What capabilities does Kotlin provide for working…

Kotlin provides coroutines for simplifying asynchronous operations, offering lightweight threads that do not block the main thread.

Key features:

Suspension Functions: Functions with the suspend keyword that can be paused and resumed. They do not block the thread they run on.
```
suspend fun fetchData(): String {
    delay(1000) // Simulate a long operation
    return "Data received"
}
```
Coroutines Builders: Functions used to launch coroutines:
- launch: Starts a new coroutine and returns a Job (non-blocking).
```
GlobalScope.launch {
    println("Coroutine launched")
}
```
- async: Starts a new coroutine and returns a Deferred<T> (blocking when calling .await()).
```
val deferred = GlobalScope.async {
    fetchData()
}
// ...
val result = deferred.await() // Wait for the result
```
- runBlocking: Blocks the current thread until the coroutine completes (used mainly for bridging blocking and non-blocking code, e.g., in tests).
```
runBlocking {
    val data = fetchData()
    println(data)
}
```
CoroutineContext: A set of elements defining coroutine behavior, including Dispatcher and Job.
- Dispatcher: Determines the thread or thread pool where the coroutine runs.
Dispatchers: Built-in objects for thread management:
- Dispatchers.Default: Common pool of background threads.
- Dispatchers.IO: Optimized for input/output (disk, network operations).
- Dispatchers.Main: Main UI thread (for Android, JavaFX, etc.).
- Dispatchers.Unconfined: Starts the coroutine in the current thread but may resume in any thread after suspension.
```
GlobalScope.launch(Dispatchers.IO) {
    // Executes in an I/O thread
}
```

Structured Concurrency: Principle where coroutines have a parent (CoroutineScope) and are automatically canceled when the parent is canceled. Prevents resource leaks and simplifies lifecycle management.

// CoroutineScope automatically manages child coroutines
val scope = CoroutineScope(Dispatchers.Default)
val job = scope.launch {
    // ...
}
// When scope is canceled, all child coroutines are canceled
scope.cancel()

Channels: Channels for safe data transfer between coroutines. Can be:
- Unbuffered: Reception occurs only after sending.
- Buffered: Allows sending multiple elements before blocking.
- Conflated: Stores only the last sent element.
```
val channel = Channel<Int>()

scope.launch {
    for (x in 1..5) channel.send(x)
    channel.close()
}

scope.launch {
    for (y in channel) println(y)
}
```

Flow: A data stream that can emit multiple values asynchronously. Similar to RxJava Observable, but more lightweight and integrated with coroutines.

fun simpleFlow(): Flow<Int> = flow {
    for (i in 1..3) {
        delay(100)
        emit(i) // Sending value
    }
}

runBlocking {
    simpleFlow().collect { value -> println(value) } // Consuming values
}

These features enable writing asynchronous code in an imperative style, making it more readable and maintainable compared to using callbacks or Futures.

What capabilities does Kotlin provide for working with asynchronous operations?