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ColdBox, written by Luis Majano and originally released to the public in 2006, favors convention over configuration and can be used without a config file by placing CFCs in particular directories using a particular naming convention just like the no-XML approach offered by Fusebox 5.5. It has a very robust feature set, lots and lots of extension points (including a plug-in API), and a strong internal event model. And some say that its biggest claim to fame is the volumes of documentation out there on ColdBox, most of which, remarkably, was created by Luis himself. ColdBox does basically everything the other frameworks do, with one significant difference: Without plug-ins or some other sort of modification it s not implicit invocation. It s explicit invocation, which means you have to abide by naming conventions to guide your application s execution path through each request. Is this better or worse Neither, really. But it is different and worth mentioning. Generally people either love ColdBox or hate it based on whether convention over configuration rings true for them. ColdBox, like most other frameworks, has the capacity to be simple or extremely robust and complex depending on how it is used. It is, however, best used by those with at least minimal experience with CFCs.

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my $queue = new Thread::Queue; # the queue my $ready = new Thread::Semaphore(0); # a 'start-gun' semaphore # initialized to 0 each service # thread raises it by 1 # a locked print subroutine - stops thread output mingling sub thr_print : locked { print @_; } # create a pool of service threads foreach (1..$threads) { threads->create(\&process_thing, $ready, $queue); } # wait for all service threads to increment semaphore $ready->down($threads); # main loop: Read a line, queue it, read another, repeat until done # yield and wait if the queue gets too large. while (<>) { chomp; thr_print "Main thread got '$_'\n"; # stall if we're getting too far ahead of the service threads threads->yield while $queue->pending >= $maxqueuesize; # queue the new line $queue->enqueue($_); } thr_print "All lines processed, queuing end signals\n"; # to terminate all threads, send as many 'undef's as there are service # threads $queue->enqueue( (undef)x$threads ); thr_print "Main thread ended\n"; exit 0;

# the thread subroutine--block on lock variable until work arrives sub process_thing { my ($ready,$queue)=@_; my $self=threads->self; my $thread_line; thr_print "Thread ",$self->tid," started\n"; $ready->up; #indicate that we're ready to go while (1) { # wait for queue to deliver an item thr_print "Thread ",$self->tid," waiting\n"; my $thread_line=$queue->dequeue(); # was this the 'quit' signal Check the value sent last unless (defined $thread_line); # do private spurious things to it chomp ($thread_line=uc($thread_line)); thr_print "Thread ",$self->tid," got '$thread_line'\n"; } thr_print "Thread ", $self->tid, " ended\n"; } Since the service threads block if no values are waiting in the queue, the problem of having service threads wait is solved for us we previously dealt with this using condition variables and semaphores.

Follow these steps to try out FW/1: 1. Create a new folder under your web root for your sample application, such as fw1test, and copy org/corfield/framework.cfc from the FW/1 folder into your application folder. Create an Application.cfc file in your application folder that contains the code in Listing 31-1. Listing 31-1. The cfcomponent Syntax <cfcomponent extends="framework" output="false"> <cfset this.name = "fw1test" /> </cfcomponent> 3. 4. 5. Create an empty index.cfm file in your application folder. Create a views folder and inside that create a main folder. Inside that main subfolder, create a default.cfm file containing the string Hello World! .

However, we don t need a return semaphore anymore because there is no longer any need for a service thread to signal the main thread that it can continue; the main thread is free to continue as soon as it has copied the new line into the queue The means by which we terminate the program has also changed Originally, we set the line variable to undef and broadcast to all the waiting threads We replaced that with a semaphore, which we raised high enough so that all service threads could decrement it With a queue, we use a variation on the semaphore approach, adding sufficient undef values to the queue so that all service threads can remove one and exit We have added one further refinement to this version of the application a start-gun semaphore.

Simply put, this is a special semaphore that is created with a value of zero and is incremented by one by each service thread as it starts The main thread attempts to decrement the semaphore by a number equal to the number of service threads, so it will only start to read lines once all service threads are running Why is this useful Because threads have no priority of execution In the previous examples, the first service threads will start receiving and processing lines before later threads have even initialized In a busy threaded application, the activity of these threads may mean that the service threads may never get the time to initialize themselves properly In order to make sure we have a full pool of threads at our disposal, we use this semaphore to hold the main thread back until the entire pool is assembled..

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