Quais são as técnicas de codificação Ruby mais eficientes?

Ruby has a variety of built-in methods for Array, String, and Hash. The built-in methods are optimized so everyone can use them without thinking of performance issues.

Benchmark Module for Profiling: The Benchmark module in Ruby is a built-in tool that helps you measure the performance of your code by calculating the elapsed time for a specific block of code. The Benchmark module is a valuable tool for identifying performance bottlenecks in your code, especially when you need to compare different approaches or implementations. Keep in mind that measuring execution time is just one aspect of profiling, and for a more comprehensive analysis, you may need additional tools for memory profiling and more detailed performance metrics.

As a ex Ruby developer. One of the advantages i experienced with Ruby is the Rails Framework: it is a powerful web application framework - it simplifies and accelerates web development by providing conventions and tools to streamline common tasks. Example e-commerc website. They have modelling, controllers, views.. etc those steps simplifies and speeds up the development of the e-commerce platform by providing conventions, tools, and libraries that handle many common web development tasks. Thats the beauty of Ruby on rails.

1. snake_case for Variables and Methods 2. CamelCase for Classes and Modules 3. SCREAMING_SNAKE_CASE for Constants 4. Use descriptive and specific names. For example, instead of 'user' who has a role as an agent you can use the name as 'agent' 5. Use Verbs for Method Names. Instead of 'check_input' use 'validate_input' if you are doing validation there. 6. Avoid Single-letter Variable Names. Instead of using 'i' or 'u' to represent index or user write 'index' or 'user'. 7. Be consistent with the name convention, and method names. 8. You can also follow the Ruby style guide. 9. For the Rails project you can setup Rubocop which will give you suggestions related to the naming convention too.

If you are new to Ruby then first write a code and ask if it is the best code you have written. 1. Try to check if there is any repetitive code if yes then move to method. 2. If the value of the variable is not going to change then move to constants. 3. Check if you can use other data types to do the work. 4. Follow design principles. 5. Try to chek how you can simplify the code so that it will be maintainable. 6. Separate the logic into separate classes or module.

Block, Proc, and Lambda are powerful techniques that are available in Ruby. Use proc for: 1. Flexible argument handling 2. If methods take blocks as an argument Use lambda for: 1. Strict argument handling 2. If you want method-like behavior Use a block for: 1. Integration 2. Callback Mechanisms: Defining callback mechanisms, allows you to execute custom code at specific points in a method. 3. Customizing behavior 4. Resource management: Use it for file operation 5. For building DSLs (Domain-Specific Languages)

Writing tests assist in minimizing regression issues and bolstering confidence in the code for production. Test-driven development (TDD) practices also aid in delivering higher-quality code, making refactoring more straightforward.

Writing test cases helps you not only gain confidence in your code but also helps you to find bugs. The other reason of writing test cases is if you are doing refactor it will help you to find out what you broke just by running it and it also help newbie in that module or project to understand the flow of applicatioj In Ruby, we have many test case frameworks which you can use. The popular one is Rspec and Cucumber, Capybara. 1. Break down the test cases into scenarios 2. Describe each scenario write test cases for backend as well as frontend. 3. Run test cases before each git push. 4. Integrete CICD piepline to run all test case.

The use of code analysis tools promotes code standardization within a project, which is vital for junior developers. In turn, this ensures that every team member contributes high-quality Ruby code, improving overall development efficiency.