bartste-prompts 1.0.0

A collection of prompts

bartste-prompts

A command-line tool to generate prompts for Large Language Models (LLMs) using customizable instruction templates.

Introduction

bartste-prompts is a CLI tool designed for developers to generate prompts for Large Language Models (LLMs). It uses a set of predefined instructions that can be customized per command and per file type. The tool is built with extensibility in mind, allowing users to define their own instructions. The CLI will adapt to custom instructions as a fixed directory structure is assumed.

Key features include:

• Dynamic prompt assembly from markdown instruction templates
• Support for multiple default commands (e.g., explain, fix, refactor, etc.) and file types
• Integration with tools like aider for code editing and explanation
• Can be extended with custom instructions
• The CLI adapts to new instructions. No changes in code are necessary.

Installation

You can install bartste-prompts using pip:

pip install bartste-prompts

For development dependencies (testing, linting, etc.), install with:

pip install bartste-prompts[dev]

This will install the prompts command-line tool.

Usage

The basic command structure is:

prompts <command> [options]

Available Commands

The tool comes with these default commands:

• docstrings: Generate docstrings for given files
• explain: Explain code functionality
• fix: Fix code issues
• refactor: Improve code structure
• typehints: Add type hints to code
• unittests: Generate unit tests

Common Options

All commands support these options:

• --action <tool>: Specify output tool (print, json, or aider)
• --loglevel <level>: Set logging level (DEBUG, INFO, WARNING, ERROR, CRITICAL)
• --logfile <path>: Specify log file location

Command-Specific Options

Each command has additional options that correspond to instruction templates. For example:

# Explain command options
prompts explain --files <files> --filetype <type> --user <text>

# Fix command options
prompts fix --files <files> --filetype <type> --user <text>

Examples

Print prompt for explaining Python code:

prompts explain --files main.py --filetype python

Generate JSON output for adding type hints:

prompts typehints --files utils.py --filetype python --action json

Run aider to fix Lua code:

prompts fix --files script.lua --filetype lua --user "Fix memory leak" --action aider

Custom Instructions

You can use custom instructions by specifying the --dir option. The custom directory must follow the same structure as the default _instructions directory. Here's how it works:

Directory Structure

custom_instructions/
├── commands/
│   ├── <command1>/
│   │   ├── command.md
│   │   ├── <key1>.md --> "Text with {value1} as placeholder."
│   │   └── <key2>/
│   │       └── <value2>.md
│   ├── <command2>/
│   │   └── command.md
│   └── ...
└── default/
    ├── <key1>.md
    └── <key2>/
        └── <value2>.md

• commands/: Contains subdirectories for each command (e.g., explain, fix, etc.)

  • Each command directory must contain a command.md file (base instruction)
  • Additional markdown files or subdirectories correspond to command options (e.g., --files, --user, etc.). Here, the files and subdirectories handle the cli values differently:
    • File: The content of the value can be inserted in the markdown using a python placeholder. For example, for the cli option --files=foo.py, the "files.md" file contains a placeholder {files} which will be replaced by foo.py.
    • Subdirectory: The value represents a filename (without extension) of a markdown file within the subdirectory, which will be read.

• default/: Contains fallback instructions in case an instruction is not found in the command directory.

Using a fixed directory structure allows the CLI to adapt to the custom instructions. For example, the directory structure above results in the following CLI:

prompts <command1> --key1 <value1> --key2 <value2>
prompts <command2> --key1 <value1> --key2 <value2>

Here, command2 will fallback to the default directory for options, key1 represents a file, value1 will be inserted in key1.md, key2 represents a directory and value2 is a file within the key2 directory.

Troubleshooting

If you encounter any issues, please report them on the issue tracker at: bartste-prompts issues

Contributing

Contributions are welcome! Please see CONTRIBUTING for more information.

License

Distributed under the MIT License.