With the release of Backendless 5.1.0 we introduced a new feature called Landing Pages. With this feature you can easily create a web presence for your app. There are templates for both pre-launch and released apps. Once you provide information about the app, which includes app description, list of features, some screenshots, customer quotes and contact information, Backendless will generate a beautiful web page with design adaptable for mobile and desktop browsing. The web page can also be accessible through the custom domain feature. Check out the video below for an overview and a demo of the feature:
For more information about the Landing Page feature, see the Developer documentation at:
With the introduction of the real-time database, Backendless is a great platform for developing games, especially multi-user ones. In this series of posts, I will be showing to you how to build a game for iOS with Swift using Backendless. For a quick overview of the game in action, please watch the video below:
An example we will build a trip planner skill, albeit a trivialized version of it, which will gather from the user the departure date, the departure and arrival cities. The collected information can be used to search available fares, hotels and make any other necessary arrangements.
What You Will Need
We did it! There is a new SDK in the Backendless family of libraries, please welcome the SDK for Amazon Alexa! Let’s get a few basic questions out of the way first:
Q: Can I build a custom Amazon Alexa skill without Amazon Lambda?
A: Yes, you can definitely do it by running your custom skill implementation in Backendless.
Q: What is the simplest way to build a custom Alexa skill?
A: Great question! Read the announcement below:
Backendless SDK for iOS has received several improvements which increased the portability of our code. As a result, the same library you use for the iOS apps can also be used in tvOS and watchOS apps. All the functionality available in our SDK is available in these two environment, this includes real-time database and real-time messaging. The Backendless APIs are the same as for iOS when using them in tvOS and watchOS apps. Below is a video with a demo of a tvOS app which shows the real-time database in action. The source code of the application demonstrated in the video is available at:
This is a very exciting improvement for the SDK as it opens up new opportunities for the developers who look to expand their reach to different types of Apple devices.
Today we will talk about how to monitor client’s Real-Time Connections in your Angular application. This tutorial continues the guide on how to build Angular apps with Backendless. It is recommended to check out the previous article in this series before you continue for the reason that we will use the application from the previous post as the starting point for this tutorial. Alternatively, if you just want to start working with the it right away, just download the source code from this GitHub commit.
In many cases we want to see how many application users are online or offline, for example, it might be useful in a chat application. For the demo purposes, in our application we will add a simple counter for count all connected clients. As we explore adding that functionality, you will meet with Backendless Business Logic, Backendless Counters, Codeless and keep discovering Real-Time features:
Since Backendless does not have native APIs to download files, today we’ll talk about how to implement this function in your Android application. In order to do that, we’ll need to combine Backendless file listing API and android.app.DownloadManager. There are several alternatives to this approach, but the selected one requires less code to write and has a well-thought structure.
Once a developer uploads files to the Backendless Files system, each file gets a public URL which can either be obtained using the Backendless Console or calculated using the following URL scheme:
Great news, guys! Backendless 5 is now released and it’s time to show you some new features we’ve been working on. In this article we will talk about how to integrate the Backendless Real-Time Database into your Angular application. Meanwhile, you can check out the previous version of our Angular app in this post. In case you haven’t read the post and don’t have that app yet, please review the previous article, because we will use that application as a starting point for this tutorial. Or, if you just want to start working with the it right away, just download the source code from this GitHub commit.
Images displayed in your app often may be responsible for the bandwidth consumed by the device, which has a direct impact on the performance, battery level and the amount of memory which the app allocates. As a result, optimizing images can often bring noticeable performance improvements for your app: the fewer bytes it needs to download, the smaller impact is on the client’s bandwidth and the faster app will download and render content on the screen.
Let’s imagine you have an app where you store pictures to show them to your app’s users. But what happens if the resolution of these images is high and they are taking a lot of space? Download of these files is time-consuming and, as a result, it slows down your app making the user experience substandard.
A recommended approach is to create image thumbnails with lower resolutions relative to the original one. These thumbnails can be used to preview the image in the application.
The thumbnails can be generated using Backendless API Services (the Business Logic section). If you are not familiar with how to create your own API Service, please check the How to generate a QR code with Backendless API Service post, which describes the process of API service creation in greater detail.
In this article, we will focus on the task of generating thumbnail images with different resolutions.
With the release of version 5 of Backendless and introduction of the real-time capabilities the dynamics of the client-server integration will be changing. The real-time functionality should result in a significant reduction of the API calls an application makes. To further reflect the value associated with each pricing plan in Backendless Cloud, we introduced several changes: