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ServiceLocator.getInstance().getLog(NewsletterPlugIn.class); private Timer timer = null; private long intervalFactor = 1000 * 60; private long interval = (60 * 72); private String smtpServer = "localhost"; private String fromAddress = "javaedge@apress.com"; public void init(ActionServlet servlet, ModuleConfig config) throws ServletException { log.info("NewsletterPlugIn.init() called"); loadConfigData(config); startTimer(); } public void destroy() { log.info("NewsletterPlugIn.destroy() called"); } private void loadConfigData(ModuleConfig config) { PlugInConfig[] pluginConfigs = config.findPlugInConfigs(); for(int x = 0; x < pluginConfigs.length; x++) { if(pluginConfigs[x].getClassName().equals(this.getClass().getName())) { log.debug("Found Plug-In Configuration"); Map props = pluginConfigs[x].getProperties(); // Load in the interval property. if(props.containsKey("interval")) { try { interval = Long.parseLong(props.get("interval").toString()); log.debug("Interval set to: " + interval); } catch(Exception ignored) { log.debug("Specified Interval was not a valid log value"); } } // Load the smtp server property. if(props.containsKey("smtp.server")) { smtpServer = props.get("smtp.server").toString();

Apache 2 Unix servers that use a threaded MPM, such as worker or perchild, replace the standard mod_cgi module with the new mod_cgid module. This is equivalent to mod_cgi in use, but it abstracts the actual execution of CGI scripts to an external daemon so that Apache itself doesn t fork to run the script. This is a major time-saver because a forked process duplicates every thread in the parent into the child; all of these threads would then replaced by the CGI script, making their creation both wasteful and redundant. mod_cgid provides one additional directive, ScriptSock over mod_cgi. This takes a filename as an argument that s used as the coordination socket between Apache and the CGI daemon. All CGI requests are passed through the socket to the CGI daemon, which then forks the CGI script. The default filename is cgisock in the logs directory, but you can change it with this:

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The idea of communicating to a stand-alone daemon through a socket isn t unique to mod_cgid. A similar approach is taken by mod_fastcgi for creating standalone external applications. The difference is that FastCGI applications are persistent, and each one has its own socket; the external CGI daemon set up by mod_cgid is itself much like a FastCGI application that happens to fork and execute transient CGI scripts as its job. For truly persistent CGI scripts, you need to use mod_fastcgi.

6

s Note Do not forget to make appropriate adjustments to the port number in the preceding URL for your

Apache provides three resource limit directives you can use to prevent CGI scripts from spinning out of control. Each directive takes two parameters: a soft limit, which a process can override and increase, and a hard limit, which the process can t override even if it tries. Both the soft and hard limits take either a number or max, meaning the maximum the system can support. The three directives are as follows: RLimitCPU RLimitMEM RLimitNPROC RLimitCPU limits the number of seconds of CPU time an Apache-invoked process can use, including CGI scripts, for example:

logdebug("smtpServer set to: " + smtpServer); } // Load the from address property if(propscontainsKey("fromAddress")) { fromAddress = propsget("fromAddress")toString(); logdebug("fromAddress set to: " + fromAddress); } break; } } } private void startTimer() { timer = new Timer(); long timerInterval = (interval * intervalFactor); timerschedule( new NewsletterTask( smtpServer, fromAddress), timerInterval, timerInterval); } } The NewsletterPlugIn class has a variety of field variables to store the configuration details for the NewsletterManager, the Commons Log instance used for logging within the class, and the Timer instance that the plug-in will use to schedule the sending of the newsletter Notice that you also need to define a private field, intervalFactor The reason for this field is that in the configuration you want to be able to specify the interval between newsletters in minutes, but the Timer works in milliseconds.

RLimitMEM limits the amount of memory in bytes that a process can claim, for example:

Note that setting this value too low can severely limit the ability of applications to run, possibly to the point of not running at all. RLimitNPROC limits the number of processes any given user can create. If scripts are running under different user IDs (generally through the use of a CGI wrapper such as suExec), this limits the number of processes each user can create. Otherwise, it limits the number of processes the server itself can create because all scripts are running with the same user ID, for example:

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