The Apache HTTP Server Project is an effort to develop and maintain anopen-source HTTP server for modern operating systems including UNIX andWindows. The goal of this project is to provide a secure, efficient andextensible server that provides HTTP services in sync with the current HTTPstandards.
The Apache HTTP Server ('httpd') was launched in 1995 and it has been the most popular web server on the Internet sinceApril 1996. It has celebrated its 25th birthday as a project in February 2020.
To run the Java example code you will need to install the Java version appropriate for your OS and web server Apache Tomcat: Java (download from the Oracle official web site); Apache Tomcat (download from the official website). Running Apache Tomcat.
- Java Tutorial Introduction. All Apache Thrift tutorials require that you have: The Apache Thrift Compiler and Libraries, see Download and Building from Source for.
- Apache HTTP Server 2.4.46 (httpd): 2.4.46 is the latest available version 2020-08-07.
- Using Java Servlets with Apache. Servlets are Java programs that execute in a Web server in response to requests from a Web browser. Servlets are more powerful than CGI programs commonly used as gateways between Web servers and other services such as databases.
The Apache HTTP Server is a project of The Apache SoftwareFoundation.
Apache Httpclient Example
The Apache Software Foundation and the Apache HTTP Server Project arepleased toannounce therelease of version 2.4.46 of the Apache HTTP Server ('httpd').
This latest release from the 2.4.x stable branch represents the best availableversion of Apache HTTP Server.
Apache HTTP Server version 2.4.43 or newer is required in order to operate a TLS 1.3 web server with OpenSSL 1.1.1.
Download | ChangeLog for2.4.46 | Complete ChangeLog for2.4 | New Features in httpd2.4
As previously announced, the Apache HTTP Server Project has discontinuedall development and patch review of the 2.2.x series of releases.
The Apache HTTP Server Project had long committed to provide maintenancereleases of the 2.2.x flavor through June of 2017. The final release 2.2.34was published in July 2017, and no further evaluation of bug reports orsecurity risks will be considered or published for 2.2.x releases.
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This example demonstrates synchronous execution of multiple HTTP/1.1 GET requests.
This example demonstrates synchronous execution of multiple HTTP/1.1 POST requests with enclosed content of various types.
This example demonstrates asynchronous execution of multiple HTTP/1.1 requests.
This example demonstrates asynchronous execution of multiple HTTP/2 requests.
This example demonstrates how to execute HTTP/2 requests over TLS connections with ALPN support. It also explains how to avoid the illegal reflective access operation warning when running Java 9 or older.
This example demonstrates how to execute HTTP/2 requests over TLS connections with ALPN support on Java 1.7 and Java 1.8.
Apache Server Windows
This example demonstrates asynchronous, pipelined execution multiple HTTP/1.1 requests.
This example demonstrates asynchronous, multistream execution of multiple HTTP/2 requests.
This is an example of an embedded HTTP/1.1 file server with a classic (blocking) message transport.
This is an example of using synchronous request filters with an embedded HTTP/1.1 server.
This is an example of an embedded HTTP/1.1 file server with an event driven, non-blocking message transport.
This is an example of using asynchronous request filters with an embedded HTTP/1.1 server.
This is an example of an embedded HTTP/2 file server with an event driven, non-blocking message transport.
This is an example of an embedded HTTP/1.1 reverse proxy with a classic (blocking) message transport.
This is an example of an embedded HTTP/1.1 reverse proxy with an event driven, non-blocking message transport.
This is an example of full-duplex HTTP/1.1 client side message exchanges using reactive streaming.
This is an example of full-duplex HTTP/1.1 server side message exchanges using reactive streaming.