aicodetools 2.0.61

Simple, lightweight AI code tools with Docker-only support - no complex dependencies

aicodetools

Simple, lightweight AI code tools with Docker-only support. No complex dependencies.

Provides four essential tools for AI agents: read, write, edit, and run commands. Runs in a secure Docker container with automatic setup and management.

Installation

You can install the package using pip:

pip install aicodetools

Or for development:

pip install -e .

Quick Start

from aicodetools.client import CodeToolsClient

# Auto-starts Docker server if needed (uses python:3.11-slim + pip install)
client = CodeToolsClient(auto_start=True)

# Get simple functional tools
tools = client.tools(selection_list=["read_file", "write_file", "edit_file", "run_command"])
read, write, edit, run_cmd = tools

# Read a file with smart token management
result = read("example.py")
print(result["content"])

# Write a file (with safety checks)
write("hello.py", "print('Hello, World!')")

# Edit file using string replacement
edit("hello.py", "Hello", "Hi")

# Run commands (non-interactive)
result = run_cmd("python hello.py", interactive=False)
print(result["stdout"])

# Interactive commands still available on client
client.run_command("python -i", interactive=True)
client.send_input("2 + 2")
output = client.get_output()

# Clean up when done
client.stop_server()

Docker Configuration

Using Custom Docker Images

CodeToolsClient no longer assumes that every custom image is a usable Python runtime. Your image must satisfy one of these compatibility patterns:

• A system python3 or python interpreter with version >=3.10 and pip available
• A pre-created environment at /opt/aicodetools/envs/py310 with Python >=3.10 and pip available

conda is optional. It is only one way to create /opt/aicodetools/envs/py310 while building your image.

Once either pattern is present, the framework installs aicodetools automatically:

from aicodetools import CodeToolsClient

# Default: uses python:3.11-slim + pip install aicodetools
client = CodeToolsClient(auto_start=True)

# Use a custom image with system Python >=3.10
client = CodeToolsClient(
    auto_start=True,
    docker_image="python:3.12-slim"
)

# Use custom port (default is 18080 to avoid conflicts)
client = CodeToolsClient(
    auto_start=True,
    port=19080
)

# Use your own custom Python image
client = CodeToolsClient(
    auto_start=True,
    docker_image="my-company/python-base:latest"
)

Docker Image Requirements

Supported custom images must provide one of:

• System python3 or python with version >=3.10
• A pre-created environment at /opt/aicodetools/envs/py310

In both cases, pip must be available for the selected interpreter and the container must have internet access to install aicodetools.

Example Dockerfile: System Python

FROM python:3.11-slim

# Install system dependencies if needed
RUN apt-get update && apt-get install -y git curl && rm -rf /var/lib/apt/lists/*

# Pre-install aicodetools (optional - will be installed automatically if not present)
RUN pip install aicodetools

# Optional: Pre-install common packages for your use case
RUN pip install numpy pandas requests beautifulsoup4

# Set working directory
WORKDIR /workspace

CMD ["sh"]

Example Dockerfile: Pre-created /opt/aicodetools/envs/py310

FROM continuumio/miniconda3:latest

# Create the exact environment path expected by aicodetools
RUN conda create -p /opt/aicodetools/envs/py310 python=3.10 -y && \
    conda clean -afy

# Optional: Pre-install your own packages into the same environment
RUN /opt/aicodetools/envs/py310/bin/python -m pip install requests numpy

WORKDIR /workspace

CMD ["sh"]

Manual Docker Usage

If you prefer to manage Docker yourself:

# Use an image that satisfies the compatibility contract
docker run -d -p 18080:8080 --name my-aicodetools --rm python:3.11-slim \
  sh -c 'set -eu; \
  ENV_PYTHON=/opt/aicodetools/envs/py310/bin/python; \
  PYTHON_BIN=""; \
  is_compatible_python() { "$1" -c '\''import sys; raise SystemExit(0 if sys.version_info >= (3, 10) else 1)'\'' >/dev/null 2>&1; }; \
  has_pip() { "$1" -m pip --version >/dev/null 2>&1; }; \
  if [ -x "$ENV_PYTHON" ] && is_compatible_python "$ENV_PYTHON" && has_pip "$ENV_PYTHON"; then PYTHON_BIN="$ENV_PYTHON"; fi; \
  if [ -z "$PYTHON_BIN" ] && command -v python3 >/dev/null 2>&1 && is_compatible_python "$(command -v python3)" && has_pip "$(command -v python3)"; then PYTHON_BIN="$(command -v python3)"; fi; \
  if [ -z "$PYTHON_BIN" ] && command -v python >/dev/null 2>&1 && is_compatible_python "$(command -v python)" && has_pip "$(command -v python)"; then PYTHON_BIN="$(command -v python)"; fi; \
  if [ -z "$PYTHON_BIN" ]; then echo "Container environment is not compatible with aicodetools. Ensure the image provides either a pre-created Python environment at /opt/aicodetools/envs/py310 or a system python3/python interpreter with version >=3.10 and pip available. Conda is optional and only needed if you use the pre-created environment workflow." >&2; exit 1; fi; \
  "$PYTHON_BIN" -m pip install --no-cache-dir --upgrade aicodetools && \
  exec "$PYTHON_BIN" -m aicodetools.server --host 0.0.0.0 --port 8080'

# Then connect without auto_start
client = CodeToolsClient(auto_start=False, server_url="http://localhost:18080")

Core Tools

Four essential tools, designed for simplicity and reliability:

📖 Read Tool

• Smart file reading with tiered token management (4k/10k modes)
• Regex pattern matching with context lines
• Line range support for targeted reading
• Automatic compression for long lines (6k max per line)

✏️ Write Tool

• Safe file writing with read-first validation for existing files
• Automatic backup creation with timestamps
• UTF-8 encoding by default (simplified for Linux containers)
• Directory creation if needed

✂️ Edit Tool

• String-based find and replace editing
• Support for single or all occurrences (replace_all flag)
• Automatic backup before editing
• Detailed change reporting with diffs

⚡ Run Tool

• Single function: run_command(command, timeout=300, interactive=False)
• Non-interactive: Auto-kill on timeout, return complete results
• Interactive: Stream output, agent controls (get_output, send_input, stop_process)
• Single command limit: Only one command at a time (prevents agent confusion)

Usage Examples

Context Manager Usage

from aicodetools.client import CodeToolsClient

# Recommended: Use context manager for automatic cleanup
with CodeToolsClient(auto_start=True) as client:
    # Get functional tools
    tools = client.tools(selection_list=["read_file", "write_file", "edit_file", "run_command"])
    read, write, edit, run_cmd = tools

    # Read file with regex pattern matching
    matches = read("example.py", regex=r"def \w+")

    # Safe file editing workflow
    read("config.py")  # Read first for safety
    edit("config.py", "DEBUG = False", "DEBUG = True")

    # Execute multiple commands (non-interactive)
    run_cmd("pip install requests", interactive=False)
    result = run_cmd("python -c 'import requests; print(requests.__version__)'", interactive=False)
    print(f"Requests version: {result['stdout']}")

# Server automatically stops when exiting context

Interactive Command Example

from aicodetools import CodeToolsClient
import time

client = CodeToolsClient(auto_start=True)

# Start a Python REPL (interactive mode)
result = client.run_command("python -i", interactive=True)
print(f"Python REPL started: {result['success']}")

# Send commands and get output
client.send_input("x = 10")
client.send_input("y = 20")
client.send_input("print(x + y)")

# Get accumulated output
time.sleep(1)  # Wait for commands to execute
output = client.get_output()
print("Python REPL output:", output["recent_stdout"])

# Stop the process
client.stop_process()
client.stop_server()

AI Agent Integration

from aicodetools.client import CodeToolsClient

def create_tool_functions():
    """Create tool functions for AI agent integration."""
    client = CodeToolsClient(auto_start=True)

    # Get the simplified functional tools
    tools = client.tools(selection_list=["read_file", "write_file", "edit_file", "run_command"])
    read, write, edit, run_cmd = tools

    return [read, write, edit, run_cmd], client

# Use with your favorite AI framework
tools, client = create_tool_functions()
read, write, edit, run_cmd = tools

# Your AI agent can now use these simple functions
# agent = YourAIAgent(tools=tools)
# response = agent.run("Create a Python script that calculates fibonacci numbers")

# Example usage:
content = read("example.py")  # Read file content
write("fibonacci.py", "def fib(n): return n if n < 2 else fib(n-1) + fib(n-2)")  # Write file
edit("fibonacci.py", "fib", "fibonacci")  # Edit file
result = run_cmd("python fibonacci.py", timeout=10)  # Run command

# Clean up when done
client.stop_server()

Multi-Agent Support with ClientManager

The ClientManager enables multiple AI agents to work concurrently, each with isolated Docker environments.

Basic Multi-Agent Setup

from aicodetools import ClientManager

# Create manager with organized logging
manager = ClientManager(
    docker_image="python:3.11-slim",
    base_log_dir="./agent_logs"
)

# Get clients for different agents
data_agent = manager.get_client("data_processor")     # Logs: ./agent_logs/data_processor/
code_agent = manager.get_client("code_reviewer")      # Logs: ./agent_logs/code_reviewer/
test_agent = manager.get_client("test_writer")        # Logs: ./agent_logs/test_writer/

# Each agent gets isolated Docker container with unique ports
# Container names: aicodetools-data_processor-abc123, etc.

# Use agents normally - each has separate environment
data_tools = data_agent.tools(["read_file", "write_file", "run_command"])
code_tools = code_agent.tools(["read_file", "edit_file", "run_command"])

# Clean up when done
manager.close_all_clients()

Parallel Agent Execution

import threading
from aicodetools import ClientManager

def agent_worker(manager, agent_id, task):
    """Worker function for parallel agent execution."""
    client = manager.get_client(agent_id)
    tools = client.tools(["read_file", "write_file", "edit_file", "run_command"])
    read, write, edit, run_cmd = tools

    # Agent performs its task
    write(f"{agent_id}_output.py", f"# Task: {task}\nprint('Completed by {agent_id}')")
    result = run_cmd(f"python {agent_id}_output.py")
    print(f"{agent_id}: {result['stdout'].strip()}")

# Create manager for parallel execution
with ClientManager(base_log_dir="./parallel_logs") as manager:
    # Define agents and their tasks
    agents = [
        ("frontend_dev", "Build UI components"),
        ("backend_dev", "Implement API endpoints"),
        ("database_dev", "Design database schema"),
        ("tester", "Write comprehensive tests")
    ]

    # Start all agents in parallel
    threads = []
    for agent_id, task in agents:
        thread = threading.Thread(
            target=agent_worker,
            args=(manager, agent_id, task)
        )
        threads.append(thread)
        thread.start()

    # Wait for all agents to complete
    for thread in threads:
        thread.join()

    print("All agents completed!")
    # Auto-cleanup when exiting context manager

ClientManager Features

from aicodetools import ClientManager

manager = ClientManager(base_log_dir="./my_logs")

# Client lifecycle management
client = manager.get_client("worker_1")
info = manager.get_client_info("worker_1")
print(f"Worker 1: port={info['port']}, container={info['container_name']}")

# List all active clients
clients = manager.list_clients()
for client_id, info in clients.items():
    status = "✅ Running" if info['is_running'] else "❌ Stopped"
    print(f"{client_id}: {status} (port {info['port']})")

# Selective cleanup
manager.close_client("worker_1")  # Stop specific client
manager.close_all_clients()       # Stop all clients

# Thread-safe operations
# Multiple threads can safely call get_client() simultaneously

Key Benefits

• Isolation: Each agent runs in its own Docker container with unique ports
• Threading: Thread-safe client creation and management
• Organized Logs: Separate log directories per agent ({base_dir}/{agent_id}/tool_calls.txt)
• Zero Conflicts: Automatic port allocation prevents conflicts
• Backward Compatible: Existing CodeToolsClient code works unchanged

Architecture

🐳 Docker-Only Design

• Simplified deployment: Only Docker containers supported
• Auto-fallback: Creates base container if Docker not running
• Secure isolation: All operations run in containerized environment
• No complex environment management

🏗️ Server-Client Model

• Server: Runs in Docker container, handles tool execution
• Client: Python interface, communicates via HTTP/JSON API
• Auto-start: Client automatically manages Docker server lifecycle
• Stateless: Clean separation between client and execution environment

🎯 Key Benefits

• Simplicity: 4 core tools vs 14+ complex tools in v1
• Reliability: Docker-only, predictable environment
• Maintainability: Simple codebase, clear architecture
• Performance: Lightweight, fast startup
• Agent-Friendly: Better error messages, token awareness

Requirements

• Python 3.10+
• Docker (required - no local fallback)
• Minimal dependencies: requests, tiktoken

Development

Code Quality 🧹

• make style to format the code
• make check_code_quality to check code quality (PEP8 basically)
• black .
• ruff . --fix

Tests 🧪

pytests is used to run our tests.

Publishing 🚀

poetry build
poetry publish

License

MIT