each request beyond a point that users consider "fast enough". This causes users to hit stop and reload, further increasing the load. You can, and should, control the MaxRequestWorkers setting so that for the file scope in question. A good test for this is to put garbage in your .htaccess file and reload the page. If a server error is not generated, then you almost certainly have AllowOverride None in this sample module into a shared object and load it into the Apache server: $ cd foo $ make all reload apxs -c mod_foo.c /path/to/libtool --mode=compile gcc ... -c mod_foo.c /path/to/libtool --mode=link

each request beyond a point that users consider "fast enough". This causes users to hit stop and reload, further increasing the load. You can, and should, control the MaxRequestWorkers setting so that for the file scope in question. A good test for this is to put garbage in your .htaccess file and reload the page. If a server error is not generated, then you almost certainly have AllowOverride None in this sample module into a shared object and load it into the Apache server: $ cd foo $ make all reload apxs -c mod_foo.c /path/to/libtool --mode=compile gcc ... -c mod_foo.c /path/to/libtool --mode=link

for the file scope in question. A good test for this is to put garbage in your .htaccess file and reload the page. If a server error is not generated, then you almost certainly have AllowOverride None in with the +H status flag, which puts it in hot standby mode, and making the 2 bkup# servers part of the #1 load balancer set (the default set is 0); for failover, hot standbys (if they exist) are used 1st, Ign Worker is in ignore-errors mode and will always be considered available. H Stby Worker is in hot-standby mode and will only be used if no other viable workers are available. E Err Worker is in an

for the file scope in question. A good test for this is to put garbage in your .htaccess file and reload the page. If a server error is not generated, then you almost certainly have AllowOverride None in with the +H status flag, which puts it in hot standby mode, and making the 2 bkup# servers part of the #1 load balancer set (the default set is 0); for failover, hot standbys (if they exist) are used 1st, Ign Worker is in ignore-errors mode and will always be considered available. H Stby Worker is in hot-standby mode and will only be used if no other viable workers are available. E Err Worker is in an

each request beyond a point that users consider "fast enough". This causes users to hit stop and reload, further increasing the load. You can, and should, control the MaxClients setting so that your server for the file scope in question. A good test for this is to put garbage in your .htaccess file and reload the page. If a server error is not generated, then you almost certainly have AllowOverride None in this sample module into a shared object and load it into the Apache server: $ cd foo $ make all reload apxs -c mod_foo.c /path/to/libtool --mode=compile gcc ... -c mod_foo.c /path/to/libtool --mode=link

each request beyond a point that users consider "fast enough". This causes users to hit stop and reload, further increasing the load. You can, and should, control the MaxClients setting so that your server for the file scope in question. A good test for this is to put garbage in your .htaccess file and reload the page. If a server error is not generated, then you almost certainly have AllowOverride None in this sample module into a shared object and load it into the Apache server: $ cd foo $ make all reload apxs -c mod_foo.c /path/to/libtool --mode=compile gcc ... -c mod_foo.c /path/to/libtool --mode=link

each request beyond a point that users consider "fast enough". This causes users to hit stop and reload, further increasing the load. You can, and should, control the MaxClients setting so that your server for the file scope in question. A good test for this is to put garbage in your .htaccess file and reload the page. If a server error is not generated, then you almost certainly have AllowOverride None in this sample module into a shared object and load it into the Apache server: $ cd foo $ make all reload apxs -c mod_foo.c /path/to/libtool --mode=compile gcc ... -c mod_foo.c /path/to/libtool --mode=link

each request beyond a point that users consider "fast enough". This causes users to hit stop and reload, further increasing the load. You can, and should, control the MaxClients setting so that your server for the file scope in question. A good test for this is to put garbage in your .htaccess file and reload the page. If a server error is not generated, then you almost certainly have AllowOverride None in this sample module into a shared object and load it into the Apache server: $ cd foo $ make all reload apxs -c mod_foo.c /path/to/libtool --mode=compile gcc ... -c mod_foo.c /path/to/libtool --mode=link

each request beyond a point that users consider "fast enough". This causes users to hit stop and reload, further increasing the load. You can, and should, control the MaxClients setting so that your server for the file scope in question. A good test for this is to put garbage in your .htaccess file and reload the page. If a server error is not generated, then you almost certainly have AllowOverride None in this sample module into a shared object and load it into the Apache server: $ cd foo $ make all reload apxs -c mod_foo.c /path/to/libtool --mode=compile gcc ... -c mod_foo.c /path/to/libtool --mode=link

for the file scope in question. A good test for this is to put garbage in your .htaccess file and reload the page. If a server error is not generated, then you almost certainly have AllowOverride None in this sample module into a shared object and load it into the Apache server: $ cd foo $ make all reload apxs -c mod foo.c /path/to/libtool --mode=compile gcc ... -c mod foo.c /path/to/libtool --mode=link each request beyond a point that users consider "fast enough". This causes users to hit stop and reload, further increasing the load. You can, and should, control the MAXCLIENTS setting so that your server