NotchToolkit

NotchToolkit is a framework for iOS that allow developers use the iPhone X notch space in creative ways.
Inspired by

I was working on this idea of blending app design with the #iPhoneX notch. 📲🤗 pic.twitter.com/lj2AhxWNeE

— Luboš Volkov⚡️ (@0therplanet) September 18, 2017

Table of Contents	Description
Documentation	Describes the configuration options NotchToolkit offers
Preview	Displays preview images of NotchToolkit features
Compatibility	Describes the NotchToolkit device and iOS compatibality
Example Project	Explains how to run the example project provided in this repository
Installation	Describes the CocoaPods, Carthage, and Manual options to install NotchToolkit
Implementation	Lists the steps needed to implement NotchToolkit into your project
More Options	Describes an extra feature NotchToolkit supports
License	Describes NotchToolkit license

Preview

NotchToolbar

NotchImageView

Draw Notch

Compatibility

Although NotchToolkit is made for iPhone X, it can be implemented in older iPhone devices. This framework was tested on:

1. iPhone X
2. iPhone 8 plus, 7 plus, 6s plus and 6 plus
3. iPhone 8, 7, 6s and 6
4. iPhone SE and 5s

NotchToolkit requires

• iOS 11
• Swift 3.2 or higher

NotchToolkit has options to customize your Toolbar and UIView,

check Documentation and More Options for more details.

Example Project

To try the example project, simply download this repo then open NotchToolkit-Example.xcworkspace project file, found in the Example folder.

Installation

CocoaPods

1. Download CocoaPods using this command in Terminal

$ sudo gem install cocoapods

2. Redirect to your project folder in Terminal

$ cd YOUR_PROJECT_FILE_PATH

3. Initialize a pod in Terminal

$ pod init

4. Open Podfile in a text editor and add this line

pod 'NotchToolkit'

5. Go back to Terminal and install the pod

$ pod install

Carthage

1. Add this line to the Cartfile in your project directory

github "AFathi/NotchToolkit"

2. Update your Carthage directory

$ carthage update

Manual

Drag the NotchToolkit.xcodeproj file into your project then add NotchToolkit as an embedded binary of your targets.

Implement in your project

1. import NotchToolkit in a UIViewController class
2. Add NotchToolbarDelegate in the delegate section

class ViewController: UIViewController, NotchToolbarDelegate

3. Add delegate methods

//A protocol method that's triggered when the device rotates.
func deviceDidRotate() {
}

//A protocol method that's triggered when an icon is selected.
func didTapToolIcon(_ tools: UICollectionView, toolIndex: IndexPath, section: Int, row: Int) {
}

4. Create a NotchToolbar global variable

let toolbar = NotchToolbar()

5. Configure and initialize toolbar in viewDidLoad

toolbar.notch.isVisible = true

toolbar.notch.height = 250

toolbar.toolList = [
//[icon image, title]
[UIImage(named:"pikachusquare")!, "Pikachu"],
//only image icons
UIImage(named:"spongebob")!,
//only string icons (mainly for emojis 😉)
"🤔", "🤓",
"📱", "👩‍💻",
"👨‍💻", "✅", "🔥"]

toolbar.delegate = self
toolbar.initializeToolbar(self)

6. Call autoResize() method in the deviceDidRotate delegate method

func deviceDidRotate() {
toolbar.autoResize()
}

You're all set! 🤓

Show and Hide toolbar

showOrHide()

This method allows you to show and hide the NotchToolbar. You can call this method in an IBAction that handles showing/hiding the toolbar.

@IBAction func buttonClicked(_ sender: UIButton) {
toolbar.showOrHide()
}

Handle Icon Selection

1. Make sure you set the NotchToolbar delegate to self.
2. Handle the icon selection in the didTapToolIcon delegate method:

func didTapToolIcon(_ tools: UICollectionView, toolIndex: IndexPath, section: Int, row: Int) {
if row == 0 {
print("first icon")
}else if row == 1 {
print("second icon")
}
}

More Options

This framework include a UIView extension that allow you draw a notch bezier path to any UIView class or subclass.

draw(_ notch:curveType, position:curvePosition, curve:CGFloat?, customBounds:CGRect? = nil)

This is a UIView extension that allows you add ovals and rounded corners to any UIView.

• For type oval, set curve scale from 1.0 - 10.0.
• For type corner, curve is the radius size.
• Check curveType & curvePosition for more info.

Example

//horizontalSides draws an oval-based bezier path vertically on the right & left sides of a view.
myView.draw(.oval, position: .horizontalSides, curve: 1.5)

//diagonalAC draws rounded rectangle corners diagonally from topLeft to bottomRight of a view.
myView.draw(.corner, position: .diagonalAC, curve: 35)

Preview

LICENSE

NotchToolkit is under MIT license. Check the LICENSE file for more details.