In building a web application, the most popular framework for the user interface is React, which is supported by Redux. It's a predictable state management container that helps in updating the states of react components. After creating a web application, we end up with a multitude of files and folders causing the development process to face inconsistencies. This leads to problems with code maintainability and scalability. We need to have a better organizational method for the longevity and betterment of our codebase. This Answer looks into the reasons for organizing our React+Redux
Scalability and maintainability: Organizing the code repository can aid in scaling and maintaining the project effortlessly. Adding new features, modules, or functionalities would be seamless due to the high level of modularity and reusability.
Collaborative ease: Collaborators new to the project could interpret the codebase comfortably if it’s self-explanatory and organized.
Time and resource efficiency: Having a well-organized codebase can promote the development of reusable components and modules. Furthermore, a structured codebase can simplify the process of testing and debugging, reducing the overall time and manpower needed.
In a state-view pattern, the key difference is the separation between the view and logic-based components and the state components. This creates a separate file for storing the states, which includes individual files for each particular
In this structure, the files are simply grouped by type/function. This is one of the most common patterns for projects ranging from small to medium size. This aids in distinguishing between files, as they correspond to a specific type.
Within this format, each file is grouped and stored according to a specific feature. Each folder stores all files related to that feature in one location. Resulting in ease of maintainability and debugging as all the related files are in the same directory rather than in different locations. This method is suitable for a direct one-to-one mapping of view components and state items.
Using Redux ducks to organize the React+Redux codebase leads to a well-maintained code. In this technique, we categorize and structure for each feature the reducers, actions, and action creators in a single file for a better viewing state. This method assists in code maintainability and modularity as related code is stored in a single file, also known as a slice.
This approach focuses on partitioning the container component from the presentational component. The container component emphasizes fetching the data, maintaining states, and dispatching actions. While the presentational component prioritizes user interaction aspects of a web page.
Note: You can check out a more detailed explanation about hierarchical structures here.
One of the many good practices includes proper naming conventions. Having self-explanatory file names can help new developers join the project. This reduces the time taken and resources used, as less time is focused on understanding the files.
Having a thoroughly annotated code makes it readable and more reusable for everyone in the project. Moreover, complete documentation can reduce the time it takes for new members to get up to speed with the whole project.
Let's take a quick assessment to further clarify your concepts.
Assessment
Which of the following is not a method for organizing a React+Redux codebase?
Sate-view pattern
Component separation
Flat structure
Redux ducks
These organizational methods are all used for specific requirements and use cases. Using them can aid in many aspects of the project, resulting in an efficient and smoother development process.
Free Resources