July 29, 2020
Time is money. This dictum implies that faster time-to-market of your software application helps yield more revenue thanks to reduced operational expenditure.
Faster time to market also means that your application already has a superior build which has been rigorously, meticulously, and effectively tested.
How do you make this happen?
You can make this happen through Continuous Testing also known as Continuous Integration. The world is now grappling an unprecedented reality in the wake of the pandemic. This also indicates that no more than ever organizations find the necessity to scale up their quality initiatives through digital transformation. This leads to increased complexities.
The increasing complexities surrounding continuous integration cycles demand more frequent code deployments with superior builds.
How do we keep pace with this next level of efficiency?
We can do this by aligning our continuous testing efforts with test automation.
Continuous Testing as the name suggests is a technique of executing a series of automated tests in the application delivery pipeline so all the business risks in the application build can be identified as quickly as possible.
Continuous Integration is an innovative software development practice that allows developers to frequently integrate codes in the system for frequent testing to identify errors quickly. Continuous Integration (CI) or Continuous Testing makes it easier to identify the source of the error or the bug for faster software builds.
It relies on extensive test automation while simplifying complex test case scenarios to stay relevant to modern day application users and market conditions. It helps achieve greater scalability, increased productivity and improved quality in the overall software development life cycle.
It effectively reduces the period between developing and identifying errors, bugs and defects delaying timely project delivery.
Test Automation is a process where a sophisticated tool like TestingWhiz is used for the task of automation. Automation in testing is possible without integrating continuous testing. Automated testing has been done for years to make the testing process faster with regular feedbacks after each release. It can vary software release from month to year.
Continuous Testing is a relatively new concept providing feedback at each stage. It is a method which is adapted to obtain continuous quality and improvement. It helps in finding risks, addresses them and delivers an improved product which is efficient and user-friendly. Continuous testing cannot be implemented without test automation. The software can be released weekly or hourly.
The developer shares the code in the repository, the unit tests are through and the reports are shared with the team – all in less than an hour. That’s the power of test automation! If at all, defects do arise in your build, the effort to solve them is reduced thanks to quickly identifying what went wrong saving hours and days.
The scope of continuous testing goes far beyond testing the code. You can have a broader test coverage spanning a variety of test cases and unique scenarios.
In many challenging scenarios such as these continuous testing can prove to be highly effective:
Before accelerating your continuous testing efforts, it is important to adopt automated testing and plan the exercise carefully. The strategic outlook should be that of continuous integration, consistent feedback and continuous delivery.
Using the DevOps approach and tools to assist in executing this process is imperative and recommended. It is crucial to effectively outline your Continuous Testing efforts for accelerated integration and delivery of a superior build and timely release.
Here’s how you can accelerate your Continuous Testing efforts:
Quality lies in the details. It is important to focus on all types of testing; however, often businesses find themselves aggressively carrying out API testing while ignoring a series of other tests that should be in place.
Beginning from Unit Tests, your continuous testing efforts must simultaneously offer a scope for a variety of Integration Tests, System Tests, Functional Tests, UATs, UI tests and of course a series of regression tests that need to be done in the process. That is why it is crucial to have a clearly defined scope of testing requirements and functionalities of the application beforehand.
Lengthy test cases during the trial and error phase can break the spirits of the QA team and may derail your project delivery timelines. It is important to introduce the perfect balance of nominal test suites and stable test cases as part of the overall automation.
Break down application functionality into multiple modules to create workflows. This modular approach to testing will make it easier to backtrack defects and tweak the testing roadmap as and how necessary.
Define the test automation ROI to keep you aligned towards the bigger goal. Your test automation ROI is unique to you based on the functionality, challenges and unique goals of the business. This will further help in augmenting low level and high level tests so you can optimize operational costs early on.
DevOps helps mitigate developmental, operational and collaboration challenges between the development and operational teams. Selecting the right set of tools to monitor and detect gaps for the overall automation exercise.
Continuous testing demands a strategic and collaborative effort from the development and operations team with clarity of goals. However, it is equally crucial to have the right kind of tool in place. Often, it is difficult to source a team of the right skilled technical talent. This too can be encountered when using codeless test automation tool, TestingWhiz equipped with a series of features to enable test automation without writing length test scripts. Get in touch with experts on firstname.lastname@example.org to know more.