Anyone looking for something interesting to do???

Step 1) understand how basic circuitry works on a bread board nothing too fancy. ( Implement NAND, AND, ADDER, SUBTRACTOR)

Step 2) learn about microprocessors and how OS works

Step 3) learn assembly

Step 4)write a basic assembler and understand how loaders and linkers works !

Step 5) write a kernel with very basic features like memory management and process management and some drivers for IO

Step 5) write an emulator for some simple systems .! ex chip-8.

Step 6) read about compiler theory and automata

Step 7) write a basic Python interpreter that compiles (not interpreter) to native assembly.

Step 8) implement TCP stack .

Step 9) learn as much as u can about complexity measurement ), data structures and algorithms using C or C++ it's very important ( familiarity with pointers and thus computer memory )

Step 10) learn any high level language of choice like Python or Ruby.

Step 11) stop debating over tabs vs spaces , emacs vs vim , angular vs vue, php vs Python , OOps vs procedular vs functional ( just know about all of them and when to use but don't fucking debate over which one is superior )..

Step 12) live happily and be healthy.

Although I love developing I always thought that there was something missing.
I learned Java but didn't really like it. I had spent quite some time with web development and enjoyed it but I felt like developing with JavaScript was too high level and I felt the same for Python.

So I started learning the most awesome programming language: C

I just love that I have so much control over everything and that the language is so compact and gives you just the right amount of tools you need.

I also love physics and electronics a lot and it feels awesome to first build something and then program it.

I am looking forward to design a PCB (printed circuit board) and write code for an AVR microcontroller like the Atmega328 (most arduinos use this one).

Picture of the project I am working on.

Okay i'm done - YOU FUCKING ANDROID STUDIO MORONS. Being at a high level in C++, I tried to do some android coding. THERE ARE FUCKING NO GOOD TUTORIALS, NO GOOD DOCS, HECK, THE SELF GENERATED CODE OF THE IDE IS WRONG: WHAT THE FUCK IS GOING ON YOU FUCKING MORONS?
oh wait, let me first import android.widgets.rant;
or was it android.widgets.devrant.rant; or was it android.dr.rant.RantManager;?

Oh wait, I know lets search the docs?
OH WAIT THE DOCUMENTATION DOESNT HAVE THAT.
NOW HOW ABOUT I JUST TRY THE EXAMPLE CODE? WELL UH-UH! YOU HAVE TO FIND OUT YOURSELF WHAT TO IMPORT IN ORDER FOR IT TO WORK. ALSO, WHAT FUCKING UP WITH THAT PERMISSION SYSTEM? ITS SO BADLY DOCUMENTED!!!

Oh wait, I'm sure that I have to change something in this file... or was it that other file?

GOD
how dare they have style and design guidelines?
MORONS!

I will resort to implement my app idea in godot, idc anymore... I don't want to burn out because I used the "official high standard" tech.

it definitely isn't high standard and definitely not good. Thank you morons@google

THANK YOU FOR NOTHING

A FRAMEWORK WHERE I NEED 2 DAYS TO FIGURE OUT TO ADD EVENT LISTENERS TO MY THINGS IS DEFINITELY NOT ONE I'D LIKE TO USE.

also, whats up with

AudioRecord (int audioSource, int samplerateInHz, int channelConfig, int audioFormat, int bufferSizeInBytes);

ARE WE BACK IN THE C ERA? CAN'T YOU BE BOTHERED TO IMPLEMENT SOME SIMPLE FUCKING ENUMS????

WHATS THE POINT OF AN OOP LANGUAGE IF YOU ARE GOING TO USE IT LIKE C?

Oh wait I found a tutorial ... First trigger: "java scripts". Second trigger: this guy LITTERALLY ONLY TEACHES YOU HOW TO PLACE WIDGETS ON THE CANVAS. THANKS FOR NOTHING SHERLOCK!

Oh btw: did you know that android studio gives the best error messages?
"Error: illegal start of expression"
NO ERROR MESSAGE - NOTHING!
YOU BETTER USE THE IDE OR YOU GO HOME YOU FUCKER!!!

Oh and btw: if you want to read the best documentation - the code itself YOU GOTTA AGREE TO OR TERMS OF SERVICE!!!! WE DONT WANT ANYBODY TO BECOME SUCCESSFUL WITHOUT US KNOWING!!!!!

THANK YOU GOOGLE FOR NOTHING!
YOU FUCKERS!

thanks godot for *atleast* existing. You are the... last pick i'd pick, but :shrug:, I have experienced android studio now.

If anybody has any advice on what to use instead, please go ahead. And you better not tell me how good you are at android studio. I DONT CARE ABOUT WHAT YOU CAN IMPLEMENT IN ANDROID STUDIO. I JUST WANT SOMETHING THAT IS USABLE WITHOUT HAVING TO BE EXTRA CAREFUL WHEN DOING *ANYTHING*!!!!

fuckers.

FUCK LINUX

now that I have your attention, and you’re probably angry, too, please, even if you don’t read this rant, never use code.org again. now, onto the rant…

god dammit, code.org sucks. I mean, anyone who created it or associates with it should, well, be considered a terrorist. they’re bombing students futures in computer science with false, useless, bullshit information. not to mention, their sponsors like bill gates, mark zuckerburg, and other rich asses, talk in a video about some boring ass shit that is hard to understand for anyone who doesn’t program, and not to mention, they use a fucking five dollar microphone. ear rape. even if you look at a textual version of it, then read the information on it, it’s practically useless because it's so terribly explained, and also useless. ironically enough, they focus on their animations more than their actual explinations, or their students for that matter. the fact that we had to encode a picture in binary, made me about 50% dumber, give or take a 0 or 1. then, we had to do it in hex, which wasn’t really much better, although more realistic I supposed. what's really the most depressing thing about this class is its application in the real world. I've learnt nothing whatsoever that will help me in the real world, or in computer science. I suppose there's two things that may be useful (that I already knew): hex, and that TCP doesn't lose packets. that's it. those two things. five seconds worth of knowledge from the first quarter of the year. the ideas just make me want to throw up. teaching the main ideas of computer science without actually teaching it? one of the teachers (probably a good one) enrolled her students in an online programming course just so they could understand, because the explanations are just so terrible. this is the only [high school] computer science course offered by code.org, and I signed up because it's an AP computer science class (tried to get into AP Java, the day I was supposed to take the test to get into an upper level class, I was told it didn't count as a tech credit). seriously, fuck code.org. it makes you dumber. their 'app lab' environment is pointless, just like everything else. the app lab is basically where you have a set of commands and have to make a dog bark() or a storm trooper miss() [and that's hell when they haven't introduced while loops yet]. the app lab is literally code.org going out of their way to make everything that their students are learning pointless in the real world. seriously, why can't we just use a <canvas> like an ACTUAL PROGRAMMER would do if they were to make a browser game, not use an app engine so slow it would be faster to update windows and android studio each time I run an 'app' in their 'environment'. their excuse is that the skills "transfer over" to the real world. BITCH! IF I DIDN'T KNOW JAVA, AND I WANTED TO MAKE A GAME IN JAVA, I'M NOT GOING TO LEARN PYTHON, THEN "TRANSFER" THE SKILLS I LEARNT, I'M GOING TO LEARN FUCKING JAVA. AND THAT GOES FOR EVER OTHER LANGUAGE, PROJECT, ETC.

I'm begging you code.org, stop, get help.

I've optimised so many things in my time I can't remember most of them.

Most recently, something had to be the equivalent off `"literal" LIKE column` with a million rows to compare. It would take around a second average each literal to lookup for a service that needs to be high load and low latency. This isn't an easy case to optimise, many people would consider it impossible.

It took my a couple of hours to reverse engineer the data and implement a few hundred line implementation that would look it up in 1ms average with the worst possible case being very rare and not too distant from this.

In another case there was a lookup of arbitrary time spans that most people would not bother to cache because the input parameters are too short lived and variable to make a difference. I replaced the 50000+ line application acting as a middle man between the application and database with 500 lines of code that did the look up faster and was able to implement a reasonable caching strategy. This dropped resource consumption by a minimum of factor of ten at least. Misses were cheaper and it was able to cache most cases. It also involved modifying the client library in C to stop it unnecessarily wrapping primitives in objects to the high level language which was causing it to consume excessive amounts of memory when processing huge data streams.

Another system would download a huge data set for every point of sale constantly, then parse and apply it. It had to reflect changes quickly but would download the whole dataset each time containing hundreds of thousands of rows. I whipped up a system so that a single server (barring redundancy) would download it in a loop, parse it using C which was much faster than the traditional interpreted language, then use a custom data differential format, TCP data streaming protocol, binary serialisation and LZMA compression to pipe it down to points of sale. This protocol also used versioning for catchup and differential combination for additional reduction in size. It went from being 30 seconds to a few minutes behind to using able to keep up to with in a second of changes. It was also using so much bandwidth that it would reach the limit on ADSL connections then get throttled. I looked at the traffic stats after and it dropped from dozens of terabytes a month to around a gigabyte or so a month for several hundred machines. The drop in the graphs you'd think all the machines had been turned off as that's what it looked like. It could now happily run over GPRS or 56K.

I was working on a project with a lot of data and noticed these huge tables and horrible queries. The tables were all the results of queries. Someone wrote terrible SQL then to optimise it ran it in the background with all possible variable values then store the results of joins and aggregates into new tables. On top of those tables they wrote more SQL. I wrote some new queries and query generation that wiped out thousands of lines of code immediately and operated on the original tables taking things down from 30GB and rapidly climbing to a couple GB.

Another time a piece of mathematics had to generate all possible permutations and the existing solution was factorial. I worked out how to optimise it to run n*n which believe it or not made the world of difference. Went from hardly handling anything to handling anything thrown at it. It was nice trying to get people to "freeze the system now".

I build my own frontend systems (admittedly rushed) that do what angular/react/vue aim for but with higher (maximum) performance including an in memory data base to back the UI that had layered event driven indexes and could handle referential integrity (overlay on the database only revealing items with valid integrity) or reordering and reposition events very rapidly using a custom AVL tree. You could layer indexes over it (data inheritance) that could be partial and dynamic.

So many times have I optimised things on automatic just cleaning up code normally. Hundreds, thousands of optimisations. It's what makes my clock tick.

Application level developer: It's so simple just import that dependency and use that API.

Low level developer : That's cute.

Overheating The Javascript Ecosystem

Paranoid thought: You know, in the course of every day, being the corrupt piece of shit that I am, whenever I see a scandal or what looks like shenanigans-in-the-making, I ask myself

"Wisecrack, is this a fucking scam or con of some sort?"

I was recently asking myself this about javascript.

Not the language per se, but the ecosystem.

I noticed how there are a thousand CLIs for simple shit. Another four thousand for page long libraries, for simpleton level shit (because prototypes are designed after satans own aborted love-child of object models). I noticed another eight thousand guys imitating steve jobs, talking at conferences and 'change the world' high-on-huffing-my-own-shit TEDX talks like rubyists that don't realize the world has moved on, all to hawk books and inflate CVs for cushy positions at major tech firms and the herd of dicksuckers following the next fad off a cliff like lemmings. And another eight thousand 'tech journalists' pushing them off the cliff while begging for outrage and hype dollars and slowly circling like vultures above the drain that is the ad-based economy.

And I thought to myself.

"Wisecrack, who benefits from all this noisy self-indulgent horseshit? Where is all the money coming from for all these books, conferences, meetings, publications, media, bread, and circuses?"

"I don't know wisecrack. But if I were the CEO of a big company, threatened by the prospect of a universal language, or universal platform, like flash, but one I couldn't kill like flash, I would try to do the most corrupt thing I could think of."

"Whats that wisecrack?"

"I would try to 'overheat' the ecosystem by selectively hiring people from that ecosystem, pumping money into a boatload of similar products, all in the hopes of provoking the equivalent of an immune overreaction, imitators all flooding the ecosystem with the same shit in different packages, self promoting sycophants, aggrenadizing social media idiots, tools sold as tools, hyped as 'the next coming of steve jobs', overcooked shit that focuses on ceremony over functionality, ritual over productivity, documentation over innovation like some sort of amazonion infinite nesting doll hellscape of documents linking to documents linking to documents, each one a new circle of dantes inferno, where the definition of anything links to another document that says "see also xyz", and I would convince them that they had done it to themselves."

And then I would push typescript as their lord, savior, and master. "

"How do you know all this wisecrack?"

"Because I am a piece of shit, and, this is what I would do in any executive's shoes."

Working in the embedded systems industry for most of my life, I can tell you methodical testing by the software engineers is significantly lacking. Compared to the higher level language development with unit tests and etc, something i think the higher level abstracted industry actually hit out the of park successfully.

The culture around unit testing and testing in general is far superior in java and the rest.

Down here in embedded all too often I hear “well it worked on my setup... it worked at my desk”.. or Oh I forgot to test that part.. or I didn’t think that perticular value could get passed in... etc I’ve heard it all. Then I’ve also heard, you can’t do TTD or unit tests like high level on embedded... HORSESHIT!

You most definitely can! This book is a great book to prove a point or use as confirmation you are doing things correctly. My history with this book was I gonna as doing my own technique of unit testing based on my experience in the high level. Was it perfect no but I caught much more than if I hadn’t done the testing. THEN I found this book, and was like ohh cool I’m glad I’m on the right thought process because essentially what they were doing in the book is what I was doing just slightly less structured and missing a few things.

I’ve seen coworkers immediately think it’s impossible to utilize host testing .. wrong.

Come to find out most the of problems actually are related to lack of abstraction or for thought out into software system design by many lone wolf embedded developers.. either being alone, or not having to think about repercussions of writing direct register writes in application or creating 1500 line “main functions” because their perception is “main = application”. (Not everyone is like this) but it seems to be related to the EEs writing code ( they don’t know wha the CS knows) and CS writing over abstraction and won’t fit on Embedded... then you have CEs that either get both sides or don’t.. the ones to understand the low level need but also get high level concepts and pariadigms and adapt them to low level requirements BOOM those are the special folks.

ANYway..the book is great because it’s a great beginner book for those embedded folks who don’t understand what TDD is or Unit testing and think they can’t do it because they are embedded. So all they do is AdHoc testing on the fly no recording results no concluding data very quick spot check and done....

If your embedded software engineers say they can’t unit test or do TDD or anything other than AdHoc Testing...Throw the book at them and say you want the unit test results report by next week Friday and walk away.

Lol

start teaching people how and why to delete code instead of teaching them only how to write code

compare functional and object oriented languages as well as high level and low level languages and explain what are advantages of using certain language without going into the syntax

let people do mistakes and don’t punish people for making them but let them explain what happened, if they know what was the cause of mistake it is worth ten times than doing things correctly

mix teams per period of time instead of per project

make showcases how to modify ugly code to pretty one and what are the steps and what patterns people should look after

teach by not showing old stuff but showing where old stuff exists in modern things and why it’s important there and what’s the purpose of doing things certain way instead of flat theory based on ancient examples

Why am I such an average ?

It's just a sad realisation. Nobody cares but I wanna send this out there, just to write thoughts.. I am 18 in 3rd year of high school (grammar school so nothing IT related, basically waste of time) and in IT I'm all self taught but I feel like I could be better if I just didn't [something]..

I feel like I wanna learn so many things but when I look at you, it seems like a common problem in the IT sphere so hey, average guy joining the club.

I also feel dumb when programming. I didn't manage to learn C++ in it's entirety because to really accomplish something, you've got so many ways to do it and finding the best one requires deep understanding of the tools you've got at your disposal with the language and I feel like I'm not capable of this(self learn, in school/Uni that's different story).. But many (most) of you are. I've tried many coding challenges and when I got it working, I just saw how someone did it in one line just by layering functions that I've never heard of..

Also, we've got kinda specific national competition here in many fields including IT for high schools.. And the winners always do sometimes like "AI driven Life simulation" or "Self flying drone made from ATMega from scratch with 3D simulation in C# to it" or "Game engine" or whatever shit and it's always from grammar schools and never IT related schools.. They are like me. Maybe someone helped them, I don't know, but they are just so far away from me while I'm here struggling to get the basic level of math for any kind of machine learning..

Yeah I've written Neural Network from scratch in C but meh, honestly it's pretty basic stuff .. I'd rather understand derivatives which we're going to learn next year and I'm too lazy to learn it from khan academy because I always learn something else.. Like processing (actually codetrain started teaching tensorflow so that might be the light for me...) Or VHDL (guys you can create your own chip / CPU from scratch and it's not even hard and OMFG it's so fucking cool , full adder done yay) or RPi or commodore 64 assembly or game development with Godot and just meh..

I mean, this sounds exactly like not knowing what to do and doing nothing in the end. That was me like 6-12 months ago. Now I'm managing to pick 2-3 things and focus them and actually feel the progress.

But I lost track of the original point.. I didn't do anything special, every time I'm programming something, everyone does it better and I feel dumb. I will probably never do anything special, everyone around says "He's still learning he's genius" but they have no idea.

I mean, have you seen one of the newest videos on Google's YouTube channel (I openly hate them, but I will keep that away for now), something like "Sarah story" ? It's about girl that apparently didn't care about IT but self learned tensorflow on high school. I think it may be bullshit (like ALL of their videos ) but it's probably just fancied, not complete lie.

And again, here I am. I now C but I'm incapable of learning to program good which most of you did and are now doing for living. I'm incapable to do anything cool, just understanding what everybody else did and replicating it. I'm incapable of being clever.

Sorry, just misusing devrant to vent a bit

I am a firmware developer with 4 years experience. C and sometimes assembly is my bread and butter.

Like 2 years ago, I was really interested to make a switch to application development. Got referred by my friend to her startup.

But I was a bit rusty with my data structures, high level languages and interpersonal skills.

The first question was to find the number of occurences for each word in a paragraph. The language choice was Java. But I was allowed to use C++ since it was the closest relative to Java that I knew.

And I started implementing a binary search tree from scratch and started inserting each tokenised word into it, wrote a traversal algorithm.

The interviewer, luckily, was a patient guy. After I completed my whole mess, he asked is it possible to do this in a slightly better way with constant time access without traversal.

I said yes, we can with a hash table but I dont know how to implement one. He replied I dont expect you to implement the hash table but see you use it. I asked him if I am allowed to used the standard library, for which he said ofcourse.

*facepalm*.

Finally I understood his expectation, referred cppreference.com and used an unordered_map.

Later there were some quesion on databases for which I tried my best to answer. And I frankly replied that I am not comfortable with JS frameworks as of now. Got rejected.

So the mistake is I never asked basic questions like what is the time complexity expects, if I was allowed to use standard library, didnt spend some extra time on studying stuffs needed for the domain switch and most importantly I panicked.

Probably the MOST complete software book on a very broad subject.

This is book to read for those of you are near college grad, first job in the industry. But to the level of detail and broad coverage this book has I think it’s actually a great book for everyone in the industry almost as a “baseline”

From requirements, project planning, workflow paradigms. Software Architecture design, variable naming, refactoring, testing, releasing the book covers everything, not only high level but also in reference to C.

Why C ...because in the consumer electronics, automotive industry, medical electronics and other industries creating physical products c is the language of choice, no changing that. BUT it’s not a C book... it contains C and goes into dept into C but it’s not a C book, C is more like a vehicle for the book, because there are long established, successful industry’s built around it. Plenty of examples.

When I say it’s the most complete on a broad subject seriously like example the chapter about the C language is not a brief over like many other books, for example 10 pages alone are dedicated to just pointer! Many C books have only a few paragraphs on the subject. This goes on depth.

Other topics, recursion, how to write documentation for your code.

Lots of detail and philosophy of the construction of software.

Even if you are a veteran software engineer you could probably learn a thing or two from the book.

It’s not book that you can finish in weekend, unless you can read and comprehend over 1000 pages.

Very few books cover such a broad topic ALL while still going into great detail on those subtopics. the second part is what lacks in most “broad topic books” ..

Code Complete.. is definitely “Complete”

So the image doesn’t match the rest of my book images because I tried to make an amage to cover of the book, inception style kinda haha 😂

Learning Go. How I didn't learned it before? It has the efficiency of a low level language with the beautiful syntax and abstraction of a high level one.

At work, my closest relation is with the DBA. Dude is a genius when it comes to proper database management as well as having a very high level of understanding concerning server administration, how he got that good at that I have no clue, he just says that he likes to fuck around with servers, Linux in particular although he also knows a lot about Windows servers.

Thing is, the dude used to work as a dev way back when VB pre VB.NET was all the rage and has been generating different small tools for his team of analysts(I used to be a part of his team) to use with only him maintaining them. He mentioned how he did not like how Microsoft just said fk u to VB6 developers, but that he was happy as long as he could use VB. He relearned how to do most of the GUI stuff he was used to do with VB6 into VB.NEt and all was good with the world. I have seen his code, proper OOP practices and architectural decisions, etc etc. Nothing to complain about his code, seems easy enough to extend, properly documented as well.

Then he got with me in order to figure out how to breach the gap between building GUI applications into web form, so that we could just host those apps in one of our servers and his users go from there, boy was he not prepared to see the amount of fuckery that we do in the web development world. Last time my dude touched web development there was still Classic ASP with JScript and VBScript(we actually had the same employer at one point in the past in which I had to deal with said technology, not bad, but definitely not something I recommend for the current state of web development) and decided that the closest thing to what he was used was either PHP(which he did not enjoy, no problem with that really, he just didn't click with the language) and WebForms using VB.NET, which he also did not like on account of them basically being on support mode since Microsoft is really pushing for people to adopt dotnet core.

After came ASP.NET with MVC, now, he did like it, but still had that lil bug in his head that told him that sticking to core was probably a better idea since he was just starting, why not start with the newest and greatest? Then in hit(both of us actually) that to this day Microsoft still not has command line templates for building web applications in .net core using VB.NET. I thought it was weird, so I decided to look into. Turns out, that without using Razor, you can actually build Web APIs with VB.NET just fine if you just convert a C# template into VB.NET, the process was...err....tricky, and not something we would want to do for other projects, with that in we decided to look into Microsoft's reasons to not have VB.NET. We discovered how Microsoft is not keeping the same language features between both languages, having crown C# as the language of choice for everything Microsoft, to this point, it seems that Microsoft was much more focused in developing features for the excellent F# way more than it ever had for VB.NET at this point and that it was not a major strategy for them to adapt most of the .net core functionality inside of VB, we found articles when the very same Microsoft team stated of how they will be slowly adding the required support for VB and that on version 5 we would definitely have proper support for VB.NET ALTHOUGH they will not be adding any new development into the language.

Past experience with Microsoft seems to point at them getting more and more ready to completely drop the language, it does not matter how many people use it, they would still kill it :P I personally would rather keep it, or open source the language's features so that people can keep adding support to it(if they can of course) because of its historical significance rather than them just completely dropping the language. I prefer using C#, and most of my .net core applications use C#, its very similar to Java on a lot of things(although very much different in others) and I am fine with it being the main language. I just think that it sucks to leave such a large developer pool in the shadows with their preferred tool of choice and force them to use something else just like that.

My boy is currently looking at how I developed a sample api with validation, user management, mediatR and a custom project structure as well as a client side application using React and typescript swappable with another one built using Angular(i wanted to test the differences to see which one I prefer, React with Typescript is beautiful, would not want to use it without it) and he is hating every minute of it on account of how complex frontend development has become :V

Just wanted to vent a little about a non bothersome situation.

I wanna meet the dumbass that decided it was a good idea to teach scratch, basic, java, or even python as a first programming language course in college.

I’m so sick of seeing developers out of with shitty code structure and practices, and absolutely no understanding of what is going on behind the scenes of the IDE when you push run.

In order to be a good engineer you MUST know the basics, the root level, bare bones, bare metal shit.

I fear the future, less and less software engineers are comming out of colleges, the majority today is script kiddies, and folks with some basic java experience.

Who the hell is going to be writing firmware in the future then?

It’s insane the lack of foundational skills these students get in college. If they would get a strong foundation in C, and C++ they can easily attack at problem in any language, but missing the foundation, and relying on IDEs.. you will never be-able to go from a knowing only a high level languages and scripts to Lower level problems.

RIP the future of Software Engineering
Welcome to the hell full of script kiddies

I was talking to a friend of mine(more of an acquaintance really) about our shared interest in Go and how I am trying to see if I can implement it more and more into my daily activities(simple CLI utilities, maybe a web app or two) and he mentioned how much he likes it after being part of a Java shop for such a long time. He said that he got tired of the verbosity of Java and how Go was such a "breath of fresh air"

var i SomeShit
do.SomeShit(&i)
if do.Error != nil {
panic(do.Error)
}
fmt.Println("Could not agree at all")

On how bullshitty it is to say that one switched over to Golang because of the verbosity of other languages, specially when anything meaningful that you might do with the code requires constant checking.
And let us not

forget := lol.bullshit(); forget != nil {
about some of the other bs you get to do
oh look scoped errors
}

.....like I get it man. I like the language, no, It ain't replacing C or C++ for low level shit, not with a garbage collector are you fucking high?
But yes, I do like the language, they got a lot of shit right, the thing is, I feel like I know everything about it already since A) shit is way too simple, simple enough to be used by anyone really and B) other than goroutines this language does not really bring anything new to the table, far as I can tell.

I mean shit. I thought I was at odds with Python disliking syntactical whitespace enough to make me try and not use an otherwise perfectly good lang(Python I love you but hate syntactical whitespace) but Golang really puts me at odds. I love it but dislike it at the same time.

So yesterday I got paired with this guy in physics class. First thing he does is ranting at my windows, after which he rants at his Mac, and then launches vim and tells me about how he only uses Linux, and how C+ is the only real programming language, and that maybe Python could be accepted as one too. Then he finishes by telling me how web development sucks because it's so high level... Suddenly I lost hope for Sweden...

Sorry, long since my last post...

I have quit my job recently at DERP & CO.. The level of anxiety was already somewhat of medical severity.

For months I had been in a project that not only did not progress, but that it was getting worst day by day.

A bit of Context

November: "Dev, junior anon needs you to help him on the SHIT project because they are running out of time, it is mainly doing unit tests."
Well, the code was a mess, there was a LOT of copy paste and it was all bad quality (we talk about methods with complexities between 80 and 120 according to SONAR QUBE).
Dev: "Anon, you know this is wrong, right?"
Anon: "Why? it works"
Dev: after long explanation.
Anon: "Oh well, yes, from now on I will take it into account." And he did it / try his best.

Dev does the unit tests and do extra work outside of the reach of the sprint (y than i mean work after hours, classic) and alerts the boss of the mess.

December: After a project of approximately 6 or 8 months of development, the boss discovers that the junior anon have been doing everything wrong and/or with poor quality (indicating that throughout the whole development the quality of the code was NEVER checked nor the functionality).

Boss: "This is a shit. Dev, you have to correct all the errors and warnings marked on sonar", which are around 1200 between smelling code, high risk errors, etc.

Dev fixes something like 900 bugs... lots of hours...
Boss: "This still is all wrong, we have to redo it. We will correct the errors leaving something stable and we will make a new repository with everything programmed as it should be, with quality and all"
- 900 corrections later, now are irrelevant -
Boss: "Dev, you will start to redo it, anon is out on other project. First you must leave the existing one working properly"
Dev: "ok ..."

January: How can I correct the mess if the client asks for more things. I am just fixing the mess, doing new functionalities, and when I have free time (outside the work) I try to advance the new repository, poorly I must say because burntout.

Boss: "Everything should be arranged at the end of January, so that you can redo everything well in February."
I can't handle everything, it starts to fall further behind. Junior Anon quits the job.

February: Big Bad Bugs in the code appear and practically monopolize the month (the code is very coupled with itself and touching in one place sometimes meant breaking other stuff).

Boss: "It can't be, you've been with this since January and you haven't even started correcting this mess in the new repo"

Dev: "It is that between the new things that are requested and the bugs I cannot put myself with that"
Boss: "Do not worry, you will be helped by random dev if you needed. SPOILER ALERT: random dev is allways bussy. Not made up bussy, He had a lot of work by itself, but it can't help me the way I need it.

High anxiety levels, using free time to try to reduce the work left and gradually losing the taste for develop.

March: So far, not only do they add new things day and day, but now they want to modify things that were already "ok", add new ones and refactor everything in a new repo. I just did not see an end of this nonsense.
Dev breaks, the doctor says it's anxiety, so I just know what I have to do.
Dev: "I quit my job"
Cool Manager: "Damn, why?"
Explain everithig
Cool Manager: "Do you want to try if I can change you to other project or anotjer scope on the same project?"
Dev: "Thanks, but no Thanks. I need to stop for a while".

End. sry for long sad post and maybe poor use of English (?) Not my native language.

20 years later us high level language developers we will be considered low level language developers,programming GOd's and Goddess

I must learn jQuery and NodeJS. It's amazing the potential of JS. My lastest 10 programs were written in pure JS and I made them in a few hours. As an electronic engineer I hate the high level languages but JS (and maybe Python) it's definitely excluded from the list.

Man....I keep up with this strange love hate relationship I have with Python....

Last night it was python that literally wrote my homework: define all possible equivalent partition tables with cause and effect analysis and boundary value checks for a program. The whole thing wrote itself and all I had to do was verify the inputs. Something that I was able to do using jupyter with pandas and numpy. On one hand, I despise the lack of static typing and use of whitespace as a block delimiter. On the other I cannot but help feeling a high level of gratitude over the language and its high availability and ease of use for this.

Sure, I could have used other tools, but this language has dominated hardcore in this regard enough to the point of not considering it being a crime against humanity.

Is your code green?

I've been thinking a lot about this for the past year. There was recently an article on this on slashdot.

I like optimising things to a reasonable degree and avoid bloat. What are some signs of code that isn't green?

* Use of technology that says its fast without real expert review and measurement. Lots of tech out their claims to be fast but actually isn't or is doing so by saturation resources while being inefficient.
* It uses caching. Many might find that counter intuitive. In technology it is surprisingly common to see people scale or cache rather than directly fixing the thing that's watt expensive which is compounded when the cache has weak coverage.
* It uses scaling. Originally scaling was a last resort. The reason is simple, it introduces excessive complexity. Today it's common to see people scale things rather than make them efficient. You end up needing ten instances when a bit of skill could bring you down to one which could scale as well but likely wont need to.
* It uses a non-trivial framework. Frameworks are rarely fast. Most will fall in the range of ten to a thousand times slower in terms of CPU usage. Memory bloat may also force the need for more instances. Frameworks written on already slow high level languages may be especially bad.
* Lacks optimisations for obvious bottlenecks.
* It runs slowly.
* It lacks even basic resource usage measurement.

Unfortunately smells are not enough on their own but are a start. Real measurement and expert review is always the only way to get an idea of if your code is reasonably green.

I find it not uncommon to see things require tens to hundreds to thousands of resources than needed if not more.

In terms of cycles that can be the difference between needing a single core and a thousand cores.

This is common in the industry but it's not because people didn't write everything in assembly. It's usually leaning toward the extreme opposite.

Optimisations are often easy and don't require writing code in binary. In fact the resulting code is often simpler. Excess complexity and inefficient code tend to go hand in hand. Sometimes a code cleaning service is all you need to enhance your green.

I once rewrote a data parsing library that had to parse a hundred MB and was a performance hotspot into C from an interpreted language. I measured it and the results were good. It had been optimised as much as possible in the interpreted version but way still 50 times faster minimum in C.

I recently stumbled upon someone's attempt to do the same and I was able to optimise the interpreted version in five minutes to be twice as fast as the C++ version.

I see opportunity to optimise everywhere in software. A billion KG CO2 could be saved easy if a few green code shops popped up. It's also often a net win. Faster software, lower costs, lower management burden... I'm thinking of starting a consultancy.

The problem is after witnessing the likes of Greta Thunberg then if that's what the next generation has in store then as far as I'm concerned the world can fucking burn and her generation along with it.

tl;dr Do you think we will any time soon move from editing raw source code? Will IDE or other interfaces allow us to change the code in graphic representation or even through voice?
---

One thing I found funny watching Westworld is how they depicted the "programming" - it is more like swiping on a smartphone, a bit maybe like Tom Cruise's investigations in Minority report. Or giving certain commands and key words by voice.

There was one quote from Uncle Bob's "Clean Code" I could never find again, where he said something along the lines, that back in the seventies or eighties they thought they would soon raise programming languages to such a high level they would use natural language interfaces, and look at us now, still the same "if's".

So I feel uncomfortable without my shell and having tried a graphical programming language once this particular (Labview) seemed clumsy to me at best. But maybe there are a lot of web devs here and it seems with them frameworks you might be able to abstract away a lot of the pesky system programming... so do you feel like moving to some new shiny programming experience or do you think it will stay the same for more decades as the computer is that stupid machine where you have to spill it out instruction by instruction anyways?

It's fascinating to see C# mentioned as a "lower level language" now days. Times change.

C# was my first language when I started out learning about programming as a kid (I still think it's a great language) and I remember searching the forums for information about any commercial games written with it hoping it was possible to build something "cool" and "3D". Back then that was pretty much just a dream, or so it seemed. C# was, I understood, way too high level for anything like that.

Today it wouldn't be totally baseless to call C# the game dev industry standard.

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

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

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

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

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

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

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

What do y'all ninjas think?

This is a long post and if someone comments without reading carefully I don't care about that person's opinion.

I have 3 accounts here, and that is a must have for me. Let me explain:

Let's think of people and who they are in layers.

The innermost layers are made of private and intimate things: fears, dreams, shames, basically things that are mostly shared with very close people, like family, best friends, and specially significant others.

On the other hand, outermost layers are the public persona, who you are as a citizen, who you are in your profesion, and so on.

So, you wouldn't normally tell your boss about your favorite sex positions.

Let's also say there can be layers in the middle, and all the layers sometimes overlap, but let's not get too deep into this as I think I got the point across.

Here on I explain the original thesis.

I am a developer, and as such I want to fulfill my needs on dev communities, one of them being devrant.
I wish to learn from other devs, I expose my (sometimes controversial) points of view. I rant about annoying shit in the workplace.

But also, at some level, I wish to be taken seriously as a developer, I wish to build a reputation, and I wish to be accepted, even in a shallow social level. There is a social factor to what we do and it's totally normal.

Now, the problem is that I also would want to express my inner self.

So what I do is I don't use my main account for that, I use another, in fact 2 other accounts.

There are several reasons for that:

* I want to hide intimate shit from trolls.

Imagine I griefpost about a loved one that died, then later found myself in a heated discussion about some language, and then some troll comments something like "I'm glad your x died". i wouldn't react very well.

* I want to keep my posts consistent.

If people become interested in what I post as a dev, then they are going to expect dev related stuff from me. If I start posting like controversial points of view, that's not very cool because I'd be doing like a bait n switch on them.

* I want to maintain a reputation, and I want to not get banned on the main account

Reputation as a profesional is a real thing, and it shouldn't be affected by your personal shit.
Also sometimes you argue, and things get heated, and sometimes you get suspended or banned.

You try your hardest to be respectful, but in some communities, some mods are trigger happy.

By restricting this on your alt account, you're in a way promising that you'll have the upmost behaviour on your dev account because that means being professional.

Now, I said I had 2 other accounts.

The reason for having 2 is because I separate two layers:

In the 2nd account I am open and direct regarding my points of view, and more argumentative, but still trying to be relatively civil. I would also post things that might be controversial or not popular. I try to be real basically.

You can conclude that the 2nd account is the one posting this, since this post could trigger some people.

In the 3rd account, I talk about intimate shit like traumas, fears, emotional pain, things I know I'll get support for (the same support I give others when in need) and are not controversial in any way.
This way I can vent painful things and avoid trolls.

Cool people appreciate it when you're transparent about your shortcoming and dark thoughts.

But it takes one asshole in a high horse to judge you. And sometimes you need to give that asshole the middle finger without being afraid of ruining your reputation
or getting banned,
or being scared of that asshole laughing about your intimate shit (again, I use this account for that)

I know it sounds like I have multiple personalities but I swear I'm ok, and hopefully what I said makes sense. People might say "don't use alt accounts, go to another site", but I find that devrant has some interesting people.

The obvious downside is that you end up knowing people more than what they assume, because you interact with them through different accounts.

This is kinda shady, but I'm not interested in taking advantage of others anyway so...

If you could choose one, what should happen in 2020 :
1. Apple let developer build iOS apps on non Apple machines
2. NPM/Maven/... run 10x faster
3. Javascript dies and gets replaced by a better language
4. Governments stop trying to ruin encryption
5. Facebook splits
6. Quantum computers are being sold for consumer use
7. We have our first high - level generic AI working

I know I’ll get mixed views for this one...

So I’ll state my claim. I agree with the philosophy of uncle bob, I also feel like he is the high level language - older version of myself personality wise.. (when I learned about uncle bob I was like this guy is just like me but not low level haha).

Anyway.. I don’t agree with everything because I think he thinks or atleast I get the vibe he thinks everything can be solved by OOP, and high level languages. This is probably where Bob and I disagree. Personally I don’t touch ruby, python and java and “those” with a 10 foot pole.

Does he make valid arguments, yes, is agile the solve all solution no.. but agile ideas do come natural and respond faster the feedback loop of product development is much smaller and the managers and clients and customers can “see things” sooner than purly waterfall.. I mean agile is the natural approach of disciplined engineers....waterfall is and was developed because the market was flooded with undisciplined engineers and continues to flood, agile is great for them but only if they are skilled in what they are doing and see the bigger picture of the forest thru the trees.. which is the entire point of waterfall, to see the forest.. the end goal... now I’m not saying agile you only see a branch of a single tree of the forest.. but too often young engineers, and beginners jump on agile because it’s “trendy” or “everyone’s doing it” or whatever the fuck reason. The point is they do it but only focus on the immediate use case, needs and deliverables due next week.

What’s wrong with that?? Well an undisciplined engineer doing agile (no I’m not talking damn scrum shit and all that marketing bullshit).. pure true agile.
They will write code for the need due next week, but they won’t realize that hmm I will have the need 3 months from now for some feature that needs to connect to this, so I better design this code with that future feature in mind...

The disciplined engineer would do that. That is why waterfall exists so ideally the big picture is painted before hand.

The undisciplined engineer will then be frustrated in the future when he has to act like the cool aid man thru the hard pre mature architectural boundaries he created and now needs links or connections that are now needed.

Does moving to agile fix that hell no.. because the undisciplined engineer is still undisciplined.

One could argue the project manager or scrum secretary... (yes scrum secretary I said that right).. is suppose to organize and create and order the features with the future in mind etc...

Bullshit ..soo basically your saying the scrum kid is suppose to be the disciplined engineer to have foresight into realizing future features and making requirements and task now that cover those things? No!
1 scrum bitch focuses too much on pleasing “stake holders” especially taken literally in start ups where the non technical idiots are too involved with the engineering team and the scrum bastard tries to ass kiss and get everything organized and tasks working so the non technical person can see pretty things work.

Scrum master is a gate keeper and is not needed and actually hinders the whole process of making a undisciplined engineer into a disciplined engineer, makes the undisciplined engineer into a “forever” code grunt... filling weekly orders of story points unable to see the forest until it’s over because the forest isn’t show to the grunt only the scrum keeper knows the big picture..... this is bad this is why waterfall is needed.

Waterfall has its own problems, But that’s another story for another day..

ANYWAY... soooo where were we ....

Ahh yess....

Clean code..

Is it a good book, yes.. does uncle bobs personality show thru the book .. yes lol.
If you know uncle bob you will understand what I just did with this post lol. I had to tangent ( at least mine was related to the topic) ...

I agree with the principles of the book, I don’t agree with the extreme view point. It’s like religion there’s the modest folks and then there are the extremists. Well he’s the preacher of the cult and he’s on the extreme side.. but that doesn’t mean he’s wrong.. many things he nails... he just hits the nail thru the wall just a bit.

OOP languages are not the solution... high level languages do not solve everything.. pininciples and concepts can be used across the board and prove valuable.. just don’t hold everything up like the 10 commandments of which you cannot deviate from.. that’s the difference here I think..

Good book, just don’t take it as the Bible as a beginner, actually infact DONT read this book as a beginner. Wait a bit learn then reflect by reading this.

was jobless for some time but in those days I was seeing this smoking-hot mulata friend of a cousin. After several visits and "movie days" I asked her out for dinner which, to my surprise because I'm a nobody, she accepted.

we went out and eat some tacos in her favorite soda around the corner. And we went out a second time IIRC.

needless to say, the money that paid that modest dinner with such amazona was earned working as a freelancer in PeoplePerHour doing junior-level stuff in Python, I learned the language during my four last years in high school.

ah, how I miss that girl 🤷‍♂️.

I learned Java first.

I think that is all I need to say.

I wanted to update my previous rant in the comment but what happened is such a fucking nonsense I think it deserves its own.

For those who don't want to look what it is, just another C++ noob (aka me) complaining about how the language was a bitch to him by throwing a random SEGFAULT on release while it didn't show up on debug. Welp.

Half an hour and a ton of std::cout later (thought I would try to read a disassembly ? Think again) I figured out what was the problematic section of code. And guess what ? It was a section I didn't even modify and I never had problems with. Something completely unrelated to what I was rightly imagining causing the issue.

To identify which exact subsection was throwing the error to my face I added more tag code.
Rubbing my hands and ready to fix the fuck out of this damn shit, I built it, launched it…

And all of a sudden the code worked.

All I did. Was to add more cout to know which line fucked up. And now it works.

So. Serious question now: is it a clear sign from heaven I should stop working with such languages and should go back in my shitty high level languages kindergarten ?

I feel like saying "I know C#" (or Java or other similar languages) to mean that you know it as a language as opposed to more of a framework is ridiculous. We should say what programming language level we know (high, mid, low...) since the difference between say C# and Java is pretty much the same as the difference between say WinForms and WPF. Depending on which two languages and which two frameworks you choose it can be a much bigger difference between the frameworks than the languages.
In a CV I'd like to say "I know x-level languages with experience in [actual programming language + frameworks]" instead of saying I know C# and then recruiters and HR people and such assume I don't know Java at all, but know MVC, WebForms and whatever else even though I might specialise in something else and would take me pretty much the same to get proficient in Java as it would take me to get proficient in that framework or something that's technically C#.
It just makes so much more sense to me. As a dev you're supposed to know the principles, the syntax should be secondary. A pointer is a pointer regardless of it's marked with a * or IntPtr or just a value in a register with no special marking that it's a pointer...
Can we, as devs, come up with something like this?

That feeling when your friends' college life kind of depends on you helping them out in this assignment using a low level programming language (low level means it was meant to operate on the machinery level) that you were really good in at the first semester. Then you realize that you have forgotten a lot of things just because the logic and approach ist totally different from the high level programming language and you forget how a programming language works once you stop using it and it takes time to dive back in and you really like being friends with them. Now all you're left with is with the fear of letting them down.

It is great feeling, to leave company and leave all your crap code to others :D

500 lines bash generic wrapper to curl (just to catch and print errors, not just silently fail as most devs tell curl to do).

It was monster that used "function overload" and "subclasses" (based on dynamic source files). Also dynamically created inline AWK script to parse curl output. It kinda worked, but amount of high-level hacks I had to use was enormous.

Never use Bash when you do not have to. Even if you have experience with it. Others don't have it and will fail miserably trying to patch your code. Just leave bash for fast bridging between programs, leave python/java/c#/go or any other proper OOP language for a job. Please ?

I'm thinking about what language to dive into next.
I already have a pretty good knowledge of Go and mediocre knowledge of C and Java.

So far I thought about...
1. CPP, as I need it for school and it runs on literally anything.
2. Rust, as is seems to spread and the combination of low-level, memory-safety and abstraction seems pretty appealing to me.
3. Kotlin, specifically kotlin-native, is it combines java-like high-level programming with native speed.
4. Nim, as it combines high-level techniques with c-like freedom.

What do you people recommended, or something completely else?

... worst drunk coding experience?
none. or to be more precise, all of the three of them I had. I can't code drunk, i hate doing it, i hatw even thinking about doing it when drunk.

so after those initial three attempts i don't try to do it again, ever.

BUT, best coding experience while high?
ALL OF THEM.
some of the best pieces of code I wrote i did when I was high. my mind goes into overdrive at those times, and my thinking is not lines/threads of thought, but TREES of thought, branching and branching, all nodes of each layer of the tree coming to me AT ONCE, one packet == whole layer across all of the branches.

and the best was when one day, in about 14 hour marathon of coding while high, i wrote from scratch a whole vertical slice of my AI system that i've been toying around in my head for several years prior, and I had all of the high-level concepts ALMOST down, but could never specify them into concrete implementations.

and I do mean MY ai system, my own design, from the ground up, mixing principles of neural networks and neuropsychology/human brain that I still haven't seen even mentioned anywhere.

autonomous game ai which percieves and explores its environment and tools within it via code reflection, remembers and learns, uses tools, makes decisions for itself for its own well-being.

in the end, i had a testbed with person, zombie and shotgun.
all they had pre-defined in their brains were concepts of hunger and health. nothing more.

upon launching it, zombie realized it wants to feed, approached oblivious person, and started eating it.

at which point, purely out of how the system worked, person realized: "this hurts, the hurt is caused by zombie, therefore i hate zombie, therefore i want to hurt it", then looked around, saw the shotgun, inspected its class by reflection, realized "this can hurt stuff", picked the shotgun up, and shot the zombie.

remembered all of that, and upon seeing another zombie, shot it immediately.

it was a complete system, all it needed to become full-fledged thing was adding more concepts and usable objects, and it would automatically be able to create complex multi-stage, multi-element plans to achieve its goals/needs/wants and execute them. and the system was designed in such a way that by just adding a dictionary of natural language words for the concept objects on top of it, it should have been able to generate (crude but functional) english sentences to "talk" about its memories, explain what happened when, how it reacted, what it did and why, just by exploring the memory graph the same way as when it was doing its decision process... and by reversing the function, it should have been able to recieve (crude) english sentences that would make it learn what happened somewhere else in the gameworld to someone else, how to use stuff and tell it what to do, as in, actually transfer actual actionable usable knowledge to it...

it felt amazing to code for 14 hours straight, with no testruns during that, run it for the first time after those 14 hours, and see that happen.

and it did, i swear! while i was coding, i was routinely just realizing typos and mistakes i did 5-20 minutes ago, 4 files/classes ago! the kind you (and i) usually notice only when you try to run the thing and it bugs out.

it was a transcendental experience.

and then, two days later, i don't remember anymore what happened, but i lost all of that code.

and since then, i never mustered enough strength and resolve to try and write the whole thing again.

... that was like 4 years ago.
i hope that miracle will happen again one day...

It started when i was about 10 old.
My uncle showed me how to display something in dos-prompt using the echo command in a custom batch-file.
A few commands later, i was able to "program" a flip-book of an ascii ski-driver. Each ascii picture was separated by pressing any key and cls ^^
Aaaaah. Sweet childhood memories!

Later on i used a programming-language for beginners in windows.
This language gave you control of a triangle called "turtle".

My first high-level programming language was Delphi.
Since i had no idea of databases, i created a pseudo database of magic the gathering play-cards. Each card had it's very own windows formular filled up completely with an uncompressed image object displaying the chosen card modally. *sigh*
I scanned each card by using a feed scanner.
Finally, my application consisted of 200 cardimages and forced my PC to swap the required memory from my harddisk.
Boy o boy. I was such a noob! ^^

Over the years i discovered and felt in love with a lot of languages (jsp, java (script), c#, php, ...) and concepts (mvvm, mvc, clean-architecture, tdd, ...)! ;)

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

Urgh... No exceptions in Rust annoys me. Now you only have the choice between "this didn't work please handle this error, thank you ^-^" and "you fool, prepare for annihilation". So basically if anything remotely serious happens your programs dead and there's nothing you can do about it. I don't get why people have this hate for exceptions. Everytime a new language gets made it's always either "ew it has exceptions" or "it's so nice it doesn't even have exceptions". NOOO! They can deal with serious situations in the best possible way and they can be statically checked (so no "but they're so complex and unpredicable" stuff please). If you can expect an exception they shouldn't be used in the first place (eventhough they are absolutely no less good than Option returntypes or whatever, just different) but in cases when it's impossible to predict an error they really shine. And not having them makes your language worse. If a device driver accesses illegal memory it should throw an exception, so instead of the computer shitting the bed, first the offending function has a chance to resolve the problem at it's root, then a few functions up the call stack, the general control functions of the device drivers can handle it and restart the operation if applicable, and even if the driver fails to handle it, the OS can jump in and restart the driver, log an error and do whatever. It's absolutely beautiful: This hierarchical ramp from near the accident site to more high level operations code ensures the error can be caught at the right level of abstraction without introduction a lot of boilerplate. If everything fails and nobody can handle it *then* the program or kernel or whatever can panic.

Being fairly new to the software game I’ve yet to tried my fair share of languages, both at work at a professional level and small to medium sized projects at home. I’m now starting to see patterns and different features in languages, and I must say that Rust is a language that blew me away totally.

I read the online book and then I wrote a few small programs. It feels super modern with all the cool features and it’s so fast. The threshold can be high, depending on your background.

I’m no pro using the language at all, but I enjoy it so much. I urge you to try Rust for your next project. The community around the language is also very interesting and welcoming.

What are your experiences with Rust?

Human is just computer with meats. There are several subsystems:
0️⃣ low-level hormonal,
1️⃣ mid-level primal instinct and
🅰️ high-level natural language processor

A very long rant.. but I'm looking to share some experiences, maybe a different perspective.. huge changes at the company.

So my company is starting our microservices journey (we have a 359 retail websites at this moment)

First question was: What to build first?

The first thing we had to do was to decide what we wanted to build as our first microservice. We went looking for a microservice that can be used read only, consumers could easily implement without overhauling production software and is isolated from other processes.

We’ve ended up with building a catalog service as our first microservice. That catalog service provides consumers of the microservice information of our catalog and its most essential information about items in the catalog.

By starting with building the catalog service the team could focus on building the microservice without any time pressure. The initial functionalities of the catalog service were being created to replace existing functionality which were working fine.

Because we choose such an isolated functionality we were able to introduce the new catalog service into production step by step. Instead of replacing the search functionality of the webshops using a big-bang approach, we choose A/B split testing to measure our changes and gradually increase the load of the microservice.

Next step: Choosing a datastore

The search engine that was in production when we started this project was making user of Solr. Due to the use of Lucene it was performing very well as a search engine, but from engineering perspective it lacked some functionalities. It came short if you wanted to run it in a cluster environment, configuring it was hard and not user friendly and last but not least, development of Solr seemed to be grinded to a halt.

Elasticsearch started entering the scene as a competitor for Solr and brought interesting features. Still using Lucene, which we were happy with, it was build with clustering in mind and being provided out of the box. Managing Elasticsearch was easy since there are REST APIs for configuration and as a fallback there are YAML configurations available.

We decided to use Elasticsearch since it provides us the strengths and capabilities of Lucene with the added joy of easy configuration, clustering and a lively community driving the project.

Even bigger challenge? Which programming language will we use

The team responsible for developing this first microservice consists out of a group web developers. So when looking for a programming language for the microservice, we went searching for a language close to their hearts and expertise. At that time a typical web developer at least had knowledge of PHP and Javascript.

What we’ve noticed during researching various languages is that almost all actions done by the catalog service will boil down to the following paradigm:

- Execute a HTTP call to fetch some JSON

- Transform JSON to a desired output

- Respond with the transformed JSON

Actions that easily can be done in a parallel and asynchronous manner and mainly consists out of transforming JSON from the source to a desired output. The programming language used for the catalog service should hold strong qualifications for those kind of actions.

Another thing to notice is that some functionalities that will be built using the catalog service will result into a high level of concurrent requests. For example the type-ahead functionality will trigger several requests to the catalog service per usage of a user.

To us, PHP and .NET at that time weren’t sufficient enough to us for building the catalog service based on the requirements we’ve set. Eventually we’ve decided to use Node.js which is better suited for the things we are looking for as described earlier. Node.js provides a non-blocking I/O model and being event driven helps us developing a high performance microservice.

The leap to start programming Node.js is relatively small since it basically is Javascript. A language that is familiar for the developers around that time. While Node.js is displaying some new concepts it is relatively easy for a developer to start using it.

The beauty of microservices and the isolation it provides, is that you can choose the best tool for that particular microservice. Not all microservices will be developed using Node.js and Elasticsearch. All kinds of combinations might arise and this is what makes the microservices architecture so flexible.

Even when Node.js or Elasticsearch turns out to be a bad choice for the catalog service it is relatively easy to switch that choice for magic ‘X’ or component ‘Z’. By focussing on creating a solid API the components that are driving that API don’t matter that much. It should do what you ask of it and when it is lacking you just replace it.

Many more headaches to come later this year ;)

A beginner in learning java. I was beating around the bushes on internet from past a decade . As per my understanding upto now. Let us suppose a bottle of water. Here the bottle may be considered as CLASS and water in it be objects(atoms), obejcts may be of same kind and other may differ in some properties. Other way of understanding would be human being is CLASS and MALE Female be objects of Class Human Being. Here again in this Scenario objects may differ in properties such as gender, age, body parts. Zoo might be a class and animals(object), elephants(objects), tigers(objects) and others too, Above human contents too can be added for properties such as in in Zoo class male, female, body parts, age, eating habits, crawlers, four legged, two legged, flying, water animals, mammals, herbivores, Carnivores.. Whatever.. This is upto my understanding. If any corrections always welcome. Will be happy if my answer modified, comment below.

And for basic level.

Learn from input, output devices

Then memory wise cache(quick access), RAM(runtime access temporary memory), Hard disk (permanent memory) all will be in CPU machine. Suppose to express above memory clearly as per my knowledge now am writing this answer with mobile net on. If a suddenly switch off my phone during this time and switch on.Cache runs for instant access of navigation,network etc.RAM-temporary My quora answer will be lost as it was storing in RAM before switch off . But my quora app, my gallery and others will be on permanent internal storage(in PC hard disks generally) won't be affected. This all happens in CPU right. Okay now one question, who manages all these commands, input, outputs. That's Software may be Windows, Mac ios, Android for mobiles. These are all the managers for computer componential setup for different OS's.

Java is high level language, where as computers understand only binary or low level language or binary code such as 0’s and 1’s. It understand only 00101,1110000101,0010,1100(let these be ABCD in binary). For numbers code in 0 and 1’s, small case will be in 0 and 1s and other symbols too. These will be coverted in byte code by JVM java virtual machine. The program we write will be given to JVM it acts as interpreter. But not in C'.

Let us C…

Do comment. Thank you

I just had to drill an error reporter through the entire Orchid codebase for multiple fatal error reporting. The caller constructs a reporter and passes it into the interpreter, various internal interpreter functions put errors into it and return meaningless but valid substitute values, then the caller checks the reporter for recorded errors and avoids using the return value if there were any.

I have recreated ERRNO in a high level language.

I started university in september and after one semester using java (i learned java three years ago and used since), we started C.

I noticed that developers that program developing with high-level languages, or modern languages (like rust that it's low-lewel, but still has many modern language features) are for spoiled developers.

C++ is the building blocks for many high-level programming languages, and since 1984 its first appearance in the markets the C++ core committee developers have introduced its 4 new versions which are C++03 (ISO/IEC 14882:2003 second edition), C++11 (third edition), C++14 (fourth edition) and C++17 is the fifth edition. With each new version, developers introduced new features, libraries and APIs in it.

C++ introduced as the extension of C programming language which made C++ as a compiled programming language, which means the developer required a C++ compiler to translate the C++ code to its equivalent machine or byte language, so the Operating system of the computer can execute the program.

There are various C++ compilers in the market and most of them are open source and free to use, however conventionally when we say C++ compiler, we basically talk about GCC which stands for GNU Compiler Collection.

What is GCC?

GCC stands for GNU Compiler Collection, and it is a collection of programming compilers which induce C, C++, Objective-C, Fortran, and some versions of Java. The first version of GCC introduced in 1987 and it was also known as GNU C compiler which became the standard compiler for C programming language, in that same year GCC also provided Compiler support for the C++ programming language.

Now GCC has various versions and each version give specific support for C++ versions, by now if we look at all the versions of GCC, we have a stable GCC for every version of C++, but there are some exceptions with C++11.

C++11:

C++11 introduced as the 2nd update version of C++, it suffixes 11 because it released in 2011 or because on August 12, 2011, ISO gives official approval to it. Formally C++11 known as C++0X because developers were expecting the new update released in 2010, but with its release in 2011, the core committee developer of C++ changed its name by C++0X to C++11.

C++ 11 replaced the old version of C++03, and it also brings many new features for the C++ developers. The main aim of designing C++11 to stabilize and maintain the backward compatibility of new C++ version with the C+98 and C programming language and that’s become the main reason why core committee developers only introduced new features in the old standard library rather than extending the core language.

 

GCC does not give Full Support to C++11:

GCC version GCC 4.8.1 purpose the first feature-complete implementation of the C++11 standard, however, the 4.8 and 4.7 does not give the full support for the C++11. The current version of GCC provides the major support for all the standard features of C++11 but if you are using the GCC 4.8 or 4.7 versions then your GCC only provide you with the experimental support for the C++11.

To use the Experimental support of GCC you need to enable it first before you compile or run you C++ 11 version code.

use code std=c++11 or -std=gnu++11 to enable the experimental support for C++11.

C- let's See
C is a procedurally developed language follows sequential method of solving a problem.
Example
If a teacher of an Institute teaching various subjects, Maths, English, Science and History.
Case1.One student comes and asks teacher to teach English
and next student to teach Maths,
And the other to teach History.
Case2.Next students comes for English
Case3.Other one for History.

So what I understood regarding C is procedural language is
It completes first case1,next case2, and then case3. (Task after task)
Here English is taught 2 times seperate
And History too 2 times separately making time and process complexity.

C is a platform based high level language support only desired platform. If I program in windows with i3 processor , it runs only on the same OS and Processor, if code is run in other computers.
Single threaded, if a code is interrupted in between, stops there and doesn't allow other part of the code to run.

Java
In this if the same above cases encountered then and tell
Computer to create a Class of English and tell all the students to attend the class(time saving, No complexity and not repetitive)
Same way Creating History class and make all students attend the class at once.
Students may be the objects created.
Multi threaded language, if a task is interrupted following code cannot be stopped. Allows other part of thecode to run.

JVM- Java virtual machine allows Java code into signs that can be understood by computer. Where as C converts into binary code.

A class concept added to C language become C++

Python is an example of a language which is far, far too high-level for my liking; to provide a reference for my preference, C++ is one of my favourite languages, because it is versatile while remaining somewhat verbose, while Python tosses that verbosity out of the window while not functioning as one would expect it to function after reading a lot of the documentation.

ISO floating point numbers are essentially wrapped in a hardware-level monad because the normal meaningful values aren't closed over basic arithmetic so conceptually wrapping everything in Maybe using the 'infectious sentinel value' NaN leads to substantial speedups.

With this in mind, I think high-level languages that have a Maybe should use those and have the language-type float refer to a floating point that isn't NaN.

Rubber ducking your ass in a way, I figure things out as I rant and have to explain my reasoning or lack thereof every other sentence.

So lettuce harvest some more: I did not finish the linker as I initially planned, because I found a dumber way to solve the problem. I'm storing programs as bytecode chunks broken up into segment trees, and this is how we get namespaces, as each segment and value is labeled -- you can very well think of it as a file structure.

Each file proper, that is, every path you pass to the compiler, has it's own segment tree that results from breaking down the code within. We call this a clan, because it's a family of data, structures and procedures. It's a bit stupid not to call it "class", but that would imply each file can have only one class, which is generally good style but still technically not the case, hence the deliberate use of another word.

Anyway, because every clan is already represented as a tree, we can easily have two or more coexist by just parenting them as-is to a common root, enabling the fetching of symbols from one clan to another. We then perform a cannonical walk of the unified tree, push instructions to an assembly queue, and flatten the segmented memory into a single pool onto which we write the assembler's output.

I didn't think this would work, but it does. So how?

The assembly queue uses a highly sophisticated crackhead abstraction of the CVYC clan, or said plainly, clairvoyant code of the "fucked if I thought this would be simple" family. Fundamentally, every element in the queue is -- recursively -- either a fixed value or a function pointer plus arguments. So every instruction takes the form (ins (arg[0],arg[N])) where the instruction and the arguments may themselves be either fixed or indirect fetches that must be solved but in the ~ F U T U R E ~

Thusly, the assembler must be made aware of the fact that it's wearing sunglasses indoors and high on cocaine, so that these pointers -- and the accompanying arguments -- can be solved. However, your hemorroids are great, and sitting may be painful for long, hard times to come, because to even try and do this kind of John Connor solving pinky promises that loop on themselves is slowly reducing my sanity.

But minor time travel paradoxes aside, this allows for all existing symbols to be fetched at the time of assembly no matter where exactly in memory they reside; even if the namespace is mutated, and so the symbol duplicated, we can still modify the original symbol at the time of duplication to re-route fetchers to it's new location. And so the madness begins.

Effectively, our code can see the future, and it is not pleased with your test results. But enough about you being a disappointment to an equally misconstructed institution -- we are vermin of science, now stand still while I smack you with this Bible.

But seriously now, what I'm trying to say is that linking is not required as a separate step as a result of all this unintelligible fuckery; all the information required to access a file is the segment tree itself, so linking is appending trees to a new root, and a tree written to disk is essentially a linkable object file.

Mission accomplished... ? Perhaps.

This very much closes the chapter on *virtual* programs, that is, anything running on the VM. We're still lacking translation to native code, and that's an entirely different topic. Luckily, the language is pretty fucking close to assembler, so the translation may actually not be all that complicated.

But that is a story for another day, kids.
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wasting 4 hours trying to send a post request and fetching back the json reply, and having to fall back on fsocket when c url is not available is no fuck, the fuck with C api code in what's supposed to be web directed high level language that has no fucking native interface for REST actions
!rant

Yet another unusual take for the Orchid STL: Unicode codepoints aren't a part of the string library.

For the purposes of a high level language, the unit of text is a grapheme. Strings can be converted between Unicode and binary blobs. In a binary, indices address bytes. In text, indices address graphemes. For example, searching a string for a substring that consists of a single letter implies the added constraint that the letter must not have accents or other modifiers.

For storage and transfer optimization it's possible to discover the byte length of a string without converting it to binary

I’m at my last hair with this job; I report to 3 (two mid-level; one senior) project managers. The senior PM decided not to fix up the company’s jira and has encouraged “I’ll tell you what to do by mail, text, call. Even outside office productivity apps,” and I didn’t mind it but it’s become unbearable. Each of these PMs manage at least one client that I have to work with — in essence, any given day I’m reporting to these PMs, for multiple tasks for at least 2 clients, especially for MVPs. One of the mid-level PM (let’s call her T) has taken it upon herself to make me look bad. I’m the only developer at the company; when I joined the only two developers had already left a week prior, so I was their replacement (no one mentioned this to me during any of the 3 interviews).

T reports to the senior PM and senior PM, who is friends with T from outside the job, would also give T instructions to provide me in regard to Senior PM’s clients. To made this clearer, Senior PM’s client would request for a feature or whatever, Senior PM would prepare a lousy document and send to T to send to me, just so, T can have things to say in standup daily like “I reached out to the Dev to fix xyz’s something something,” so this means I have had to tolerate T twice as much as the other PMs. (She’s new to the job, a week after me — Senior PM brought her in — they both do not have technical experience relating to work tools for programming but I can say Senior PM knows how to manage clients; talk shop).

Anyhow, T gets off by making me look bad and occasionally would “pity” me for my workload but almost in a patronizing way. T would say I don’t try to reply messages in 5 minutes time after I receive them (T sends these messages on WhatsApp and not slack, which is open during work hours). T would say, “I can’t quite get a read of this Engineer — you(me) are wired differently,” whenever one of T’s requests is yet to be completed because I’m handling other requests including T’s, even though T had marked the completed ones as Done on her excel sheet (no jira).

In all of this, I still have to help her create slides for our clients on all completed tasks for the week/month, as senior PM would tell me because “T is new to this.” We’ve been at the job for roughly 4 months now.

I have helped recruit a new developer, someone the company recommended — I was only told to go through their résumé and respond if they are a good fit and I helped with the interview task (a take-home project — I requested that the applicant be compensated as it’s somewhat a dense project and would take their time — HR refused). The company agreed with the developer’s choice of full WFH but would have me come in twice a week, because “we have plenty live clients so we need to have you here to ensure every requests are handled,” as if I don’t handle requests on my WFH days.

Yesterday, T tried making me look bad, and I asked, “why is it that you like making me look bad?” in front of HR and T smiled. HR didn’t say anything (T is friends with HR and T would occasionally spill nonsense about me to HR, in fact they sit together to gossip and their noise would always crawl to my corner; they both don’t do much. T would sleep off during work hours and not get a word for it — the first time I took a 10 minutes break to relax, T said, “you look too comfortable. I don’t like that,” and HR laughed at T’s comment. While it was somewhat a joke, there was seriousness attached to it). As soon as HR left, I asked T again, “why is it that most of the things you say are stupid?”, T took offense and went to her gossip crew of 4, telling them what I had just said, then T informed senior PM (which I’m fine with as it’s ideal to report me to her superior in any circumstance). Then I told those who cared to listen, T’s fellow gossipers, that I only said that in response to T’s remark to me in front of them, a while back, that I talked like I’m high on drugs.

I’ve lost my mind compiling this and it feels like I’m going off track, I’m just pissed.

I loved the work challenges as I’ve had to take on new responsibilities and projects, even outside my programming language, but I’m looking for a job elsewhere. My salary doesn’t not reflect my contributions and my mental health is not looking good to maintain this work style. I recall taking a day off as I was feeling down and had anxiety towards work, only to find out HR showed T my request mail and they were laughing at me the next day I showed up, “everybody’s mental health is bad too but we still show up,” and I responded to T, “maybe you ought to take a break too”.

Calling C a "high level language" is complete bullshit. 99,9% of all code is written in C or higher level languages than C.

What a "high level language" is not objectively definable. So this arbitrary division divides programming languages in two halves of astronomically different sizes.

It may have been a good decision in the 70s but it's completely off nowadays. I propose to draw the line between languages with manual and languages with automatic memory management.

Anybody like to rip up CTF (or similar)? I've honestly never done a CTF before, I'd like to give jt a shot. I'll get my ass handed to me because I'm not back up to par on OpSec yet, but I adapt well and when I get into a nice groove I can make shit happen! (I like to think so, anyways haha!!)
I've been in full on dev mode lately and haven't had any time to Hulk Smash for a while... I went to fire up a new Kali live USB today and I couldn't run through the updates like I always have- they changed sooo much and I was pissed because I didn't have ethernet with me. That'll be another day for sure, but I still have my machine with Manjaro armed to the nutsack and back with the BlackArch rep. I def could use a break from the chaos, and getting my ass handed right to me sounds like an awesome time because learning is my favorite thing next to a possible chance at getting to destroy shit.
It's weird, because I'm sort of a n00b but also at the same time I've had computers ripped apart/jammed in my face since every day since I was 9 and Y2K was about to hit the fan lmao!! My hardware/network/layering knowledge is fuckin mint titties, I just can't code like a fuckin madman on the fly. I don't have a "primary" language, because I've been having to work with little bits of several languages for extended periods of time... I can at least find my way around all the dox without much of an issue and have no issue solving the probs I come across which is neat, but until the day comes where I can fuck a gaping hole through my keyboard on the fly like George Hotz during one of his lazy Sunday OpenCV SLAM/Python code streams all jacked up on Herba Mate hahahahaha!!!!
The dude uses fucking VIM and codes faster than anyone I've ever seen on levels of science/math so challenging I almost shit myself inside out when I catch one!!!! The level of respect I have for all my fellow red pills in here is as high as it gets, and that's one of the best parts about being a code junkie- sometimes ya get to cross paths with beastly, out of this world people that teach you so much without even having to explain shit.
If anyone's down, or maybe has some resources for me to check out so I can get my chops up let's make it happen

when i say that php sucks i am not attacking you. people do not understand this. i fucking love javascript but i know there are technologically better options for backend, especially for some of the hyperspecific tasks i want to achieve, but i appreciate the familiarity i have with it. so when i tell you that PHP is dreadful i mean the language. you can make cool shit in PHP. i not doubt your ability to PHP and i do not think it makes you a lesser person or that it is not valuable knowledge. i am merely saying, especially when i am replying to you praising PHP, that it is still a language built on piles of junk with spaghetti patchwork of older in built functions and a walking liability if you do not know what you are doing. for a language that pretends to be a high level and easy language PHP is surprisingly fucking complicated and easy to fuck up, even for someone that is decently adapted to programming.