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Quartex Media Desktop, new compiler and general progress

September 11, 2019 Leave a comment Go to comments

It’s been a few weeks since my last update on the project. The reason I dont blog that often about Quartex Media Desktop (QTXMD), is because the official user-group has grown to 2000+ members. So it’s easier for me to post developer updates directly to the audience rather than writing articles about it.

desktop_01

Quartex Media Desktop ~ a complete environment that runs on every device

If you haven’t bothered digging into the project, let me try to sum it up for you quickly.

Quick recap on Quartex Media Desktop

To understand what makes this project special, first consider the relationship between Microsoft Windows and a desktop program. The operating system, be it Windows, Linux or OSX – provides an infrastructure that makes complex applications possible. The operating-system offers functions and services that programs can rely on.

The most obvious being:

  • A filesystem and the ability to save and load data
  • A windowing toolkit so programs can be displayed and have a UI
  • A message system so programs can communicate with the OS
  • A service stack that takes care of background tasks
  • Authorization and identity management (security)

I have just described what the Quartex Media Desktop is all about. The goal is simple:

to provide for JavaScript what Windows and OS X provides for ordinary programs.

Just stop and think about this. Every “web application” you have ever seen, have all lacked these fundamental features. Sure you have libraries that gives you a windowing environment for Javascript, like Embarcadero Sencha; but im talking about something a bit more elaborate. Creating windows and buttons is easy, but what about ownership? A runtime environment has to keep track of the resources a program allocates, and make sure that security applies at every step.

Target audience and purpose

Take a second and think about how many services you use that have a web interface. In your house you probably have a router, and all routers can be administered via the browser. Sadly, most routers operate with a crude design and that leaves much to be desired.

router

Router interfaces for web are typically very limited and plain looking. Imagine what NetGear could do with Quartex Media Desktop instead

If you like to watch movies you probably have a Plex or Kodi system running somewhere in your house; perhaps you access that directly via your TV – or via a modern media system like Playstation 4 or XBox one. Both Plex and Kodi have web-based interfaces.

Netflix is now omnipresent and have practically become an institution in it’s own right. Netflix is often installed as an app – but the app is just a thin wrapper around a web-interface. That way they dont have to code apps for every possible device and OS out there.

If you commute via train in Scandinavia, chances are you buy tickets on a kiosk booth. Most of these booths run embedded software and the interface is again web based. That way they can update the whole interface without manually installing new software on each device.

plex-desktop-movies-1024x659

Plex is a much loved system. It is based on a mix of web and native technologies

These are just examples of web based interfaces you might know and use; devices that leverage web technology. As a developer, wouldn’t it be cool if there was a system that could be forked, adapted and provide advanced functionality out of the box?

Just imagine a cheap Jensen router with a Quartex Media Desktop interface! It could provide a proper UI interface with applications that run in a windowing environment. They could disable ordinary desktop functionality and run their single application in kiosk mode. Taking full advantage of the underlying functionality without loss of security.

And the same is true for you. If you have a great idea for a web based application, you can fork the system, adjust it to suit your needs – and deploy a cutting edge cloud system in days rather than months!

New compiler?

Up until recently I used Smart Mobile Studio. But since I have left that company, the matter became somewhat pressing. I mean, QTXMD is an open-source system and cant really rely on third-party intellectual property. Eventually I fired up Delphi, forked the latest  DWScript, and used that to roll a new command-line compiler.

desktop_02

Web technology has reached a level of performance that rivals native applications. You can pretty much retire Photoshop in favour of web based applications these days

But with a new compiler I also need a new RTL. Thankfully I have been coding away on the new RTL for over a year, but there is still a lot of work to do. I essentially have to implement the same functionality from scratch.

There will be more info on the new compiler / codegen when its production ready.

Progress

If I was to list all the work I have done since my last post, this article would be a small book. But to sum up the good stuff:

  • Authentication has been moved into it’s own service
  • The core (the main server) now delegates login messages to said service
  • We no longer rely on the Smart Pascal filesystem drivers, but use the raw node.js functions instead  (faster)
  • The desktop now use the Smart Theme engine. This means that we can style the desktop to whatever we like. The OS4 theme that was hardcoded will be moved into its own proper theme-file. This means the user can select between OS4, iOS, Android and Ubuntu styling. Creating your own theme-files is also possible. The Smart theme-engine will be replaced by a more elaborate system in QTX later
  • Ragnarok (the message api) messages now supports routing. If a routing structure is provided,  the core will relay the message to the process in question (providing security allows said routing for the user)
  • The desktop now checks for .info files when listing a directory. If a file is accompanied by an .info file, the icon is extracted and shown for that file
  • Most of the service layer now relies on the QTX RTL files. We still have some dependencies on the Smart Pascal RTL, but we are making good progress on QTX. Eventually  the whole system will have no dependencies outside QTX – and can thus be compiled without any financial obligations.
  • QTX has it’s own node.js classes, including server and client base-classes
  • Http(s) client and server classes are added to QTX
  • Websocket and WebSocket-Secure are added to QTX
  • TQTXHybridServer unifies http and websocket. Meaning that this server type can handle both orinary http requests – but also websocket connections on the same network socket. This is highly efficient for websocket based services
  • UDP classes for node.js are implemented, both client and server
  • Zero-Config classes are now added. This is used by the core for service discovery. Meaning that the child services hosted on another machine will automatically locate the core without knowing the IP. This is very important for machine clustering (optional, you can define a clear IP in the core preferences file)
  • Fixed a bug where the scrollbars would corrupt widget states
  • Added API functions for setting the scrollbars from hosted applications (so applications can tell the desktop that it needs scrollbar, and set the values)
  • .. and much, much more

I will keep you all posted about the progress — the core (the fundamental system) is set for release in december – so time is of the essence! Im allocating more or less all my free time to this, and it will be ready to rock around xmas.

When the core is out, I can focus solely on the applications. Everything from Notepad to Calculator needs to be there, and more importantly — the developer tools. The CloudForge IDE for developers is set for 2020. With that in place you can write applications for iOS, Android, Windows, OS X and Linux directly from Quartex Media Desktop. Nothing to install, you just need a modern browser and a QTX account.

The system is brilliant for small teams and companies. They can setup their own instance, communicate directly via the server (text chat and video chat is scheduled) and work on their products in concert.

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