particular, the Windows version of Apache is now much more efficient, since MPM WINNT can use native networking features in place of the POSIX layer used in Apache 1.3. This benefit also extends to other operating thoroughly tested, and it is never recommended on production systems. On all operating systems, TCP/IP networking must be installed and working. If running on Windows 95, the Winsock 2 upgrade must be installed variable is a 32 bit quantity. How to pick the value? Examine the output of ftp://ftp.cup.hp.com/dist/networking/tools/connhist and see how many total TCP connections exist on the system. You probably want that

Event MPM (p. 899) is no longer experimental but is now fully supported. Asynchronous support Better support for asynchronous read/write for supporting MPMs and platforms. Per-module and per-directory particular, the Windows version of the server is now much more efficient, since MPM WINNT can use native networking fea- tures in place of the POSIX layer used in Apache httpd 1.3. This benefit also extends to other variable is a 32 bit quantity. How to pick the value? Examine the output of ftp://ftp.cup.hp.com/dist/networking/tools/connhist and see how many total TCP connections exist on the system. You probably want that

Event MPM (p. 900) is no longer experimental but is now fully supported. Asynchronous support Better support for asynchronous read/write for supporting MPMs and platforms. Per-module and per-directory particular, the Windows version of the server is now much more efficient, since MPM WINNT can use native networking fea- tures in place of the POSIX layer used in Apache httpd 1.3. This benefit also extends to other variable is a 32 bit quantity. How to pick the value? Examine the output of ftp://ftp.cup.hp.com/dist/networking/tools/connhist and see how many total TCP connections exist on the system. You probably want that

particular, the Windows version of Apache is now much more efficient, since MPM WINNT can use native networking features in place of the POSIX layer used in Apache 1.3. This benefit also extends to other operating variable is a 32 bit quantity. How to pick the value? Examine the output of ftp://ftp.cup.hp.com/dist/networking/tools/connhist and see how many total TCP connections exist on the system. You probably want that "connections" being tracked. Folks can check their listen queue depths with ftp://ftp.cup.hp.com/dist/networking/misc/listenq. If folks are running Apache on a PA-8000 based system, they should consider "chatr’ing"

Event MPM (p. 988) is no longer experimental but is now fully supported. Asynchronous support Better support for asynchronous read/write for supporting MPMs and platforms. Per-module and per-directory particular, the Windows version of the server is now much more efficient, since MPM WINNT can use native networking fea- tures in place of the POSIX layer used in Apache httpd 1.3. This benefit also extends to other variable is a 32 bit quantity. How to pick the value? Examine the output of ftp://ftp.cup.hp.com/dist/networking/tools/connhist and see how many total TCP connections exist on the system. You probably want that

Event MPM (p. 974) is no longer experimental but is now fully supported. Asynchronous support Better support for asynchronous read/write for supporting MPMs and platforms. Per-module and per-directory particular, the Windows version of the server is now much more efficient, since MPM WINNT can use native networking fea- tures in place of the POSIX layer used in Apache httpd 1.3. This benefit also extends to other variable is a 32 bit quantity. How to pick the value? Examine the output of ftp://ftp.cup.hp.com/dist/networking/tools/connhist and see how many total TCP connections exist on the system. You probably want that

MPM The Event MPM is no longer experimental but is now fully supported. Asynchronous support Better support for asynchronous read/write for supporting MPMs and platforms. Per-module and per-directory handle more simultaneous connections, thereby mitigating DoS attacks. Further, the event mpm uses asynchronous processing to avoid devoting a thread to each connection. Due to the nature of the OpenSSL library variable is a 32 bit quantity. How to pick the value? Examine the output of ftp://ftp.cup.hp.com/dist/networking/tools/connhist and see how many total TCP connections exist on the system. You probably want that

MPM The Event MPM is no longer experimental but is now fully supported. Asynchronous support Better support for asynchronous read/write for supporting MPMs and platforms. Per-module and per-directory handle more simultaneous connections, thereby mitigating DoS attacks. Further, the event mpm uses asynchronous processing to avoid devoting a thread to each connection. Due to the nature of the OpenSSL library variable is a 32 bit quantity. How to pick the value? Examine the output of ftp://ftp.cup.hp.com/dist/networking/tools/connhist and see how many total TCP connections exist on the system. You probably want that

MPM The Event MPM is no longer experimental but is now fully supported. Asynchronous support Better support for asynchronous read/write for supporting MPMs and platforms. Per-module and per-directory handle more simultaneous connections, thereby mitigating DoS attacks. Further, the event mpm uses asynchronous processing to avoid devoting a thread to each connection. Due to the nature of the OpenSSL library variable is a 32 bit quantity. How to pick the value? Examine the output of ftp://ftp.cup.hp.com/dist/networking/tools/connhist and see how many total TCP connections exist on the system. You probably want that

MPM The Event MPM is no longer experimental but is now fully supported. Asynchronous support Better support for asynchronous read/write for supporting MPMs and platforms. Per-module and per-directory handle more simultaneous connections, thereby mitigating DoS attacks. Further, the event mpm uses asynchronous processing to avoid devoting a thread to each connection. Due to the nature of the OpenSSL library variable is a 32 bit quantity. How to pick the value? Examine the output of ftp://ftp.cup.hp.com/dist/networking/tools/connhist and see how many total TCP connections exist on the system. You probably want that