atlas-mcp-server
A Model Context Protocol (MCP) server providing path-based task management with dependency tracking & more for Large Language Models (LLM) Agents
Stars: 56
ATLAS (Adaptive Task & Logic Automation System) is a high-performance Model Context Protocol server designed for LLMs to manage complex task hierarchies. Built with TypeScript, it features ACID-compliant storage, efficient task tracking, and intelligent template management. ATLAS provides LLM Agents task management through a clean, flexible tool interface. The server implements the Model Context Protocol (MCP) for standardized communication between LLMs and external systems, offering hierarchical task organization, task state management, smart templates, enterprise features, and performance optimization.
README:
ATLAS (Adaptive Task & Logic Automation System) is a high-performance Model Context Protocol server designed for LLMs to manage complex task hierarchies. Built with TypeScript and featuring ACID-compliant storage, efficient task tracking, and intelligent template management, ATLAS provides LLM Agents task management through a clean, flexible tool interface.
- Overview
- Features
- Installation
- Configuration
- Templates
- Task Structure
- Tools
- Resources
- Best Practices
- Contributing
- License
ATLAS implements the Model Context Protocol (MCP), enabling standardized communication between LLMs and external systems through:
- Clients: Claude Desktop, IDEs, and other MCP-compatible clients
- Servers: Tools and resources for task management and automation
- LLM Agents: AI models that leverage the server's task management capabilities
Key capabilities:
- Hierarchical Task Organization: Intuitive path-based structure with automatic relationship management
- Task State Management: Status monitoring and progress tracking
- Smart Templates: Pre-built and customizable templates for common workflows
- Enterprise Features: ACID compliance, connection pooling, automatic maintenance
- Performance Focus: Optimized caching, batch operations, and health monitoring
Core system architecture:
flowchart TB
subgraph API["API Layer"]
direction LR
MCP["MCP Protocol"]
Val["Validation"]
Rate["Rate Limiting"]
MCP --> Val --> Rate
end
subgraph Core["Core Services"]
direction LR
Task["Task Store"]
Event["Event System"]
Template["Template Engine"]
Task <--> Event
Event <--> Template
Task <-.-> Template
end
subgraph Storage["Storage Layer"]
direction LR
SQL["SQLite + WAL"]
Pool["Connection Pooling"]
SQL <--> Pool
end
Rate --> Task
Rate --> Template
Task --> SQL
Template --> SQL
classDef layer fill:#2d3748,stroke:#4299e1,stroke-width:3px,rx:5,color:#fff
classDef component fill:#1a202c,stroke:#a0aec0,stroke-width:2px,rx:3,color:#fff
classDef api fill:#3182ce,stroke:#90cdf4,stroke-width:2px,rx:3,color:#fff
classDef core fill:#319795,stroke:#81e6d9,stroke-width:2px,rx:3,color:#fff
classDef storage fill:#2f855a,stroke:#9ae6b4,stroke-width:2px,rx:3,color:#fff
class API,Core,Storage layer
class MCP,Val,Rate api
class Task,Event,Template core
class SQL,Pool storage
Core Components:
- Storage Layer: ACID-compliant SQLite with WAL and connection pooling
- Task Layer: Validation, relationships, and dependency management
- Event System: Health monitoring and circuit breakers
- Template Engine: Inheritance and variable interpolation
- Hierarchical Organization: Path-based structure with automatic parent path determination
- Rich Metadata: Flexible schema for requirements, progress, and documentation
- Status Tracking: State machine with strict transition rules and dependency validation
- Smart Templates: Pre-built patterns with variable interpolation
- Contextual Notes: Automatic tool-specific guidance and best practices
- Enterprise Storage: SQLite with WAL and ACID compliance
- Optimized Operations: Batch processing and automatic maintenance
- Health Monitoring: System metrics and automatic recovery
- Resource Management: Memory monitoring and connection pooling
-
Path Validation:
- Automatic parent path determination
- Format verification and sanitization
- Depth and length constraints
- Character set restrictions
-
Dependency Management:
- Strict transition validation
- Automatic dependency blocking
- Cycle detection
- Parent-child integrity
-
Schema Enforcement:
- Type validation with Zod
- Size constraints
- Required field checks
- Custom validation rules
-
Status Rules:
- State machine transitions
- Dependency-aware updates
- Automatic status propagation
- Blocking state management
- Status Monitoring: Efficient task state tracking
- Progress Metrics: Completion rates and status distribution
- Dependency Tracking: Relationship and blocking status monitoring
- Performance Insights: Resource tracking and bottleneck detection
- Clone the repository:
git clone https://github.com/cyanheads/atlas-mcp-server.git
cd atlas-mcp-server
- Install dependencies:
npm install
- Build the project:
npm run build
ATLAS uses a robust build system with several key components:
-
Build Scripts: Located in
scripts/
directory:-
build-utils.js
: Core utilities for build operations -
platform-utils.js
: Platform-specific utilities for build scripts -
postinstall.js
: Post-installation setup -
prestart.js
: Pre-start validation -
set-build-permissions.js
: Build file permission management
-
-
Platform Utilities:
- Build-time: Simplified version in
scripts/platform-utils.js
- Runtime: Full TypeScript implementation in
src/utils/platform-utils.ts
- Build-time: Simplified version in
-
NPM Scripts:
npm run build # TypeScript compilation + permission setup npm run clean # Remove build artifacts npm run dev # Development mode with watch npm run tree # Generate directory structure
The build system ensures proper setup across different platforms (Windows, macOS, Linux) while maintaining security through appropriate file permissions and validation.
Add to your MCP client settings:
{
"mcpServers": {
"atlas": {
"command": "node",
"args": ["/path/to/atlas-mcp-server/build/index.js"],
"env": {
// Storage Configuration
"ATLAS_STORAGE_DIR": "/path/to/storage/directory", // Optional, defaults to ~/Documents/Cline/mcp-workspace/ATLAS
"ATLAS_STORAGE_NAME": "atlas-tasks", // Optional, defaults to atlas-tasks
"ATLAS_WAL_MODE": "true", // Optional, enables Write-Ahead Logging, defaults to true
"ATLAS_POOL_SIZE": "5", // Optional, connection pool size, defaults to CPU cores
// Performance Configuration
"ATLAS_MAX_MEMORY": "1024", // Optional, in MB, defaults to 25% of system memory
"ATLAS_CACHE_SIZE": "256", // Optional, in MB, defaults to 25% of max memory
"ATLAS_BATCH_SIZE": "1000", // Optional, max items per batch, defaults to 1000
"ATLAS_CHECKPOINT_INTERVAL": "30000", // Optional, in ms, defaults to 30000
"ATLAS_VACUUM_INTERVAL": "3600000", // Optional, in ms, defaults to 1 hour
// Monitoring Configuration
"ATLAS_LOG_LEVEL": "info", // Optional, defaults to debug
"ATLAS_METRICS_INTERVAL": "60000", // Optional, in ms, defaults to 60000
"ATLAS_HEALTH_CHECK_INTERVAL": "30000", // Optional, in ms, defaults to 30000
// Environment Configuration
"NODE_ENV": "production", // Optional, defaults to development
"ATLAS_TEMPLATE_DIRS": "/path/to/templates", // Optional, additional template directories
"ATLAS_MAX_PATH_DEPTH": "10" // Optional, max task path depth, defaults to 10
}
}
}
}
ATLAS provides automatic contextual guidance through its notes system:
- Tool-Specific Guidance: Notes automatically attached to relevant tool responses
- Configurable Targeting: Notes can target specific tools or all tools
- Priority System: Notes can be ordered by importance
- Markdown Support: Rich formatting for documentation
- Dynamic Loading: Notes hot-reloaded from configuration
- Built-in Documentation: Pre-configured notes for common operations
The notes system consists of three main components:
-
Note Manager (
src/notes/note-manager.ts
):- Singleton pattern for centralized note management
- Loads and manages note configurations
- Filters notes by tool relevance
- Sorts notes by priority
- Formats notes for tool responses
-
Notes Initializer (
src/notes/notes-initializer.ts
):- Sets up initial note structure
- Copies built-in notes to user directory
- Validates note configurations
- Ensures directory structure
-
Built-in Notes (
notes/
):-
task-creation.md
: Best practices for creating tasks -
task-maintenance.md
: Guidelines for task state management -
task-update.md
: Documentation for task updates
-
Notes are configured in config/notes.json
:
{
"notes": {
"task-maintenance": {
"tools": "*", // Apply to all tools
"path": "task-maintenance.md",
"priority": 100 // Higher priority notes shown first
},
"task-creation": {
"tools": ["create_task"], // Only for create_task tool
"path": "task-creation.md",
"priority": 90
}
}
}
When using tools, relevant notes are automatically included:
{
"result": "Task created successfully",
"task": {
"path": "project/feature",
"name": "New Feature"
},
"notes": [
"# Task Creation Best Practices\n\nUse hierarchical paths...",
"# Task Maintenance\n\nRegularly check status..."
]
}
ATLAS provides an intelligent template system that streamlines task creation and management:
- Smart Variables: Type-safe interpolation with validation
- Inheritance: Template composition with metadata transformation
- Dynamic Generation: Conditional tasks and automated dependencies
- Validation: Custom rules and relationship verification
-
Programmatic Creation: Create and validate templates via agent_builder tool with:
- Template ID validation
- Schema enforcement
- Dependency cycle detection
- Path uniqueness checks
- Rich error reporting
ATLAS includes two types of specialized templates:
-
Software Engineering Team Templates:
- Team Coordination: Project setup, roles, and communication channels
- Product Design: User research, requirements, and design systems
- System Architecture: Technical design and system planning
- Security Engineering: Security architecture and compliance
- DevOps: Infrastructure automation and CI/CD
- Technical Leadership: Development standards and quality assurance
-
Project Setup Templates:
-
Web Project: Modern web development setup with configurable features:
- TypeScript support
- Testing infrastructure
- CI/CD workflows
- CSS framework selection
-
Web Project: Modern web development setup with configurable features:
Example team template usage:
{
"templateId": "software_engineer/team",
"variables": {
"projectName": "atlas-web",
"teamScale": "growth",
"developmentMethodology": "agile",
"securityLevel": "standard",
"complianceFrameworks": ["OWASP"],
"enableMetrics": true
}
}
Example web project template usage:
{
"templateId": "web-project",
"variables": {
"projectName": "my-web-app",
"useTypeScript": true,
"includeTesting": true,
"includeCI": true,
"cssFramework": "tailwind"
}
}
See templates/README.md for the complete template catalog.
Tasks are organized using a hierarchical path-based format with automatic parent path determination:
{
"path": "project/feature/task", // Parent path automatically set to "project/feature"
"name": "Authentication Service",
"type": "TASK", // or MILESTONE
"status": "IN_PROGRESS", // Transitions validated against dependencies
"dependencies": ["project/feature/design"],
"metadata": {
"priority": "high",
"tags": ["security"],
"technical": {
"language": "typescript",
"performance": { "latency": "<100ms" }
}
},
"notes": {
"planning": ["Security review"],
"progress": ["JWT implemented"]
}
}
Features:
- Automatic parent path determination
- Path-based hierarchy (max depth: 10)
- Rich metadata and documentation
- Strict status transitions
- Dependency validation
- Progress tracking
ATLAS provides a comprehensive set of tools for task management:
// Task Management
create_task; // Create new tasks
update_task; // Update existing tasks
get_tasks_by_status; // Find tasks by status
get_tasks_by_path; // Find tasks by path pattern
get_children; // List child tasks
delete_task; // Remove tasks
// Bulk Operations
bulk_task_operations; // Execute multiple task operations
// Template Operations
list_templates; // List available templates
use_template; // Instantiate a template
get_template_info; // Get template details
agent_builder; // Create and validate task templates programmatically
The agent_builder tool enables programmatic creation and validation of task templates with comprehensive validation:
{
"operation": "create", // or "validate"
"template": {
"id": "my-template",
"name": "My Template",
"description": "Template description",
"version": "1.0.0",
"variables": [
{
"name": "projectName",
"description": "Project name",
"type": "string",
"required": true
}
],
"tasks": [
{
"path": "project/setup",
"title": "Project Setup",
"type": "MILESTONE",
"dependencies": []
}
]
}
}
Features:
- Template ID validation
- Schema validation
- Dependency validation with cycle detection
- Task path uniqueness validation
- Rich error and warning reporting
// Database Maintenance
vacuum_database; // Optimize storage
repair_relationships; // Fix task relationships
clear_all_tasks; // Reset task database
ATLAS exposes system resources through standard MCP endpoints:
{
"totalTasks": 42,
"statusCounts": {
"IN_PROGRESS": 15,
"COMPLETED": 12
},
"metrics": {
"completionRate": "35%",
"blockageRate": "7%"
}
}
{
"totalTemplates": 7,
"templates": [{
"id": "software_engineer/team",
"name": "LLM Software Engineering Team",
"description": "Coordinated team of LLM agents performing specialized software engineering roles",
"variables": {
"projectName": { "required": true },
"teamScale": { "default": "growth" },
"developmentMethodology": { "default": "agile" },
"securityLevel": { "default": "standard" }
}
}, {
"id": "web-project",
"name": "Web Project Setup",
"description": "Modern web development project setup with configurable features",
"variables": {
"projectName": { "required": true },
"useTypeScript": { "default": true },
"includeTesting": { "default": true },
"cssFramework": { "default": "tailwind" }
}
}]
}
- Use descriptive paths:
project/component/feature
- Limit hierarchy depth (max 10 levels)
- Group related tasks under milestones
- Maintain clear dependencies
- Document changes in metadata
- Use bulk operations for batch updates
- Enable WAL mode for concurrent access
- Configure appropriate cache sizes
- Schedule regular maintenance
- Monitor system health metrics
- Validate inputs before operations
- Use atomic transactions for consistency
- Implement retry logic with backoff
- Monitor error patterns
- Maintain audit trails
- Fork the repository
- Create a feature branch
- Commit your changes
- Push to the branch
- Create a Pull Request
For bugs and feature requests, please create an issue.
Apache License 2.0
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