Written by Anika Ali Nitu
In today’s mobile app development world, creating custom keyboards for iOS devices has become a significant trend. Users are looking for enhanced typing experiences, unique features, and more personalized interactions with their mobile devices. Custom keyboard iOS mobile app development using Objective-C allows developers to build feature-rich, user-friendly, and efficient keyboards that can be integrated seamlessly with iPhones and iPads.
This article explores the ins and outs of custom keyboard development for iOS using Objective-C. We’ll cover different types of custom keyboards, the process of developing one, and answer some frequently asked questions (FAQs) about this development approach.
Custom keyboard development refers to the process of designing and creating a keyboard for iOS devices that offers more functionality than the default Apple keyboard. By using Objective-C (one of the two primary languages for iOS development, the other being Swift), developers can create keyboards that integrate with apps, support multiple languages, and offer personalized input experiences for users.
Objective-C has been the primary programming language for iOS app development for many years, though it’s now supplemented with Swift. Despite Swift’s increasing popularity, Objective-C still holds a strong position due to its maturity, stability, and compatibility with legacy iOS applications.
Here’s why Objective-C is still a preferred choice for custom keyboard iOS mobile app development:
When creating custom keyboards, there are several types you can develop depending on the target functionality. Here are the most common types of custom keyboards:
This type of keyboard allows users to type in text fields and input letters, numbers, and punctuation. They may also include additional features like shortcuts or emojis, depending on the requirements.
Emoji keyboards allow users to send a variety of emojis quickly and easily. These keyboards often include not just basic emojis but also animated emojis or custom emoji designs.
This type is designed for typing in different languages. Language-specific keyboards include unique characters, symbols, and punctuation marks tailored for specific languages like Arabic, Chinese, or Japanese.
Custom input keyboards allow users to enter data in a non-text format. For example, you could create a keyboard for math symbols, musical notes, or even special symbols for a particular niche (e.g., scientific or technical symbols).
These are keyboards that use swiping or gestures for input. They allow users to swipe over the keyboard to type, instead of tapping each key individually. While popularized by third-party keyboards like Gboard, gesture-based typing is a key feature in custom keyboard development as well.
Voice-based custom keyboards allow users to dictate text instead of typing. This is especially useful for those who prefer to use voice input rather than typing on a small mobile screen.
The process of creating a custom keyboard for iOS involves several stages, from design to implementation and integration. Below are the essential steps involved in Objective-C-based custom keyboard development.
Start by setting up Xcode, Apple’s integrated development environment (IDE) for iOS app development. Make sure to install the latest version of Xcode and the relevant iOS SDKs.
Create a new Xcode project for your custom keyboard. In the project template, select “Custom Keyboard Extension.” This template provides all the initial setup necessary for building an iOS keyboard.
Using Interface Builder in Xcode, define your keyboard layout. This includes deciding the key positions, functionality (like symbols, numbers, emojis), and the size of the keyboard. You can create custom buttons or views based on your design.
The next step is to write the logic for handling key events. In Objective-C, you will need to use the UITextInputMode and UIInputViewController classes to handle text input, key presses, and updating the input field dynamically.
UITextInputMode
UIInputViewController
Once you have written the code, it’s crucial to test the keyboard on various iOS devices to ensure its functionality. Test for responsiveness, layout issues, and overall performance.
If you intend to distribute your custom keyboard as a standalone app, submit it to the App Store for review. Make sure to adhere to Apple’s guidelines to ensure approval.
When developing a custom keyboard for iOS, several features can enhance the user experience and make the keyboard more versatile. Some popular features include:
Yes, you can create a custom keyboard for iOS using Objective-C. Swift and Objective-C are both supported by Apple, and Objective-C is a reliable option for many developers.
After developing your custom keyboard, you can install it on your iPhone by adding it through the “Settings” app under “General” > “Keyboard” > “Keyboards” > “Add New Keyboard.”
No, custom keyboards on iOS are sandboxed, meaning they cannot access personal data or transmit anything over the internet unless explicitly granted permission by the user. It’s important to ensure that your app follows Apple’s privacy guidelines.
For iOS custom keyboard development, Objective-C and Swift are the two primary languages. Objective-C is often preferred for legacy systems, while Swift is more modern and user-friendly.
Yes, a custom keyboard can support multiple languages by implementing various input modes, such as different character sets or keyboard layouts based on the selected language.
Custom keyboard iOS mobile app development with Objective-C remains a powerful tool for creating personalized, efficient, and engaging keyboards for iOS users. With the variety of custom keyboards that can be built, from gesture-based to emoji keyboards, developers have plenty of room to innovate and provide users with a seamless typing experience.
Whether you’re adding advanced features to an existing keyboard app or building one from scratch, understanding the key steps and best practices for Objective-C development will help you deliver an app that users love. By implementing best practices like testing and ensuring privacy, you can create a high-quality keyboard app that stands out in the competitive iOS market.
This page was last edited on 27 March 2025, at 1:16 pm
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