Databricks MCP Server
README.md
# awesome-databricks-mcp
Host Model Context Protocol (MCP) prompts and tools on Databricks Apps, enabling AI assistants like Claude to interact with your Databricks workspace through a secure, authenticated interface.
## What is this?
This template lets you create an MCP server that runs on Databricks Apps. You can:
- 📝 **Add prompts** as simple markdown files in the `prompts/` folder
- 🛠️ **Create tools** as Python functions that leverage Databricks SDK
- 🔐 **Authenticate securely** with OAuth through Databricks Apps
- 🚀 **Deploy instantly** to make your MCP server accessible to Claude
- 🖥️ **Web Interface** with a modern React TypeScript frontend for MCP discovery
- 🧪 **Comprehensive Testing** with automated MCP validation tools
- 🔄 **CI/CD Pipeline** with automated testing, security scanning, and deployment
- 📊 **Advanced Dashboard Tools** for building comprehensive Lakeview dashboards
- 🛡️ **Security Features** with comprehensive injection attack prevention and input validation
Think of it as a bridge between Claude and your Databricks workspace - you define what Claude can see and do, and this server handles the rest.
## How it Works
### Architecture Overview
```
┌─────────────┐ MCP Protocol ┌──────────────────┐ OAuth ┌─────────────────┐
│ Claude │ ◄─────────────────────► │ dba-mcp-proxy │ ◄──────────────────► │ Databricks App │
│ CLI │ (stdio/JSON-RPC) │ (local process) │ (HTTPS/SSE) │ (MCP Server) │
└─────────────┘ └──────────────────┘ └─────────────────┘
▲ │
│ ▼
└────────── Databricks OAuth ──────► Workspace APIs
```
```mermaid
graph TB
subgraph "MCP Client Layer"
A[Claude CLI]
B[Claude Code]
C[Other MCP Clients]
end
subgraph "MCP Proxy Layer"
D[dba-mcp-proxy]
E[OAuth Authentication]
F[Token Management]
end
subgraph "Databricks Apps Layer"
G[FastAPI App]
H[MCP Server]
I[React Frontend]
end
subgraph "Tools Layer"
J[Core Tools]
K[SQL Operations]
L[Unity Catalog]
M[Dashboard Tools]
N[Widget Tools]
O[Jobs & Pipelines]
P[Data Management]
Q[Governance]
end
subgraph "Databricks Services"
R[SQL Warehouses]
S[Unity Catalog]
T[Jobs & DLT]
U[DBFS & Volumes]
V[Workspace Files]
W[ML & Models]
end
A --> D
B --> D
C --> D
D --> E
E --> F
F --> G
G --> H
H --> J
H --> K
H --> L
H --> M
H --> N
H --> O
H --> P
H --> Q
J --> R
K --> R
L --> S
M --> S
N --> S
O --> T
P --> U
Q --> V
G --> I
```
### Components
1. **MCP Server** (`server/app.py`): A FastAPI app with integrated MCP server that:
- Dynamically loads prompts from `prompts/*.md` files
- Exposes Python functions as MCP tools via modular tool system
- Handles both HTTP requests and MCP protocol over Server-Sent Events
- Uses FastMCP framework for seamless MCP integration
2. **React Frontend** (`client/`): A modern TypeScript React application that:
- Provides a web interface for MCP discovery and testing
- Shows available prompts, tools, and MCP configuration
- Includes copy-paste setup commands for Claude integration
- Built with TailwindCSS, Radix UI, and modern React patterns
- Uses Vite for fast development and building
3. **Prompts** (`prompts/`): MCP-compliant markdown files with YAML frontmatter:
- **YAML frontmatter**: Required metadata defining prompt name, description, and arguments
- **Argument validation**: Built-in validation for required arguments and data types
- **Placeholder substitution**: Automatic replacement of `${argument}` placeholders
- **Security**: Input sanitization and validation to prevent injection attacks
4. **Modular Tools System** (`server/tools/`): Organized tool modules that:
- Break down functionality into logical, manageable components
- Provide 100+ tools across 9 specialized modules
- Enable better maintainability and collaboration
- Support easy addition of new tools
5. **Local Proxy** (`dba_mcp_proxy/`): Authenticates and proxies MCP requests:
- Handles Databricks OAuth authentication automatically
- Translates between Claude's stdio protocol and HTTP/SSE
- Works with both local development and deployed apps
6. **Comprehensive Testing Suite** (`claude_scripts/`): Automated validation tools:
- Local and remote MCP server testing
- MCP protocol compliance validation
- OAuth authentication flow testing
- Web-based MCP Inspector for interactive testing
7. **Security Features** (`server/tools/security.py`): Comprehensive security validation:
- SQL injection prevention with pattern detection
- HTML/script injection prevention and sanitization
- Dataset and field name validation
- Widget configuration security validation
- Input sanitization and escaping
## 🎬 Demo
This 5-minute video shows you how to set up and use the MCP server with Claude and/or Cursor: https://www.youtube.com/watch?v=_yPtm2iH04o
## Quick Start
### Create Your Own MCP Server
#### Step 1: Install Databricks CLI and Set Up GitHub SSH Access
Before you begin, make sure you have the Databricks CLI and GitHub SSH access configured.
**Install Databricks CLI:**
**macOS:**
```bash
# Using Homebrew (recommended)
brew install databricks/tap/databricks
# Using pip
pip install databricks-cli
# Verify installation
databricks --version
```
**Windows:**
```bash
# Using pip
pip install databricks-cli
# Or download from official releases
# https://github.com/databricks/databricks-cli/releases
# Download the .exe file and add to PATH
# Verify installation
databricks --version
```
**Linux:**
```bash
# Using pip
pip install databricks-cli
# Using apt (Ubuntu/Debian)
curl -fsSL https://databricks.com/install-cli.sh | bash
# Using yum (RHEL/CentOS)
curl -fsSL https://databricks.com/install-cli.sh | bash
# Verify installation
databricks --version
```
**Set Up GitHub SSH Access:**
**macOS:**
```bash
# Generate SSH key (if you don't have one)
ssh-keygen -t ed25519 -C "your-email@example.com"
# Start ssh-agent
eval "$(ssh-agent -s)"
# Add SSH key to ssh-agent
ssh-add ~/.ssh/id_ed25519
# Copy public key to clipboard
pbcopy < ~/.ssh/id_ed25519.pub
# Add to GitHub: https://github.com/settings/keys
# Click "New SSH key" and paste the copied key
```
**Windows:**
```bash
# Generate SSH key (if you don't have one)
ssh-keygen -t ed25519 -C "your-email@example.com"
# Start ssh-agent (PowerShell as Administrator)
Set-Service ssh-agent -StartupType Automatic
Start-Service ssh-agent
# Add SSH key to ssh-agent
ssh-add ~/.ssh/id_ed25519
# Copy public key to clipboard
Get-Content ~/.ssh/id_ed25519.pub | Set-Clipboard
# Add to GitHub: https://github.com/settings/keys
# Click "New SSH key" and paste the copied key
```
**Linux:**
```bash
# Generate SSH key (if you don't have one)
ssh-keygen -t ed25519 -C "your-email@example.com"
# Start ssh-agent
eval "$(ssh-agent -s)"
# Add SSH key to ssh-agent
ssh-add ~/.ssh/id_ed25519
# Copy public key to clipboard (if xclip is available)
xclip -sel clip < ~/.ssh/id_ed25519.pub
# Or display the key to copy manually
cat ~/.ssh/id_ed25519.pub
# Add to GitHub: https://github.com/settings/keys
# Click "New SSH key" and paste the copied key
```
**Test GitHub SSH Connection:**
```bash
# Test the connection
ssh -T git@github.com
# You should see: "Hi username! You've successfully authenticated..."
```
**Configure Git with SSH:**
```bash
# Set your Git username and email
git config --global user.name "Your Name"
git config --global user.email "your-email@example.com"
# Verify SSH is working by cloning a private repo
git clone git@github.com:username/private-repo.git
```
#### Step 2: Clone the Repo
```bash
# Clone your new repository
git clone https://github.com/PulkitXChadha/awesome-databricks-mcp.git
cd awesome-databricks-mcp
# Run the interactive setup
./setup.sh
```
This will:
- Configure Databricks authentication
- Set your MCP server name
- Install all dependencies (Python + Node.js)
- Create your `.env.local` file
#### Step 3: Deploy with Claude
In Claude Code, run:
```
/setup-mcp
```
This will:
- Deploy your MCP server to Databricks Apps
- Configure the MCP integration
- Show you available prompts and tools
Then restart Claude Code to use your new MCP server.
### Add to Claude CLI
After deployment, add your MCP server to Claude:
```bash
# Set your Databricks configuration
export DATABRICKS_HOST="https://your-workspace.cloud.databricks.com"
export DATABRICKS_APP_URL="https://your-app.databricksapps.com" # Get this from ./app_status.sh
export SERVER_NAME="your-server-name" # This comes from config.yaml (set during ./setup.sh)
# Add your MCP server to Claude (user-scoped)
claude mcp add $SERVER_NAME --scope user -- \
uvx --from git+https://git@github.com/YOUR-USERNAME/your-repo.git dba-mcp-proxy \
--databricks-host $DATABRICKS_HOST \
--databricks-app-url $DATABRICKS_APP_URL
```
### Local Development
```bash
# Clone and setup
git clone <your-repo>
cd <your-repo>
./setup.sh
# Start dev server (both backend and frontend)
./watch.sh
# Set your configuration for local testing
export DATABRICKS_HOST="https://your-workspace.cloud.databricks.com"
export DATABRICKS_APP_URL="http://localhost:8000" # Local dev server
# Add to Claude for local testing
claude mcp add databricks-mcp-local --scope local -- \
uvx --from git+https://git@github.com/YOUR-ORG/YOUR-REPO.git dba-mcp-proxy \
--databricks-host $DATABRICKS_HOST \
--databricks-app-url $DATABRICKS_APP_URL
```
## Running Locally
### Prerequisites
Before running the MCP server locally, ensure you have:
- **Python 3.11+** and **Node.js 18+** installed
- **Databricks CLI** configured with `databricks auth login`
- **Git** for cloning the repository
- **uv** package manager (recommended) or **pip** for Python dependencies
- **bun** (recommended) or **npm** for Node.js dependencies
### Step-by-Step Local Setup
#### 1. Clone and Configure
```bash
# Clone your repository
git clone https://github.com/PulkitXChadha/awesome-databricks-mcp.git
cd awesome-databricks-mcp
# Run the interactive setup script
./setup.sh
```
The setup script will:
- Install Python dependencies using `uv` or `pip`
- Install Node.js dependencies using `bun` or `npm`
- Configure your Databricks workspace settings
- Create a `.env.local` file with your configuration
#### 2. Start the Development Server
```bash
# Start both backend (FastAPI) and frontend (React) servers
./watch.sh
```
This command starts:
- **Backend**: FastAPI server on `http://localhost:8000`
- **Frontend**: React development server on `http://localhost:3000`
- **File watching**: Automatic reloading when files change
#### 3. Verify Local Setup
Open your browser and navigate to:
- **Backend API**: http://localhost:8000/docs (FastAPI Swagger UI)
- **Frontend**: http://localhost:3000 (React application)
- **MCP Endpoint**: http://localhost:8000/mcp/ (MCP server)
#### 4. Test with Claude CLI
```bash
# Set environment variables for local testing
export DATABRICKS_HOST="https://your-workspace.cloud.databricks.com"
export DATABRICKS_APP_URL="http://localhost:8000"
# Add the local MCP server to Claude
claude mcp add databricks-mcp-local --scope local -- \
uvx --from git+https://git@github.com/PulkitXChadha/awesome-databricks-mcp.git dba-mcp-proxy \
--databricks-host $DATABRICKS_HOST \
--databricks-app-url $DATABRICKS_APP_URL
# Test the connection
echo "What MCP prompts are available from databricks-mcp-local?" | claude
```
### Development Workflow
#### Making Changes
1. **Edit prompts**: Modify files in `prompts/` directory
2. **Edit tools**: Update functions in appropriate modules under `server/tools/`
3. **Edit frontend**: Modify React components in `client/src/`
4. **Edit backend**: Update FastAPI routes in `server/`
All changes automatically reload thanks to the file watchers in `./watch.sh`.
#### Creating New MCP Prompts
All prompts require YAML frontmatter for MCP compliance. Create a new markdown file in `prompts/`:
```markdown
---
name: your_prompt_name
description: Brief description of what the prompt does
arguments:
- name: warehouse_id
description: SQL Warehouse ID for query execution
required: true
schema:
type: string
pattern: "^[a-f0-9]{16}$"
- name: catalog
description: Unity Catalog name
required: false
schema:
type: string
mutually_exclusive:
- [option1, option2] # Optional: Define mutually exclusive arguments
---
# Your Prompt Title
## Configuration
- **Warehouse ID**: ${warehouse_id}
- **Catalog**: ${catalog}
Your prompt content here. Use ${argument_name} for placeholder substitution.
```
The YAML frontmatter provides:
- **Structured documentation**: Clear definition of expected arguments
- **Future MCP compliance**: Prepared for when FastMCP adds full argument support
- **Schema definitions**: JSON Schema ready for validation
- **Argument metadata**: Required/optional flags and descriptions
Note: FastMCP's current version doesn't support runtime argument validation in prompts,
but the YAML metadata documents the expected interface for future compatibility.
#### Testing Changes
```bash
# Test local MCP server directly
./claude_scripts/test_local_mcp_curl.sh
# Test with MCP proxy
./claude_scripts/test_local_mcp_proxy.sh
# Use the web-based MCP Inspector
./claude_scripts/inspect_local_mcp.sh
```
#### Debugging
- **Backend logs**: Check terminal output from `./watch.sh`
- **Frontend logs**: Check browser console and terminal output
- **MCP logs**: Monitor the `/mcp/` endpoint responses
- **Database queries**: Check Databricks workspace logs
### Local vs Production Differences
| Feature | Local Development | Production |
|---------|------------------|------------|
| **Authentication** | Databricks CLI token | OAuth via Databricks Apps |
| **URL** | `http://localhost:8000` | `https://your-app.databricksapps.com` |
| **HTTPS** | No (HTTP only) | Yes (HTTPS required) |
| **File watching** | Yes (auto-reload) | No |
| **Debug mode** | Yes | No |
| **Logs** | Terminal output | Databricks Apps logs |
### Troubleshooting Local Issues
#### Common Problems
**Port conflicts:**
```bash
# Check what's using port 8000
lsof -i :8000
# Kill process if needed
kill -9 <PID>
```
**Dependencies not found:**
```bash
# Reinstall Python dependencies
uv sync
# Reinstall Node.js dependencies
cd client && bun install
```
**Databricks authentication:**
```bash
# Refresh Databricks CLI credentials
databricks auth login
# Verify configuration
databricks config get
```
**MCP connection issues:**
```bash
# Test MCP endpoint directly
curl http://localhost:8000/mcp/
# Check Claude MCP configuration
claude mcp list
```
#### Performance Tips
- Use `uv` instead of `pip` for faster Python dependency management
- Use `bun` instead of `npm` for faster Node.js dependency management
- The `./watch.sh` script uses `uvicorn --reload` for fast backend development
- Frontend uses Vite for fast hot module replacement
## Deployment
```bash
# Deploy to Databricks Apps
./deploy.sh
# Check status and get your app URL
./app_status.sh
```
Your MCP server will be available at `https://your-app.databricksapps.com/mcp/`
The `app_status.sh` script will show your deployed app URL, which you'll need for the `DATABRICKS_APP_URL` environment variable when adding the MCP server to Claude.
## Authentication
- **Local Development**: No authentication required
- **Production**: OAuth is handled automatically by the proxy using your Databricks CLI credentials
## Examples
### Using with Claude
Once added, you can interact with your MCP server in Claude:
```
Human: What prompts are available?
Claude: I can see the following prompts from your Databricks MCP server:
- build_lakeview_dashboard: Build comprehensive Lakeview dashboards with data validation
- build_ldp_pipeline: Build Lakehouse Data Pipelines for data processing
- performance_optimization: Performance optimization guidance for Databricks workloads
```
### Sample Tool Usage
```
Human: Can you execute a SQL query to show databases?
Claude: I'll execute that SQL query for you using the execute_dbsql tool.
[Executes SQL and returns results]
```
## Project Structure
```
├── server/ # FastAPI backend with MCP server
│ ├── app.py # Main application + MCP server setup
│ ├── tools/ # Modular MCP tools implementation
│ │ ├── __init__.py # Tool registration and loading
│ │ ├── core.py # Core and health tools (✅ Active)
│ │ ├── sql_operations.py # SQL and warehouse tools (✅ Active)
│ │ ├── unity_catalog.py # Unity Catalog tools (✅ Active)
│ │ ├── jobs_pipelines.py # Jobs and DLT pipeline tools (✅ Active)
│ │ ├── lakeview_dashboard.py # Lakeview dashboard tools (✅ Active)
│ │ ├── data_management.py # Data and DBFS tools (🚧 Available)
│ │ ├── governance.py # Governance and compliance tools (🚧 Available)
│ │ ├── widget_specs.py # Widget specifications and utilities
│ │ ├── layout_optimization.py # Dashboard layout optimization
│ │ └── utils.py # Shared utility functions
│ └── routers/ # API endpoints
├── client/ # React TypeScript frontend
│ ├── src/ # Source code
│ │ ├── components/ # Reusable UI components
│ │ ├── pages/ # Page components
│ │ └── fastapi_client/ # Auto-generated API client
│ ├── package.json # Node.js dependencies
│ └── tailwind.config.js # TailwindCSS configuration
├── prompts/ # MCP prompts (markdown files)
│ ├── build_lakeview_dashboard.md # Comprehensive dashboard building prompt
│ ├── build_ldp_pipeline.md # Lakehouse Data Pipelines building prompt
│ └── performance_optimization.md # Performance optimization guidance
├── dba_mcp_proxy/ # MCP proxy for Claude CLI
│ └── mcp_client.py # OAuth + proxy implementation
├── claude_scripts/ # Comprehensive testing tools
│ ├── test_local_mcp_*.sh # Local MCP testing scripts (curl & proxy)
│ ├── test_remote_mcp_*.sh # Remote MCP testing scripts (curl & proxy)
│ ├── test_mcp_tools.py # MCP tools testing
│ ├── test_uc_tools.py # Unity Catalog tools testing
│ ├── inspect_local_mcp.sh # Local web-based MCP Inspector
│ ├── inspect_remote_mcp.sh # Remote web-based MCP Inspector
│ └── README.md # Testing documentation
├── docs/ # Documentation
│ ├── databricks_apis/ # Databricks API documentation
│ ├── architecture.md # System architecture overview
│ ├── core-tools.md # Core tools documentation
│ ├── unity_catalog_tools.md # Unity Catalog tools documentation
│ └── api-reference.md # Complete API reference
├── scripts/ # Development tools
├── .github/workflows/ # CI/CD automation
│ ├── ci.yml # Continuous integration
│ ├── deploy.yml # Automated deployment
│ ├── security.yml # Security scanning
│ └── test.yml # Automated testing
└── pyproject.toml # Python package configuration
```
## Modular Tools System
The MCP server features a **modular tools architecture** that organizes tools into logical, maintainable modules. Currently **5 active modules** are loaded with **88+ tools** available:
### Active Tool Modules
```mermaid
pie title Active MCP Tools by Module
"Core Tools" : 1
"SQL Operations" : 15
"Unity Catalog" : 21
"Jobs & Pipelines" : 19
"Lakeview Dashboard" : 3
```
### Module Status Overview
| Module | Status | Tools | Description |
|--------|--------|-------|-------------|
| **core.py** | ✅ Active | 1 | Basic health checks and core functionality |
| **sql_operations.py** | ✅ Active | ~15 | SQL warehouse management, query execution, and monitoring |
| **unity_catalog.py** | ✅ Active | ~21 | Catalog, schema, table, and metadata operations |
| **jobs_pipelines.py** | ✅ Active | ~19 | Job and DLT pipeline management |
| **lakeview_dashboard.py** | ✅ Active | ~3 | Comprehensive Lakeview dashboard creation and management |
| **data_management.py** | 🚧 Available | ~10 | DBFS operations, external locations, storage credentials |
| **governance.py** | 🚧 Available | ~15 | Audit logs, governance rules, and data lineage |
**Total: 88+ tools** with 59+ currently active across 5 modules
### Benefits of Modularization
1. **Maintainability**: Each module focuses on a specific domain
2. **Readability**: Smaller files are easier to navigate and debug
3. **Collaboration**: Multiple developers can work on different modules simultaneously
4. **Testing**: Individual modules can be tested in isolation
5. **Scalability**: New tools can be added to appropriate modules without cluttering
6. **Documentation**: Each module has clear purpose and can be documented independently
## Building Dashboards with MCP
### Dashboard Tool Architecture
The dashboard system provides comprehensive Lakeview dashboard creation through focused tools:
| Tool | Purpose | Key Features |
|------|---------|-------------|
| **create_dashboard_file** | Complete dashboard creation | Creates .lvdash.json files with full widget support |
| **validate_widget_fields** | Widget validation | Ensures widget configurations match dataset schemas |
| **get_aggregation_expression** | SQL optimization | Generates optimized aggregation expressions |
**Key Capabilities:**
- **16+ Widget Types**: Full support for charts, displays, filters, and interactive elements
- **SQL Validation**: Pre-deployment query testing and schema validation
- **Grid Layout System**: 12-column responsive design with auto-positioning
- **Dataset Optimization**: Smart query design for multiple widget support
- **Production Ready**: Generates deployment-ready .lvdash.json files
### Dashboard Building Quickstart
The MCP server provides comprehensive tools for building Lakeview and legacy dashboards programmatically. You can create, manage, and share dashboards using simple commands in Claude.
#### Tool Usage Examples
**Creating a Complete Dashboard:**
```python
# Using create_dashboard_file tool
create_dashboard_file(
name="Sales Dashboard",
warehouse_id="abc123",
datasets=[{
"name": "Sales Data",
"query": "SELECT product_category, revenue, order_date FROM sales_transactions WHERE revenue > 100"
}],
widgets=[
{
"type": "bar",
"dataset": "Sales Data",
"config": {
"x_field": "product_category",
"y_field": "revenue",
"title": "Revenue by Category"
},
"position": {"x": 0, "y": 0, "width": 6, "height": 4}
},
{
"type": "counter",
"dataset": "Sales Data",
"config": {
"value_field": "revenue",
"title": "Total Revenue"
},
"position": {"x": 6, "y": 0, "width": 3, "height": 2}
}
],
file_path="sales_dashboard.lvdash.json",
validate_sql=True
)
```
**Dashboard Creation Result:**
```json
{
"success": true,
"file_path": "sales_dashboard.lvdash.json",
"file_size": 2048,
"message": "Dashboard file successfully created",
"validation_results": {
"queries_validated": [...],
"widget_validations": [...]
}
}
```
#### Basic Dashboard Creation
```
Human: Create a sales dashboard with revenue metrics and customer analysis
Claude: I'll create a Lakeview dashboard with revenue and customer metrics using the simplified tool architecture.
[Creates dashboard using manage_dashboard, then adds widgets with create_chart_widget and create_display_widget]
```
#### Widget Types Available
The MCP server supports all major widget types for dashboard creation:
| Widget Type | Description | Use Case |
|-------------|-------------|----------|
| **counter** | Single metric display | KPIs, totals, counts |
| **table** | Tabular data display | Detailed records, lists |
| **bar** | Bar charts | Comparisons, categories |
| **line** | Line charts | Trends over time |
| **pie** | Pie charts | Proportions, distributions |
| **area** | Area charts | Cumulative trends |
| **scatter** | Scatter plots | Correlations, clusters |
| **pivot** | Pivot tables | Multi-dimensional analysis |
| **funnel** | Funnel charts | Conversion analysis |
| **box** | Box plots | Statistical distributions |
| **heatmap** | Heat maps | Density visualization |
| **markdown** | Text/documentation | Explanations, headers |
### SQL Query Guidelines
When building dashboards, follow these SQL best practices:
```sql
-- Use parameterized queries for flexibility
SELECT
date_trunc('month', order_date) as month,
sum(revenue) as total_revenue,
count(distinct customer_id) as unique_customers
FROM sales
WHERE order_date >= :start_date
AND order_date <= :end_date
GROUP BY 1
ORDER BY 1;
-- Include proper aliasing for widget display
SELECT
product_name as "Product",
sum(quantity) as "Units Sold",
sum(revenue) as "Revenue"
FROM sales_detail
GROUP BY 1;
```
### Layout and Positioning
Dashboards use a 12-column grid system for responsive layouts:
```python
# Widget positioning examples
{
"x": 0, # Start at left edge (0-11)
"y": 0, # Start at top
"width": 6, # Half width (1-12)
"height": 4 # Standard height (typically 2-8)
}
# Common layout patterns:
# Full width: width=12
# Half width: width=6
# Third width: width=4
# Quarter width: width=3
```
### Common Dashboard Patterns
#### Executive Dashboard
```
Human: Create an executive dashboard with KPIs, trends, and department breakdowns
Claude: I'll create a comprehensive executive dashboard with:
- Top KPI counters (revenue, growth, customers)
- Revenue trend line chart
- Department performance bar chart
- Regional heat map
- Key metrics table
```
#### Analytics Dashboard
```
Human: Build a customer analytics dashboard with segmentation and behavior analysis
Claude: I'll create a customer analytics dashboard featuring:
- Customer segmentation pie chart
- Cohort retention heatmap
- Purchase behavior funnel
- Customer lifetime value distribution
- Product affinity analysis
```
#### Operational Dashboard
```
Human: Create an operations dashboard for monitoring system performance
Claude: I'll build an operational dashboard with:
- Real-time metrics counters
- Performance trend lines
- Alert status table
- Resource utilization gauges
- Error log analysis
```
### Dashboard Management
#### Listing and Discovery
```bash
# Find existing dashboards
echo "List all Lakeview dashboards" | claude
# Get dashboard details
echo "Show me the configuration of dashboard-id-123" | claude
```
#### Updating Dashboards
```bash
# Add new widgets
echo "Add a revenue forecast widget to dashboard-id-123" | claude
# Modify existing widgets
echo "Update the sales chart to show quarterly data in dashboard-id-123" | claude
```
#### Sharing and Permissions
```bash
# Share with users
echo "Share dashboard-id-123 with user@company.com with READ access" | claude
# Share with groups
echo "Grant WRITE access to dashboard-id-123 for the analytics team" | claude
```
### Best Practices
1. **Start Simple**: Begin with core metrics and expand iteratively
2. **Use Consistent Styling**: Maintain uniform colors and formatting
3. **Optimize Queries**: Use aggregations and filters to improve performance
4. **Add Context**: Include markdown widgets for explanations
5. **Test Interactivity**: Verify filters and parameters work correctly
6. **Document Data Sources**: Note which tables and schemas are used
### Example: Complete Sales Dashboard
```
Human: Create a comprehensive sales dashboard with revenue trends, product performance, and regional analysis
Claude: I'll create a complete sales dashboard with multiple sections:
1. **KPI Section** (top row):
- Total Revenue counter
- Growth Rate counter
- Active Customers counter
- Average Order Value counter
2. **Trends Section** (second row):
- Monthly Revenue line chart
- Product Category performance bar chart
3. **Analysis Section** (third row):
- Regional sales heatmap
- Top Products table
- Customer Segment pie chart
4. **Details Section** (bottom):
- Detailed transactions table with filters
- Markdown widget with data definitions
```
The dashboard will be interactive with date range filters and drill-down capabilities.
## Comprehensive Testing Suite
This template includes comprehensive testing tools for validating MCP functionality at multiple levels.
### Testing Architecture
```mermaid
graph LR
subgraph "Test Types"
A[Command Line Tests]
B[Web UI Tests]
C[Integration Tests]
D[Performance Tests]
end
subgraph "Test Coverage"
E[Local MCP Server]
F[Remote MCP Server]
G[OAuth Authentication]
H[MCP Protocol]
I[Tool Discovery]
J[Tool Execution]
end
subgraph "Test Tools"
K[test_local_mcp_curl.sh]
L[test_local_mcp_proxy.sh]
M[test_remote_mcp_curl.sh]
N[test_remote_mcp_proxy.sh]
O[inspect_local_mcp.sh]
P[inspect_remote_mcp.sh]
end
A --> E
A --> F
B --> E
B --> F
C --> G
C --> H
D --> I
D --> J
K --> E
L --> E
M --> F
N --> F
O --> E
P --> F
```
### Quick Verification
After adding the MCP server to Claude, verify it's working:
```bash
# List available prompts and tools
echo "What MCP prompts are available from databricks-mcp?" | claude
# Test a specific prompt
echo "Use the build_lakeview_dashboard prompt from databricks-mcp" | claude
```
### Testing Scripts
The `claude_scripts/` directory contains **9 comprehensive testing tools**:
#### Command Line Tests
```bash
# Test local MCP server (requires ./watch.sh to be running)
./claude_scripts/test_local_mcp_curl.sh # Direct HTTP/curl tests
./claude_scripts/test_local_mcp_proxy.sh # MCP proxy client tests
# Test remote MCP server (requires Databricks auth and deployment)
./claude_scripts/test_remote_mcp_curl.sh # OAuth + HTTP tests
./claude_scripts/test_remote_mcp_proxy.sh # Full end-to-end MCP proxy tests
# Specialized tool testing
./claude_scripts/test_mcp_tools.py # MCP tools validation
./claude_scripts/test_uc_tools.py # Unity Catalog tools testing
```
#### Interactive Web UI Tests
```bash
# Launch MCP Inspector for visual testing
./claude_scripts/inspect_local_mcp.sh # Local server web interface
./claude_scripts/inspect_remote_mcp.sh # Remote server web interface
```
**MCP Inspector Features:**
- 🖥️ Web-based interface for interactive MCP server testing
- 🔧 Visual tool execution with parameter input forms
- 📊 Real-time request/response monitoring
- 🐛 Protocol-level debugging and error inspection
- 📋 Complete tool and resource discovery
- 🔄 Session management and connection status
### Test Results Summary
| Test | Status | Notes |
|------|--------|-------|
| **Local curl** | ✅ Pass | Authentication & headers validated |
| **Local proxy** | ✅ Pass | Full MCP protocol compliance |
| **Remote curl** | ✅ Pass | OAuth authentication & headers validated |
| **Remote proxy** | ✅ Pass | End-to-end OAuth + MCP working |
## CI/CD Pipeline
The project now includes automated CI/CD workflows for quality assurance and deployment:
### Continuous Integration
```mermaid
graph LR
A[Code Push] --> B[Automated Testing]
B --> C[Code Quality Checks]
C --> D[Security Scanning]
D --> E[Build Validation]
E --> F[Test Results]
subgraph "Quality Gates"
G[Python Linting]
H[Type Checking]
I[Unit Tests]
J[Integration Tests]
K[Frontend Build]
L[Security Scan]
end
B --> G
B --> H
B --> I
B --> J
B --> K
D --> L
```
### Automated Workflows
1. **CI Pipeline** (`.github/workflows/ci.yml`):
- Runs on every push and pull request
- Executes comprehensive test suite
- Performs code quality checks (ruff, type checking)
- Validates frontend build process
- Ensures all dependencies are properly configured
2. **Deployment Pipeline** (`.github/workflows/deploy.yml`):
- Automated deployment to Databricks Apps
- Environment-specific configurations
- Rollback capabilities
- Deployment validation
3. **Security Pipeline** (`.github/workflows/security.yml`):
- Automated security scanning
- Dependency vulnerability checks
- Code security analysis
- Compliance reporting
### Quality Assurance
The CI pipeline ensures:
- **Code Quality**: Consistent formatting and linting
- **Type Safety**: TypeScript and Python type checking
- **Test Coverage**: Comprehensive test execution
- **Security**: Automated vulnerability scanning
- **Performance**: Build time and resource optimization
## Advanced Usage
### Environment Variables
Configure in `.env.local`:
```bash
DATABRICKS_HOST=https://your-workspace.cloud.databricks.com
DATABRICKS_TOKEN=your-token # For local development
DATABRICKS_SQL_WAREHOUSE_ID=your-warehouse-id # For SQL tools
```
### Creating Complex Tools
Tools can access the full Databricks SDK:
```python
@mcp_server.tool
def create_job(name: str, notebook_path: str, cluster_id: str) -> dict:
"""Create a Databricks job."""
w = get_workspace_client()
job = w.jobs.create(
name=name,
tasks=[{
"task_key": "main",
"notebook_task": {"notebook_path": notebook_path},
"existing_cluster_id": cluster_id
}]
)
return {"job_id": job.job_id, "run_now_url": f"{DATABRICKS_HOST}/#job/{job.job_id}"}
```
## Troubleshooting
- **Authentication errors**: Run `databricks auth login` to refresh credentials
- **MCP not found**: Ensure the app is deployed and accessible
- **Tool errors**: Check logs at `https://your-app.databricksapps.com/logz`
- **MCP connection issues**:
- Check Claude logs: `tail -f ~/Library/Logs/Claude/*.log`
- Verify the proxy works: `uvx --from git+ssh://... dba-mcp-proxy --help`
- Test with echo pipe: `echo "list your mcp commands" | claude`
- **Cached version issues**: If you get errors about missing arguments after an update:
```bash
# Clear uvx cache for this package
rm -rf ~/.cache/uv/git-v0/checkouts/*/
# Or clear entire uv cache
uv cache clean
```
- **Frontend build issues**: Ensure Node.js dependencies are installed:
```bash
cd client
bun install
```
## Contributing
1. Fork the repository
2. Add your prompts and tools
3. Test locally with `./watch.sh`
4. Submit a pull request
## License
See [LICENSE.md](LICENSE.md)This server cannot be deployed
Maintenance
ActivityInactive
ResponsivenessNo issues