Shells are one of the more difficult objects to properly unit test. Since they normally run in a CLI context instead of a web context they provide some interesting challenges. The biggest hurdles are separating the Shell from the CLI environment, and simulating the correct arguments and parameters.
Previously, I wrote about using two versions of PHP with macports . In it I covered installing PHP4 and PHP5. Since then PHP5.3 has been released as a stable release. However, I needed to maintain my PHP5.2 installation as I have a number of client projects that are on servers using PHP5.2. So to reduce version insanity I wanted to keep 5.2.
If you’ve been following the ongoing development of the 1.3 branch over at code.cakephp.org:http://code.cakephp.org. You may have noticed that bake has had a significant overhaul, and a number of features and enhancements have been built in.
So originally when I built this site, I was in the “requestAction is bad” camp. So much so that I created a convoluted Component to assist in the creation of the sideboxes featured on this site. A sample of that code is as follows:Show Plain Text
What started out small has grown into an ugly tangled monster. As with many people’s github accounts, mine only had a few things in it at first and all was well. But as more code was written the repository began to smell and was in need of some splitting up. So that is what has been done.
I spend a lot of time in various IRC channels answering questions and helping out, and one recurring theme that pops up again and again is people not knowing what to do when things go wrong. Whether it be a simple error or a logical mixup, people often lack the tools or processes to figure things out. So I thought I would share how I approach errors and problems.
In the ongoing struggle against code bloat and creative ways to do things, I’ve been playing with throwing exceptions from model methods. While not earth shattering stuff, I’ve found it to have a few advantages over returning
false. First, you can end up with less
Re-factoring code is a part of any programmers life or should be. Very few people write beautifully clean and well factored code from the start, and I am certainly not one of them. Most times my code starts out a sprawling tangle that takes an additional pass or two to look like something I would consider clean. I find that when programming and designing I start with a rough idea or sketch of what I want to accomplish.
When PHP got a real object oriented system in 5.0, it also got a neat feature taken from Java land. Reflection allows you to introspect & reverse engineer functions, classes, and extensions. In addition you can use reflection to extraction of documentation from classes and functions. In PHP Reflection is done using a number of Reflection classes.
Today marks the 1.1 release of DebugKit. After using it for the past few weeks and not finding any new issues or getting and new tickets. A few new features snuck into the release, courtesy of Andy Dawson.
Today is the one year anniversary of my first commit to CakePHP, amazing how time flies. It seems not too long ago that gwoo and nate approached me to join the core team and help with writing the tests for 1.2. What started with test cases soon bloomed into full blown commit access and had me working on all parts of the core. Year one also saw the creation of DebugKit which is nearing its 1.
Generating code coverage for test cases is a handy feature, it gives you a quick and easy way to determine how much of your code is running during your tests. It doesn’t ensure that the tests are good or that you have enough assertions, but code that doesn’t run definitely has not been tested. Before code coverage was created it was very difficult to determine how much code was being run.
Events are the bread and butter of interactive websites. However, attaching and detaching events to the DOM can create memory leaks and performance issues due to time spent attaching events. This normally is not an issue, unless you are binding a large number of events.