AI代码解释 @RequiresApi(Build.VERSION_CODES.M)classMainActivity:AppCompatActivity(){privatelateinitvarclassifier:TFLiteImageClassifierprivatelateinitvarcameraExecutor:ExecutorServiceprivatevarimageCapture:ImageCapture?=nulloverridefunonCreate(savedInstanceState:Bundle?){super.onCreate(savedInstanceState)setContentView...
Timerprovides an easy approach and is suitable for light tasks. However,ScheduledExecutorServiceoffers a more advanced approach and is suitable for cases where scheduled tasks require separate threads. Additionally, Kotlin has coroutines capable of handling threads more efficiently than the usual thread-...
Coroutines 1. Introduction In this tutorial, we’ll learn about theCoroutineContextand then continue with dispatchers as one of the important elements of theCoroutineContext. 2. What Is a Coroutine? Coroutinesare subroutines or programs that allow forcooperative multitasking. Therefore, coroutines ca...
AI代码解释 @RequiresApi(Build.VERSION_CODES.M)classMainActivity:AppCompatActivity(){privatelateinitvarclassifier:TFLiteImageClassifierprivatelateinitvarcameraExecutor:ExecutorServiceprivatevarimageCapture:ImageCapture?=nulloverridefunonCreate(savedInstanceState:Bundle?){super.onCreate(savedInstanceState)setContentView...
In this tutorial, we’ll explore the basic concepts of concurrency and how different programming languages address them, particularly Java and Kotlin. We’ll focus primarily on the light-weight concurrency models and compare coroutines in Kotlin with the upcoming proposals in Java as part of Projec...