IBM C1000-200 Exam : IBM MQ v9.4 Administrator - Professional

When designing IBM MQ architecture for a global enterprise where multiple applications across different data centers produce and consume messages simultaneously, which configuration best ensures load balancing, high availability, and automatic message routing without manual intervention?

• A. Single queue manager with multiple local queues and non-persistent messages
• B. Temporary queues created dynamically for each message
• C. Point-to-point channels for every sending and receiving application
• D. Multiple queue managers in a cluster with shared queues and dynamic routing

In IBM MQ, an insurance company wants to create a system where claims processing applications can be automatically launched whenever a new claim message is placed in a specific queue, ensuring event-driven automation without requiring manual monitoring of queues. Which IBM MQ feature allows this type of automation?

• A. Configuring trigger monitors and defining trigger events for the target queue
• B. Using cluster channels for automatic workload balancing
• C. Defining multiple queue managers to poll messages in round-robin fashion
• D. Relying on system administrators to monitor queue depth manually

While configuring message persistence in IBM MQ, which scenario correctly describes when a message is guaranteed to survive a queue manager restart, and what settings must be applied to achieve this?

• A. Using persistent messages stored on a queue with both the queue and message set as persistent
• B. Using non-persistent messages on a local queue with standard commit calls
• C. Using cluster queues with ephemeral storage
• D. Sending messages to a temporary dynamic queue without confirmation

In IBM MQ, what is the main difference between a local queue and a remote queue, and how does this distinction affect the way messages are routed and stored in a multi-queue manager environment?

• A. A local queue exists within the same queue manager and stores messages internally, while a remote queue is a definition that points to a queue on another queue manager, directing messages via channels
• B. A local queue is used only for transactional messages, whereas a remote queue handles non-transactional messages
• C. A local queue can be accessed by multiple queue managers simultaneously, whereas a remote queue cannot
• D. A local queue is temporary and only holds messages in memory, whereas a remote queue persists messages on disk

Which scenario correctly describes the use of backout queues in IBM MQ, including how repeated message processing failures are tracked using backout counts, how messages exceeding a backout threshold are redirected, and how administrators can analyze these messages to resolve processing issues without losing data?

• A. Backout queues store messages that repeatedly fail processing, using backout counts to track retries and redirect messages exceeding thresholds for analysis and resolution
• B. Backout queues are used to store successfully processed messages
• C. Backout queues only log errors and do not store messages
• D. Backout queues discard failed messages automatically