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Cicd",[152,156,159,162,165,168],{"key":153,"name":154,"count":155},"aws","AWS",450,{"key":157,"name":158,"count":155},"azure","Azure",{"key":160,"name":161,"count":155},"gcp","GCP",{"key":163,"name":164,"count":155},"kubernetes","Kubernetes",{"key":166,"name":167,"count":155},"linux","Linux",{"key":169,"name":170,"count":155},"terraform","Terraform",[172,190,203,217,230,243],{"id":173,"topic":9,"difficulty":174,"body":175,"options":176,"correct_key":181,"explanation":189},"019f8b7c-0ea0-7a59-885b-45070be936bb",1,"What is the main structural difference between an Azure Service Bus queue and a Service Bus topic?",[177,180,183,186],{"key":178,"text":179},"a","A queue can only hold text messages, a topic can only hold binary messages",{"key":181,"text":182},"b","A queue delivers each message to a single consumer, while a topic can distribute the same message to multiple independent subscriptions.",{"key":184,"text":185},"c","A topic is only available in the Premium tier, a queue is available in all tiers",{"key":187,"text":188},"d","A queue requires a session ID on every message and rejects any message that omits one, while a topic never requires session IDs at all","A queue is a point-to-point construct — one message is consumed by one receiver. A topic adds a publish\u002Fsubscribe layer: each subscription attached to the topic gets its own copy of every matching message, enabling fan-out to multiple independent consumers.",{"id":191,"topic":9,"difficulty":174,"body":192,"options":193,"correct_key":184,"explanation":202},"019f8b7c-0ea1-768d-94b5-5a4d914eb877","What is the purpose of a Service Bus dead-letter queue (DLQ)?",[194,196,198,200],{"key":178,"text":195},"It stores a backup copy of every message that was ever successfully processed",{"key":181,"text":197},"It automatically retries failed messages forever until they succeed",{"key":184,"text":199},"It holds messages that could not be delivered or processed successfully, so they can be inspected separately.",{"key":187,"text":201},"It is a separate Service Bus namespace that administrators provision exclusively for running load and performance tests","The DLQ is a sub-queue attached to every queue and subscription where messages land when they expire, exceed the max delivery count, or are explicitly dead-lettered by the receiver — keeping problem messages isolated from the main flow for later inspection.",{"id":204,"topic":9,"difficulty":205,"body":206,"options":207,"correct_key":181,"explanation":216},"019f8b7c-0ea2-745f-91c4-1c413fce926a",2,"In Service Bus, a receiver uses `PeekLock` mode instead of `ReceiveAndDelete`. What does this change about message delivery?",[208,210,212,214],{"key":178,"text":209},"PeekLock messages are delivered to every subscriber at once, ReceiveAndDelete only to one",{"key":181,"text":211},"PeekLock locks the message and waits for explicit completion.",{"key":184,"text":213},"PeekLock never removes the message from the queue, so it can be read unlimited times",{"key":187,"text":215},"ReceiveAndDelete is the only mode that supports dead-lettering","PeekLock hides the message from other receivers for a lock duration and requires an explicit `Complete` call; if that never happens (crash, unhandled exception), the lock expires and the message reappears — this is what makes Service Bus at-least-once rather than at-most-once. ReceiveAndDelete removes the message immediately on receipt, so a crash after receipt loses the message.",{"id":218,"topic":9,"difficulty":205,"body":219,"options":220,"correct_key":184,"explanation":229},"019f8b7c-0ea2-7e94-9a37-2f2c7cf56311","What is a Service Bus session used for?",[221,223,225,227],{"key":178,"text":222},"Authenticating a client connection against the Service Bus namespace itself before any messaging occurs",{"key":181,"text":224},"Limiting how many messages a single consumer instance can receive per second",{"key":184,"text":226},"Grouping related messages (sharing the same SessionId) so a single receiver processes them in order",{"key":187,"text":228},"Encrypting message bodies in transit between the sender and the receiver at the transport layer","Sessions let you tag messages with a SessionId; Service Bus guarantees that all messages sharing a SessionId are handled by the same receiver in FIFO order for that session, which is essential for workflows that need ordered, related message processing (e.g. per-customer order events).",{"id":231,"topic":9,"difficulty":174,"body":232,"options":233,"correct_key":178,"explanation":242},"019f8b7c-0ea3-77f4-9656-dd58495295fa","What kind of delivery model does Azure Event Grid primarily use to notify subscribers of an event?",[234,236,238,240],{"key":178,"text":235},"A push model — Event Grid actively delivers the event to the subscriber's registered endpoint",{"key":181,"text":237},"A pull model — subscribers must poll Event Grid on a fixed interval to check for new events",{"key":184,"text":239},"A batch model — events are only delivered once a day in a single bulk file",{"key":187,"text":241},"A broadcast-only model with no retry or delivery guarantee at all","Event Grid is push-based: when an event occurs, it invokes the subscriber's endpoint (webhook, Azure Function, Service Bus, Event Hubs, etc.) directly, rather than requiring the subscriber to poll for new events.",{"id":244,"topic":9,"difficulty":205,"body":245,"options":246,"correct_key":181,"explanation":255},"019f8b7c-0ea4-7151-bb8f-52d4cc6f6c92","What is an Event Grid custom topic?",[247,249,251,253],{"key":178,"text":248},"A predefined topic that only Azure system services (like Storage or Resource Groups) can publish to",{"key":181,"text":250},"A topic you create for your own application's events, to which your own code publishes custom event data",{"key":184,"text":252},"A topic that automatically merges events from every Azure resource in a subscription",{"key":187,"text":254},"A topic type used exclusively for Kafka-compatible streaming workloads","Custom topics are endpoints you create specifically for your own application\u002Fbusiness events — your code publishes events to them, unlike system topics, which are built-in endpoints exposed automatically by Azure services (Blob Storage, Resource Groups, etc.) for their own lifecycle 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