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In the course of developing your test plan, you will outline the entire test process and identify the test data Over the years, testing has been part of the final process just prior to product release Essentially, the steps went something like this: Analyze requirements Create designs and specifications Create the code Test the application Release Unfortunately, this approach places most of the valuable testing at the end of the process This means that expensive mistakes are found at the end, and not during the development cycle As an alternative, a new approach called unit testing has emerged This process follows these steps: Develop a unit or module of the entire application Test the unit Refine the unit Add another unit or module Continue the cycle

The advantages of this process are many As you move through unit testing, you will discover hidden traps and problems and fix them before they become costly mistakes that may hold up the entire project You are also following a modular approach to application development, which lends itself to the many advantages of object-oriented development Rather than trying to test an entire project, which may seem very overwhelming, you have reduced the burden to testing individual modules and thereby increased the odds of finding small bugs or problems

As its name suggests, unit testing is the process of breaking a larger piece or application into smaller pieces or units The goal is to isolate the unit from the whole and test it on its own without interference from other units In this manner, each unit is tested alone and then integrated back into the larger application The key to the success of this approach is that the unit tests are written before the actual coding is done Don t ignore the power of unit testing This is not simply a process that means you make your code do what it is supposed to do It is a revolutionary way of thinking you now not only think about how to code your unit, but you pre-think the testing involved When you start to code, you know the tests that the code will be put through In the next section, we will outline a sample unit-testing process For the purposes of the developer, it may be as easy as writing two separate programs that will simulate the overall testing: The driver This program will act as a module that makes calls to the unit being tested The stub The stub will simulate the called module or unit

When attempting to attract a motorist s attention with a whistle, give: A One long blast B Two long blasts C Two short blasts D One short blast

These testing modules can be reused when changes are introduced and will always exhibit the same predictable behavior In this manner, you will have a ready-made test engine for that particular unit

The following sample plan will illustrate the power of unit testing By spending the extra minutes that it takes to set this properly, you will realize an enormous time-saving on the other end when the application is put together In this world of very short TTM (time to market) intervals, this is absolutely crucial We will be using the following piece of code to illustrate the sample plan The code segment requests that the user input a value, examines the value, and based on its contents, executes separate routines (which, by the way, would need their own unit testing)

public void TestValue (int valueToTest) { ConsoleWrite ("Select your choice : "); int result = Int32Parse(ConsoleReadLine()); try { switch (result)

The property owner of a private parking lot is responsible for controlling traffic and patrolling the area A True B False

{ case 1 : // break to another unit case 2: // break to another unit default : } catch (YouChosePoorly e) { // deal with the exception here } }