Apps using TPKeyboardAvoiding

TPKeyboardAvoiding is a powerful and user-friendly iOS library designed to address one of the most common challenges faced by mobile app developers: managing the interaction between the on-screen keyboard and user interface elements. This essential SDK provides a seamless solution for automatically adjusting scrollable content when the keyboard appears, ensuring that input fields and other interactive elements remain visible and accessible to users at all times. By implementing TPKeyboardAvoiding, developers can significantly enhance the user experience of their iOS applications, particularly in scenarios involving forms, chat interfaces, or any other screens with multiple input fields. The TPKeyboardAvoiding library offers a range of features that make it an indispensable tool for iOS developers. Its primary functionality revolves around automatically scrolling content views to keep the active input field visible when the keyboard is displayed. This behavior is achieved through a set of custom UIScrollView and UITableView subclasses that seamlessly integrate with existing iOS projects. The library's intelligent algorithms calculate the optimal scroll position based on the keyboard's height and the position of the active input field, ensuring that users can always see and interact with the element they're focusing on. One of the key advantages of TPKeyboardAvoiding is its ease of implementation. Developers can simply replace their existing UIScrollView or UITableView instances with the corresponding TPKeyboardAvoiding subclasses, and the library will handle the rest. This plug-and-play approach minimizes the need for complex custom code and reduces the potential for bugs or inconsistencies in keyboard avoidance behavior across different parts of an application. Additionally, the library supports both portrait and landscape orientations, automatically adjusting its calculations to accommodate changes in device orientation. TPKeyboardAvoiding also offers advanced customization options for developers who require more fine-grained control over the keyboard avoidance behavior. These include the ability to set content insets programmatically, define custom animation durations for scroll adjustments, and even implement custom logic for determining which input field should be scrolled into view. This flexibility makes TPKeyboardAvoiding suitable for a wide range of application types and design requirements, from simple forms to complex, multi-screen workflows. Performance is another area where TPKeyboardAvoiding excels. The library is optimized for efficiency, with minimal impact on an application's overall performance and memory footprint. It achieves this through careful management of event listeners and by leveraging iOS's native animation frameworks for smooth, natural-feeling scroll adjustments. This attention to performance ensures that TPKeyboardAvoiding can be used even in resource-intensive applications without compromising the user experience.

• TPKeyboardAvoiding is a Swift library designed to help iOS developers easily manage keyboard interactions in their applications, particularly in scenarios where the keyboard might obscure important user interface elements.
• One of the key features of TPKeyboardAvoiding is its ability to automatically adjust the content of UIScrollView, UITableView, and UICollectionView when the keyboard appears, ensuring that input fields and other interactive elements remain visible and accessible to the user.
• The library provides a seamless solution for handling keyboard avoidance without requiring developers to write complex custom code or implement their own keyboard management systems, saving time and reducing potential bugs in the development process.
• TPKeyboardAvoiding offers a drop-in replacement for standard UIScrollView, UITableView, and UICollectionView classes, making it easy to integrate into existing projects with minimal code changes.
• The library supports both storyboard-based and programmatically created user interfaces, providing flexibility for developers to use their preferred method of UI construction.
• TPKeyboardAvoiding automatically calculates the appropriate content inset and scroll indicator insets based on the keyboard's height and position, ensuring that the entire scrollable area remains accessible when the keyboard is visible.
• The library handles various keyboard events, including appearance, disappearance, and changes in keyboard height, adapting the scroll view's content accordingly to maintain optimal user experience.
• TPKeyboardAvoiding supports both portrait and landscape orientations, automatically adjusting its behavior when the device orientation changes to ensure consistent keyboard avoidance across different screen layouts.
• The library includes support for custom input views and accessory views, allowing developers to create more complex input scenarios while still benefiting from automatic keyboard avoidance.
• TPKeyboardAvoiding provides methods for manually adjusting the content offset, which can be useful in situations where developers need more fine-grained control over the scroll view's behavior.
• The library is lightweight and has minimal impact on app performance, making it suitable for use in both small and large-scale iOS applications.
• TPKeyboardAvoiding is open-source and actively maintained, with regular updates and improvements based on community feedback and evolving iOS development best practices.
• The library supports a wide range of iOS versions, ensuring compatibility with both older devices and the latest iOS releases, which helps developers maintain a consistent user experience across different device generations.
• TPKeyboardAvoiding includes comprehensive documentation and example projects, making it easy for developers to understand its usage and implement it effectively in their own applications.

• TPKeyboardAvoiding is a valuable tool for iOS developers who want to create a seamless user experience when dealing with text input fields and the on-screen keyboard. One common use case is in forms that require multiple input fields, such as registration or profile creation screens. By implementing TPKeyboardAvoiding, developers can ensure that the active text field is always visible and not obscured by the keyboard, automatically adjusting the content's position as the user moves between fields.
• Another use case for TPKeyboardAvoiding is in chat or messaging applications where the input field is typically located at the bottom of the screen. As the keyboard appears, TPKeyboardAvoiding can smoothly push the entire conversation view upwards, maintaining context and allowing users to see their most recent messages while typing. This functionality is particularly useful on devices with smaller screens, where space is at a premium.
• TPKeyboardAvoiding can also be beneficial in note-taking or document editing apps, where users may need to input large amounts of text. By automatically adjusting the scroll position of the content as the user types, TPKeyboardAvoiding ensures that the text being entered is always visible, even when it extends beyond the visible area of the screen. This prevents users from having to manually scroll to keep up with their input, creating a more fluid and intuitive writing experience.
• E-commerce applications can also benefit from TPKeyboardAvoiding, particularly during the checkout process. When users are required to enter shipping and billing information, the SDK can help maintain a clear view of all form fields, reducing errors and frustration. As users move between fields for name, address, and payment details, TPKeyboardAvoiding ensures that each active field is visible above the keyboard, streamlining the checkout process and potentially reducing cart abandonment rates.
• In social media apps, TPKeyboardAvoiding can enhance the experience of commenting on posts or creating new content. When users want to leave a comment on a photo or video, the SDK can adjust the content's position to keep both the media and the input field visible simultaneously. This allows users to reference the content they're commenting on while typing, leading to more contextual and engaging interactions.
• TPKeyboardAvoiding is also useful in productivity apps, such as task management or project planning tools. When users need to add detailed descriptions or notes to tasks, the SDK can ensure that the input area remains visible as they type, even if the content extends beyond a single screen. This is particularly helpful when users are creating lengthy task lists or project outlines, as it allows them to maintain their train of thought without interruption.
• For developers creating educational apps or interactive learning platforms, TPKeyboardAvoiding can improve the user experience during quizzes or exercises that require text input. As students type their answers, the SDK can adjust the view to keep both the question and the input field visible, helping learners maintain context and focus. This is especially valuable in language learning apps where users may need to reference prompts or example sentences while constructing their responses.
• In financial applications, TPKeyboardAvoiding can enhance the process of entering transaction details or making budget entries. When users need to input monetary amounts, descriptions, or categories for their expenses or income, the SDK ensures that all relevant fields remain visible above the keyboard. This reduces the likelihood of errors in financial record-keeping and makes it easier for users to review their entries before submission.

• IQKeyboardManager is a popular alternative to TPKeyboardAvoiding, offering a robust solution for handling keyboard-related issues in iOS applications. It provides automatic keyboard management, allowing developers to easily adjust the position of text fields and views when the keyboard appears or disappears. IQKeyboardManager supports both Objective-C and Swift, making it versatile for different development environments.
• KeyboardLayoutGuide is another option for managing keyboard interactions in iOS apps. This framework, introduced in iOS 11, provides a layout guide that automatically adjusts to the keyboard's position and size. It simplifies the process of constraining views to the keyboard, eliminating the need for manual calculations and notifications. KeyboardLayoutGuide is particularly useful for SwiftUI-based applications, offering seamless integration with the modern UI framework.
• ScrollingFormViewController is a lightweight alternative that focuses specifically on form-based interfaces. It automatically handles keyboard avoidance by adjusting the scroll view's content inset when the keyboard appears. This solution is ideal for developers who prefer a more targeted approach to keyboard management, particularly in apps with form-heavy user interfaces.
• KeyboardAvoidingView is a React Native component that provides similar functionality to TPKeyboardAvoiding for cross-platform mobile development. It automatically adjusts its height, position, or bottom padding based on the keyboard height, ensuring that the content remains visible when the keyboard is displayed. This component is particularly useful for developers working on both iOS and Android platforms using React Native.
• FormViewController is a comprehensive form management library that includes built-in keyboard avoidance functionality. It offers a range of features for creating and managing forms, including field validation, custom input types, and automatic scrolling to active fields. The keyboard avoidance feature in FormViewController is seamlessly integrated, making it an excellent choice for developers looking for an all-in-one solution for form-based interfaces.
• KeyboardLayoutConstraint is a custom layout constraint class that automatically adjusts its constant value based on the keyboard's presence. This solution offers fine-grained control over how specific views respond to the keyboard, allowing developers to create custom animations and transitions. KeyboardLayoutConstraint is particularly useful for complex layouts where standard keyboard avoidance techniques may not suffice.
• SwiftKeychainWrapper is not directly related to keyboard avoidance but offers a secure alternative for storing sensitive user input. By securely saving and retrieving data from the iOS Keychain, developers can implement a more secure approach to handling user input, potentially reducing the need for certain keyboard interactions. This library complements other keyboard management solutions by enhancing the overall security of user data handling in iOS applications.
• KeyboardObserver is a lightweight Swift library that provides a simple way to observe keyboard events and adjust views accordingly. It offers a more manual approach compared to automatic solutions like IQKeyboardManager, giving developers greater control over how their app responds to keyboard appearances and disappearances. KeyboardObserver is ideal for developers who prefer a more hands-on approach to keyboard management.
• TextFieldEffects is a library that enhances the appearance and behavior of UITextField, including built-in support for keyboard avoidance. While primarily focused on creating visually appealing text input fields, it also handles basic keyboard interactions, making it a good choice for developers looking to improve both the aesthetics and functionality of their text input interfaces.
• SwiftyFORM is a powerful form creation library for iOS that includes keyboard avoidance capabilities. It offers a declarative approach to building forms, with automatic handling of keyboard interactions. SwiftyFORM is particularly useful for developers working on complex form-based applications, providing a comprehensive solution that addresses both form creation and keyboard management.