Coroutine scopes are a crucial concept in Kotlin coroutines as they define the lifetime and cancellation behavior of coroutines. Let me provide a more detailed explanation of the different types of scopes you can use in Android development. This is the basic scope interface that you can implement or instantiate directly: // Creating a custom … Read more
Structured concurrency in Kotlin relies heavily on CoroutineScope and SupervisorScope to manage coroutine lifecycles. Let’s break down how they work internally and when to use each. Creates a scope where child coroutines are bound to the parent If any child coroutine fails, it cancels the parent and all siblings Uses a regular Job() internally fun … Read more
Structured concurrency in Kotlin relies heavily on CoroutineScope and SupervisorScope to manage coroutine lifecycles. Let’s break down how they work internally and when to use each. Creates a scope where child coroutines are bound to the parent If any child coroutine fails, it cancels the parent and all siblings Uses a regular Job() internally fun … Read more
Read here -> Why we need TypeConverter ? If a TypeConverter is applied at database level then that TypeConverter will be applied to all fields of all the tables (entities) for that complex data type (e.g List or Date ). To add flexibility to this so that entities (tables) or fields can take their own … Read more
Photo by Kelly Sikkema on Unsplash In Android development, managing the lifecycle and scope of dependencies is crucial for creating efficient and maintainable applications. Scopes in Dependency Injection (DI) serve as a powerful mechanism to control the lifespan of the objects you inject, ensuring that they remain available only when needed. While Hilt provides a … Read more