OData MCP Proxy

A config-driven MCP (Model Context Protocol) server that exposes OData and REST APIs as MCP tools. This enables AI assistants such as Claude to query, manage, and monitor SAP backends through natural language.

The server runs on SAP BTP Cloud Foundry and uses BTP Destinations for secure, token-managed connectivity to OData APIs.

Features

32 OData entity sets across 6 API categories, automatically registered as MCP tools
Full CRUD support -- list, get, create, update, and delete operations where the API permits
OData V2 query capabilities -- $filter, $select, $expand, $orderby, $top, $skip, and $inlinecount
Navigation property traversal -- dedicated tools for related entities (e.g., iFlow configurations, message attachments, error details)
Category-based filtering -- enable only the API categories you need via configuration
Dual transport modes -- Streamable HTTP for BTP deployment, stdio for local Claude Desktop use
Automatic OAuth token management -- tokens are refreshed transparently via the BTP Destination Service

Architecture

Claude / AI Assistant
        |
        | MCP Protocol (stdio or HTTP)
        v
 OData MCP Proxy
        |
        | OData V2 + JSON
        v
   OData Client
        |
        | OAuth2 (via BTP Destination Service)
        v
  BTP Destination
        |
        v
 SAP Cloud Integration
   OData Admin APIs

The server resolves a BTP Destination at startup to obtain the Cloud Integration tenant URL and OAuth2 credentials. On each API call, the destination is re-resolved to ensure tokens remain valid. The OData client translates MCP tool invocations into OData V2 HTTP requests and returns structured JSON results to the AI assistant.

Prerequisites

Node.js 20+ (18+ minimum, 20+ recommended)
SAP BTP account with a Cloud Foundry environment
SAP Integration Suite tenant (Cloud Integration capability)
BTP Destination configured to point to your Cloud Integration tenant's OData API with OAuth2 authentication
Cloud Foundry CLI (cf) and MBT Build Tool (mbt) for BTP deployment

Quick Start (Local Development)

1. Clone and install

git clone <repository-url>
cd odata-mcp-proxy
npm install

2. Configure environment

cp .env.example .env

Edit .env and set at minimum:

SAP_DESTINATION_NAME=your_ci_destination_name
MCP_TRANSPORT=stdio

Note: For local development with stdio transport, you must have BTP Destination Service credentials available in your environment (e.g., via VCAP_SERVICES or a default-env.json file).

3. Build and run

npm run build
npm run start:stdio

Or use the development watcher:

npm run dev

4. Connect from Claude Desktop

Add the server to your Claude Desktop MCP configuration (claude_desktop_config.json):

{
  "mcpServers": {
    "odata-mcp-proxy": {
      "command": "node",
      "args": ["dist/index.js"],
      "cwd": "/path/to/odata-mcp-proxy",
      "env": {
        "SAP_DESTINATION_NAME": "your_ci_destination_name",
        "MCP_TRANSPORT": "stdio"
      }
    }
  }
}

Using as an npm Package

You can consume odata-mcp-proxy as a dependency in your own project -- similar to how the SAP Application Router works. No TypeScript compilation or build step required.

1. Create your project

mkdir my-mcp-server
cd my-mcp-server
npm init -y
npm install odata-mcp-proxy

2. Add a start script

In your package.json:

{
  "scripts": {
    "start": "odata-mcp-proxy"
  },
  "dependencies": {
    "odata-mcp-proxy": "^1.0.0"
  }
}

3. Add your API config

Create an api-config.json in your project root. The CLI automatically picks it up from the working directory. See the bundled config files for the full format.

{
  "server": {
    "name": "my-mcp-server",
    "version": "1.0.0",
    "description": "My custom MCP server"
  },
  "apis": [
    {
      "name": "my-api",
      "destination": "MY_DESTINATION",
      "pathPrefix": "/api/v1",
      "csrfProtected": true,
      "entitySets": [
        {
          "entitySet": "Products",
          "description": "product entities",
          "category": "master-data",
          "keys": [{ "name": "Id", "type": "string" }],
          "operations": { "list": true, "get": true, "create": false, "update": false, "delete": false }
        }
      ]
    }
  ]
}

You can also use a custom filename with the --config flag:

odata-mcp-proxy --config my-custom-config.json

Or set it via environment variable:

API_CONFIG_FILE=my-custom-config.json npm start

If no config file is found in the working directory, the bundled defaults (SAP Cloud Integration APIs) are used.

4. Configure credentials

For local development, create a .env file or default-env.json with your destination credentials. The env var prefix is derived from the destination field in your config -- uppercase it and replace non-alphanumeric characters with _.

For example, destination "MY_DESTINATION" maps to:

MY_DESTINATION_BASE_URL=https://my-api.example.com
MY_DESTINATION_TOKEN_URL=https://auth.example.com/oauth/token
MY_DESTINATION_CLIENT_ID=...
MY_DESTINATION_CLIENT_SECRET=...

On BTP, use the Destination Service instead (credentials are resolved automatically via VCAP_SERVICES).

5. Project structure

A complete consumer project looks like this:

my-mcp-server/
├── package.json          # start script + dependency
├── api-config.json       # your API configuration
├── default-env.json      # local BTP credentials (gitignored)
├── .env                  # local env overrides (gitignored)
├── mta.yaml              # BTP deployment descriptor
└── xs-security.json      # XSUAA config (if using OAuth)

Deploying to BTP as a consumer project

Since there is no build step, the mta.yaml is straightforward -- just like the SAP Application Router:

_schema-version: "3.1"
ID: my-mcp-server
version: 1.0.0

parameters:
  enable-parallel-deployments: true

modules:
  - name: my-mcp-server
    type: nodejs
    path: .
    parameters:
      memory: 512M
      disk-quota: 1G
      buildpack: nodejs_buildpack
      health-check-type: http
      health-check-http-endpoint: /health
      command: npm start
    build-parameters:
      builder: npm
      ignore:
        - .git/
        - .env
        - default-env.json
    requires:
      - name: my-destination
      - name: my-connectivity
      - name: my-xsuaa

resources:
  - name: my-destination
    type: org.cloudfoundry.managed-service
    parameters:
      service: destination
      service-plan: lite

  - name: my-connectivity
    type: org.cloudfoundry.managed-service
    parameters:
      service: connectivity
      service-plan: lite

  - name: my-xsuaa
    type: org.cloudfoundry.managed-service
    parameters:
      service: xsuaa
      service-plan: application
      path: xs-security.json

The key difference from a standalone deployment: builder: npm is all you need. MBT runs npm install --production, which installs the pre-built odata-mcp-proxy package from the registry. No TypeScript, no custom build commands.

Deploy with:

mbt build && cf deploy mta_archives/my-mcp-server_1.0.0.mtar

BTP Deployment (Standalone)

When working with the source repository directly (not as an npm dependency), the project includes its own mta.yaml for deployment to SAP BTP Cloud Foundry. The MTA provisions the required service instances (Destination, Connectivity, XSUAA) and deploys the server as a Node.js application using HTTP transport.

npm run build:btp    # Build the MTA archive
npm run deploy:btp   # Deploy to Cloud Foundry

For detailed deployment instructions, destination configuration, and XSUAA setup, see docs/DEPLOYMENT.md.

Configuration

All configuration is managed through environment variables. The server validates configuration at startup using Zod and fails fast on invalid values.

Variable	Required	Default	Description
`SAP_DESTINATION_NAME`	Yes	--	BTP Destination name pointing to your Cloud Integration tenant
`MCP_TRANSPORT`	No	`http`	Transport mode: `http` (BTP deployment) or `stdio` (Claude Desktop)
`PORT`	No	`4004`	HTTP server port (only used when `MCP_TRANSPORT=http`)
`LOG_LEVEL`	No	`info`	Logging level: `error`, `warn`, `info`, `debug`
`REQUEST_TIMEOUT`	No	`60000`	HTTP request timeout in milliseconds
`ENABLED_API_CATEGORIES`	No	`all`	Comma-separated list of API categories to enable (see below)

API Categories

Use ENABLED_API_CATEGORIES to restrict which tool groups are registered:

Category	Description
`integration-content`	Integration packages, iFlows, value/message mappings, script collections, custom tags, deploy status
`message-processing-logs`	Message processing logs, ID mappings, idempotent repository
`message-stores`	Data stores, variables, number ranges, message stores, JMS brokers and queues
`log-files`	System log files and log file archives
`security-content`	Keystores, certificates, SSH keys, credentials, OAuth2 clients, secure parameters, access policies
`partner-directory`	Partners, string/binary parameters, alternative partners, authorized users

Set to all (the default) to enable every category.

Available Tools

Tools are dynamically generated from entity set definitions. Each entity set produces up to five tools (_list, _get, _create, _update, _delete) plus navigation property tools, depending on what the OData API supports.

Integration Content

Tool	Operations
`IntegrationPackages`	list, get, create, update, delete
`IntegrationDesigntimeArtifacts`	list, get, create, update, delete + Resources, Configurations
`IntegrationRuntimeArtifacts`	list, get
`ValueMappingDesigntimeArtifacts`	list, get, create, update, delete + ValMapSchema
`MessageMappingDesigntimeArtifacts`	list, get, create, update, delete
`ScriptCollectionDesigntimeArtifacts`	list, get, create, update, delete
`CustomTagConfigurations`	list, get, create, update, delete
`BuildAndDeployStatus`	list, get

Message Processing Logs

Tool	Operations
`MessageProcessingLogs`	list, get + Attachments, ErrorInformations, AdapterAttributes, CustomHeaderProperties, MessageStoreEntries
`IdMapFromId2s`	list
`IdempotentRepositoryEntries`	list

Message Stores

Tool	Operations
`DataStoreEntries`	list, get, delete
`Variables`	list, get
`NumberRanges`	list, get
`MessageStoreEntries`	list, get
`JmsBrokers`	list, get
`JmsResources`	list

Log Files

Tool	Operations
`LogFiles`	list, get
`LogFileArchives`	list, get

Security Content

Tool	Operations
`KeystoreEntries`	list, get, delete
`CertificateResources`	list, get
`SSHKeyResources`	list, get
`UserCredentials`	list, get, create, update, delete
`OAuth2ClientCredentials`	list, get, create, update, delete
`SecureParameters`	list, get, create, update, delete
`CertificateUserMappings`	list, get, create, update, delete
`AccessPolicies`	list, get, create, update, delete + ArtifactReferences

Partner Directory

Tool	Operations
`Partners`	list, get, create, update, delete
`StringParameters`	list, get, create, update, delete
`BinaryParameters`	list, get, create, update, delete
`AlternativePartners`	list, get, create, update, delete
`AuthorizedUsers`	list, get, create, update, delete

Tool Naming Convention

Tools follow the pattern {EntitySet}_{operation}:

IntegrationPackages_list
IntegrationPackages_get
IntegrationPackages_create
IntegrationDesigntimeArtifacts_Configurations_list
MessageProcessingLogs_ErrorInformations_list

OData Query Parameters

All _list tools accept standard OData V2 query options:

$filter -- e.g., "Status eq 'FAILED'"
$select -- e.g., "Id,Name,Status"
$expand -- e.g., "Configurations"
$orderby -- e.g., "Name asc"
$top -- e.g., 10
$skip -- e.g., 20

Transport Modes

HTTP (Streamable HTTP)

Used for BTP Cloud Foundry deployment. The server exposes an /mcp endpoint supporting the MCP Streamable HTTP transport with session management, plus a /health endpoint for CF health checks.

MCP_TRANSPORT=http PORT=4004 npm start

stdio

Used for local development and direct integration with Claude Desktop. Communication happens over standard input/output streams.

MCP_TRANSPORT=stdio npm start

Tech Stack

Runtime: Node.js 20+ with ES Modules
Language: TypeScript 5.7+
MCP SDK: @modelcontextprotocol/sdk 1.17+
SAP Cloud SDK: @sap-cloud-sdk/connectivity and @sap-cloud-sdk/http-client 4.x for destination resolution and HTTP calls
Validation: Zod for configuration and input validation
HTTP Framework: Express 4.x (HTTP transport only)
Logging: Winston

License

MIT

Name		Name	Last commit message	Last commit date
Latest commit History 10 Commits
.claude		.claude
.taskmaster		.taskmaster
docs		docs
scripts		scripts
src		src
.env.example		.env.example
.gitignore		.gitignore
CLAUDE.md		CLAUDE.md
LICENSE		LICENSE
README.md		README.md
claude-desktop-config.example.json		claude-desktop-config.example.json
example-default-env.json		example-default-env.json
mta.yaml		mta.yaml
package-lock.json		package-lock.json
package.json		package.json
tsconfig.json		tsconfig.json
xs-security.json		xs-security.json

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OData MCP Proxy

Features

Architecture

Prerequisites

Quick Start (Local Development)

1. Clone and install

2. Configure environment

3. Build and run

4. Connect from Claude Desktop

Using as an npm Package

1. Create your project

2. Add a start script

3. Add your API config

4. Configure credentials

5. Project structure

Deploying to BTP as a consumer project

BTP Deployment (Standalone)

Configuration

API Categories

Available Tools

Integration Content

Message Processing Logs

Message Stores

Log Files

Security Content

Partner Directory

Tool Naming Convention

OData Query Parameters

Transport Modes

HTTP (Streamable HTTP)

stdio

Tech Stack

License

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