androidstudiotipsandtricks

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Android Studio Tips and Tricks for Efficiently Managing Project Dependencies

No matter how efficient a developer is, everyone comes across a moment when they feel miserable managing the Android app dependencies. This feeling could arise for multiple reasons. Maybe they are setting up a new project, and some dependencies are incompatible with the module. Maybe their version expired or something else. This blog shares some tips and tricks for dealing with project dependencies. 

Refer to These 5 Android Studio Tips and Tricks to Manage Dependencies 

It is hard to imagine the Android app development project's success with incompatible libraries, plugins, and functionalities. We must adapt and implement some approaches to maintain reliability, agility, and efficiency. These Android Studio Tips and Tricks a developer generally prefer mentioned below: 

Project Modularization 

No project becomes a reality overnight; you must have built different sections independently. For each one, you have a configured features file. Whenever an issue occurs in any app section, you can navigate to that file to make the necessary adjustments in feature dependencies. However, coating hard code could be problematic for some projects. We suggest prioritizing modularization to manage your app code and dependencies perfectly. It will manage duplicity, code organization, and app structure.  

Creating Separate Build.gradle Files 

Each project module is developed keeping the specific context or feature in mind; thus it’s better to store the relevant dependencies in a separate build. Gradle files. It could be related to UI/ UX, networking compatibility, or other important parts of the projects. Creating such files makes dependencies organization manageable.  

Gradle Version Catalogs 

If you are accessing Gradle 7.0, it has some exciting features to manage project dependencies. It avoids conflicts, driving efficiency and consistency. You can modify and share, centralizing the dependencies. Also, it enables access to third-party plugins for additional functionality support and drive automation. Define the version for each project and create library bundles. It improves the build time, optimizing performance and efficiency. 

BuildSrc Directory 

Each Android project has a directory called buildSrc. So many things are ongoing to build the product, like access of custom plugins, configuring dependencies, and customizing functionality tasks. Gradle build is responsible for automatically compiling and interpreting all the classes and scripts. The best thing about this Gradle build process is that it keeps the project code organized and manageable. You can refer it in future for a quick modification to existing projects or to reuse in new projects. Moreover, what attracts the developer here is its rapid auto edit and synchronization of code to the buildSrc folder, keeping the logic up-to-date. 

Default Implementation Through Build.gradle File  

We are listing it last as it's not a best practice. However, for small-level projects that don’t need frequent upgrades, it can work for apps with basic features. So, in this practice, all the dependencies are put together in build.gradle.  Also, we don't need to launch any tools here. Furthermore, if at some point you need to modify, you need to do it manually. Due to the discomfort of duplicate files and the inflexibility to experiment it isn’t preferred much.  

Wrap Up: 

When initiating an Custom Android app development project, each action impacts its success. As a developer, you must know some Android Studio tips and tricks along with hands-on experience on Gradle. Ti support is used to automatically optimize and manage dependencies. Before taking any approach mentioned in this blog, consider your project requirements, complexity, and size, as each one delivers different results with proper code organization.