Published on March 23rd, 2021 | by Sunit Nandi0
How to choose the best tool to check your code quality?
In order for your software to perform all its tasks efficiently and effectively, it is vital for the code to have high quality. Code quality can be checked through online tools like Duecode. However, there are several features you need to consider while choosing the best tool to check your code quality. Some of these features are listed below.
1. Coding Standards
The more complex a code is, the higher are the chances of encountering bugs. Your tool should have a coding standard against which it should check your code quality. Coding standards are basic guidelines implemented on codes to make them simpler. This feature ensures that a program is not only easy to understand but also easy to fix.
2. Code Analysis
Code analysis allows you to examine your source code for errors. This analysis is performed without executing the programs, allowing the user to find any issues or bugs. Code analysis also catches code that does not comply with the coding rules, pinpointing areas requiring further work.
After analyzing your code, testing ensures that there are no runtime errors in your program. In code testing, your code is tested and prepared for proper operation. Testing is essential because it prevents problems in the long run as issues are resolved before deployment. It is extremely beneficial and is also cost and time-efficient.
4. Continuous Integration
Continuous integration harmonizes code from multiple programmers into one single software. This function makes your code more organized and easier to understand. It pushes any changes into the main branch, so everyone has the updated version of your program.
Measuring the reliability makes sure that a system will function effortlessly over a specific function. Likewise, maintainability can also be measured. It measures how easily a program can be maintained. Testability is another part that can be measured to see how well the program supports testing efforts. Portability measures how efficient software would be under different circumstances.
6. Test-Driven Development
TDD (test–driven development) uses a unique rule of DRY (don’t repeat yourself) that utilizes different functions to build a stronger program. This principle states that programmers should avoid repeating a code in order to keep the software protected. Your tool should be capable of checking for any repetitions to reduce the time complexity of the program.
If your chosen tool has the above-given features, it can be a great choice for checking your code quality. However, if you do not want to research, Duecode is a great option. It aggregates historical git data, gives you valuable insights into your engineering teams’ workflow patterns, and improves code quality.