assert sm.get_current_greeting() == "hello world"
assert sm.get_current_language() == "English"
def test_first_transition_to_spanish(self):
"""Test that the first transition moves to Spanish with 'hola mundo'."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
assert sm.get_current_language() == "Spanish"
def test_second_transition_cycles_back_to_english(self):
"""Test that the second transition cycles back to English."""
sm = StateMachine()
sm.next_state()
sm.next_state()
assert sm.get_current_greeting() == "hello world"
assert sm.get_current_language() == "English"
def test_english_greeting_output(self):
"""Test that English greeting is correctly output."""
sm = StateMachine()
assert sm.get_current_greeting() == "hello world"
def test_spanish_greeting_output(self):
"""Test that Spanish greeting is correctly output."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
def test_reset_returns_to_english(self):
"""Test that reset returns the state machine to English."""
sm = StateMachine()
sm.next_state()
sm.next_state()
sm.reset()
assert sm.get_current_greeting() == "hello world"
assert sm.get_current_language() == "English"
def test_multiple_cycles(self):
"""Test that the state machine correctly cycles through multiple rounds."""
sm = StateMachine()
# First cycle
assert sm.get_current_greeting() == "hello world"
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
sm.next_state()
# Second cycle
assert sm.get_current_greeting() == "hello world"
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
▴
|
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+18.0s [+0.0s] |
tool_result |
PASS |
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+18.0s [+0.0s] |
tool_result |
PASS |
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tool_call |
TodoWrite - todos: [3 items]
- [0] {content, status, activeForm}
- content: "Create state_machine.py with StateMachine class"
- status: "completed"
- activeForm: "Creating state_machine.py with StateMachine class"
- [1] {content, status, activeForm}
- content: "Create test_state_machine.py with pytest tests"
- status: "completed"
- activeForm: "Creating test_state_machine.py with pytest tests"
- [2] {content, status, activeForm}
- content: "Run pytest to verify tests pass"
- status: "in_progress"
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- [0] {content, status, activeForm}
- content: "Create state_machine.py with StateMachine class"
- status: "completed"
- activeForm: "Creating state_machine.py with StateMachine class"
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- content: "Create test_state_machine.py with pytest tests"
- status: "completed"
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- content: "Run pytest to verify tests pass"
- status: "in_progress"
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tool_result |
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tool_call |
Bash - command: "python -m pytest test_state_machine.py -v"
- description: "Run pytest tests to verify state machine implementation"
|
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tool_call |
Bash - command: "python -m pytest test_state_machine.py -v"
- description: "Run pytest tests to verify state machine implementation"
|
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tool_result |
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PASS |
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tool_call |
TodoWrite - todos: [3 items]
- [0] {content, status, activeForm}
- content: "Create state_machine.py with StateMachine class"
- status: "completed"
- activeForm: "Creating state_machine.py with StateMachine class"
- [1] {content, status, activeForm}
- content: "Create test_state_machine.py with pytest tests"
- status: "completed"
- activeForm: "Creating test_state_machine.py with pytest tests"
- [2] {content, status, activeForm}
- content: "Run pytest to verify tests pass"
- status: "completed"
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TodoWrite - todos: [3 items]
- [0] {content, status, activeForm}
- content: "Create state_machine.py with StateMachine class"
- status: "completed"
- activeForm: "Creating state_machine.py with StateMachine class"
- [1] {content, status, activeForm}
- content: "Create test_state_machine.py with pytest tests"
- status: "completed"
- activeForm: "Creating test_state_machine.py with pytest tests"
- [2] {content, status, activeForm}
- content: "Run pytest to verify tests pass"
- status: "completed"
- activeForm: "Running pytest to verify tests pass"
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PASS |
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tool_result |
PASS |
| | check | PASS no error |
| | check | PASS test file created — found 1 test file(s) |
| | check | FAIL token_usage present |
| | check | FAIL model present |
| | check | FAIL estimated_cost_usd present — $0.0000 |
| | check | PASS compactions field present |
| # | Time | Type | Detail 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"
|
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tool_call |
Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/state_machine.py"
|
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tool_result |
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| 6 |
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Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
|
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Read - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
|
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tool_result |
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| 10 |
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tool_result |
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| 11 |
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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 English and Spanish states."""
self.states = [
{"language": "English", "greeting": "hello world"},
… def __init__(self):
"""Initialize the state machine with English and Spanish states."""
self.states = [
{"language": "English", "greeting": "hello world"},
{"language": "Spanish", "greeting": "hola mundo"}
]
self.current_index = 0▴
- new_string: def __init__(self):
"""Initialize the state machine with English, Spanish, and Japanese states."""
self.states = [
{"language": "English", "greeting": "hello world"},
… def __init__(self):
"""Initialize the state machine with English, Spanish, and Japanese states."""
self.states = [
{"language": "English", "greeting": "hello world"},
{"language": "Spanish", "greeting": "hola mundo"},
{"language": "Japanese", "greeting": "こんにちは世界"}
]
self.current_index = 0▴
- replace_all: false
|
| 12 |
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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 English and Spanish states."""
self.states = [
{"language": "English", "greeting": "hello world"},
… def __init__(self):
"""Initialize the state machine with English and Spanish states."""
self.states = [
{"language": "English", "greeting": "hello world"},
{"language": "Spanish", "greeting": "hola mundo"}
]
self.current_index = 0▴
- new_string: def __init__(self):
"""Initialize the state machine with English, Spanish, and Japanese states."""
self.states = [
{"language": "English", "greeting": "hello world"},
… def __init__(self):
"""Initialize the state machine with English, Spanish, and Japanese states."""
self.states = [
{"language": "English", "greeting": "hello world"},
{"language": "Spanish", "greeting": "hola mundo"},
{"language": "Japanese", "greeting": "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 |
+9.0s [+3.0s] |
tool_call |
Edit - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
- old_string: def test_spanish_greeting_output(self):
"""Test that Spanish greeting is correctly output."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() =… def test_spanish_greeting_output(self):
"""Test that Spanish greeting is correctly output."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
def test_reset_returns_to_english(self):▴
- new_string: def test_spanish_greeting_output(self):
"""Test that Spanish greeting is correctly output."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() =… def test_spanish_greeting_output(self):
"""Test that Spanish greeting is correctly output."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
def test_japanese_greeting_output(self):
"""Test that Japanese greeting is correctly output."""
sm = StateMachine()
sm.next_state()
sm.next_state()
assert sm.get_current_greeting() == "こんにちは世界"
def test_reset_returns_to_english(self):▴
- replace_all: false
|
| 16 |
+9.0s [+0.0s] |
tool_call |
Edit - file_path: "/tmp/pytest-sandbox/test_full_workflow0/project/test_state_machine.py"
- old_string: def test_spanish_greeting_output(self):
"""Test that Spanish greeting is correctly output."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() =… def test_spanish_greeting_output(self):
"""Test that Spanish greeting is correctly output."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
def test_reset_returns_to_english(self):▴
- new_string: def test_spanish_greeting_output(self):
"""Test that Spanish greeting is correctly output."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() =… def test_spanish_greeting_output(self):
"""Test that Spanish greeting is correctly output."""
sm = StateMachine()
sm.next_state()
assert sm.get_current_greeting() == "hola mundo"
def test_japanese_greeting_output(self):
"""Test that Japanese greeting is correctly output."""
sm = StateMachine()
sm.next_state()
sm.next_state()
assert sm.get_current_greeting() == "こんにちは世界"
def test_reset_returns_to_english(self):▴
- replace_all: false
|
| 17 |
+9.0s [+0.0s] |
tool_result |
PASS |
| 18 |
+9.0s [+0.0s] |
tool_result |
PASS |
| 19 |
+10.0s [+1.0s] |
tool_call |
Bash - command: "python -m pytest test_state_machine.py -v"
- description: "Run all tests with pytest in the project directory"
|
| 20 |
+10.0s [+0.0s] |
tool_call |
Bash - command: "python -m pytest test_state_machine.py -v"
- description: "Run all tests with pytest in the project directory"
|
| | check | PASS phase 3: no plan_snapshots — got 0 |