time
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tinox.core.time, bundled with the compiler and also available as a standalone tinox-central package.
Stopwatch and duration
import tinox.core.time
class Main
{
fnc main() -> Int32
{
const sw: Stopwatch = Time::newStopwatch()
sw.start()
Time::sleep(50)
sw.stop()
println("elapsed: " + sw.elapsed().toString() + "ms")
const d: Duration = Time::durationFromMinutes(90)
println("90 minutes = " + d.getHours().toString() + "h " + (d.getMinutes() - d.getHours() * 60).toString() + "m")
return 0
}
}
class Duration
* Represents a duration of time in seconds * * Provides factory methods for creating durations from * different time units and arithmetic operations.
Fields
seconds | Int64 | The duration in seconds |
Methods
fn new(seconds: Int64) → Duration
* Creates a Duration from seconds
*
* @param seconds the number of seconds
* @return a new Duration instance
fn fromMinutes(minutes: Int64) → Duration
* Creates a Duration from minutes
*
* @param minutes the number of minutes
* @return a new Duration instance
fn fromHours(hours: Int64) → Duration
* Creates a Duration from hours
*
* @param hours the number of hours
* @return a new Duration instance
fn getSeconds() → Int64
* Returns the duration in seconds
*
* @return the number of seconds
fn getMinutes() → Int64
* Returns the duration in whole minutes
*
* @return the number of minutes (truncated)
fn getHours() → Int64
* Returns the duration in whole hours
*
* @return the number of hours (truncated)
fn add(other: Duration) → Duration
* Adds another duration to this one
*
* @param other the duration to add
* @return a new Duration with the combined time
fn sub(other: Duration) → Duration
* Subtracts another duration from this one
*
* @param other the duration to subtract
* @return a new Duration with the difference
class Stopwatch
* A stopwatch for measuring elapsed time while running * * Unlike Timer, Stopwatch only reports elapsed time * while it is actively running (between start and stop).
Fields
startTime | Int64 | The time when start() was called |
stopTime | Int64 | The time when stop() was called (0 if never stopped) |
running | Bool | Whether the stopwatch is currently running |
Methods
fn new() → Stopwatch
* Creates a new Stopwatch (not running)
*
* @return a new Stopwatch instance
fn start() → Nothing
* Starts the stopwatch, recording the current time
fn stop() → Nothing
* Stops the stopwatch, freezing the current time so elapsed()
* keeps reporting the start-to-stop duration afterward
fn isRunning() → Bool
* Checks if the stopwatch is currently running
*
* @return true if start() was called without a subsequent stop()
fn elapsed() → Int64
* Returns the elapsed time
*
* While running, returns the time from start() to now. Once
* stopped, keeps returning the frozen start-to-stop duration
* (rather than resetting to 0) so callers can read the result
* after stop(). Returns 0 if start() was never called.
*
* @return elapsed time in milliseconds
class Time
* Time utility class providing factory methods for time-related objects * and access to system time functions
Methods
fn now() → Int64
* Returns the current system time in milliseconds
*
* @return current time in milliseconds since epoch
fn sleep(ms: Int64) → Nothing
* Pauses execution for the specified duration
*
* @param ms the number of milliseconds to sleep
fn newTimer() → Timer
* Creates a new Timer instance
*
* @return a new Timer ready to measure elapsed time
fn newStopwatch() → Stopwatch
* Creates a new Stopwatch instance
*
* @return a new Stopwatch ready to measure elapsed time
fn newDuration(seconds: Int64) → Duration
* Creates a Duration from seconds
*
* @param seconds the number of seconds
* @return a new Duration instance
fn durationFromMinutes(minutes: Int64) → Duration
* Creates a Duration from minutes
*
* @param minutes the number of minutes
* @return a new Duration instance
fn durationFromHours(hours: Int64) → Duration
* Creates a Duration from hours
*
* @param hours the number of hours
* @return a new Duration instance
class Timer
* A timer for measuring elapsed time between start and stop * * Call start() to begin timing, stop() to end timing, * and elapsed() to get the measured duration.
Fields
startTime | Int64 | The start time in milliseconds |
endTime | Int64 | The stop time in milliseconds (0 if not stopped) |
Methods
fn new() → Timer
* Creates a new Timer (not started)
*
* @return a new Timer instance
fn start() → Nothing
* Starts the timer, recording the current time
fn stop() → Nothing
* Stops the timer, recording the end time
fn elapsed() → Int64
* Returns the elapsed time in milliseconds
*
* If the timer is still running (stop not called),
* returns the time from start to now.
*
* @return elapsed time in milliseconds
fn elapsedSeconds() → Int64
* Returns the elapsed time in whole seconds
*
* @return elapsed time in seconds (truncated)