WiFi Widget

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Android app providing a fully configurable widget for the monitoring of your WiFi connection details.

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Where to get it

Features

In-App

• Neat Material 3 Design
• Configurable theme:
  • Light / dark
  • Dynamic / static colors
  • AMOLED black
• Adaptive layouts for landscape & portrait mode
• Live WiFi Status display with property copy-to-clipboard functionality on click

Widget

• Property copy-to-clipboard functionality on click
• Configuration options:
  • Appearance:
    • Size: from 2x1 to fullscreen
    • Light/dark theme with static/dynamic, or entirely custom colors
    • Background opacity
    • Font size
    • Property value alignment (left | right)
  • Displayed properties:
    • Basic Info: SSID, BSSID, Frequency, Channel, Link Speed, RSSI, Signal Strength, Standard, WiFi Generation, Security Protocol
    • IP Addresses:
      • Types: Loopback, Site Local, Link Local, Unique Local, Multicast, Global Unicast, Public (via api.ipify.org)
      • Options: IPv4, IPv6, or both; show prefix lengths (IPv4/IPv6) and subnet masks (IPv4)
    • Network Details: Gateway, DNS, DHCP, NAT64 Prefix
    • Location Info (via ip-api.com):
      • Region: Zip Code, District, City, Region, Country, Continent
    • Other: GPS Location, ASN, ISP
  • Property appearance order
  • Bottom bar elements:
    • Last refresh date time
    • Buttons:
      • Refresh data
      • Open WiFi settings
      • Open widget settings
  • Automatic data refreshing:
    • Interval: between 15 min and 24h
    • Whether to refresh on low battery

Tech Stack

• Kotlin only
• Jetpack Compose for in-app UI, xml & RemoteViews for widget UI
• Jetpack Navigation 3
• Coroutines & flows
• Dagger-Hilt for dependency injection
• OkHttp for network requests, kotlinx serialization for JSON parsing
• Proto & Preferences data storage
• JUnit 4, mockito, robolectric & turbine for unit testing
• JUnit 4 Compose android (instrumented) testing
• Androidx Macro benchmarking & baseline profile generation with app-specific usage journey, implemented with UI Automator

Architecture

• Multi-modular build
• Gradle Convention plugins for gradle code reuse whilst keeping modules independent from one another
• Clean architecture (or however you wanna call it), with the UI and data layers depending on the domain layer, which exposes the data model and repository interfaces:

Credits

Logo foreground by Hilmy Abiyyu Asad taken from here, where it is licensed under Creative Commons(Attribution 3.0 unported).

Donations

License

GPL-3.0 License © w2sv [2022 - Present]