
Developed RFC 10008-compliant HTTP QUERY support for the gofiber/fiber framework, delivering end-to-end integration across routing, server, domain, and client layers. The implementation introduced QUERY as a first-class HTTP method, with caching strategies that leverage SHA-256 request body digests for improved cache correctness. Security and observability were enhanced by aligning QUERY with CSRF and CORS policies and updating logging mechanisms. Comprehensive documentation, unit and integration tests, and benchmarks were provided to ensure maintainability and performance. The work, written in Go and focused on backend development, enables safe, idempotent, body-enabled queries without URL-length constraints and improves developer ergonomics.
Month: 2026-06 | This month delivered RFC 10008-compliant HTTP QUERY support across the gofiber/fiber framework, with end-to-end integration and measurable performance considerations. The work adds first-class HTTP QUERY across routing, servers, domains, and the client surface, along with documentation, logging harmonization, tests, and benchmarks. It also extends security and observability coverage with CORS/CSRF alignment and logger updates. Key capabilities implemented: - Introduced HTTP QUERY as a first-class method with MethodQuery constant and Query() client shorthand; integrated into Router, App, Group, domainRouter, and domainRegistering. - RFC 10008-compliant caching: cache keys now include request body digest for QUERY responses (SHA-256); QUERY caching is opt-in and evaluated in tests/benchmarks. - Security and observability: QUERY is treated as safe for CSRF, included in CORS default AllowMethods, and had a dedicated color in the logger. - Documentation and testing: routing handler signatures, client request docs, and comprehensive tests (routing, client, domain, CORS) plus benchmarks. - Stability and maintainability: lint alignment completed by merging QUERY into the GET logger color branch to satisfy identical-switch-branches lint. Impact and business value: - Enables safe, idempotent, body-enabled complex queries without URL-length constraints; improves cache correctness and performance for query-style requests; enhances developer ergonomics with unified API and thorough docs; strengthens security posture with CSRF/CORS alignment and observability through targeted logging and benchmarks. Technologies/skills demonstrated: - Go, RFC 10008, SHA-256 hashing, caching strategies, unit/integration tests, benchmarks, documentation generation, security (CSRF/CORS), and observability (logging)
Month: 2026-06 | This month delivered RFC 10008-compliant HTTP QUERY support across the gofiber/fiber framework, with end-to-end integration and measurable performance considerations. The work adds first-class HTTP QUERY across routing, servers, domains, and the client surface, along with documentation, logging harmonization, tests, and benchmarks. It also extends security and observability coverage with CORS/CSRF alignment and logger updates. Key capabilities implemented: - Introduced HTTP QUERY as a first-class method with MethodQuery constant and Query() client shorthand; integrated into Router, App, Group, domainRouter, and domainRegistering. - RFC 10008-compliant caching: cache keys now include request body digest for QUERY responses (SHA-256); QUERY caching is opt-in and evaluated in tests/benchmarks. - Security and observability: QUERY is treated as safe for CSRF, included in CORS default AllowMethods, and had a dedicated color in the logger. - Documentation and testing: routing handler signatures, client request docs, and comprehensive tests (routing, client, domain, CORS) plus benchmarks. - Stability and maintainability: lint alignment completed by merging QUERY into the GET logger color branch to satisfy identical-switch-branches lint. Impact and business value: - Enables safe, idempotent, body-enabled complex queries without URL-length constraints; improves cache correctness and performance for query-style requests; enhances developer ergonomics with unified API and thorough docs; strengthens security posture with CSRF/CORS alignment and observability through targeted logging and benchmarks. Technologies/skills demonstrated: - Go, RFC 10008, SHA-256 hashing, caching strategies, unit/integration tests, benchmarks, documentation generation, security (CSRF/CORS), and observability (logging)

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