gitllama 0.7.3

AI-powered git automation tool - clone, branch, change, commit, push with intelligence

GitLlama 🦙

A git automation tool that uses AI to analyze repositories and make code changes. GitLlama clones a repository, analyzes the codebase, selects an appropriate branch, and makes iterative improvements.

Core Design: 4 Query Types with Templates

GitLlama's AI decision-making is built on a comprehensive 4-query system with structured templates:

• 🔤 Multiple Choice: Lettered answers (A, B, C, etc.) for deterministic decisions
• 📝 Single Word: Single word responses perfect for variable storage and simple classifications
• 📰 Open Response: Essay-style detailed responses for complex analysis and explanations
• 📄 File Write: Complete file content generation with automatic formatting cleanup

Each query type uses carefully crafted templates with variable substitution, ensuring consistent, high-quality AI interactions while maintaining full Congressional oversight.

Installation

pip install gitllama

Prerequisites

GitLlama requires Ollama for AI features:

# Install Ollama
curl -fsSL https://ollama.com/install.sh | sh

# Start Ollama server
ollama serve

# Pull a model
ollama pull gemma3:4b

Usage

Basic usage:

gitllama https://github.com/user/repo.git

With custom model:

gitllama https://github.com/user/repo.git --model llama3:8b

With specific branch:

gitllama https://github.com/user/repo.git --branch feature/my-improvement

Verbose mode:

gitllama https://github.com/user/repo.git --verbose

How It Works

1. Repository Analysis

GitLlama analyzes the repository using hierarchical summarization:

• Scans all text files and documentation
• Groups files into chunks that fit the AI's context window
• Analyzes each chunk independently
• Merges summaries hierarchically
• Produces structured insights about the project

2. Branch Selection

The AI makes branch decisions using multiple choice queries:

• Analyzes existing branches
• Scores reuse potential
• Decides: REUSE or CREATE
• Selects branch type: feature, fix, docs, or chore

3. File Modification

Iterative development with validation:

• AI selects files to modify (multiple choice)
• Generates content (open response)
• Validates changes (multiple choice)
• Continues until satisfied

4. Commit and Push

• Generates commit message (open response)
• Commits changes
• Pushes to remote repository

AI Query Interface

The 4-query system provides the right tool for every task:

# Multiple choice for deterministic decisions with lettered answers
result = ai.multiple_choice(
    question="Should we reuse an existing branch?",
    options=["REUSE", "CREATE"],
    context="Current branch: main"
)
# Returns: letter='A', index=0, value='REUSE'

# Single word for variable storage and classifications
result = ai.single_word(
    question="What programming language is this?",
    context="Repository analysis shows..."
)
# Returns: word='Python'

# Open response for detailed analysis and explanations
result = ai.open(
    prompt="Explain the architecture benefits",
    context="Codebase structure and requirements..."
)
# Returns: content='Detailed essay-style response...'

# File write for generating complete file content
result = ai.file_write(
    requirements="Create a Python configuration file with database settings",
    context="Application uses PostgreSQL and Redis..."
)
# Returns: content='# config.py\nDATABASE_URL = "postgres://..."'

Automatic Context Compression

GitLlama now includes intelligent context compression to handle large codebases that exceed model context limits:

How It Works

When the AI context window is too large, GitLlama automatically:

1. Detects when context exceeds 70% of model capacity (reserves 30% for prompt/response)
2. Splits context into chunks and compresses each using AI summarization
3. Extracts only information relevant to the current query
4. Performs multiple compression rounds if needed (up to 3 rounds)
5. Tracks compression metrics for performance monitoring

Features

• Automatic Detection: No configuration needed - compression triggers automatically
• Query-Focused: Compression preserves information relevant to the specific question
• Multi-Round Compression: Can perform up to 3 compression rounds for very large contexts
• Metrics Tracking: Records compression events, ratios, and success rates
• Fallback Handling: Gracefully degrades to truncation if compression fails

Performance

• Typical compression ratios: 40-60% size reduction
• Minimal impact on response quality for focused queries
• Compression time: 2-5 seconds per round depending on context size

This feature ensures GitLlama can work with repositories of any size without manual context management.

Congressional Oversight System 🏛️

GitLlama includes a novel Congressional voting system that provides governance and validation of AI decisions:

How It Works

Every AI response is evaluated by three virtual Representatives with distinct personalities:

• Senator Prudence (Conservative): Risk-averse, prioritizes accuracy and safety
• Representative Innovation (Progressive): Forward-thinking, values practical solutions
• Justice Balance (Neutral): Analytical, weighs pros and cons objectively

Features

• Automatic Evaluation: All AI responses get Congressional review
• Majority Voting: Decisions require majority approval (2 out of 3 votes)
• Detailed Reasoning: Each Representative provides confidence scores and reasoning
• Full Transparency: All votes and reasoning included in HTML reports
• Interactive Reports: Hover over vote symbols to see detailed Representative feedback

In Reports

Congressional votes appear inline with AI exchanges:

• 🏛️ Congressional icon shows voting occurred
• ✓/✗ symbols show individual Representative votes
• Hover tooltips reveal detailed reasoning and confidence scores
• Summary section shows overall voting patterns by Representative

This system ensures AI decisions undergo democratic review, adding a layer of validation and transparency to the automation process.

Query Type System 🎯

GitLlama's enhanced 4-query system provides specialized tools for every AI interaction need:

🔤 Multiple Choice Query

• Purpose: Deterministic decisions requiring selection from predefined options
• Returns: Letter (A, B, C, etc.), index, and option value
• Template: Structured prompt with lettered options and clear instructions
• Best for: Branch decisions, operation types, validation checks
• Example: Choose deployment strategy, select file operation, pick testing approach

📝 Single Word Query

• Purpose: Variable storage and simple classifications requiring one-word answers
• Returns: Single cleaned word with confidence score
• Template: Focused prompt emphasizing single-word response requirement
• Best for: Language detection, status indicators, simple categorization
• Example: Programming language, file type, priority level

📰 Open Response Query

• Purpose: Detailed analysis, explanations, and complex reasoning tasks
• Returns: Comprehensive text content with proper formatting
• Template: Essay-style prompt encouraging detailed, structured responses
• Best for: Architecture explanations, code analysis, documentation generation
• Example: Explain design patterns, analyze code complexity, describe system benefits

📄 File Write Query

• Purpose: Complete file content generation ready for direct use
• Returns: Clean file content with automatic formatting and code block removal
• Template: File-focused prompt with clear content requirements
• Best for: Configuration files, code generation, documentation creation
• Example: Generate config.py, create test files, produce README content

Template Features

• Variable Substitution: {context}, {question}, {options}, {prompt}, {requirements}
• Consistent Formatting: Standardized instruction patterns across all query types
• Context Integration: Smart context compression and variable tracking
• Congressional Oversight: All queries evaluated by three Representatives with detailed reasoning

Architecture

gitllama/
├── cli.py                 # Command-line interface
├── core/
│   ├── git_operations.py  # Git automation
│   └── coordinator.py     # AI workflow coordination
├── ai/
│   ├── client.py         # Ollama API client
│   ├── query.py          # Multiple choice / open response interface
│   ├── congress.py       # Congressional voting system for AI validation
│   ├── context_compressor.py # Automatic context compression
│   └── parser.py         # Response parsing and code extraction
├── analyzers/
│   ├── project.py        # Repository analysis
│   └── branch.py         # Branch selection logic
├── modifiers/
│   └── file.py           # File modification workflow
└── utils/
    ├── metrics.py        # Metrics collection and tracking
    ├── context_tracker.py # Context and variable tracking for reports
    └── reports.py        # HTML report generation

Key Components:

• AIQuery: 4-query interface (multiple_choice, single_word, open, file_write) with templated prompts and automatic compression
• Congress: Congressional voting system with three Representatives for AI validation across all query types
• ContextCompressor: Intelligent context compression for large codebases
• ContextTracker: Tracks all variables and prompt-response pairs for detailed reports
• MetricsCollector: Tracks AI calls, compressions, and performance metrics
• ProjectAnalyzer: Hierarchical analysis of repository structure
• BranchAnalyzer: Branch selection using multiple choice decisions with lettered answers
• FileModifier: File generation using dedicated file_write queries with automatic cleanup
• ResponseParser: Extracts clean results from all query types with appropriate parsing

Reports

GitLlama generates HTML reports with:

• Timeline of AI decisions with color-coded variable highlighting across all 4 query types
• Congressional voting results with interactive tooltips for every query
• Query type breakdown (multiple_choice, single_word, open, file_write)
• Branch selection rationale using lettered multiple choice responses
• File generation details from dedicated file_write queries
• API usage statistics by query type
• Context window tracking and template usage
• Compression events and metrics
• Performance analytics across all query types
• Representative voting patterns and unanimity rates for each query type

Reports are saved to gitllama_reports/ directory.

Compatible Models

Works with any Ollama model:

• gemma3:4b - Fast and efficient (default)
• llama3.2:1b - Ultra-fast for simple tasks
• codellama:7b - Optimized for code
• mistral:7b - General purpose
• gemma2:2b - Very fast

What Gets Analyzed

• Source code (Python, JavaScript, Java, Go, Rust, etc.)
• Configuration files (JSON, YAML, TOML)
• Documentation (Markdown, README)
• Build files (Dockerfile, package.json)
• Scripts (Shell, Batch)

Performance

• Small repos (<100 files): ~30 seconds
• Medium repos (100-500 files): 1-2 minutes
• Large repos (500+ files): 2-5 minutes

Development

git clone https://github.com/your-org/gitllama.git
cd gitllama
pip install -e ".[dev]"

# Run tests
pytest

Troubleshooting

Ollama not available?

# Check if Ollama is running
curl http://localhost:11434/api/tags

# Start Ollama
ollama serve

Context window too small?

# Use a model with larger context
gitllama repo.git --model mistral:7b

Analysis taking too long?

# Use a smaller model
gitllama repo.git --model llama3.2:1b

License

GPL v3 - see LICENSE file

Contributing

Contributions welcome! The modular architecture makes it easy to extend.

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Note: GitLlama requires git credentials configured for pushing changes. Ensure you have appropriate repository access before use.