DBT Manifest MCP Server

DBT Manifest MCP Server

Enables the analysis of DBT manifests with automatic schema version detection and lineage tracking, allowing users to query model dependencies, access compiled code, and get detailed model information.

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DBT Manifest MCP Server

A FastMCP server for analyzing DBT manifests with automatic schema version detection and lineage tracking.

Author: David B Company: DABBLEFISH LLC License: MIT

Features

  • Automatic Schema Version Detection: Supports DBT manifest schema versions v0-v12
  • Version-Adaptive Parsing: Backward compatibility with legacy manifest formats
  • SQLite Database Storage: Efficient querying and data persistence
  • Lineage Analysis: Upstream and downstream dependency tracking
  • Model Information: Detailed model metadata and compiled code access
  • PEP-8 Compliant: Professional Python package structure

Installation

From PyPI (when published)

pip install dbt-manifest-mcp

From Source

git clone https://github.com/dabblefish/dbt-manifest-mcp.git
cd dbt-manifest-mcp
pip install -e .

Development Installation

git clone https://github.com/dabblefish/dbt-manifest-mcp.git
cd dbt-manifest-mcp
pip install -e ".[dev]"

Usage

Running the Server

# Using the installed command
dbt-manifest-mcp

# Or using Python module
python -m dbt_manifest_mcp.server

Environment Variables

  • DBT_MANIFEST_PATH: Path to the DBT manifest.json file (required)
  • DBT_DB_PATH: Path to SQLite database file (optional, defaults to ./dbt_manifest.db)

Example

export DBT_MANIFEST_PATH="/path/to/your/manifest.json"
export DBT_DB_PATH="./dbt_manifest.db"
dbt-manifest-mcp

Available Tools

1. refresh_manifest

Refresh DBT manifest data by parsing and storing in SQLite database.

Parameters:

  • manifest_path (optional): Path to the DBT manifest.json file

Returns: Success message with statistics

2. get_upstream_lineage

Get upstream lineage for a DBT model.

Parameters:

  • model_id: Unique ID of the DBT model (e.g., 'model.my_project.my_model')

Returns: Dictionary with model_id, upstream_models list, and count

3. get_downstream_lineage

Get downstream lineage for a DBT model.

Parameters:

  • model_id: Unique ID of the DBT model (e.g., 'model.my_project.my_model')

Returns: Dictionary with model_id, downstream_models list, and count

4. get_model_info

Get detailed information about a DBT model including parent/child counts and compiled code.

Parameters:

  • model_id: Unique ID of the DBT model (e.g., 'model.my_project.my_model')

Returns: Dictionary with detailed model information

5. get_schema_info

Get information about the loaded DBT manifest schema version, supported features, and database statistics.

Returns: Dictionary with version info, features, and statistics

Schema Version Support

The server automatically detects and adapts to different DBT manifest schema versions:

  • v0-v3: Legacy format with basic node structure
  • v4+: Modern format with parent_map and child_map
  • v12: Latest format with enhanced metadata

Version-Specific Features

Version Parent Map Child Map Node Structure Metadata Location
v0-v3 ❌ (built from dependencies) ❌ (built from dependencies) Legacy Root
v4-v11 Modern Metadata
v12 Modern Metadata

Database Schema

The server creates the following SQLite tables:

  • metadata: Schema version and manifest metadata
  • nodes: DBT models, tests, and other nodes
  • sources: DBT source definitions
  • macros: DBT macro definitions
  • parent_map: Parent-child relationships
  • child_map: Child-parent relationships

Example Usage

# After starting the server, you can use the tools via MCP client

# Refresh manifest data
refresh_manifest("/path/to/manifest.json")

# Get upstream dependencies
upstream = get_upstream_lineage("model.my_project.customer_orders")

# Get downstream dependencies
downstream = get_downstream_lineage("model.my_project.raw_customers")

# Get detailed model information
model_info = get_model_info("model.my_project.customer_summary")

# Get schema version information
schema_info = get_schema_info()

Error Handling

The server includes comprehensive error handling for:

  • Missing or invalid manifest files
  • Unsupported schema versions
  • Database connection issues
  • Invalid model IDs

License

MIT License - see LICENSE file for details.

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