crowdbotics-apps / white-sky-31303

This react_native application was built with Crowdbotics www.crowdbotics.com

white_sky_31303

Welcome to your new Crowdbotics app.

What is Crowdbotics?

Crowdbotics is an easy way to build software applications of all kinds. You can build production, high-caliber software applications in minutes, rather than weeks or months, even if you're not a software developer.

The reason this works is that most software applications and features we want to build are similar to applications that have been built before. We've crawled hundreds of thousands of public code repositories to teach the Crowdbotics engine how to create software.

As a result, Crowdbotics can generate new applications automatically in a standardized way.

Useful Links

App Dashboard · Knowledgebase · Developer Training · Forum · Tech Support

Table of Contents

1. Project Description
2. Project Structure
3. Modules
4. Getting Started: Frontend
   • Installation
   • Running with Fastlane
     • Android
     • iOS
     • React Native Web
5. Getting Started: Backend
6. License

Project Description

This react_native application was built with Crowdbotics www.crowdbotics.com

Project Structure

.
├── ...
├── android                 # Android native files
├── backend                 # Django backend REST API
├── ios                     # iOS native files
├── modules                 # Modules
├── public                  
├── screens                 
├── store                   # Application state storage
├── ...
├── README.md
└── ...

Modules (THIS SECTION IS AUTO-GENERATED, PLEASE DO NOT EDIT)

This section will show any installed modules you add from the Storyboard Modules section.

Getting started: Frontend

This section outlines instructions on setting up a local development environment for the frontend of your application.

Installation

Metro

After cloning the repo, install the dependencies locally with Yarn:

yarn install

Start your Metro server:

npx react-native start

Android

npx react-native run-android

iOS

pod install --repo-update --project-directory=ios
npx react-native run-ios

Setup react-native-vector-icons

Follow instructions at their README.md

Running with Fastlane

Fastlane makes testing, building, and deploying apps easier.

Install fastlane globally (npm i -g fastlane or yarn i -g fastlane). Android and iOS dependencies are the same as React Native CLI.

All fastlane commands are run from the platform directory. For example, Android commands must be run from android/. Fastlane should be executed using bundle exec to ensure dependencies are managed correctly.

The commands for Android and iOS are the same:

• Run tests: bundle exec fastlane tests
• Local build: bundle exec fastlane build
• Build and upload a beta (requires signing): bundle exec fastlane beta
• Build or promote a release: bundle exec fastlane deploy

Android

Publish an Android app you must first create an app in the Play Console and manually upload an APK. After the first upload run bundle exec fastlane supply init from android/ to sync with the Play store. All future releases will be uploaded automatically.

Android uses tracks. A beta release will build the app and upload to the beta track. Deploying will promote from beta to production.

iOS

CB developers must follow fastlane's codesigning guide for using match. Match will automatically sign iOS builds.

New CB developers should get access to the codesigning repo and run bundle exec fastlane match development from ios/.

Not a CB developer? Create an Apple developer and follow the instructions on codesigning guide to setup your certificates.

React Native Web

It is to build and deploy your app as web platform which run on browser

Please follow the steps

• please run yarn web-build
• the web_build folder is generated and copied to backend/ automatically. please commit/push the web_build folder to git

License

The use of code in this repository is governed by Crowdbotics Terms and Conditions.

Created with ❤️ by Crowdbotics

white-sky-31303's Issues

Item Availability

This feature tracks and displays if an item is available for purchase or not. Usually, this type of feature is used in ecommerce apps. It typically contains a piece of information in a text format.

Forms

This feature allows a user to create, update, or delete a form in the app. A form can typically be used for collecting information, such as feedback, or to allow other users to register for email subscriptions, or as point of contact for other information via email. A form is generally composed of one or many text input fields and a submit button, and these fields can be customized to suit the appropriate branding. The input fields can be used to capture the email address of the user, the subject line, and the body of the submission. The text area can further be expanded to create a rich text editor.

User Stories

As a post author, I would like to capture feedback from incoming readers to be able to contact them for business inquiries after they provide their contact details and message.

Basic Design

This feature gives the app a templated layout that includes a basic logo and color changes.

Basic Workflows

This feature supports simple apps that do not require a large amount of complicated logic or advanced algorithms.

QR Code Scanner

This feature allows a user to scan QR codes within the app. It uses the built-in camera from the device to scan the QR codes and retrieve the data encoded. Information encoded often includes web addresses, geographical coordinates, etc.

Control User Roles and Permissions

This feature allows an administrator to specify what controls a user can see on the mobile device depending on their roles and responsibilities.

Search

This feature displays results based on the query provided by the user. The result is often based on the data sets based in the app.

User Stories

As an app user, I would like to enter a search query and see results drawn from data stored within the app.

Barcodes Scanner

This feature allows a user to scan barcodes within the app. It uses the built-in camera from the device to scan the barcodes and retrieve the data encoded. Information encoded often includes web addresses, geographical coordinates, and small pieces of text, in addition to commercial product codes.

RFID

This feature is used to identify RFID transmissions automatically to track tags attached to objects. An RFID system consists of a tiny radio transponder, a radio receiver and transmitter. When triggered by an electromagnetic interrogation pulse from a nearby RFID reader device, the tag transmits digital data, usually an identifying inventory number, back to the reader. This number can be used to track inventory goods.