Canvas MCP Server

This repository contains a Model Context Protocol (MCP) server implementation for interacting with the Canvas Learning Management System API. The server is designed to work with any MCP-compatible client, including Claude Desktop, Cursor, Zed, Windsurf, and Continue.

Note: Recently refactored to a modular architecture for better maintainability. The legacy monolithic implementation has been archived.

For AI Agents

Canvas MCP provides 40+ tools for interacting with Canvas LMS. Tools are organized by user type:

Student Tools (click to expand)

Tool	Purpose	Example Prompt
`get_my_upcoming_assignments`	Due dates for next N days	"What's due this week?"
`get_my_todo_items`	Canvas TODO list	"Show my TODO list"
`get_my_submission_status`	Submitted vs missing	"Have I submitted everything?"
`get_my_course_grades`	Current grades	"What are my grades?"
`get_my_peer_reviews_todo`	Pending peer reviews	"What peer reviews do I need to do?"

Educator Tools (click to expand)

Tool	Purpose	Example Prompt
`list_assignments`	All assignments in course	"Show assignments in BADM 350"
`list_submissions`	Student submissions	"Who submitted Assignment 3?"
`bulk_grade_submissions`	Grade multiple at once	"Grade these 10 students"
`get_assignment_analytics`	Performance stats	"Show analytics for Quiz 2"
`send_conversation`	Message students	"Message students who haven't submitted"
`create_announcement`	Post announcements	"Announce the exam date change"

Shared Tools (click to expand)

Tool	Purpose
`list_courses`	All enrolled courses
`get_course_details`	Course info + syllabus
`list_discussion_topics`	Discussion forums
`list_discussion_entries`	Posts in a discussion
`post_discussion_entry`	Add a post

Developer Tools (for bulk operations)

Tool	Purpose	When to Use
`search_canvas_tools`	Discover code API operations	Finding available bulk ops
`execute_typescript`	Run TypeScript locally	30+ items, custom logic, 99.7% token savings

Decision tree: Simple query → MCP tools. Batch grading (10+) → bulk_grade_submissions. Complex bulk (30+) → execute_typescript.

Quick Reference

Course identifiers: Canvas ID (12345), course code (badm_350_120251_246794), or SIS ID

Cannot do: Create/delete courses, modify course settings, access other users' data

Rate limits: ~700 requests/10 min. Use max_concurrent=5 for bulk operations.

Full documentation: AGENTS.md | tools/TOOL_MANIFEST.json | tools/README.md

Overview

The Canvas MCP Server bridges the gap between AI assistants and Canvas Learning Management System, providing both students and educators with an intelligent interface to their Canvas environment. Built on the Model Context Protocol (MCP), it enables natural language interactions with Canvas data through any MCP-compatible client.

🎉 Latest Release: v1.0.5

Released: December 25, 2025 | View Full Release Notes

What's New in v1.0.5

🎯 Claude Code Skills - One-command workflows for common tasks
- /canvas-morning-check - Educator course health check
- /canvas-week-plan - Student weekly assignment planner
🌐 GitHub Pages Website - Beautiful documentation site at vishalsachdev.github.io/canvas-mcp
📖 HTML Documentation - Full guides for students, educators, and developers

Previous Release (v1.0.4)

🚀 Code Execution Environment - Execute custom TypeScript code for token-efficient bulk operations (99.7% token savings)
📊 Bulk Operations - bulk_grade_submissions, bulk_grade_discussions, search_canvas_tools
MCP 2.14 Compliance - Production-ready features and structured logging

For Students 👨‍🎓

Get AI-powered assistance with:

Tracking upcoming assignments and deadlines
Monitoring your grades across all courses
Managing peer review assignments
Accessing course content and discussions
Organizing your TODO list

→ Get Started as a Student

For Educators 👨‍🏫

Enhance your teaching with:

Assignment and grading management
Student analytics and performance tracking
Discussion and peer review facilitation
FERPA-compliant student data handling
Bulk messaging and communication tools

→ Get Started as an Educator

🎯 Claude Code Skills

Pre-built workflows that combine multiple tools into one-command actions. These skills work with Claude Code (CLI) and Claude Desktop.

Skill	For	What It Does
`/canvas-morning-check`	Educators	Course health check: submission rates, struggling students, grade distribution, upcoming deadlines
`/canvas-week-plan`	Students	Weekly planner: all due dates, submission status, grades, peer reviews across courses

Example usage in Claude:

You: /canvas-morning-check CS 101
Claude: [Generates comprehensive course status report]

You: /canvas-week-plan
Claude: [Shows prioritized weekly assignment plan]

Skills are located in .claude/skills/ and can be customized for your workflow.

Note: These skills are currently designed for Claude Desktop and Claude Code. Other MCP clients may support similar custom workflows through their own mechanisms.

Want a custom skill? Submit a request describing your repetitive workflow!

🔒 Privacy & Data Protection

For Educators: FERPA Compliance

Complete FERPA compliance through systematic data anonymization when working with student data:

Source-level data anonymization converts real names to consistent anonymous IDs (Student_xxxxxxxx)
Automatic email masking and PII filtering from discussion posts and submissions
Local-only processing with configurable privacy controls (ENABLE_DATA_ANONYMIZATION=true)
FERPA-compliant analytics: Ask "Which students need support?" without exposing real identities
De-anonymization mapping tool for faculty to correlate anonymous IDs with real students locally

All student data is anonymized before it reaches AI systems. See Educator Guide for configuration details.

For Students: Your Data Stays Private

Your data only: Student tools access only your own Canvas data via Canvas API's "self" endpoints
Local processing: Everything runs on your machine - no data sent to external servers
No tracking: Your Canvas usage and AI interactions remain private
No anonymization needed: Since you're only accessing your own data, there are no privacy concerns

Prerequisites

Python 3.10+ - Required for modern features and type hints
Canvas API Access - API token and institution URL
MCP Client - Any MCP-compatible client (Claude Desktop, Cursor, Zed, Windsurf, Continue, etc.)

Canvas API Compatibility

Canvas MCP is compatible with Canvas LMS API and stays current with Canvas API changes:

Canvas MCP Version	Canvas API Version	Status	Notes
v1.0.4+	2024-2026	✅ Current	Compliant with upcoming 2026 API requirements
v1.0.0-1.0.3	2024-2025	✅ Compatible	Functional but missing User-Agent header (required Jan 2026)

Important Canvas API Changes:

January 2026: User-Agent header enforcement (✅ implemented in v1.0.4+)
January 2026: Deprecation of limit parameter in favor of per_page (✅ compliant)
Modern Canvas REST API: All endpoints use current Canvas API standards

Canvas Instance Requirements:

Canvas Cloud (canvas.instructure.com) - Fully supported
Self-hosted Canvas instances - Supported (API v1+)
Minimum recommended: Canvas LMS 2020+ for full feature compatibility

For Canvas API changes, see Canvas API Change Log

Supported MCP Clients

Canvas MCP works with any application that supports the Model Context Protocol. Popular options include:

Recommended:

Claude Desktop - Official Anthropic desktop app with full MCP support

AI Coding Assistants:

Zed - High-performance code editor with built-in MCP support
Cursor - AI-first code editor
Windsurf IDE (by Codeium) - AI-powered development environment
Continue - Open-source AI code assistant

Development Platforms:

Replit - Cloud-based coding platform with MCP integration
Sourcegraph Cody - AI coding assistant with MCP support

Enterprise:

Microsoft Copilot Studio - MCP support in enterprise environments

See the official MCP clients list for more options.

Note: Canvas MCP is designed to work with any MCP-compatible client. The installation guide provides configuration examples for popular clients including Claude Desktop, Cursor, Zed, Windsurf, and Continue.

Installation

1. Install Dependencies

# (Recommended) Use a dedicated virtualenv so the MCP binary is in a stable location
python3 -m venv .venv
. .venv/bin/activate

# Install the package editable
pip install -e .

2. Configure Environment

# Copy environment template
cp env.template .env

# Edit with your Canvas credentials
# Required: CANVAS_API_TOKEN, CANVAS_API_URL

Get your Canvas API token from: Canvas → Account → Settings → New Access Token

Note for Students: Some educational institutions restrict API token creation for students. If you see an error like "There is a limit to the number of access tokens you can create" or cannot find the token creation option, contact your institution's Canvas administrator or IT support department to request API access or assistance in creating a token.

3. MCP Client Configuration

Canvas MCP works with any MCP-compatible client. Below are configuration examples for popular clients:

Claude Desktop (Most Popular)

Configuration file location:

macOS: ~/Library/Application Support/Claude/claude_desktop_config.json
Windows: %APPDATA%\Claude\claude_desktop_config.json

Configuration:

{
  "mcpServers": {
    "canvas-api": {
      "command": "/absolute/path/to/canvas-mcp/.venv/bin/canvas-mcp-server"
    }
  }
}

Note: Use the absolute path to your virtualenv binary to avoid issues with shell-specific PATH entries (e.g., pyenv shims).

Cursor

Configuration file location:

macOS/Linux: ~/.cursor/mcp_config.json
Windows: %USERPROFILE%\.cursor\mcp_config.json

Configuration:

{
  "mcpServers": {
    "canvas-api": {
      "command": "/absolute/path/to/canvas-mcp/.venv/bin/canvas-mcp-server"
    }
  }
}

Zed

Configuration: Add to Zed's settings.json (accessible via Settings menu)

{
  "context_servers": {
    "canvas-api": {
      "command": {
        "path": "/absolute/path/to/canvas-mcp/.venv/bin/canvas-mcp-server",
        "args": []
      }
    }
  }
}

Windsurf IDE

Configuration file location:

macOS: ~/Library/Application Support/Windsurf/mcp_config.json
Windows: %APPDATA%\Windsurf\mcp_config.json

Configuration:

{
  "mcpServers": {
    "canvas-api": {
      "command": "/absolute/path/to/canvas-mcp/.venv/bin/canvas-mcp-server"
    }
  }
}

Continue

Configuration: Add to Continue's config.json (accessible via Continue settings)

{
  "mcpServers": {
    "canvas-api": {
      "command": "/absolute/path/to/canvas-mcp/.venv/bin/canvas-mcp-server"
    }
  }
}

Other MCP Clients

For other MCP-compatible clients, the general pattern is:

Locate your client's MCP configuration file
Add a server entry with:
- Server name: canvas-api (or any name you prefer)
- Command: Full path to canvas-mcp-server binary
- Optional args: Additional arguments if needed

Consult your client's MCP documentation for specific configuration format and file locations.

Windows users: Replace forward slashes with backslashes in paths (e.g., C:\Users\YourName\canvas-mcp\.venv\Scripts\canvas-mcp-server.exe)

Verification

Test your setup:

# Test Canvas API connection
canvas-mcp-server --test

# View configuration
canvas-mcp-server --config

# Start server (for manual testing)
canvas-mcp-server

Available Tools

The Canvas MCP Server provides a comprehensive set of tools for interacting with the Canvas LMS API. These tools are organized into logical categories for better discoverability and maintainability.

Tool Categories

Student Tools (New!)

Personal assignment tracking and deadline management
Grade monitoring across all courses
TODO list and peer review management
Submission status tracking

Shared Tools (Both Students & Educators)

Course Tools - List and manage courses, get detailed information, generate summaries with syllabus content
Discussion & Announcement Tools - Manage discussions, announcements, and replies
Page & Content Tools - Access pages, modules, and course content

Educator Tools 4. Assignment Tools - Handle assignments, submissions, and peer reviews with analytics 5. Rubric Tools - Full CRUD operations for rubrics with validation, association management, and grading (including bulk_grade_submissions for efficient batch grading) 6. User & Enrollment Tools - Manage enrollments, users, and groups 7. Analytics Tools - View student analytics, assignment statistics, and progress tracking 8. Messaging Tools - Send messages and announcements to students

Developer Tools 9. Discovery Tools - Search and explore available code execution API operations with search_canvas_tools and list_code_api_modules 10. Code Execution Tools - Execute TypeScript code with execute_typescript for token-efficient bulk operations (99.7% token savings!)

📖 View Full Tool Documentation for detailed information about all available tools.

🚀 Code Execution API (New!)

The Canvas MCP now supports code execution patterns for maximum token efficiency when performing bulk operations.

When to Use Each Approach

Traditional Tool Calling (for simple queries):

Ask Claude: "Show me my courses"
Ask Claude: "Get assignment details for assignment 123"

✅ Best for: Single queries, small datasets, quick lookups

Bulk Grade Submissions Tool (for batch grading with predefined grades):

Ask Claude: "Grade these 10 students with their specific rubric scores"

✅ Best for: Batch grading when you already have the grades/scores, concurrent processing

Code Execution (for bulk operations with custom logic):

Ask Claude: "Grade all 90 Jupyter notebook submissions by analyzing each notebook"
Ask Claude: "Send reminders to all students who haven't submitted"

✅ Best for: Bulk processing with custom analysis logic, large datasets, complex conditions

Token Savings Example

Scenario: Grading 90 Jupyter notebook submissions

Approach	Token Usage	Efficiency
Traditional	1.35M tokens	Loads all submissions into context
Code Execution	3.5K tokens	99.7% reduction! 🎉

Example: Bulk Grading

import { bulkGrade } from './canvas/grading/bulkGrade';

await bulkGrade({
  courseIdentifier: "60366",
  assignmentId: "123",
  gradingFunction: (submission) => {
    // Analysis happens locally, not in Claude's context!
    const notebook = submission.attachments?.find(f =>
      f.filename.endsWith('.ipynb')
    );

    if (!notebook) return null; // Skip

    const hasErrors = analyzeNotebook(notebook.url);

    return hasErrors ? null : {
      points: 100,
      rubricAssessment: { "_8027": { points: 100 } },
      comment: "Great work! No errors."
    };
  }
});

Example: Bulk Discussion Grading

Grade discussion posts with initial post + peer review requirements:

import { bulkGradeDiscussion } from './canvas/discussions/bulkGradeDiscussion';

// Preview grades first (dry run)
await bulkGradeDiscussion({
  courseIdentifier: "60365",
  topicId: "990001",
  criteria: {
    initialPostPoints: 10,      // Points for initial post
    peerReviewPointsEach: 5,    // Points per peer review
    requiredPeerReviews: 2,     // Must review 2 peers
    maxPeerReviewPoints: 10     // Cap at 10 pts for reviews
  },
  dryRun: true  // Preview first!
});

// Then apply grades
await bulkGradeDiscussion({
  courseIdentifier: "60365",
  topicId: "990001",
  assignmentId: "1234567",  // Required to write grades
  criteria: {
    initialPostPoints: 10,
    peerReviewPointsEach: 5,
    requiredPeerReviews: 2,
    maxPeerReviewPoints: 10
  },
  dryRun: false
});

Features:

Automatically analyzes initial posts vs peer reviews
Configurable grading criteria with point allocation
Optional late penalties with customizable deadline
Dry run mode to preview grades before applying
Concurrent processing with rate limiting
Returns comprehensive participation analytics

Discovering Available Tools

The Canvas MCP Server includes a search_canvas_tools MCP tool that helps you discover and explore available code execution API operations. This tool searches through the TypeScript code API files and returns information about available Canvas operations.

Tool Parameters:

query (string, optional): Search term to filter tools by keyword (e.g., "grading", "assignment", "discussion"). Empty string returns all available tools.
detail_level (string, optional): Controls how much information to return. Options:
- "names": Just file paths (most efficient for quick lookups)
- "signatures": File paths + function signatures + descriptions (recommended, default)
- "full": Complete file contents (use sparingly for detailed inspection)

Example Usage:

Ask Claude in natural language:

"Search for grading tools in the code API"
"What bulk operations are available?"
"Show me all code API tools"

Or use directly via MCP:

// Search for grading-related tools with signatures
search_canvas_tools("grading", "signatures")

// List all available tools (names only)
search_canvas_tools("", "names")

// Get full implementation details for bulk operations
search_canvas_tools("bulk", "full")

// Find discussion-related operations
search_canvas_tools("discussion", "signatures")

Returns: JSON response with:

query: The search term used
detail_level: The detail level requested
count: Number of matching tools found
tools: Array of matching tools with requested detail level

Code API File Structure

src/canvas_mcp/code_api/
├── client.ts              # Base MCP client bridge
├── index.ts               # Main entry point
└── canvas/
    ├── assignments/       # Assignment operations
    │   └── listSubmissions.ts
    ├── grading/          # Grading operations
    │   ├── gradeWithRubric.ts
    │   └── bulkGrade.ts  # ⭐ Bulk grading (99.7% token savings!)
    ├── discussions/      # Discussion operations
    │   ├── listDiscussions.ts
    │   ├── postEntry.ts
    │   └── bulkGradeDiscussion.ts  # ⭐ Bulk discussion grading
    ├── courses/          # Course operations
    └── communications/   # Messaging operations

How It Works

Discovery: Use search_canvas_tools to find available operations
Execution: Claude reads TypeScript code API files and executes them locally
Processing: Data stays in execution environment (no context cost!)
Results: Only summaries flow back to Claude's context

📖 View Bulk Grading Example for a detailed walkthrough.

Code Execution Security

The execute_typescript tool provides powerful capabilities but requires proper security considerations:

Security Features:

Temporary File Isolation: Code executes in temporary files that are deleted after completion
Environment Isolation: Inherits only Canvas API credentials from server environment
Timeout Protection: Configurable timeout prevents runaway processes (default: 120 seconds)
Local Execution: All code runs on your local machine with no external transmission

Best Practices:

Trusted Environment Required: Only use code execution in environments you control
Review Generated Code: Always review TypeScript code before execution, especially for bulk operations
Resource Monitoring: Monitor system resources when processing large datasets
Timeout Configuration: Adjust timeout values based on expected operation duration
Production Use: Consider implementing additional resource limits (memory, CPU) in production environments

What Code Execution Has Access To:

Canvas API credentials from your .env file
All TypeScript modules in src/canvas_mcp/code_api/
Standard Node.js modules and npm packages
File system access within the execution context

Limitations:

Cannot access files outside the repository directory
Cannot make network requests beyond Canvas API (unless explicitly coded)
Subject to Node.js and system resource constraints

For technical implementation details, see src/canvas_mcp/tools/code_execution.py:67-70.

Usage with MCP Clients

This MCP server works seamlessly with any MCP-compatible client:

Automatic Startup: MCP clients start the server when needed
Tool Integration: Canvas tools appear in your AI assistant's interface
Natural Language: Interact naturally with prompts like:

Students:

"What assignments do I have due this week?"
"Show me my current grades"
"What peer reviews do I need to complete?"
"Have I submitted everything for BADM 350?"

Educators:

"Which students haven't submitted the latest assignment?"
"Create an announcement about tomorrow's exam"
"Show me peer review completion analytics"

Quick Start Examples

New to Canvas MCP? Check out these practical guides:

Student Quick Start - Common tasks for students
Educator Quick Start - Essential workflows for teachers
Real-World Workflows - Complete scenarios combining multiple features
Common Issues & Solutions - Troubleshooting guide
Bulk Grading Example - Token-efficient batch grading

Project Structure

Modern Python package structure following 2025 best practices:

canvas-mcp/
├── pyproject.toml             # Modern Python project config
├── env.template              # Environment configuration template
├── src/
│   └── canvas_mcp/            # Main package
│       ├── __init__.py        # Package initialization
│       ├── server.py          # Main server entry point
│       ├── core/              # Core utilities
│       │   ├── config.py      # Configuration management
│       │   ├── client.py      # HTTP client
│       │   ├── cache.py       # Caching system
│       │   └── validation.py  # Input validation
│       ├── tools/             # MCP tool implementations
│       │   ├── courses.py     # Course management
│       │   ├── assignments.py # Assignment tools
│       │   ├── discussions.py # Discussion tools
│       │   ├── rubrics.py     # Rubric tools
│       │   ├── student_tools.py # Student-specific tools
│       │   ├── messaging.py   # Communication tools
│       │   ├── discovery.py   # Code API tool discovery
│       │   ├── code_execution.py # TypeScript code execution (NEW!)
│       │   └── ...            # Other tool modules
│       ├── code_api/          # Code execution API (NEW!)
│       │   ├── client.ts      # MCP client bridge
│       │   └── canvas/        # Canvas operations
│       │       ├── grading/   # Bulk grading (99.7% token savings!)
│       │       ├── courses/   # Course operations
│       │       └── ...        # Other modules
│       └── resources/         # MCP resources
├── examples/                 # Usage examples (NEW!)
└── docs/                     # Documentation

Documentation

Tool Documentation - Complete reference for all available tools
Pages Implementation Guide - Comprehensive Pages feature guide
Course Documentation Template - Hybrid approach for efficient course documentation
Development Guide - Architecture details and development reference

Technical Details

Modern Architecture (2025)

Built with current Python ecosystem best practices:

Package Structure: Modern src/ layout with pyproject.toml
Dependency Management: Fast uv package manager with locked dependencies
Configuration: Environment-based config with validation and templates
Entry Points: Proper CLI commands via pyproject.toml scripts
Type Safety: Full type hints and runtime validation

Core Components

FastMCP Framework: Robust MCP server implementation with tool registration
Async Architecture: httpx client with connection pooling and rate limiting
Smart Caching: Intelligent request caching with configurable TTL
Configuration System: Environment-based config with validation and defaults
Educational Focus: Tools designed for real teaching workflows

Dependencies

Modern Python packages (see pyproject.toml):

fastmcp: MCP server framework
httpx: Async HTTP client
python-dotenv: Environment configuration
pydantic: Data validation and settings
python-dateutil: Date/time handling

Performance Features

Connection Pooling: Reuse HTTP connections for efficiency
Request Caching: Minimize redundant Canvas API calls
Async Operations: Non-blocking I/O for concurrent requests
Smart Pagination: Automatic handling of Canvas API pagination
Rate Limiting: Respect Canvas API limits with backoff

Development Tools

Automated Setup: One-command installation script
Configuration Testing: Built-in connection and config testing
Type Checking: mypy support for type safety
Code Quality: ruff and black for formatting and linting

For contributors, see the Development Guide for detailed architecture and development reference.

Troubleshooting

If you encounter issues:

Server Won't Start - Verify your Configuration setup: .env file, virtual environment path, and dependencies
Authentication Errors - Check your Canvas API token validity and permissions
Connection Issues - Verify Canvas API URL correctness and network access
Debugging - Check your MCP client's console logs (e.g., Claude Desktop's developer console) or run server manually for error output

Security & Privacy Features

API Security

Your Canvas API token grants access to your Canvas account
Never commit your .env file to version control
The server runs locally on your machine - no external data transmission
Consider using a token with limited permissions if possible

Privacy Controls (Educators Only)

Educators working with student data can enable FERPA-compliant anonymization:

# In your .env file
ENABLE_DATA_ANONYMIZATION=true  # Anonymizes student names/emails before AI processing
ANONYMIZATION_DEBUG=true        # Debug anonymization (optional)

Students don't need anonymization since they only access their own data.

For detailed privacy configuration, see:

Educator Guide - FERPA compliance and anonymization
Student Guide - Privacy information for students

Publishing to MCP Registry

This server is published to the Model Context Protocol Registry for easy installation.

Automated Publishing (Recommended)

Publishing is automated via GitHub Actions:

Prepare a release:

# Update version in pyproject.toml
# Update CHANGELOG if applicable
git commit -am "chore: bump version to X.Y.Z"
git push

Create and push a version tag:
```
git tag vX.Y.Z
git push origin vX.Y.Z
```
Automated workflow:
- Runs tests
- Builds Python package
- Publishes to PyPI
- Publishes to MCP Registry using GitHub OIDC

Prerequisites for Publishing

PyPI Account: Create account at pypi.org
Trusted Publisher Setup (recommended, no tokens needed):
1. Visit PyPI Trusted Publishers
2. Add a "pending publisher" for your repository:
  - Owner: vishalsachdev
  - Repository: canvas-mcp
  - Workflow: publish-mcp.yml
  - Environment: (leave blank)
3. This reserves the package name and enables tokenless publishing

Alternative: Use API token (legacy method - not recommended):

Generate token at PyPI → Account Settings → API tokens
Add as PYPI_API_TOKEN secret in repository settings
Update workflow to use password: ${{ secrets.PYPI_API_TOKEN }}

Manual Publishing (Alternative)

For manual publishing:

# Install MCP Publisher
curl -fsSL https://modelcontextprotocol.io/install.sh | sh

# Login using GitHub
mcp-publisher login github

# Publish server
mcp-publisher publish

Registry Validation

The server.json configuration is automatically validated against the MCP schema during CI/CD. To validate locally:

# Download schema
curl -s https://registry.modelcontextprotocol.io/v0/server.schema.json -o /tmp/mcp-schema.json

# Validate (requires jsonschema CLI)
pip install jsonschema
jsonschema -i server.json /tmp/mcp-schema.json

Contributing

Contributions are welcome! Feel free to:

Submit issues for bugs or feature requests
Create pull requests with improvements
Share your use cases and feedback

License

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

Created by Vishal Sachdev

Name		Name	Last commit message	Last commit date
Latest commit History 121 Commits
.claude/skills		.claude/skills
.github		.github
archive		archive
articles/chat-sessions		articles/chat-sessions
docs		docs
examples		examples
src/canvas_mcp		src/canvas_mcp
tests/security		tests/security
tools		tools
.dockerignore		.dockerignore
.gitignore		.gitignore
AGENTS.md		AGENTS.md
CNAME		CNAME
Dockerfile		Dockerfile
LICENSE		LICENSE
PROJECT_COMPLETION_SUMMARY.md		PROJECT_COMPLETION_SUMMARY.md
README.md		README.md
SECURITY.md		SECURITY.md
SECURITY_IMPLEMENTATION_GUIDE.md		SECURITY_IMPLEMENTATION_GUIDE.md
env.template		env.template
package-lock.json		package-lock.json
package.json		package.json
pyproject.toml		pyproject.toml
server.json		server.json
start_canvas_server.sh		start_canvas_server.sh
tsconfig.json		tsconfig.json

License

vishalsachdev/canvas-mcp

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Canvas MCP Server

For AI Agents

Quick Reference

Overview

🎉 Latest Release: v1.0.5

What's New in v1.0.5

Previous Release (v1.0.4)

For Students 👨‍🎓

For Educators 👨‍🏫

🎯 Claude Code Skills

🔒 Privacy & Data Protection

For Educators: FERPA Compliance

For Students: Your Data Stays Private

Prerequisites

Canvas API Compatibility

Supported MCP Clients

Installation

1. Install Dependencies

2. Configure Environment

3. MCP Client Configuration

Verification

Available Tools

Tool Categories

🚀 Code Execution API (New!)

When to Use Each Approach

Token Savings Example

Example: Bulk Grading

Example: Bulk Discussion Grading

Discovering Available Tools

Code API File Structure

How It Works

Code Execution Security

Usage with MCP Clients

Quick Start Examples

Project Structure

Documentation

Technical Details

Modern Architecture (2025)

Core Components

Dependencies

Performance Features

Development Tools

Troubleshooting

Security & Privacy Features

API Security

Privacy Controls (Educators Only)

Publishing to MCP Registry

Automated Publishing (Recommended)

Prerequisites for Publishing

Manual Publishing (Alternative)

Registry Validation

Contributing

License

About

Resources

License

Security policy

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