Tasuqilt agi ur temmid ara. Ma ulac aɣilif, mudd afus di tsuqilt n umagrad agi si teglizit.
Hypertext Transfer Protocol (HTTP) is an application-layer protocol for transmitting hypermedia documents, such as HTML. It was designed for communication between web browsers and web servers, but it can also be used for other purposes. HTTP follows a classical client-server model, with a client opening a connection to make a request, then waiting until it receives a response. HTTP is a stateless protocol, meaning that the server does not keep any data (state) between two requests. Though often based on a TCP/IP layer, it can be used on any reliable transport layer; that is, a protocol that doesn't lose messages silently, such as UDP.
Afet-ed ammek ara tesqedcem akked imniren ed ituṭurialen.
- Overview of HTTP
- The basic features of the client-server protocol: what it can do and its intended uses.
- HTTP Cache
- Caching is very important for fast Web sites. This article describes different methods of caching and how to use HTTP Headers to control them.
- HTTP Cookies
- How cookies work is defined by RFC 6265. When serving an HTTP request, a server can send a
Set-CookieHTTP header with the response. The client then returns the cookie's value with every request to the same server in the form of a
Cookierequest header. The cookie can also be set to expire on a certain date, or restricted to a specific domain and path.
- HTTP Access Control (CORS)
- Cross-site HTTP requests are HTTP requests for resources from a different domain than the domain of the resource making the request. For instance, an HTML page from Domain A (
http://domaina.example/) makes a request for an image on Domain B (
http://domainb.foo/image.jpg) via the
imgelement. Web pages today very commonly load cross-site resources, including CSS stylesheets, images, scripts, and other resources. CORS allows web developers to control how their site reacts to cross-site requests.
- Evolution of HTTP
- A brief description of the changes between the early versions of HTTP, to the modern HTTP/2 and beyond.
- Mozilla web security guidelines
- A collection of tips to help operational teams with creating secure web applications.
- HTTP Messages
- Describes the type and structure of the different kind of messages of HTTP/1.x and HTTP/2.
- A typical HTTP session
- Shows and explains the flow of a usual HTTP session.
- Connection management in HTTP/1.x
- Describes the three connection management models available in HTTP/1.x, their strengths, and their weaknesses.
Browse through detailed HTTP reference documentation.
- HTTP Headers
- HTTP message headers are used to describe a resource, or the behavior of the server or the client. Custom proprietary headers can be added using the
X-prefix; others in an IANA registry, whose original content was defined in RFC 4229. IANA also maintains a registry of proposed new HTTP message headers.
- HTTP Request Methods
- The different operations that can be done with HTTP:
POST, and also less common requests like
- HTTP Status Response Codes
- HTTP response codes indicate whether a specific HTTP request has been successfully completed. Responses are grouped in five classes: informational responses, successful responses, redirections, client errors, and servers errors.
- CSP directives
Content-Security-Policyresponse header fields allows web site administrators to control resources the user agent is allowed to load for a given page. With a few exceptions, policies mostly involve specifying server origins and script endpoints.
Ifecka & iɣbula
Helpful tools and resources for understanding and debugging HTTP.
- Firefox Developer Tools
- Network monitor
- Mozilla Observatory
A project designed to help developers, system administrators, and security professionals configure their sites safely and securely.
- Tools to check your cache-related headers
- How Browsers Work
- A very comprehensive article on browser internals and request flow through HTTP protocol. A MUST-READ for any web developer.