SAP C_TADM_23 SAP Certified Consultant - SAP S/4HANA System Administration Exam Practice Test

Answer : A

Answer : A, D

A security policy in an AS ABAP-based SAP system serves multiple purposes, primarily focusing on enhancing system security and compliance. The key aspects of a security policy include:

A) To specify user-specific system logon behavior and password rules: A security policy allows administrators to define rules and behaviors related to user logins, such as password complexity requirements, password expiration, and account lockout policies. These settings help in enforcing strong authentication practices and protecting against unauthorized access.

D) To create security-relevant system profile parameters: The security policy encompasses the definition of system profile parameters that have a direct impact on the security posture of the SAP system. These parameters can control various security aspects, such as network communication security, encryption standards, and authorization checks, ensuring that the system adheres to the desired security standards and best practices.

By addressing these areas, a security policy plays a crucial role in safeguarding the SAP system, ensuring that it operates securely and in compliance with organizational and regulatory requirements.

Answer : A, C

Answer : B, C, D

During the import process of a transport request in an SAP system, specific steps are executed by batch jobs to ensure the proper integration and activation of the transported objects. These steps include:

B) Distribution of dictionary objects: This step involves distributing the metadata of ABAP Dictionary objects (such as tables, views, data elements, etc.) to all application servers in the system. This ensures that the new or changed dictionary objects are recognized and can be used consistently across the system.

C) Move name tab: The 'Move Name Tab' step is responsible for updating the nametab, which is the runtime structure of database tables in the ABAP Dictionary. This step ensures that the structure of tables in the ABAP runtime environment aligns with the changes introduced by the imported transport request.

D) Activation of dictionary objects: This crucial step involves the activation of the ABAP Dictionary objects included in the transport request. Activation generates or regenerates the runtime objects and ensures that they are consistent and usable in the system. This step is essential for the successful integration of the new or modified dictionary objects into the system's operational environment.

These steps are integral to the transport import process, ensuring that the transported objects are correctly integrated into the target system's environment, maintaining system consistency and stability.

Answer : A, C, E

The Software Update Manager (SUM) is a versatile tool used for various maintenance and update tasks in an AS ABAP-based SAP system, including:

A) Applying an SAP kernel patch: SUM allows for the application of patches to the SAP kernel, which is the core component of the SAP system. Kernel patches may include security fixes, performance improvements, and new functionalities. The ability to apply these patches ensures that the system remains secure, efficient, and up-to-date with the latest SAP innovations.

C) Correcting software information via a CISI run: CISI (Correcting Inconsistent Software Information) is a feature within SUM that detects and resolves inconsistencies in the system's software component versions. This is crucial for ensuring system stability and compatibility, especially before and after system updates or migrations.

E) Applying a SPAM/SAINT update: SPAM (Support Package Manager) and SAINT (SAP Add-On Installation Tool) updates can be applied using SUM. These updates are essential for installing new support packages and add-ons, respectively, which can introduce new features, enhancements, and bug fixes to the system.

These capabilities highlight the multifunctional nature of SUM, making it an indispensable tool for maintaining the health, performance, and security of AS ABAP-based SAP systems.

Answer : A, D, E

The Internet Communication Manager (ICM) in an AS ABAP-based SAP system features an Internet Server Cache (ISC) designed to optimize web content delivery and reduce load times. The parts of the ISC include:

A). Memory cache: This component stores frequently accessed web objects in the server's memory, allowing for faster retrieval and reduced access times for subsequent requests. The memory cache is essential for improving the performance of web applications by minimizing the need to fetch data from slower storage mediums.

D) Disk cache: The disk cache component of the ISC stores web objects on the server's disk. While not as fast as memory cache, it provides a larger storage capacity for caching, useful for less frequently accessed data or larger objects that might not fit efficiently in memory.

E) UFO cache: The UFO (URL Filter Object) cache is a specialized component of the ISC that stores the results of URL filtering operations. This cache helps in quickly determining if a requested URL is allowed or needs to be blocked or redirected, enhancing security and control over web traffic.

These caching mechanisms work together to significantly enhance the performance and efficiency of web services provided by the SAP system, ensuring quick response times and reduced server load by avoiding unnecessary processing and data retrieval operations.

Answer : C

When restarting the SAP HANA database system, it follows a specific sequence to ensure data integrity and system stability. The correct sequence is represented by option C:

Row tables are loaded into memory: Initially, the row-based tables are loaded into memory. Row-based storage is typically used for tables that are not frequently involved in aggregation queries or do not benefit significantly from compression. Loading these tables first allows for immediate access to critical transactional data.

Open transactions are recovered: Next, the system recovers any transactions that were open at the time of the previous shutdown. This step is crucial for ensuring data consistency and completeness, as it allows the database to complete or revert transactions that were in progress, maintaining the ACID (Atomicity, Consistency, Isolation, Durability) properties of the database.

Aborted transactions are rolled back: Following the recovery of open transactions, the system then rolls back any transactions that were aborted and did not complete successfully. This step is necessary to ensure that the database does not retain any partial or corrupted data from failed transactions.

Column tables are loaded: Finally, column-based tables are loaded into memory. Columnar storage is optimized for read-heavy operations and is typically used for analytical queries that benefit from high data compression and fast aggregation. Loading these tables last allows the system to prioritize immediate transactional processing needs while progressively enabling full analytical capabilities.

This sequence ensures a balanced and efficient restart of the SAP HANA database, prioritizing immediate transactional data availability while methodically restoring the full analytical processing environment.