rebeccahughes/react-native-device-info

Features

• Device Identification Utilities - Provides specialized utilities for generating and retrieving unique hardware, software, and installation identifiers for mobile devices.
• Device Information Libraries - Provides a comprehensive toolset for retrieving hardware specifications, OS details, and unique identifiers across iOS and Android.
• Device and Hardware Identification - Identifies physical hardware properties, models, and vendors to help adapt the user interface and features.
• Installation Timestamps - Retrieves the initial installation timestamp, last update time, and installation referrer.
• Native API Bridges - Implements native API bridges to expose iOS and Android system functions to a cross-platform JavaScript codebase.
• Emulator Detection - Determines whether the application is running on a physical device or within an emulator.
• Device Hardware Accessors - Provides utilities for retrieving unique hardware identifiers, models, and processor architectures to distinguish individual mobile devices.
• Application Metadata - Provides utilities to retrieve app-specific metadata including version, build numbers, and installation timestamps.
• OS Versioning Tools - Provides utilities for detecting mobile operating system versions and API levels to ensure software compatibility.
• Runtime Environment Verification - Determines if a React Native application is running on a physical device or an emulator for testing and security.
• Hardware Specification Querying - Retrieves read-only summaries of hardware specifications including model, device type, and processor architectures.
• System Environment Retrievers - Fetches machine-specific configuration and OS metadata such as build numbers and system names.
• Mobile Resource Monitoring - Monitors battery levels and available storage space to optimize app behavior and prevent resource exhaustion.
• JNI Bridges - Uses JNI bridges to allow high-level logic to query low-level Android OS properties and hardware identifiers.
• Hardware Capability Detection - Automatically identifies hardware features, such as cameras or keyboards, to configure software resources.
• Peripheral Connectivity Detectors - Detects the connection status of external hardware peripherals like headphones, keyboards, and Bluetooth devices.
• Battery Status Monitors - Tracks battery levels, charging status, and power states to optimize application behavior.
• iOS Framework Integrations - Leverages CocoaTouch and other Apple system frameworks to retrieve device metadata and hardware characteristics.
• React Native Integrations - Implements technical instrumentation for React Native apps to collect hardware IDs and installation metadata for analytics.
• Disk Storage Metrics - Calculates the total disk capacity and the amount of free storage available on the device.
• Native-to-JS Thread Dispatching - Dispatches real-time hardware state changes from native background threads back to the JavaScript main thread.
• Platform-Specific API Implementations - Implements unified interfaces that map to platform-specific Java and Objective-C code for accessing device details.
• Device State Monitors - Tracks real-time device states including battery levels, charging status, and network connectivity modes.
• Memory Usage Analyzers - Tracks current memory consumption and maximum memory limits to prevent resource exhaustion.
• Storage and Memory Analysis - Calculates total disk capacity, available free storage, and current application memory consumption.
• System Setting Detectors - Detects system-level configuration flags such as airplane mode, location services, and screen brightness.
• Display Feature Detectors - Queries hardware-level display features including screen orientation, tablet mode, and physical notches.
• System Integration - Retrieve detailed hardware and software device information.

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