C_CPI_14 – SAP Certified Development Associate – SAP Integration Suite Interview Questions

Both exam and interview preparation are required. As a result, preparing for an interview takes far more time, effort, and confidence than studying for an exam. Take advantage of your one and only opportunity to make a positive first impression. As a result, we’ve made every effort to present you with the most up-to-date and expert-reviewed interview questions to help you prepare for the C_CPI_14 – SAP Certified Development Associate – SAP Integration Suite test. We’ve covered all of the C_CPI_14 – SAP Certified Development Associate – SAP Integration Suite Interview Questions, from fundamental to advanced. As a result, we strongly advise applicants to prepare to the best of their abilities in order to maximise their chances of success.

Some of the most common C_CPI_14 – SAP Certified Development Associate – SAP Integration Suite interview questions are listed here. Candidates will be better prepared as a result of a better awareness of the types and patterns to expect.

Advanced Interview Questions

Can you explain the SAP Integration Suite and its components?

The SAP Integration Suite is a comprehensive solution for businesses to integrate their SAP and non-SAP systems, applications, and services, with the aim of creating a seamless flow of data between them. The suite consists of various components that work together to provide a robust and efficient integration solution for organizations.

The components of SAP Integration Suite are:

1. SAP Cloud Platform Integration (SCP-PI) – It is a cloud-based integration platform that provides a secure and reliable platform for connecting applications and services.
2. SAP Process Orchestration (PO) – It is a tool that helps automate the business processes by integrating different SAP and non-SAP systems.
3. SAP Data Services – It is a data management and integration tool that provides data integration, data quality, and data governance capabilities.
4. SAP API Management – It is a tool that helps manage and secure APIs, enabling organizations to expose their APIs to external partners and customers.
5. SAP Cloud Connector – It provides a secure and convenient way to connect cloud-based systems and applications to on-premise systems and applications.
6. SAP Cloud Platform Workflow – It is a cloud-based workflow management solution that helps automate business processes.

In conclusion, the SAP Integration Suite provides a comprehensive and flexible solution for businesses to integrate their systems, applications, and services, thereby improving data flow and business efficiency.

How have you used the SAP Process Orchestration component of the SAP Integration Suite in previous projects?

SAP Process Orchestration component is a crucial part of the SAP Integration Suite as it helps to automate and streamline business processes by integrating different systems and applications.

In one of the projects, I used SAP Process Orchestration to integrate SAP ECC with a third-party warehouse management system. The process orchestration tool was used to automate the data exchange between the two systems, reducing the manual effort required to transfer data. The tool helped to ensure that the data was transferred accurately and in real-time, which helped to improve the efficiency of the warehouse operations.

In another project, I used SAP Process Orchestration to automate the invoice processing for a manufacturing company. The tool was used to integrate SAP ECC with the company’s accounting system, and to automate the process of capturing invoice data, matching it with purchase orders, and reconciling it with vendor accounts. The process orchestration tool helped to reduce the manual effort required for invoice processing, which improved the accuracy and speed of the process.

Overall, I have found that the SAP Process Orchestration component of the SAP Integration Suite is a powerful tool for automating and streamlining business processes. It helps to ensure that data is transferred accurately and in real-time, and it reduces the manual effort required to transfer data, making it a valuable tool for any organization looking to improve its operations.

Can you discuss a complex integration scenario you have worked on using the SAP Integration Suite?

I have worked on several complex integration scenarios. One of the most challenging ones was integrating SAP with an external logistics management system.

The challenge was to ensure seamless integration between SAP and the logistics management system for real-time tracking of shipments and inventory updates. The logistics management system was hosted on a separate server and had its own set of APIs, which made the integration even more complex.

To overcome this challenge, I used the SAP Integration Suite’s powerful integration tools, such as SAP Cloud Platform Integration, to develop a custom integration solution that would connect the two systems. I first analyzed the APIs provided by the logistics management system and identified the relevant data that needed to be exchanged between the two systems.

Next, I used SAP Cloud Platform Integration to create a custom integration flow that would automatically fetch shipment and inventory data from the logistics management system and update it in SAP. The flow also included error handling mechanisms that would trigger alerts in case of any discrepancies in the data.

The custom integration solution I developed was robust and reliable, and it ensured real-time updates between SAP and the logistics management system. This resulted in improved efficiency, reduced manual intervention, and increased accuracy in the tracking of shipments and inventory.

Overall, this project was a great learning experience for me, and it demonstrated the power of SAP Integration Suite in handling complex integration scenarios.

How do you handle security and data protection in SAP Integration Suite implementations?

Security and data protection are critical components in our implementations. Here are the steps I take to ensure secure and protected data in SAP Integration Suite:

1. Encryption: All sensitive data is encrypted during transmission and at rest in the system. We use secure protocols such as HTTPS, SSL, and TLS to ensure data privacy and security.
2. Access control: Only authorized users are given access to sensitive data. This is achieved through the use of role-based security, which restricts access to specific data and functionality based on the user’s role.
3. User authentication: We implement strong user authentication methods, such as multi-factor authentication, to prevent unauthorized access to the system.
4. Auditing and logging: We keep detailed logs of all system activity and user actions, which are reviewed regularly to detect and prevent any potential security threats.
5. Regular software updates: We keep the software and its security features up to date with the latest patches and updates. This helps prevent any vulnerabilities or threats from exploiting the system.
6. Data backup and recovery: We regularly backup all data to secure off-site locations, so that in the event of a disaster, we can quickly recover the data and minimize any data loss.

By following these security and data protection practices, we ensure that the data in SAP Integration Suite is kept safe and secure at all times.

Can you walk me through the steps involved in designing and testing a SAP Integration Suite solution?

The steps involved in designing and testing a SAP Integration Suite solution would be as follows:

1. Requirements gathering: This is the first step where the requirements of the SAP Integration Suite solution are gathered and documented. This includes the scope of the project, the goals, and objectives of the solution.
2. Design phase: This is the stage where the solution is designed based on the requirements gathered in the first step. This includes creating a detailed design document that outlines the integration architecture, the mapping of data, and the flow of data between the systems.
3. Configuration and customization: This stage involves configuring the SAP Integration Suite with the required data fields, mapping the data, and customizing the solution to meet the specific requirements of the project.
4. Testing: This is an important stage where the solution is tested to ensure that it meets the requirements and functions as expected. This includes functional testing, performance testing, and regression testing.
5. Deployment: Once the solution has been tested and is found to be working as expected, it can be deployed to the production environment.
6. Monitoring and Maintenance: This is an ongoing stage where the solution is monitored to ensure that it continues to function as expected and any issues are addressed promptly.

The above steps are the key steps involved in designing and testing a SAP Integration Suite solution. However, the specific steps involved in a project may vary based on the requirements and complexity of the solution.

How do you approach troubleshooting and resolving issues in SAP Integration Suite implementations?

I approach troubleshooting and resolving issues by following the below steps:

1. Gather information: The first step is to gather as much information as possible about the issue at hand. This includes gathering data such as system logs, error messages, and any relevant configuration details.
2. Identify the root cause: Next, I try to identify the root cause of the issue. This involves analyzing the information gathered in step 1 and determining the possible causes of the issue.
3. Prioritize the issues: Once the root cause has been identified, I prioritize the issues based on their impact and urgency. I ensure that critical issues are addressed first.
4. Research and consult documentation: I research the issue and consult the relevant documentation, SAP notes, and community forums to see if a resolution has been documented.
5. Implement a solution: Based on my research and analysis, I implement a solution to resolve the issue. If the solution requires changes to the configuration, I make those changes and test them thoroughly.
6. Monitor and evaluate: I monitor the system after the solution has been implemented to ensure that the issue has been resolved. I also evaluate the effectiveness of the solution and make any necessary improvements.
7. Document and share: Finally, I document the issue, the solution implemented, and any relevant findings in a logbook. I also share the solution with my team so that they can use it in the future if they encounter similar issues.

How do you stay up-to-date with the latest updates and features in SAP Integration Suite?

Staying up-to-date with the latest updates and features is crucial to my work. Here are the ways I stay updated:

1. SAP Community Network (SCN) – SCN is the official platform for SAP users and developers to share knowledge and resources. I regularly visit the SAP Integration Suite section of SCN and read articles, blog posts, and discussion threads related to new updates and features.
2. SAP User Groups – I am a member of several SAP User Groups, both online and offline. I attend regular meetings and events to learn about the latest developments in SAP Integration Suite and exchange ideas with other SAP experts.
3. SAP Documentation – SAP provides comprehensive documentation on all of its products, including SAP Integration Suite. I regularly check the documentation to understand the latest updates and features and how to use them in my work.
4. SAP Webinars and Workshops – SAP regularly conducts webinars and workshops to educate users on the latest updates and features in SAP Integration Suite. I attend these sessions to deepen my understanding of the product and stay updated on the latest developments.
5. SAP Developer Community – I am also a member of the SAP Developer Community, a platform for SAP developers to share knowledge, collaborate, and network with each other. I use this platform to connect with other SAP Integration Suite experts and stay up-to-date with the latest updates and features.

Can you give an example of how you have integrated SAP and non-SAP systems using SAP Integration Suite?

One of the most significant projects that I worked on was integrating an SAP ECC system with a non-SAP warehouse management system (WMS).

The WMS system was used by the client to manage the inventory and shipping of goods from their warehouse. The challenge was to integrate the WMS data with the SAP ECC system to ensure real-time updates of inventory levels and shipment status.

To achieve this, I used SAP Integration Suite and created a custom interface using the SAP Process Orchestration (PO) tool. The interface was designed to extract data from the WMS system, perform data mapping and validation, and update the SAP ECC system accordingly.

For instance, when a shipment was initiated from the WMS system, the data was extracted, mapped, and validated in SAP PO. The validated data was then updated in the SAP ECC system, reducing the manual effort and time required to perform this task.

In conclusion, the integration of SAP and non-SAP systems was a significant challenge, but by using SAP Integration Suite and SAP PO, I was able to achieve real-time data integration between the systems and help the client streamline their business processes.

Can you discuss your experience with using SAP Cloud Platform Integration for SAP Integration Suite projects?

SAP Cloud Platform Integration for SAP Integration Suite is a cloud-based integration platform that helps organizations to integrate their SAP and non-SAP applications and data sources, securely and efficiently.

As a Development Associate in SAP Integration Suite, I have had the opportunity to work on several projects where we have used SAP Cloud Platform Integration. The platform provides a range of integration scenarios such as file-to-file transfers, message mapping, process orchestration, and API management.

In my experience, SAP Cloud Platform Integration has enabled us to streamline integration processes and reduce manual intervention. The platform also offers a user-friendly interface and a range of pre-built connectors that made it easier to integrate our SAP and non-SAP applications.

Additionally, the platform provides robust security features, such as access control, encryption, and data privacy, ensuring the secure transfer of sensitive data. The platform also provides real-time monitoring and alerts, which helped us quickly detect and resolve any issues during the integration process.

Overall, my experience with using SAP Cloud Platform Integration for SAP Integration Suite projects has been positive, and I highly recommend the platform for organizations looking to streamline their integration processes and ensure secure data transfer.

How do you ensure data accuracy and completeness during data migration for SAP Integration Suite implementations?

I ensure data accuracy and completeness during data migration by following these steps:

1. Data Analysis: I perform a thorough analysis of the source data and compare it with the target system data. This helps me identify any data discrepancies and make the necessary corrections.
2. Data Mapping: I create a data mapping document that defines the mapping between source and target data fields. This helps me ensure that the data is mapped correctly, reducing the chances of errors.
3. Validation Rules: I create validation rules to check the data quality before it is loaded into the target system. This helps me identify any issues with the data before it is loaded, ensuring data accuracy and completeness.
4. Data Cleansing: I perform data cleansing activities to remove duplicates, inconsistent or incomplete data. This helps me improve the quality of the data being migrated.
5. Data Loading: I perform a dry run of the data loading process to check if the data is loaded as per the data mapping document. If any issues are found, I correct them before the actual data migration process.
6. Data Verification: After the data migration is completed, I verify the data in the target system to ensure that it is complete and accurate. I also compare the data in the source and target systems to ensure that the data migration was successful.

By following these steps, I can ensure that the data accuracy and completeness during data migration for SAP Integration Suite implementations.

Basic Interview Questions

1.In C_CPI_14 – SAP Certified Development Associate – SAP Integration Suite, what is the relevance of OData services?

In 2007, Microsoft launched OData (Open Data Technology), a protocol that allows the creation of REST APIs to connect services. OData versions 1.0, 2.0, and 3.0 are built on the Microsoft Open Specification Promise. The Open Data Protocol is a computer standard that makes it easier and more interoperable to create and consume queryable APIs across many providers.

2. Could you kindly explain SAP OData to me?

SAP OData is a Web-based standard for retrieving and updating SAP data. It makes use of Web technologies like HTTP to provide access to data from a variety of sources.

3. Could you describe the advantages of using OData in SAP?

With OData, you may use standard web protocols like GET, PUT, POST, DELETE, and QUERY. OData also employs a stateless application design. This means that each OData request is evaluate separately, and data from previous searches are not save. The protocol is used by HTTP, URI templates, and JSON, among other internet standards. It can do CRUD operations as well as execute stateless applications.

4. InC_CPI_14 – SAP Certified Development Associate – SAP Integration Suiteopment Associate, what are some of the disadvantages of SAP OData?

The disadvantage of Odata is that it does not provide direct access to the backed dictionary objects. Instead, developers can only access the object via remote access. To construct Odata services, you must use programming APIs supplied by the system. These APIs work with distant objects, which means you don’t have direct access to the database or directory objects.

5. How do you define Association OData?

Affiliations allow entities to be linked to one another. These associations are analogous to foreign key constraints between database tables or hierarchies, as well as other relational links between database objects.

6. What is the difference between OData navigation and OData association?

Users can create Entity Type associations using OData, which can then be use in Navigation Paths. Navigation Paths allow users to move from one side of an organisation to the other.

7. Does SAP HANA have SQL support?

The SAP HANA database supports a variety of SQL queries for system management, object creation and storage, and data processing. There are several limitations when using the SAP HANA database. To fix those problems, you must first figure out what numerical error code they have.

8. What is the distinction between the terms Association and Association set?

An association set is a logical confinement method for association instances of the same type. Associations are not a suitable data modeling construct because they do not specify the structure of data or relationships.

9. How would you describe SAP SQLScript to someone who has never used it before?

The Structured Query Language (SQL) is a database programming language. You can define data types without needing to establish corresponding tables using the SQLScript extension to SQL. SQLScript is a set of extensions for creating table definitions, data manipulation statements, and data constraint statements in SQL Server.

10. What is a scalar-valued function in SQL Server?

In contrast to an array or other collection, a scalar-valued function returns a single value. It can then take one or more parameters and use them to accomplish some sort of task. It can be applied to any form of data in a variable. Next, it has no parameters and can be use everywhere that a single value is require, such as an argument or a function return value.

11. Could you explain how to use a table function in SQL?

A table-value function is a user-defined function that returns results in the form of a table. The type of table-valued function is always a table. As a result, a table-value function can be use in the same way as any other table.

12. Do you know how to distinguish between scalar and table-valued functions?

Scalar-valued functions return single scalar data values of a pre-defined type. In contrast to inline table-valued functions, which undertake computations based on one or more statements, scalar-valued functions cannot reference tables or other structures in their RETURN statements.

13. How would you define triggers?

When an INSERT, UPDATE, or DELETE statement is issue, database triggers start running. Triggers can be associate with a table or individual columns, and they can include several SQL queries. Once a trigger has been define, it must be assign to a table or an action such as INSERT, UPDATE, or DELETE.

14. Is it possible to call processes from within triggers?

From within the trigger, we may surely call a saved function. For instance, create PROCEDURE [dbo].

15. What is the difference between a stored process and a trigger?

The user can directly invoke user-defined SQL code such as store procedures and triggers. SQL statements are written in a native language, usually, PL/SQL, that return a value and may be invoked explicitly are known as store procedures. Triggers, on the other hand, are functions that run automate code when specific actions (such as update, insert, or delete) are perform.

16. What are the advantages and disadvantages of using triggers?

A TRIGGER function initiates an action when an event or scenario happens. It learns about the event, subevent, or name of the object or analytic workspace that triggered the execution of a trigger programme (a TRIGGER DEFINE, TRIGGER AFTER UPDATE, or TRIGGER BEFORE UPDATE program).

17. Could you tell me more about the SAP HANA calculation view?

SAP HANA calculation views are simple but powerful information views that are similar to both attribute and analytical views and may be use to build more advanced slices on data in the SAP HANA database. Additionally, they offer analytic services.

18. What is the distinction between the calculation and analytical views in Hana?

Analytic views are use to model data that contains metrics and complex logic that is scattered over multiple tables. Calcul views, which can be use to process difficult questions, can be use to generate advanced queries on the data in the SAP HANA database.

19. What are the many types of computation views?

• To create graphical calculation views, a graphical editor is use.
• SQL scripts are the foundation for calculation views, which are create by writing SQL scripts.

20. How would you characterize Nodejs’ server-side JavaScript?

Node. js is a JavaScript implementation that allows you to write server-side programming using JavaScript. It allows you to build and run small programmes without having to utilise a browser from the command line. A node, for example, can run a file-based hello programme as if it were a CGI script on your web server.

21. What JavaScript is referred to as “server-side JavaScript”?

Server-side JavaScript, often known as LiveWire, is a server-side application development environment that makes use of JavaScript. JavaScript is a programming language for creating web pages as well as server-side programmes. Livewire is a JavaScript IDE that lets you create server-side programmes with the language.

22. Are you familiar with the differences between JavaScript and jQuery?

jQuery is a JavaScript-based library, whereas JavaScript is a client-side programming language. AJAX is a web development technique that allows user interface components to be update without having to reload the page.

23. What is the most efficient technique to debug a node js application in C_CPI_14?

Before selecting the Start button, activate the Node Inspector window and then select the Debugger tab. The debugging interface is identical to Chrome’s DevTools, including a Variables, Watch, Call Stack, Loaded Scripts, and Breakpoints list.

24. Could you tell me more about the persistent data model in C_CPI_14?

A persistent data structure always saves the previous version of itself when it is update. Unlike a standard data structure, which is alter in place, a persistent data structure creates new versions of itself every time it is update. It can endure for a short period of time or a lengthy period of time.

25. In C_CPI_14 – SAP Certified Development Associate – SAP Integration Suite, what is the framework for UI integration?

Using the ADF Integration framework, you can go from a system application user interface to an external application user interface. You may define the context of navigation and construct an integrated user experience in a variety of ways.

26. What does “Git” stand for as a source code management tool in C_CPI_14?

Git is the most extensively used source code version management platform. It can be use to track many versions of a file at once.

27. Could you explain how database security is used in SAP C_CPI_14 – SAP Certified Development Associate – SAP Integration Suite?

Database security procedures protect not only the database’s data but also any applications that use it from unauthorised access, harm, and incursion. Database security software guards against unauthorised access, harm, and intrusion to your data, the management system that contains it, and any applications that access it.

28. What are the five most critical steps in securing a database in C_CPI_14?

The five most important database security practises are as follows:

• To begin, protect your database with a database proxy.
• Second, establish auditing and a reliable logging system.
• After that, follow a rigid policy for managing user accounts.
• Keeping the database software and operating system up to date
• Finally, all sensitive data in your app should be encrypted, both in transit and at rest.

29. In the context of a database, how would you define the term “authorization” in C_CPI_14?

Authorization is the process of giving information about the authenticated user to the database manager. The database manager uses this information to determine which database operations and data items a user is permitted to access.

30. Could you tell me more about the persistent data model in C_CPI_14?

A persistent data structure always saves the previous version of itself when it is update. Unlike a standard data structure, which is alter in place, a persistent data structure creates new versions of itself every time it is update. It can endure for a short period of time or a lengthy period of time.