should add a call to apachectl to your system startup files (typically rc.local or a file in an rc.N directory). This will start Apache as root. Before doing this ensure that your server is properly configured as the end of the format string. The format string may also contain the special control characters "\n" for new-line and "\t" for tab. The CUSTOMLOG directive sets up a new log file using the defined nickname grep -c "/jsp/source.jsp?/jsp/ /jsp/source.jsp??" access log grep "client denied" error log | tail -n 10 The first example will list the number of attacks trying to exploit the Apache Tomcat Source.JSP

should add a call to apachectl to your system startup files (typically rc.local or a file in an rc.N directory). This will start Apache as root. Before doing this ensure that your server is properly configured provided with httpd is the htcacheclean (p. 301) tool which allows you to clean the cache periodically. De- termining how frequently to run htcacheclean (p. 301) and what target size to use for the cache is as the end of the format string. The format string may also contain the special control characters "\n" for new-line and "\t" for tab. The CUSTOMLOG directive sets up a new log file using the defined nickname

should add a call to apachectl to your system startup files (typically rc.local or a file in an rc.N directory). This will start Apache as root. Before doing this ensure that your server is properly configured provided with httpd is the htcacheclean (p. 301) tool which allows you to clean the cache periodically. De- termining how frequently to run htcacheclean (p. 301) and what target size to use for the cache is as the end of the format string. The format string may also contain the special control characters "\n" for new-line and "\t" for tab. The CUSTOMLOG directive sets up a new log file using the defined nickname

should add a call to apachectl to your system startup files (typically rc.local or a file in an rc.N directory). This will start Apache as root. Before doing this ensure that your server is properly configured as the end of the format string. The format string may also contain the special control characters "\n" for new-line and "\t" for tab. The CUSTOMLOG directive sets up a new log file using the defined nickname outside of the Apache source tree using apxs: $ cd /path/to/3rdparty $ apxs -c mod foo.c $ apxs -i -a -n foo mod foo.la In all cases, once the shared module is compiled, you must use a LOADMODULE directive

should add a call to apachectl to your system startup files (typically rc.local or a file in an rc.N directory). This will start Apache as root. Before doing this ensure that your server is properly configured provided with httpd is the htcacheclean (p. 324) tool which allows you to clean the cache periodically. De- termining how frequently to run htcacheclean (p. 324) and what target size to use for the cache is as the end of the format string. The format string may also contain the special control characters "\n" for new-line and "\t" for tab. The CUSTOMLOG directive sets up a new log file using the defined nickname

should add a call to apachectl to your system startup files (typically rc.local or a file in an rc.N directory). This will start Apache as root. Before doing this ensure that your server is properly configured provided with httpd is the htcacheclean (p. 324) tool which allows you to clean the cache periodically. De- termining how frequently to run htcacheclean (p. 324) and what target size to use for the cache is as the end of the format string. The format string may also contain the special control characters "\n" for new-line and "\t" for tab. The CUSTOMLOG directive sets up a new log file using the defined nickname

should add a call to apachectl to your system startup files (typically rc.local or a file in an rc.N directory). This will start Apache as root. Before doing this ensure that your server is properly configured as the end of the format string. The format string may also contain the special control characters "\n" for new-line and "\t" for tab. The CustomLog directive sets up a new log file using the defined nickname grep -c "/jsp/source.jsp?/jsp/ /jsp/source.jsp??" access_log grep "client denied" error_log | tail -n 10 The first example will list the number of attacks trying to exploit the Apache Tomcat Source.JSP

should add a call to apachectl to your system startup files (typically rc.local or a file in an rc.N directory). This will start Apache as root. Before doing this ensure that your server is properly configured as the end of the format string. The format string may also contain the special control characters "\n" for new-line and "\t" for tab. The CustomLog directive sets up a new log file using the defined nickname grep -c "/jsp/source.jsp?/jsp/ /jsp/source.jsp??" access_log grep "client denied" error_log | tail -n 10 The first example will list the number of attacks trying to exploit the Apache Tomcat Source.JSP

should add a call to apachectl to your system startup files (typically rc.local or a file in an rc.N directory). This will start Apache as root. Before doing this ensure that your server is properly configured as the end of the format string. The format string may also contain the special control characters "\n" for new-line and "\t" for tab. The CustomLog directive sets up a new log file using the defined nickname grep -c "/jsp/source.jsp?/jsp/ /jsp/source.jsp??" access_log grep "client denied" error_log | tail -n 10 The first example will list the number of attacks trying to exploit the Apache Tomcat Source.JSP

should add a call to apachectl to your system startup files (typically rc.local or a file in an rc.N directory). This will start Apache as root. Before doing this ensure that your server is properly configured as the end of the format string. The format string may also contain the special control characters "\n" for new-line and "\t" for tab. The CustomLog directive sets up a new log file using the defined nickname grep -c "/jsp/source.jsp?/jsp/ /jsp/source.jsp??" access_log grep "client denied" error_log | tail -n 10 The first example will list the number of attacks trying to exploit the Apache Tomcat Source.JSP