codehammer 0.0.1

A tool to combine code files into a single prompt

CodeHammer: A Code Processing Toolkit

Overview

CodeHammer is a lightweight tool designed to combine, analyze, and manage code files efficiently. It helps developers extract and format relevant code snippets for AI-assisted development, debugging, and modification.

Features

• File and Directory Inspection: Retrieve file contents, list directory structures, and analyze project organization.
• Automated Code Processing: Identify and manipulate specific code files based on extensions.
• Code Modification: Write and update files programmatically.
• Cleanup and Maintenance: Remove unnecessary files from results folders.
• Seamless CLI Integration: Designed to work with command-line tools for easy access.

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Installation

To install CodeHammer, run:

pip install codehammer

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Available CLI Commands

CodeHammer provides a command-line interface (CLI) to process and manage code files.

🔍 1. tree

Retrieve the structure of a directory
Returns a list of all files in a specified directory, excluding .gitignore-listed files.

Usage

code-hammer tree --folder src --base-dir .

Example Output

src/main.py
src/utils/helpers.py
src/config/settings.json

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📄 2. file

Read the content of a specific file
Retrieves the contents of a file for analysis or processing.

Usage

code-hammer file --file src/main.py --base-dir .

Example Output

def main():
    print("Hello, world!")

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📂 3. files

List all files in a specific folder
Provides a JSON list of files within the specified folder.

Usage

code-hammer files --folder src --base-dir .

Example Output

{
    "main.py": "def main():\n    print('Hello, world!')",
    "config.json": "{'debug': true, 'version': '1.0'}"
}

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📁 4. files_recursive

Retrieve all files in a folder and its subdirectories
Useful for analyzing an entire project structure.

Usage

code-hammer files_recursive --folder src --base-dir .

Example Output

{
    "src/main.py": "def main():\n    print('Hello, world!')",
    "src/utils/helpers.py": "def helper():\n    return 'Helper function'"
}

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🔎 5. find_files

Find all files matching specific extensions in the base directory
Helpful for searching for specific types of files, such as Python scripts or Markdown documentation.

Usage

code-hammer combine --extensions py md --output-file output.txt --base-dir .

Example Output

Merged files: ['src/main.py', 'docs/readme.md']

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✍️ 6. write

Write or modify a file
Creates or modifies a file inside the .result folder.

Usage

code-hammer write --file output.txt --content "New content for the file" --base-dir .

Example Output

File written successfully: .result/output.txt

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🧹 7. clean_result

Remove unnecessary files from the .result folder
Ensures that old files don’t clutter the workspace.

Usage

code-hammer clean_result --exclude-clean output.txt --base-dir .

Example Output

Cleaned .result folder. Removed files: ['output.txt']

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🛠 8. combine

Merge multiple files into a single output file
Key feature for creating context-rich inputs for LLMs.

Usage

code-hammer combine --extensions py md --output-file combined.txt --base-dir .

Example Output

Merged files: ['src/main.py', 'docs/readme.md']

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Using CodeHammer in Python

CodeHammer provides a Python API for programmatic access.

Example Usage

from code_hammer.core.main import CodeHammer

# Initialize CodeHammer
hammer = CodeHammer(base_dir=".")

# Get directory structure
print(hammer.get_directory_tree("."))

# Read file content
print(hammer.get_file_content("src/main.py"))

# Combine Python files into a single output file
hammer.forge_prompt(["py"])

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Conclusion

CodeHammer is a simple yet powerful tool for managing and processing code files. It is designed to work efficiently with LLM-powered assistants, automated code analyzers, and developer workflows.

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🚀 Get started with CodeHammer today! 🚀