Pinned Repositories
Algorithms-and-datastructures
android_guides
Extensive Open-Source Guides for Android Developers
AndroidElementals
Collection if libraries starred during some years of Android Development. Here is the definitely list of android Open-Source libraries
appium-boilerplate
Boilerplate project to run WebdriverIO tests with Appium to test native applications on iOS and Android
AWS-Amplify
canvas-android
Canvas Android apps
cli
React Native command line tools
demo
devopsdemo
firestore-chat
p3420a1's Repositories
p3420a1/Algorithms-and-datastructures
p3420a1/android_guides
Extensive Open-Source Guides for Android Developers
p3420a1/AndroidElementals
Collection if libraries starred during some years of Android Development. Here is the definitely list of android Open-Source libraries
p3420a1/appium-boilerplate
Boilerplate project to run WebdriverIO tests with Appium to test native applications on iOS and Android
p3420a1/AWS-Amplify
p3420a1/canvas-android
Canvas Android apps
p3420a1/cli
React Native command line tools
p3420a1/demo
p3420a1/devopsdemo
p3420a1/firestore-chat
p3420a1/hello-github-actions
p3420a1/ignite
Infinite Red's cutting edge React Native project boilerplate, along with a CLI, component/model generators, and more!
p3420a1/Machine-Learning-Specialization
Project work and Assignments for Machine learning specialization course on Coursera by University of washington
p3420a1/mattermost-mobile
Next generation iOS and Android apps for Mattermost in React Native
p3420a1/Movies
p3420a1/my-pwa
p3420a1/react-native-config
Bring some 12 factor love to your mobile apps!
p3420a1/rnAppium
React Native Testing With Appium
p3420a1/Sogeti-MasterThesis-CrossPlatformMobileDevelopment
Mobility is becoming increasingly important for many companies. The markets for mobile applications have been growing tremendously the last decade. It is therefore of great interest to reduce the costs of development and maintenance of mobile applications. When developing native applications for multiple platforms some parts of the code will likely implement the same functionality. This functionality is then implemented in different programming languages, for different platforms. Functionalities that are typically the same on all platforms are network communication, data parsing and business logic. These functionalities can account for a large part of the code when developing large and complex applications. This code duplication could be avoided if common functionality could be extracted from the applications and put in a shared base. The aim of this project is to investigate possible solutions to the problem of code duplication in the case of a specific business application, developed for iOS and Android. It consists of a mobile client which performs some transformation of data acquired from a business system and presents it in the native UIs. This thesis first discusses the requirements, constraints and delimitations which are inferred from the application type and the company wishing to apply cross-platform development. It also maps existing cross-platform development methods for this type of application and investigates to which extent the different cross-platform development methods fulfill the requirements. Finally the most suitable method is used in a practical context. The objectives of this project are to provide the company with a recommendation of a method as well as a prototype proving the concept of this method. This project is delimited to only investigating possible solutions for mobile business applications with native UIs. The conclusion of the project is that native C++ is the most suitable method for this type of application. It fulfills all requirements, but further research is needed regarding performance. Key Words: Cross-Platform Development, Android, Native, iOS, Xamarin, Titanium, NDK
p3420a1/Tasks
p3420a1/test
p3420a1/Todo
p3420a1/ud839_Miwok
p3420a1/ud851-Exercises
p3420a1/Udacity