#codegenerators — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #codegenerators, aggregated by home.social.
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#Agentic #Lowcode development is here 🤯🤩
Start creating reliable software with agents combining #lowcode and #deterministic #codegenerators with #flexible #AI coding.
And much #cheaper!
https://www.linkedin.com/posts/ai-besser-modeldrivenengineering-share-7476233715304599552-c62C/
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@dimi Copilot is a code generator tool that provides high-quality generated code that makes it easier for developers to create applications faster and with fewer headaches. #CodeGenerators #GitHub #DevelopmentTools
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@nixCraft Yeah, I lived through the #CASE (Computer Aided Software Engineering) craze of the 80s and 90. Supposedly, according to my software engineering prof, we'd never have to write a line of code ever again. But the code that the generators spit out from the fancy #UML diagrams was incomprehensible and unmaintainable. Often buggy, too. #AI #CodeGenerators will be just a rehash of that.
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@nixCraft Yeah, I lived through the #CASE (Computer Aided Software Engineering) craze of the 80s and 90. Supposedly, according to my software engineering prof, we'd never have to write a line of code ever again. But the code that the generators spit out from the fancy #UML diagrams was incomprehensible and unmaintainable. Often buggy, too. #AI #CodeGenerators will be just a rehash of that.
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@Tedspence @mos_8502
If I understand #CodeGenerators correctly (good chance I don’t), this is similar to what we called #Macros in #C-LISP. Those would be parameterized codes of arbitrary complexity that would substitute new code for the inline macro at either compile time or (less often) at run time. It was a useful way of optimizing the application of patterns depending on the operating environment. Also made code easier to read. -
@Tedspence @mos_8502
If I understand #CodeGenerators correctly (good chance I don’t), this is similar to what we called #Macros in #C-LISP. Those would be parameterized codes of arbitrary complexity that would substitute new code for the inline macro at either compile time or (less often) at run time. It was a useful way of optimizing the application of patterns depending on the operating environment. Also made code easier to read.