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What, precisely, do we mean by native app development? What is a native user experience or native developer experience? What are the pros of native app development? Why has Native Windows development come storming back on center stage and become such a hot topic? We want to briefly talk about native app development and explain why you should get in with the In Crowd. What is a native app? Native applications are not only defined by the look and feel or fonts. Yes, if you follow these UI guidelines, it looks great and smooth. But if your app is running on Windows, it should behave like other native Windows applications, and if it is another platform, for example Android, it should behave like Android apps. The app needs to look visually cultivated it also needs to keep up with the users’ expectations of how it should behave and contain certain core functionality. It is a problem if it does not behave like the other apps, doesn’t comply with widely established system behaviors, or does not give the performance they need. Native apps are not just about look and feel, they need to be an all-round, first-class good citizen of the operating system environment.  Native user interface controls achieve compliance and help meet the users’ expectations because they follow the system and behave as it should be, largely by allowing the operating system to enable their functionality with minimal additional code on top. For instance, in our case, standard Win32 UI controls, like how they react to clicks and animations and how the shadows and fonts behave when there is a window resizing. We need this because users have subconscious anticipations – “muscle memory” – from the application. If it resizes and animates differently, you risk losing a star in an online review or, perhaps worse, having your application uninstalled and your reputation permanently dented which in turns creates a barrier to the adoption and success of any future applications you might develop. What other benefits are there to using native components in our applications? Now let’s see another side of native applications. Except for these UI/UX, native applications also utilize system functions and hardware technologies present on the target system or device. Native applications can access this hardware directly, which gives much higher performance than apps which use layers of abstraction and support code to achieve similar but inferior functionality. To really create native applications for Windows, your selected development tool should allow you to utilize the system-defined UI controls and libraries. For instance, Delphi with the Visual Component Library (VCL) is the easiest and most stable platform with maximum native power for Windows desktop app development. What is native app development? Now you know the meaning and benefits of native applications. The development process of native applications starts with selecting the proper framework or library. More than two decades ago, there was not much abstraction, variety, or choice of code libraries because the standard operating system APIs were basic and easy to work with them directly. This is no longer the case. Currently, we have Visual Component Library, FireMonkey, Universal Windows Platform, Window Forms, and others. These frameworks and libraries are handy because they have implemented layers of abstraction but making the right choice means picking ones which have a light touch without […]

Today is an exciting and dynamic time to be a developer. Technology advances seem to have accelerated and, with this, our software projects seem to paradoxically expand and shrink simultaneously. They expand because more devices and environments are becoming available to them. They shrink because we tend to use the same tools for developing all variants of our work. Past developers could have a single-minded focus on a particular environment or toolset. In contrast, today’s developers have to consider so many things before starting their Windows 10 App Development journey. So, let us discuss some of the crucial points along that voyage of development. What is the history of your IDE/Framework? Knowing about history is important because historical mistakes, missteps, and abject failures might repeat themselves. As a developer, we invest a lot of resources, both physical and emotional, in a project. If fundamental tools like programming language, IDE, or frameworks drastically change overnight, we must rebuild, almost from scratch, wasting almost all our investment. This repeated rebuilding can – and mostly likely will – increase costs for our clients too, and they won’t be happy either. Delphi has a great history in this regard. Upgrading older projects to newer ones is so straightforward that we can do it in no time. In less than a week, in my work, we recently upgraded a 2003 Windows (VCL) version project to 2022 multiplatform (FMX) project. Our customer was happy and surprised too. Unfortunately, most other tools do not follow the same policy, resulting a tragic graveyard of abandoned projects. If this is growth, then what is a disaster? It is wise to search for the backward compatibility history of a tool before devoting yourself to it. What sort of longevity does the tool provide? What stability does it give when moving from one version of the tool to another in terms of compatibility? It’s important to ask these questions, because if a company abandoned backward compatibility in the past, it would also happen with you in the future, and then it will be too late. Also, if your IDE has no history, ask yourself, is it wise to invest in it heavily? Nobody wants to be the pathfinder, the early adopter who is sacrificed to ensure those who come along later benefit from their trials and tribulations. Why does compilation speed matter? A finished software project is a compilation of hundreds or thousands of iterations of build, test, debug cycles. Pascal, in general, and Delphi, in particular, are famous for high-speed compilation. The specific structure of a Pascal program and multilevel optimizations applied by Delphi gives RAD studio an extreme edge in compilation speed and executable production process. For example, in one typical test, Delphi compiled one million lines of code in under 5 seconds. This super-fast compilation speed can be your friend in hard times of late-night iterative debugging and the seemingly common deadline congestions of a product release date. How to distinguish between Low-Code hype and the real thing? Like all new jargon, many companies misuse NoCode/LowCode words in the software industry. Fortunately, it is easy to distinguish between real and over-hyped tools. Every tool geared toward novice users and non-programmers is a lousy option. Ultimately, you have to write code to push things to their limits or customize […]

Email seems so old now when considering all the messaging options available. It is old, 50+ years old! It’s been the lifeblood of many business processes and is still as important today as it ever was. AWS has a plethora of great services, but they can be a little challenging for Windows app development. With that in mind, the next release of Appercept AWS SDK for Delphi 11.0 includes support for Amazon Simple Email Service (SES). Amazon SES is a reliable, scalable, and cost-effective email service and can be used for marketing campaigns, notifying users, or transactional emails. Let’s see how we can send a simple email… program SendEmail; {$APPTYPE CONSOLE} implementation uses AWS.SESV2; var Client: ISESV2Client; Destination: ISESV2Destination; EmailMessage: ISESV2Message; Request: ISESV2SendEmailRequest; Response: ISESV2SendEmailResponse; begin Destination := TSESV2Destination.Create; Destination.AddToAddress(‘world@example.com’); EmailMessage := TSESV2Message.Create(‘Announcing…’); EmailMessage.Body.Text := ‘Hello, World!’; Request := TSESV2SendEmailRequest.Create; Request.FromEmailAddress := ‘sender@example.com’; Request.Destination := Destination; Request.Content.Simple := EmailMessage; Client := TSESV2Client.Create; Client.SendEmail(Request); end. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 program SendEmail;   {$APPTYPE CONSOLE}   implementation   uses   AWS.SESV2;   var   Client: ISESV2Client;   Destination: ISESV2Destination;   EmailMessage: ISESV2Message;   Request: ISESV2SendEmailRequest;   Response: ISESV2SendEmailResponse;   begin   Destination := TSESV2Destination.Create;     EmailMessage := TSESV2Message.Create(‘Announcing…’);   EmailMessage.Body.Text := ‘Hello, World!’;     Request := TSESV2SendEmailRequest.Create;   Request.Destination := Destination;   Request.Content.Simple := EmailMessage;     Client := TSESV2Client.Create;   Client.SendEmail(Request); end. This is just the start. Why not start your next email marketing campaign with Amazon SES with tools written in Delphi? Or, seamlessly integrate email into your existing business applications built in Delphi? Appercept AWS SDK for Delphi is available exclusively with active Enterprise or Architect subscriptions for Embarcadero Delphi or RAD Studio. You can install the SDK through the GetIt Package Manager within Delphi or RAD Studio if you have an active subscription.

Using InterBase and Delphi, Bulgarian software company Bonev Soft (BSoft) has made financial management and tax payments painless for the country’s industry leaders for over 20 years. BSoft’s flagship software, AJUR®, is an integrated management system for Windows very popular with government and non-government organizations in Bulgaria and around the world, across a number of vertical industries – from manufacturing and financial services through to power generation. More than 5,000 BSoft customers use AJUR to provide financial reports to tax authorities and various other stakeholders, and closely manage their supply chains. Among them are many of Bulgaria’s industry leaders. The View From The Tap Case Study explores how BSoft solved its scaling and efficiency challenges using a highly effective combination of Delphi and InterBase. Read The Case Study

Windows 11 marks a visual evolution of the Windows operating system. As Windows moves forward, customers set a higher bar for desktop applications and massive demand for Windows app development. These customer expectations can be: Good performance on the low-cost app Native app user experience Complete matching with the latest design principles Support for modern window features like window snaps Support for shell integration or other native features support Easy to distribute on Microsoft Store Easy access to Windows App SDK or any other native libraries Great applications always meet these requirements.  Embarcadero Delphi Are you taking the right steps to build visually appealing modern Windows 11 Apps? While there are dozens of different technologies to build Windows applications, only a few of them offers all these capabilities built-in. For instance, Microsoft offers tools to make modern Windows apps with all the recent updates and features. But there is one more leading technology that has been thriving in Windows desktop development for more than 27 years now by providing the latest and freshest features and a unique graphical user interface development platform. It is Embarcadero Delphi! Since the beginning of Delphi with its Visual Component Library, it has been thriving in the Windows desktop app development industry. It offers hundreds of visual and non-visual components to build apps 5x or 10x faster than other GUI development tools. Delphi Cross-Platform Native App Development Are you using the latest Common Controls for Windows app development? Windows 11 brings beautiful UI innovations. By using new standard controls, you get the benefits of compatibility and accessibility for free. With Delphi and Visual Component Library, you can efficiently utilize modern controls. There are dozens of styles to quickly turn your futuristic UI to Windows 11 UI or even something unique. 2D & 3D Game Development with Delphi Why should you select Delphi for Windows app development? Delphi and its RAD Studio IDE profoundly improve developer productivity and product time-to-market. Not only that, developing one codebase to reach every desktop and mobile platform streamlines successive escapes and product maintenance. Delphi with Visual Component Library and FireMonkey framework gives you the best environment to quickly build any application, not only for Windows app development but also for cross-platform to Macs, iPhones, iPads, Linux computers and more.  WPF with the .NET framework offers small teams native entry to Windows applications and solid IDE but struggles to match Delphi’s productivity, IP security, and performance. Also, when you compare Electron, it gives a free alternative to Delphi and WPF and cross-platform capability like Delphi. Still, when it comes to productivity and security, it misses Delphi. Find out which is the best technology for Desktop Platform Moreover, according to that research paper, Delphi’s build time is better than Electron and WPF .NET for database connectivity. Besides, there is a clear indication that Delphi’s FireDAC database engine and network tools abstract layers of operations better than NodeJS, reducing developer effort and opportunities for error. Figure 2 – Delphi, WPF, and Electron comparison Are you using the best UI framework for Windows 11 Development? Compared to Microsoft’s technology stack, like C# WPF, or UWP, going with Delphi FireMonkey is one of the most reliable ones. It is not that they are unreliable, but they have a different approach to building the blocks and […]