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Learn Kotlin Programming – Full Course for Beginners

In this post, I will discuss how to get Samsung FRP tools for PC. These tools function beautifully in the FRP lock subject, and each of the tools listed below has unique capabilities and the capacity to overcome the FRP lock. So, to reset FRP, download FRP Unlock tool and follow our easy steps.

Learn Kotlin Programming – Full Course for Beginners

#Learn #Kotlin #Programming #Full #Beginners

“freeCodeCamp.org”

In this full Kotlin course, you will learn the most popular programming language on Android and start building your own apps.

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Another method for FRP

The only method to deactivate a Samsung account from a phone without a password is to contact Samsung to locate and delete the account. If you wish to begin the procedure on your Samsung phone, follow the comprehensive instructions below.

  1. Unlock your phone, then launch the Samsung phone settings app from the app drawer.
  2. Scroll down until you see "Cloud and Accounts." Also, on the next page, select the "Accounts" tab.
  3. Then, from the choices, select "Samsung Accounts" and then "My profile." When prompted to enter your email address and password on the account screen, select "Forgot your ID and Password." A popup will appear on the screen; from there, select your preferred browser.
  4. A prompted browser prompts you to enter your ID and password, as well as your email address. After that, Samsung will send you an email with a link to reset your password.
  5. Return to your Samsung account settings and select "Remove Account" from the top-right menu bar.

 

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42 Comments

  1. dropWhile() only excludes elements while the condition is being met. Once it is no longer met it will stop executing. That is why it drops "one" and "two" and then "three" no longer meets the condition which is it.length == 3. That is why "six" doesn't get excluded.

  2. Just stick to java. I will rather not do Android than learn a inferior re interpretation and restrictions on java .. which is what kotlin is.

  3. I think there is littlest mistake in binary search
    fun main(){

    val res = binarySearch(14, mutableListOf(1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30))

    println("Result = $res")

    }

    fun binarySearch(searchElement: Int, arr: MutableList<Int>) :Int{

    var low = 0

    var i = 0

    var high = arr.size – 1

    while(low<=high){

    i++

    println("Element Searched: $i")

    val mid = (low+high)/2

    if(arr[mid] < searchElement) low = mid + 1

    else if(arr[mid] > searchElement) high = mid – 1 //Here if you write low = mid-1 then it can't find elements which is less than middle one

    else return arr[mid]

    }

    return -1

    }

    This is correction ☺☺… Have a good day future coders

  4. ⌨ (0:00:00) Introduction

    ⌨ (0:01:06) Install Intellij IDEA

    ⌨ (0:06:23) Hello World

    ⌨ (0:25:41) Variables

    ⌨ (0:41:18) Window

    ⌨ (0:42:24) Integer Type

    ⌨ (0:53:08) DataType: Byte, Short and Long

    ⌨ (1:04:42) Float and Double

    ⌨ (1:16:16) Char and Boolean

    ⌨ (1:25:55) Operators

    ⌨ (1:49:47) Comments

    ⌨ (1:51:43) IfThenElse: Statement-Expression

    ⌨ (2:02:25) Less Than or Equal To Operator

    ⌨ (2:10:33) logical AND operator

    ⌨ (2:14:52) logical OR operator

    ⌨ (2:29:48) When Statement-Expression

    ⌨ (2:44:16) Null

    ⌨ (2:59:59) Functions

    ⌨ (3:15:46) Function: return and expressions

    ⌨ (3:27:43) Functions Overloading

    ⌨ (3:33:57) Functions Default Values

    ⌨ (3:44:09) Functions vararg keyword

    ⌨ (3:55:17) loops: FOR loop

    ⌨ (4:05:18) loops: WHILE and DO WHILE loop, Labels and continue and break

    ⌨ (4:28:26) loops Challenge

    ⌨ (4:43:14) Arrays

    ⌨ (4:59:56) Arrays Challenge

    ⌨ (5:18:41) OOP: Classes

    ⌨ (5:37:01) OOP: Primary Constructor

    ⌨ (5:51:25) OOP: Initializer Blocks

    ⌨ (6:07:03) OOP: Secondary Constructors

    ⌨ (6:23:56) OOP: Constructor Parameters Default Values

    ⌨ (6:31:08) OOP: Getters and Setters

    ⌨ (6:48:00) OOP: lateinit keyword

    ⌨ (6:57:52) OOP: Companion Object

    ⌨ (7:07:47) OOP: Singleton

    ⌨ (7:19:08) OOP: Lazy Initialization

    ⌨ (7:25:02) OOP: Enum Classes

    ⌨ (7:39:27) OOP: Inner Classes

    ⌨ (7:44:19) OOP Challenge

    ⌨ (8:00:16) OOP: Inheritance 1

    ⌨ (8:20:37) OOP: Inheritance 2

    ⌨ (8:35:31) OOP: Sealed Class

    ⌨ (8:48:57) OOP: Abstract Classes

    ⌨ (8:56:29) OOP: Data Class

    ⌨ (9:23:53) OOP: Interfaces 1

    ⌨ (9:35:37) OOP: Interfaces 2

    ⌨ (9:49:03) OOP: Object Expression

    ⌨ (9:58:09) OOP: Delegation

    ⌨ (10:05:20) List, Set, Map

    ⌨ (10:22:26) Mapping

    ⌨ (10:34:17) Zipping and Association

    ⌨ (10:49:34) Flatten

    ⌨ (10:59:17) String Representation

    ⌨ (11:10:19) Filtering

    ⌨ (11:28:53) Test Predicates

    ⌨ (11:31:30) Plus and Minus Operators

    ⌨ (11:34:45) Grouping

    ⌨ (11:39:41) Retrieve Collection parts

    ⌨ (11:59:47) Retrieve Single Elements

    ⌨ (12:04:28) Aggregate Operations

    ⌨ (12:09:23) Comparable and Comparator

    ⌨ (12:36:43) Binary Search

    ⌨ (12:51:06) Generics: Type Parameters and Casting

    ⌨ (13:07:28) Generics: Upper Bounds
    now like this comment

  5. I just started this tutorial, it's 2024 now I hope I am on the right track. I was very confused at first about where to start like I should learn Mern or App Dev or data structure and algorithms. I will also learn algorithms but after a few months.

  6. private fun searchElement(searchedElement: Int, numbers: MutableList<Int>): Int {

    var low = 1

    var high = numbers.size

    var i = 0

    while (low <= high) {

    i++

    println("Iteration: $i")

    val mid = (low + high) / 2

    val cmp = numbers[mid].compareTo(searchedElement)

    if (cmp < 0) {

    low = mid + 1

    } else if (cmp > 0) {

    high = mid – 1

    } else {

    return numbers[mid]

    }

    }

    return -1

    }

    Now it works for me, I changed indexes for values coz we compare values. All starts working for me.

  7. while (low <= high) {

    i++

    println("Iteration: $i")

    val mid = (low + high) / 2

    val cmp = numbers[mid].compareTo(searchedElement)

    if (cmp < 0) {

    low = mid + 1

    } else if (cmp > 0) {

    high = mid – 1

    } else {

    return numbers[mid]

    }

    I did this and now it's working better but. When it founds the number – compare function doesn't give u a zero result but 1 result so the cicle will be endless idk why

  8. I installed IntelliJ but it seems like my 16 years old laptop can't run it smoothly. I pressed the run button and idk how long it's gonna take to run the code. Is there any alternative way?

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