Claude Task Runner

A specialized tool to manage context isolation and focused task execution with Claude Code, solving the critical challenge of context length limitations and task focus when working with Claude on complex, multi-step projects.

What is Claude Task Runner?

Claude Task Runner solves a fundamental challenge when working with Large Language Models like Claude on complex projects: context length limitations and maintaining focus on the current task.

The Problem

When working with Claude Code (or any LLM) on complex projects, you typically face several challenges:

Context Length Limitations: Claude has a limited context window. Long, complex projects can exceed this limit.
Task Switching Confusion: When handling multiple tasks in a single conversation, Claude may get confused about which task it's currently working on.
Project Organization: Large projects need structure and organization to track progress.
Effective Prompting: Each task requires specific, focused instructions to get optimal results.

The Solution: Boomerang Mode

Claude Task Runner implements a "Boomerang" approach:

Task Breakdown: It analyzes a large project specification and intelligently breaks it down into smaller, self-contained tasks.
Context Isolation: Each task is executed in a clean context window, ensuring Claude focuses solely on that task.
Project Organization: Tasks are organized into projects with proper sequencing and metadata.
Execution Management: Tasks can be run individually or in sequence, with results captured and organized.

Architecture

The Claude Task Runner uses a clean, modular architecture with real-time streaming output:

flowchart TD
    %% Define node styles - clean and simple
    classDef userNode fill:#f5f5f5,stroke:#333,color:#333
    classDef interfaceNode fill:#FBD38D,stroke:#C05621,color:#000
    classDef coreNode fill:#63B3ED,stroke:#2B6CB0,color:#fff
    classDef storageNode fill:#9AE6B4,stroke:#2F855A,color:#000
    classDef externalNode fill:#D6BCFA,stroke:#6B46C1,color:#fff
    classDef dataNode fill:#FFD6A5,stroke:#FF9A3C,color:#000,stroke-dasharray: 5 5
    
    %% Main components in vertical layout
    User["👤 User"]:::userNode
    TaskList["📝 Task List File"]:::dataNode
    TaskFiles["📁 Individual Task Files"]:::storageNode
    TaskRunner["📋 Task Runner"]:::coreNode
    Dashboard["📊 Status Dashboard"]:::interfaceNode
    ClaudeCode["🤖 Claude Code"]:::externalNode
    ResultsFiles["📄 Results Files"]:::storageNode
    
    %% The actual workflow in 6 steps - vertical layout
    User -->|"Creates"| TaskList
    TaskList -->|"Breaks down into"| TaskFiles
    TaskFiles -->|"Iterates over each"| TaskRunner
    TaskRunner -->|"Updates"| Dashboard
    TaskRunner -->|"Sends task to"| ClaudeCode
    ClaudeCode -->|"Results & /clear"| ResultsFiles
    ResultsFiles -->|"Completes task & updates"| TaskRunner
    
    %% Loop back for next task
    TaskRunner -.->|"Repeats for next task"| TaskFiles
    Dashboard -->|"Shows progress to"| User

Why Use Claude Task Runner?

Overcome Context Limitations: Break down large projects into manageable chunks that fit within Claude's context window.
Maintain Focus: Ensure Claude stays focused on the current task without being distracted by previous context.
Improve Quality: Get better results by providing Claude with clear, focused instructions for each task.
Organize Complex Projects: Manage multi-step projects with proper structure and sequencing.
Track Progress: Monitor task completion and project status.
MCP Integration: Seamlessly integrate with agent workflows through the Model Context Protocol.
Real-time Feedback: Stream Claude's output in real-time for immediate visibility into progress.

Demo

Demonstration of Claude Task Runner processing a sequence of tasks with real-time output streaming

Prerequisites

This package requires the following to be installed on your system:

Claude Desktop - You need to have Claude Desktop application installed
Claude Code - The claude command-line tool must be accessible in your PATH
Desktop Commander - Required for file system access (see installation instructions below)

Installing Desktop Commander

Desktop Commander is a critical dependency that enables Claude to access your file system and execute commands. To install:

# Using npx (recommended)
npx @wonderwhy-er/desktop-commander@latest setup

# Or using Smithery
npx -y @smithery/cli install @wonderwhy-er/desktop-commander --client claude

After installation, restart Claude Desktop and ensure you see the hammer icon in the chat interface, indicating that Desktop Commander is properly connected.

Core Features

Task Breakdown: Parse complex projects into focused, self-contained tasks
Context Isolation: Execute each task with a clean context window
Project Management: Organize tasks into projects with proper metadata
Execution Control: Run tasks individually or in sequence, with result management
Status Tracking: Monitor project progress and task completion status
Modern CLI: Intuitive command-line interface with rich formatting
Multiple Dashboard Options:
- Modern Textual-based interactive dashboard UI with fixed header and scrolling output area
- Real-time task status with color-coded indicators
- Markdown rendering for Claude output with proper formatting
MCP Integration: Seamless integration with agent workflows via FastMCP
Performance Optimization: Shell redirection for fastest Claude execution
Real-time Streaming: See Claude's output as it's being generated
Robust Error Handling: Clear error messages and recovery options
Demo Mode: Test workflow with simulated responses when Claude is unavailable

Performance Optimization

The latest version of Claude Task Runner features significant performance improvements:

Shell Redirection: Uses < file > output style redirection for optimal speed
Context Clearing: Implements /clear between tasks for context isolation
Named Pipes: Uses FIFO pipes for efficient streaming of Claude's output
Simplified Processing: Streamlined execution flow without unnecessary overhead
Customizable Pooling: Configure process pooling to balance performance and resource usage

Textual Dashboard

The Textual dashboard provides a modern terminal user interface (TUI) with:

Fixed Task Status Panel: A DataTable showing all tasks with their current status, progress, and timing information
Streaming Output Area: A scrollable area showing Claude's output in real-time with markdown rendering
Keyboard Navigation: Simple keyboard shortcuts (q to quit, etc.)
Color-Coded Status: Visual indicators of task status (running, completed, failed, etc.)
Auto-Scrolling: Output automatically scrolls to show the latest content
Responsive Layout: Adapts to terminal size for optimal viewing

To use the Textual dashboard:

# Using the dedicated textual command (recommended)
python -m task_runner textual [path/to/task_list.md]

# Or using the run command with textual dashboard option
python -m task_runner run --textual-dashboard [path/to/task_list.md]

# Or using the convenience script
./run_textual.sh [path/to/task_list.md]

Quick Start

Installation

# Clone the repository
git clone https://github.com/grahama1970/claude_task_runner.git
cd claude_task_runner

# Create a virtual environment with uv
uv venv --python=3.10.11 .venv
source .venv/bin/activate  # On Windows: .venv\Scripts\activate

# Install the package
uv pip install -e .

The installation includes all required dependencies, including FastMCP for integration with Claude and other AI agents.

Basic Usage

Create a task list (see examples/sample_task_list.md for a template)

Create a project and parse tasks:

# Either using module syntax
python -m task_runner.cli.app create my_project /path/to/task_list.md
# Or using the installed script
task-runner create my_project /path/to/task_list.md

Run all tasks:

# Either using module syntax
python -m task_runner.cli.app run --base-dir ~/claude_task_runner
# Or using the installed script
task-runner run --base-dir ~/claude_task_runner

Check status:

# Either using module syntax
python -m task_runner.cli.app status
# Or using the installed script
task-runner status

For more detailed instructions, see the Quick Start Guide.

Command Line Interface

The CLI provides a comprehensive set of commands and options for managing Claude tasks:

Creating Projects

# Using module syntax
python -m task_runner.cli.app create <project_name> <task_list_file>

# Using installed script
task-runner create <project_name> <task_list_file>

Parameters:

<project_name>: Name of your project folder
<task_list_file>: Path to your markdown file containing tasks

Example:

# Using module syntax
python -m task_runner.cli.app create my_project input/sample_tasks.md

# Using installed script
task-runner create my_project input/sample_tasks.md

Running Tasks

# Using module syntax
python -m task_runner.cli.app run [options]

# Using installed script
task-runner run [options]

# Using the Textual dashboard
python -m task_runner.cli.app textual [options]
# Or
task-runner textual [options]

# Simpler option for Textual dashboard
./run_textual.sh [path/to/task_list.md]

Options:

--base-dir PATH: Base directory for tasks and results (default: ~/claude_task_runner)
--claude-path PATH: Path to Claude executable (auto-detected by default)
--timeout INT: Timeout in seconds for each task (default: 300s)
--quick-demo: Run with simulated responses (no Claude API usage)
--debug-claude: Enable detailed Claude timing and debugging logs
--no-pool: Disable process pooling (creates new process for each task)
--pool-size INT: Maximum number of Claude processes in pool (default: 3)
--reuse-context: Reuse Claude processes with /clear between tasks (default: True)
--no-streaming: Disable real-time output streaming (uses simple file redirection)
--json: Output results as JSON
--textual-dashboard: Use the modern Textual-based dashboard UI
--use-dashboard: Use the interactive Rich dashboard UI
--fixed-dashboard/--no-fixed-dashboard: Enable/disable the fixed dashboard UI (enabled by default)

Example with Textual dashboard and debugging:

# Using module syntax
python -m task_runner.cli.app run input/sample_tasks.md --base-dir ./debug_project --textual-dashboard --debug-claude

# Using installed script
task-runner run input/sample_tasks.md --base-dir ./debug_project --textual-dashboard --debug-claude

# Using the dedicated Textual command (same effect, cleaner interface)
python -m task_runner.cli.app textual input/sample_tasks.md --base-dir ./debug_project --debug-claude

# Or simplest option with the convenience script
./run_textual.sh input/sample_tasks.md

Example with demo mode (no API usage):

# Using module syntax
python -m task_runner.cli.app run --base-dir ./debug_project --quick-demo

# Using installed script
task-runner run --base-dir ./debug_project --quick-demo

Example with simple file redirection (faster, but no real-time output):

# Using module syntax
python -m task_runner.cli.app run --base-dir ./debug_project --no-streaming

# Using installed script
task-runner run --base-dir ./debug_project --no-streaming

Checking Status

# Using module syntax
python -m task_runner.cli.app status [--base-dir PATH] [--json]

# Using installed script
task-runner status [--base-dir PATH] [--json]

Options:

--base-dir PATH: Base directory for tasks and results
--json: Output status as JSON

Example:

# Using module syntax
python -m task_runner.cli.app status --base-dir ./debug_project

# Using installed script
task-runner status --base-dir ./debug_project

Cleaning Up Processes

# Using module syntax
python -m task_runner.cli.app clean [--base-dir PATH]

# Using installed script
task-runner clean [--base-dir PATH]

Options:

--base-dir PATH: Base directory for tasks and results

Example:

# Using module syntax
python -m task_runner.cli.app clean --base-dir ./debug_project

# Using installed script
task-runner clean --base-dir ./debug_project

Python API

from task_runner.core.task_manager import TaskManager
from pathlib import Path

# Initialize the task manager
manager = TaskManager(Path('~/claude_task_runner').expanduser())

# Parse a task list
task_files = manager.parse_task_list(Path('tasks.md'))

# Run all tasks
results = manager.run_all_tasks()

# Run all tasks in demo mode
results = manager.run_all_tasks(demo_mode=True)

# Get task status
status = manager.get_task_status()

MCP Server

The Task Runner can be used as an MCP server, allowing it to be accessed by Claude and other AI agents:

# Start the server with default settings
# Using module syntax
python -m task_runner.mcp.server start
# Or using the installed script
task-runner-mcp start

# Start with custom settings
# Using module syntax
python -m task_runner.mcp.server start --host 0.0.0.0 --port 5000 --debug
# Or using the installed script
task-runner-mcp start --host 0.0.0.0 --port 5000 --debug

# Check server health
# Using module syntax
python -m task_runner.mcp.server health
# Or using the installed script
task-runner-mcp health

# Show server info
# Using module syntax
python -m task_runner.mcp.server info
# Or using the installed script
task-runner-mcp info

# Display server schema
# Using module syntax
python -m task_runner.mcp.server schema
# Or using the installed script
task-runner-mcp schema

The server exposes the following MCP functions:

run_task - Run a single task with context isolation
run_all_tasks - Run all tasks in a project
parse_task_list - Break down a task list into individual task files
create_project - Create a new project
get_task_status - Get the status of all tasks
get_task_summary - Get summary statistics of all tasks
clean - Clean up any running processes

Documentation

Project Structure

claude_task_runner/
├── src/
│   └── task_runner/
│       ├── core/           # Core business logic
│       │   ├── task_manager.py
│       │   └── claude_streamer.py  # Real-time output streaming
│       ├── cli/            # CLI interface
│       │   ├── app.py      # Typer application with commands
│       │   ├── formatters.py # Rich-based output formatting
│       │   ├── validators.py # Input validation
│       │   └── schemas.py  # Data models and schemas
│       └── mcp/            # MCP integration
│           ├── schema.py   # MCP schema definitions
│           ├── wrapper.py  # FastMCP wrappers
│           └── mcp_server.py # MCP server implementation
├── scripts/                # Utility scripts
├── tests/                  # Test files
├── docs/                   # Documentation
├── examples/               # Example files
└── pyproject.toml          # Project configuration

Development

# Set up development environment
make dev

# Run tests
make test

# Format code
make format

# Run linting checks
make lint

# Start MCP server
make mcp-server

See CONTRIBUTING.md for detailed development guidelines.

Requirements

Python 3.10+
Claude Desktop with Desktop Commander enabled
claude command-line tool accessible in your PATH
typer and rich Python packages (automatically installed)
fastmcp package (for MCP integration)

License

This project is licensed under the MIT License - see the LICENSE file for details.

Name		Name	Last commit message	Last commit date
Latest commit History 17 Commits
archive		archive
docs		docs
images		images
input		input
sample_project		sample_project
screenshots		screenshots
src/task_runner		src/task_runner
tests/task_runner		tests/task_runner
.gitignore		.gitignore
CLAUDE.md		CLAUDE.md
Makefile		Makefile
README.md		README.md
pyproject.toml		pyproject.toml
uv.lock		uv.lock

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Claude Task Runner

What is Claude Task Runner?

The Problem

The Solution: Boomerang Mode

Architecture

Why Use Claude Task Runner?

Demo

Prerequisites

Installing Desktop Commander

Core Features

Performance Optimization

Textual Dashboard

Quick Start

Installation

Basic Usage

Command Line Interface

Creating Projects

Running Tasks

Checking Status

Cleaning Up Processes

Python API

MCP Server

Documentation

Project Structure

Development

Requirements

License

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Claude Task Runner

What is Claude Task Runner?

The Problem

The Solution: Boomerang Mode

Architecture

Why Use Claude Task Runner?

Demo

Prerequisites

Installing Desktop Commander

Core Features

Performance Optimization

Textual Dashboard

Quick Start

Installation

Basic Usage

Command Line Interface

Creating Projects

Running Tasks

Checking Status

Cleaning Up Processes

Python API

MCP Server

Documentation

Project Structure

Development

Requirements

License

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