That's only the language, I strongly recommend using dedicated VS Code extension that supports graphical tools
VS code extension: <a href="https://marketplace.visualstudio.com/items?itemName=verum.dezyne" rel="nofollow">https://marketplace.visualstudio.com/items?itemName=verum.de...</a>
Verum Dezyne binary: <a href="https://verum.com/download/" rel="nofollow">https://verum.com/download/</a>
It's a bit confusing but Dezyne - language, command-line version. Verum Dezyne - same + graphical tools<p>If you need a working example, you can find a simple Cmake/C++ implementation:
<a href="https://forum.verum.com/t/automatic-lights-a-complex-system-with-one-button-deployment/1104" rel="nofollow">https://forum.verum.com/t/automatic-lights-a-complex-system-...</a><p>If you are stubborn enough you can model even the smallest detail of logic in Dezyne and then use single lines of C++ hand-written code to manipulate IOs:
<a href="https://bitbucket.org/j0ran/alarmsystem/src/alarmsystem-no-modelling-events/" rel="nofollow">https://bitbucket.org/j0ran/alarmsystem/src/alarmsystem-no-m...</a>
Can anyone proficient with this kind of language comment on how useful it is compared to a more vanilla imperative language? It seems like it's designed for control systems, which is largely about correctly implementing large state machines. Are there problems that are incredibly difficult to manage without a language like dezyne? Outside of control and state machines, are there other domains it excels in?