Awesome

Timer is a free and open-source library dedicated for Swift that makes the process of handling timers easier and much cleaner.

• Improves code quality. Start timer using the publish().start() method. Stop the timer with stop(). Simple as never.
• Run your timer in both directions. Our Timer can operate in both modes (increasing or decreasing).
• Supports background mode. Don't worry about the timer when the app goes into the background. We handled it!
• And much more. Our library allows you to convert the current time to a string or to display the timer progress in no time.

Getting Started

✋ Requirements

⏳ Installation

Swift package manager

Swift package manager is a tool for automating the distribution of Swift code and is integrated into the Swift compiler.

Once you have your Swift package set up, adding Timer as a dependency is as easy as adding it to the dependencies value of your Package.swift.

dependencies: [
    .package(url: "https://github.com/Mijick/Timer", branch(“main”))
]

Cocoapods

Cocoapods is a dependency manager for Swift and Objective-C Cocoa projects that helps to scale them elegantly.

Installation steps:

• Install CocoaPods 1.10.0 (or later)
• Generate CocoaPods for your project

    pod init

• Add CocoaPods dependency into your Podfile

    pod 'MijickTimer'

• Install dependency and generate .xcworkspace file

    pod install

• Use new XCode project file .xcworkspace <br>

Usage

1. Initialise the timer

Call the publish() method that has three parameters:

• time - The number of seconds between firings of the timer.
• tolerance - The number of seconds after the update date that the timer may fire.
• currentTime - The current timer time.

  try! MTimer.publish(every: 1, currentTime: $currentTime)

2. Start the timer

Start the timer using the start() method. You can customise the start and end time using the parameters of this method.

  try! MTimer
      .publish(every: 1, currentTime: $currentTime)
      .start(from: .init(minutes: 21, seconds: 37), to: .zero)

3. (Optional) Observe TimerStatus and TimerProgress

You can observe changes in both values by calling either of the methods

  try! MTimer
      .publish(every: 1, currentTime: $currentTime)
      .bindTimerStatus(isTimerRunning: $isTimerRunning)
      .bindTimerProgress(progress: $timerProgress)
      .start(from: .init(minutes: 21, seconds: 37), to: .zero)

4. Stop the timer

Timer can be stopped with stop() method.

  MTimer.stop()

5. Additional timer controls

• Once stopped, the timer can be resumed - simply use the resume() method.

  try! MTimer.resume()

• To stop and reset the timer to its initial values, use the reset() method.

  MTimer.reset()

6. Displaying the current time as String

You can convert the current MTime to String by calling the toString() method. Use the formatter parameter to customise the output.

  currentTime.toString {
      $0.unitsStyle = .full
      $0.allowedUnits = [.hour, .minute]
      return $0
  }

7. Creating more timer instances

Create a new instance of the timer and assign it to a new variable. Use the above functions directly with it

  let newTimer = MTimer.createNewInstance()

  try! newTimer
      .publish(every: 1, currentTime: $currentTime)
      .start()

  newTimer.stop()

Try our demo

See for yourself how does it work by cloning project we created

License

Timer is released under the MIT license. See LICENSE for details.

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