patient here, since a base configuration takes approximately 3 minutes to compile under a Pentium III/Linux 2.2 system, but this will vary widely depending on your hardware and the number of modules which you call, make sure you install the release and/or patches needed to enable it. (With Linux, for example, this means using Linux 2.4 or later. For early releases of Solaris 8, you may need to apply a patch.) of the file to be delivered – for example, when serving static file content – it normally uses the kernel sendfile support the file if the OS supports the sendfile(2) operation. On most platforms, using

file-data in memory managed directly by the kernel. This is a powerful feature, and for the most part operating systems get it right. For example, on Linux, let's look at the difference in the time it there is a huge difference in the amount of time it takes to read the file. This is because the kernel has cached the file contents in memory. By ensuring there is "spare" memory on your system, you configure parameter can change this behavior for Apache. On the other hand, on some platforms, such as Linux and Tru64, the only way to handle both IPv6 and IPv4 is to use mapped addresses. If you want Apache

file-data in memory managed directly by the kernel. This is a powerful feature, and for the most part operating systems get it right. For example, on Linux, let's look at the difference in the time it there is a huge difference in the amount of time it takes to read the file. This is because the kernel has cached the file contents in memory. By ensuring there is "spare" memory on your system, you configure parameter can change this behavior for Apache. On the other hand, on some platforms, such as Linux and Tru64, the only way to handle both IPv6 and IPv4 is to use mapped addresses. If you want Apache

file-data in memory managed directly by the kernel. This is a powerful feature, and for the most part operating systems get it right. For example, on Linux, let's look at the difference in the time it there is a huge difference in the amount of time it takes to read the file. This is because the kernel has cached the file contents in memory. By ensuring there is "spare" memory on your system, you configure parameter can change this behavior for Apache. On the other hand, on some platforms, such as Linux and Tru64, the only way to handle both IPv6 and IPv4 is to use mapped addresses. If you want Apache

file-data in memory managed directly by the kernel. This is a powerful feature, and for the most part operating systems get it right. For example, on Linux, let's look at the difference in the time it there is a huge difference in the amount of time it takes to read the file. This is because the kernel has cached the file contents in memory. By ensuring there is "spare" memory on your system, you configure parameter can change this behavior for Apache. On the other hand, on some platforms, such as Linux and Tru64, the only way to handle both IPv6 and IPv4 is to use mapped addresses. If you want Apache

file-data in memory managed directly by the kernel. This is a powerful feature, and for the most part operating systems get it right. For example, on Linux, let’s look at the difference in the time it there is a huge difference in the amount of time it takes to read the file. This is because the kernel has cached the file contents in memory. By ensuring there is "spare" memory on your system, you change this behavior for Apache. 2.13. BINDING 69 On the other hand, on some platforms, such as Linux and Tru64, the only way to handle both IPv6 and IPv4 is to use mapped addresses. If you want Apache

file-data in memory managed directly by the kernel. This is a powerful feature, and for the most part operating systems get it right. For example, on Linux, let's look at the difference in the time it there is a huge difference in the amount of time it takes to read the file. This is because the kernel has cached the file contents in memory. By ensuring there is "spare" memory on your system, you configure parameter can change this behavior for Apache. On the other hand, on some platforms, such as Linux and Tru64, the only way to handle both IPv6 and IPv4 is to use mapped addresses. If you want Apache

distributions of the Apache HTTP Server for installation on particular platforms. This includes the various Linux distributions, various third- party Windows packages, Mac OS X, Solaris, and many more. Our software file-data in memory managed directly by the kernel. This is a powerful feature, and for the most part operating systems get it right. For example, on Linux, let's look at the difference in the time it there is a huge difference in the amount of time it takes to read the file. This is because the kernel has cached the file contents in memory. By ensuring there is "spare" memory on your system, you

distributions of the Apache HTTP Server for installation on particular platforms. This includes the various Linux distributions, various third- party Windows packages, Mac OS X, Solaris, and many more. Our software file-data in memory managed directly by the kernel. This is a powerful feature, and for the most part operating systems get it right. For example, on Linux, let's look at the difference in the time it there is a huge difference in the amount of time it takes to read the file. This is because the kernel has cached the file contents in memory. By ensuring there is "spare" memory on your system, you

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 of distributions of the Apache HTTP Server for installation on particular platforms. This includes the various Linux distributions, various third-party Windows packages, Mac OS X, Solaris, and many more. Our software file-data in memory managed directly by the kernel. This is a powerful feature, and for the most part operating systems get it right. For example, on Linux, let’s look at the difference in the time it