ntngel1

// Вот так пашет
private lateinit var cards: RealmResults<RealmCardEntity>
    override fun subscribeForChanges(onChange: (card: CardEntity) -> Unit) {
        val realm = Realm.getDefaultInstance()
        cards = realm.where(RealmCardEntity::class.java)
            .findAllAsync()

        cards.addChangeListener { results ->
            results.let { realm.copyFromRealm(it) }
                .map { it.toDomain() }

ntngel1

val clas = KotlinClass(
            name = "Kek",
            modifiers = arrayListOf("open", "internal", "private"),
            annotations = arrayListOf(
                KotlinAnnotation(name = "WithoutArgs"),
                KotlinAnnotation(name = "WithArgs", arguments = arrayListOf(
                    KotlinArgument(value = "someValue"), KotlinArgument(parameterName = "someName", value = "someValue")
                ))
            ),
            classInheritance = KotlinClassInheritance(className = "SomeClass", arguments = arrayListOf(

ntngel1

interface FragmentTransactionHandler {
	
	// withBackstack - логично, закинуть в стэк фрагментов, immediately - ждать пока фрагмент полностью не откроется
	fun openFragment(fragment: Fragment, withBackstack: Boolean = false, immediately: Boolean = false)
}

interface MainView : MvpView, FragmentTransactionHandler {
	
	@StateStrategyType(OneExecutionStateStrategy::class)
	override fun openFragment(fragment: Fragment, withBackstack: Boolean = false, immediately: Boolean = false)

ntngel1

@InjectViewState
class MainPresenter : MvpPresenter<MainView>() {
    private val uploadFragment = UploadFragment.newInstance().apply {
        // Задаем callback на нажатие кнопки Show после загрузки фото
        onShowPhoto = { photoModel ->
            viewState.openScreen(newPhotosFragment)
            currentFragment = newPhotosFragment
            viewState.setNavigationSelection(R.id.navigation_new)
            newPhotosFragment.presenter.onHighlightPhoto(photoModel)
        }

ntngel1

abstract class UseCase <in P, out T> {
    abstract fun execute(param: P): T
}

class FooUseCase : UseCase<Unit, Unit>() {
    override fun execute(param: Unit) {
        
    }
}

ntngel1

override fun getAntropometricData(): Single<AnthropometricModel> = Single.create { emitter ->
        val weightDataType = DataType.TYPE_WEIGHT
        val heightDataType = DataType.TYPE_HEIGHT


        val weightSubscription = Fitness.getRecordingClient(context, account)
            .subscribe(weightDataType)
        Tasks.await(weightSubscription)

        val heightSubscription = Fitness.getRecordingClient(context, account)

ntngel1

override fun getEcgListWithOffset(offset: Int): Single<DeviceEcgList> {
        val request = ru.cardiomarker.p1.rpc.ecg.list.Request.newBuilder()
            .addLeads(Lead.II)
            .addLeads(Lead.CM5)
            .apply {
                if (offset != 0) {
                    setOffset(offset)
                }
            }
            .build()

ntngel1

// Top-level build file where you can add configuration options common to all sub-projects/modules.

ext {
    rxJava = '2.2.6'
    rxAndroid = '2.1.1'
    retrofit = '2.5.0'
    retrofitRx = '2.5.0'
    retrofitGson = '2.5.0'
    loggingInterceptor = '3.12.1'
    threeTenABP = '1.1.2'

ntngel1

apply plugin: 'com.android.application'

apply plugin: 'kotlin-android'

apply plugin: 'kotlin-android-extensions'

apply plugin: 'kotlin-kapt'

apply plugin: 'com.google.gms.google-services'

ntngel1

// Задача состоит в том, чтобы получать через даггер одну и тот же фрагмент, но с презентером,
// у которого разные аргументы в конструкторе
@Module
class PhotosViewModule {
  @Provides
  @Named("PopularPhotos")
  fun providePopularPhotosView(): PhotosView.View {
    val fragment: Photos.View = PhotosFragment()
    // Здесь бы должны как-то заинжектить вручную Presenter с определенными аргументами в конструкторе
    fragment.inject(PhotosPresenter(popular = true, new = false))