support, Apache httpd can now run in a hybrid multiprocess, multithreaded mode. This improves scalability for many, but not all configurations. New Build System The build system has been rewritten from Stopping and Restarting (p. 29) Overview for the impatient Installing on Fedora/CentOS/Red Hat Enterprise Linux sudo yum install httpd sudo systemctl enable httpd sudo systemctl start httpd ! Newer releases customized for the needs of the particular site. For example, sites that need a great deal of scalability can choose to use a threaded MPM like WORKER or EVENT, while sites requiring stability or compatibility

support, Apache httpd can now run in a hybrid multiprocess, multithreaded mode. This improves scalability for many, but not all configurations. New Build System The build system has been rewritten from httpd Stopping and Restarting Overview for the impatient Installing on Fedora/CentOS/Red Hat Enterprise Linux sudo yum install httpd sudo systemctl enable httpd sudo systemctl start httpd Newer releases Compared to Apache 1.3, release 2.x contains many additional optimizations to increase throughput and scalability. Most of these improvements are enabled by default. However, there are compile-time and run-time

threads support, Apache can now run in a hybrid multiprocess, mul- tithreaded mode. This improves scalability for many, but not all configurations. New Build System The build system has been rewritten from customized for the needs of the particular site. For example, sites that need a great deal of scalability can choose to use a threaded MPM like WORKER or EVENT, while sites requiring stability or compatibility available on the Internet. Popular options for deploying Apache httpd, and, optionally, PHP and MySQL, on Microsoft Windows, include: • ApacheHaus2 • Apache Lounge3 • BitNami WAMP Stack4 • WampServer5

support, Apache httpd can now run in a hybrid multiprocess, multithreaded mode. This improves scalability for many, but not all configurations. New Build System The build system has been rewritten from customized for the needs of the particular site. For example, sites that need a great deal of scalability can choose to use a threaded MPM like WORKER or EVENT, while sites requiring stability or compatibility available on the Internet. Popular options for deploying Apache httpd, and, optionally, PHP and MySQL, on Microsoft Windows, include: • ApacheHaus2 • Apache Lounge3 • BitNami WAMP Stack4 • WampServer5

support, Apache httpd can now run in a hybrid multiprocess, multithreaded mode. This improves scalability for many, but not all configurations. New Build System The build system has been rewritten from Compared to Apache 1.3, release 2.x contains many additional optimizations to increase throughput and scalability. Most of these improvements are enabled by default. However, there are compile-time and run-time systems, there are several MPMs from which to choose. The choice of MPM can affect the speed and scalability of the httpd: The worker MPM uses multiple child processes with many threads each. Each thread

threads support, Apache can now run in a hybrid multiprocess, multithreaded mode. This improves scalability for many, but not all configurations. New Build System The build system has been rewritten from Compared to Apache 1.3, release 2.x contains many additional optimizations to increase throughput and scalability. Most of these improvements are enabled by default. However, there are compile-time and run-time systems, there are several MPMs from which to choose. The choice of MPM can affect the speed and scalability of the httpd: The worker MPM uses multiple child processes with many threads each. Each thread

threads support, Apache can now run in a hybrid multiprocess, multithreaded mode. This improves scalability for many, but not all configurations. New Build System The build system has been rewritten from Compared to Apache 1.3, release 2.x contains many additional optimizations to increase throughput and scalability. Most of these improvements are enabled by default. However, there are compile-time and run-time systems, there are several MPMs from which to choose. The choice of MPM can affect the speed and scalability of the httpd: The worker MPM uses multiple child processes with many threads each. Each thread

threads support, Apache can now run in a hybrid multiprocess, multithreaded mode. This improves scalability for many, but not all configurations. New Build System The build system has been rewritten from Compared to Apache 1.3, release 2.x contains many additional optimizations to increase throughput and scalability. Most of these improvements are enabled by default. However, there are compile-time and run-time systems, there are several MPMs from which to choose. The choice of MPM can affect the speed and scalability of the httpd: The worker MPM uses multiple child processes with many threads each. Each thread

threads support, Apache can now run in a hybrid multiprocess, multithreaded mode. This improves scalability for many, but not all configurations. New Build System The build system has been rewritten from Compared to Apache 1.3, release 2.x contains many additional optimizations to increase throughput and scalability. Most of these improvements are enabled by default. However, there are compile-time and run-time systems, there are several MPMs from which to choose. The choice of MPM can affect the speed and scalability of the httpd: The worker MPM uses multiple child processes with many threads each. Each thread

support, Apache httpd can now run in a hybrid multiprocess, multithreaded mode. This improves scalability for many, but not all configurations. New Build System The build system has been rewritten from Compared to Apache 1.3, release 2.x contains many additional optimizations to increase throughput and scalability. Most of these improvements are enabled by default. However, there are compile-time and run-time systems, there are several MPMs from which to choose. The choice of MPM can affect the speed and scalability of the httpd: The worker MPM uses multiple child processes with many threads each. Each thread