///
/// HybridCameraFactorySpec.kt
/// This file was generated by nitrogen. DO NOT MODIFY THIS FILE.
/// https://github.com/mrousavy/nitro
/// Copyright © Marc Rousavy @ Margelo
///

package com.margelo.nitro.camera

import androidx.annotation.Keep
import com.facebook.jni.HybridData
import com.facebook.proguard.annotations.DoNotStrip
import com.margelo.nitro.core.Promise
import com.margelo.nitro.core.HybridObject

/**
 * A Kotlin class representing the CameraFactory HybridObject.
 * Implement this abstract class to create Kotlin-based instances of CameraFactory.
 */
@DoNotStrip
@Keep
@Suppress(
  "KotlinJniMissingFunction", "unused",
  "RedundantSuppression", "RedundantUnitReturnType", "SimpleRedundantLet",
  "LocalVariableName", "PropertyName", "PrivatePropertyName", "FunctionName"
)
abstract class HybridCameraFactorySpec: HybridObject() {
  // Properties
  @get:DoNotStrip
  @get:Keep
  abstract val cameraPermissionStatus: PermissionStatus
  
  @get:DoNotStrip
  @get:Keep
  abstract val microphonePermissionStatus: PermissionStatus
  
  @get:DoNotStrip
  @get:Keep
  abstract val supportsMultiCamSessions: Boolean

  // Methods
  @DoNotStrip
  @Keep
  abstract fun requestCameraPermission(): Promise<Boolean>
  
  @DoNotStrip
  @Keep
  abstract fun requestMicrophonePermission(): Promise<Boolean>
  
  @DoNotStrip
  @Keep
  abstract fun createCameraSession(enableMultiCam: Boolean): Promise<HybridCameraSessionSpec>
  
  @DoNotStrip
  @Keep
  abstract fun resolveConstraints(device: HybridCameraDeviceSpec, outputConfigurations: Array<CameraOutputConfiguration>, constraints: Array<Constraint>, requiresMultiCam: Boolean?): Promise<HybridCameraSessionConfigSpec>
  
  @DoNotStrip
  @Keep
  abstract fun createDeviceFactory(): Promise<HybridCameraDeviceFactorySpec>
  
  @DoNotStrip
  @Keep
  abstract fun createPhotoOutput(options: PhotoOutputOptions): HybridCameraPhotoOutputSpec
  
  @DoNotStrip
  @Keep
  abstract fun createVideoOutput(options: VideoOutputOptions): HybridCameraVideoOutputSpec
  
  @DoNotStrip
  @Keep
  abstract fun createFrameOutput(options: FrameOutputOptions): HybridCameraFrameOutputSpec
  
  @DoNotStrip
  @Keep
  abstract fun createDepthFrameOutput(options: DepthFrameOutputOptions): HybridCameraDepthFrameOutputSpec
  
  @DoNotStrip
  @Keep
  abstract fun createPreviewOutput(): HybridCameraPreviewOutputSpec
  
  @DoNotStrip
  @Keep
  abstract fun createObjectOutput(options: ObjectOutputOptions): HybridCameraObjectOutputSpec
  
  @DoNotStrip
  @Keep
  abstract fun createOutputSynchronizer(outputs: Array<HybridCameraOutputSpec>): HybridCameraOutputSynchronizerSpec
  
  @DoNotStrip
  @Keep
  abstract fun createZoomGestureController(): HybridZoomGestureControllerSpec
  
  @DoNotStrip
  @Keep
  abstract fun createTapToFocusGestureController(): HybridTapToFocusGestureControllerSpec
  
  @DoNotStrip
  @Keep
  abstract fun createOrientationManager(orientationSource: OrientationSource): HybridOrientationManagerSpec
  
  @DoNotStrip
  @Keep
  abstract fun createFrameRenderer(): HybridFrameRendererSpec
  
  @DoNotStrip
  @Keep
  abstract fun createNormalizedMeteringPoint(x: Double, y: Double, size: Double?): HybridMeteringPointSpec

  // Default implementation of `HybridObject.toString()`
  override fun toString(): String {
    return "[HybridObject CameraFactory]"
  }

  // C++ backing class
  @DoNotStrip
  @Keep
  protected open class CxxPart(javaPart: HybridCameraFactorySpec): HybridObject.CxxPart(javaPart) {
    // C++ JHybridCameraFactorySpec::CxxPart::initHybrid(...)
    external override fun initHybrid(): HybridData
  }
  override fun createCxxPart(): CxxPart {
    return CxxPart(this)
  }

  companion object {
    protected const val TAG = "HybridCameraFactorySpec"
  }
}