RobertApikyan

// A Simple Encryption/Decryption Algorithm
object CCED01_ASCII {

//        text to encrypt
//        rotationStep is a key for encryption
    fun encrypt(text: String, rotationStep:Int): String {

        val startIndex = 32 // Start of the printable characters of the ASCII table
        val endIndex = 126 // End of the printable characters of the ASCII table
        val length = endIndex - startIndex

RobertApikyan

import com.hfh.wellbe.smartwatch.utils.messagingEncryption.CCED01_v2
import java.lang.IllegalStateException
import kotlin.math.absoluteValue

// A Simple Encryption/Decryption Algorithm
object CCED01_ASCII {

    fun encode(text: String): String {

        val startIndex = 32

RobertApikyan

package com.hfh.wellbe.smartwatch.utils.messagingEncryption

import java.lang.IllegalStateException

// A Simple Encryption/Decryption Algorithm for Numbers
object CCED01_v2 {

    fun encode(text: String): String {

        val rotatingSymbols = mutableListOf<Char>()

RobertApikyan

import java.lang.IllegalStateException

// A Simple Encryption/Decryption Algorithm
object CCED01_ASCII {

    fun encode(text: String,rotationStep:Int): String {

        val step = rotationStep%255
//      Holds final encoded symbols.
        val encoded = StringBuilder()

RobertApikyan

{
    "customer": {
       "firstName": "Hans",
        "surname": "Tester",
        "street": "Hausstr.",
        "nameAtBirth": "Tester",
        "houseNumber": "32",
        "postalCode": "55555",
        "placeOfResidence": "Berlin",
        "nationality": "D",

RobertApikyan

import kotlin.math.pow

/**
 *
 * @param binary can contain only 1 and 0 digits, for example, 1010011, otherwise, it will throw IllegalArgumentException.
 * @param groupLength defines each group length that a given binary number would be divided,by default it is 5.
 *
 * */

object BinaryConverter {

RobertApikyan

package com.hfh.wellbe.smartwatch.utils.messagingEncryption

import java.lang.IllegalStateException

// A Simple Encryption/Decryption Algorithm for Numbers
object CCED01 {

    private val numberToSymbols = mapOf(
        0 to '@',
        1 to '#',

RobertApikyan

import java.lang.IllegalStateException

// A Simple Encryption/Decryption Algorithm for Numbers
object CCED01 {

    private val numberToSymbols = mapOf(
        0 to '@',
        1 to '#',
        2 to '$',
        3 to '%',

RobertApikyan

{
    "customer": {
       "firstName": "Hans",
        "surname": "Tester",
        "street": "Hausstr.",
        "nameAtBirth": "Tester",
        "houseNumber": "32",
        "postalCode": "55555",
        "placeOfResidence": "Berlin",
        "nationality": "D",

RobertApikyan

package com.hfh.wellbe.smartwatch.enums

enum class AssistantActionControlType(val value: Int) {
    None(0),
    AnswerCall(1),
    Cancel(2),
    DeclineCall(3),
    Diagnostic(4),
    ErrorOccurred(5),
    HangUp(6),