Course Content
KOTLIN Tutorial
About Lesson

Control Flow

Kotlin, a modern programming language, is renowned for its conciseness and expressiveness. One crucial aspect that contributes to its efficiency is control flow. In this post, we’ll delve into the various control flow structures in Kotlin, exploring how they influence the flow of execution in your programs.

Conditional Statements

if Expression

Kotlin’s if expression is a powerful tool for making decisions in your code. Unlike many other languages, if in Kotlin is an expression, meaning it returns a value. This section will guide you through the usage of if expressions and how they can enhance your code readability.

when Expression

The when expression is Kotlin’s answer to the traditional switch statement. Learn how to use when for concise and readable multi-branch conditions. We’ll cover simple and complex scenarios, showcasing the versatility of this construct.

Looping Constructs

for Loop

The for loop in Kotlin is not just limited to iterating over ranges. Discover its flexibility in working with collections and other data structures. This section will demonstrate how to leverage the for loop for efficient iteration in your programs.

while and do-while Loops

Explore Kotlin’s while and do-while loops, understanding their differences and when to use each. Uncover the nuances of loop control flow and learn best practices for designing robust and maintainable code.

Jump Statements

break and continue

Jump statements like break and continue are essential for altering the normal flow of control in loops. Gain insights into how to use these statements effectively, improving the efficiency and readability of your code.

return Expression

In Kotlin, the return keyword is not limited to just functions. Learn how it can be employed within other expressions to achieve more dynamic and expressive control flow.

Exception Handling

try, catch, and finally

Exception handling is a critical aspect of writing robust applications. Delve into Kotlin’s approach to handling exceptions using the try, catch, and finally blocks. Learn how to gracefully manage errors and ensure your code behaves as expected.