Kotlin Duration inWholeMinutes Function

The inWholeMinutes function in Kotlin is used to convert a Duration object to the number of whole minutes it represents. It is part of the Kotlin standard library’s kotlin.time package and provides a way to extract the number of complete minutes from a duration.

Table of Contents

1. Introduction
2. inWholeMinutes Function Syntax
3. Understanding inWholeMinutes
4. Examples
   • Basic Usage
   • Converting Different Duration Units to Whole Minutes
   • Using inWholeMinutes with Conditional Logic
   • Chaining inWholeMinutes with Other Functions
5. Real-World Use Case
6. Conclusion

Introduction

The inWholeMinutes function allows you to convert a Duration object to a Long representing the number of whole minutes it encompasses. This is useful for scenarios where you need to calculate the number of complete minutes within a given duration.

inWholeMinutes Function Syntax

The syntax for the inWholeMinutes function is as follows:

val inWholeMinutes: Long 

Returns:

• A Long value representing the number of whole minutes in the duration.

Understanding inWholeMinutes

The inWholeMinutes function works by converting the specified Duration object to a Long value representing the number of whole minutes. This function can be useful when you need to extract the minute component from a larger duration.

Examples

Basic Usage

To demonstrate the basic usage of inWholeMinutes, we will create a Duration object and convert it to the number of whole minutes.

Example

import kotlin.time.Duration import kotlin.time.Duration.Companion.hours import kotlin.time.Duration.Companion.minutes fun main() { val duration = 1.hours + 45.minutes val wholeMinutes = duration.inWholeMinutes println("Whole minutes: $wholeMinutes") } 

Output:

Whole minutes: 105 

Converting Different Duration Units to Whole Minutes

This example shows how to convert various durations to whole minutes.

Example

import kotlin.time.Duration import kotlin.time.Duration.Companion.days import kotlin.time.Duration.Companion.seconds fun main() { val duration1 = 1.days val duration2 = 5400.seconds println("Whole minutes in duration1: ${duration1.inWholeMinutes}") println("Whole minutes in duration2: ${duration2.inWholeMinutes}") } 

Output:

Whole minutes in duration1: 1440 Whole minutes in duration2: 90 

Using inWholeMinutes with Conditional Logic

This example shows how to use inWholeMinutes in a conditional context.

Example

import kotlin.time.Duration import kotlin.time.Duration.Companion.hours fun main() { val duration = 3.hours if (duration.inWholeMinutes > 120) { println("The duration spans more than two hours.") } else { println("The duration is within two hours.") } } 

Output:

The duration spans more than two hours. 

Chaining inWholeMinutes with Other Functions

The inWholeMinutes function can be chained with other duration functions to perform more complex operations.

Example

import kotlin.time.Duration import kotlin.time.Duration.Companion.hours import kotlin.time.Duration.Companion.minutes fun main() { val duration = (5.hours + 30.minutes) - 15.minutes println("Whole minutes in the resulting duration: ${duration.inWholeMinutes}") } 

Output:

Whole minutes in the resulting duration: 315 

Real-World Use Case

Calculating Meeting Duration in Minutes

In real-world applications, the inWholeMinutes function can be used to calculate the number of whole minutes for meeting durations or other time-based events.

Example

import kotlin.time.Duration import kotlin.time.Duration.Companion.hours import kotlin.time.Duration.Companion.minutes fun main() { val meetingDuration = 2.hours + 45.minutes val meetingMinutes = meetingDuration.inWholeMinutes println("Total whole meeting minutes: $meetingMinutes") } 

Output:

Total whole meeting minutes: 165 

Conclusion

The inWholeMinutes function in Kotlin provides a convenient way to convert Duration objects to the number of whole minutes they represent. By understanding and using the inWholeMinutes function, you can efficiently manage and manipulate duration values in your Kotlin applications, ensuring that you can handle time-related operations according to your requirements.