Its Friday, you all know what that means! ... Its results day for practiseSafeHex's most incompetent co-worker!!!

*audience: wwwwwwooooooooo!!!!*

We've had a bewildering array of candidates, lets remind ourselves:

- a psychopath that genuinely scared me a little
- a CEO I would take pleasure seeing in pain
- a pothead who mistook me for his drug dealer
- an unbelievable idiot
- an arrogant idiot obsessed with strings

Tough competition, but there can be only one ... *drum roll* ... the winner is ... none of them!

*audience: GASP!*
*audience member: what?*
*audience member: no way!*
*audience member: your fucking kidding me!*

Sir calm down! this is a day time show, no need for that ... let me explain, there is a winner ... but we've kept him till last and for a good reason

*audience: ooooohhhhh*

You see our final contestant and ultimate winner of this series is our good old friend "C", taking the letters of each of our previous contestants, that spells TRAGIC which is the only word to explain C.

*audience: laughs*

Oh I assure you its no laughing matter. C was with us for 6 whole months ... 6 excruciatingly painful months.

Backstory:

We needed someone with frontend, backend and experience with IoT devices, or raspberry PI's. We didn't think we'd get it all, but in walked an interviewee with web development experience, a tiny bit of Angular and his masters project was building a robot device that would change LED's depending on your facial expressions. PERFECT!!!

... oh to have a time machine

Working with C:

- He never actually did the tutorials I first set him on for Node.js and Angular 2+ because they were "too boring". I didn't find this out until some time later.

- The first project I had him work on was a small dashboard and backend, but he decided to use Angular 1 and a different database than what we were using because "for me, these are easier".

- He called that project done without testing / deploying it in the cloud, despite that being part of the ticket, because he didn't know how. Rather than tell or ask anyone ... he just didn't do it and moved on.

- As part of his first tech review I had to explain to him why he should be using if / else, rather than just if's.

- Despite his past experience building server applications and dashboards (4 years!), he never heard of a websocket, and it took a considerable amount of time to explain.

- When he used a node module to open a server socket, he sat staring at me like a deer caught in headlights completely unaware of how to use / test it was working. I again had to explain it and ultimately test it for him with a command line client.

- He didn't understand the need to leave logging inside an application to report errors. Because he used to ... I shit you not ... drive to his customers, plug into their server and debug their application using a debugger.

... props for using a debugger, but fuck me.

- Once, after an entire 2 days of tapping me on the shoulder every 15 mins for questions / issues, I had to stop and ask:

Me: "Have you googled it?"
C: "... eh, no"
Me: "can I ask why?"
C: "well, for me, I only google for something I don't know"
Me: "... well do you know what this error message means?"
C: "ah good point, i'll try this time"

... maybe he was A's stoner buddy?

- He burned through our free cloud usage allowance for a month, after 1 day, meaning he couldn't test anything else under his account. He left an application running, broadcasting a lot of data. Turns out the on / off button on the dashboard only worked for "on". He had been killing his terminal locally and didn't know how to "ctrl + c a cloud app" ... so left it running. His intention was to restart the app every time you are done using it ... but forgot.

- His issue with the previous one ... not any of his countless mistakes, not the lack of even trying to make the button work, no, no, not for C. C's issue is the cloud is "shit" for giving us such little allowances. (for the record in a month I had never used more than 5%).

- I had to explain environment variables and why they are necessary for passwords and tokens etc. He didn't know it wasn't ok to commit these into GitHub.

- At his project meetups with partners I had to repeatedly ask him to stop googling gifs and pay attention to the talks.

- He complained that we don't have 3 hour lunch breaks like his last place.

- He once copied and pasted the same function 450 times into a file as a load test ... are loops too mainstream nowadays?

You see C is our winner, because after 6 painful months (companies internal process / requirements) he actually achieved nothing. I really mean that, nothing. Every thing was so broken, so insecure / wide open, built without any kind of common sense or standards I had to delete it all and start again ... it took me 2 weeks.

I hope you've all enjoyed this series and will join me in praying for the return of my sanity ... I do miss it a lot.

Yours truly,
practiseSafeHex

Started being a Teaching Assistant for Intro to Programming at the uni I study at a while ago and, although it's not entirely my piece of cake, here are some "highlights":

* students were asked to use functions, so someone was ingenious (laughed my ass off for this one):
def all_lines(input):
all_lines =input
return all_lines

* "you need to use functions" part 2
*moves the whole code from main to a function*

* for Math-related coding assignments, someone was always reading the input as a string and parsing it, instead of reading it as numbers, and was incredibly surprised that he can do the latter "I always thought you can't read numbers! Technology has gone so far!"

* for an assignment requiring a class with 3 private variables, someone actually declared each variable needed as a vector and was handling all these 3 vectors as 3D matrices

* because the lecturer specified that the length of the program does not matter, as long as it does its job and is well-written, someone wrote a 100-lines program on one single line

* someone was spamming me with emails to tell me that the grade I gave them was unfair (on the reason that it was directly crashing when run), because it was running on their machine (they included pictures), but was not running on mine, because "my Python version was expired". They sent at least 20 emails in less than 2h

* "But if it works, why do I still have to make it look better and more understandable?"

* "can't we assume the input is always going to be correct? Who'd want to type in garbage?"

* *writes 10 if-statements that could be basically replaced by one for-loop*
"okay, here, you can use a for-loop"
*writes the for loop, includes all the if-statements from before, one for each of the 10 values the for-loop variable gets*

* this picture

N.B.: depending on how many others I remember, I may include them in the comments afterwards

Seriously anyone who doesn't use english names for variables and shit, get the fuck out! I don't care how many dicks you sucked, don't fucking do it!

I'm working on redoing a somewhat big database with a small team and the fuckers who designed the new database decided to use danish names everywhere and misspell shit! What the fuck are you doing!

Who the fuck calls it a birthdate? and misspells the danish equivalent?

And what the fuck is this, using _id and ID like they are the fucking same thing!?!

For the love of all that is holy, stick to english, one naming convention and check your crap spelling!

AARGH!

Guy I work with: Hey can I borrow you for a minute

Me: sure. What do you need?

Him: so this is a project me an the other dev worked on

Me thinking: Well I know he did it all and sent you the project so don't tell me you worked on it

Him: so we use it to do this and this and send an email to this new account I made because (2 minute explanation)

Me thinking: I don't care. Just tell me what your issue is! I already know what it is and does from what you told me the last time when you showed me. Which took an hour of my time.

Him: so he sent me this code which is called <Descriptive name> and in the method we have variables call <descriptive name> and it returns a <variable name>

Me thinking: You mother fucker! I don't give a shit what your method is named, what it the variable names are, and you don't need to read through every line of code to me! Just from the descriptive name you just said I know what it does! What the fuck is your issue!?

Him: we also have these other methods. This one is called <Descriptive name> which does...

Me: are you fucking seriously going to read me your code line by line and tell me what you named your variables AGAIN!?

Him: and we named this one <descriptive name>

Me: you mother fucker...

Him: and it calls this stored procedure. (Literally opens the stored procedure and shows me) and it is called...which has parameters called... And it is a select query that inserts

45 minutes later after he finishes explaining all 3 pages of his code and his 5 stored procedures that the other dev wrote...

Him: So anyway, back to this method. I need to know where to put this method. The other dev said to put it in this file, but where do you think I should put it in here? Should I place it after this last one or before it?

Me thinking: You fucking wasted my fucking time just to ask where to place your mother fucking method that the other dev sent to you in a project with only 3 files, all less than 500 lines of code with comments and regions that actually tell you what you should put there and 5 small stored procedures that were not even relevant to your issue! Why the fuck did you need to treat me as a rubber ducky which would fly away if you did have one because you didn't have an issue, you just didn't know where to put your fucking code! FUCK YOUR METHOD!

Me: Where ever you want

Him: Well I think it won't work if I placed it before this method.

I walked away after that. What a waste of time and an insult to my skills and really unchallenging. He's been coding for years and still can't understand anything code related. I'm tired if helping him. Every time he needs something he always has to read through and explain his shit just to ask me things like this. One time he asked me what to name his variable and another his project. More recently he asked why he couldn't get his project he found online to work. The error clearly stated he needed to use c# 7. His initial solution was to change his sql connection string. 😑

He should just go back to setting up computers and fixing printers. At least then he would never be in the office to bug me or the other dev with things like this.

dear anyone looking to teach kids programming (especially organizations):

- please be realistic. teach things your students can use. how to debug, how to solve realistic, real-world problems. not how to make a turtle draw a circle, that's not programming.

- please don't have blocks. just don't. they hurt.

- focus on your content instead of putting up posters on the wall with celebrities talking about the importance of programming

- don't call it 'code,' call it 'program.' do you know how different muggles think they are?

- please teach in a logical order. too many times have I seen commands --> functions --> variables/variable types --> then back to functions and return types.

- don't set an appropriate "age" to do it. please. its enough for people to learn to program, but to be told they're too "old" for a course? I can't tell you how many forgetful seniors and special needs students have been insulted. and don't even get me started on being too young. knowledge is knowledge, skill is skill, ability is ability.

- teach concepts with programming. don't separate them. they work better when they're taught together.

- understanding is more important than style. for beginners, fuck style. all of your program could be all on one line for fucks sake. I've had teachers chose style > functionality, because, fuck working programs, right?

- let your content speak for itself. this is not the place for celebrity endorsements.

- give resources for after a lesson is complete. when a beginner is finished, recommend more resources. you're never done learning.

most of these were things code.org did wrong. fuck them. I was in a constructive criticism mood today…

POSTMORTEM

"4096 bit ~ 96 hours is what he said.

IDK why, but when he took the challenge, he posted that it'd take 36 hours"

As @cbsa wrote, and nitwhiz wrote "but the statement was that op's i3 did it in 11 hours. So there must be a result already, which can be verified?"

I added time because I was in the middle of a port involving ArbFloat so I could get arbitrary precision. I had a crude desmos graph doing projections on what I'd already factored in order to get an idea of how long it'd take to do larger
bit lengths

@p100sch speculated on the walked back time, and overstating the rig capabilities. Instead I spent a lot of time trying to get it 'just-so'.
Worse, because I had to resort to "Decimal" in python (and am currently experimenting with the same in Julia), both of which are immutable types, the GC was taking > 25% of the cpu time.

Performancewise, the numbers I cited in the actual thread, as of this time:
largest product factored was 32bit, 1855526741 * 2163967087, took 1116.111s in python.
Julia build used a slightly different method, & managed to factor a 27 bit number, 103147223 * 88789957 in 20.9s,
but this wasn't typical.

What surprised me was the variability. One bit length could take 100s or a couple thousand seconds even, and a product that was 1-2 bits longer could return a result in under a minute, sometimes in seconds.

This started cropping up, ironically, right after I posted the thread, whats a man to do?

So I started trying a bunch of things, some of which worked. Shameless as I am, I accepted the challenge. Things weren't perfect but it was going well enough. At that point I hadn't slept in 30~ hours so when I thought I had it I let it run and went to bed. 5 AM comes, I check the program. Still calculating, and way overshot. Fuuuuuuccc...
So here we are now and it's say to safe the worlds not gonna burn if I explain it seeing as it doesn't work, or at least only some of the time.

Others people, much smarter than me, mentioned it may be a means of finding more secure pairs, and maybe so, I'm not familiar enough to know.

For everyone that followed, commented, those who contributed, even the doubters who kept a sanity check on this without whom this would have been an even bigger embarassement, and the people with their pins and tactical dots, thanks.

So here it is.
A few assumptions first.
Assuming p = the product,
a = some prime,
b = another prime,
and r = a/b (where a is smaller than b)
w = 1/sqrt(p)
(also experimented with w = 1/sqrt(p)*2 but I kept overshooting my a very small margin)

x = a/p
y = b/p

1. for every two numbers, there is a ratio (r) that you can search for among the decimals, starting at 1.0, counting down. You can use this to find the original factors e.x. p*r=n, p/n=m (assuming the product has only two factors), instead of having to do a sieve.

2. You don't need the first number you find to be the precise value of a factor (we're doing floating point math), a large subset of decimal values for the value of a or b will naturally 'fall' into the value of a (or b) + some fractional number, which is lost. Some of you will object, "But if thats wrong, your result will be wrong!" but hear me out.

3. You round for the first factor 'found', and from there, you take the result and do p/a to get b. If 'a' is actually a factor of p, then mod(b, 1) == 0, and then naturally, a*b SHOULD equal p.
If not, you throw out both numbers, rinse and repeat.

Now I knew this this could be faster. Realized the finer the representation, the less important the fractional digits further right in the number were, it was just a matter of how much precision I could AFFORD to lose and still get an accurate result for r*p=a.

Fast forward, lot of experimentation, was hitting a lot of worst case time complexities, where the most significant digits had a bunch of zeroes in front of them so starting at 1.0 was a no go in many situations. Started looking and realized
I didn't NEED the ratio of a/b, I just needed the ratio of a to p.

Intuitively it made sense, but starting at 1.0 was blowing up the calculation time, and this made it so much worse.

I realized if I could start at r=1/sqrt(p) instead, and that because of certain properties, the fractional result of this, r, would ALWAYS be 1. close to one of the factors fractional value of n/p, and 2. it looked like it was guaranteed that r=1/sqrt(p) would ALWAYS be less than at least one of the primes, putting a bound on worst case.

The final result in executable pseudo code (python lol) looks something like the above variables plus

while w >= 0.0:
if (p / round(w*p)) % 1 == 0:
x = round(w*p)
y = p / round(w*p)
if x*y == p:
print("factors found!")
print(x)
print(y)
break
w = w + i

Still working but if anyone sees obvious problems I'd LOVE to hear about it.

The nightmare continues.

Currently dealing with a code review from a “principal” dev (one step above senior), who is unironically called a “legendary dev” by some coworkers. It’s painfully obvious he didn’t read the code, and just started complaining and nitpicking.

It’s full of requests to do things that make absolutely no sense, and would make the code an unmaintainable mess.
• Ex: moving the logic and data collection from the module’s many callers into the module instead of just passing in the data.
• Ex: hiding api endpoint declarations by placing them in the module itself, and using magic instance variables to pass data to it. Basically: using global functions and variables instead of explicit declarations and calls.
• Ex: moving the logic to determine which api endpoint to use, for all callers, into the view.

More comments about methods being “too complex” (barely holds water) right next to comments saying “why are these separate? merge them together!”

Incredulously asking how many times I’m checking permissions and how ridiculous it all is. (The answer? Twice.)

Conflating my “permissions” param and method names with a supposedly forthcoming permissions system overhaul, and saying I shouldn’t use permissions because my code will all have to get rewritten. Even if that were true, and it’s likely not, the ticket still needs to use the current permissions. I can’t just ignore them because they might be rewritten someday.

Requests to revert some code cleanup because the reviewer thought the previous heavily-nested and uncommented versions (with code duplication) were easier to read. Unsurprisingly, he wrote them.

On the same ticket, my boss wants me to remove all styling and clientside validation, debouncing, and error messages from a form. Says “success” and “connection failed” messages are good enough. The form in question sends SMS and email using arbitrary user input for addresses. He also says it shouldn’t be denounced on the server, and doesn’t want me to bother checking permissions. Hello, spam!

Related: the legendary dev reviewer says he can’t think of a reason why we would want to disable the feature for consumers, so I should remove the consumer feature flag.

You can’t make this stuff up.

Some back info that you need to know for this rant:
1) I am a Canadain, so I spell 'color' like: colour.
2) Americans spell 'colour' like color.

Today I was debugging a Python file that I and my team of Americans and Canadians were working on. I ran the code and got an error that one of our variables was named incorrectly. I searched the code up and down for 3+ hours looking for the issue. After taking my lunch break I came back and read the file again. Then I realized it: I had started working on one part spelling color like colour, and then an American finished the project, spelling colour like color, so there were two different variables. This really pissed me off because we could have fixed it by deciding on a language before we started the project. I fixed it quickly and now we have a new rule at the office: always use American English when naming variables.

Moral of the story: decide which language to use for variables when working on a multi-national team.

Not a rant about anything in particular. Just a summary of some feelings stored in the hateful part of my heart.

Developing for Android: Add this third-party library to your Gradle build. Use (this) built-in Android class to make the thing work.

*Clicks link

Deprecated since API version SUCKMYDICK-7. Use (this) instead

*Clicks link

Deprecated since API version LICKMYBALLS-32. Use...

Developing for Windows: Please use (this) API call. It was literally already available before Bill Gates was born. Carbon dating has placed this item to older than the universe itself and it is likely the entry point for the big bang. It is also still the best way to accomplish (task).

Developing for Linux: "Hmm, I wonder how to use this"

> > > Some shitty mailing list in small blue monospace font tells you to reference a man page that is three versions behind but the only version available.

What? Those three sentences didn't explain it enough? Well, maybe you aren't cut out for this type of thing.

JavaScript: you know how it is.

SQL: You expect a decent-quality answer from stack overflow but you always get an outdated and hacky response and it's using syntax from Microsoft SQL. You need MySQL.

C#: A surprising number of Microsoft forum results ranking high on Google. You click on one in hopes that it will be of any sort of quality. You quickly close the tab and wonder why you ever even had hope.

Literally any REST API: Is it "query" or "q"? "UserID" or "user_id"? Oh, fuck, where's the docs again?

You thought you escaped JavaScript, but it was a trick!: Some bullshit library you downloaded to make your other library work redefined one of the global variables in the project you inherited. Now you get 347 "<x> is not a function" errors in your console. Good luck, asshole.

FontAwesome/ Material fonts/ Any icon font pack: You search "Close" for a close button icon. No results. You search "Simplified railroad crossing sign without the railroad". You get a close icon.

I think that's all of my pent up rage. Each of them were too small for an individual rant so I had to do this essay.

Back in the day, I joined a little agency in Cape Town, small team small office with big projects, projects they weren’t really supposed to take on but hey when the owner of a tech business is not a tech person they do weird things.
A month had passed and it was all good, then came a project from Europe, Poland to be specific. The manager introduced me to the project, it was a big brand - a segment of Lego, built on Umbraco (they should change the name to slowbraco or uhmmm..braco somewhere there) the manager was like so this one is gonna be quite a challenge and I remember you said you are keen on that, I was like hell yeah bring it on (genuinely I got excited) now the challenge was not even about complexity of the problem or code or algorithms etc you get my point… the challenge was that the fucking site was in polish - face palm 1 - so I am like okay code is code, its just content, and I already speak/familiar with 13 human languages so I can’t fail here ill get around it somehow. So I spin up IIS, do the things and boom dev environment is ready for some kick ass McCoding. I start to run through the project to dig into the previous dev’s soul. I could not relate, I could not understand. I could not read, I could not, I could not. - face palm 2 - This dude straight up coded this project in polish variable names in polish, class names in polish, comments in freaking polish. Look, I have no beef with the initial guy, its his language so why not right? sure. But not hey this is my life and now I should learn polish, so screw it, new tab - google translate, new notes, I create a dictionary of variables and class etc 
3 days go by and I am fucking polish bro. Come at me. I get to read the previous devs soul through his comments, what a cool dude, his code wasn’t shit either - huge relief. So I rock on and make the required changes and further functionality. 

The project manager is like really, you did it? I am like yeah dude, there it is. Then I realise I wasn’t the first on this, this dude done tried others and it didn’t go down well, they refused. - face palm 3 -

Anyway, now I am a rock star in the office, and to project managers this win means okay throw him in the deep - they move me to huge project that is already late of course and apparently since I am able to use google translate, I can now defeat time, let the travelling begin. - face palm 4 - I start on the project and they love me on it as they can see major progress however poland was knocking on the door again, they need a whole chunk of work done. I can’t leave the bigger project, so it was decided that the new guy on Monday will start his polish lessons - he has no idea, probably excited to start a new job, meanwhile a shit storm is being prepared for him.

Monday comes, hello x - meet the team, team meets x

Manager - please join our meeting.

I join the meeting, the manager tells me to assist the new dev to get set up.

Me: Sure, did you tell him about he site?

Manager: Yes, I told him you knocked it out the park and now we just need to keep going

Me: in my head (hmm… that’s not what I was asking but cool I guess he will see soon enough -internal face palm 5 - )

New dev is setup, he looks at the project, I am ask him if he is good after like an hour he is like yeah all good. But his face is pink so I figured, no brother man is not okay. But I let him be and give him space.

Lunch time comes, he heads out for lunch. 

1hr 15mins later, project manager is like, is the new dude still at lunch.

We are all like yeah probably. 

2hrs pass 

3hrs pass

Now we are like okay maybe something happened to him, hit by a car? Emergency? Something… 

So I am legit worried now, I ask the manager to maybe give him a ring. 

Manager tries to call. NOTHING, no response. nada.

Next day, 8am, 9am, 10am no sign of the dude. 

I go to the manager, ask him what’s up. 

Manager: he is okay. However he said he is not coming back. 


Imagine this clusterfuck:
A small company creates its own CMS on PHP 5.5 and MySQL, coded by fresh junior devs who apparently just got into coding.

My new employer sadly is one of their customers and now I got the task to migrate a group of tightly linked websites on subdomains to an actually sane and maintainable CMS...

Fuck me...

Apparently the continuous extension of the websites over the years got so labor intense, that the mentioned company lacks the manpower to fulfill further development wishes.

I've looked into the code today... let me tell you, PTSD is helluva thing.

- Each subdomain has a complete copy of the Crap Management System, there is no use of composer packages and each of the 50 folders in the webroot contains a mix of source code and images or other resources.
- LESS is transpiled into CSS by PHP on requests.
- There is no central file for environment variables like a ".env".
- Each website uses at least 5 different versions of jQuery, of which some jquery.min.js files were manually modified.

Don't get me started on how the DB is organized...

My work on this has just started, there will be more I've yet to uncover.

"C'mon, man! Gimme a break!"

I could bitch about XSLT again, as that was certainly painful, but that’s less about learning a skill and more about understanding someone else’s mental diarrhea, so let me pick something else.

My most painful learning experience was probably pointers, but not pointers in the usual sense of `char *ptr` in C and how they’re totally confusing at first. I mean, it was that too, but in addition it was how I had absolutely none of the background needed to understand them, not having any learning material (nor guidance), nor even a typical compiler to tell me what i was doing wrong — and on top of all of that, only being able to run code on a device that would crash/halt/freak out whenever i made a mistake. It was an absolute nightmare.

Here’s the story:

Someone gave me the game RACE for my TI-83 calculator, but it turned out to be an unlocked version, which means I could edit it and see the code. I discovered this later on by accident while trying to play it during class, and when I looked at it, all I saw was incomprehensible garbage. I closed it, and the game no longer worked. Looking back I must have changed something, but then I thought it was just magic. It took me a long time to get curious enough to look at it again.

But in the meantime, I ended up played with these “programs” a little, and made some really simple ones, and later some somewhat complex ones. So the next time I opened RACE again I kind of understood what it was doing.

Moving on, I spent a year learning TI-Basic, and eventually reached the limit of what it could do. Along the way, I learned that all of the really amazing games/utilities that were incredibly fast, had greyscale graphics, lowercase text, no runtime indicator, etc. were written in “Assembly,” so naturally I wanted to use that, too.

I had no idea what it was, but it was the obvious next step for me, so I started teaching myself. It was z80 Assembly, and there was practically no documents, resources, nothing helpful online.

I found the specs, and a few terrible docs and other sources, but with only one year of programming experience, I didn’t really understand what they were telling me. This was before stackoverflow, etc., too, so what little help I found was mostly from forum posts, IRC (mostly got ignored or made fun of), and reading other people’s source when I could find it. And usually that was less than clear.

And here’s where we dive into the specifics. Starting with so little experience, and in TI-Basic of all things, meant I had zero understanding of pointers, memory and addresses, the stack, heap, data structures, interrupts, clocks, etc. I had mastered everything TI-Basic offered, which astoundingly included arrays and matrices (six of each), but it hid everything else except basic logic and flow control. (No, there weren’t even functions; it has labels and goto.) It has 27 numeric variables (A-Z and theta, can store either float or complex numbers), 8 Lists (numeric arrays), 6 matricies (2d numeric arrays), 10 strings, and a few other things like “equations” and literal bitmap pictures.

Soo… I went from knowing only that to learning pointers. And pointer math. And data structures. And pointers to pointers, and the stack, and function calls, and all that goodness. And remember, I was learning and writing all of this in plain Assembly, in notepad (or on paper at school), not in C or C++ with a teacher, a textbook, SO, and an intelligent compiler with its incredibly helpful type checking and warnings. Just raw trial and error. I learned what I could from whatever cryptic sources I could find (and understand) online, and applied it.

But actually using what I learned? If a pointer was wrong, it resulted in unexpected behavior, memory corruption, freezes, etc. I didn’t have a debugger, an emulator, etc. I had notepad, the barebones compiler, and my calculator.

Also, iterating meant changing my code, recompiling, factory resetting my calculator (removing the battery for 30+ sec) because bugs usually froze it or corrupted something, then transferring the new program over, and finally running it. It was soo slowwwww. But I made steady progress.

Painful learning experience? Check.
Pointer hell? Absolutely.

You know what is at least equally hard as naming variables?

Finding fitting icons to button actions!

With some icons you rather confuse your users compared to using no icon at all.
Others may fit the button text but not the context in your use case.

And there are so many icon sets out there that you need to search for something and hope that you stumble upon a good one.

Hey Root, remember that super high-priority ticket that we ignored for five months before demanding you rewrite it a specific way in one day?

Yeah, the new approach we made you use broke the expected usecases, and now the page is completely useless to the support team and they're freaking out. Drop everything you're doing and go fix it! Code-complete for this release is tonight! -- This right after "impacting our business flow" while being collapsed on the fucking floor.

Jesus FUCKING christ, what the fuck is wrong with these people?

If I dropped the ball on a high-priority ticket for two weeks, I'd get fired, let alone for five fucking months.

If I was a manager and demanded a one-day rewrite I can only imagine the amount of chewing out I'd receive, especially on something high-priority.

And let's not forget product ownership: imagine if I screwed up feature planning for someone so badly I made them break a support tool in production. I'd never hear the end of it.

Fucking double standards.

And while I'm at it. Some of the code I've seen in this codebase is awful. Uncommented spaghetti, or an unreadable mess with single-letter variables, super-tightly coupled modules so updates are nearly impossible, typos in freaking constants added across sixty+ files, obviously-incorrect comments, ... . I'll have to start posting snippets to show them off. But could I get away with any of it? ha. Hell no. My code must be absolutely perfect. I hear about any and every flaw, doesn't matter how minor, and nothing can go out until everything is just so.

Hell, I even hear about flaws in other peoples' code during my code reviews. Why? Because I should have fixed it, that's why. But if I do, I get yelled at for "muddying the waters."

Just. JESUS FUCKING CHRIST.

It's like playing a shell game where no matter which shell I pick (or point to their goddamn sleeve where they're clearly hiding it), I get insulted for being so consistently useless, and god damn, how can I never find the fucking pea or follow the damned rules? I'm so terrible and this is why "nobody trusts me." Fuck you.

I'll tell you why I can't find your damned pea: IT'S RATTLING INSIDE YOUR FUCKING HEADS, you ASSHOLE FUCKING IMBECILES.

That's right: one pea among the lot of them.

goddamn I am fucking pissed off.

So I just received this second DSP5005 DC-DC programmable power supply. Time to make an enclosure for the thing!! 3 power supplies totaling at around 1kW, and 2 variables connected to the 50V 10A one, through external banana wires (I want all of this to be modular). No biggie, take measurements for the AC-DC supplies, add in the variables on the front, and cut it out.

So, I went and did just that. Now my 500W (50V 10A) supply is a bit larger than the others, and it's got a fan. So I figured, well then probably my 24V 8.3A (200W) and 12V 15A (180W) supplies could use some cooling as well. But how am I going to achieve passive cooling without a spacing between the supplies?! So I thought of some spacer design. It had to be out of wood, and I had some 4mm MDF and some IKEA parts around. So, 4mm MDF for the plate and 8mm wood spacers from IKEA for the spacing. And some super glue to hold it all together.

Weighing my power supplies against a 1l bottle of milk, it seems like my power supplies are ~500g. Great, so the top spacer would take 500g and the bottom one 1kg + the weight of the top spacer.

I ended up building one plate with 6 spacers in it yesterday, until I got too tired. Then I placed my entire weight against it, 20kg at least. It didn't budge. Pretty good for something that's only designed to withstand a 1kg load!!

So, I made something good with only a 10x18cm piece of MDF, some garbage from IKEA, and most importantly a bit of a brain. Something that can handle 20x its designed load no problem. Manufacturers, is it really right to produce shit when I can beat your manufacturing processes big time without an assembly line?!

I'm coming off a lengthy staff augmentation assignment awful enough that I feel like I need to be rehabilitated to convince myself that I even want to be a software developer.

They needed someone who does .NET. It turns out what they meant was someone to copy and paste massive amounts of code that their EA calls a "framework." Just copy and paste this entire repo, make a whole ton of tweaks that for whatever reason never make their way back into the "template," and then make a few edits for some specific functionality. And then repeat. And repeat. Over a dozen times.

The code is unbelievable. Everything is stacked into giant classes that inherit from each other. There's no dependency inversion. The classes have default constructors with a comment "for unit testing" and then the "real" code uses a different one.

It's full of projects, classes, and methods with weird names that don't do anything. The class and method names sound like they mean something but don't. So after a dozen times I tried to refactor, and the EA threw a hissy fit. Deleting dead code, reducing three levels of inheritance to a simple class, and renaming stuff to indicate what it does are all violations of "standards." I had to go back to the template and start over.

This guy actually recorded a video of himself giving developers instructions on how to copy and paste his awful code.

Then he randomly invents new "standards." A class that reads messages from a queue and processes them shouldn't process them anymore. It should read them and put them in another queue, and then we add more complication by reading from that queue. The reason? We might want to use the original queue for something else one day. I'm pretty sure rewriting working code to meet requirements no one has is as close as you can get to the opposite of Agile.

I fixed some major bugs during my refactor, and missed one the second time after I started over. So stuff actually broke in production because I took points off the board and "fixed" what worked to add back in dead code, variables that aren't used, etc.

In the process, I asked the EA how he wanted me to do this stuff, because I know that he makes up "standards" on the fly and whatever I do may or may not be what he was imagining. We had a tight deadline and I didn't really have time to guess, read his mind, get it wrong, and start over. So we scheduled an hour for him to show me what he wanted.

He said it would take fifteen minutes. He used the first fifteen insisting that he would not explain what he wanted, and besides he didn't remember how all of the code he wrote worked anyway so I would just have to spend more time studying his masterpiece and stepping through it in the debugger.

Being accountable to my team, I insisted that we needed to spend the scheduled hour on him actually explaining what he wanted. He started yelling and hung up. I had to explain to management that I could figure out how to make his "framework" work, but it would take longer and there was no guarantee that when it was done it would magically converge on whatever he was imagining. We totally blew that deadline.

When the .NET work was done, I got sucked into another part of the same project where they were writing massive 500 line SQL stored procedures that no one could understand. They would write a dozen before sending any to QA, then find out that there was a scenario or two not accounted for, and rewrite them all. And repeat. And repeat. Eventually it consisted of, one again, copying and pasting existing procedures into new ones.

At one point one dev asked me to help him test his procedure. I said sure, tell me the scenarios for which I needed to test. He didn't know. My question was the equivalent of asking, "Tell me what you think your code does," and he couldn't answer it. If the guy who wrote it doesn't know what it does right after he wrote it and you certainly can't tell by reading it, and there's dozens of these procedures, all the same but slightly different, how is anyone ever going to read them in a month or a year? What happens when someone needs to change them? What happens when someone finds another defect, and there are going to be a ton of them?

It's a nightmare. Why interview me with all sorts of questions about my dev skills if the plan is to have me copy and paste stuff and carefully avoid applying anything that I know?

The people are all nice except for their evil XEB (Xenophobe Expert Beginner) EA who has no business writing a line of code, ever, and certainly shouldn't be reviewing it.

I've tried to keep my sanity by answering stackoverflow questions once in a while and sometimes turning evil things I was forced to do into constructive blog posts to which I cannot link to preserve my anonymity. I feel like I've taken a six-month detour from software development to shovel crap. Never again. Lesson learned. Next time they're not interviewing me. I'm interviewing them. I'm a professional.

Is it just me who sees this? JS development in a somewhat more complex setting (like vue-storefront) is just a horrible mess.
I have 10+ experience in java, c# and python, and I've never needed more than a a few hours to get into a new codebase, understanding the overall system, being able to guess where to fix a given problem.
But with JS (and also TS for that matter) I'm at my limits. Most of the files look like they don't do anything. There seems to be no structure, both from a file system point of view, nor from a code point of view.
It start with little things like 300 char long lines including various lambdas, closures and ifs with useless variables names, over overly generic and minified method/function names to inconsistent naming of files, classes and basically everything else.
I used to just set a breakpoint somewhere in my code (or in a compiled dependency) wait this it is being hit and go back and forth to learn how the system state changes.
This seems to be highly limited in JS. I didn't find the one way to just being able to debug, everything that is. There are weird things like transpilers, compiler, minifiers, bablers and what not else. There is an error? Go f... yourself ...
And what do I find as the number one tipp all across the internet? Console.log?? are you kidding me, sure just tell me, your kidding me right?
If I would have to describe the JS world in one word, I would use "inconsistency". It's all just a pain in the ass.

I remember when I switcher from VisualStudio/C# to Eclipse/Java I felt like traveling back in time for about 10 years. Everyting seemd so ... old-schoolish, buggy, weird.
When I now switch from java to JS it makes me feel the same way. It's all so highly unproductive, inconsistent, undeterministic, cobbled together.
For one inconveinience the JS communinity seems to like to build huge shitloads of stuff around it, instead of fixing the obvious. And noone seems to see that.
It's like they are all blinded somehow. Currently I'm also trying to implement a small react app based on react-admin. The simplest things to develop and debug are a nightmare. There is so much boilerplate that to write that most people in the internet just keep copying stuff, without even trying to understand what it actually does.
I've always been a guy that tries to understand what the fuck this code actuall does. And for most of the parts I just thing, that the stuff there is useless or could be done in a way more readable way. But instead, all the devs out there just seem to chose the "copy and fix somehow-ish" way.
I'm all in for component-izing stuff. I like encapsulation, I'm a OOP guy by heart. But what react and similar frameworks do is just insane. It's just not right (for some part).
Especially when you have to remember so much stuff that is just mechanics/boilerplate without having any actual "business logical function".

People always say java is so verbose. I don't think it is, there is so few syntax that it almost reads like a prose story. When I look at JS and TS instead, I'm overwhelmed by all the syntax, almost wondering every second line, what the actual fuck this could mean. The boilerplate/logic ration seems way to off ..

So it really makes me wonder, if all you JS devs out there are just so used to that stuff, that you cannot imagine how it could be done better? I still remember my C# days, but I admin that I just got used to java. So I can somehow understand that all. But JS is just another few levels less deeper.
But maybe I'm just lazy and too old ...

Just had an old coworker from a previous job send me some stuff for a php script he was having issues with.

There was too much glory in what he was trying to do: mixing php inside of jquery code, not using strict types would have prevented like 10 issues he was having on his script on another portion, mixing headers, weirdly named variables, poorly constructed, reused db connections, 0 oop or proper dependency management in his code, horrible use of sessions and cookies, O (n²) logic all over the place.

But the cake.....are y'all ready for it? It was code screenshots, not even of just the section, no, the full page, from a windows machine (to make it better he is hosting the application on an IIS server and his configuration was not properly set) but I digress, back to the cake:

He was writing his code inside of wordpad :P

FUCKING WORDPAD

I just politely told him that I was busy at the moment and happily ignored him. Dude is not a good person to begin with imo, for example, he brought the subject of homosexuality during one of our talks after he saw me talking to my bf, who just so happens to be gay, his statement was "I do not understand how there can be gay people when there are women that are so hot"

My comeback was "I do not understand how we can be heterosexual when there are some really attractive dudes out there, see how stupid your logic sounds? attractiveness is not the basis for homosexuality ye dipstick" he let it go after that, but close minded people like that are not really my cup of tea.

So recently I did a lot of research into the internals of Computers and CPUs.
And i'd like to share a result of mine.

First of all, take some time to look at the code down below. You see two assembler codes and two command lines.

The Assembler code is designed to test how the instructions "enter" and "leave" compare to manually doing what they are shortened to.

Enter and leave create a new Stackframe: this means, that they create a new temporary stack. The stack is where local variables are put to by the compiler. On the right side, you can see how I create my own stack by using

push rbp
mov rbp, rsp
sub rsp, 0

(I won't get into details behind why that works).

Okay. Why is this even relevant?
Well: there is the assumption that enter and leave are very slow. This is due to raw numbers:
In some paper I saw ( I couldn't find the link, i'm sorry), enter was said to use up 12 CPU cycles, while the manual stacking would require 3 (push + mov + sub => 1 + 1 + 1).

When I compile an empty function, I get pretty much what you'd expect just from the raw numbers of CPU cycles.

HOWEVER, then I add the dummy code in the middle:

mov eax, 123
add eax, 123543
mov ebx, 234
div ebx

and magically - both sides have the same result.

Why????

For one thing, there is CPU prefetching. This is the CPU loading in ram before its done executing the current instruction (this is how anti-debugger code works, btw. Might make another rant on that). Then there is the fact that the CPU usually starts work on the next instruction while the current instruction is processing IFF the register currently involved isnt involved in the next instruction (that would cause a lot of synchronisation problems). Now notice, that the CPU can't do any of that when manually entering and leaving. It can only start doing the mov eax, 1234 while performing the sub rsp, 0.

----------------

NOW: notice that the code on the right didn't take any precautions like making sure that the stack is big enough. If you sub too much stack at once, the stack will be exhausted, thats what we call a stack overflow. enter implements checks for that, and emits an interrupt if there is a SO (take this with a grain of salt, I couldn't find a resource backing this up). There are another type of checks I don't fully get (stack level checks) so I'd rather not make a fool of myself by writing about them.

Because of all those reasons I think that compilers should start using enter and leave again.

========

This post showed very well that bare numbers can often mislead.

I don't know if I'm being pranked or not, but I work with my boss and he has the strangest way of doing things.
- Only use PHP
- Keep error_reporting off (for development), Site cannot function if they are on.
- 20,000 lines of functions in a single file, 50% of which was unused, mostly repeated code that could have been reduced massively.
- Zero Code Comments
- Inconsistent variable names, function names, file names -- I was literally project searching for months to find things.
- There is nothing close to a normalized SQL Database, column ID names can't even stay consistent.
- Every query is done with a mysqli wrapper to use legacy mysql functions.
- Most used function is to escape stirngs
- Type-hinting is too strict for the code.
- Most files packed with Inline CSS, JavaScript and PHP - we don't want to use an external file otherwise we'd have to open two of them.
- Do not use a package manger composer because he doesn't have it installed.. Though I told him it's easy on any platform and I'll explain it.
- He downloads a few composer packages he likes and drag/drop them into random folder.
- Uses $_GET to set values and pass them around like a message contianer.
- One file is 6000 lines which is a giant if statement with somewhere close to 7 levels deep of recursion.
- Never removes his old code that bloats things.
- Has functions from a decade ago he would like to save to use some day. Just regular, plain old, PHP functions.
- Always wants to build things from scratch, and re-using a lot of his code that is honestly a weird way of doing almost everything.
- Using CodeIntel, Mess Detectors, Error Detectors is not good or useful.
- Would not deploy to production through any tool I setup, though I was told to. Instead he wrote bash scripts that still make me nervous.
- Often tells me to make something modern/great (reinventing a wheel) and then ends up saying, "I think I'd do it this way... Referes to his code 5 years ago".
- Using isset() breaks things.
- Tens of thousands of undefined variables exist because arrays are creates like $this[][][] = 5;
- Understanding the naming of functions required me to write several documents.
- I had to use #region tags to find places in the code quicker since a router was about 2000 lines of if else statements.
- I used Todo Bookmark extensions in VSCode to mark and flag everything that's a bug.
- Gets upset if I add anything to .gitignore; I tried to tell him it ignores files we don't want, he is though it deleted them for a while.
- He would rather explain every line of code in a mammoth project that follows no human known patterns, includes files that overwrite global scope variables and wants has me do the documentation.
- Open to ideas but when I bring them up such as - This is what most standards suggest, here's a literal example of exactly what you want but easier - He will passively decide against it and end up working on tedious things not very necessary for project release dates.
- On another project I try to write code but he wants to go over every single nook and cranny and stay on the phone the entire day as I watch his screen and Im trying to code.

I would like us all to do well but I do not consider him a programmer but a script-whippersnapper. I find myself trying to to debate the most basic of things (you shouldnt 777 every file), and I need all kinds of evidence before he will do something about it. We need "security" and all kinds of buzz words but I'm scared to death of this code. After several months its a nice place to work but I am convinced I'm being pranked or my boss has very little idea what he's doing. I've worked in a lot of disasters but nothing like this.

We are building an API, I could use something open source to help with anything from validations, routing, ACL but he ends up reinventing the wheel. I have never worked so slow, hindered and baffled at how I am supposed to build anything - nothing is stable, tested, and rarely logical. I suggested many things but he would rather have small talk and reason his way into using things he made.

I could fhave this project 50% done i a Node API i two weeks, pretty fast in a PHP or Python one, but we for reasons I have no idea would rather go slow and literally "build a framework". Two knuckleheads are going to build a PHP REST framework and compete with tested, tried and true open source tools by tens of millions?

I just wanted to rant because this drives me crazy. I have so much stress my neck and shoulder seems like a nerve is pinched. I don't understand what any of this means. I've never met someone who was wrong about so many things but believed they were right. I just don't know what to say so often on call I just say, 'uhh..'. It's like nothing anyone or any authority says matters, I don't know why he asks anything he's going to do things one way, a hard way, only that he can decipher. He's an owner, he's not worried about job security.

Running a fucking conda environment on windows (an update environment from the previous one that I normally use) gets to be a fucking pain in the fucking ass for no fucking reason.

First: Generate a new conda environment, for FUCKING SHITS AND GIGGLES, DO NOT SPECIFY THE PYTHON VERSION, just to see compatibility, this was an experiment, expected to fail.

Install tensorflow on said environment: It does not fucking work, not detecting cuda, the only requirement? To have the cuda dependencies installed, modified, and inside of the system path, check done, it works on 4 other fucking environments, so why not this one.

Still doesn't work, google around and found some thread on github (the errors) that has a way to fix it, do it that way, fucking magic, shit is fixed.

Very well, tensorflow is installed and detecting cuda, no biggie. HAD TO SWITCH TO PYHTHON 3,8 BECAUSE 3.9 WAS GIVING ISSUES FOR SOME UNKNOWN FUCKING REASON

Ok no problem, done.

Install jupyter lab, for which the first in all other 4 environments it works. Guess what a fuckload of errors upon executing the import of tensorflow. They go on a loop that does not fucking end.

The error: imPoRT eRrOr thE Dll waS noT loAdeD

Ok, fucking which one? who fucking knows.

I FUCKING HATE that the main language for this fucking bullshit is python. I guess the benefits of the repl, I do, but the python repl is fucking HORSESHIT compared to the one you get on: Lisp, Ruby and fucking even NODE in which error messages are still more fucking intelligent than those of fucking bullshit ass Python.

Personally? I am betting on Julia devising a smarter environment, it is a better language already, on a second note: If you are worried about A.I taking your job, don't, it requires a team of fucktards working around common basic system administration tasks to get this bullshit running in the first place.

My dream? Julia or Scala (fuck you) for a primary language in machine learning and AI, in which entire environments, with aaaaaaaaaall of the required dlls and dependencies can be downloaded and installed upon can just fucking run. A single directory structure in which shit just fucking works (reason why I like live environments like Smalltalk, but fuck you on that too) and just run your projects from there, without setting a bunch of bullshit from environment variables, cuda dlls installation phases and what not. Something that JUST FUCKING WORKS.

I.....fucking.....HATE the level of system administration required to run fucking anything nowadays, the reason why we had to create shit like devops jobs, for the sad fuckers that have to figure out environment configurations on a box just to run software.

Fuck me man development turned to shit, this is why go mod, node npm, php composer strict folder structure pipelines were created. Bitch all you want about npm, but if I can create a node_modules setting with all of the required dlls to run a project, even if this bitch weights 2.5GB for a project structure you bet your fucking ass that I would.

"YOU JUST DON'T KNOW WHAT YOU ARE DOING" YES I FUCKING DO and I will get this bullshit fixed, I will get it running just like I did the other 4 environments that I fucking use, for different versions of cuda and python and the dependency circle jerk BULLSHIT that I have to manage. But this "follow the guide and it will work, except when it does not and you are looking into obscure github errors" bullshit just takes away from valuable project time when you have a small dedicated group of developers and no sys admin or devops mastermind to resort to.

I have successfully deployed:
Java
Golang
Clojure
Python
Node
PHP
VB/C# .NET
C++
Rails
Django

Projects, and every single fucking time (save for .net, that shit just fucking works on a dedicated windows IIS server) the shit will not work with x..nT reasons. It fucking obliterates me how fucking annoying this bullshit is. And the reason why the ENTIRE FUCKING FIELD of computer science and software engineering is so fucking flawed.

But we can't all just run to simple windows bs in which we have documentation for everything. We have to spend countless hours on fucking Linux figuring shit out (fuck you also, I have been using Linux since I was 18, I am 30 now) for which graphical drivers for machine learning, cuda and whatTheFuckNot require all sorts of sys admin gymnasts to be used.

Y'all fucked up a long time ago. Smalltalk provided an all in one, easily rollable back to previous images, easily administered interfaces for this fileFuckery bullshit, and even though the JVM and the .NET environments did their best to hold shit down, and even though we had npm packages pulling the universe inside, or gomod compiling shit into one place NOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO we had to do whatever the fuck we wanted to feel l337 and wanted.

Fuck all of you, fuck this field, fuck setting boxes for ML/AI and fuck every single OS in existence

Messed Up my first Coding Interview and that too of Google!

My first rant.

The first question was not an easy one. I cracked it though. Happy. Very Happy! I had 40 minutes left for the second question. And then came the nightmare. Okay, my foolishness.

I compiled my code. Compilation error.
Declared variables. Compilation Error!
Imported Libraries. Compilation Error!
Changed vector to an array. compilation Error!
Checked the loop for edge cases. Compilation Error!
Cannot use an IDE too. Tab's change is not allowed.

My score was still ZERO and I had only 15 minutes left.

Then lazily my eyes went to the language selected. It was C. I wrote the code in C++.

I mean HOW CAN I BE SOOOO STUPID??
I was coding in an entirely different language!

But..But, the story doesn't end here.
Next, I copied the code and switched languages. NOOO, my code was lost. I couldn't paste my code!!

I checked the timer- 5 minutes left.
Somehow, I managed to rewrite the code. And submitted it at the last minute.

I have no idea what will be the results. I just solved 1/2 questions.

SAD but FRUSTRATED at my stupidity :(

People who reuse variables.
Yeah, sure, let's just go declare
number1 = g * 86;
Oh and 10 lines down let's reset it
number1 = 0;
I WILL FIND YOU. I WILL DESTROY YOUR SMALL RAM 'ed THING YOU CALL YOUR COMPUTER.
Variables should be made for one purpose and one purpose only.

I've assembled enough computing power from the trash. Now I can start to build my own personal 'cloud'. Fuck I hate that word.
But I have a bunch of i7s, and i5s on hand, in towers. Next is just to network them, and setup some software to receive commands.

So far I've looked at Ray, and Dispy for distributed computation. If theres others that any of you are aware of, let me know. If you're familiar with any of these and know which one is the easier approach to get started with, I'd appreciate your input.

The goal is to get all these machines up and running, a cloud thats as dirt cheap as possible, and then train it on sequence prediction of the hidden variables derived from semiprimes. Right now the set is unretrievable, but theres a lot of heavily correlated known variables and so I'm hoping the network can derive better and more accurate insights than I can in a pinch.
Because any given semiprime has numerous (hundreds of known) identities which immediately yield both of its factors if say a certain constant or quotient is known (it isn't), knowing any *one* of them and the correct input, is equivalent to knowing the factors of p.

So I can set each machine to train and attempt to predict the unknown sequence for each particular identity.

Once the machines are setup and I've figured out which distributed library to use, the next step is to setup Keras, andtrain the model using say, all the semiprimes under one to ten million.

I'm also working on a new way of measuring information: autoregressive entropy. The idea is that the prevalence of small numbers when searching for patterns in sequences is largely ephemeral (theres no long term pattern) and AE allows us to put a number on the density of these patterns in a partial sequence, but its only an idea at the moment and I'm not sure what use it has.

Heres hoping the sequence prediction approach works.

Are there more people here who use Makefiles as a façade for complicated commands? For example, 'make dev.up' executes a long docker-compose command and 'make dev.expose.secrets' activates ansible-vault with some variables. It makes doing stuff easier and makes it so that developers with less shell experience can quickly get going instead of having to use long boring commands.

Each time I try to look up what the actual purpose of a makefile is I get a long list of explanatioms talking about building C programs etc. But it never talks about using it to just put shell commands in one big file with subtargets 🤔

So, my question, any of you guys use a makefile to facilitate a facade too?

I don't understand how people can write code, but be completely inept at developing software.

Take a zoom feature:

SOLUTION 0:
- Use 2 buttons
- Use 2 button listeners
- Use 2 float variables (for each button).
- Don't log anything.
- Use 3 crazy, hardcoded, constant, int literals like 66, 30...
- both buttons manipulate the same text field.
- no logging.
- Both listeners use if/else to check if the variable is within a range -- one if/else for each listener.
- Use crazy method calls to get text size.

SOLUTION 1:
- Use a slider.
- Use a single listener.
- No variables needed.
- Use a linear equation for zooming.
- has logging.

How are Coding Bootcamps and what are they like?

A little background:

I’ve been going to a University (have a year left for a CS degree) and I am so EXTREMELY frustrated. I thought I would get an education but it’s so underwhelming. 95% of it doesn’t involve programming and the classes that do are so elementary that I know more than the professors. By the end of my web design course we had been taught to center text, insert images, insert links, and how to use tables with a single day on CSS using colors.
The OOP courses are all the same, learn variables, types, conditionals, loops, classes, functions, and so forth. Python, C++, and Java. I taught all this to myself when I was 15, I’m 29 now.

I’ve recently gotten extremely interested into full stack web development. .NET Core, React, Typescript. I’m also working with Electron. I’m basically 100% self taught and spend almost every waking moment trying to learn more and apply it.

There’s only one person at my school who has the same passion as me and he’s the president at the coding club but is going into machine learning and big data (I’m the Secretary) and I just wish I could interact with more people who have the same passion. I would love to be challenged. I feel as if I spend more time trying to learn and diagnose problems then applying my knowledge because web development is so complicated when it comes to connecting everything together and I’m still relatively new to it (started like 4 months ago). I’m an extremely fast learner and extremely dedicated so I’m not worried about that being an issue.

I just really want to be a part of a community where I have people who can answer my questions and I don’t have to spend hours or days on google finding a solution to integrating Webpack or using typescript with react, and more. I want to feel challenged.

Can I get this from a boot camp? I recently listened to a podcast from Syntax and it really excited me but I don’t want to be let down again. Either way I’m finishing my degree to get that bullshit $60000 piece of paper but I wouldn’t mind taking a couple months off for something like this if it’s worth it.

I live in CO so if you have any Bootcamps in CO that you recommend, I’d love to hear it and take a trip to check it out in person.

Thanks a bunch!

So while exploring some new ideas, I decided to figure out if I could use variables in the known set to determine the bounds of variables in the unknown set.

The variables in question are algebraic identities derived from the semiprimes, so you already know where this is going.

The existing known set is 1194 identities.
And there are, if I recall, roughly two dozen unknowns.

Many knowns have the unknowns as their factors. The d4 product set for example is composed of variables d4a, d4u, d4z, d4z9, d4z4, d4alpha, d4theta, d4omega, etc.
The component variables themselves are unknown, just their products are known. Anyway.

What I've found interesting is if you know the minimum of some of these subsets, for example d4z is smallest out of the d4's for some semiprimes, then you know the upperbound of both the component variables d4 and z.

Unless of course either of them is < 1.

So the order of these variables, based on value, changes depending on the properties of the semiprime, which I won't get into. Most of the time the order change is minor, but for some variables they can vary a lot between semiprimes, rapidly shifting their rank in the known set. This makes it hard to do anything with them.

And what I found myself asking, over and over again, was if there was a way to lock them down? Think of it like a giant switch board, where flipping one switch lights up N number of others, apparently at random. But flipping some other switch completely alters how that first switch works and what lights it seemingly interacts with. And you have a board of them thats 1194^2 in total. So what do you do?

I'd had a similar notion a while back, where I would measure relative value in the known set, among a bunch of variables, assign a letter if the conditions were present, and generate a string, called a "haplotype."
It was hap hazard and I wrote a lot of code to do filtering, sorting, and set manipulation to find sets of elements in common, unique elements, etc. But the 'type' strings, a jumble of random letters, were only useful say, forty percent of the time. For example if a semiprime had a particular type starting with a certain series of letters, 40% of the time a certain known variable was guaranteed to be above a certain variable from the unknown set...40%~ of the time.
It was a lost cause it seemed.

But I returned to the idea recently and revamped the entire notion.

Instead what I would approach it from a more complete angle.
I'd take two known variables J and K, one would be called the indicator, and the other would be the 'target'.
Two other variables would be the 'component' variables (an element taken from the unknown set), and the constraint variable (could be from either the known or unknown set).

The idea was that relationships between the KNOWN variables (an indicator and a target variable) could be used to indicate the rank relationship between the unknown component variable and the constraint variable.

You'd think this wouldn't work either, but my intuition was there were so many seemingly 'random' rank changes of variables in the known set for any two semiprimes, that 1. no two semiprimes ever shared the same order for every variable, and 2. the order of the known variables had to be leaking information about the relationships of the unknown variables.

It turns out my intuition was correct.

Imagine you are picking a lock, and by knowing the order and position of the first two pins, you are able to deduce the relative position of two pins further back that you can't reach because of the locks security features. It doesn't let you unlock the lock directly, but by knowing this, if you can get past the lock's security features, you have a chance of using information about the third pin to get a better, if incomplete, understanding about the boundary position of the last pin.

I would initiate a big scoring list, one for each known element or identity. And then I would check it in tandem like so:

if component > constraint and indicator > target:
indicator[j]+= 1

This is a simplication, but the idea was to score ALL such combination of relationship, whether the indicator was greater than the target at the same time a component was greater than a constraint, or the opposite.
This worked out to four if checks and four separate score lists.

And by subtracting one scorelist from another, I could check for variables that were a bad fit: they'd have equal probability of scoring for example, where they were greater than the target one time, and then lesser than it for another semiprime.

So for any given relationship, greater or lesser between any unknown variable and constraint variable, I could find any indicator variable and target variable whose relationship strongly correlated to the unknown's.

I hope one day i will stop writing dirty code to achieve a task, forget to refactor it and then struggle to use correct names for variables and methods when i need to move on other tasks.

Any JavaScript developers out there willing to help me out with something?

I have an interview question that I like to ask candidates that no one ever seems to get right. But, to me, it seems pretty basic, so I expect MOST JavaScript developers at almost any level of expertise to get it, and I like it generally because it demonstrates some core knowledge of JavaScript concepts and syntax.

But I want to verify that my feelings about it are reasonable, because give how few ever seem to get it right (and I'm talking across literally hundreds of interviews, MAYBE 2 people have ever gotten it right), I'm starting to wonder if I'm right or not.

Look at this code, and then answer the question after. Please do so off the top of your head and without testing anything since that's normally the experience a candidate would have. I'll give the answer after some time for anyone who gets it wrong but is curious.

But this isn't about YOU getting it right or not, and it's not about whether it's the best way to do something in JavaScript or anything like that, it's just about whether it's a reasonable question and whether my expectation that MOST JavaScript developers should get it right is fair.

const O = {
sayHello : function() { alert("Hello"); }
};
const S = "sayHello";

Question: using ONLY the variables O and S (and you MUST use both), write code that executes the sayHello function.

Thanks!

I need some opinions on Rx and MVVM. Its being done in iOS, but I think its fairly general programming question.

The small team I joined is using Rx (I've never used it before) and I'm trying to learn and catch up to them. Looking at the code, I think there are thousands of lines of over-engineered code that could be done so much simpler. From a non Rx point of view, I think we are following some bad practises, from an Rx point of view the guys are saying this is what Rx needs to be. I'm trying to discuss this with them, but they are shooting me down saying I just don't know enough about Rx. Maybe thats true, maybe I just don't get it, but they aren't exactly explaining it, just telling me i'm wrong and they are right. I need another set of eyes on this to see if it is just me.

One of the main points is that there are many places where network errors shouldn't complete the observable (i.e. can't call onError), I understand this concept. I read a response from the RxSwift maintainers that said the way to handle this was to wrap your response type in a class with a generic type (e.g. Result<T>) that contained a property to denote a success or error and maybe an error message. This way errors (such as incorrect password) won't cause it to complete, everything goes through onNext and users can retry / go again, makes sense.

The guys are saying that this breaks Rx principals and MVVM. Instead we need separate observables for every type of response. So we have viewModels that contain:

- isSuccessObservable
- isErrorObservable
- isLoadingObservable
- isRefreshingObservable
- etc. (some have close to 10 different observables)

To me this is overkill to have so many streams all frequently only ever delivering 1 or none messages. I would have aimed for 1 observable, that returns an object holding properties for each of these things, and sending several messages. Is that not what streams are suppose to do? Then the local code can use filters as part of the subscriptions. The major benefit of having 1 is that it becomes easier to make it generic and abstract away, which brings us to point 2.

Currently, due to each viewModel having different numbers of observables and methods of different names (but effectively doing the same thing) the guys create a new custom protocol (equivalent of a java interface) for each viewModel with its N observables. The viewModel creates local variables of PublishSubject, BehavorSubject, Driver etc. Then it implements the procotol / interface and casts all the local's back as observables. e.g.

protocol CarViewModelType {
isSuccessObservable: Observable<Car>
isErrorObservable: Observable<String>
isLoadingObservable: Observable<Void>
}

class CarViewModel {
isSuccessSubject: PublishSubject<Car>
isErrorSubject: PublishSubject<String>
isLoadingSubject: PublishSubject<Void>

// other stuff
}

extension CarViewModel: CarViewModelType {
isSuccessObservable {
return isSuccessSubject.asObservable()
}
isErrorObservable {
return isSuccessSubject.asObservable()
}
isLoadingObservable {
return isSuccessSubject.asObservable()
}
}

This has to be created by hand, for every viewModel, of which there is one for every screen and there is 40+ screens. This same structure is copy / pasted into every viewModel. As mentioned above I would like to make this all generic. Have a generic protocol for all viewModels to define 1 Observable, 1 local variable of generic type and handle the cast back automatically. The method to trigger all the business logic could also have its name standardised ("load", "fetch", "processData" etc.). Maybe we could also figure out a few other bits too. This would remove a lot of code, as well as making the code more readable (less messy), and make unit testing much easier. While it could never do everything automatically we could test the basic responses of each viewModel and have at least some testing done by default and not have everything be very boilerplate-y and copy / paste nature.

The guys think that subscribing to isSuccess and / or isError is perfect Rx + MVVM. But for some reason subscribing to status.filter(success) or status.filter(!success) is a sin of unimaginable proportions. Also the idea of multiple buttons and events all "reacting" to the same method named e.g. "load", is bad Rx (why if they all need to do the same thing?)

My thoughts on this are:

- To me its indentical in meaning and architecture, one way is just significantly less code.
- Lets say I agree its not textbook, is it not worth bending the rules to reduce code.
- We are already breaking the rules of MVVM to introduce coordinators (which I hate, as they are adding even more unnecessary code), so why is breaking it to reduce code such a no no.

Any thoughts on the above? Am I way off the mark or is this classic Rx?

I was wondering why my tutor needs a whole ass week to accept my MR.

Today he rejected one, so I got a chance to look at whatever he's doing.

He's checking line by line every single test I make and creates a variable for each dumb thing.

𝘦𝘹𝘱𝘦𝘤𝘵(𝘴𝘰𝘮𝘦𝘵𝘩𝘪𝘯𝘨.𝘪𝘥).𝘵𝘰𝘚𝘵𝘳𝘪𝘤𝘵𝘌𝘲𝘶𝘢𝘭(𝘴𝘰𝘮𝘦𝘖𝘵𝘩𝘦𝘳𝘛𝘩𝘪𝘯𝘨.𝘪𝘥)? No, this is bullshit.

𝘤𝘰𝘯𝘴𝘵 𝘴𝘰𝘮𝘦𝘵𝘩𝘪𝘯𝘨𝘐𝘋 = 𝘴𝘰𝘮𝘦𝘵𝘩𝘪𝘯𝘨.𝘪𝘥
𝘤𝘰𝘯𝘴𝘵 𝘴𝘰𝘮𝘦𝘖𝘵𝘩𝘦𝘳𝘛𝘩𝘪𝘯𝘨.𝘪𝘥 = 𝘴𝘰𝘮𝘦𝘖𝘵𝘩𝘦𝘳𝘛𝘩𝘪𝘯𝘨.𝘪𝘥
𝘦𝘹𝘱𝘦𝘤𝘵(𝘴𝘰𝘮𝘦𝘵𝘩𝘪𝘯𝘨𝘐𝘋).𝘵𝘰𝘚𝘵𝘳𝘪𝘤𝘵𝘌𝘲𝘶𝘢𝘭(𝘴𝘰𝘮𝘦𝘖𝘵𝘩𝘦𝘳𝘛𝘩𝘪𝘯𝘨𝘐𝘋)

I don't even know why you would take a week to accept a merge request when all you're doing is creating variables for things you use only once. I'm not even mad, I'm not ranting, I just need to know why would you do such a thing

Lua users, have you used moonscript?

It's a little language that has it's own interpreter or can be compiled down to Lua and it's absolutely lovely (currently using it with Love2d).

Of course, as with most things, what I love about it also royally pisses me off sometimes.

For starters local has to be declared for variables, unlike lua.
Otherwise the variable goes to _
Also note, that some tutorials literally tell you the opposite.

all variables are local by default
unless you don't declare them
then they go to _ (throwaway)
Some tutorials get this wrong too.

all variables have to be declared local
except tables. failure to declare a table WITHOUT a local will cause things like
table.insert to fail with "nil" values for no god damn reason.
No tutorial I could find mentioned this.

Did you know we call methods with '\'?
By the way, we call methods with '\'.
Why? Who the fuck knows.
Does make writing web routes more natural though.

Variables in the parameters of new are declared and bound for you. Would have loved to know this before hand instead of trying
to bind to them like a fucking idiot.

Fat arrows are used to pass in self for methods.
Unless you're calling a method. Then you use backwards slash. This fact is unhelpful when you're a beginner and dealing with the differences between the *other* arrow, the backslash, the fat arrow, and the fact that functions can be called with or WITHOUT parenthesis.
And on that note..

While learning all this other shit, don't forget parenthesis are optional!
Except when they're not!
..Like when you have a function call among your arguments and have to disambiguate which args belong to the outer call and to the inner call! Why not just be fucking consistent?

But on the plus size, ":" is now used for what it should have been used for in the fucking beginning: binding values to keys.
And on the downside, it's in a language thats built on top of another language that uses it for fucking *method calls*, a completely
different fucking usage.

And better still, to add to that brainfuckery thats lost in the mental translational noise like static on a fucking dialup modem, you define methods with the fat arrow. Wait, was that the single arrow or fat one? Yeah the fat one. Fuck. But not before you do THIS shit..

someShit: =>

yeah, you STILL include the god damn colon just so when you're coming from lua you can do a mental double take. "Why am I passing self twice? Oh right, because fuck me, I decided to use moonscript." It's consistent on that front but it also pisses me off.

A lot of these are actually quality of life improvements disguised as gotchas, but when you're two beers in to a 30 minute headscratcher it sure doesn't fucking feel like it.

Nevertheless, once I moved beyond the gotchas, it was like night and day. Sure moonscripts takes a giant steaming dump all over the lua output, like a schizophrenic alcoholic athena from the head of zeus, but god damn, when it works it just WORKS.

Locals that act like locals? Check.
Sane OOP? Check.
Classes, constructors, easy access to class methods, iterators? Check, check, check, check, check.

I fucking hate ceremony. Configuration over convention is for cunts. And moonscript goes a long ways toward making lua less cunty.
If you've ever felt this way while using lua, please, give moonscript a try.

You'll regret it, but in a good way!

So... Portugal already have CS classes for almost 20 years. Don't know what they teach now but everyone would know how to use windows, word and excel (specially kids without computers). My course was computers (what was called back then) and we spend half an year doing logic programming in paper and algorithms...
Any class that teaches programming should always start with logic programming, because you can apply it to any language...
Example: my latest programming class was 3 years ago, I did a CNC course (to work with machines that make molds... Think a 3d printer that cuts steel instead of pushing polimers) and my first question was :don't we start with logic programming or algorithms? The teacher first teased me... Then asked what is logic programming....
Resuming... At the end I was the only one who could use functions and variables... (check g-code and heidenhein, you'll get it).

Other then that I was the only one who got a job working cnc machines, everyone else that also got a job whent for the manual labor part (the molds are finished by hand)...

So... My thoughts... Any CS class that teaches programing should start with logic programming and algorithms... That's the foundation to learn any programming language.

<<prev. #wk235 advices>>

~ Study the Error log deeply, Google each line if needed. Don't give up.
~ Learn by doing. Don't just read/watch.
~ Practice breaking down the problem statement first in different components and hierarchies. Don't jump into coding right away.
~ Write some, review some. Don't put off review for later.
~ Even if you don't exactly follow the best security practices - always ensure that your program is safe for use. Especially for user-inputs, etc, pay attention.
~ Never distribute code with passwords/keys written in it.
~ Don't hard code stuff, use Config file, environment variables, etc.
~ Try to automate repetitive stuff like build and deploy etc
~ Save and backup you code.
~ No one knows everything, also, today's knowledge gets outdated tomorrow. Continuous learning is synonymous with this field.

<<next #wk235 advices>>

Good code is a lie imho.

When you see a project as code, there are 3 variables in most cases:

- time
- people / human resources
- rules

Every variable plays a certain role in how the code (project) evolves.

Time - two different forms: when certain parts of code are either changed in a high frequency or a very low frequency, it's a bad omen.

Too high - somehow this area seems to be relentless. Be it features, regressions or bugs - it takes usually in larger code bases 3 - 4 weeks till all code pathes were triggered.

Too low - it can be a good sign. But it should be on the radar imho. Code that never changes should be reviewed at an - depending on size of codebase - max. yearly audit. Git / VCS is very helpful here.
Why? Mostly because the chances are very high that the code was once written for a completely different requirement set. Hence the audit - check if this code still is doing the right job or if you have a ticking time bomb that needs to be defused.

People
If a project has only person working on it, it most certainly isn't verified by another person. Meaning that only one person worked on it - I'd say it's pretty bad to bad, as no discussion / review / verification was done. The author did the best he / she could do, but maybe another person would have had an better idea?

Too many people working on one thing is only bad when there are no rules ;)

Rules. There are two different kind of rules.

Styling / Organisation / Dokumentation - everything that has not much to do with coding itself. These should be enforced at a certain point, otherwise the code will become a hot glued mess noone wants to work on.

Coding itself. This is a very critical thing.

Do: Forbid things that are known to be problematic in the programming language itself. Eg. usage of variables in variables, reflection, deprecated features.

Do: Define a feature set for each language. Feature set not meaning every feature you want to use! Rather a fixed minimum version every developer must use and - in case of library / module / plugin support - which additional extras are supported.

Every extra costs. Most developers don't want to realize this... And a code base that evolves over time should have minimal dependencies. Every new version of an extra can have bugs, breakages, incompabilties and so on.

Don't: don't specify a way of coding. Most coding guidelines are horrific copy pastures from some books some smart people wrote who have no fucking clue what you're doing and why.

If you don't know how to operate on people, standing in an OR and doing what a book told you to do would end in dead person pretty sure. Same for code.

Learn from mistakes and experience, respect knowledge from other persons, but always reflect on wether this makes sense at this specific area of code.

There are very few things which are applicable to a large codebase on a global level. Even DRY / SOLID and what ever you can come up with can be at a certain point completely wrong.

Good code is a lie - because it can only exist at a certain point of time.

A codebase should be a living thing - when certain parts rot, other parts will be affected too.

The reason for the length of the comment was to give some hints on what my principles are that code stays in an "okayish" state, but good is a very rare state

There are mainly two cases (up to my knowledge) for naming variables. `snake_case` and `CamelCase` but some how we managed to add another one. Snake_Camel_Case_Combined. e.g. That_Weird_Variable_Name is so annoying to use.

I've always sucked at OOP and OOD, _in part_ because I have never encountered a good, common sense, relatable real-world example or analogy of why one would use protected or private variables/objects/functions over public. I watch tutorials and it all just sounds like static in my head and the explanations are just like "well, it's obvious you want to do blah blah blah because reasons."

Maybe it's just painfully obvious to everyone but me and my tiny brain just isn't capable of understanding. But if anyone has the example or analogy that made OOP click for you, please share.

I wasn't happy with one of our UI views for editing a database query that consisted of about 50 fields ("editing" being the operative term here, not just viewing. It had to be two-way). Everything was hardcoded and defined manually, with each block of ~10 lines being repeated and mostly identical apart from the occasional double inline field and name of the variable. It had "just ended up that way" over time due to the variable names in the UI being different than the names of the variables that came from the API.

I decided to overhaul it all where I defined the different input components and which fields should be included, then made a function which would generate the page based on these definitions. It was about 500 lines of modularized functions and classes where the class for the actual view was about 50 lines- compared to the 1400+ lines of the previous version.

But, it didn't work. It should, but it "just didn't". There was no error. All I got was a blank, solid white page. I could make a drastic change or try something completely different and I would get the same error, same blank page. API fetch succeeded, value assignments succeeded, the object exists, but if you iterated it it was... empty.

I started getting really discouraged that I had made it too abstract. Maybe I actually made it more complex and unreadable than before. Maybe just hardcoding it all was the better solution after all. Maybe I had gone against KISS and overdesigned it.

I was up pretty late and everyone had gone home. When the last guy left there was that mood where "yeah if I can't make this work we'll just use the current version...".

Turns out I had tried iterating over a property of the set of fields to render, rather than the entire collection. In the old method the variables were a member of an object, but now they were its own object, a change I had made to isolate the set of values which were to be viewed/edited and make them easier to pass back and forth. This member existed since I hadn't cleaned it out yet, but it was empty.

I had been banging my head against this for a whole day and I was ready to admit I had made a mistake and wasted my time before discarding it all, but then I backspaced this one property and the interface went from empty to rendering perfectly and with all functionality intact. I swear god rays were coming out of my screen.

So... Working alone in a hollyday, at night .
Turning mill operator.
Started working here 2 months ago.
Had to stop a machine. They like to work by brute force here, so a tool is braking on every piece I try to make...
Might just go home early.
I know what the problem is and how to solve it, but I'm new here, I'm not going to tell the engenheir how these very expensive machines should operate.
Problem is: cutting tool should cut at most 1mm per passage, they program only one passage so its cutting maybe 10mm each time.
I just had to change a few parameters in the variables for cutting depth... But they will never learn while operators solve that problem behind the boss back. So machine is resting.
Also have no more pieces to work in the other machines... They don't pay well, so 4 people left just last month for better jobs and now there isn't enough workers to keep production.
Why do people still use 1940's methods in today's companies?

Doing someone else's Code Review in my project: "You must retain the holiness and piety of the code you write by following PascalCase naming for files and kebab-case naming for CSS variables. Avoid using duplicate strings by declaring enums in a constants.ts file and using that all throughout the app"

During my own Code Review in someone else's project: "WHAT THE FUCK DO YOU MEAN I CANNOT PASS FUNCTION REFERENCES AS PROPS TO A REACT COMPONENT AND ALWAYS NEED TO INVOKE IT INSIDE AN INLINE FUNCTION FOR THE PROP."
"WHAT KINDA FKIN DRUGS ARE YOU ON TO USE snake_case IN TYPESCRIPT DID YOUR MOM DROP YOU ON YOUR HEAD WHEN YOU WERE BORN YOU SACRILEGIOUS PIECE OF SHIT"
"WHAT DO YOU MEAN I SHOULD USE BOTH SINGLE AND DOUBLE QUOTES FOR IMPORTS AS PER LOCAL OR GLOBAL; I'LL SHOVE THE SINGLE QUOTE UP YOU WHERE THE SUN DOESN'T SHINE YOU FKIN DEGENERATE MORON"

As much as I do believe in self righteousness of my own coding conventions over others (I might be slightly better than others but I really can't claim good authority because I've had my lapses in conventions too; and being one of the newer members of the team certainly doesn't help, despite my boss supporting my initiative), I guess it is high time we bring in some already established code conventions in the team that is finally big enough to warrant them. Maybe AirBnB.

I’m so sorry if this is the place for questions. I’m terrified of stack overflow and have been searching for a week for a solution and can’t find one. This is for React.js people.

I was tasked to create a webpage with react. The limitation is, they did not wanna adopt the node.js dependency. I said ok, I’ll figure it out. You can inject react, material UI, and babel with script tags in HTML, then put ur lil components in it. I did that and it works beautifully.

However, now I have to write tests for this. I think it’s actually impossible without a way to render React, so I have to use the browser, or node, right? I convinced my boss to allow me to use a node.js container just for testing, which I thought would make my life easier.

I don’t know how to render this thing with node. It’s just an HTML file that pulls react via script tags, and idk how to serve html with node. Additionally, none of the React testing libraries seem to support testing a system that wasn’t designed to be served with node, at least not easily. My gut tells me that the complication with how things are imported contributes at least a little to this (dependencies pulled via script tags in the HTML file and made available to react through global const variables).

I could be wrong about any of this — im fairly new. But how tf do I go about testing these react components? For reference, if you go to Reacts docs, there’s a section called “add react to a page in one minute” that’s pretty much what I did.

Growing list of asks to a team member that are unheeded:
1) Check in your code frequently
2) Stop the completion emails for your program
3) Stop using your personal UserID/Password to send said email
4) Create classes that do one thing
5) Reuse your database connections
6) Use DataTables and write to the database once and not a bunch of variables and write at the end of your crazy loop-if-else structures.

Roses are red
I'm gonna cry
"can't read function 1 of undefined"

when your trying to use someone else code, but they have it very unoptimized, so you fix it up, only to refresh your editor to see Type-error hell and the editor tells you to fuck off by not telling you what line it's on...

I mean what the fuck man. Why do editors do this shit. They don't clear their caches sometimes, so you don't know if a type-error occurs, so your just FUCKED and you have to start all over. I've spent 5 hours just trying to edit one fucking program so I can import it into mine. The code itself is just fine, but the amount of sloppy variables is good damn outrages, I legit have to leave non-critical variables or else the program just breaks, even though those variables aren't even being fucking used for the purpose I have the program for anyways. And I can't just leave the code as it is because it would cause to much of a performance drop in a program that involves music. Like I would let that happen. The worse part is, is that I got so close one time, it was almost done, no type-errors, 2 hours in, I get a little excited and delete some more useless code without checking for type errors. Well guess I'll go fuck myself. Oh? I can't seem to find the most likely most useless unrelated variable? Shucks, oh boy, oh gee. Fuck off with this shit, I didn't start learning JavaScript only to be fisted in the ass if I want to use code from someone else program. Literally it would be so much better if the editor could tell me where this error is, but noooooooooooooooo, it's literally an internal error and that means I can go fuck myself two ways to Sunday

[CONCEITED RANT]
I'm frustrated than I'm better tha 99% programmers I ever worked with.

Yes, it might sound so conceited.
I Work mainly with C#/.NET Ecosystem as fullstack dev (so also sql, backend, frontend etc), but I'm also forced to use that abhorrent horror that is js and angular.
I write readable code, I write easy code that works and rarely, RARELY causes any problem, The only fancy stuff I do is using new language features that come up with new C# versions, that in latest version were mostly syntactic sugar to make code shorter/more readable/easier.

People I have ever worked with (lot of) mostly try to overdo, overengineer, overcomplicate code, subdivide into methods when not needed fragmenting code and putting tons of variables.

People only needed me to explain my code when the codebase was huge (200K+ lines mostly written by me) of big so they don't have to spend hours to understand what's going on, or, if the customer requested a new technology to explain such new technology so they don't have to study it (which is perfectly understandable). (for example it happened that I was forced to use Devexpress package because they wanted to port a huge application from .NET 4.5 to .NET 8 and rewriting the whole devexpress logic had a HUGE impact on costs so I explained thoroughly and supported during developement because they didn't knew devexpress).

I don't write genius code or clevel tricks and patterns. My code works, doesn't create memory leaks or slowness and mostly works when doing unit tests at first run. Of course I also put bugs and everything, but that's part of the process.

THe point is that other people makes unreadable code, and when they pass code around you hear rising chaos, people cursing "WTF this even means, why he put that here, what the heck this is even supposed to do", you got the drill. And this happens when I read everyone code too.

But it doesn't happens the opposite. My code is often readable because I do code triple backflips only on personal projects because I don't have to explain anyone and I can learn new things and new coding styles.

Instead, people want to impress at work, and this results in unintelligible, chaotic code, full of bugs and that people can't read. They want to mix in the coolest technologies because they feel their virtual penis growing to showoff that they are latest bleeding edge technology experts and all.

They want to experiment on business code at the expense of all the other poor devils who will have to manage it.

Heck, I even worked with a few Microsoft MVPs.
Those are deadly. They're superfast code throughput people that combine lot of stuff.
THen they leave at you the problems once they leave.

This MVP guy on a big project for paperworks digital acquisiton for a big company did this huge project I got called to work in, which consited in a backend and a frontend web portal, and pushed at all costs to put in the middle another CDN web project and another Identity Server project to both do Caching with the cdn "to make it faster" and identity server for SSO (Single sign on).

We had to deal with gruesome work to deal with browser poor caching management and when he left, the SSO server started to loop after authentication at random intervals and I had to solve that stuff he put in with days of debugging that nasty stuff he did.

People definitely can't code, except me.
They have this "first of the class syndrome" which goes to the extent that their skill allows them to and try to do code backflips when they can't even do code pushups, to put them in a physical exercise parallelism.

And most people is like this. They will deny and won't admit, they believe they're good at it, but in reality they aren't.

There is some genius out there that does revoluitionary code and maybe needs to do horrible code to do amazing stuff, and that's ok. And there is also few people like me, with which you can work and produce great stuff.

I found one colleague like this and we had a $800.000 (yes, 800k) project in .NET Technology, which consisted in the renewal of 56 webservices and 3 web portals and 2 Winforms applications for our country main railway transport system. We worked in 2 on it, with a PM from the railway company.

It was estimated 14 months of work and we took 11 and all was working wonders. We had ton of fun doing it because also their PM was a cool guy and we did an awesome project and codebase was a jewel. The difficult thing you couldn't grasp if you read the code is if you don't know how railway systems work and that's the only difficult thing.

Sight, there people is macking me sick of this job

So as a personal project for work I decided to start data logging facility variables, it's something that we might need to pickup at some point in the future so decided to take the initiative since I'm the new guy.
I setup some basic current loop sensors are things like gas line pressures for bulk nitrogen and compressed air but decided to go with a more advanced system for logging the temperature and humidity in the labs. These sensors come with 'software' it's a web site you host internally. Cool so I just need to build a simple web server to run these PoE sensors. No big deal right, it's just an IIS service. Months after ordering Server 2019 though SSC I get 4 activation codes 2 MAK and 2 KMS. I won the lottery now i just have to download the server 2019 retail ISO and... Won't take the keys. Back to purchasing, "oh I can download that for you, what key is yours". Um... I dunno you sent me 4 Can I just get the link, "well you have to have a login". Ok what building are you in I'll drive over with a USB key (hoping there on the same campus), "the download keeps stopping, I'll contact the IT service in your building". a week later I get an install ISO and still no one knows that key is mine. Local IT service suggests it's probably a MAK key since I originally got a quote for a retail copy and we don't run a KMS server on the network I'm using for testing. We'll doesn't windows reject all 4 keys then proceed to register with a non-existent KMS server on the network I'm using for testing. Great so now this server that is supposed to connected to a private network for the sensors and use the second NIC for an internet connection has to be connected to the old network that I'm using for testing because that's where the KMS server seems to be. Ok no big deal the old network has internet except the powers that be want to migrate everything to the new more secure network but I still need to be connected to the KMS server because they sent me the wrong key. So I'm up to three network cards and some of my basic sensors are running on yet another network and I want to migrate the management software to this hardware to have all my data logging in one system. I had to label the Ethernet ports so I could hand over the hardware for certification and security scans.

So at this point I have my system running with a couple sensors setup with static IP's because I haven't had time to setup the DNS for the private network the sensors run on. Local IT goes to install McAfee and can't because it isn't compatible with anything after 1809 or later, I get a message back that " we only support up to 1709" I point out that it's server 2019, "Oh yeah, let me ask about that" a bunch of back and forth ensues and finally Local IT get's a version of McAfee that will install, runs security scan again i get a message back. " There are two high risk issues on your server", my blood pressure is getting high as well. The risks there looking at McAfee versions are out of date and windows Defender is disabled (because of McAfee).

There's a low risk issue as well, something relating to the DNS service I didn't fully setup. I tell local IT just disable it for now, then think we'll heck I'll remote in and do it. Nope can't remote into my server, oh they renamed it well that's lot going to stay that way but whatever oh here's the IP they assigned it, nope cant remote in no privileges. Ok so I run up three flights of stairs to local IT before they leave for the day log into my server yup RDP is enabled, odd but whatever let's delete the DNS role for now, nope you don't have admin privileges. Now I'm really getting displeased, I can;t have admin privileges on the network you want me to use to support the service on a system you can't support and I'm supposed to believe you can migrate the life safety systems you want us to move. I'm using my system to prove that the 2FA system works, at this rate I'm going to have 2FA access to a completely worthless broken system in a few years. good thing I rebuilt the whole server in a VM I'm planning to deploy before I get the official one back. I'm skipping a lot of the ridiculous back and forth conversations because the more I think about it the more irritated I get.

Some background:

About 2 months ago, my company wanted to build a micro service that will be used to integrate 3 of our products with external ticketing systems.

So, I was asked to take on this task. Design the service, ensure extendability and universality between our products (all have very different use cases, data models and their own sets of services).

Two weeks of meetings with multiple stakeholders and tech leads. Got the okay by 4-6 people. Built the thing with one other guy in a manner of a week. Stress tested it against one ticketing service that is used in a product my team is developing.

Everyone is happy.

Fast forward to last Thursday night.

“Email from human X”: hey, I extended the shared micro service for ticketing to add support for one of clients ghetto ticketing systems. Review my PR please. P.S. release date is Monday and I am on a personal day on Friday.

I’m thinking. Cool I know this guy. He helped me design this API. He must’ve done good. . . *looks at code* . . . work..... it’s due... Monday? Huh? Personal day? Huh?

So not to shit on the day. He did add much needed support for bear tokens and generalized some of the environment variables. Cleaned up some code. But.... big no no no...

The original code was written with a factory pattern in mind. The solution is supposed to handle communication to multiple 3rd parties, but using the same interfaces.

What did this guy do wrong? Well other than the fact that he basically put me in a spot where if I reject his code, it will look like I’m blocking progress on his code...

His “implementation” is literally copy-paste the entire class. Add 3 be urls to his specific implementation of the API.

Now we have

POST /ticket
PUT /ticket
POST /ticket-scripted
PUT /ticket-scripted
POST /callback

The latter 3 are his additions... only the last one should have been added in reality... why not just add a type to the payload of the post/put? Is he expecting us to write new endpoints for every damn integration? At this rate we might as well not have this component...

But seriously this cheeses me... especially since Monday is my day off! So not only do I have to reject this code. I also have to have a call now with him on my fucking day off!!!!

Arghhhhhh

Okay, I hope a few people can help me with this; what are the benefits/reasons to use MS technologies? I'm talking about .NET, ASP, Windows Server, Powershell...

I've never understood it. I love Nodejs because you don't have any packages unless you ask for them. Alpine Linux is amazing! It runs on 8MB of RAM from fresh and doesn't need much more space to install.

You want .NET core? 140MB download. You're configuring database connection strings? Feel free to type in whatever you like, it'll parse and replace with some magic variables that have come from some other random file.

I was using Powershell recently, needed to set an env variable. Bash is happy with "export name=value". You want to do that in Powershell? I just googled it and found an entire 40-minute read discussing how to set env vars. Why?! It should be one command, and I don't know who thought that "Get-ChildItem" was _obviously_ referring to env variables.

It seems to me that everywhere MS has got their hands on development-wise, it inherits the typical sales bullshit. No no, you can't call them "websockets", they have to be branded "SignalR" and add tons of overhead. You can't say "disable notifications" it has to be "focus assist". I'm really surprised something as simple as a keyboard hasn't become a "varied user input device" or something of the like.

Am I alone in thinking this?

Which syntax is "correct" TypeScript syntax ?. I prefer the first one. But what's about guidelines ?

Note for UpperCase variables: yes I know. We use that syntax to differentiate public and private variables. (Yes I know that doesn’t exist in JavaScript)