Complete the code to identify the messaging system designed for high-throughput event streaming.
The messaging system known for handling large-scale event streams with partitioned logs is [1].
Kafka is designed for high-throughput event streaming using partitioned logs, making it suitable for big data pipelines.
Complete the code to select the messaging system that supports complex routing with exchanges and queues.
For complex routing patterns using exchanges and queues, [1] is the preferred messaging system.
RabbitMQ supports complex routing using exchanges and queues, allowing flexible message distribution.
Fix the error in the statement describing the fully managed AWS messaging service.
The fully managed AWS messaging service that provides a simple queue interface is [1].SQS is the fully managed AWS service offering simple, scalable message queuing.
Fill both blanks to complete the comparison of Kafka and RabbitMQ in terms of message ordering and delivery guarantees.
Kafka guarantees [1] ordering and provides [2] delivery, while RabbitMQ supports flexible routing but may not guarantee strict ordering.
Kafka provides partitioned ordering and at-least-once delivery guarantees. RabbitMQ offers flexible routing but does not guarantee strict ordering.
Fill all three blanks to complete the statement comparing SQS with Kafka and RabbitMQ regarding management, scalability, and protocol support.
SQS is a [1] service that offers [2] scalability and supports [3] protocol, unlike RabbitMQ which supports AMQP and Kafka which uses its own protocol.
SQS is a fully managed service with unlimited scalability and uses an HTTP-based protocol. RabbitMQ supports AMQP, and Kafka uses its own binary protocol.