Source link: https://github.com/sdsmdg/trianglify

Trianglify

Trianglify is an Android library that helps creates views with beautiful patterns. Trianglify is based on MVP architecture and licensed under MIT license.

How to Apply

Include following line in the gradle script of your application to include latest release of Trianglify:

compile 'com.sdsmdg.kd:trianglify:1.0.0'

Features

Cell Size

Random Coloring

Examples

Navigation Panes

Action Bars

Latest Release

Version 1.0.0 | Google Play
First stable release of Trianglify
- Updated documents so that Trianglify can be seamlessly integrated anywhere
- Fixed bugs in demo app

For more check complete change log.

Usages and Documentation

For details on usage and documentation of Trianglify, check documentation here.

Credits

Trianglify is inspired from qrohlf's work to generate triangle art, Trianglify

Development of Trianglify wouldn't have been possible without following libraries:

Guidelines for Contributors

If you want to contribute to improve this library, please read our guidelines.

License

Trianglify is licensed under MIT license. View license here.

Source link: https://github.com/sdsmdg/trianglify

Resources

Loadie

Android Loaders for the rest of us.

The concept of loaders in Android is pretty great: a way to do async work in a lifecycle-aware way. Unfortunately, the implementation is pretty bad. Loadie attempts to fix this in several ways.

Utils

OXSwipe

Providing swipe feature for android applications.

Gestures

SingleDateAndTimePicker

You can now select a date and a time with only one widget!

Date & Time Pickers

AndroidModularSample

A sample Android application to demonstrate how to build screens as fully independent modules.

It relies on a Finite State Machine (EasyFlow), to handle screens as states and trigger/consume events. Events allow the application to handle navigation between screens. The global context of the FSM is used to pass arguments as a Bundle. It also shows how to use dependency injection (via Dagger 2 for example) in modules.

This way:

modules are fully independent
modules declare the dependencies they need
modules declare the states they correspond to
modules declare the events that can be triggered
the hosting application sets up the states it uses (i.e., "screens")
the hosting application sets up how to navigation between states (with events)
the hosting application sets up the dependency injection mechanism

Architecture

cache2k

One of the fastest caching libraries for Java. Lots of features for advanced integrations of external systems: (Variable entry) expiry, exception handling with configurable resilience, loaders/writers, events, statistics. Configuration can also be done via XML (optional feature).

Caching