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Transfer is an ORM for ColdFusion that has been in development since 2005. At a core level, the information in Transfer s two XML configuration files allows Transfer to interact with the required database tables, generate its ColdFusion code as a series of .transfer files, and build and populate TransferObjects, which represent the data stored in the database. TransferObjects, or the objects in your Transfer application, resolve to a ColdFusion Component (CFC) type: transfer.com.TransferObject. While a Transfer application will often use only CFCs of this type, it is possible to provide more specific CFC typing using Decorators, as discussed later in this article. Transfer is supported on four databases: Microsoft SQL Server 2000 and later, MySQL 4.1 and later, PostgreSQL 8.1 and later, and Oracle 9i and later. One of Transfer s key features is a caching layer. Transfer maintains a cache of the requested TransferObjects in its system, thus greatly reducing your database traffic and speeding up your system s performance. This caching layer is highly configurable through the object configuration file, including configuration options for the ColdFusion scope the cache resides in, the number of TransferObjects to be cached, and/or the duration a TransferObject is cached. The configurable nature of Transfer gives us a wide variety of application development options and great deal of flexibility, while still providing ease of development.

When Your Application Is Mostly Read (> 95 Percent)

In general, there should be no need to use these functions over Perl s built-in signal support (which in any case maps down to them on platforms where they are supported). But for certain cases, such as XSUB programming, the subject of 20, they might come in useful. See the POSIX manual page for details (the object classes are documented near the end) and the sigaction manual page on supporting platforms.

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Perl supports the creation of new processes through the fork function, which is an interface to the operating system s underlying fork function Forking, a pre-Unix concept, is universal on all Unixlike operating systems Other platforms like Windows (and pre-OS X Macintosh) use a thread-based model and have no native equivalent of fork Instead, Perl provides an emulation of fork that allows us to fork a new process even though the operating system does not understand the concept in those terms (From Perl 58, interpreter threads are used to implement fork Since interpreter threads do not automatically share data, they are very good at pretending to be forked processes That said, if we can guarantee Perl 58 or better, we should be able to use threads instead on both platforms anyway.

) The fork function spawns a clone of itself, creating a child process (the original process is called the main or parent process) The cloning is total, as the child shares the same application code and has its own copies of every variable and filehandle After the fork, there are two near-identical copies of the original process running, the only immediate difference being the return value from fork For the child, it is zero For the parent, it is the process ID of the child if the fork was successful, or undef if not.

As in many other ColdFusion frameworks, to install Transfer, the /transfer/ directory needs to be in the web root of your application, or a mapping called transfer must point to the Transfer directory.

As a result, fork is always found in close proximity to an if statement, for example: if ($pid = fork) { print "Still in the parent process - we started a child with ", "process ID $pid\n"; } else { print "This is the child process\n"; # terminate child and return success (zero) to the parent exit 0; } What the preceding example does not do, though, is check the return value for a failure of the fork operation If the fork failed entirely, it will return undef, and we should always check for this possibility (which might occur if the system has reached a limit on processes or does not have enough memory to create the new process) So, we can check it using defined: $pid = fork; die "Failed to fork: $! \n" unless defined $pid; if ($pid) { # parent .. } else { # child .. }.

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