HyperText Transfer Protocol - traduction vers Anglais
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HyperText Transfer Protocol - traduction vers Anglais

APPLICATION PROTOCOL FOR DISTRIBUTED, COLLABORATIVE, HYPERMEDIA INFORMATION SYSTEMS
Http; Http protocol; Hyper Text Transfer Protocol; HTTP request; Http://; Hypertext Transfer Protocol; HyperText Transfer Protocol; Http request; HTTP/1.1; Htttp; Http;; Http.; Request method; HTTP://; HTTP HEAD; HTTP GET; HTTP PUT; HTTP TRACE; HTTP OPTIONS; HTTP CONNECT; GET request; HEAD request; PUT request; DELETE request; TRACE request; OPTIONS request; CONNECT request; HTTP HEAD request; HTTP GET request; HTTP PUT request; HTTP DELETE request; HTTP TRACE request; HTTP OPTIONS request; HTTP CONNECT request; Hypertext transfer protocall; HTTP DELETE; HTTP Verbs; Hypertext Protocol; HTTP Requests; Http post/get requests; Http upload; HTTP/0.9; HTTP/1.0; HTTP 0.9; HTTP 1.0; HTTP 1.1; GET (HTTP); Http session; HTTP method; HTTP Protocol; HTTP protocol; Http:\\; PUT (HTTP); DELETE (HTTP); HEAD (HTTP); OPTIONS (HTTP); TRACE (HTTP); CONNECT (HTTP); HTTP response; Hypertext Transport Protocol; HTTP-NG; GET requests; HTTPA; RFC 2616; RFC2616; HTTP verbs; Http:; Hypertext transfer protocol; HTTP requests; Hyper-text transfer protocol
  • response]] header section, and response body are highlighted.
  • WWW]] domain name label
  • [[Tim Berners-Lee]]

HyperText Transfer Protocol         
HTTP protocol, protocol voor het uitwisselen van hypertekst, protocol voor het bekijken van WWW locaties op het internet
Secure HTTP         
WEB ENCRYPTION METHOD SIMILAR TO HTTPS
S-HTTP; SHTTP; Shttp; Secure hypertext transfer protocol; Secure HTTP
beveiligde hypertekst transporterende protocol, protocol die het mogelijk maakt zakelijke informatie gecodeerd uit te wisselen via het internet
network protocol         
  • Figure 2. The TCP/IP model or Internet layering scheme and its relation to some common protocols.
  • Figure 3. Message flows using a protocol suite. Black loops show the actual messaging loops, red loops are the effective communication between layers enabled by the lower layers.
  • Figure 5: Protocol and software layering. The software modules implementing the protocols are represented by cubes. The information flow between the modules is represented by arrows. The (top two horizontal) red arrows are virtual. The blue lines mark the layer boundaries.
SYSTEM FOR EXCHANGING MESSAGES BETWEEN COMPUTING SYSTEMS
Network protocol design principles; Data transmission protocol; Networking protocol; Protocol (computing); Protocol (computer science); Protocol (communication); Protocol (communications); Network protocols; Communication protocols; Communications protocols; Internetwork protocol; Protocol (networks); Protocol (network); Networking protocols; Protocols (computing); Protocol set; Data communication protocol; Protocol testing; Network Protocols; Binary protocol; Protocol (computer); Protocol versioning; Computer protocol; Protocol layer; Network protocol; Protocol design; Internetworking Protocol; Text-based protocol; Plain text protocol; Web protocol; Communications protocol; Universal protocols; Telecommunication protocol; Telecommunications protocol; Transmission protocol; History of communication protocols; Binary protocols; Wire image (networking)
netwerk protocol, methode van communicatie tussen computers op een lokaal netwerk

Définition

Hypertext Transfer Protocol
<protocol> (HTTP) The client-server TCP/IP protocol used on the World-Wide Web for the exchange of HTML documents. It conventionally uses port 80. Latest version: HTTP 1.1, defined in RFC 2068, as of May 1997. See also Uniform Resource Locator. (1994-10-27)

Wikipédia

HTTP

The Hypertext Transfer Protocol (HTTP) is an application layer protocol in the Internet protocol suite model for distributed, collaborative, hypermedia information systems. HTTP is the foundation of data communication for the World Wide Web, where hypertext documents include hyperlinks to other resources that the user can easily access, for example by a mouse click or by tapping the screen in a web browser.

Development of HTTP was initiated by Tim Berners-Lee at CERN in 1989 and summarized in a simple document describing the behavior of a client and a server using the first HTTP protocol version that was named 0.9.

That first version of HTTP protocol soon evolved into a more elaborated version that was the first draft toward a far future version 1.0.

Development of early HTTP Requests for Comments (RFCs) started a few years later and it was a coordinated effort by the Internet Engineering Task Force (IETF) and the World Wide Web Consortium (W3C), with work later moving to the IETF.

HTTP/1 was finalized and fully documented (as version 1.0) in 1996. It evolved (as version 1.1) in 1997 and then its specifications were updated in 1999, 2014, and 2022.

Its secure variant named HTTPS is used by more than 80% of websites.

HTTP/2, published in 2015, provides a more efficient expression of HTTP's semantics "on the wire". It is now used by 41% of websites and supported by almost all web browsers (over 97% of users). It is also supported by major web servers over Transport Layer Security (TLS) using an Application-Layer Protocol Negotiation (ALPN) extension where TLS 1.2 or newer is required.

HTTP/3, the successor to HTTP/2, was published in 2022. It is now used by over 25% of websites and is supported by many web browsers (over 75% of users). HTTP/3 uses QUIC instead of TCP for the underlying transport protocol. Like HTTP/2, it does not obsolesce previous major versions of the protocol. Support for HTTP/3 was added to Cloudflare and Google Chrome first, and is also enabled in Firefox. HTTP/3 has lower latency for real-world web pages, if enabled on the server, load faster than with HTTP/2, and even faster than HTTP/1.1, in some cases over 3× faster than HTTP/1.1 (which is still commonly only enabled).

Exemples du corpus de texte pour HyperText Transfer Protocol
1. And finally a set of rules HTTP (HyperText Transfer Protocol) which allowed one Web page to be linked with another.