Software testing entails a list of activities, but in a nutshell, it refers to the process of identifying the accuracy, comprehensiveness, and quality of the software application. In actuality, there is no way that clients and developers precisely establish the accuracy of a software. That alone suggests that no software program in the world is perfect. However, any software engineer can improve his program by checking errors and by trying its durability. Software clients and developers can do these by testing the program either by hand or by using automated software testing tool.
[b]Android Programming[/b]There are basically two ways clients and developers can test software programs. The old school way of manually checking the application module by module is still very much in practice today. The presence of automation testing, however, does not necessarily imply the obsolescence of manual testing. In fact, it is advisable to pair automated testing with manual testing. Simply put, automated testing software lessens the use of manpower while speeding the checking process. The goal is to test the software efficiently in as little time as possible.
Automated testing software entails four set up activities. These activities include detailed test cases, predictable expectations or results, dedicated test environment, and skilled and dedicated resources. It is therefore imperative that clients and developers consider these minimal setups before implementing the test automation.
Automated test softwares can be either keyword driven or functional decomposition. These two terms refer to the two types of testing automation. Functional decomposition refers to the type of test automation software where the software system is broken down into sub-functions and system functions so that each component will communicate accordingly. The keyword driven type of test automation, on the other hand, uses pre-made key words instead of breaking down the system into components. Each keyword will then correspond to each system function and sub-function.
Each type of automated testing software tool has its own share of advantages and disadvantages. The benefits of using functional decomposition include the efficiency of a modular design, the elimination of redundancy, script reusability, convenient maintenance, and robust error handling. On the other side, functional decomposition can be costly since it needs the employment of skilled technical personnel to write and maintain scripts. This type of test automation software also requires more time since the maintenance team must preserve the test data as well.
Keyword driven test automation software applications, in contrast, are easier to create and maintain. This approach does not also require technical expertise. In fact, even non-technical staff can run and maintain the software, thus encouraging cost-effectiveness within the company. Despite this, creating the central utility scripts demands high level of proficiency. Even custom scripts for intricate scenarios can become time consuming. Failure to build stable architecture in terms of utility scripting may lead to risk of malfunction and system crash.
In spite of these lists of disadvantages and advantages, the choice of using automated software testing tool is not a matter of what type tool to implement. But it is a matter of making the necessary preparations. Remember to have a suitable environment, a stable hardware facility, and skilled workers to maintain and run the tests.
What You Should Know About Automated Software Testing Tool
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