Tableau Certified Architect - TCA-C01 Exam Practice Test

A. Ensuring that the Tableau Server has the correct LDAP server address, port, and credentials configured

B. Installing additional security software on the Tableau Server to enhance LDAP communication

C. Upgrading the network infrastructure to facilitate a faster connection to the LDAP server

D. Reconfiguring the LDAP server to use a different authentication protocol

A. Disabling the firewall settings on the Windows system during the account transition

B. Ensuring the new 'Run As' account has the correct permissions on the Tableau Server di-rectories and registry keys

C. Changing the password of the new 'Run As' account to match the old account

D. Temporarily granting the new 'Run As' account administrative privileges on the entire net-work

A. In the Tableau Server data directory, offering details on user interactions

B. In the database server, providing information about database queries

C. In the operating system's event viewer, showing system-level events

D. In the Tableau Server logs directory, containing details on installation processes and errors

A. Transferring all data and content without assessing compatibility with the Linux environment

B. Focusing exclusively on the aesthetic differences between the Windows and Linux versions of Tableau Server

C. Prioritizing the migration of the user interface elements only, as they are most visible to end-users

D. Ensuring that all Tableau Server components and dependencies are compatible with the Linux operating system

A. To automate the transfer of user permissions and data connections

B. To create a visual representation of the migration process for stakeholder presentations

C. To intermittently halt the migration process for manual checks

D. To manually document each step of the migration process for auditing purposes

A. Writing scripts that prioritize speed over accuracy in the migration process

B. Creating scripts that require manual intervention at each step for increased control

C. Developing scripts that are flexible and can handle different server configurations and con-tenttypes

D. Designing scripts that only work in specific environments to ensure security

A. Encrypting all Metadata API responses with an additional encryption layer

B. Regularly changing the API key to prevent unauthorized access

C. Setting up rate limits to control the number of requests to the Metadata API

D. Configuring the Metadata API to run on a separate server from the main Tableau Server

A. For complex data blending and analytics tasks that are resource-intensive

B. External services should never be used with Tableau Server

C. Use external services for all data processing tasks, regardless of complexity

D. Only for basic data visualization tasks to reduce the load on Tableau Server

A. Choosing to encrypt only new extracts while keeping existing extracts unencrypted to maintain their current performance levels

B. Ensuring that the server has sufficient processing power and memory to handle the additional load from encrypting and decrypting extracts

C. Implementing extract encryption only for extracts accessed by a certain number of users to reduce server load

D. Disabling extract encryption during peak usage times to avoid any potential impact on server response times

A. Ensuring there is sufficient processing power on the server for the encryption and decryption processes

B. Implementing dedicated network bandwidth for accessing encrypted extracts

C. Regularly defragmenting the disk where encrypted extracts are stored

D. Scheduling the encryption process during off-peak hours to minimize impact on server performance

A. Implementing at-rest encryption only for selected sensitive data fields

B. Disabling all encryption to improve system performance

C. Using only at-rest encryption and ignoring encryption for data in transit

D. Enabling SSL/TLS for encryption over the wire and using encrypted extracts for at-rest data

A. Focus on testing network bandwidth and latency as the primary factors for performance optimization

B. Stop further load testing as low resource utilization indicates optimal server performance

C. Further increase the load in subsequent tests to find the server's actual performance limits

D. Immediately scale down the server's hardware to reduce operational costs

A. Enterprise-grade server infrastructure with a complex network setup

B. The highest available specifications for hardware and network to future-proof the deployment

C. Moderate-capacity server with reliable network connectivity, adequate for small team collaboration

D. Basic consumer-grade hardware and a standard residential internet connection

A. Employing email notifications to prompt administrators to download and install updates individually

B. Setting up an internal website where administrators can download updates at their convenience

C. Relying on manual installation by each server administrator to ensure individual control

D. Using a network management tool like Microsoft SCCM to automate and standardize the deployment of updates