Free C_DBADM_2601 Exam Questions (2026): Database Administrator – SAP HANA System-Based Practice

Step-by-Step Execution:

1. Log on to the SAP HANA server OS and navigate to the client directory, typically /usr/sap//hdbclient for Linux.
2. Execute the command hdbuserstore SET : to create the secure key.
3. Verify the key creation by executing the command hdbuserstore LIST.
4. Connect to the SAP HANA tenant database interactively by executing the command hdbsql -U .
5. Execute a simple SQL query, such as SELECT * FROM DUMMY, to confirm the connection is active.

Example Values:

1. Key Name: MY_TENANT_KEY
2. Connection Command: hdbsql -U MY_TENANT_KEY

Expected Result: The hdbuserstore creates a secure key file, and the hdbsql prompt appears without asking for a password, allowing secure and automated database access.

Quick Mistakes:

1. Assuming the hdbuserstore utility checks if the database user actually exists during key creation, which it does not.
2. Providing the password directly on the command line using -p when starting hdbsql interactively, which dangerously exposes it in the OS history.

Exam Insight:

1. This tests your knowledge of client connection security and automated script execution.
2. For the exam, it is crucial to remember that hdbuserstore is user-specific, meaning only the OS user who owns the secure store file can access it.

Step-by-Step Execution:

1. Open the SAP HANA cockpit and navigate to the user management tools.
2. Initiate the creation of a new user and select the Restricted User option instead of a standard user.
3. Enter a valid User Name for the new account.
4. Under the authentication methods, select User name and password and provide a secure password.
5. Save the configuration to create the user.

Example Values:

• User Type: Restricted User.
• Authentication: User name and password.

Expected Result: A restricted user is created without the PUBLIC role, leaving them unable to view system views or create objects in their own schema. By default, the user is strictly limited to connecting via HTTP or HTTPS protocols.

Quick Mistakes:

• Creating a standard user by mistake, which inadvertently grants the user the PUBLIC role and permissions to create objects in their own schema.
• Assuming the restricted user can log in via ODBC or JDBC out-of-the-box without explicitly enabling client connect permissions via the UI or ALTER USER statement.

Exam Insight:

• Concept Tested: SAP HANA Cloud User Management and Security concepts.
• Why it matters: Understanding the exact limitations of Standard vs. Restricted users is a highly tested security concept. The exam frequently tests your ability to securely provision application or client users with minimal default privileges to prevent unauthorized database access.

Step-by-Step Execution:

• On the source database, open a SQL Console in the Database Explorer.
• Execute the CREATE USER SQL statement in the console to generate the new migration account.
• Execute the provided SQL script to grant the necessary system and object privileges to this newly created user.
• For each schema you intend to migrate, execute the schema-specific GRANT statement. Exclude any schemas created by SAP HANA Schemas and HDI Containers service instances.

Example Values:

• User: MIGUSER.

Expected Result: The dedicated migration user is created and holds the correct privileges to access the necessary schemas, allowing the migration tool to proceed without throwing missing privilege warnings.

Quick Mistakes:

• Executing the schema GRANT statement using an account that is not the schema owner or lacks grant permissions.
• Forgetting to exclude schemas created by the HDI Containers service during the schema grant phase.

Exam Insight:

• Concept Tested: Source database preparation and user security mapping for migration.
• Why it matters: In a certification exam, consultants must know exactly how to prepare a source environment for a cloud migration, emphasizing security, privilege delegation, and the use of the Database Explorer SQL Console.

Step-by-Step Execution:

1. Open SAP HANA Cloud Central and select the SQL Console application from the navigation panel.
2. Click the Select an Instance link and choose your target database instance from the pop-up window.
3. Paste your complex SQL statement into the SQL Editor.
4. Click the Format Code button to automatically format the SQL statement according to industry-standard SQL Style Guidelines.
5. Click the Save button within the SQL Console Editor.
6. Provide a clear Name and Description in the prompt, then confirm to store the SQL statement.
7. Click the Library button (next to the Editor button) to verify your script is saved.

Example Values:

• Statement Name: Check_Daily_Metrics.
• Description: Formats and retrieves daily monitoring metrics.

Expected Result: The messy SQL statement is neatly formatted, making it easier to read. It is then permanently saved to your personal SQL Statement Library, accessible anytime you open the Library tab.

Quick Mistakes:

• Assuming the saved SQL statement is available to all database administrators; SQL statements are saved under your specific user account and are not accessible to other users.
• Forgetting to connect the SQL Console to a specific database instance before attempting to execute the statement.

Exam Insight:

• Concept Tested: SQL Console operations, auto-formatting, and Statement Library management.
• Why it matters: The SAP HANA Cloud certification exam evaluates your knowledge of the built-in developer and administration tools. Knowing how to use the Format Code button to comply with SQL guidelines, and understanding that the SQL Statement Library stores personal scripts privately while also providing SAP-delivered generic scripts (like the SQL Statement Collection), is a key operational concept.

Step-by-Step Execution:

1. Log on to the SAP BTP cockpit, navigate to your subaccount, select Instances and subscriptions, and click SAP HANA Cloud to open SAP HANA Cloud Central.
2. Locate your target database and select the °°° (More) button to open the Actions menu.
3. Select the Upgrade (or Patch) option to start the SAP HANA Cloud database instance update.
4. Choose the target QRC release version you want to upgrade to.
5. Confirm the system information message indicating that the upgrade involves a database restart by selecting the Yes button.

Example Values:

• Action Menu: Upgrade.
• Target Version: Current QRC Release.

Expected Result: The SAP HANA Cloud database instance status changes sequentially to stopping, upgrading, starting, and then running, indicating the fully automated upgrade process is successfully completed.

Quick Mistakes:

• Assuming the upgrade does not require database downtime, as the process inherently involves a required restart of the SAP HANA Cloud database instance.
• Attempting to bypass the SAP HANA Cloud Central UI, as upgrades must be initiated via the specific Actions (°°°) menu for the target database instance.

Exam Insight:

• Concept Tested: Database version checking, lifecycle management, and patching processes.
• Why it matters: SAP expects administrators to understand that cloud upgrades are fast and self-service, but they still require a database shutdown and restart. Knowing how to perform these steps securely without disrupting business continuity is a core operational requirement.