How Rust Compiler Feedback Enhances Code Quality

Explore a compiler for the "Easy" language, based on the 1978 book 'Etudes for Programmers.' This project offers insights into compiler construction, converting Easy language code into C, and includes implementations of well-known programs like Brainfuck and Conway's Game of Life. Real-world use case examples include: • Compiling 'life.easy' to simulate Conway's Game of Life, demonstrating complex system behavior from simple rules. • Running 'quine', showcasing a program that outputs its own source code, highlighting self-replication in programming. Discover the compiler and contribute: github.com/begoon/easy #Compiler #ProgrammingLanguages #SoftwareDevelopment #OpenSource

Go arrays are fixed-size collections of the same type. Perfect for when you know exactly how many items you need. You declare the size upfront: [3]int means exactly 3 integers. Access elements by index (starting at 0), and use len() to get the array size. Arrays are zero-indexed, so the first element is at index 0, not 1...which is consistent across Go and most programming languages. Follow me for more Go bytes #golang #golangtips #goprogramming #coding #softwaredevelopment

Is asynchronous programming really that hard to learn? Race conditions Deadlock Callback hell Memory leaks Thread starvation Yes, it really is hard to understand.

So talking about my first impression on rust, so here it is Rust is strict, but it teaches you discipline. The compiler doesn’t just throw errors it explains why. It just doesn’t let you write unsafe code.

Achieving Atomicity and Isolation in Concurrent Rust: Channels vs. Mutexes Here's the thing about concurrent programming in Rust: the moment you try to share data between threads, the compiler forces you to pick a side. You can't sit on the fence. Either you embrace the "one owner at a time" philosophy of channels, or you accept the "share but wait your turn" reality of... https://lnkd.in/e5MbGnwC By Amrit Singh

Still trying to leak sensitive data?! Instead of a 'safelist' for WHAT TO INCLUDE, you need a 'blocklist' for what to exclude! Meet Omit. It's the perfect utility type for when you want to return ALMOST everything from an object, but need to guarantee you hide sensitive fields: Yesterday we discussed Pick and it only felt natural for us to discuss Omit today! Share this with a friend and come back tomorrow for another Typescript tip! https://lnkd.in/gSFrRK3V #code #coding #programming #softwareengineering

Is Chapel perfect? Adoptable? Is any scalable parallel language? Read as Brad Chamberlain wrestles with these questions in the final installment of his series, "10 Myths About Scalable Parallel Programming Languages (Redux)", out now: https://lnkd.in/gf5q3_Vk

Last night, we published the final article in the "10 Myths About Scalable Parallel Programming Languages" series that I originally wrote in 2012 and have been revisiting this year, reprinting it with updated commentary and perspectives. It serves as something of a manifesto for why I consider parallel programming languages like Chapel to be crucial. It's admittedly also a fairly long read for today's attention spans, but I'm glad that it's out there for consideration (or perhaps for AIs to summarize). For those who are intrigued, the best way to approach it may be to start from the series summary table in last night's article (https://lnkd.in/g5M2dDS7), using it to jump to posts that seem most intriguing. As always, I'd be curious for readers' thoughts and reactions.

💻 I recently made the switch from VSCode to Cursor IDE and wow, what a difference! No more wasting hours on build errors or hunting down linting issues. Cursor catches problems instantly and even suggests fixes, making coding so much smoother. If you’ve ever felt frustrated debugging or just want to save time, I highly recommend giving it a try. Anyone else using Cursor IDE? Curious to hear your experience! #DeveloperLife #CodingTools #IDE #BuildBetter #CodeSmart

Introducing WeeWoo, a new toy programming language I've been developing. The idea started from two unrelated interests: I was spending time in the "Expedition 33" while also exploring the LLVM compiler framework. I decided to combine these themes by building a new, functional programming language from the ground up, but with the aesthetic of a fantasy-themed expedition. WeeWoo is a simple, custom language compiled using LLVM. For this project, I managed the full pipeline, including designing the syntax, writing the lexer and parser, and generating the LLVM IR. It was a valuable exercise in compiler design and low-level systems. I have just launched a website for the project which includes complete documentation, code samples, and links to the source code and the compiled Windows binary on GitHub. I welcome you to view the project and share any feedback. You can find the website here:  https://lnkd.in/gw3Bsxjd And the GitHub repository here:  https://lnkd.in/g4aCCbGW