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We usually do not need to find out the process group, since we already know the child will be in the same group as the parent What we often want to do, however, is change the group to isolate a child from the parent We can do this with setprgrp, which takes a process ID and a process group ID as arguments: setpgrp $pid, $pgid; In practice, the only process we ever want to change the group for is our own, when we want to divorce a child process from the fate of its parent Specifically, this insulates the former child from any signals sent to the process group of the parent, so the child will live on even if the parent terminates (and signals its children to do so also) Such child processes are said to be daemons, running independently of the original process that created them.

This configuration file should be fairly self-explanatory. It simply gives the name of the ColdFusion data source, and the username and password, if required. On line 2 of Listing 30-1, there is a declaration for a datasource.xsd XML schema file. This is useful when developing with an XML editor, as it allows the editor to validate the XML and provide autocompletion and code hinting. While the name of the data source configuration file can be anything you like, I suggest naming it datasource.xml to make things simple.

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While in theory we can join any existing group, we generally want to create our own group Process group IDs are just numbers, and they usually have the same value as the process ID that owns that group To put ourselves in our own group, therefore, we simply need to give ourselves a process group ID that is equal to our process ID: setpgrp $$, $$; Just as before, we can use a false value for both IDs to default to the current process ID, so we can also say setpgrp 0, 0; Or even just the following (though not quite as portable): setpgrp; Both calls will put the child process into its own group By doing this, we isolate the child from the process group that the parent originally belonged to.

Again a no-brainer, InnoDB is definitely the right choice here. MyISAM has no support for transactions, and cannot roll back failed updates to maintain consistency.

Here is a quick example of a daemon that performs the role of a backseat driver (that is, it keeps shouting out directions when we re trying to concentrate): #!/usr/bin/perl # backseatpl; use warnings; use strict; if (my $pid = fork) { print "Backseat daemon started with ID $pid \n"; sleep 1; # give child time to leave group kill 9,-$$; # parent suicides gratuitously } setpgrp 0, 0; # child loops in background while (1) { alarm 60; foreach (int rand(3)) { $_ == 0 and do { print("Go Left! \n"); last }; $_ == 1 and do { print("Go Right! \n"); last }; $_ == 2 and do { print("Wait, go back! \n"); last }; } sleep rand(3)+1; }.

Transfer requires information about how to map tables in the system database to objects that it is going to generate and populate, and it gets this through the object configuration file. Listing 30-2 shows an example of an object configuration file. Listing 30-2. Object configuration file (transfer.xml) < xml version="1.0" encoding="UTF-8" > <transfer xsi:noNamespaceSchemaLocation="../../../transfer/resources/xsd/transfer.xsd" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"> <objectDefinitions> <package name="user"> <!-- User details --> <object name="User" table="tbl_User"> <id name="IDUser" type="numeric"/> <property name="Name" type="string" column="user_Name"/> <property name="Email" type="string" column="user_Email"/> </object> </package> <package name="system"> <!-- Different categories for Blog Posts --> <object name="Category" table="tbl_Category"> <id name="IDCategory" type="numeric"/> <property name="Name" type="string" column="category_Name"/> <property name="OrderIndex" type="numeric" column="category_OrderIndex"/> </object> </package> <package name="post"> <!-- A Blog Post --> <object name="Post" table="tbl_Post" decorator="tblog.com.Post"> <id name="IDPost" type="numeric"/> <property name="Title" type="string" column="post_Title"/> <property name="Body" type="string" column="post_Body"/> <property name="DateTime" type="date" column="post_DateTime"/>

This is a simplistic example, so there is only one child process. If the parent just exited gracefully, then the child would simply transfer its affections to the init process (PID 1 on most Unix platforms). However, this parent is badly behaved and kills itself and all its children by sending signal 9 (SIGKILL) to its process group. The child survives, however, because by the time the parent does this, it has dissociated itself from the group and does not receive the signal. If we comment out the setpgrp line, the child dies when the parent does and the daemon is not created. If we do not want to print a friendly message, we can also simplify the fork statement to just fork and exit; # isn't self-documenting code great

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