It has been difficult to avoid the fuss being made about the “new” Linux support in Delphi. It’s almost as if they didn’t have a Linux offering more than 15 years ago. I refer of course to Kylix, which failed in no small part due to the quality and the cost of the tool, for a platform where “free” was the more usual expectation and open source means being able to fix your own tools instead of waiting for the vendor to deign to offer a maintenance release. So what better chance does a Delphi with Linux support stand this time around ? Let’s see…
A few years ago (2011 to be precise) someone asked a question on StackOverflow about support for anonymous classes in Delphi. The reason for the question was that the poster was trying to use Delphi to develop for Android and on that platform the widespread use of callback interfaces makes anonymous classes highly desirable.
In my previous post I provided a simple example of how to use Retrofit to define, create and use a REST API client. Even in that simple example the issue of how to deal with different responses to a request came up. That is, where the response we receive does not conform to the strongly typed response we expected (or hoped for). Here’s how we deal with that, in a strongly typed way.
I’ve recently been working on a new project involving an Azure hosted ASP.NET MVC WebApi application (actually a pair of them) and native mobile and web applications. Everything is – of course – built using Oxygene. For the Android mobile app I was looking for a REST API client library and have settled upon Retrofit and thought I would share the experience.
Yesterday I initially posted that you couldn’t mix Unified Syntax with “traditional” interface and implementation sections. Or what I am now calling Segregated Syntax. As sometimes happens, shortly after writing what I thought I knew to be true I discovered it wasn’t ! Sorry about that. 🙂 I promised to illustrate the scenario where I found it both possible and useful, and here it is.
In the periodic table of the elements, at #9 we find Fluorine. Curiously though the name “Fluorine” is not used (that I am aware of) anywhere in the Elements 9.0 release which dropped this week. But there is plenty of interest in this release, aside from Period Table curios.
Not really a “Pascal” issue, but an important one never-the-less and one that for some curious reason is not receiving any significant coverage: Windows 10 deletes your OneDrive files (in the cloud).
This is a quick follow up post to further tease some of the exciting developments in the world of RemObjects Elements. Yesterday I posted about implementing a Windows version of my trivially simple RandomNumber application. Today, I present another Windows version. But this one doesn’t use .NET.
This final post in the mini-series re-creating a random number app for OS X, Android and .NET has taken a while not because it’s complicated but because I’ve been distracted by a far more significant cross-platform project and some significant and exciting developments in the world of Fire and Elements. More on that later First, let’s get this .NET app out of the way.
Something made me check the post I published yesterday and it’s a good job I did because I found that WordPress had severely truncated it (perhaps something to do with the update to 4.5.1 that I did later on ?). In any event, that previous post has now been restored (fortunately the previous revision in the WordPress history was still more or less complete), so if you thought it had cut short rather abruptly, you weren’t wrong, and the full post is now available as intended.