We introduced .NET Core 1.0 on November 2014. The goal with .NET Core was to take the learning from our experience building, shipping and servicing .NET Framework over the previous 12 years and build a better product. Some examples of these improvements are side-by-side installations (you can install a new version and not worry about breaking existing apps), self-contained applications (applications can embed .NET, so .NET does not need to be on the computer), not being a component of the Windows operating system (.NET ships new releases independent of the OS schedule) and many more. On top of this, we made .NET Core open source and cross platform. was primarily focused on high performance web and microservices.addedmore APIs and components like Razor Pages and SignalR, making it easier to port web applications to .NET Core. And now .NET Core 3. embraces the desktop by adding WinForms, WPF and Entity Framework 6 making it possible to port desktop applications to .NET Core. After .NET Core 3.0 we will not port any more features from .NET Framework. If you are a Web Forms developer and want to build a new application on .NET Core, we would recommend Blazor which provides the closest programming model. If you are a remoting or WCF Server developer and want to build a new application on .NET Core, we would recommend either ASP.NET CoreWeb APIs or , which provides cross platform and cross programming language contract based RPCs). If you are a Windows Workflow developer there is an open source port of Workflow to .NET Core. With the.NET Core 3.0 release in September 2019 we think that all *new* .NET applications should be based on .NET Core. The primary application typesfrom .NET Framework are supported, and where we did not port something over there is a recommended modern replacement. All future investment in .NET will be in .NET Core. This includes: Runtime,JIT, AOT,GC, BCL (Base Class Library), C#, VB.NET, F#, ASP.NET, Entity Framework, ML.NET, WinForms, WPF and...
Smartphones have revolutionized the way we do business at a faster rate than we anticipated. Be it booking a travel ticket or arranging accommodation, ordering food or buying groceries and paying bills, mobile applications help us do the task conveniently and efficiently. Subsequently, the popularity of mobile apps is increasing at a swift pace. With the number of smartphone users expected to reach 2.5 billion by 2019, the usage of mobile apps is sure to skyrocket in the coming years too. As per a market research study, the app economy will be worth 6.3 trillion by 2021. On the other hand, having a mobile app has become more or less a necessity for businesses these days. It facilitates brand building, increases awareness, improves customer engagement, promotes revenue growth, just to name a few of its benefits. To put in a nutshell, having an app opens up new opportunities for business growth. However, most of us lack awareness above the efforts that are needed to convert an app concept into pixels on a screen. The mobile app development process is not a walk in the park. It requires a thoughtful and step-by-step approach in order to reap the desired benefits. If you are contemplating building a mobile app, here is a comprehensive guide on the topic. To make it easier for you to understand, we have broken down the entire app development process into six key steps backed by rich visuals and an app development infographic. 6 Key Stages of Mobile App Development Process Be it any mobile app development project, dividing the work into steps makes the process less...
With the growing popularity of React and the rise of native mobile app development (and PWA ), it’s not surprising that React-Native is getting more adoption in the community every day.Much like React itself, React Native encourages you to build your UI using isolated components. Component libraries and UI toolkits help you save time and build your applications faster, using a pre-made set of components.After reviewing useful React and Vue components libraries, and on popular demand, here is a list of useful (maintained) React-native UI libraries to get you started. Feel free to comment and add your own suggestions!You can combine React UI libraries with Bit ** to easily share and reuse components between apps. Discover and organize components to build faster with your team, and keep them synced across projects. Give it a try. Component Discovery and Collaboration · Bit 1. NativeBase At 10k stars and over 1k forks NativeBase is a widely popular UI component library providing dozens of cross-platform components for React native. When using NativeBase, you can use any native third-party libraries out of the box and the project itself comes with a rich ecosystem around it, from useful starter-kits to customizable theme templates . Here’s a nice starter kit. GeekyAnts/NativeBase 2. React Native Elements At over 12k stars react-native-elements is a highly customizable cross-platform UI toolkit built entirely in Javascript. The library’s authors state that “ The idea with React Native Elements is more about component structure than actual design, meaning less boilerplate in setting up certain elements but full control over their design” , which should make it appealing for both new developers...
The Laravel team released 8.16 last week with an artisan command to take you directly to a database CLI, an excellent progress bar convenience method, and a new Ably broadcaster implementation. This release was jam-packed with awesome new features, so let’s check out the latest changes in the 8.x branch: With Progress Bar Convenience Method Taylor Otwell contributed the withProgressBar() convenience method you can use in console commands. Here’s what you might do to create a progress bar straight from the docs: With this convenience method, it could look like this: Call Silently Taylor Otwell contributed a callSilently() method which is an alias to callSilent in the CallsCommands trait. You might find that this reads more clearly: Release Unique Job Locks Before Processing Paras Malhotra contributed the ability to release unique job locks before the job processes. The new interface is useful for scenarios where a race condition could exist between job completion and unlocking. To learn more, I’d suggest checking out Pull Request #35255 to the framework and the documentation pull request. Ably Broadcaster Taylor Otwell contributed an AblyBroadcaster for broadcasting real-time, live-updating user interfaces. Developers can now pick from Pusher, Redis, and Ably for real-time communication needs. For a refresher, check out the Broadcasting documentation on how you can get started broadcasting in your Laravel projects. Support Delaying Notifications Per Channel Gergő D. Nagy contributed the ability to delay notification delivery on a per-channel basis instead of one overall delay. Defining delays per channel is useful if you need to delay the same notification differently for email, database, SMS, etc., notifications. You may now optionally call delay()...
What are the different types of mobile apps? Before you go hunting for mobile app development companies, it’s good to have some basic understanding of the various mobile apps and its types, so as to be clear about your app requirements. Native apps The coding methodology used for native apps is such that these types of apps become platform-specific. A native iOS app developed will work on only iOS platform and the vice-versa is also true. The app developers use some specific tools and languages to develop a native mobile app that is supported only by the respective operating system. A native app is normally much faster and has more features as compared to the other two. You should opt for these kinds of apps only if you need to make use of the lightening processing speed in your app or a large chunk of your targeted users are using a specific Operating system. PWAs PWAs or Progressive Web Apps are web applications that give a mobile-like experience to the user. No requirement of storage space on the device, SEO friendliness, low cost, speed of development and versatility to work with various screen sizes and devices are the benefits that have made PWAs popular. PWAs are ideal for businesses looking to provide a similar experience to their users across multiple devices at an economical cost. Hybrid apps These apps are platform-independent and they work well on both iOS as well as Android platforms. They provide versatility to the app as a hybrid app can be easily accessible across many platforms and operating systems. If you want to reach the...
Hey there! Welcome to my short crash course on deploying your NodeJS app to a DigitalOcean VPS using Docker and NGINX Introduction and comparision to Heroku If you’ve wanted to deploy your web apps easily, you would have come across something called Heroku. Heroku is a PaaS, or Platform as a Service, that allows you to deploy your apps without worrying about servers, scaling, load balancing, maintenance or any of that jazz. It does have a free tier, which is nice to get started with, but once you have some sort of revenue from your app, it’s time for you to upgrade Why upgrade? The Heroku free tier has something called sleeping apps. Sleeping apps will “sleep”, i.e. shut down after 30 minutes of inactivity, i.e. 30 minutes of nobody visiting your website. After it sleeps, it takes a good 15-30 seconds to start back up, and this is REALLY BAD for an API. Because of your API sleeping, it can cause the performance of the apps who use your API to suffer, making them move to other APIs. If you only want to remove the sleeping apps thing, it would cost you $7 a month, PER APP. Your app will get 512MB of ram. If we compare this pricing to something like DigitalOcean, you can see that we get a 1GB ram instance for just $5 a month. I’m using DigitalOcean because I have a bit of the free credit left 😛 Creating and setting up a droplet Let’s create a DigitalOcean Droplet. A droplet is DigitalOcean’s way of saying VPS, or Virtual Private Server. A VPS is...
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