HTTP
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HTTP is an application protocol that functions as a request-response protocol in the client-server computing model. It has been used by the World Wide Web since 1990 to transfer hypertext documents. HTTP has evolved through several versions with HTTP/1.1 being the current standard version that keeps TCP sessions open allowing for more efficient responses. HTTP defines methods like GET and POST and status codes to indicate the status of requests.
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HTTP
- 1. HTTP( Hypertext Transfer Protocol ) TRIPTI ANWITA
- 2. Agenda HTTP HTTP Request HTTP Response HTTP Versions HTTP Methods Status Codes HTTP Caching Session Management HTTP Cookies HTTPS SSL Handshake
- 3. HTTP The Hypertext Transfer Protocol (HTTP) is an application protocol for distributed, collaborative, hypermedia information systems. In use by the World-Wide Web since 1990. HTTP functions as a request-response protocol in the client-server computing model
- 4. Need for Application Layer Protocol
- 5. HTTP Request
- 7. HTTP Versions HTTP/0.9 - The original version of HTTP was intended only for the transfer of hypertext documents. HTTP/1.0 Each Request/Response need new TCP connection HTTP/1.1 Keep TCP Session. Current version in use. HTTP/2.0 Future Version.
- 8. HTTP Methods
- 9. Status Codes
- 10. HTTP Caching The goal of caching is to eliminate the need to send requests in many cases, and to eliminate the need to send full responses in many other cases.
- 11. Session Management HTTP Protocol is stateless by design, each request is done separately and is executed in a separate context. The idea behind session management is to put requests from the same client in the same context. This is done by issuing an identifier by the server and sending it to the client, then the client would save this identifier and resend it in subsequent requests so the server can identify it.
- 12. Session Management Ways to manage session URL Rewriting Hidden Form Fields Cookies
- 13. HTTP Cookies
- 14. HTTPS The HTTPS protocol is the same text based protocol as HTTP but is run over an encrypted SSL session. The Secure Sockets Layer (SSL) was designed to encrypt any TCP/IP based network traffic and provide the following capabilities Prevents eavesdropping Prevents tampering or replaying of messages Uses certificates to authenticate servers and optionally clients
- 15. SSL Handshake