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SAP Cloud Transport Management - Integrations Reference

Source: https://github.com/SAP-docs/sap-btp-cloud-transport-management/blob/main/docs/70-integrations/integrating-the-service-7e966f7.md


Overview

SAP Cloud Transport Management integrates with development and change management processes through:

  1. Documented partnerships with SAP BTP services
  2. Customizable APIs on SAP Business Accelerator Hub

Integration Scenarios

1. SAP Continuous Integration and Delivery

Purpose: Receive transports from release candidates qualified by automated pipelines

Resources:

  • Official CI/CD service documentation
  • Integration guides for embedding TMS into CI/CD jobs
  • Blog posts on TMS + CI/CD pipeline integration
  • Tutorial videos on DevOps with SAP BTP

Service Plan: Use export instance plan for CI/CD pipelines


2. Project Piper Integration

Purpose: Integrate TMS into CI/CD pipelines using Project Piper framework

Implementation:

  • Use Project Piper's TMS integration steps
  • Configure pipeline stages for transport operations

3. Hybrid Landscapes with CTS+

Purpose: Combine cloud and on-premise transport management

Components:

  • CTS+ (Change and Transport System)
  • Change Request Management (ChaRM)
  • Hybrid environment support

4. SAP Automation Pilot

Purpose: Automate transport management through command catalogs

Capabilities:

  • Manage transport nodes
  • Manage transport routes
  • Manage transport requests

5. SAP Solution Manager Integration

Purpose: Coordinate change control across systems

Supported Features:

  • Change Request Management
  • Quality Gate Management
  • Controlled deployment workflows

6. SAP Cloud ALM Integration

Purpose: Enable change and deployment management capabilities

Resources:

  • Blog posts on Cloud ALM interplay
  • Specific scenarios (MTA transport from Neo)

7. SAP Alert Notification Service

Purpose: Receive alerts and notifications for TMS actions

Setup Requirements:

  1. Entitle Alert Notification service in global account
  2. Create service instance in Cloud Foundry space
  3. Create destination named ALERT_NOTIFICATION_SERVICE:
Field Value
Type HTTP
Proxy Type Internet
Authentication OAuth2ClientCredentials
URL From Alert Notification service key
Client ID From service key
Client Secret From service key
Token Service URL From service key
  1. Configure destination in each TMS-subscribed subaccount

Notification Events:

Event Description
TmsImportFinished Import completed
TmsImportStarted Import started
TmsTransportRequestAdded Request added to queue
TmsNodeImportJobDeactivated Scheduler disabled due to failures
TmsStorageQuotaUsage Storage exceeded 85% threshold

Enable Notifications:

  • Node level: Select "Perform Notification" when creating node
  • Storage: Select "Enable Notification" in user profile settings

Notification Channels:

  • Email
  • Slack
  • Other supported channels

Filtering:

  • eventType = specific event
  • tags.nodeId = specific transport node

Actionable Links: Import finished and request added notifications include links for:

  • Display transport request
  • Forward request
  • Initiate import

8. SAP Content Agent Service

Purpose: Receive transport requests of Cloud Foundry content

Flow:

  1. Content assembled in source environment
  2. Exported using SAP Content Agent service
  3. Transported via TMS to target environments

Supported Content:

  • SAP Integration Suite artifacts
  • API Management artifacts

9. SAP Solution Lifecycle Management

Purpose: Transport Neo content gathered via Solution Export Wizard

Flow:

  1. Content gathered in Neo source
  2. Exported using Solution Export Wizard
  3. Transported via TMS

API Integration

Available APIs

  • Cloud Transport Management API: Full transport operations
  • Cloud Transport Management Version Endpoint API: Version information

Reference: https://api.sap.com/package/TmsForCloudPub/rest


API Operations for Export

File Upload

Purpose: Upload content archive to TMS

When: First operation for file-based transport

Returns: File ID for subsequent operations

Node Export

Purpose: Enable transport directly from application

Flow:

  1. Uploaded file or reference attaches to new transport request
  2. Request added to import queues of follow-on nodes

Use Case: Direct application-to-TMS integration

Node Upload

Purpose: Upload archives to first transport node or specific subaccounts

Use Case: CI/CD scenarios, external archive upload

Flow:

  1. Upload MTA to specific node
  2. Request created in that node's queue

API Operations for Import

Operation Description
Import Import specific transport requests
Import All Import all requests in node
Forward Forward requests to target nodes
Reset Reset request status for re-import
Delete Remove requests from queues

Monitoring Operations

Get Transport Action

Purpose: Monitor async operations

Flow:

  1. Initiate import (async operation)
  2. Poll action status via Get transport action
  3. Check for completion

Get Transport Requests

Purpose: Retrieve transport request details

Get Transport Logs

Purpose: Access detailed operation logs


Asynchronous Processing

Important: Imports are typically asynchronous operations.

Pattern:

1. Initiate import operation → Returns action ID
2. Poll Get transport action with action ID
3. Check status (Running, Succeeded, Error, etc.)
4. Retrieve logs if needed

Reference-Based Transport

Alternative to file upload: Transport based on reference without file upload.

Use Cases:

  • BTP ABAP (Git repository references)
  • Other reference-based content types

Reference Contents:

  • Software component name
  • Commit ID
  • Branch name
  • Tag name

Sample Integration Workflow

CI/CD Pipeline Integration

1. Build MTA in CI/CD pipeline
2. Call File Upload API with MTA
3. Call Node Export/Upload API with file ID
4. TMS creates transport request
5. Request appears in target node queue
6. Import (manual, scheduled, or automatic)
7. Deployment to target environment

Application Direct Integration

1. User selects content for transport in application
2. Application calls TMS destination
3. TMS receives content via API
4. Transport request created
5. Forwarded to target nodes per routes
6. Operations team imports in target

Integration Service Plans

Plan Use Case
standard Full integration, Cloud ALM, Solution Manager
export CI/CD pipelines, file upload only
transport_operator Import operations only