Back to meiwin/ngkeyboardtracker
Projects sharing features with NgKeyboardTracker
30 open-source projects similar to meiwin/ngkeyboardtracker, ranked by shared indexed features. Tags may describe platforms or build tools rather than the same primary purpose. Check each project’s use case, license, and deployment requirements before treating it as a replacement.
- hackiftekhar/iqkeyboardmanager
hackiftekhar/IQKeyboardManager
16,623View on GitHubIQKeyboardManager is an iOS keyboard management library and UI layout utility. It automatically adjusts screen layouts to prevent the software keyboard from covering text input fields. The project provides a customizable keyboard toolbar component with navigation buttons and action triggers. It enables focus management, allowing users to move between text fields via the return key or toolbar controls. The library covers keyboard layout coordination, including touch-based dismissal and offset configuration. It also includes a system for managing keyboard behaviors and appearance on a per-clas
Swift - rstacruz/nprogress
rstacruz/nprogress
26,406View on GitHubnprogress is a lightweight JavaScript UI component and web progress bar library. It provides a minimalist DOM progress indicator used to track the state of asynchronous operations within a browser document. The library allows for the visualization of loading states through a thin progress bar and spinner. It supports progress state management, enabling the bar to be started, stopped, or marked as complete, with support for incremental progress tracking and percentage-based updates. Users can modify the visual style by overriding default CSS or replacing the markup template. The component als
JavaScript - facebook/componentkit
facebook/componentkit
5,787View on GitHubComponentKit is a declarative UI framework for building iOS interfaces through composition of small, reusable components. It provides a structured approach to constructing user interfaces where each component is defined as an immutable, pure function of its inputs, enabling predictable rendering and state management. The framework supports both stateless and stateful components, with controllers that can be attached to manage persistent state across component updates. The framework distinguishes itself through its component architecture that emphasizes explicit data flow and compile-time safe
Objective-C++
