After fixing unlimited queries and pagination issues, this article reveals why async FastAPI still stalls under load, outlines the hidden bottlenecks in the request lifecycle, and provides practical rules and code examples for offloading heavy work to background workers, ensuring scalability, idempotence, and observability.
The article explains the newly proposed HTTP QUERY method, detailing its definition, idempotent and safe characteristics, usage scenarios for large payloads, caching behavior, the Accept-Query response header, and provides multiple concrete request‑response examples with code snippets.
This article explains the HTTP QUERY method as a safe, idempotent request type that carries payloads like POST but enables caching and automatic retries, detailing its semantics, caching behavior, Accept-Query header, and providing practical code examples.
This article explains the HTTP QUERY method—a safe, idempotent request type that carries query payloads in the body, contrasts it with GET and POST, details caching behavior, the Accept-Query header, and provides practical examples of direct and indirect responses.
This article explains the concept of idempotent HTTP requests, defines idempotency, lists which HTTP methods are idempotent or not, and clarifies why methods like GET, HEAD, PUT, DELETE are safe to retry while POST, PATCH, and CONNECT are not.
This article explains RocketMQ consumer fundamentals, covering concurrent and ordered consumption modes, how to achieve idempotent processing with Redis locks, the load‑balancing strategy implemented by RebalanceImpl, and the complete pull‑process‑consume workflow including code examples.
This article explains the three message delivery semantics in distributed stream processing, compares Kafka‑Spark Streaming integration methods (receiver vs direct stream), and details how to achieve exactly‑once guarantees through idempotent or transactional writes, including code examples.
