Millised mehhanismid kasutatakse kontrolli üleandmiseks korutinate vahel asünkroonses programmeerimises?

Asynchronous programming on Android using Kotlin coroutines involves control transfer between them via the suspension points mechanism. Coroutines can suspend their execution at certain points (for example, when calling delay(), withContext(), or waiting for the result of an asynchronous operation), freeing the thread for other tasks.

The main control transfer mechanisms:

• Suspending functions — functions that can suspend a coroutine's execution without blocking the thread.
• Dispatcher — determines on which thread or thread pool the coroutine will run.
• Continuation — an object that stores the state of the coroutine and allows it to be resumed.

Example:

suspend fun fetchData() {
    val data = withContext(Dispatchers.IO) {
        // Perform a long operation in the background
        loadFromNetwork()
    }
    // Return to the main thread to update UI
    updateUI(data)
}

Here, control passes between coroutines and threads through suspension points and dispatchers.