The inWholeHours function in Kotlin is used to convert a Duration object to the number of whole hours it represents. It is part of the Kotlin standard library’s kotlin.time package and provides a way to extract the number of complete hours from a duration.
The inWholeDays function in Kotlin is used to convert a Duration object to the number of whole days it represents. It is part of the Kotlin standard library’s kotlin.time package and provides a way to extract the number of complete days from a duration.
The toLong function in Kotlin is used to convert a Duration object to a Long representing the duration in a specific unit of time. It is part of the Kotlin standard library’s kotlin.time package and provides a way to convert duration values to long integers for precise calculations without decimal points.
The toDouble function in Kotlin is used to convert a Duration object to a Double representing the duration in a specific unit of time. It is part of the Kotlin standard library’s kotlin.time package and provides a way to convert duration values to floating-point numbers for more precise calculations.
The div function in Kotlin is used to divide a Duration object by a scalar value or to find the ratio of two Duration objects. It is part of the Kotlin standard library’s kotlin.time package and provides a way to perform arithmetic operations on duration values.
The times function in Kotlin is used to multiply a Duration object by a scalar value. It is part of the Kotlin standard library’s kotlin.time package and provides a way to scale duration values by a specified factor.
The minus function in Kotlin is used to subtract one Duration object from another. It is part of the Kotlin standard library’s kotlin.time package and provides a way to perform arithmetic operations on duration values.
The plus function in Kotlin is used to add two Duration objects together. It is part of the Kotlin standard library’s kotlin.time package and provides a way to perform arithmetic operations on duration values.
The measureTime function in Kotlin is used to measure the execution time of a block of code and return it as a Duration object. It is part of the Kotlin standard library and provides a way to benchmark code performance with a high degree of flexibility, using the Kotlin Duration API.
The measureNanoTime function in Kotlin is used to measure the execution time of a block of code in nanoseconds. It is part of the Kotlin standard library and provides a high-resolution way to benchmark code performance, which is useful for more precise measurements compared to milliseconds.
The measureTimeMillis function in Kotlin is used to measure the execution time of a block of code in milliseconds. It is part of the Kotlin standard library and provides a simple way to benchmark code performance.
The getTimeMillis function in Kotlin is used to retrieve the current time in milliseconds from some arbitrary but fixed point in time (usually the epoch). It is part of the Kotlin standard library and provides a millisecond-precision timestamp, which is useful for measuring time intervals, logging, and scheduling tasks.
The getTimeNanos function in Kotlin is used to retrieve the current time in nanoseconds from some arbitrary but fixed point in time (usually the epoch). It is part of the Kotlin standard library and provides a high-resolution timestamp, which is useful for measuring time intervals with precision.
The exitProcess function in Kotlin is used to terminate the currently running process and return a status code to the operating system. It is part of the Kotlin standard library and provides a way to exit an application programmatically.
The forEach function in Kotlin is used to perform an action on each element of a sequence. It is part of the Kotlin standard library and provides a way to iterate through a sequence and apply a specified action to each element.
The toArray function in Kotlin is used to convert a sequence into an array. It is part of the Kotlin standard library and provides a way to transform a sequence into an array of the same type as the elements in the sequence.
The joinToString function in Kotlin is used to create a single string from the elements of a sequence by concatenating them, using a specified separator and optional prefix, postfix, limit, truncated, and transform function. It is part of the Kotlin standard library and provides a flexible way to convert sequences into formatted strings.
The toMutableMap function in Kotlin is used to convert a sequence into a MutableMap. It is part of the Kotlin standard library and provides a way to transform a sequence into a mutable key-value pair collection.
The toSortedMap function in Kotlin is used to convert a sequence into a SortedMap. It is part of the Kotlin standard library and provides a way to transform a sequence into a sorted key-value pair collection.
The toMap function in Kotlin is used to convert a sequence into a map. It is part of the Kotlin standard library and provides a way to transform a sequence into a key-value pair collection.
The toMutableSet function in Kotlin is used to convert a sequence into a MutableSet. It is part of the Kotlin standard library and provides a way to transform a sequence into a mutable collection of unique elements.
The toCollection function in Kotlin is used to convert a sequence into a specified collection. It is part of the Kotlin standard library and provides a way to transform a sequence into any collection type of your choice, such as a list, set, or queue.
The toSortedSet function in Kotlin is used to convert a sequence into a SortedSet. It is part of the Kotlin standard library and provides a way to transform a sequence into a sorted collection of unique elements.
The toHashSet function in Kotlin is used to convert a sequence into a HashSet. It is part of the Kotlin standard library and provides a way to transform a sequence into an unordered collection of unique elements.
The elementAtOrElse function in Kotlin is used to retrieve an element at a specified index in a sequence or return a default value if the index is out of bounds. It is part of the Kotlin standard library and provides a way to access elements based on their position within a sequence while handling out-of-bounds …