1. Introduction and Overview
1.1 Overview and Rationale
1.1 Overview and Rationale
10.1 Overall Assessment
11.1 Normative References
12.1 Algorithm Contribution
13.1 Arnt Gulbrandsen
(English content from RFC source)
2.1 Basic Format
3.1 Backward Compatibility Considerations
4.1 Design Limitations
5.1 Traditional Port Resolution
6.1 Client Processing Procedure
7.1 Example Description
8.1 RR Type Assignment
9.1 Document Status
RFC 1157 defines the Simple Network Management Protocol (SNMP) version 1, used for monitoring and managing network devices. Provides Get, Set, Trap operations to query and modify device status. It is the foundation protocol for network management, widely used in routers, switches, servers and other equipment.
Document Information
RFC 2616 is the classic HTTP/1.1 specification published in 1999, which dominated the Web for over a decade. Although superseded by RFC 7230-7235 series, it remains the most classic document for understanding HTTP.
RFC 3629 defines the UTF-8 character encoding, a transformation format of ISO 10646. It details encoding rules, byte sequence syntax, security considerations, etc. It is a fundamental standard for modern Internet text processing.
Publication Date: March 2005
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Contents
RFC 4648 defines three commonly used base encoding schemes - Base16, Base32, and Base64. It provides detailed specifications of encoding algorithms, character sets, padding rules, and security considerations. Essential foundation for understanding JWT, MIME, URL encoding, and other technologies.
Network Working Group
Contents
Basic Information
RFC 6749 defines the complete specification of the OAuth 2.0 authorization framework, including four authorization grant types - authorization code, implicit, resource owner password credentials, and client credentials. This is the foundational standard for modern API security and authentication.
(English content to be added)
A.1. Changes from HTTP/1.0 (与 HTTP/1.0 的变化)
核心语法规则汇总
文档信息
🇬🇧 English Version
Normative References (规范性参考文献)
🇬🇧 English Version
核心概念 (Core Concepts)
核心概念
5.1. Identifying a Target Resource (标识目标资源)
6.1. Connection Header Field (Connection 头部字段)
rule](/docs/rfc-7230/7.ABNFListExtension.html) (ABNF 列表扩展)
8.1. Header Field Registration (头部字段注册)
9.1. Establishing Authority (建立权威)
RFC 7231定义了HTTP/1.1消息的语义,包括请求方法、请求头字段、响应状态码、响应头字段,以及消息载荷(元数据和主体内容)和内容协商机制。
(English content from RFC source)
This section defines the syntax and semantics of HTTP/1.1 header fields related to caching.
User agents often have history mechanisms, such as "Back" buttons and history lists, that can be used to redisplay a representation retrieved earlier in a session.
(English content from RFC source)
Published: March 2015
RFC 7540 defines HTTP/2, introducing binary framing, multiplexing, server push, and header compression for improved web performance.
RFC 7578 defines the multipart/form-data media type used for HTML form submission, particularly for file upload scenarios. It specifies the encoding format for form data, Content-Disposition headers, filename handling, and other details. This is the core standard for implementing file upload functionality in web development.
RFC 8259 defines the authoritative syntax standard for JavaScript Object Notation (JSON) data interchange format. It is the most widely used lightweight data format for REST APIs, configuration files, and data storage.
RFC 8555 defines the Automatic Certificate Management Environment (ACME) protocol for automating SSL/TLS certificate application, validation, and issuance. Let's Encrypt widely adopts this protocol to enable free HTTPS certificate automation, significantly advancing web encryption adoption.
OAuth 2.0 设备授权许可协议,专为缺少浏览器或输入受限的互联网设备设计的授权流程
RFC 8820 提供 URI 设计的最佳实践指南,规范了 URI 结构设计、命名空间管理、路径设计原则等,是标准规范制定者的重要参考文档。
(English content from RFC source)
(English content from RFC source)
(English content from RFC source)
Published: May 2023
RFC 8110 describes Opportunistic Wireless Encryption (OWE), a mode that allows unauthenticated clients to connect to a network using encrypted traffic. This document transfers the ongoing maintenance and further development of the protocol to the IEEE 802.11 Working Group.
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Basic Information
Publication Date: November 2025
Basic Information