Overview of the Work:
Our focus is towards writing code that is well-designed, testable, and efficient. We want to work in line with creating reusable components and libraries for use in the future for better performance optimization through troubleshooting and debugging.
Essentially we are keen towards contributing code documentation and other information to technical documents, and assisting with continuous improvement by researching alternatives and new technologies and presenting them for architectural review.
Results / Outcome:
Total code review time, revision count, and coding effort can all be reduced as a result of the structured unit testable templated code method. When compared to the traditional code review process, we can also reduce the number of live production issues caused by code churn or side effects of bug fixes.
Conclusion
Code testability is an essential component of good design.
Code that is simple to test is essentially more maintainable and thus better designed than code that is difficult to test.
A combination of high-level systems thinking and low-level component knowledge is a mus
Best practises in modern software design revolve around creating modular components that can be called and deployed as needed. By doing so, we create software that is reusable, extensible, and simple to test. However, before we can create these components, we must consider what functionality users will require from the software you are developing. This is where proper planning comes into play.