SAP C_CPI_2506 Exam Dumps

Based solely on the content from learning.sap.com, when you're developing an integration flow and need to configure a simulated payload, you use the Content Modifier component.

Here's the relevant explanation from the official material:

* The development cycle covers two testing approaches: simulation of integration flows and actual deployment for debugging.

* In the simulation scenario, you can simulate incoming messages using a Timer event to start the flow, and then inject a simulated message payload using a Content Modifier component.learning.sap.com+10learning.sap.com+10learning.sap.com+10learning.sap.com

Thus, the correct answer is:

A . Content Modifier

Based exclusively on content from learning.sap.com, the SAP platform that serves as the foundation for SAP's integration strategy is:

C . SAP Business Technology Platform (SAP BTP) Supporting Evidence:

* In the learning content ''Explaining the SAP Integration Strategy in the Context of the Intelligent Enterprise'', it clearly indicates that:

''The technology for this is the SAP Business Technology Platform (BTP), in particular, the SAP Integration Suite.''

learning.sap.com+7learning.sap.com+7learning.sap.com+7

This underscores that SAP BTP is positioned as the core underlying platform enabling SAP's integration capabilities---serving as the bedrock of the integration strategy.

Thus, the correct answer is:

C . SAP Business Technology Platform (SAP BTP).

Based solely on content from learning.sap.com, when sending messages via a SOAP adapter in an integration flow, the method used for transmitting the messages is:

D . POST

* The documentation clearly explains that SOAP messages are exchanged over HTTP, and that the SOAP sender adapter expects HTTP POST requests containing the SOAP envelope within the HTTP body learning.sap.com+9learning.sap.com+9learning.sap.com+9.

Thus, the correct answer is:

D . POST

Based solely on the official content from learning.sap.com, the design approach you should use to exchange notifications between partners in a largely asynchronous integration architecture is:

C . Event-driven design

This aligns with the principle of event-based connectivity, which SAP applies to support flexibility,

responsiveness, and decoupling in distributed systems. As described in SAP's learning material, such integration patterns enable systems to communicate via events, allowing for real-time processing while promoting loose coupling and scalability.learning.sap.com+14learning.sap.com+14learning.sap.com+14

Let me know if you'd like examples or blueprint diagrams to see how this works in practice within the SAP Integration Suite ecosystem!

Managing APIs

The correct answer---based purely on learning.sap.com---is:

A . ${header.receiver} Supporting Context:

* In SAP Integration Suite, writing to a Data Store allows dynamic determination of the Entry ID using the

Simple Expression Language.

* This uses the placeholder syntax ${header.<HeaderName>} to reference message headers---so if you want to fetch the receiver header and use it as the Entry ID, the correct syntax is ${header.receiver} learning.sap.com+1learning.sap.com+1.

Therefore, the correct choice is:

A . ${header.receiver}