Questions for the C-CPI-2506 were updated on : Dec 01 ,2025
Which expression language can you use to access the content of a message in an integration flow?
A
Explanation:
Based solely on learning.sap.com, the expression language you can use within an integration flow to
access the content of a message is the:
A . Simple Expression Language Supporting Evidence:
•
The Simple Expression Language (commonly referred to as the Camel Simple Expression
Language) is used to read exchange parameters—such as message headers, properties, and body—
within integration flow components like Content Modifier, Router, Message Mapping, and more. It
employs
${} placeholders for dynamic value access.
help.sap.com+10learning.sap.com+10learning.sap.com+10
None of the other options (XML expression language, Spring expression language, JavaScript
expression language) are documented in learning.sap.com as standard tools for accessing message
content within integration flows.
Correct Answer:
A . Simple expression language
You are creating an API proxy.Which of the following is a valid path prefix?
C
Explanation:
The correct answer—based solely on learning.sap.com—is:
C . /sap/opu/odata
Supporting Evidence:
In the lesson “Creating an API Provider”, when configuring an API provider of type Internet, a Path
Prefix field is specified. The example provided uses:
•
Path Prefix: /sap/opu/odata
•
Alongside a Service Collection URL such as /IWFND/CATALOGSERVICE/ServiceCollection
learning.sap.com+2learning.sap.com+2
So, the answer to the question “Which of the following is a valid path prefix?” is:
C . /sap/opu/odata
You want to build an integration architecture that is largely asynchronous.Which design do you use to
exchange notifications between the partners involved?
C
Explanation:
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
You are using a Data store Operation of the type Write.Which parameter must you select to avoid
duplicate entries?
A
Explanation:
Based strictly on SAP’s official documentation via learning.sap.com, when you use a Data Store Write
operation and need to prevent duplicate entries, the crucial configuration setting is:
A . Overwrite Existing Message Why This Is Correct
•
The help guide explains that by selecting “Overwrite Existing Message”, the system will
replace any existing entry that has the same Entry ID, instead of creating a duplicate entry. This
ensures that only one (most recent) copy is stored.
community.sap.com+15help.sap.com+15community.sap.com+15
Therefore, the correct answer is:
A . Overwrite Existing Message
You download the Performance-Traceability policy from the SAP Business Accelerator Hub and
implement it in an API proxy.What can you use to view the data covered the policy?
C
Explanation:
Based solely on learning.sap.com, after you implement the Performance-Traceability policy in an API
proxy, the most appropriate place to view the data collected by that policy is:
C
.
The API monitor under Monitor → Integration APIs
Supporting Insight:
•
The Performance-Traceability template is designed to capture key metrics (e.g., latency,
throughput) and trace information about API calls.
•
To inspect these metrics, you can navigate to the Monitor section in SAP Integration Suite,
then select
APIs—this presents monitoring dashboards and logs specific to your API proxies. (learning.sap.com)
Thus, the correct answer is:
C . The API monitor under Monitor → Integration APIs
Implementing Cloud Integration
You configured a content modifier as follows: Action: Create | Name: ProductID | Source Type: XPath
Source Value: //ProductID | Data Type: java.lang.string. After testing the content modifier, you
receive an error message that contains the following fragment: "Java.lang.ClassNotFoundException:
java.lang.string..."What caused the error message?
A
.
Incorrect source type
B
.
Incorrect source value
C
.
Incorrect name
D
.
Incorrect data type
D
Explanation:
Based solely on content from learning.sap.com, the issue causing the error stems from the data type
specification being case-sensitive. The system failed because it could not find the class
java.lang.string, which doesn't exist in Java.
The correct data type should use proper Java class naming with an uppercase "S", i.e.:
•
Correct: java.lang.String
•
Incorrect (causing error): java.lang.string So, the correct answer is:
D . Incorrect data type
Managing APIs
What are API Management components?Note: There are 2 correct answers to this question.
A
.
Authorization server
B
.
API Designer
C
.
API Entity
D
.
Product
B D
Explanation:
Based exclusively on learning.sap.com, the two correct components of API Management within SAP
Integration Suite are:
•
B. API Designer
•
D. Product Supporting Evidence:
The course content explicitly lists the most important components in the API Management
architecture, which include API Provider, API, API Designer, and Product
developers.sap.com+15learning.sap.com+15learning.sap.com+15.
These components play critical roles:
•
API Designer: Enables the creation and editing of APIs using OpenAPI-based definitions.
•
Product: Serves as a managed artifact that encapsulates one or more APIs, preparing them
for exposure on the API Business Hub Enterprise.
So the correct answers are:
B
.
API Designer
D . Product
Implementing Cloud Integration
What kind of editor can you use to manipulate integration flows?
A
Explanation:
Based exclusively on learning.sap.com, the editor you use to manipulate integration flows in SAP
Integration Suite is the:
A . Graphical editor Supporting Evidence:
•
According to the documentation, an integration flow is managed using a graphical
representation of message processing between participants, which is edited within a web-based
integration flow designer. This clearly indicates the use of a visual, drag-and-drop interface rather
than code or CLI tools.
+14help.sap.com+14help.sap.com+14 So, the correct answer is:
A
.
Graphical editor
Managing APIs
Why does the API Management capability of the SAP Integration Suite require API providers?
C
Explanation:
Based solely on the content from learning.sap.com, the correct reason why the API Management
capability within SAP Integration Suite requires API providers is:
C . To incorporate APIs from source systems Supporting Evidence:
The lesson on "Creating an API Provider" specifies that an API provider defines connection details for
services running on specific hosts—essentially allowing API Management to connect to and consume
APIs from a range of source systems, including:
•
Open Connectors
•
SAP on-premise systems via Cloud Connector
•
Cloud Integration-delivered APIs (OData or SOAP)
•
External Internet-based APIs
•
Services from the SAP Business Accelerator Hub
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Thus, the role of an API provider is to bridge and integrate external APIs into the SAP Integration
Suite environment, enabling API Management to abstract and manage them effectively.
So, the correct answer is:
C . To incorporate APIs from source systems.
Implementing Cloud Integration
Which of the following XSL statements selects each node in the source XML?
B
Explanation:
I wasn’t able to find an explicit mention on learning.sap.com about the specific XSL statement that
selects each
node in the source XML. However, based on general XSLT knowledge, the correct answer is:
B . <xsl:template match="*">
This match pattern targets all element nodes in the XML document. Here’s why the other choices are
not correct:
•
A. <xsl:template match="/*"> — Matches only the root element, not all nodes.
•
C. <xsl:template match="@*"> — Matches attributes, not elements.
•
D. <xsl:template match="text()"> — Matches text nodes, excluding element nodes.
So, even though the answer isn't directly documented on learning.sap.com, option B is the correct
XSL syntax for selecting each element node in the source XML. Let me know if you’d like to dig
further into XSLT usage within SAP integration contexts!
Managing APIs
What minimum user permission is required to create a queue within the emis-s4hana message
client?
C
Explanation:
Based only on information published on learning.sap.com, the user must have role collections
specific to Event Mesh assigned at the subaccount level to activate and access SAP Event Mesh
functionalities—this includes creating queues, subscriptions, and accessing the Event Mesh cockpit.
In the Event Mesh setup lessons, users are guided to assign the relevant role collections (e.g.,
Enterprise Messaging Administrator, Developer, etc.) to gain access and permissions.
Therefore, the correct answer is:
C . Role collections for Event Mesh
Implementing Cloud Integration
You want to implement a synchronous call to a remote HTTP API as an integration flow
component.Which adapter can you use?
C
Explanation:
According to learning.sap.com, the correct adapter for implementing a synchronous call to a remote
HTTP API
within an integration flow is:
C . OData
Why This Is Correct:
•
The OData adapter in SAP Integration Suite is based on HTTP(S) and operates synchronously.
It's commonly used for consuming or exposing RESTful service interfaces with direct request-
response patterns, making it suitable for real-time HTTP communications.
The other options—AMQP, SFTP, and Mail—do not support synchronous HTTP-based calls:
•
AMQP is designed for message-oriented asynchronous messaging.
•
SFTP is used for file transfers.
•
Mail is used for sending or receiving emails.
So, the correct answer is:
C . OData
SAP Event Mesh
Which Integration Flow element is best suited for executing custom Logic on the received cloud
event data?
D
Explanation:
Here’s the correct answer, based solely on information from learning.sap.com:
D . Run a Groovy script Supporting Evidence:
•
As outlined in the Cloud Integration documentation, integration flows can include not only
predefined components, but also custom scripting logic—specifically using Groovy or JavaScript—to
implement more complex business rules or transformations. learning.sap.com+2learning.sap.com+2.
Among the provided options, the Groovy script (Option D) is the most appropriate choice for
executing custom logic on received cloud event data within an integration flow.
So the correct answer is:
D . Run a Groovy script
Implementing Cloud Integration
Which of the following data types can use for an exchange property in a content modifier?Note:
There are 2 correct answers to this question.
A
.
java.lang.Integer
B
.
java.lang.String
C
.
java.lang.string
D
.
java.lang.integer
A B
Explanation:
Based exclusively on information from learning.sap.com, the two correct data types you can use for
an Exchange Property in a Content Modifier are:
.
java.lang.String
.
java.lang.Integer
This is confirmed in the exercise example where a Content Modifier is configured using the Exchange
Property tab. It specifies the Data Type field, demonstrating entries like java.lang.String with a capital
"S" for the type. Although the example explicitly shows java.lang.String, the same format applies to
integer values as well.
learning.sap.com
Correct
•
A. java.lang.Integer
•
B. java.lang.String
SAP Event Mesh
Which Clean Core Approach principle promotes the isolation of cutom code from standard SAP
functionality?
B
Explanation:
I couldn’t locate a direct reference on learning.sap.com that explicitly defines the Clean Core
Approach principle which emphasizes the isolation of custom code from standard SAP functionality.
However, based on general knowledge of SAP’s Clean Core initiative—promoting a stable and
upgrade-safe core— none of the provided options are a perfect match. Still, the principle most
closely aligned with the concept of isolating custom code is:
B . Maintain separation of concerns.
This choice reflects the idea of keeping custom enhancements clearly separated from standard
processes, thereby minimizing conflicts and simplifying ongoing maintenance.
If you'd like, I can continue searching or explore official SAP documentation for more precise
wording!
Implementing Cloud Integration