- #Youtube lyft app tutorial drivers#
- #Youtube lyft app tutorial driver#
- #Youtube lyft app tutorial full#
Implementation group: '', name: 'jackson-databind', version: '2.9.2' Implementation group: '', name: 'jackson-annotations', version: '2.9.2' Implementation group: '', name: 'jackson-core', version: '2.9.2' Implementation group: 'com.pubnub', name: 'pubnub-gson', version: '4.12.0' Implementation 'nl.psdcompany:duo-navigation-drawer:2.0.8' Implementation 'de.hdodenhof:circleimageview:2.2.0' Implementation '-android:DrawRouteMaps:1.0.0'
Implementation ':play-services-maps:12.0.1' Implementation ':constraint-layout:1.1.3'ĪndroidTestImplementation ':runner:1.0.2'ĪndroidTestImplementation '.espresso:espresso-core:3.0.2' Add the following gradle dependencies, if not already present, in your app adle: implementation ':appcompat-v7:27.1.1'
In terms of development, we will be using Android Studio with Google Play Services enabled. Include your Google Maps API key in AndroidManifest.xml. You can obtain your keys from the Credentials tab (Create credentials -> API key), and along with your PubNub keys, store them in the Constants.java file.
#Youtube lyft app tutorial driver#
Note: you will need to enable billing on your account in order for the Directions API to work (which will power the routes between driver and passenger). After creating a new project, enable the Google Maps Android SDK API and the Directions API from the API manager (Menu->APIs & Services->Enable APIs and Services). You will also need to create a Google Cloud Platform account to use the Google Maps APIs, which will power a large portion of the app. You’ll need to obtain your API keys to enable Pub/Sub Messaging. To get set up, create a PubNub account and start with a new app.
#Youtube lyft app tutorial drivers#
Our UX is designed around a basic Android app that puts drivers and passengers onto a shared network, or channel, allows them to book a driver, and draws an optimal route between the location of the nearest pair in real time. This skeleton will allow us to build out the features of the app and ultimately tie it together to build our own on-demand ridesharing app. We will look into the passenger’s user experience first.
In this case, we’ve got two personas: the customer who is requesting the service (passenger), and the service provider who is fulfilling it (driver). Let’s begin by planning what the customer journey will look like for users of our app.
#Youtube lyft app tutorial full#
The full GitHub repo for this project is available here. We’ll build an Uber/Lyft clone, including UI/UX, ride-hailing and dispatch, real-time mapping, chat, and push notifications for instant alerts. In this tutorial, we’ll focus on the ridesharing use case. From live mapping, to chat, to alerts and notifications, to payments, seamless real-time connectivity is key to delivering the interactive and efficient on-demand experience users expect. To learn more about the on-demand economy, read this great overview of the on-demand economy, sharing economy, and gig economy.Ī common technological theme across all these on-demand applications is real-time communication. This business model lives across a massive number of applications today: rideshare apps (Uber, Lyft and Grab), food and general delivery (Postmates and Instacart), gig economy services (TaskRabbit and Gigwalk), freelancing (Freelancer and Upwork), courier services, education (Udemy), emerging self-driving car networks, and online rental systems (Airbnb).
On-demand services rely on communicating data in real time and matching supply and demand optimally.
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