odata_mcp

OData MCP Wrapper

A bridge between OData v2 services and the Model Context Protocol (MCP), dynamically generating MCP tools based on OData metadata.

Overview

The OData MCP Wrapper enables seamless integration between OData v2 services and the MCP (MCP). It automatically analyzes OData service metadata and generates corresponding MCP tools, allowing AI agents to interact with OData services through a standardized interface.

Key Features

• Modular Architecture: Split into focused modules for maintainability
• Enhanced Error Handling: Comprehensive OData error parsing and propagation
• Smart Tool Naming: Service-aware tool naming preserving original names
• Automatic Tool Generation: Creates MCP tools from OData metadata
• Full CRUD Support: Create, Read, Update, Delete operations for entity sets
• Query Capabilities: Standard OData query parameters (filter, select, expand, orderby, etc.)
• Function Import Support: Handles OData function imports
• Authentication: Basic auth, cookie-based auth, and OAuth 2.0 with CSRF token management (OAuth newly added!)
• GUID Optimization: Automatic base64 ↔ standard GUID conversion
• Response Optimization: Size limiting and selective field retrieval
• Legacy Date Support: Automatic conversion between SAP /Date(milliseconds)/ and ISO 8601
• Decimal Field Handling: Automatic numeric to string conversion for Edm.Decimal fields
• Pagination Hints: Suggested next call parameters for easy pagination
• Flexible Response Control: Options for metadata inclusion and error verbosity
• Multiple Transport Options: STDIO (default) and HTTP/SSE for web-based clients
• Read-Only Modes: Options to hide modifying operations for safer exploration
• Service-Specific Hints: Implementation guidance for known problematic services
• MCP Protocol Tracing: Debug logging for troubleshooting client issues

Installation

Prerequisites

• Python 3.8+
• FastMCP package

Installation Steps

1. Clone the repository:

   git clone https://github.com/oisee/odata_mcp.git
   cd odata_mcp

2. Install dependencies:

   pip install -r requirements.txt

Configuration

Environment Variables

Create a .env file in the project directory:

# OData service URL (required)
ODATA_SERVICE_URL=https://your-odata-service.com/odata/
ODATA_URL=https://your-odata-service.com/odata/  # Alternative

# Basic Authentication (if required)
ODATA_USERNAME=your_username
ODATA_USER=your_username  # Alternative
ODATA_PASSWORD=your_password
ODATA_PASS=your_password  # Alternative

# Cookie Authentication (alternative to basic auth)
ODATA_COOKIE_FILE=/path/to/cookie.txt
ODATA_COOKIE_STRING="session=abc123; token=xyz789"

# OAuth 2.0 Authentication (alternative to basic/cookie auth)
OAUTH_CLIENT_ID=your-oauth-client-id
OAUTH_CLIENT_SECRET=your-oauth-client-secret  
OAUTH_TOKEN_URL=https://login.microsoftonline.com/tenant-id/oauth2/v2.0/token
OAUTH_SCOPE=https://graph.microsoft.com/.default  # Optional

Usage

Command Line Options

Option	Description	Default
--service	OData service URL (overrides positional arg and env var)	-
-u, --user	Username for basic authentication	-
-p, --password	Password for basic authentication	-
--cookie-file	Path to cookie file (Netscape format)	-
--cookie-string	Cookie string (key1=val1; key2=val2)	-
--oauth-client-id	OAuth 2.0 Client ID	-
--oauth-client-secret	OAuth 2.0 Client Secret	-
--oauth-token-url	OAuth 2.0 Token Endpoint URL	-
--oauth-scope	OAuth 2.0 Scope	-
--oauth-tenant	Azure AD Tenant ID for Microsoft Graph	common
-v, --verbose, --debug	Enable verbose output to stderr	False
--tool-prefix	Custom prefix for tool names	-
--tool-postfix	Custom postfix for tool names	_for_<service_id>
--no-postfix	Use prefix instead of postfix	False
--tool-shrink	Use shortened tool names	False
--entities	Comma-separated entities (supports wildcards with *)	All entities
--functions	Comma-separated functions (supports wildcards with *)	All functions
--sort-tools	Sort tools alphabetically	True
--no-sort-tools	Disable alphabetical sorting of tools	-
--pagination-hints	Add suggested_next_call in pagination responses	False
--legacy-dates	Convert /Date(ms)/ to/from ISO 8601	True
--no-legacy-dates	Disable legacy date format conversion	-
--verbose-errors	Include detailed error messages	False
--response-metadata	Include __metadata blocks in responses	False
--max-response-size	Maximum response size in bytes	5242880 (5MB)
--max-items	Maximum items per response	100
--trace	Print all tools and exit (debugging)	False
--trace-mcp	Enable detailed MCP protocol trace logging	False
--read-only, -ro	Hide all modifying operations (create, update, delete, functions)	False
--read-only-but-functions, -robf	Hide create, update, delete but allow functions	False
--enable	Enable only specific operation types (see Operation Type Filtering)	-
--disable	Disable specific operation types (see Operation Type Filtering)	-
--hints-file	Path to hints JSON file	hints.json
--hint	Direct hint JSON or text to inject	-
--info-tool-name	Custom name for the service info tool	odata_service_info
--transport	Transport type: 'stdio' or 'http' (SSE)	stdio
--http-addr	HTTP server address (with --transport http)	:8080

Service Info Tool

The wrapper automatically creates a service info tool that provides comprehensive metadata about the OData service:

• Default name: odata_service_info (with service-specific postfix)
• Alias: readme (automatically created for better discoverability)
• Custom name: Use --info-tool-name to specify a custom name

This tool is marked as the RECOMMENDED STARTING POINT and provides:

• Service URL and description
• Available entity sets and their operations
• Entity types with properties and relationships
• Function imports with parameters
• Implementation hints and known issues
• List of all registered MCP tools

Example:

# Default naming (creates both odata_service_info and readme aliases)
python odata_mcp.py --service https://example.com/odata/

# Custom naming (no readme alias)
python odata_mcp.py --service https://example.com/odata/ --info-tool-name get_started

Read-Only Modes

The wrapper supports read-only modes for safer exploration of OData services:

• --read-only (-ro): Hides all modifying operations (create, update, delete, and function imports)
• --read-only-but-functions (-robf): Hides create, update, and delete operations but still allows function imports

These modes are mutually exclusive and useful when:

• Exploring unfamiliar OData services
• Preventing accidental data modifications
• Creating read-only MCP endpoints for users

Operation Type Filtering

The wrapper supports fine-grained control over which operation types are generated using --enable and --disable flags. This helps reduce tool count for services with many entities.

Operation Types

• C: Create operations
• S: Search operations
• F: Filter operations (includes count)
• G: Get (retrieve single entity) operations
• U: Update operations
• D: Delete operations
• A: Actions/Function imports
• R: Read operations (expands to S, F, and G)

Examples

# Enable only read operations (search, filter, get)
python odata_mcp.py --service https://example.com/odata/ --enable "R"

# Enable only filter and get operations
python odata_mcp.py --service https://example.com/odata/ --enable "FG"

# Disable create, update, and delete operations
python odata_mcp.py --service https://example.com/odata/ --disable "CUD"

# Disable actions/function imports
python odata_mcp.py --service https://example.com/odata/ --disable "A"

Notes:

• Operation codes are case-insensitive
• --enable and --disable are mutually exclusive
• The special R code in --enable expands to S, F, and G operations
• This filtering is more flexible than --read-only modes as it allows specific operation combinations

Service-Specific Hints

The wrapper includes a flexible hint system to provide guidance for services with known issues or special requirements:

# Use default hints.json from script directory
python odata_mcp.py https://my-service.com/odata/

# Use custom hints file
python odata_mcp.py --hints-file /path/to/custom-hints.json https://my-service.com/odata/

# Inject hint directly from command line
python odata_mcp.py --hint "Remember to use \$expand for complex queries" https://my-service.com/odata/

# Combine file and CLI hints (CLI has higher priority)
python odata_mcp.py --hints-file custom.json --hint '{"notes":["Override note"]}' https://my-service.com/odata/

Hints are matched by URL patterns and appear in the odata_service_info tool response under implementation_hints.

Default hints are provided for:

• SAP OData Services: General SAP-specific issues and workarounds
• SAP PO Tracking Service (SRA020_PO_TRACKING_SRV): Specific guidance for purchase order tracking
• Northwind Demo Services: Identifies public demo services

Hint File Structure

The hints.json file follows this structure:

{
  "version": "1.0",
  "hints": [
    {
      "pattern": "*/sap/opu/odata/*",
      "priority": 10,
      "service_type": "SAP OData Service",
      "known_issues": [...],
      "workarounds": [...],
      "field_hints": {
        "FieldName": {
          "type": "Edm.String",
          "format": "Expected format",
          "example": "12345"
        }
      },
      "examples": [
        {
          "description": "Example description",
          "query": "filter_EntitySet with $filter=...",
          "note": "Additional note"
        }
      ],
      "notes": [...]
    }
  ]
}

Patterns support wildcards (* and ?) and are matched against the service URL. Multiple hints can match; they are merged by priority (higher values override).

MCP Protocol Tracing

Use --trace-mcp to enable detailed protocol debugging. This creates a log file with all MCP messages:

• Linux/WSL: /tmp/mcp_trace_*.log
• Windows: %TEMP%\mcp_trace_*.log

Useful for diagnosing client compatibility issues.

OAuth 2.0 Authentication

The OData MCP wrapper supports OAuth 2.0 authentication for modern, secure access to protected OData services. This feature addresses GitHub Discussion #9 requesting OIDC authentication support.

Supported OAuth Flows

• Client Credentials Flow: Server-to-server authentication (recommended)
• Automatic Token Refresh: Tokens are automatically refreshed when expired
• Multiple Providers: Microsoft Graph, SAP, and custom OAuth providers

Configuration

Environment Variables

# OAuth 2.0 credentials
OAUTH_CLIENT_ID=your-application-client-id
OAUTH_CLIENT_SECRET=your-application-client-secret
OAUTH_TOKEN_URL=https://login.microsoftonline.com/tenant-id/oauth2/v2.0/token
OAUTH_SCOPE=https://graph.microsoft.com/.default  # Optional

Command Line Arguments

python odata_mcp.py --oauth-client-id CLIENT_ID \
                    --oauth-client-secret CLIENT_SECRET \
                    --oauth-token-url TOKEN_URL \
                    --oauth-scope SCOPE \
                    --service SERVICE_URL

Microsoft Graph Integration

The wrapper includes built-in support for Microsoft Graph API:

# Automatic Graph configuration (detects graph.microsoft.com)
python odata_mcp.py --service https://graph.microsoft.com/v1.0/ \
                    --oauth-client-id YOUR_CLIENT_ID \
                    --oauth-client-secret YOUR_CLIENT_SECRET \
                    --oauth-tenant YOUR_TENANT_ID

# Or use environment variables
export OAUTH_CLIENT_ID="your-client-id"
export OAUTH_CLIENT_SECRET="your-client-secret"  
python odata_mcp.py --service https://graph.microsoft.com/v1.0/ \
                    --oauth-tenant YOUR_TENANT_ID

Setting Up OAuth with Microsoft Graph

1. Register Application in Azure Portal:

   • Go to Azure Portal → Azure Active Directory → App registrations
   • Click "New registration"
   • Set application name and supported account types
   • No redirect URI needed for client credentials flow

2. Configure API Permissions:

   • Go to "API permissions" → Add permission → Microsoft Graph → Application permissions
   • Add required permissions (e.g., User.Read.All, Group.Read.All)
   • Grant admin consent for permissions

3. Get Credentials:

   • Client ID: Found in app overview page
   • Client Secret: Create in "Certificates & secrets" → New client secret
   • Tenant ID: Found in app overview or Azure AD overview

4. Test Connection:

   python test_oauth.py  # Use the provided test script

SAP OAuth Configuration

For SAP systems with OIDC enabled:

python odata_mcp.py --service https://your-sap-system.com:8443/sap/opu/odata/sap/YOUR_SERVICE/ \
                    --oauth-client-id YOUR_SAP_CLIENT_ID \
                    --oauth-client-secret YOUR_SAP_CLIENT_SECRET \
                    --oauth-token-url https://your-sap-system.com:8443/sap/bc/sec/oauth2/token \
                    --oauth-scope "odata_read odata_write"

Testing OAuth Setup

Use the provided test script to verify OAuth configuration:

# Test with your credentials
export OAUTH_CLIENT_ID="your-client-id"
export OAUTH_CLIENT_SECRET="your-client-secret"
python test_oauth.py

# Skip Graph API tests if you don't have Graph permissions
python test_oauth.py --skip-graph

Troubleshooting OAuth

Common Issues:

1. Token acquisition failed:

   • Verify client ID and secret are correct
   • Check token URL is accessible
   • Ensure proper scope configuration

2. Insufficient permissions:

   • Verify API permissions in Azure Portal
   • Ensure admin consent is granted
   • Check scope matches required permissions

3. Token expired errors:

   • Tokens are automatically refreshed, but check network connectivity
   • Verify token URL and refresh token support

Debug Mode:

python odata_mcp.py --oauth-client-id CLIENT_ID \
                    --oauth-client-secret CLIENT_SECRET \
                    --service SERVICE_URL \
                    --verbose  # Shows OAuth token acquisition logs

Command Line Examples

# Using environment variables
python odata_mcp.py

# Using command line arguments (basic auth)
python odata_mcp.py --service https://your-service.com/odata/ \
                    --user USERNAME \
                    --password PASSWORD \
                    --verbose

# Using cookie authentication
python odata_mcp.py --service https://your-service.com/odata/ \
                    --cookie-file cookie.txt \
                    --verbose

# Using OAuth 2.0 authentication
python odata_mcp.py --service https://your-service.com/odata/ \
                    --oauth-client-id YOUR_CLIENT_ID \
                    --oauth-client-secret YOUR_CLIENT_SECRET \
                    --oauth-token-url https://login.microsoftonline.com/tenant/oauth2/v2.0/token \
                    --verbose

# Microsoft Graph with OAuth (simplified)
python odata_mcp.py --service https://graph.microsoft.com/v1.0/ \
                    --oauth-client-id YOUR_CLIENT_ID \
                    --oauth-client-secret YOUR_CLIENT_SECRET \
                    --oauth-tenant YOUR_TENANT_ID \
                    --verbose

# Additional options
python odata_mcp.py --tool-prefix myprefix \
                    --tool-postfix myservice \
                    --no-postfix

# Generate tools only for specific entities
python odata_mcp.py --service https://your-service.com/odata/ \
                    --entities "Products,Categories,Orders" \
                    --verbose

# Use wildcards in entity filtering
python odata_mcp.py --service https://your-service.com/odata/ \
                    --entities "Product*,Order*,Customer" \
                    --verbose

# Control tool sorting (default is alphabetical)
python odata_mcp.py --service https://your-service.com/odata/ \
                    --no-sort-tools \
                    --verbose

# Enable pagination hints for easier navigation
python odata_mcp.py --service https://your-service.com/odata/ \
                    --pagination-hints \
                    --verbose

# SAP-specific options for legacy systems
python odata_mcp.py --service https://sap-service.com/odata/ \
                    --legacy-dates \
                    --response-metadata \
                    --verbose-errors

# Debug mode - show all tools without starting server
python odata_mcp.py --service https://your-service.com/odata/ \
                    --trace

# Run with HTTP/SSE transport for web clients
python odata_mcp.py --service https://your-service.com/odata/ \
                    --transport http \
                    --http-addr :8080

# HTTP transport on specific interface
python odata_mcp.py --service https://your-service.com/odata/ \
                    --transport http \
                    --http-addr 127.0.0.1:3000

# Read-only mode - hide all modifying operations
python odata_mcp.py --service https://your-service.com/odata/ \
                    --read-only \
                    --verbose

# Read-only but allow functions
python odata_mcp.py --service https://your-service.com/odata/ \
                    --read-only-but-functions \
                    --verbose

# Enable MCP protocol trace logging for debugging
python odata_mcp.py --service https://your-service.com/odata/ \
                    --trace-mcp \
                    --verbose

Generated Tools

The wrapper dynamically generates MCP tools for each entity set. Use --entities to limit tool generation to specific entities only (useful for large services):

1. List/Filter: filter_EntitySetName - Query entities with filtering, sorting, pagination
2. Count: count_EntitySetName - Get entity count with optional filtering
3. Search: search_EntitySetName - Full-text search (if supported)
4. Get: get_EntitySetName - Retrieve single entity by key
5. Create: create_EntitySetName - Create new entity
6. Update: update_EntitySetName - Update existing entity
7. Delete: delete_EntitySetName - Delete entity

Example Usage

# List entities with filtering
await filter_ProductSet(
    filter="Price gt 20", 
    orderby="Price desc", 
    top=10
)

# Get specific entity
await get_ProductSet(ID="12345")

# Create new entity
await create_ProductSet(
    Name="New Product",
    Price=99.99,
    CategoryID="CAT001"
)

# Update entity
await update_ProductSet(
    ID="12345",
    Price=89.99
)

# Get service information
await odata_service_info()

Transport Options

The OData MCP bridge supports three transport mechanisms:

1. STDIO Transport (Default)

• Standard input/output communication
• Used by Claude Desktop and other MCP clients
• No additional configuration required

2. HTTP/SSE Transport

• HTTP server with Server-Sent Events
• Enables web-based clients to interact with OData services
• Endpoints:
  • GET /health - Health check
  • GET /sse - Server-Sent Events stream
  • POST /rpc - JSON-RPC endpoint

3. Streamable HTTP Transport (New)

• Modern bidirectional HTTP transport for MCP
• Required for Microsoft Copilot Studio integration
• Replaces SSE transport (which will be deprecated in August 2025)
• Single endpoint at /mcp for all communication
• More efficient and secure than SSE

Using Streamable HTTP Transport

# Start with default port 8080 (recommended for Microsoft Copilot Studio)
python odata_mcp.py --transport streamable-http --service https://your-service.com/odata/

# Use custom port
python odata_mcp.py --transport streamable-http --http-addr localhost:3000 --service https://your-service.com/odata/

# With authentication
python odata_mcp.py --transport streamable-http -u username -p password --service https://your-service.com/odata/

The Streamable HTTP server will be available at http://localhost:8080/mcp (or your custom port).

Using HTTP/SSE Transport

# Start with default port 8080
python odata_mcp.py --transport http --service https://your-service.com/odata/

# Use custom port
python odata_mcp.py --transport http --http-addr :3000 --service https://your-service.com/odata/

# Bind to specific interface
python odata_mcp.py --transport http --http-addr 192.168.1.100:8080 --service https://your-service.com/odata/

Testing HTTP/SSE Transport

1. Using the provided HTML client:

   # Start the server
   python odata_mcp.py --transport http --service https://services.odata.org/V2/Northwind/Northwind.svc/
   
   # Open examples/sse_client.html in a web browser

2. Using the test script:

   ./test_http_transport.sh

3. Using curl:

   # Test health endpoint
   curl http://localhost:8080/health
   
   # Test RPC endpoint
   curl -X POST http://localhost:8080/rpc \
     -H "Content-Type: application/json" \
     -d '{"jsonrpc":"2.0","id":1,"method":"initialize","params":{}}'

⚠️ Security Warning: The HTTP/SSE transport does not include authentication. Only use it in secure, trusted environments or behind a reverse proxy with proper authentication.

Architecture

The project uses a modular architecture for maintainability:

odata_mcp_lib/                    # Core modular library
├── __init__.py                   # Clean API exports
├── constants.py                  # OData type mappings & namespaces
├── models.py                     # Pydantic data models
├── guid_handler.py               # GUID conversion utilities
├── metadata_parser.py            # OData metadata parsing
├── client.py                     # HTTP client with error handling
├── bridge.py                     # MCP bridge implementation
├── name_shortener.py             # Tool name shortening logic
└── transport/                    # Transport implementations
    ├── __init__.py               # Transport base classes
    ├── stdio.py                  # STDIO transport
    └── http_sse.py               # HTTP/SSE transport

odata_mcp.py                      # Main executable
examples/
├── sse_client.html               # Web-based SSE client
test_odata_mcp.py                 # Test suite
test_http_transport.sh            # HTTP transport test script

Key Components

• MetadataParser: Fetches and parses OData $metadata XML
• ODataClient: Manages HTTP communication and CSRF tokens
• ODataMCPBridge: Generates MCP tools from metadata
• GUIDHandler: Converts between base64 and standard GUID formats

Testing

Unit Tests

# Run basic unit tests
python test_odata_mcp.py

# Run with live service (requires valid OData service)
RUN_LIVE_TESTS=true python test_odata_mcp.py

OAuth Testing

# Test OAuth implementation without credentials
python test_oauth.py --skip-graph

# Run comprehensive OAuth test suite
python test_oauth_comprehensive.py

# Test with Microsoft Graph (requires Azure AD app)
export OAUTH_CLIENT_ID="your-client-id"
export OAUTH_CLIENT_SECRET="your-secret"
python test_oauth.py

Integration Testing

# Test with public Northwind service
python odata_mcp.py --service https://services.odata.org/V2/Northwind/Northwind.svc/ --trace

# Test OAuth with mock credentials (verifies flow)
python odata_mcp.py \
    --service https://graph.microsoft.com/v1.0/ \
    --oauth-client-id test-id \
    --oauth-client-secret test-secret \
    --verbose 2>&1 | grep OAuth

For complete testing documentation, see OAuth Testing Report.

Import Compatibility

New Code (Recommended)

from odata_mcp_lib import MetadataParser, ODataClient, ODataMCPBridge

Legacy Code (Backward Compatible)

from odata_mcp_compat import MetadataParser, ODataClient, ODataMCPBridge

TODO & Roadmap

High Priority

• Enhanced testing suite with comprehensive coverage
• Module-specific unit tests leveraging new architecture
• CI/CD pipeline setup for automated testing
• Performance benchmarking and optimization

Short-term Goals (3-6 months)

• OData v4 support
• Enhanced batch operations
• Cookie-based authentication (completed)
• OAuth 2.0 authentication (completed)
• Response caching for performance
• Input validation improvements

Medium-term Goals (6-12 months)

• Schema validation for input/output data
• Advanced query capabilities (complex filters, aggregations)
• Navigation property enhancements
• Custom tool generation templates

Long-term Goals (12+ months)

• GraphQL interface layer
• Cross-service federation
• Advanced security features (field-level security, data masking)
• Comprehensive monitoring and metrics
• Horizontal scaling support

Recently Completed ✅

• Modular Architecture: Split monolithic codebase into 7 focused modules
• Enhanced Error Handling: Comprehensive OData error parsing
• Smart Tool Naming: Service-aware naming preserving original names
• Backward Compatibility: Zero breaking changes maintained
• Code Cleanup: Removed redundant files and improved organization
• GUID Optimization: Automatic base64 ↔ standard format conversion
• Response Optimization: Size limiting and field selection
• Cookie Authentication: Support for SSO/MYSAPSSO2 tokens (see COOKIE_AUTH.md)
• Legacy Date Support: SAP /Date(milliseconds)/ format conversion
• Decimal Field Handling: Automatic conversion for Edm.Decimal types
• Pagination Hints: Suggested next call parameters for easy pagination
• Enhanced Trace Mode: Comprehensive debugging output
• Feature Parity: Matched Go implementation features
• HTTP/SSE Transport: Web-based client support via Server-Sent Events
• Transport Abstraction: Clean interface for multiple transport types
• Read-Only Modes: Options to hide modifying operations (--read-only, --read-only-but-functions)
• Service Hints: Implementation guidance for known problematic services
• MCP Trace Logging: Protocol debugging support with --trace-mcp
• OAuth 2.0 Authentication: Modern secure authentication with automatic token refresh

Troubleshooting

Common Issues

1. Connection Failures

   • Verify OData service URL and network connectivity
   • Check authentication credentials
   • Use --verbose for detailed error information

2. Import Errors

   • Use from odata_mcp_lib import ... for new imports
   • Use from odata_mcp_compat import ... for legacy compatibility

3. Tool Generation Issues

   • Ensure service metadata is accessible
   • Check for valid entity sets in the metadata
   • Review verbose logs for parsing errors

4. GUID/Binary Field Issues

   • GUID fields are automatically converted from base64
   • Binary fields may be excluded by default for performance

Performance Tips

• Use $select to limit returned fields
• Apply $top for pagination
• Use $filter to reduce result sets
• Consider excluding binary fields for large datasets

Community & Discussions

Join our community discussions to:

• Ask questions about OData MCP integration
• Share ideas and feature requests
• Get help with service-specific configurations
• Connect with other developers using the wrapper

🗣️ Join the Discussion - Welcome to the community!

Additional Documentation

• Architecture Guide - System design and module structure
• Implementation Guide - Development patterns and guidelines
• Cookie Authentication - Detailed cookie auth documentation
• OAuth 2.0 Authentication - Complete OAuth implementation guide
• OAuth Testing Report - Test coverage and verification

License

Copyright (c) 2025. All rights reserved.

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Project Status: Production Ready ✅
Architecture: Modular and Maintainable ✅
Version: 1.4 (OAuth 2.0 Support)
OAuth Status: Fully Implemented & Tested ✅