Search Results for "example"

Open VirtualXposed, click on the drawer button at the bottom of the home page (or long click the screen), add your desired APP and Xposed Module to VirtualXposed’s virtual environment. Note, all operations (installation of Xposed Module, APP) must be done in VirtualXposed, otherwise the Xposed Module installed won’t take effect. For example, if you install the YouTube app on your system (Your phone’s original system, not in VirtualXposed), and then install YouTube AdAway (A YouTube Xposed Module) in VirtualXposed; or you install YouTube in VirtualXposed, and install YouTube AdAway on the original system, or both of them are installed on the original system, neither of these three cases will work! ...

...This SDK included the Firebase SDK for Google Analytics. Now, to use Analytics or any Firebase product that recommends the use of Analytics, you need to explicitly add the Analytics dependency. Example folder contains an example app to demonstrate how to use this package. Please test your PRs with this example app before submitting them. In the notifications options, you must provide a channel id with channelId: "your-channel-id", if the channel doesn't exist the notification might not be triggered. Once the channel is created, the channel cannot be updated. ...

...Charts are rendered cleanly and are visually engaging. Visualizing your data exactly how you want is so much easier with MPAndroidChart. To see more great examples of MPAndroidChart, download the MPAndroidChart Example App on Google Play.

Japanese hiragana keyboard for Android. It' shaped like a circle and you write by swiping towards choices. It's fast but it's not a complete Japanese keyboard. More of a proof of concept. Also a good example code if you want to make your own unconventional keyboard for Android.

...It provides a generalized adapter pattern that streamlines view binding and recycling so developers can focus on data-to-view mapping rather than repetitive holder setup and switch statements. A key strength is support for multiple item view types, making it easier to build heterogeneous lists (for example, headers, content rows, and ads) without fragile conditional logic scattered across the codebase. The library typically uses a fluent or structured API to register item delegates and bind layouts consistently, which improves readability in large UI modules. It’s useful in legacy ListView projects as well as RecyclerView-based apps where teams want a consistent, shared approach to adapters across screens.

android-cube-app is a demonstration and reference application built on top of the cube-sdk framework, showcasing how its components can be combined to create a fully functional Android app. It serves as both a learning resource and a practical example for developers who want to understand how to structure applications using cube-sdk modules. The project includes implementations of UI components, networking layers, and data handling patterns that illustrate best practices in Android development. It demonstrates how different modules within the Cube ecosystem interact, providing a clear blueprint for building scalable and maintainable applications. ...

This project was designed for a reserach conducted in the area of mobile science inqiury using ontologies. This mobile web application 'ThinknLearn' uses ontology-based scaffolding to implement NCEA level 1science standard curriculum example as an experimental context. In this application, ontologies are designed using Protege 4.0 while Jena API and Pellet reasoner are used in the technical architecture of this application for extracting relevant information according to the requirements.

The goal of the project is to create an example of Java ME based application for SMS message encryption. This aplication is only of academic interest and is not suitable for real safe SMS encryption.

Software that assists in the care of motorcycles storing data for maintenance, example: exchange of oil, candle, brakes, filters, fluids, etc... Since also in fuel consumption. To be used in mobile phones.

We will create a complete MPEG4 part 14/Quicktime parser in Java, add a full working example in J2ME and then port the whole thing to C#.