C_CPI_2506 Exam Dumps - SAP Certified Associate Questions and Answers

REST (Representational State Transfer) is:

An architectural style for designing networked applications.

Based on principles such as statelessness, resource orientation, uniform interface (HTTP methods: GET, POST, PUT, DELETE).

Used widely in SAP (OData is REST-based).

Other options:

Not a protocol (like HTTP), not a description language (like OpenAPI), and not limited to messaging.

Correct definition → Architectural style.

When generating a Service Key for an SAP Integration Suite Event Mesh message client, the credentials contain details required for authentication and connection.

Event Mesh uses OAuth 2.0 client credential flow for secure access.

The Service Key includes:

Client ID

Client Secret

OAuth Token URL

These values are used by applications to authenticate and obtain tokens before accessing Event Mesh queues or topics.

Other methods (Basic Authentication, API Keys, X.509 certificates) are not used by default for Event Mesh service keys.

In SAP Cloud Integration, the log levels are:

Info → Default, logs basic execution details.

Debug → Logs processing steps, but not message payload.

Error → Logs only failures.

Trace → Captures message payloads at specific processing steps, used for deep troubleshooting.

Thus, to examine payload at runtime, the log level must be set to Trace.

For a synchronous call to a remote HTTP API in an integration flow:

The OData adapter (or HTTP adapter) is used to perform synchronous request-reply communication with REST-based services.

AMQP → Messaging protocol, not synchronous.

SFTP → File-based transfer, asynchronous.

Mail → For SMTP/IMAP, not synchronous API calls.

Thus, the correct adapter for a synchronous remote API call is OData (or HTTP adapter, depending on configuration).

In SAP systems (e.g., S/4HANA, SAP Gateway), OData services follow a standard URL path:

/sap/opu/odata → The valid and official prefix for OData services.

Example: /sap/opu/odata/sap/API_BUSINESS_PARTNER

Other options:

/sap/opo/odata and /sap/odu/odata → Typographical variations, not valid.

/soap/opu/odata → Incorrect, since OData is not SOAP-based.

Thus, the valid prefix is /sap/opu/odata.

In SAP Event Mesh, topic subscriptions follow a defined hierarchical string structure:

Namespace → Defines the domain or context (e.g., sap/s4/beh/businesspartner).

Topic name → Specifies the exact event (e.g., BusinessPartner/Changed).

Separators (/) → Used to concatenate namespace and event details into a full subscription string.

Other options:

API key, Client ID, and Authentication token → Used for connectivity but not part of the topic string.

Business Partner ID, Change type, Event timestamp → Payload details, not part of the subscription string.

Source/Target system → Not required for constructing the topic name.

Thus, the correct components are Namespace, Topic name, Separator.

The URL shown is an OData service endpoint exposed from the SAP ES5 Gateway demo system:

https://sapes5.sapdevcenter.com/sap/opu/odata/iwbep/GWSAMPLE_BASIC/ProductSet( 'HT-1000')/ToSalesOrderLineltems

OData services in SAP Gateway return XML responses by default when called in a browser, unless otherwise specified by request headers (like JSON format).

The structure follows AtomPub/Atom XML representation, showing entity details and navigation properties.

Therefore, the file type displayed in the browser is XML, not HTML, Java, or PHP.

SAP Integration Suite, Advanced Event Mesh (AEM) is the SAP offering that provides a highly scalable, distributed event streaming platform. It is specifically designed for large-scale, hybrid, and multi-cloud landscapes where event-driven communication is required across diverse applications and systems.

Key points from SAP documentation:

Protocol Support: Advanced Event Mesh supports MQTT, AMQP, JMS, REST, and WebSocket protocols, ensuring secure and efficient event transmission across heterogeneous IT landscapes.

Scalability and Distribution: Unlike standard SAP Event Mesh, which is intended for simpler messaging scenarios, AEM provides global-scale event streaming with distributed brokers that can span multiple geographies and cloud regions.

Hybrid Integration: AEM enables real-time, event-driven integration across on-premise systems, SAP cloud applications, and third-party solutions, making it suitable for hybrid IT environments.

Enterprise Features: It includes advanced capabilities such as high availability, disaster recovery, dynamic scaling, and fine-grained security for enterprise-grade messaging.

Why the other options are incorrect:

A. SAP Business Technology Platform (SAP BTP) → This is the overall platform-as-a-service offering from SAP. It provides the foundation but not specifically the event streaming capability.

B. SAP Cloud Platform, Integration → This was the older name for what is now SAP Integration Suite (Cloud Integration capability). It does not directly provide advanced distributed event streaming.

C. SAP Process Orchestration → This is the on-premise middleware suite (PI/PO + BPM), but it is not designed for distributed event streaming or modern event protocols like MQTT.

Therefore, the correct answer is D. SAP Integration Suite, Advanced Event Mesh, as it is the only SAP solution purpose-built to deliver distributed, scalable event streaming with support for MQTT, AMQP, and JMS protocols.

To activate Event Mesh (EMIS) capability in SAP Integration Suite, the required role collections are:

Integration_Provisioner → Allows provisioning of new capabilities (including Event Mesh) in Integration Suite.

Subaccount Administrator → Grants permission to manage and configure subaccount-level entitlements and service activations.

Other options:

Integration_Administrator, API_Manager, Monitoring_Viewer → Used for operational tasks, not provisioning.

Process_orchestrator → Refers to on-premise PI/PO, not BTP roles.

Security_Auditor → Auditing role, not activation.

Thus, the correct roles are Integration_Provisioner and Subaccount Administrator.

In SAP Cloud Integration (part of Integration Suite), error handling within integration flows is implemented using:

Exception Subprocesses → Dedicated subprocesses triggered by an Error Start Event to handle unexpected runtime exceptions.

These allow logging, error notifications, or compensating logic.

Other options:

Try-Catch subprocesses → Not a modeling construct in SAP CPI.

Exception handler integration flow elements → Not a standard artifact; error handling is done with exception subprocesses.

Status code checks → Useful for response validation but not full error handling.

Thus, the correct answer is Exception-handling subprocesses.