[2026] IBM MQ v9.4 Administrator - Professional - C1000-200 무료 시험 문제

문제1

In the context of IBM MQ security, what mechanism provides message-level protection to ensure confidentiality and integrity when messages traverse untrusted networks?

A. Access control lists configured in the operating system

B. Channel initiators running in privileged mode

C. SSL/TLS-enabled channels for encryption

D. Channel exit programs for user authentication

정답: C

설명: (Fast2test 회원만 볼 수 있음)

문제2

In the context of IBM MQ security, which combination of mechanisms ensures that both the identity of the sending application is verified and the messages themselves are protected from unauthorized access during transmission?

A. MQ clustering automatically encrypts messages and verifies user credentials.

B. Dead Letter Queues prevent unauthorized messages from being delivered.

C. Message persistence ensures messages cannot be altered during transmission.

D. Channel authentication records the sender identity, while SSL/TLS encryption ensures message confidentiality and integrity.

정답: D

설명: (Fast2test 회원만 볼 수 있음)

문제3

In IBM MQ, when configuring a channel for communication between a local queue manager and a remote queue manager, which of the following options correctly explains the importance of defining transmission queues, message channels, and proper authentication to ensure secure and reliable message transfer?

A. Channels can transfer messages without a transmission queue or authentication

B. Transmission queues, channels, and authentication are necessary to manage message flow, handle retries, and secure communication between queue managers

C. Channels automatically configure themselves and do not require any additional settings

D. Only authentication is necessary; queues and channels are optional

정답: B

설명: (Fast2test 회원만 볼 수 있음)

문제4

When configuring an IBM MQ queue manager to ensure high availability and disaster recovery, which of the following best describes the mechanism that synchronizes messages between primary and standby queue managers automatically?

A. Replicated queues manually copy messages from primary to backup queues.

B. MQ Multi-Instance Queue Managers use shared storage and failover to maintain continuity during a primary node failure.

C. Clustered queue managers replicate messages to all other queue managers in the cluster simultaneously.

D. Persistent queues store messages to disk to prevent loss during system crashes.

정답: B

설명: (Fast2test 회원만 볼 수 있음)

문제5

In IBM MQ clustering, which of the following statements correctly explains the role of a cluster repository queue manager and how it interacts with other queue managers in the cluster to ensure message routing is efficient?

A. Repository queue managers only provide authentication services for cluster members

B. Repository queue managers maintain information about cluster queues and their locations, allowing other queue managers to route messages efficiently without storing all messages

C. Repository queue managers duplicate every message across the cluster for redundancy

D. A repository queue manager stores all messages centrally, and all message delivery goes through it

정답: B

설명: (Fast2test 회원만 볼 수 있음)

문제6

Which IBM MQ component is specifically designed to manage asynchronous communication between producers and consumers, ensuring that producers do not need to wait for consumers to be available before sending data?

A. Application Binding

B. Listener

C. Message Channel Agent

D. Queue Manager

정답: D

설명: (Fast2test 회원만 볼 수 있음)

문제7

IBM MQ supports message properties and selectors to allow advanced filtering and routing of messages. How do message selectors work, and what advantage do they provide to applications consuming messages from queues?

A. Message selectors allow applications to retrieve only messages that match specified criteria based on properties, reducing unnecessary processing and improving efficiency

B. Message selectors define a specific queue for each type of message, forcing consumers to read only from their assigned queues

C. Message selectors automatically replicate messages to multiple queues for load balancing

D. Message selectors are used to encrypt message content before delivery for security purposes

정답: A

설명: (Fast2test 회원만 볼 수 있음)

문제8

In IBM MQ, how does the "dead-letter queue" mechanism operate when messages cannot be delivered to their intended destination, and what are the main benefits of configuring a dead-letter queue for enterprise applications?

A. Messages are automatically rerouted to random queues to prevent backlog

B. Messages are converted to non-persistent and retried indefinitely

C. Messages are discarded silently to improve performance

D. Messages are stored in a special queue called the dead-letter queue, allowing administrators to analyze undelivered messages and take corrective action

정답: D

설명: (Fast2test 회원만 볼 수 있음)

문제9

In scenarios where a message cannot be processed due to an unexpected application error, which IBM MQ mechanism ensures that the message is safely returned to the queue and retried according to a defined policy, preventing loss or duplication of messages while maintaining processing efficiency?

A. Temporary queue for manual retry

B. Dead-letter queue for undeliverable messages

C. Alias queue forwarding messages automatically

D. Backout queue with a defined backout threshold

정답: D

설명: (Fast2test 회원만 볼 수 있음)

문제10

When configuring IBM MQ for high throughput scenarios, which of the following approaches is considered most effective to optimize performance while still maintaining message integrity and reliability across multiple queues?

A. Limiting the number of channels and restricting simultaneous connections

B. Using a single queue manager with multiple queues and disabling persistence

C. Sending all messages as non-persistent and batching without commits

D. Using multiple queue managers connected via channels and clustering queues for load balancing

정답: D

설명: (Fast2test 회원만 볼 수 있음)

문제11

When implementing IBM MQ in an enterprise environment with multiple queue managers distributed across different data centers, how do sender-receiver channel pairs ensure reliable and ordered delivery of messages between queue managers, and what configuration elements are critical to maintaining message integrity during network failures?

A. Sender-receiver channels automatically replicate queue data to all other queue managers without configuration

B. Sender-receiver channels only transmit non-persistent messages and do not guarantee order

C. Sender-receiver channels establish a persistent TCP/IP connection between queue managers, and configuration parameters such as batch size, retry intervals, and message persistence ensure reliable and ordered delivery

D. Sender-receiver channels are only used for testing purposes and should not be used in production

정답: C

설명: (Fast2test 회원만 볼 수 있음)

문제12

Which IBM MQ configuration allows a queue manager to maintain message integrity and transactional consistency across multiple queues, ensuring that a set of operations either all succeed or all fail together, even in the event of system crashes or failures?

A. Asynchronous messaging without acknowledgement

B. Message priority queues

C. Distributed transactions with MQ and XA-compliant resource managers

D. Temporary local queues

정답: C

설명: (Fast2test 회원만 볼 수 있음)

문제13

Which IBM MQ security configuration provides both encryption of messages in transit and authentication of the sending and receiving applications when messages are transmitted over an untrusted network, while also ensuring compliance with enterprise security policies?

A. Sender-receiver channels with SSL/TLS certificates

B. Backout queues with password protection

C. Remote queues with no encryption or authentication

D. Cluster channels with IP address filtering only

정답: A

설명: (Fast2test 회원만 볼 수 있음)

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