How I went from loving my job to wishing i dont wake up tomorrow just to avoid it.

Ive been a backend dev in the company im at for 2 years now.

First year was a blast, i loved my work so much, I used to get so many random features to do, bug fixes, campaigns, analytics, etc..

Second year i started getting familiar with the part of the code that has to do with Search in our music streaming app. Nobody wanted to work on it, so i wanted to take initiative and start doing a few tasks.

A few tasks turned into sprints, and sprints turned into months worth of sprints. And because the code was the definition of tech debt, and because it was so messed up that changing one thing can blow up everything else, working on Search was not too fun.

However, people seemed to be happy search tasks are no longer piling up and someone is handling them so that used to make me feel good about it. They also gave me so much freedom and i felt like my own manager because no one told me what to do (not even my actual manager) they just let me be and were happy i was handling the part they want nothing to do with. I was also given an intern to mentor and have her work on Search tasks with me which turned out amazing.

During the last few months, I completely rewrote search, made it 10 times more performant in such a neat way, made an inhouse dashboard to automate certain tasks so we wont need to waste developers on them (all of which were extra effort on my own time without being asked), all meanwhile still tending to the fixes of the old implementation.

I felt so accomplished, and in a way, i felt like a lead (even tho im not managing any employees, i had so much freedom and I was literally responsible for everything about Search and if i decide to play with the sprint task order i can even do that).

Then 6 or so weeks ago my manager left the company, and while i thought id be a standalone team / person (single person teams are not uncommon in the company) i was instead put under someone else. Someone who likes to micro manage the fuck out of me. I have been happy working on shit code because it was my baby, my project, no one interferes and no one tells me what to do and everyone would call me the search lead (unofficially). now if i dont report to that guy every two hours he calls to see if im working. preplans sprints i no longer have a say in, and im the only dev who knows the code so all tasks go to me. I feel i got demoted so fucking much. I felt like a lead on a project and now im back to being a normal code minion. From deciding everything about a project to blindly following a some irrelevant manager's opinion. (who btw is making Search worse) And after all the extra effort i put in, after actually caring, after actually embracing Search as my responsibility i get rewarded with losing everything i liked about my job...My Independence. From feeling like a lead to feeling demoted. I am so demotivated.

I love the company, but this is hell for me and this made me hate a job i always loved. I am thinking of talking to the CTO asking to work on other stuff because i no longer want this. If i am to be a code minion at least let it be on code i like, let me go back to dealing with PMs, fuck my new manager I dont wanna work with that guy he can take the project along with all its poopoo.

Having PHP as my most useful skill.

I know various other languages, but they're either too exotic for professional use, or my knowledge about them doesn't have the same depth as with PHP.

People joke about how awful PHP is, and it's not entirely true. The incongruous stuff such as confusing parameter ordering can be fixed with libraries. And PHP7 fixed a lot of the ugly stuff. A good dev can certainly write structured, readable, performant PHP code.

But there is a real hard limit. PHP is missing more complex type definitions present in other languages. A weak type system is like building stuff with popsicle sticks and bits of duct tape, it works fast and perfectly fine for small projects, but the lack of strictness is a problem when you have thousands of classes intertwined in all kinds of complex factory, service and repository patterns. And the simple type hints are still newish and fully optional, which means a lot of people don't use them.

So I regret getting stuck in this self reinforcing loop, where I learn more about a very imperfect language through employment, and keep rolling into jobs using that skill because it's what I'm most experienced with.

I had to open the desktop app to write this because I could never write a rant this long on the app.

This will be a well-informed rebuttal to the "arrays start at 1 in Lua" complaint. If you have ever said or thought that, I guarantee you will learn a lot from this rant and probably enjoy it quite a bit as well.

Just a tiny bit of background information on me: I have a very intimate understanding of Lua and its c API. I have used this language for years and love it dearly.

[START RANT]

"arrays start at 1 in Lua" is factually incorrect because Lua does not have arrays. From their documentation, section 11.1 ("Arrays"), "We implement arrays in Lua simply by indexing tables with integers."

From chapter 2 of the Lua docs, we know there are only 8 types of data in Lua: nil, boolean, number, string, userdata, function, thread, and table

The only unfamiliar thing here might be userdata. "A userdatum offers a raw memory area with no predefined operations in Lua" (section 26.1). Essentially, it's for the API to interact with Lua scripts. The point is, this isn't a fancy term for array.

The misinformation comes from the table type. Let's first explore, at a low level, what an array is. An array, in programming, is a collection of data items all in a line in memory (The OS may not actually put them in a line, but they act as if they are). In most syntaxes, you access an array element similar to:

array[index]

Let's look at c, so we have some solid reference. "array" would be the name of the array, but what it really does is keep track of the starting location in memory of the array. Memory in computers acts like a number. In a very basic sense, the first sector of your RAM is memory location (referred to as an address) 0. "array" would be, for example, address 543745. This is where your data starts. Arrays can only be made up of one type, this is so that each element in that array is EXACTLY the same size. So, this is how indexing an array works. If you know where your array starts, and you know how large each element is, you can find the 6th element by starting at the start of they array and adding 6 times the size of the data in that array.

Tables are incredibly different. The elements of a table are NOT in a line in memory; they're all over the place depending on when you created them (and a lot of other things). Therefore, an array-style index is useless, because you cannot apply the above formula. In the case of a table, you need to perform a lookup: search through all of the elements in the table to find the right one. In Lua, you can do:

a = {1, 5, 9};
a["hello_world"] = "whatever";

a is a table with the length of 4 (the 4th element is "hello_world" with value "whatever"), but a[4] is nil because even though there are 4 items in the table, it looks for something "named" 4, not the 4th element of the table.

This is the difference between indexing and lookups. But you may say,

"Algo! If I do this:

a = {"first", "second", "third"};
print(a[1]);

...then "first" appears in my console!"

Yes, that's correct, in terms of computer science. Lua, because it is a nice language, makes keys in tables optional by automatically giving them an integer value key. This starts at 1. Why? Lets look at that formula for arrays again:

Given array "arr", size of data type "sz", and index "i", find the desired element ("el"):

el = arr + (sz * i)

This NEEDS to start at 0 and not 1 because otherwise, "sz" would always be added to the start address of the array and the first element would ALWAYS be skipped. But in tables, this is not the case, because tables do not have a defined data type size, and this formula is never used. This is why actual arrays are incredibly performant no matter the size, and the larger a table gets, the slower it is.

That felt good to get off my chest. Yes, Lua could start the auto-key at 0, but that might confuse people into thinking tables are arrays... well, I guess there's no avoiding that either way.

Just redid a small work script in Golang to test it out.

Honestly, speed matters little for what it is, the original was in Python.

By heavens Golang is one ugly ass looking language.

I like using it tho, its easy to understand and performant for networking, file io and shit like that.

But man....shit is ugly to look at from a distance.

I do think that most langs look ugly af tho, so shit is allright.

Syntactic whitespace is still shit btw.

So I'm flabbergasted at the current trend of non-native Linux gaming becoming so stable and performant. In these past few months, I've witnessed stability akin to native support on games I had never expected to run well on Linux before.

DXVK had its initial release in January 2018, and so far every single game I've thrown it at has run so well that I forget it's non-native.

With front-ends like Lutris, it's easier than ever to get these non-native titles configured perfectly - to say nothing about what Proton offers for UX.

What will the 2nd year of DXVK bring? Extended Support for Windows 7 ends in one year - and I've never seen such stability and capability from Linux gaming parity.

that one legendary guy who cranks out code and builds insane features. PMs (product management) love him because he builds features in several months which 10 devs together couldn't have built in the same time (so they say), features that are loved by customers as well, become their new standard and that have saved our company's asses in the past.
features are really awesome, performant and have very few bugs (compared to the rest of the software シ).
but this guy seems to live for this job. he also works at weekends, at unholy times of day and night and even in his holidays (he doesn't care that this is actually illegal, in terms of employee's rights, and he wouldn't listen to his superiors, no matter what they tell him)
so far, so good - except that he will probably die of some stroke or something very soon due to this lifestyle.
but it must be an absolute pain in the ass to work with him, as long as you're a developer (or his superior).
he lives in his own world and within the software, his features are also his own world. since the different modules interact with each other, sometimes you would be assigned a bug that might have its cause in some interaction of your and his module. talk with him about it? forget it. he wouldn't answer most devs who contacted him for some reason. ever. fix it in his module yourself? might happen that he just reverts your changes to his module without comments. so some bugs would lie on your desk forever because theoretically you know what would need to be done but if you cannot reach out into HIS world, there's no way to fix it. also - his code might be good in terms of performance and low bug numbers. but it seems to be hard to work on that code for everybody else but him.
furthermore, he is said to be really rude. he is no team player, but works on a software that is worked on by a huge team.
PMs think he's a genius, just a great dev, but they don't understand that other devs need to clean up the mess behind or around him.
everyone who's been his superior so far recommends to get him fired, but the company wouldn't fire him because they don't want to lose his talent. he can just do what he wants. he can even refuse to work on certain things because he thinks they are boring and he is not interested in them. devs seem to hate him, but my boss said, they are probably also a bit jealous because of his talent. i think, he's not wrong. :)
i haven't actually met him so far or was actually "forced" to deal with him, but i've never heard so many contrastive things about one person, the reputation of his, let's say vibrant personality really hurries ahead. he must be a real genius, after all i've heard so far, like he lives in the code. i must say i'm a bit curious but also somewhat afraid of meeting him one day.
do you also have such a guy at your company?

A gigantic codebase of several tens of millions of loc [prolly hundreds of mill's as we don't see all of it] in java EE.

Very complex business logic where bells have their own whistles with their own bells with .... You get it.

Very fine-tuned performance to make app so performant that the only bottleneck becomes the db. The beefiest rds instance becomes too laggy [orm, so sqls are immutable]

Client moves to rewrite the whole thing in PHP. Motivation: lower TTM

:facepalm:

I quite dislike the fact that Python is growing in popularity. It's a fun toy, but the syntax is so fucking annoying after a while. Forced indentation is certainly not my style. Furthermore, Python is generally not extremely performant, even as far as interpreted languages go.

I love python as a language but using it to work (Like... for money...?) seems very outlandish. It feels akin to scratch to me... very bizzare to think it is powering many complex AIs. Python is a toy.

4 months into the journey at an ambitious streaming startup we, a team of 10 engineers (primarily full stack), sets up a tiny and performant express.js api setup.
We document plans for improving the maintainability, including outlining specific practices (not very different from general node best practices) that need to be followed for all new development.

Enter a new engineering manager (dedicated backend manager), henceforth referred to as S, with a rat face and brain that belongs in a rat hole.

Week 1:
S: let's push this new feature out asap
Dev: it'll need a couple of weeks to get done right
S: let's push out a functional version tomorrow, and revamp in the next iteration
Dev: ... (long pause) there's documented practices specifically directing against this
S: can you not do it by tomorrow
Dev: not if it needs to be done right
S: all you need to do is.. (simplifies changes spanning 5 modules into a 3 line summary)
Dev: yes, (outlines how each changes chains into the others, and how to keep the development maintainable for atleast a few months)
S: (interrupts every sentence saying "yes dev, I understand, yes yes")
Dev: could you please tell me how you expect me to connect (outlines two modules that would fail unless developed as standalone services)
S: Yes dev, I understand, yes yes. I don't have much experience with Node.js, so I can't tell you that.

Dev:
<_<
>_>
O_<

Our.. entire.. backend.. stack.. is.. Node. (Months of motivation, cultivated through hard work over late nights, dies inside)

I need a J and some sleep.

Back when I was still in school for comp sci we had an advanced software engineering and design class with c++. At this time, everyone was expected to be proficient enough with cpp to go ahead and properly work with whatever the instructor would throw at us. And pretty much everyone was since past classes included a lot of c++ development. Of course, efficient at least related to academic studies rather than actual real world development.

Our teacher would mix in a lot pf phyisics and mathematics into what we were doing, something that I greatly enjoyed, while at the same time putting real world value concerning cpp best practices to avoid common pitfalls in the development of said language. Since most bugs seemed to be memory based he would be particularly strict about that.

One classmate, good friend and an actual proper developer now a days would ALWAYS forget to free his resources...ALWAYS for whatever fucking reason he would just ignore that shit, regardless of how much the instructor would make a point on it.

At one point during class on a virtual lecture the dude literally addressed a couple of students but when he got to my boy in particular he said: "you are the reason why people are praying to Mozilla and Hoare to release Rust as fast as possible into a suitable alternative to high performant code in C++, WHY won't you pay attention to how you deal with memory management?"

And it stuck with me. I merely a recreational cpp dev, most of my profesional work is done on web development, so I cannot attest to all the additional unsafe code that people encounter in the wild when dealing with cpp on a professional level.

But in terms of them common criticisms of C and C++ for which memory is so important to work with, wouldn't you guys say that it comes more from the side of people just not knowing what they are doing rather than a fault on the language itself?

I see the merits and beauty of Rust, I truly do, it is a fantastic language, with a standardized build system and a lot of good design put into it. But I can't really fathom it being the cpp killer, if anything, the real cpp killers are bad devs that just don't know what they are doing or miss shit.

What do y'all ninjas think?

PouchDB.

It promised full-blown CRDT functionality. So I decided to adopt it.

Disappointment number one: you have to use CouchDB, so your data model is under strict regulations now. Okay.

Disappointment number two: absolutely messed up hack required to restrict users from accessing other users’ data, otherwise you have to store all the user data in single collection. Not the most performant solution.

Disappointment number three: pagination is utter mess. Server-side timestamps are utter mess. ANY server-side logic is utter mess.

Just to set it to work, you need PouchDB itself, websocket adapter (otherwise only three simultaneous syncs), auth adapter (doesn’t work via sockets), which came out fucking large pile of bullshit at the frontend.

Disappointment number four, the final one: auth somehow works but it doesn’t set cookie. I don’t know how to get access.

GitHub user named Wohali, number one CouchDB specialist over there, doesn’t know that either.

It also doesn’t work at Incognito mode, doesn’t work at Firefox at all.

So, if you want to use PouchDB, bear that in mind:
1. CouchDB only
2. No server-side logic
3. Authorization is a mess
4. Error logs are mess too: “ERROR 83929629 broken pipe” means “out of disk space” in Erlang, the CouchDB language.
5. No hosting solutions. No backup solutions, no infrastructure around that at all. You are tied to bare metal VPS and Ansible.
6. Huge pile of bullshit at frontend. Doesn’t work at Incognito mode, doesn’t work at Firefox.

If you've ever tried using Go plugins raise your hand.
If you've ever tried doing plugins in Go, raise your hand.
If you think that the following rant will be interesting, raise your hand.
If you raised your hand, press [Read More]:

This is a tale of pain and sorrow, the sorrow of discovering that what could be a wonderful feature is woefully incomplete, and won't be for a very long time...

Go plugins are a cool feature: dynamically load pre-compiled code, and interact with it in a useful and relatively performant way (e.g. for dynamically extending the capabilities of your program). So far it sounds great, I know right?

Now let me list off some issues (in order of me remembering them):
1. You can't unload them (due to some bs about dlopen), so you need to restart the application...
2. They bundle the stdlib like a regular Go binary, despite the fact that they're meant to be dynamic!
3. #2 wouldn't be so bad if they didn't also require identical versions of all dependencies in both binaries (meaning you'd need to vendor the dependencies, and also hope you are using the right Go version).
4. You need to use -trimpath or everything dies...

All in all, they are broken and no one is rushing to fix it (literally, the Go team said they aren't really supporting it currently...).

So what other options are there for making plugins in Go?

There's the Hashicorp method of using RPC, where you have two separate applications one the plugin, one the plugin server, and they communicate over RPC. I don't like it. Why? Because it feels like a hack, it's not really efficient and it carries a fear of a limitation that I don't like...

Then we come to a somewhat more clever approach: using Lua (or any other scripting language), it's well known, it's what everyone uses (at least in games...). But, it simply is too hard to use, all the Go Lua VMs I could find were simply too hard to set up...

Now we come to the most creative option I've seen yet: WASM. Now you ask "WASM!? But that's a web thing, how are you gonna make that work?" Indeed, my son, it is a web thing, but that doesn't mean I can't use it! Someone made a WASM VM for Go, and the pros are that you can use any WASM supporting language (i.e. any/all of them). Problem inefficient, PITA to use, and also suffers from the same issues that were preventing me from using Lua.

Enter Yaegi, a Go interpreter created by the same guys who made (and named) Traefik. Yes, you heard me right, an INTERPRETER (i.e. like python) so while it's not super performant (and possibly suffering from large inefficiency issues), it's very easy to set up, and it means that my plugins can still be written in Go (yay)! However, don't think this method doesn't have its own issues, there's still the problem of effectively abstracting different types of plugins without requiring too much boilerplate (a hard problem that I'm actively working on, commits coming soon). However, this still feels to be the best option.

As you can see, doing plugins in Go is a very hard problem. In the coming weeks (hopefully), I'm going to (attempt to at least) benchmark all the different options, as well as publish a library that should help make using Yaegi based plugins easier. All of this stuff will go (see what I did there 😉) in a nice blog post that better explains the issues and solutions. But until then I have some coding to do...

Have a good night(/day)!

Can we please stop making everything in javascript? Pretty please?

Like, I get it, js makes it easier to find developers and speeds up development, but writing a compiler to run on node? That doesn't make any sense to me. Typescript is taking ~11s to compile a medium-sized project, out of which ~9s are just type-checking (if I disable type-checking it takes ~2s to compile). Even Rust, which is considered to have a slow compiler (because of the borrow checker I assume) takes less time to compile a project of roughly the same size.

This is getting very irritating. If I want to keep type-checking, every single time I make a change on a single file I have to wait 11s before any tests start running. This was heavily affecting my productivity (and sanity), so I decided to disable type-checking and threw out the window 90% of Typescript's advantages.

Why the hell wasn't typescript written in an actually performant language? Just so you could say that typescript is written in itself? I don't get it, I really don't.

I am a fresher in web development. I have already learnt to use nodejs, react, angular, vanilla js and made many projects. Majority of the work I feel is just CRUD based, sure there are some exciting things but they are only of a small percentage.

All that innovation HAPPENING is just glorified way of making a CRUD APP ONLY.
Oh mvc worked great on server side let's bring it to client side
OH mvc is such a mess, who thought about doing this.
Oh react redux is so revolutionary let's remake our app using it,,
Oh es6 fuck yeah, Babel, webpack sure, now my crud app is super performant.
Oh graphql, motherfucking cutting edge CRUD APP......

I need to know what's next, is there any breaking of this cycle

I started my career almost 20 years ago now.
I had the chance to work in really good environments, and with people trying to be performant. In my first company, the CTO pushed a lot the new/shiny XP method. Then I used the first iterations of Scrum as a Team Leader.
As I became a Service Manager, I found my love in kanban/lean (and my worst nightmare in sigma six).

I crashed startups created with friends and cashed out sometimes.

I also did a lot of "agile consulting", around productivity, product methods, organization (even got certified SaFe, the Agile framework that states" process over people").

When I came back to Europe, I just wanted to get back to the level I was in North America.

I have done a lot of mentoring, but now I lack the motivation (and time) to keep doing it, the way I did. So I stopped.

And now I have to answer the question "do I leave delivery?". Also, it seems that a lot of actual organizations are starting to put the product under " tech top management" ( companies I like at least).
So I wonder, what my next evolution should be...

Should I leave tech delivery to be fully Top-Management...
Do I want to structure/handle/organize the Product Teams...

Covid has given me time to start thinking a lot more about my situation... And it sucks...

Question to all JS Frontend Devs: What light and performant library can you recommend me today?
I'm a C++ dev who is a bit anxious about performance, load times etc. and before I stuck my nose into vanilla js, maybe there is something better/faster. I'm a total frontend noob, e.g. I heard that html tables aren't a thing anymore and that I should use divs?
My task is quite simple, I want to give the users the ability to press some buttons and drag and drop stuff around instead of modifying the URL per hand :/
So if someone could point me in the right direction, that would be awesome!

A developer couldn't get a application performance monitoring (APM) tool to trace his application. They claimed that their libraries and their configurations were alright and that the APM tool was non-performant.

The developer then argues with sysadmin that the APM tool can't trace the application and that there's nothing wrong with the application or the configurations. When sysadmin questions whether the developer got the tool to work anywhere, they say, "No" and head off to make it work at least in one place. They come back saying that it works on their development environment (which is their local machine). Sysadmin claims that the system configurations on the server instances cannot be matched by the development environment and there could be a lot more factors to be considered for the problem. The sysadmin asks to prove it on a server instance on one of the test environments and then they'd agree that it is a problem with the tool. They also argue that this is not the only application that uses the APM tool and the tool happily traces other applications with no issues.

The developer tries the same configuration on a staging instance and fails. In order to make it work, they silently uninstall the existing version of the APM tool and then compiles an unstable branch of the tool. It finally works with this version.

They go back to the sysadmin and show that it works on the staging environment, but does not on production. After banging their head on the wall for a while, the sysadmin figure that the tool had been swapped out for the unstable branch that was manually compiled. When questioned, the developer responds, "It works with this version on staging, so deploy the same version on production"

WTF? You don't deploy an unstable branch to production. Just because you can't make it work on the stable branch doesn't mean that it is the problem with the tool itself. There's a big difference between a stable branch and a non-stable branch. How would you feel if the sysadmin retorted by asking you to deploy the staging branch of your application to production?

Engineering manager and I have a chat last Friday about some working performant code that needs to be refactored for future reusability. Not my favorite stuff but ok, let’s do it. We talk about things VERBALLY, one way of doing it, then another way. She’s in a rush to her next meeting and has to go. I feel very clear on what she wants and how it needs to happen.

After the call I do some thinking and I give her the estimate and brief her my plan. I tell her exactly the way it’s going to be done. She says do it and gives me her sign off.

I submit my MR today. And then she says why I didn’t do it another way. A more generalized way. And “the way we talked about.”

And I ask her if she can explain her way bc there is obviously some misunderstanding. And she proceeds to zero in on some functions I wrote and say how they are not generalized enough and how it’s basically the same as what we had before (but it’s actually a much different design). I patiently listen and at some point she abruptly says she’s out of time and needs to go to a meeting. I say I still don’t understand what she wants. Then she says that she will implement it bc I still don’t understand and she has no more time to explain. I feel pretty bad.

I suggest next time she can show me on zoom whiteboard, just anything visual and not auditory to make sure things are clear and we are on the same page.

She concludes that management has directed us to come to the office more so I need to come in so we can do in person white-boarding.

This whole thing feels unnecessary. We’ve never had this issue before. It seems like either some intentional plot to get me to come into the office more often or terrible communication skills and a lack of priority on my managers part. Like can you just white board your ideas for 5 minutes?!?! There are many tools to do this digitally!

The thing is I still don’t know where the communication gap is bc I still don’t know what she wants. Keep in mind all this fuss is over three cards of text on a webpage.

This is my first job in industry. How do managers normally communicate engineering ideas? And what are the best ways over zoom? And in person?

I noticed here there is not a culture of whiteboarding or pair programming.

It’s on the days like these I question what I’m doing here…

Random thoughts on more out of the box tools/environments.

Subject: Pharo

Some time ago I had shown one of my coworkers about Pharo and he quickly got the main idea behind it but mentioned how he didn't like the idea of leaving behind his text editor to deal with source code.

Some time last week I showed the dude some cool 3d animations you can do with Pharo while simultaneously manipulating the code to change them in real time. Now that caught his attention particularly and he decided he wanted to know more about the language but in particular the benefits of fucking around with an image based environment rather than a file based.

Both of us reached the conclusion that image based makes file based dev enviroments seem quaint in comparison, but estimated that it was nothing more than a sentiment rather than a fact.

We then considered what could be the advantage/disadvantages of such environments but I couldn't come up with anything other than the system not having something like Vim or VS Code or whatever which people love, but that it makes up for it with some of the craziest IDE tools I had ever seen. Plugins in this case act like source code repos that you can download and activate into your workflow in what feels something similar to VS Code being extended via plugins written in JS, and since the GUI is maleable as it is(because everything is basically just subsets of morp h windows) then extending functionality becomes so intuitive that its funny

Whereas with Emacs(for example) you have to really grind your gears with Elisp or Vimscript in Vim etc etc, with Pharo your plugin system is basicall you just adding classes that will convert your OS looking IDE into something else.

Because of how light the vm machine is, portability is a non issue, and passing pharo programs arround is not like installing Java in which you need the JVM.

Source code versioning, very important, already integrated into every live environment and can be extended to do pushes through simple key bindings with no hassle.

I dunno, I just feel that the tool is too good to be true. I keep trying to push limits into it but thus far I have found: data visualization and image modeling to work fine, web development with Teapot to be a cakewalk and work fine, therr are even packages for Arduino development.

I think its biggest con would be the image based system, but would really need to look into how this is bad by any reason other than "aww man I want vim!" since apparently some psychos already made Emacs and VS code packages for interfacing with Pharo source trees.

Embedded is certainly out of the question for any real project since its garbage collected and not the most performant cookie in the jar.

For Data science I can see some future, seems just as intuitive and interesting as a Jupyter Notebook actually, but the process can't and will not be the same since I still don't know of a way to save playground snippets unless you literally create classes for it, in which case every model you build gets saved inside of an object, sounds possible but, strange since it is not a the most common workflow in jupyter.

Some of the environment is sometimes glitchy, but it does have continuos development and have not found many hassles.

There is a biased factor from my side: I seem to be wired to understand the syntax and simple object model better than in other languages. To me this feels natural as if I was just writing ideas rather than code, mostly because I feel that there really ain't much in terms of syntax, the language gets out of my way and the IDE feels like the most intuitive environment in the world to me. I can see why some people would find it REALLY weird of counterintuitive tho.

Guess I really am a simple dude.

ScalaJs React compiles Scala to React.js.
There's some cool typing involved but I haven't done web front-end since nested tables were meta, so there's lots to learn.

There's exactly one senior dev at my company who is fluent in this ScalaReact, so I tag him in the PR for my project. Every day at 10:00 am, slack publicly posts a reminder with @mention that he hasn't reviewed my PR.

Three days later I haven't heard anything so I send a DM over slack asking for feedback... No response.

Four days after the PR I beg for 10 minutes of pairing time, because something in my component hierarchy smells funny. He doesn't have time for me until 5:00 .

I've now built almost a weeks worth of work on the original PR and the feedback I get is 'this works, is performant, and has no obvious bugs, but you can't merge it until you restructure the underlying component hierarchy'

It takes me and another senior dev an entire day of pairing to implement the changes without breaking anything. But, I asked for the feedback because I wanted to learn and write good clean code so I'm irritated but willing to move on.

Yesterday I posted in slack that I was having a hard time following my callback chains to find where the color was assigned to a <td (because I had to add a coloring rule). I wanted to know if I could change the type signature of a component from Tagmod (one or more HTML tags) to VdomTagOf[TableCell] so that it would be clear where the color was assigned.

Instead of just telling me 'no' and giving some context, the react dev gives me:

"Why would a dev need to know about the type unless they’re actually trying to use the thing ? Those are all great questions, but id suggest trying not to prematurely optimize for those until they actually come up"

I flipped my shit. After you couldn't make time for me for a WEEK I had to justify to the CEO why I was spending a day on PURE refactors to accommodate your PREFERENCES. Meanwhile when I'm being VULNERABLE and exposing that I am confused and struggling to complete my task you DISMISS my concerns and attack my motivations.

Unfortunately, this is all happening in the public slack channels and I start defending readability and my premise while triggered. Now I'm riding the shame train for fighting in public slack and trying to pretend none of this ever happened.

Any good programming language with great generics support that is not dynamic ?

Rust generics sucks so much I puked 2 times.

Tried with swift and it looks great.

Golang doesn’t have them.
Java sucks.

Maybe I try julia if someone say it’s cool.

I want to implement some 2d vector algebra and simple physics engine.

I started by creating generic 2d vector and trying to create dot product from it.

I didn’t wanted to do it in swift but wasted 2 days trying to do it in rust vs 1 hour in swift including 49 minutes of installing swift tools.

Anyway anyone know performant language with good generics support, let me know in comments.

One of our dev team had the task to do a bulk operation for thousands of objects.
So time passes by and they implemented it. But in acceptance testing they found out that this operation takes 4 minutes for 50 objects. This is not what we call high performant when we talk about 20000 objects per bulk operation 🤔

Well, their PO asked them to solve that performance issue. And guess what, they decided on their own that the issue can be solved to reduce the bulk to 20 items so that it only takes 2 mins to run!

Really guys, is that the best you can come up with?! 😲🤬

!rant

Go's tuple-style returns. ❤️

What's an exception? I don't even know what those are anymore. 😄

I've started using this pattern in JavaScript / TypeScript too.

also... supabase anyone? ❤️

I have this theory that (most of) tech people (software engineers, developers, devops, etc) are very ok with a working regular smartphone as opposed to non-tech people.

I'm talking like, money not being an issue, we are cool with a Xiaomi or OPPO, etc. As other people feel the need to go for the latest and more expensive iPhone or Samsung.

So, WDYT?

PS: I'm still rocking my Xiaomi Mi A1, it's still performant for what I need it.