Oh boy, here we go (inhales):

Agile isn't that bad. People just believe they are more productive if they are "heads down" and not held accountable for what they write/do.

Functional programming isn't that great and doesn't solve all of the world's problems; it just pushes the issues with state to other parts of your design, and doesn't scale well in deeply nested solutions.

IDEs with proper code support (i.e. automatic structure analysis, autocomplete, etc.) are one of the best ways to deal with a large codebase that needs refactoring. Doing widescale refactors without one is asking for trouble. If you believe you don't need it, either your codebase is just that small (which is fine) or playing with fire.

Much of the advice out there on architecture and tooling isn't properly contextualized on the codebase, market, and team situation. If you believe you have the One True Architecture Solution, you are naive. (Ex. Microservices, large complex code pipelines, monorepos, etc.) Be especially wary of anything from FAANG engineering blogs unless you are also in another letter of FAANG.

There. Got it out of my system. Have fun dissecting it.

JS is horse shit. Instead of trying to improve it or using that high level scripting language as a compilation target (wtf?!), we should deprecate it entirely and put all efforts into web assembly.

Designing good UX can be as difficult as writing good code.

Source: Im UI/UX designer and project manager and also QA/QC and also devops and also write the specs and documentation. The only thing I dont do is write the code, DB schema and architecture . The hardest of all those roles is UX. The easiest is project management ("Did anything go tits-up today? No? Well carry on, then ")

Biases: I have no formal training in any of those things and was actually hired as a helpdesk tech.

JavaScript isn't bad. Sure it has its quirks, but it's not as bad as everyone makes it sound it is

I actually like C.

MATLAB is an okay programming language when used in the right context. It’s intended for scientific applications, so trying to do your standard object oriented programming with it gets weird. I think we forget that some things were made for a specific purpose- you know, a hammer can’t do everything and all that.

If white space carries any function that the compiler/interpreter needs to know about like structure or scope, it's probably not a very good programming language.

My hot take: Vi, make and C would have gone the way of COBOL a long time ago if it wasn't for a lot of programmers thinking "my tools are more difficult to use, hence I'm a better programmer".

Most technology, programming languages and frameworks feel just the same, in a professional environment. Majority of web and apps is so simple that literally anything will do. Simple api consumption, simple database crud stuff. The tech stack doesn't matter that much.

Not everyone can or even should learn programming.

Not sure about here but is was a hot take on reddit:
Pointers are not that hard and really useful

PHP aint all that bad

I really love the project structure of C++. I know that it is an archaic design developed like this due to lack of resources, but I find packages extremely offputting.

The first reason is that splitting declaration and implementation across files makes it easier to figure out what something does.

Second reason is that I feel that I have more control over libraries and packages that have to be manually added to a project rather than using a package manager.

Third, I feel like modern languages iterate over too many versions too fast. C++ has version releases too, but I feel that versioning is handled better from time, compatibility and stability point of view.

Python is legitimately the best language by far for the vast majority of non-performance critical tasks, and most tasks that need to be developed for are not performance critical.

SQL is the core language that everyone should be required to learn first and foremost.

When writing software that will be deployed to a production environment, it's better to slow down and take the time needed to write a higher quality, more durable solution than to rush and quickly kick a product out the door.

I don't know why this is a hot take, but sometimes it feels like it is.

Python is stupid. Using non printable characters as anything other than token separation is just asking for trouble.

Assembly is fun because it makes you feel like a wizard, even if you're bad and it's not an efficient way to code. Everyone should try it once.

Carbon? Just what we were all hoping for, yet another programming language from Google. They can keep it.

Most frameworks are garbage and most programmers that use them have no idea how they work and that makes them shitty programmers. I hate when people use frameworks without even knowing why they’re using them.

GNU make is confusing as hell and shouldn't be used in today's world.

If programmers stick to what they know and not try to solve every problem at hand with the latest thing/programming language they've learned then there would be fewer bugs and projects would end by the estimated dates.

I am bad at coding and it is a skill that I do not think everyone can achieve to a professional level, thus telling people to "learn to code" is similar to telling them to "just hustle", "hit the bricks and hand out resumes", and other flippant stories that mean you stop having to think about poverty.

That said, I do believe the narrative actually was true for some people at some time. Maybe in the 90s and early 2000s if you were able to cobble together a computer from bits your university was throwing out and you had internet access, you could punch well above your weight. But that certainly was never true for everyone.

(I like to be optimistic about people's ability to learn things, mostly hampered by access, time, and lack of interest, but I went to a boilermaker's course recently to learn how to weld and none of those kids were going to learn how to code even if they were interested, whatever their other skills were.)

TDD is overrated. Code coverage is extremely overrated. Both of these tend to lead to a morass of tests that prove the compiler works at its most basic level while simultaneously generating a surplus of smugness about the whole situation.

Tests have their place. Tests can be, and often are, valuable. But the easier the test is to write, the easier it would've been to just encode it into the type system to begin with.

Duplicate code can be a code smell, but it's far better to have the same function definition or code block appear twice in the code than extracting a function that tightly couples two components that should not be coupled at all.

See Write Everything Twice (WET) principle.

SCRUM is good, actually

Here's another: most code reviews on larger companies are BS, just for show and nitpicking.

🌶️🥵Many people consume Facebook meta company's tech stack wholesale, don't know how to actually traditionally program their way out of a paper bag, and web dev and devops caused a massive layoff (250k people) at the end of 2022, start of 2023 because it was all vaporware. They consume the same software in droves if the other guy uses it.

There is an entire subculture around it that is just a bunch of medium.com writers, YouTubers and twitter handles just trying to get the clicks for their ad money. Some of these guys have never written valid software or done anything noteworthy. If you meet them head on you'd find they have enormous egos and can't find a counter argument when presented with reason.

I'll even add on that there are many programmers who don't know how to code outside a web app.

Why is something like [react, graphql, react ssr, devops, tailwind, unit tests, containers] vaporware?

• there are other frameworks even with component libraries that are easier to read the code for large codebases, better maintained, and have cohesive full stack solutions, and even faster to develop in, to name one quasarJS or even just plain ecmascript
• if you look at the anatomy of these enterprises using these solutions they've evolved to have micro front ends requiring armies of workers.
• devops is a sales term, the actual implementation of it is so contextual that you'd probably find you don't need a full time job for it half the time and most are relatively easy to setup inside of a business quarter
• not everything is Facebook scale: unless you're padding your resume why did some of these get adopted? How complicated does your app need to be? Did you really need to transpile JavaScript for it?
• unit tests were code to test your code that you're going to have to functionally test anyways: you're telling me that you have to write your code...twice? How the hell did this ever get justified to mangers? Why did the culture not evolve into literal automated smoke tests of the actual builds, instead of testing whether a function that is probably type annotated is going to fire anyways???
• docker/containers suck ass: great that they solved a problem but created a whole new one. we moved to python and JS which were JIT without artifacts and suddenly everything needs a generalized build system to run it. C lang variants and Rust lang compile to a binary you can just run... Ship the small ass binary not an entire container to run your shitty web app

You know the stuff I don't hear about?

• Javascript and Python were steps in the evolution but never the end goal. I'd even say the same of java. There are new solutions but JavaScript in the browser especially should be replaced.
• eye appeal is buy appeal
• that eye appeal shouldn't always mean you need to use a library or framework; vanilla apps work okay too.
• binaries/artifacts/installer packages > containers
• automated testing of the actual end product
• well written logging to the point someone can tell what the application was doing without seeing code
• using all these compsci algorithms to actually write new products and searches from scratch instead of being a framework baby: do you actually need ELK or Splunk for your search? Really?
• you probably don't need MySQL for a lot of projects, I bet you an async library with sqlite would be the same for many of these projects.
• small teams with feature rich apps using SSR, the value of an SSR web app
• the value of a SPA
• the value of traditional desktop software and not using REST APIs

That the entire industry is cyclical and the current trends are yesterday's anarcisms. Oop Vs functional, separating concerns Vs vertical slices, there's examples all over the place.

All of this has happened before and all of this will happen again.