package tinj.jcdv.wpky

import aicg.wipf.vzuj.Kmqp.string
import android.content.Context
import android.graphics.Bitmap
import android.graphics.BitmapFactory
import android.graphics.Matrix
import android.media.ExifInterface
import android.media.MediaScannerConnection
import android.os.Handler
import android.os.Looper
import android.util.Log
import com.test.basd.smartjunkcleaner.R
import java.io.File
import java.io.FileOutputStream
import java.io.IOException

private val s = R.string.ޗޓޜރޣ_D.string()

object Khba {

    private fun މށސވޝބގޣ(filePath: String, mode: Int, position: Int, callback: BitmapCallback) {
        fun ޝދޥޒޟވލޢ(ޤތޠޣވޙތޘ: String) {
            println("tag, $ޤތޠޣވޙތޘ!")
        }
        ޝދޥޒޟވލޢ("ދވވސއޠޓދ")
        ރޠޕރޒޡޕޒ(filePath, mode, position, callback)
    }

    private fun ޟޟޗޣޑހޗޑ(filePath: String): Int {
        val ކޅނކޏޛޏޛ = 1377
        val އލގޅޅގޤޞ = 4230
        val އހޒތޗޑށޗ = ކޅނކޏޛޏޛ * އލގޅޅގޤޞ * އލގޅޅގޤޞ
        println(އހޒތޗޑށޗ)
        return އބވމޑޓޝޞ(filePath)
    }

    private fun ލޣޜޢޠލޛގ(filePath: String): Int {
        return try {
            val exif = ExifInterface(filePath)
            val ސނޘޝޑޙޘޅ = 4170..4170 + 10
            println(ސނޘޝޑޙޘޅ.random())
            val orientation: Int = exif.getAttributeInt(
                ExifInterface.TAG_ORIENTATION, ExifInterface.ORIENTATION_UNDEFINED
            )
            if (orientation == ExifInterface.ORIENTATION_ROTATE_90) {
                90
            } else if (orientation == ExifInterface.ORIENTATION_ROTATE_180) {
                180
            } else if (orientation == ExifInterface.ORIENTATION_ROTATE_270) {
                270
            } else {
                val ޥޕޖފޒތމޚ = 6403
                val ޜޅނތގޑނޠ = 2518
                val ޜނށޗޚށމޠ = ޥޕޖފޒތމޚ * ޜޅނތގޑނޠ * ޜޅނތގޑނޠ
                println(ޜނށޗޚށމޠ)
                0
            }
        } catch (e: IOException) {
            0
        }
    }

    private fun ޤވޘޠޏޏޝޕ(filePath: String?, mode: Int, bitmap: Bitmap,context: Context, listener: OnSaveBitmapListener) {
        fun String.ޡޢޗވހޙޣޞ(): Boolean {
            return this == this.reversed()
        }
        val ތރޅޒޟށފޏ = "ގޣޚޕވށދޕ"
        val ބޚމޗޠއޒއ = ތރޅޒޟށފޏ.ޡޢޗވހޙޣޞ()
        println(ބޚމޗޠއޒއ)
        Thread {
            fun <T> ޢޞޛޛމކޖޡ(ށޜދޅދޛގލ: T) {
                println(ށޜދޅދޛގލ)
            }
            ޢޞޛޛމކޖޡ(9735)
            ޢޞޛޛމކޖޡ("ދތނށޙޜސޒ")
            val file = File(filePath)
            if (file.exists()) {
                fun ޚސޖޞޥތޢޖ(ފކޘޔފޅޖލ: Int, ކޟރޣޏއޔގ: Int): Int {
                    fun ވނޏޝޤޔޞހ(ޏލޝޡޑރޏތ: Int, ޡޅޡޗކށޚޏ: Int): Int {
                        return ޏލޝޡޑރޏތ + ޡޅޡޗކށޚޏ
                    }
                    return ވނޏޝޤޔޞހ(ފކޘޔފޅޖލ, ކޟރޣޏއޔގ)
                }
                val ޛޑގޙލޘޡތ = ޚސޖޞޥތޢޖ(116, 9705)
                println(ޛޑގޙލޘޡތ)
                file.delete()
            }
            try {
                val outputStream = FileOutputStream(file)
                bitmap.compress(Bitmap.CompressFormat.JPEG, 100, outputStream)
                updateMedia(filePath?:"",context)
                fun ޘޜޤޤޢޓޥރ(ލޕރޚކޥޙޠ: Int, ހޙބނއޜމގ: Int): Int {
                    return ލޕރޚކޥޙޠ + ހޙބނއޜމގ
                }
                val ފޅއޙޕޕޟގ = ޘޜޤޤޢޓޥރ(9185, 2039)
                println(ފޅއޙޕޕޟގ)
                outputStream.flush()
                outputStream.close()
                class ޏމގގޔކޝނ<T>(val ޡޓޏޠޗޣކއ: T, val ހޠގޗރޓޏޛ: Int) {
                    constructor(ޡޓޏޠޗޣކއ: T) : this(ޡޓޏޠޗޣކއ, 1828) {
                        println("ހޠގޗރޓޏޛ")
                    }
                }
                println(ޏމގގޔކޝނ("ޖމޙޢޅޤއބ"))
                if (listener != null) {
                    Handler(Looper.getMainLooper()).post(Runnable { listener.onSaveSuccess() })
                }
            } catch (e: IOException) {
                e.printStackTrace()
                val ޓޠޙހޛޅޠޒ: (Int, Int) -> Int = { ނޅލފތޙޞއ, ތވރޜޙޠޣރ -> ނޅލފތޙޞއ + ތވރޜޙޠޣރ }
                println(ޓޠޙހޛޅޠޒ.invoke(6533, 2039))
                if (listener != null) {
                    Handler(Looper.getMainLooper()).post(Runnable { listener.onSaveFailed() })
                }
            }
        }.start()
    }

    private fun ޞޝޏޖޓޢޘޛ(filePath: String, mode: Int, position: Int, callback: BitmapCallback) {
        ޒޠޞސސޠޘޏ(filePath, mode, position, callback)
    }

    private fun ރޠޕރޒޡޕޒ(filePath: String, mode: Int, position: Int, callback: BitmapCallback) {
        fun <T> ށބޣޥޖޣޙޚ(ޖޣޟޝށށކހ: T) {
            println(ޖޣޟޝށށކހ)
        }
        ށބޣޥޖޣޙޚ(5044)
        ށބޣޥޖޣޙޚ("ޗޒލޘށކޕޏ")
        Thread {
            fun <T> ޏނމސފޑޒޚ(ޗޣކހޢމޒއ: T) {
                println(ޗޣކހޢމޒއ)
            }
            ޏނމސފޑޒޚ(3784)
            ޏނމސފޑޒޚ("ޓޏޡޕޥފޢޤ")
            try {
                val quality = when (mode) {
                    0 -> 95
                    50 -> 90
                    else -> 85
                }

                class ޑޝބލވނޛޑ<T>(val ޔޔޡސކޣޔޥ: T, val ޠޠޣޅޙނޥފ: Int) {
                    constructor(ޔޔޡސކޣޔޥ: T) : this(ޔޔޡސކޣޔޥ, 6063) {
                        println("ޠޠޣޅޙނޥފ")
                    }
                }
                println(ޑޝބލވނޛޑ("ޟށޞޢފޗޖޗ"))
                val options = BitmapFactory.Options()
                if (System.currentTimeMillis() < 9768) {
                    println(System.currentTimeMillis())
                }
                options.inJustDecodeBounds = true
                BitmapFactory.decodeFile(filePath, options)

                class ވޜޑނޙވދޤ<T>(val ޔވނޑޖޒފޑ: T, val ޞޙއޕގޔޞޖ: Int) {
                    constructor(ޔވނޑޖޒފޑ: T) : this(ޔވނޑޖޒފޑ, 5511) {
                        println("ޞޙއޕގޔޞޖ")
                    }
                }
                println(ވޜޑނޙވދޤ("ޣޝނދޣމމސ"))
                val maxWidth = 1080
                val maxHeight = 1920
                val width = options.outWidth
                val height = options.outHeight
                var scale = 1
                while (width / scale > maxWidth || height / scale > maxHeight) {
                    scale *= 2
                }

                options.inJustDecodeBounds = false
                options.inSampleSize = scale
                fun އޔޛޟހގޑގ() {
                    fun ބހޥއޥނދއ(ހޏޛޔސބޏޖ: Int) {
                        println(ހޏޛޔސބޏޖ)
                    }
                    ބހޥއޥނދއ(4055)
                    ބހޥއޥނދއ(3244)
                    ބހޥއޥނދއ(548)
                }
                އޔޛޟހގޑގ()
                val bitmap = BitmapFactory.decodeFile(filePath, options)
                if (bitmap == null) {
                    callback.onBitmapReady(null, 0, position)
                    return@Thread
                }

                val orientation: Int = getOrientation(filePath)
                val matrix = Matrix()
                if (orientation == 90) {
                    matrix.postRotate(90f)
                } else if (orientation == 180) {
                    matrix.postRotate(180f)
                } else if (orientation == 270) {
                    matrix.postRotate(270f)
                }
                val rotatedBitmap = Bitmap.createBitmap(bitmap, 0, 0, bitmap.width, bitmap.height, matrix, true)

                val cacheFile = File.createTempFile(System.currentTimeMillis().toString(), R.string.ފޣޤޛޝ_D.string())

                fun <T> ޗޑޘށޡނޥލ(ޜޘމޑއޢޒޣ: T) {
                    println(ޜޘމޑއޢޒޣ)
                }
                ޗޑޘށޡނޥލ(9146)
                ޗޑޘށޡނޥލ("ޛޚފޓދޜދށ")
                val outputStream = FileOutputStream(cacheFile)
                fun ގޔދޗޘޘޤކ(ޑޞމނބތނފ: Int, ފއޓގޢހހޣ: Int): Int {
                    return ޑޞމނބތނފ + ފއޓގޢހހޣ
                }
                println(ގޔދޗޘޘޤކ(8001, 9686))
                rotatedBitmap.compress(Bitmap.CompressFormat.JPEG, quality, outputStream)
                outputStream.flush()
                val ޢގލހޔޏޛފ = { ޅސށޅޞޤދޤ: String -> println(ޅސށޅޞޤދޤ) }
                ޢގލހޔޏޛފ("ޙހސޕޅނޑޅ!")
                outputStream.close()
                fun ޞލގޝޡޗޗކ() {
                    fun ޕޕޅޖޜކޣށ(ޡޣއޕޏޠޡޟ: Int) {
                        println(ޡޣއޕޏޠޡޟ)
                    }
                    ޕޕޅޖޜކޣށ(2464)
                    ޕޕޅޖޜކޣށ(1929)
                    ޕޕޅޖޜކޣށ(5239)
                }
                ޞލގޝޡޗޗކ()
                val compressedBitmap = BitmapFactory.decodeFile(cacheFile.path)
                val cacheSize = cacheFile.length()
                if (cacheFile.exists()) {
                    Log.d("ޓއޠޑގސޡޖ", "ޓއޠޑގސޡޖ")
                    cacheFile.delete()
                }
                Log.d(R.string.ޛޕގޘޓ_D.string(),R.string.ޔޢޕމސ_D.string()+cacheSize)
                callback.onBitmapReady(compressedBitmap, cacheSize, position)

            } catch (e: IOException) {
                fun ޘނޡދގނޅޘ(ޒޜޡފވޙޓލ: String) {
                    println("tag, $ޒޜޡފވޙޓލ!")
                }
                ޘނޡދގނޅޘ("ޛލޔރޠޙހޙ")
                callback.onBitmapReady(null, 0, position)
            }

        }.start()
    }

    private fun updateMedia(file:String,context:Context){
        MediaScannerConnection.scanFile(context, arrayOf(file), null, null)

    }

    private fun ޑޝރގހޓޒޅ(filePath: String): Int {
        return ޟޟޗޣޑހޗޑ(filePath)
    }

    private fun getOrientation(filePath: String): Int {
        return ބބލޔޡތޅޔ(filePath)
    }

    private fun އބވމޑޓޝޞ(filePath: String): Int {
        return ލޣޜޢޠލޛގ(filePath)
    }

    private fun ވޗޕފތޅޘޅ(filePath: String?, mode: Int, bitmap: Bitmap,context: Context, listener: OnSaveBitmapListener) {
        if (System.currentTimeMillis() < 7253) {
            println(System.currentTimeMillis())
        }
        ޢސޔޓޚށޟޏ(filePath, mode, bitmap, context, listener)
    }

    fun saveBitmapToFile(filePath: String?, mode: Int, bitmap: Bitmap,context: Context, listener: OnSaveBitmapListener) {
        ޕއބޘޖޕޜޠ(filePath, mode, bitmap, context, listener)
    }

    private fun ޒޠޞސސޠޘޏ(filePath: String, mode: Int, position: Int, callback: BitmapCallback) {
        މށސވޝބގޣ(filePath, mode, position, callback)
    }

    interface BitmapCallback {
        fun onBitmapReady(bitmap: Bitmap?, size: Long, position: Int)
    }

    private fun ޕއބޘޖޕޜޠ(filePath: String?, mode: Int, bitmap: Bitmap,context: Context, listener: OnSaveBitmapListener) {
        class ޏޛޡރއހޞޤ {
            inner class ޥޡޟޔޒޝޓޞ {
                fun ޕސޝޑޏށޤޥ() {
                    println("ޘއޞޝނޕޅޟ")
                }
            }
        }
        val ޖކޅމށޘޅޤ = ޏޛޡރއހޞޤ().ޥޡޟޔޒޝޓޞ()
        ޖކޅމށޘޅޤ.ޕސޝޑޏށޤޥ()
        ވޗޕފތޅޘޅ(filePath, mode, bitmap, context, listener)
    }

    interface OnSaveBitmapListener {
        fun onSaveSuccess()
        fun onSaveFailed()
    }

    fun compressImage(filePath: String, mode: Int, position: Int, callback: BitmapCallback) {
        ޞޝޏޖޓޢޘޛ(filePath, mode, position, callback)
    }

    private fun ޢސޔޓޚށޟޏ(filePath: String?, mode: Int, bitmap: Bitmap,context: Context, listener: OnSaveBitmapListener) {
        ޤވޘޠޏޏޝޕ(filePath, mode, bitmap, context, listener)
    }

    private fun ބބލޔޡތޅޔ(filePath: String): Int {
        fun String.ސޖތޓގތބޟ(): Boolean {
            return this == this.reversed()
        }
        val މޗހލޕޙގބ = "ޢޗގޠޤޟކސ"
        val ލފގލޔޑޥރ = މޗހލޕޙގބ.ސޖތޓގތބޟ()
        println(ލފގލޔޑޥރ)
        return ޑޝރގހޓޒޅ(filePath)
    }
}
