must use a LOADMODULE directive in httpd.conf to tell Apache to activate the module. Background On modern Unix derivatives there exists a nifty mechanism usually called dynamic linking/loading of Dynamic these operations using the most efficient mechanism available on each target OS/CPU platform. Many modern CPUs, for example, have an instruction that does an atomic compare-and-swap (CAS) opera- tion in webserver to the more modern Apache webserver a lot of people want a smooth transition. So they want pages which use their old NCSA imagemap program to work under Apache with the modern MOD IMAP. The problem

0 architecture. Large File Support httpd is now built with support for files larger than 2GB on modern 32- bit Unix systems. Support for handling >2GB request bodies has also been added. Event MPM The to swap out memory, which will likely degrade performance. Operating System Caching Almost all modern operating systems cache file-data in memory managed directly by the kernel. This is a powerful feature must use a LoadModule directive in httpd.conf to tell Apache to activate the module. Background On modern Unix derivatives there exists a nifty mechanism usually called dynamic linking/loading of Dynamic

0 architecture. Large File Support httpd is now built with support for files larger than 2GB on modern 32- bit Unix systems. Support for handling >2GB request bodies has also been added. Event MPM The to swap out memory, which will likely degrade performance. Operating System Caching Almost all modern operating systems cache file-data in memory managed directly by the kernel. This is a powerful feature must use a LoadModule directive in httpd.conf to tell Apache to activate the module. Background On modern Unix derivatives there exists a nifty mechanism usually called dynamic linking/loading of Dynamic

0 architecture. Large File Support httpd is now built with support for files larger than 2GB on modern 32- bit Unix systems. Support for handling >2GB request bodies has also been added. Event MPM The to swap out memory, which will likely degrade performance. Operating System Caching Almost all modern operating systems cache file-data in memory managed directly by the kernel. This is a powerful feature must use a LoadModule directive in httpd.conf to tell Apache to activate the module. Background On modern Unix derivatives there exists a nifty mechanism usually called dynamic linking/loading of Dynamic

0 architecture. Large File Support httpd is now built with support for files larger than 2GB on modern 32- bit Unix systems. Support for handling >2GB request bodies has also been added. Event MPM The to swap out memory, which will likely degrade performance. Operating System Caching Almost all modern operating systems cache file-data in memory managed directly by the kernel. This is a powerful feature must use a LoadModule directive in httpd.conf to tell Apache to activate the module. Background On modern Unix derivatives there exists a nifty mechanism usually called dynamic linking/loading of Dynamic

0 architecture. Large File Support httpd is now built with support for files larger than 2GB on modern 32-bit Unix systems. Support for handling >2GB request bodies has also been added. Event MPM The degrade performance. 52 CHAPTER 2. USING THE APACHE HTTP SERVER Operating System Caching Almost all modern operating systems cache file-data in memory managed directly by the kernel. This is a powerful feature httpd to activate the module. See the apxs documentation (p. 309) for more details. Background On modern Unix derivatives there exists a mechanism called dynamic linking/loading of Dynamic Shared Objects

0 architecture. Large File Support httpd is now built with support for files larger than 2GB on modern 32-bit Unix systems. Support for handling >2GB request bodies has also been added. Event MPM The degrade performance. 52 CHAPTER 2. USING THE APACHE HTTP SERVER Operating System Caching Almost all modern operating systems cache file-data in memory managed directly by the kernel. This is a powerful feature httpd to activate the module. See the apxs documentation (p. 309) for more details. Background On modern Unix derivatives there exists a mechanism called dynamic linking/loading of Dynamic Shared Objects

0 architecture. Large File Support httpd is now built with support for files larger than 2GB on modern 32- bit Unix systems. Support for handling >2GB request bodies has also been added. Event MPM The to swap out memory, which will likely degrade performance. Operating System Caching Almost all modern operating systems cache file-data in memory managed directly by the kernel. This is a powerful feature must use a LoadModule directive in httpd.conf to tell Apache to activate the module. Background On modern Unix derivatives there exists a nifty mechanism usually called dynamic linking/loading of Dynamic

0 architecture. Large File Support httpd is now built with support for files larger than 2GB on modern 32-bit Unix systems. Support for handling >2GB request bodies has also been added. Event MPM The to swap out memory, which will likely degrade performance. Operating System Caching Almost all modern operating systems cache file-data in memory managed directly by the kernel. This is a powerful feature must use a LOADMODULE directive in httpd.conf to tell Apache to activate the module. Background On modern Unix derivatives there exists a nifty mechanism usually called dynamic linking/loading of Dynamic

0 architecture. Large File Support httpd is now built with support for files larger than 2GB on modern 32-bit Unix systems. Support for handling >2GB request bodies has also been added. Event MPM The forced to swap out memory, which will likely degrade performance. Operating System Caching Almost all modern operating systems cache file-data in memory managed directly by the kernel. This is a powerful feature Apache httpd to activate the module. See the apxs documentation for more details. Background On modern Unix derivatives there exists a mechanism called dynamic linking/loading of Dynamic Shared Objects