Le monday morning after a commit on sunday evening...

PM: BLAAAH!!!! Your commit broke the site, nothing is working!!!!!!
Me: What? All of tests passed (coverage 95%), no issues were found.
PM: NOO!!!! Site is broken, we can't use it no more!!!
Me: Ok, what's the problem?
PM: I've tried to enter -10021 into this field on that page and it gived me an error.
Me: Ok? So, that single page is broken?
PM: No, whole site!!!! This is important
Me: Sure... Let me take a look

* PM tried to enter a negative value into an unsigned field that I've mutated yesterday after checking LIVE database if there was no records with negative value. Reason: we've hit an int limit and there was no chance that the value would be negative. Validation? Well, yes.... Except that page was added by him this morning without even checking everything else *

Me: Here, this is the issue, *gives explanation*
PM: Well.... You shouldn't do this. This is unacceptable. You must never leave int fields without negative values. Didn't they teach you in school that integers can be negative?!
Me: What? *consufed as hell*
PM: *More morale... blah blah blah....* Revert it back!
Me: Ok but if anything else breaks, copy of this slack conversation will be kept.
PM: Don't care! Fix it!
Me: * Reverts the fix, saves chat copy * - Done.
PM: Great.

* 5 wild minutes later *
PM: BLAAAH!!!! Site is down, service is not working, what have you done?
Me: Reverted the change needed for it to work. Todays schedule is full with other important tasks. * pastes a screenshot as a proof that he asked me to do this *
PM: FIX IT NOW! Apply your fix.
Me: You're the PM. - Done.
PM: Great, now I'll fix my code. You should be more careful next time.
Me: * YOU DENSE MATHA...KER * Sure.

How's your morning going? :)

Project handover:

"Mmh okay, so what about test coverage?"

Dev: "zero"

Team taking the project "why???"

Dev: "You don't need test if you write perfect code"

Silence in the room... Followed by awkward laugh.

Just reached 100+!!

Anyhow. I started coding prettymuch 365 days ago. My mate decided to launch his company and figured it was a good idea to start it with good friends who knew fuck all at coding.

Fyi, the dude can code 15 hours straight everyday for about a year (no shit thats what i saw).

Since he taught me html css javascript(even if i still suck abit at js). He made me remake the whole bootstrap in react by adding this new lib styled-components and test everything(95% coverage :)).

He also taught me webpack and rollup. Json schma forms，http requests redux， redux logic， and all the routing shit...he obliged me to i plement RR4 on release and is now making me overlook the merge requests of my other collegue (yes he made me a git pro，almost).

And now i have to work long distance by studying java， spring， oauth2 and start working on our api.

O yeah，and i went from microsoft to full on linux!!!

To be honest i thought i was gonna die this year. (Also have a kid on the way :)).

Devrant has been like going to the psychologist :) everytime shit hit the fan i realized every one has the same problems :)

Thanks to the community i can also now even give out nerd jokes :)

(L)Devrant

Every day.

I am a PHP developer.

Yeah, "another PHP is awful" rant... no, not really.

It's just unsuitable for some ambitious projects, just like Ruby and Python are.

First of all, DO NOT EVER use Laravel for large enterprise applications. The same goes for RoR, Django, and other ActiveRecord MVCs.

They are all neat frameworks for writing a todo app, as a better-than-wordpress flexible blogging solution, even as a custom webshop.

Beyond 50k daily users, Active Record becomes hell due to it's lazy fat querying habits. At more than a million users... *depressed sigh*.

PHP is also completely unsuitable for projects beyond 5M lines of code in my opinion. At more than 25M lines... *another depressed sigh*.

You can let your devs read Clean Code and books about architecture patterns, you can teach them about SOLID & DRY, you can write thousands of tests... it doesn't matter.

PHP is scaffolding, it's made of bamboo and rope. It's not brick or concrete. You can build quickly, but it only scales up to a certain point before it breaks in multiple places.

Eventually you run into patterns where even 100% test coverage still doesn't guarantee shit, because the real-life edge cases are just too complex and numerous.

When you're working on a multi-party invoicing system with adapters for various tax codes, or an availability/planning system working across timezones, or systems which implement geographical routefinding coupled to traffic, event & weather prediction...

PHP, Python, Ruby, etc are just missing types.

Every day I run into bugs which could have been prevented if you could use ADTs in a generic way in PHP. PHP7 has pretty good typehints, and they prevent a lot of messy behavior, but they aren't composable. There is no way to tell PHP "this method accepts a Collection of Users", or "this methods returns maybe either an Apple or a Pear, and I want to force the caller to handle both Apple/Pear and null".

Well, you could do that, but it requires a lot of custom classes and trickery, and you have to rewrite the same logic if you want to typehint a "Collection of Departments" instead of "Collection of Users" -- i.e., it's not composable.

Probably the biggest issue is that languages with a (mostly) structural type system (Haskell, Rust, even C#/JVM languages to some degree, etc) are much slower to develop in for the "startup" era of a project, so you grab a weak, quick prototyping language to get started.

Then, when you reach a more grown up phase, you wish you had a better type system at your disposal...

To be a good developer, you must thrive in chaos, and have an insatiable desire to turn it into order.

All user input, both work tasks and actual application input, is pure fucking chaos.

The only way to turn that input into anything usable, is to interpret, structure and categorize it, to describe the rules for transformation as adequately as you can.

Sometimes companies create semi-helpful roles to assist you with this process. Often, these people are so unaware of the delicacy of the existing chaos, that any decision they make just ripples out in waves leaving nearly irreparable confusion and destruction in its path.

So applications themselves also slowly wear down into chaos under pressure of chaotic steak-holders which never seem to be able to choose between peppercorn or bernaise sauce for their steaks.

Features are added, data is migrated between formats, rules become unclear. Is ketchup even fucking valid, as a steak sauce?

The only way to preserve an application long term, is refactoring chaos into order.

But... the ocean of chaos will never end.

You must learn to swim in it.

All you can hope to do is create little pools of clarity where new creative ideas can freely spawn.

Ideas which will no doubt end up polluting their own environment, but that's a problem for tomorrow.

So you must learn to deal with the infinite stream of perplexed reactions from those who can't attach screenshots to issue reports.

You must deflect dragging conversations from those who never quite manage to translate gut feeling into rational sentences.

You must learn to deal with the fact that in reality there are no true microservice backends. There are no clean React frontends. There are no normalized databases. Full test coverage, well-executed retrospectives, finished sprints -- they are all as real as spherical cows in a vacuum.

There is no such thing as clean code.

There is only "relatively cleaner code", and even then there are arguments as to why it would be "subjectively relatively cleaner code".

Every repository, every product, every team and every company is an amalgamation of half-implemented ideals, well-intended tug of war games, and brilliantly shattered dreams.

You will encounter fragmented shards of perfect APIs, miles of tangled barbed documentation, beheaded validator classes, bloody mangled corpses of analytical dashboards, crumbled concrete databases.

You must be able to breathe in those thick toxic clouds of rotting technical and procedural debt, look at your reflection in the locker room mirror while you struggle yourself into a hazmat suit, and think:

"Fuck yes, I was born for this job".

CTO: "You must write good tests with high coverage, ideally use TDD. We need confidence in our releases."
Also CTO: *Secretly commits code changes directly to master at 3am, breaks tests, skips CI, publishes, tells no-one*

Fuck the memes.

Fuck the framework battles.

Fuck the language battles.

Fuck the titles.

Anybody who has been in this field long enough knows that it doesn't matter if your linus fucking torvalds, there is no human who has lived or ever will live that simultaneously understands, knows, and remembers how to implement, in multiple languages, the following:

- jest mocks for complex React components (partial mocks, full mocks, no mocks at all!)
- token cancellation for asynchronous Tasks in C#
- fullstack CRUD, REST, and websocket communication (throw in gRPC for bonus points)
- database query optimization, seeding, and design
- nginx routing, https redirection
- build automation with full test coverage and environment consideration
- docker container versioning, restoration, and cleanup
- internationalization on both the front AND backends
- secret storage, security audits
- package management, maintenence, and deprecation reviews
- integrating with dozens of APIs
- fucking how to center a div

and that's a _comically_ incomplete list; barely scratches the surface of the full range of what a dev can encounter in a given day of writing software

have many of us probably done one or even all of these at different times? surely.

but does that mean we are supposed to draw that up at a moment's notice some cookie-cutter solution like a fucking robot and spit out an answer on a fax sheet?

recruiters, if you read this site (perhaps only the good ones do anyway so its wasted oxygen), just know that whoever you hire its literally the luck of the draw of how well they perform during the interview. sure, perhaps some perform better, but you can never know how good someone is until they literally start working at your org, so... have fun with that.

Oh and I almost forgot, again for you recruiters, on top of that list which you probably won't ever understand for the entirety of your lives, you can also add writing documentation, backup scripts, and orchestrating / administrating fucking JIRA or actually any somewhat technical dashboard like a CMS or website, because once again, the devs are the only truly competent ones - and i don't even mean in a technical sense, i mean in a HUMAN sense of GETTING SHIT DONE IN GENERAL.

There's literally 2 types of people in the world: those who sit around drawing flow charts and talking on the phone all day, and those WHO LITERALLY FUCKING BUILD THE WORLD

why don't i just run the whole fucking company at this point? you guys are "celebrating" that you made literally $5 dollars from a single customer and i'm just sitting here coding 12 hours a day like all is fine and well

i'm so ANGRY its always the same no matter where i go, non-technical people have just no clue, even when you implore them how long things take, they just nod and smile and say "we'll do it the MVP way". sure, fine, you can do that like 2 or 3 times, but not for 6 fucking months until you have a stack of "MVPs" that come toppling down like the garbage they are.

How do expect to keep the "momentum" of your customers and sales (I hope you can hear the hatred of each of these market words as I type them) if the entire system is glued together with ducktape because YOU wanted to expedite the feature by doing it the EASY way instead of the RIGHT way. god, just forget it, nobody is going to listen anyway, its like the 5th time a row in my life

we NEED tests!
we NEED to know our code coverage!
we NEED to design our system to handle large amounts of traffic!
we NEED detailed logging!
we NEED to start building an exception database!

BILBO BAGGINS! I'm not trying to hurt you! I'm trying to help you!

Don't really know what this rant was, I'm just raging and all over the place at the universe. I'm going to bed.

Passed the online test.
Passed the technical interview.
Need to pass the final interview.

I'm applying to this company as a JS developer (backend). Their engineers are amazing and the fucking have 99.94% coverage on their test suiteeee; that gave me a code-boner.

If I get this job I'll finally say good bye to fucking PHPShit and Zend Framefuck and all this hacked bootstrap and 15k LoC "core.css/js"

I CAN DO IT

It's enough. I have to quit my job.

December last year I've started working for a company doing finance. Since it was a serious-sounding field, I tought I'd be better off than with my previous employer. Which was kinda the family-agency where you can do pretty much anything you want without any real concequences, nor structures. I liked it, but the professionalism was missing.

Turns out, they do operate more professionally, but the intern mood and commitment is awful. They all pretty much bash on eachother. And the root cause of this and why it will stay like this is simply the Project Lead.

The plan was that I was positioned as glue between Design/UX and Backend to then make the best Frontend for the situation. Since that is somewhat new and has the most potential to get better. Beside, this is what the customer sees everyday.

After just two months, an retrospective and a hell lot of communication with co-workers, I've decided that there is no other way other than to leave.

I had a weekly productivity of 60h+ (work and private, sometimes up to 80h). I had no problems with that, I was happy to work, but since working in this company, my weekly productivity dropped to 25~30h. Not only can I not work for a whole proper work-week, this time still includes private projects. So in hindsight, I efficiently work less than 20h for my actual job.

The Product lead just wants feature on top of feature, our customers don't want to pay concepts, but also won't give us exact specifications on what they want.
Refactoring is forbidden since we get to many issues/bugs on a daily basis so we won't get time.
An re-design is forbidden because that would mean that all Screens have to be re-designed.
The product should be responsive, but none of the components feel finished on Desktop - don't talk about mobile, it doesn't exist.
The Designer next to me has to make 200+ Screens for Desktop and Mobile JUST so we can change the primary colors for an potential new customer, nothing more. Remember that we don't have responsiveness? Guess what, that should be purposely included on the Designs (and it looks awful).
I may hate PHP, but I can still work with it. But not here, this is worse then any ecommerce. I have to fix legacy backend code that has no test coverage. But I haven't touched php for 4 years, letalone wrote sql (I hate it). There should be no reason whatsoever to let me do this kind of work, as FRONTEND ARCHITECT.

After an (short) analysis of the Frontend, I conclude that it is required to be rewritten to 90%. There have been no performance checks for the Client/UI, therefor not only the components behave badly, but the whole system is slow as FUCK! Back in my days I wrote jQuery, but even that shit was faster than the architecuture of this React Multi-instance app. Nothing is shared, most of the AppState correlate to other instances.

The Backend. Oh boy. Not only do we use an shitty outated open-source project with tons of XSS possibillities as base, no we clone that shit and COPY OUR SOURCES ON TOP. But since these people also don't want to write SQL, they tought using Symfony as base on top of the base would be an good idea.
Generally speaking (and done right), this is true. but not then there will be no time and not properly checked. As I said I'm working on Legacy code. And the more I look into it, the more Bugs I find. Nothing too bad, but it's still a bad sign why the webservices are buggy in general. And therefor, the buggyness has to travel into the frontend.

And now the last goodies:
- Composer itself is commited to the repo (the fucking .phar!)
- Deployments never work and every release is done manually
- We commit an "_TRASH" folder
- There is an secret ongoing refactoring in the root of the Project called "_REFACTORING" (right, no branches)
- I cannot test locally, nor have just the Frontend locally connected to the Staging webservices
- I am required to upload my sources I write to an in-house server that get's shared with the other coworkers
- This is the only Linux server here and all of the permissions are fucked up
- We don't have versions, nor builds, we use the current Date as build number, but nothing simple to read, nonono. It's has to be an german Date, with only numbers and has always to end with "00"
- They take security "super serious" but disable the abillity to unlock your device with your fingerprint sensor ON PURPOSE

My brain hurts, maybe I'll post more on this shit fucking cuntfuck company. Sorry to be rude, but this triggers me sooo much!

Why... why the fuck do people write unit tests and then comment out the god damn fucking assertion lines....
Like what the flying fuck? Cool, we can get some code coverage marks but for fuck sake actually let your tests do their fucking job!!!

Oh, the asserts fail?
Well fucking sort that shit out instead of commenting them out.

I don't get it, if you're going to write tests, fucking test something with them, or we'd be better of without them.

Me passing time on the weekend

Random call from unknown number

Turns out it's the manager

M: hey , how is your weekend going ...

Me: nothing much ... Whatsup ?

M : yeah well , we wanted to push some minor adhoc fixes as some clients wanted it urgently

The Devops folks need developer support . Can you pitch in and monitor

Me : I'm not aware of what changes are going , i don't think i can provide support

M : don't worry it's minor changes , it's already tested in pre prod , you just need to be on call for 30 mins

Me : ugh okay .. guess 1 hr won't hurt

M: thanks 👍🏽

Me: *logs in

*Notices the last merged PR
+ 400 lines , implemented by junior dev and merged by manager

*Wait , how is this a *minor* release...

*Release got triggered already and the CI CD pipeline is in progress

*5 mins later

*Pipeline fails , devops sends email - test coverage below 50%

Manager immediately pitches in ...

M: hey , i see test coverage is down , can you increase it ?

Me: and how do u suppose I do that ?

M : well it's simple just write UTC for the missing lines ... Will it take time ?

Me : * ah shit here we go again

Yeah it will take time , there are around 400 lines , I am not aware of this component all together

Can you ask junior dev to pitch in and write the UTC for this

*Actually junior dev is out on a vacation with his girlfriend

M : well he's out for the weekend , but
as a senior dev , i expect you to have holistic understanding of the codebase and not give excuses ,
this is a priority fix which client are demanding we need this released ASAP

Me : * wait wat ?

---

I ended up being online for next 3 hours figuring out the code change and bumping up the UTC 🤦🏾

The code is a freaking mess. Shared behavior, terrible variable/method naming, misleading module naming, dynamic polymorphic spaghetti, whitespace errors, no consistency, confusing even if you understand what the code is doing, ... . It should never have passed code review. It probably wasn't code reviewed.

The comments are sparse and useless. Quality level: // This is bridge.

The documentation does not exist.

Testing steps for QA are missing several steps, including setup, so actually using the feature is bloody challenging. If one thing is wrong, the feature just doesn't show up (and ofc won't tell you why).

The specs for the feature are outdated and cover only 4 of 19+ cases. And are neigh useless for those 4.

The specs for the report I'm fixing don't even check the data on the report; it just checks for one bit of data on each row it creates -- a name -- which is also the same on each row. gg.

The object factories (for specs) are a mess, and often create objects indirectly, or in backwards order with odd post-create overwriting to make things work. Following the factories is a major chore, let alone fixing or extending them.

The new type has practically zero test coverage.

The factory for the new type also only creates one variant -- and does so incorrectly.

And to top it all off: the guy who wrote the feature barely ever responds. If he does, he uses fewer words than my bird knows, then stops responding. I've yet to get a useful answer out of him. (and he apparently communicates just fine, according to my micromanager.)

But "it's just fixing a report; it'll be easy!"
Oh, fuck off.

writing library code is hard.

there are sooo many details that go into writing good libraries:

designing intuitive and powerful apis
deciding good api option defaults, disallowing or warning for illegal operations

knowing when to throw, knowing when to warn/log
handling edge cases
having good code coverage with tests that doesn't suck shit, while ensuring thry don't take a hundred years to run

making the code easy to read, to maintain, robust
and also not vulnerable, which is probably the most overlooked quality.

"too many classes, too little classes"

the functions do too much it's hard to follow them
or the functions are so well abstracted, that every function has 1 line of code, resulting in code that is even harder to understand or debug (have fun drowning in those immense stack traces)

don't forget to be disciplined about the documentation.

most of these things are
deeply affected by the ecosystem, the tools of the language you're writing this in:

like 5 years ago I hated coding in nodejs, because I didn't know about linters, and now we have tools like eslint or babel, so it's more passable now

but now dealing with webpack/babel configs and plugins can literally obliterate your asshole.

some languages don't even have a stable line by line debugger (hard pass for me)

then there's also the several phases of the project:

you first conceive the idea, the api, and try to implement it, write some md's of usage examples.

as you do that, you iterate on the api, you notice that it could better, so you redesign it. once, twice, thrice.

so at that point you're spending days, weeks on this side project, and your boss is like "what the fuck are you doing right now?"

then, you reach fuckinnnnng 0.1.0, with a "frozen" api, put it on github with a shitton of badges like the badge whore you are.

then you drop it on forums, and slack communities and irc, and what do you get?

half of the community wants to ban you for doing self promotion

the other half thinks either
a) your library api is shitty
b) has no real need for it
c) "why reinvent the wheel bruh"

that's one scenario,

the other scenario is the project starts to get traction.

people start to star it and shit.
but now you have one peoblem you didn't have before: humans.

all sorts of shit:

people treating you like shit as if they were premium users.

people posting majestically written issues with titles like "people help, me no work, here" with bodies like "HAAAAAAAAAALP".

and if you have the blessing to work in the current js ecosystem, issues like "this doesn't work with esm, unpkg, cdnjs, babel, webpack, parcel, buble, A BROWSER".
with some occasional lunatic complaining about IE 4 having a very weird, obscure bug.

not the best prospect either.

"As a team, we have the shared responsibility to ___".

(replace with ALL of the following: resolve bugs, do junior's code reviews, clean up dead code, keep the kitchen clean, improve test coverage, write documentation, order coffee beans, etc)

NO. JUST FUCKING STOP RIGHT THERE. Shared responsibilities do not exist. A single person is responsible, and can optionally delegate tasks.

EITHER I DO IT AND I'LL BE FUCKING AWESOME AT IT, OR SOMEONE ELSE DOES — BUT I'LL SLAP SLACKERS IN THE GENITALS WITH MY KEYBOARD.

Fucking startup hipsters with their community driven attitude, this way no shit gets done, ever.

Casual workday be like:

Project manager: It is important we deliver these features.

Me & Coworker: Sounds reasonable, here is how long we need, roughly.

Mgr: Well, the deadline is already set and the contract is signed and written.

M&C: Ummm...

Mgr: Also, while we are hosting the application, we are not paid for operational cost, so make sure to optimise the crap out of it immediatly. Preferably while developing the features.

(A wild architect appears): Also everything has to be built on cans and kubernuts, with rectangular ui and bootstyling and with these internally developed backend frameworks NOBODY tests. Coroporate policy you know.

(A wilder division CEO appears on meeting): Also we are rolling out code KPI's across the organisation. Everyone is expected to Focus on documentation, test coverage and there is now mandatory SonarQube scanning of repos. ZERO DEFECTS PEOPLE

M&C: ...

(Wildest Salesteam appears): By the way we sold the application to these other customers, they love feature XYZ and must have it.

M&C: It does not have feature XYZ

Mgr: It will have feature XYZ

M&C: Allright so with all the extra funding from the sales, we need to hire atleast one Machine learning guy, an extra frontend specialist a developer and maybe funnel some of the funding into slacking the operational budget in the start.

Animated Suit *Railing a line of coke from his gold plated ihpone 15*: What funding? Get to work. Also your havent been super sharp with your time registration.

After running tests, code review, coverage test ... And your application crashes in the middle of a demo in front of your PM and your coworkers.

Coworkers : "When you try your best but you don't succeed ..." (Coldplay song)

PM : DAMN SON! WHERE'D FIND THIS ?

Day of the interview sr. Architect says: "We have near 100% unit test coverage in our code."

One month later when I tell him there are 0 unit tests written against 300 projects: "Yeah, I knew that was a problem."

What can you do when the people who want to hire you lie outright to your face?

Oh yeah, and not a god damned one was written using any sense of object oriented programming at all. Every single damned project is written like its on a motherfucking punchcard put together by a cs 101 student with a 2 hour fucking deadline.

I can understand if it needs some work, just tell me. Don't fucking lie to me just to get me in the door to fix a problem you know you have. JUST HAVE SOME FUCKING RESPECT FOR YOUR CANDIDATES AND DON'T FUCKING LIE TO THEM!

Off to drink some scotch and think about what it would be like to shove a finger deep enough into my nostril to hear a pop and smell popcorn before going off into that good night.

I said good day.

A) Create something that works, is fast, minimum bugs, have edge cases covered, nice testes, clean code. Cool, you did your job. END.

B) Create something shitty with bugs, performance issues, non or poor test coverage, mess code, etc. Cool, you did you job. But...

Next week you reduced bugs by 50%. Wow, you're rockstar.

Another week you improved performance by 15%. Again, you're the hero.

2 weeks later, you reached 85% test coverage. Management is so happy that almost got orgasm.

"A" took 3 months, "B" took 3 months plus few months of fixes. The only time where B was winning was first 4 weeks, where A was carefully building it's architecture and quality.

Yet B is seemed more successful.

This industry is F****d Up beyond my understanding.

Hiring process is fucking broken ok?
We all do have something else to do, nobody wants to do "homework" for 4 fucking hours. Which let's be real, isn't 4 hours. It's always more. I try to squeeze it in a least amount of time which means mistakes will be made. I always try to show my knowledge of the language and it's features. But, you didn't do X. That's it, that is a no from us.
Dude, I just wrote a high production grade small project with 90%+ test coverage and you are telling me that those 2 small shit I made is a big deal? Fuck off

Most companies I worked with have a code full of shit and here I present to you, with a poetry and it's a no because of X?

My bet is that if I ever started to work there I would find a code that isn't tested and is in shit state

\rant

When you are running some unit test cases with less code coverage

Me: We really need to improve our unit test coverage.
Team/Boss: <sarcasm> Haha yeah.
Production Bug: I'm doing something nasty to a client, because a dev broke something but no test coverage.
Boss: How could we have prevented this?!

> Last year wrote a unittest - I was asked to delete it
> no design patterns. Not a single one
> no encapsulation
> fucked up inheritance [I had no idea it was possible at all...]
> generics every-fucking-where
> I could go on...

this month the lead dev was not in and I had to make a new feature. Guess what I did :)

tdd [coverage >90%], a couple of builders, a factory or two, two composites, one decorator, only a few generics - only where really needed. Private fields, not a single @Autowired field [they were fucking my tdd], nicely abstracted integrations, and so on. Everything is writen according to clean code: max 10loc methods, <140col lines, reusable constants and utils, SOLID as a rock, etc.

Due date is next week. Took me 3 weeks to craft it.

Guess who's gonna be piiiiiiiiiiiiisssedd 😁

the best part - I don't even work there, our company was hired for xx hours as helping hands 😁

that's not all. They have like 6 envs and their deployment is all-fucking-manual. Will try to learn how to dockerize that app and deploy it on docker. Gosh I wish I could see his face when he's back 😁

p.S. From ethical point of view, he's the only dev who believes his code is perfect. No other dev in the team agrees. AND he once said: 'it's gonna be my way or no way at all'. So I don't think I did wrong... Did I? :)

Won a new job; 50% payrise which, for a junior, is a pretty big deal.

A bigger team, with more established practices, a commitment to testing and code coverage, code reviews, and a smaller learning surface area as I go forward (focusing entirely on the js ecosystem, 80% frontend).

So this is all good.

But I *have* to go back to Windows. Windows *7*. Their infosec practices move at a glacial pace. After two glorious years on mac/linux I feel like being sick.

TL;DR you suck, I suck and everybody sucks, deal with it....

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

Let me let off some steam, since I've had enough of people hating on languages "just because"

Every language has it's drawbacks and quirks, BUT they have their strengths also. Saying "I hate {language}" is just you being and ignorant prick and probably your head is so far up your ass that you look like an ass hat. With that being said, every language is either good or bad depending on the developer writing in it. Let's give you an example:

If I ware to give you a brick and ask you to put a nail in a plank, can you do it? Yes, it will be easier if you do it with a hammer, but you have a brick, so hammer is out of the question. If you hit your thumb while doing it... well... sorry, but it is not the bricks fault - it is YOU!

JavaScript, yes it has a whole lot of problems, but it works, you can do a ton of stuff and does a good job at that, it is evolving through node and typescript (and others, just a personal pref), BUT if you used js when you ware debugging that jquery (1.0) plugin written in the free time of a 13 yo, who copy pasted a bunch from SO, well, it is not js' problem - deal with it. Same goes for PHP, i've been there where you had a single `index.php` with bazillion lines of code, did a bunch of eval and it was called MVC, but it also is evolving.. thing is all languages allow you to do some dumb stuff so YOU have to be responsible to not fuck it up (which you always DO btw, we all do). Difference is PHP/JS roll with it because the assumption is that you know what you are doing, which again - newsflash - you don't.

More or less I would blame that shit on businesses which decided to go with undergrads to save money instead of investing in their product, hell, I am in a major company that does not invest that doesn't care a whole lot about dev /tech stuff and now everybody's mother is an engineer - they care about money, because investors care about money (ROI) and because clean code does not pay the bills, but money does.

If we get all of the good practices and apply them to each language every one of them has it's place, that is why there is no "The Language", even if there was, we STILL ware going to fuck it up and probably it was going to be even worse than where we are now.

Study, improve, rinse and repeat... There are SENIORS and LEADS out there that are about 25-30 and have no fucking clue about the language, because they have stuck up their heads up the ass of frameworks and refuse to take a breath of clean air and consider something different than their dogmatic framework "way" of doing things.. That is the result you are seeing. Let me give you a fresh example to illustrate where I am at atm:

Le me works with ZendFramework 2.3-2.5 (why not, which is PHP5+ running on PHP7 [fancy, eh]), and little me writes a module for said project, and tries to contain it in its own space, i.e not touching anything outside of the folder of the module so it is SELF-CONTAINED (see, practices), during 2-3-4 iterations of code review, I've had to modify 4 different modules with `if (somthing === self::SOMETHING_TYPE)` as requested by my TL, which resulted in me not covering 3 use-cases after the changes and not adding a new event (the fw is event-driven, cuz.. reasons) so I have to use a bunch of ifs in the code, to check a config value and do shit. That is the way of I am asked to do things I hate what I've done and the fact that because of CR I have lost case-coverage, a week of work and the same TL will be on my ass on monday that things are now "perfect".

The biggest things is "we care about convention and code style"... right.... That is not because of the language, not because of me, not because of the framework - it is some dude's opinion that you hate, not the language.

New stuff are better, reinventing the wheel is also good, if it wasn't you would've had a few stone circular things on your car and things ware going to be like that - we need to try and try, that is the only way we actually learn shit.

Until things change in the trade, we will be on the same boat, complaining about the same shit over and over, you and me won't be alive probably but things will not change a bit.

We live in a place where state is considered good, god objects necessary (can you believe it, I've got kudos for using the term 'God Object'... yep, let that sink in). If you really hate something, please, oh god I beg you, show me how you will do it better and I will shake your hand and buy you a beer, but until then, please keep your ass-hurt fanboy opinion to your self, no one gives a shit about what you think, we will die and the world will not notice...

Wanna have 120% code of code coverage? Start writing test for unit tests.

Found out today that the company wants to hire the consultant that thinks that unit testing is a waste of time, CI and code coverage metrics are useless, DI is mumbo-jumbo. But 500+ line procedural methods are fine, you just start the method with a small essay of a comment on what it does...

Just joined a new team at the organisation as senior dev.

Team lead keeps singing about how we need unit testing and good standards.

I implement domain pattern on the backend supported by unit tests.

It passes QA and then get an earful about the code not being 'restful'. What does that even mean?

Well, it matters not since team lead changes the whole feature in the release branch and all unit tests obviously fails. Builds start to fail.

The solution? Comment out all unit tests. In the sprint retro, we hear the same old adage 'we need 80% code coverage'

Do as i say, not as I do. FML.

Soooo it's Monday........ 🤯

@C0D4 started the day fixing current projects defects (4 tickets smashed before coffee 💪)

Then after coffee, run a test coverage report and see a significant decline over the past few months, so spends a couple hours adding more tests to get some areas filled in - meh, nothing like 50+ lines per test... to test a if() statement but whatever - complex scenarios will be complex to get too, but no my tests break and I'm missing data I didn't know about🤦‍♂️
So let's comment all that out, and go to lunch ... mmmm lunch.

Get back, start working on those again, and then get handed a new issue, so comment that all back out again, ( ok I know what you're thinking, but I'm working in an environment that does not use git for deployments - don't ask, real pain in the ass I haven't had time to invest into yet - but as code versioning only) anywho, starts to workout this new issue but don't figure it out, enter a 30 minute meeting.................. yea that was 2 hours later but was a very practical whiteboard session only to work out I have something like 16-20 weeks of work over 4-5 projects to get out in like 6 weeks... hahahahahahaha fml..... oh and that's excluding another project which had a 6 weeks of work in the pipeline to get to somehow.... I'm not seeing this one happening, and probably conflicting projects needed on top of that down the track... but we'll leave those out for now!

Whoot is fucking home time!!!

🤷‍♂️I'm starting to think I'm like a team of 5-10 devs right now, maybe I should start asking for 5-10x more 😏

#letsBringOnTuesday!!!!

21 lines of business logic (including whitespace and comments)

9 lines of build config

386 lines of tests (and tests for the tests)

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 😂

I don't get it why there are so many people out, that think testing stupid model classes with getters and setter is needed.

Dude. There is no logic in this class ... it's pure data that gets not modified there (well except if you call the setter)

I've wasted way too much time writting useless unit test because some ppl want to masturbate on 100% code coverage 🤦🏻‍♂️

Giant, month-and-a-half-long-ticket.
After learning six or so complicated areas of the system and updating them all to work with the new changes, make them all play nicely, etc. I finally got everything working. 95% spec coverage, though no ui tests because I haven't gotten selenium working. whatever, everything's done and works.

Second dev bases her ticket off of mine and continues working. Work elsewhere continues and there's an official release, so we both merge in master. I run tests, everything passes, and go back to working on other tickets.

She finishes her ticket.
We do end-to-end testing, and everything works perfectly. Time for a demo!

She merges in master again, and pushes her branch to two staging servers. (idk why two.)

Demo starts.
We connect to the staging servers, and... none of the UI changes exist; they aren't running the correct code!

So she runs it locally for a demo instead. Two features in my ticket no longer work. She throws me under the bus. She throws me under the bus again by criticising a rake task I scrapped because she wanted to do it. Then again because I didn't update my branch to master and push it before the demo, despite having no reason to. and despite the demo being of her branch.

Then she continues to show off and brag about how she's like the "legend" (senior dev) she envies. QAbuys it.

I'm having an emotion, and it's called anger.

Pissed off. Planning on imposing a company wide hook that prevents you checking in code with a @Generated annotation. Seriously, never even heard about it being used outside of auto generated code until some bozos here seem to have started using it to silently drop complicated classes from test coverage metrics. Is this a thing with new coders these days, or are my lot just cowboys?!

No more, anyway. Sometimes it's convenient to be able to pull rank.

I just want to share this:

When I start working at my last job, I have little idea of what a unit test was.

My boss on one meeting said that unit testing will be mandatory (wich is ok and umderstandable).

Almost a *year* after that, no one still care about them. I see myself doing them the best I can, but I saw things like wrap the assertion line with "try / catch" to lie to the coverage and unit test percentage. Or in other cases directly uploading *manually* the code on the server without test at all.

And then, as the only developer who do the unit test ok I have to do the missing ones and repair the fake ones.

Then when something explodes the question all the managers love to ask "Did we had the testing?"

At least I quit... that job was some crazy shit, this is just one story of many.

Like that other time that my co-workers did not understand why I needed to do POJOs on an android app because the big bad JSON that the app used was working fine....

Getting beaten up over the quality of an app i'm working on with 6 interns. We have a bunch of unit tests, was shocked to see so many issues ... until I looked at the tests.

A function returning a non-optional array has 1 check ... that the return value is not nil ... fml

After a long time I finally reached this milestone of 100% code coverage. I often asked myself why I had to test every function, no matter how small. But this log output of 100% was worth it.

Just a thought.

If your project has good coverage with tests, it should be possible to develop an algorithm that recreates your production code entirely from tests.

Just look at IntelliJ - its autosuggestions on missing properties/methods are 99% times correct - I only need to hit that ENTER button. Add some AI to recreate some algorithms and there you go - you can use your tests as both: code specs and a part of QA.

Any takers for the next AI project? :)

!rant

Designed and written > 1.3k lines of code this week and 98% test coverage..
CI and CD set up and working..

Was a Long week and very exhausting but I feel really good now, happy to start the weekend with whiskey and beer.

This is gonna be one of my most productive sprints so far..

Hope you all had a successful week as well.

Happy Friday 🍻

And please don’t start with any „that’s nothing, I’ve written 5k lines ones“ comments.. It‘s professional, stable, optimized code and code I can actually be proud of.

aahh, that's a nice feeling!

Half a year ago I was borrowed to a client's team as a pair of helping hands on one project. Today I pulled that project source again to see what has changed.

The only things changed in my code are typos in strings (missing space, missing letter, etc.). Not a single error in actual code.

Maybe >90% TDD tests coverage has smth to do with it ;)

aahhh, that's a nice feeling :)

I really want to stress that we should add the ticket for adding the missing test cases in *this* sprint and not postpone it any further.

-- "Isn't there something more important to be added instead?"

There. ALWAYS. Is. Something. MORE. Important. The real problem was that we implement the test cases in the past to begin violating our definition of done. We have to fix and one point and we have to own that decision as nobody else will care about passing tests and test coverage. It's our job to care for that.

Yes, we can instead focus on all the other high-priorities task that should have been done yesterday, yet that won't change the fact that large part our codebase will remain an untested messy blackbox just asking for weird bugs and wild goosechases in the future.

Don't hide behind "high priority tasks". A job is done when it is fucking done and tests are part of that. Hurrying from one important task to the next will just mean we'll never do it. There is no better time than right now.

If code coverage got left behind in the past, then we'll have to suck it up in order to fix it as soon as possible, otherwise we'll just suck forever.

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.

I started my actual gig as CTO of construction group (Innovation Hub) a year ago. And it was a hell of a ride, implementing kind of a scrum-ban for project management, XP, peer-reviews, a git-flow, git commit message formats, linters, unit testing, integration tests, etc...
And it's the fun part because with the CIO we had to drive the board to do A LOT of changes in their IT/Innovation drive.

But in one year there is a lot of KPI that went up :
* Deployment: When I arrived it took three stressful days to deploy a new version of one application, once a month. Today we do it every week, and it takes three annoying hours.
* We had no test. NOTHING! Today we have 85% code coverage for the unit test, and automatic integration tests run by our CI server every day.
* We had almost no documentation. Today our code is our documentation (it automatically extracted and versioned).
* We had 0 add value in the use of git. With commit messages as "dev", "asked task", inside jokes and a lot of "fix" and "changes". Today we have a useful git, and we even use it to create our deploy changelogs (and it's only mildly annoying!).
* More important, the team is happy! They get their purpose, see betterment in their tech mastery. They started doing conception, applicative architecture, presentations, having fun.

There is still a LOT of bad things we are still working on, and trying to solve (support workflow and betterment). But seeing what they already did, I'm so proud of my TEAM! I'm a fucking asshole, workaholic, "just do it" kind of guy. But they managed to achieve so much. Fucking PROUD!!

OK people, I don't need a novel written for every line of code, but PLEASE STOP trying to tell me that "yOuR coDe sHouLd bE sELf dOcUmeNtiNg aNd cOmMenTs mEaN iT's aUtoMaTiCaLLy bAd". That's a bunch of BS. I can't begin to tell you how many times I've saved my own butt by dropping a "this call can't be awaited; causes the library's internal API to throw an error" comment in my C#, or a "can't use double quotes here; doesn't work right for some reason" line in my JavaScript. Sometimes there are very good but un-obvious reasons why something was done a certain way, even though it looks like it could be done better. And don't try to tell me "the tests will catch it". Let's be realistic here, nobody has 100% test coverage on any project that's much more than "Hello World". And even if the tests DID catch it, why waste the time when you could just write a comment?

P.S.: This is not directed at anyone on here specifically. It's directed at all the devs I've met IRL and the comments I've seen on SO, who think that comments must be bad.

Group assignment in a software engineering class. Got that notorious lazy kid in my group of four who failed the class in the last term. I was perfectly aware of his reputation, but accepted him in the group nonetheless, because he already knows what needs to be done in the class.

He started to work on his assignment: mostly boilerplate code that didn't even build. He didn't even bother to fix it. I had a lot of time over the Easter weekend, so I decided to just code as much for the assignment as possible for the mid-term submission. I replaced his broken boilerplate stuff with a working solution. I told the others in the group chat about it. Code works and builds, test coverage is high. Everything is fine.

The lazy kid replied to the group chat, that if I'd wanted to code and document(!) everything on my own, I should have told him in the first place. Also got that "fuck off" emoji in the message. So I restored his broken boilerplate stuff using git, even fixed the build errors and told him to explain to me what he tried to achieve, and that I'd be happy to include his code as soon as it worked. Didn't hear anything since. Commits neither.

I guess he was just looking for an excuse for not doing additional work in the project.

I don't understand how my managers suddenly forgot that my "down weeks" we're due to technical debt I inherited. The whole on boarding hasn't been in my favor. I've stayed at work everyday til long after work hours, digging through code, trying to get JIRA tickets done, encountering issues specific to our code base that no one would ever discover on their own without docs/help from the original dev. The whole time, I was told that they know what's going on and apologize. I constantly expressed that plenty of what we were doing was building on antipatterns. They acknowledged. When a ticket wasn't done, they always knew the very specific reason and I wasn't faulted. 6 months in, I receive a great annual review. 7 months in? I receive an email titled "Performance Discussion," detailing 4 of those incidents where a ticket was pushed back -- with inaccurate depictions of what actually went down. They actually wrote that I didn't communicate. One part of the report expressed that there were "bugs found in production due to inadequate test coverage." WTF!! Everything made it past code review and QA. What are you talking about?? In fact, the person who wrote that merged my code in each time!!!! Insane!! Anyway, Q2 is partly about cleaning up technical debt, which is a responsibility I have been vested (fantastic). I've deleted about 800 lines of code in the last 2 weeks and added plenty of doc strings. Two of the most important modules our application works from are about 1000 lines of JavaScript each without any comments/docs. I'm changing that, but I don't know if my managers truly know the significance. Someone was recently promoted to my position but manually wrote out a sorting algorithm (specified numeric indexes and all); didn't do shit to earn it but breathe. And while they get more and more praise and responsibility, I'm over here stuck trying to prove myself and live up to why I assume they hired me. It's ridiculous. I love the company, but I'm not getting any sleep and I'm stressed out. It's only been about 7 months and I've been doing everything I can. Why is this happening? What am I doing wrong? I've been developing a recurring (physical) headache and ticks. My heart/chest area sometimes feels like it's lifting weights. I sound like an idiot, pushing so hard for a company that isn't mine, but I take so much pride in being in this position, and I'm so set on proving myself this early in my career (I'm 25).

That feeling when you’ve got a reputation of preciseness etc, and the code you just submitted for review has so many silly little mistakes you just want to do that ostrich thing. Gosh, how can I suddenly suck at my job this bad?

Okay, the changes affect EVERYTHING in our codebase (a major change in core business logic), and there is no way I could’ve tested every possible case by myself without a decent coverage of automated tests - which we obviously don’t have. So yet another argument for it (damn management, won’t you listen?!)… but still, some of the mistakes found during code review make me seem like a complete idiot.

My biggest problem with Visual Studio Code is that every fucking piece of shit dev thinks it's their duty to introduce it to me. STOP. Just stop this shit, alright? Wanna use vscode? Fine, just don't tell me it's the best tool and I MUST use it instead of the tools I'm used to. I'm tired of this bullshit.
Every new project, every new team. Starting from js/java/.net monke and ending with PMs, I must hear this bullshit about god blessed IDE that I must use, because "why you need intellij/webstorm/rider? just install vscode and some plugins. we all use it in our project and it's ok".
FUCK YOU! Refactoring is not just renaming variables and extracting blocks of code into functions. If you want terminal integrated into your text editor with highlighting and LSP support, so be it. I want an IDE with rich refactoring tools, code analysis and good completion, database viewing/modeling support, good build tools support, good UI for git and git-diff, good test and code coverage support. I don't want your semi-IDE, bloated with hundreds of bugged third-party plugins, which I must spend a week on to configure and merry with each other before using.
JUST STOP this crap and let people use the tools they are proficient/comfortable/productive with.

Code coverage

When people think 100% test coverage indicates your code is unbreakable..

I coded part of feature 2 months ago.

Left it to help frontend guy a bit, deal with fire after release. ( we’re missing frontend integration tests and every release is pain in the ass ).

My backend code coverage is about 80% so not much can go wrong at this point.

So I added more code today and it looks like new feature is working but don’t know what the code I added 2 months ago exactly do.

The only thing I know is that it definitely needs refactoring ...

Being only backend dev / release manager / administrator/ dev ops in project is painful I need to deal with everything on my own 😔

At least client doesn’t care if it’s done in one week or in one month right now.

Fucking fuck sonarcloud and everything about it. Part of the build pipeline for us to deploy code is to ensure that 90% of the code is covered by a unit test. Great in theory, horrible in practice. You think you've written enough tests that actually add value and test a valid piece of functionality but NO, sonarcloud throws a fucking fit because you're at 89.888 then your branch is going nowhere. Because everyone else gets to this stage and writes just enough tests to get the coverage to 90.01% then it becomes a stand off of who will break first; the code coverage threshold or your mental state.

Worst architecture I've seen?

The worst (working here) follow the academic pattern of trying to be perfect when the only measure of 'perfect' should be the user saying "Thank you" or one that no one knows about (the 'it just works' architectural pattern).

A senior developer with a masters degree in software engineering developed a class/object architecture for representing an Invoice in our system. Took almost 3 months to come up with ..

- Contained over 50 interfaces (IInvoice, IOrder, IProduct, etc. mostly just data bags)
- Abstract classes that implemented the interfaces
- Concrete classes that injected behavior via the abstract classes (constructors, Copy methods, converter functions, etc)
- Various data access (SQL server/WCF services) factories

During code reviews I kept saying this design was too complex and too brittle for the changes everyone knew were coming. The web team that would ultimately be using the framework had, at best, vague requirements. Because he had a masters degree, he knew best.

He was proud of nearly perfect academic design (almost 100% test code coverage, very nice class diagrams, lines and boxes, auto-generated documentation, etc), until the DBAs changed table relationships (1:1 turned into 1:M and M:M), field names, etc, and users changed business requirements (ex. concept of an invoice fee changed the total amount due calculation, which broke nearly everything).

That change caused a ripple affect that resulted in a major delay in the web site feature release.

By the time the developer fixed all the issues, the web team wrote their framework and hit the database directly (Dapper+simple DTOs) and his library was never used.

During one of our 'pop-up' meetings last week.

Ralph: "The test code the developers are checking in is a mess. They don't know what they are doing."

ex.
var foo = SomeLibrary.GetFoo();
Assert.IsNotNull(foo);

Fred: "Ha ha..someone should talk to HR about our hiring practices. These people are literally driving the company backwards."
Me: "I think unit testing is complete waste of time."
- You could almost see the truck hit the wall and splatter watermelon everwhere..took Ralph and Fred a couple of seconds to respond
Fred: "Uh..unit testing is industry best practice. There is scientific evidence that prove testing reduces bugs and increases code quality"
Ralph: "Over 90% of our deployments are rolled back because of bugs. Unit testing will eliminate that."
Me: "Sorry, I disagree."
- Stepping on kittens wouldn't have gotten a worse look from Fred and Ralph
Fred: 'Pretty sure if you ask any professional developer, they'll tell you unit testing and code coverage reduces bugs.'
Me: "I'm not asking anyone else, I'm asking you. Find one failed deployment, just one, over the past 6 months that unit testing or code coverage would have prevented."
- good 3 seconds of awkward silence.
Ralph: "Well, those rollbacks are all mostly due to server mis-configurations. That's not a fair comparison."
Me: "I'm using your words. Unit tests reduces bugs and lack of good tests is the direct reason why we have so many failed deployments"
Boss: "Yea, Ralph...you and Fred kinda said that."
Fred: "No...we need to write good tests. Not this mess."
Me: "Like I said, show me one test you've written that would have prevented a rollback. Just one."
Ralph: "So, what? We do nothing?"
Me: "No, we have to stop worshiping this made up 80% code coverage idol. If not, developers are going to keep writing useless test code just to meet some percent. If we wrote device drivers or frameworks for other developers maybe, but we write CRUD apps. We execute a stored procedure or call a service. This 80% rule doesn't fit for code we write."
Fred: "If the developers took their head out of their ass.."
Me: "Hey!..uh..no, they are doing exactly what they are being told. Meet the 80% requirement, even if doesn't make sense."
Ralph: "Nobody told them to write *that* code."
Boss: "My gosh, what have you and Fred been complaining about for the past hour?"
- Ralph looks at his monitor and brilliantly changes the subject
Ralph: "Oh my f-king god...Trump said something stupid again ..."

At that point I put my headphones on went back to what I was doing. I'm pretty sure Fred and Ralph spent the rest of the day messaging back-n-forth, making fun of me or some random code I wrote 3 years ago (lots of typing and giggling). How can highly educated grown men (one has a masters in CS) get so petty and insecure?

Achieving high code coverage is a huge pain in the ass :\

Fuck my project manager. He wants to sacrifice code quality, test coverage and technical debt in favor of more features. In the future when everything takes longer or breaks guess who is responsible? Certainly not him.

It’s actually been quite a fun day, after some ranting on one of our slack communities flutter channel, myself and my team realized we were in a really good place to give back.

We have been working on a large scale flutter application for about a year, phase 1 is about done and we at 11k LOC.

We have been doing a big push for testing over the last 2 months and are at about 50% coverage. The thing we realized is that is the 1 place flutter has fallen short with documentation.

Very little about what we learned for testing our code came out of a google search, or it came out of cobbling bits together from numerous searches and sources.

So we decided we are going to plan and host a virtual meetup to discuss what we have learned and hopefully teach a few people some useful things and hopefully also learn a few new things too.

In addition, and as it has a longer shelf life, we going to setup a medium publication for the company and start a series to cover small specific topics, specific use cases or scenarios that we had trouble with and solved.

Today I had my first thing to type out, had worked out how to test that a function that was passed into a widget was called. So the parent passes the child and onTap function but you are testing the child not the parent as the child is reusable...

Anyway, so with that idea I got hold of marketing for some assets, setup the publication and proceeded to type out 3 articles today, all nice short ones under 2 min reading time.

It really is nice to give back, it’s not like I am Remi smart and can go and write BLoC, but I am smart enough to figure shit out and type it up so that the next guy hopefully benefits from my brain bashing.

Developer just emailed our team a complaint that our logging assembly was resulting in their poor test coverage and they sent a change request to give them the ability to mock the underlying log provider (ex. from the event log to ‘something else’).

Looked at their tests, and they are testing whether or not the .Log was executed (on an exception, if the .Log method was not executed, the test failed), which seemed a bit worthless because we’ve already got coverage in our unit tests.
We had a meeting to discuss the issue.
Me: “I’m OK with changing the logging code if it’s necessary, but I want to understand why.”
DevA: “Logging errors is crucial to the database transaction. If someone removes the logging, the tests should fail.”
Me: “If someone removes the error logging on purpose, then they likely have an agenda and will remove the test validation too. It wouldn’t be an accident.”
DevA: “That’s not my problem. They will have to deal with HR.”
Me: “We purposely prevented someone from intercepting the logging just for that purpose. Your test code already covers the business rule, testing the logging seems out of place. That would like writing a test to make sure the System.IO.File.ReadAllText actually reads all the text from a file. You kinda assume a few smart Microsoft engineers already wrote tests for that.”
DevA: “Yea, I guess that would be silly.”

Got cc’ed an email a little bit ago from DevA to his boss..
“We’re not going to be able to change logging assembly. This may have some impact on our overall test coverage as those lines of code will not get testing coverage. You will have to let the DevMgr know we will not meet our test coverage goals.”

WTF!

Was trying to figure out why the code coverage tool always reports 0% on my android tests. Turns out that is specific to newer samsung phones and it reports the coverage correctly on other phones.
Good old samsung, annoying devs since 2009!

!rant
So on the last day before launch our latest feature I'm informed that a requirement was missed and it had to be implemented before go live otherwise the business didn't want the feature. The feature in question was pretty drastic and basically required a scheme rewrite, new tables, etc. So I spent the entire day making the change.

Thankfully I pushed the whole project for good code coverage. Therefore, all I had to do when I was done was run all of our tests and make sure they passed. *warm fuzzy feelings*

Let's face it: I am and will always be a tinkerer. Yes, I know my ways around, I can sneak into legacy code bases easily and throw new stuff in there, I've seen software stacks. But scarcely sound design, really modular. Even from the cleverer, experienced ones. They can master more complexity, so they can handle more spaghetti. Some essay from the 80's had this grand idea to organically 'grow' software. That's how it looks like most of the times: cancerous, parasitic super fungi (armillaria). Yeah, we all know have to fight bit-rot and entropy, but it was all lost before already. We'll never get rid of legacy protocols, legacy code.
And even when we go green field, start a fresh. Yeah, take a great design, make everything new, after some months of throwing features and outer constraints at the thing, it's the same old mud again.
But we can still dream on: some day I will design great APIs, I will have great test coverage, documentation, UML design, autometed tests, fuzzing, memchecking, I'll work professionally, clean coder style.
Pfft forget it. Maybe change for consulting, because we'll continue to dream of the 'clean' code, so you can sell the next 'recipe', development method. It's like diets. As effective. For the one selling.

This started as an update to my cover story for my Linked In profile, but as I got into a groove writing it, it turned into something more, but I’m not really sure what exactly. It maybe gets a little preachy towards the end so I’m not sure if I want to use it on LI but I figure it might be appreciated here:

In my IT career of nearly 20 years, I have worked on a very wide range of projects. I have worked on everything from mobile apps (both Adroid and iOS) to eCommerce to document management to CMS. I have such a broad technical background that if I am unfamiliar with any technology, there is a very good chance I can pick it up and run with it in a very short timespan.

If you think of the value that team members add to the team as a whole in mathematical terms, you have adders and you have subtractors. I am neither. I am a multiplier. I enjoy coaching, leading and architecture, but I don’t ever want to get out of the code entirely.

For the last 9 years, I have functioned as a technical team lead on a variety of highly successful and highly productive teams. As far as team leads go, I tend to be a bit more hands on. Generally, I manage to actively develop code about 25% of the time to keep my skills sharp and have a clear understanding of my team’s codebase.

Beyond that I also like to review as much of the code coming into the codebase as practical. I do this for 3 reasons. I do this because as a team lead, I am ultimately the one responsible for the quality and stability of the codebase. This also allows me to keep a finger on the pulse of the team, so that I have a better idea of who is struggling and who is outperforming. Finally, I recognize that my way may not necessarily be the best way to do something and I am perfectly willing to admit the same. I have learned just as much if not more by reviewing the work of others than having someone else review my own.

It has been said that if you find a job you love, you’ll never work a day in your life. This describes my relationship with software development perfectly. I have known that I would be writing software in some capacity for a living since I wrote my first “hello world” program in BASIC in the third grade.

I don’t like the term programmer because it has a sense of impersonality to it. I tolerate the title Software Developer, because it’s the industry standard. Personally, I prefer Software Craftsman to any other current vernacular for those that sling code for a living.

All too often is our work compiled into binary form, both literally and figuratively. Our users take for granted the fact that an app “just works”, without thinking about the proper use of layers of abstraction and separation of concerns, Gang of Four design patterns or why an abstract class was used instead of an interface. Take a look at any mediocre app’s review distribution in the App Store. You will inevitably see an inverse bell curve. Lot’s of 4’s and 5’s and lots of (but hopefully not as many) 1’s and not much in the middle. This leads one to believe that even given the subjective nature of a 5 star scale, users still look at things in terms of either “this app works for me” or “this one doesn’t”. It’s all still 1’s and 0’s.

Even as a contributor to many open source projects myself, I’ll be the first to admit that have never sat down and cracked open the Spring Framework to truly appreciate the work that has been poured into it. Yet, when I’m in backend mode, I’m working with Spring nearly every single day.

The moniker Software Craftsman helps to convey the fact that I put my heart and soul into every line of code that I or a member of my team write. An API contract isn’t just well designed or not. Some are better designed than others. Some are better documented than others. Despite the fact that the end result of our work is literally just a bunch of 1’s and 0’s, computer science is not an exact science at all. Anyone who has ever taken 200 lines of Java code and reduced it to less than 50 lines of reactive Kotlin, anyone who has ever hit that Utopia of 100% unit test coverage in a class, or anyone who can actually read that 2-line Perl implementation of the RSA algorithm understands this simple truth. Software development is an art form. I am a Software Craftsman.

#wk171

Fixed a high priority bug today just prior to release. There was 100% test coverage. The tests pass both before and after the change. The product behavior is correct now where it wasn't before. Just one more reminder that test coverage does not equate to either quality or correctness. Tests are alarms (at best), and quality of tests are no better an any chunk of code. All tests have costs, but not all have value. All reasons why I am skeptical of the value of code coverage, TDD, or anything that posits that "all tests are good".

That feeling when your newly added calculation module now has 93% code coverage in unit tests, with the client working on a test case for the last bit.

Killing people is bad. But, there should be a law to allow killing people who don't write proper unit tests for their code. And also those "team leaders" who approve and merge code without unit tests.

Little backstory. Starts with a question.

What is the most critical part of a quoting tool (tool for resellers to set discounts and margins and create quotations)? The calculations, right?
If one formula is incorrect in one use case, people lose real money. This is the component which the user should be able to trust 100%. Right?

Okay. So this team was supposed to create a calculation engine to support all these calculations. The development was done, and the system was given to the QA team. For the last two months, the QA team finds bugs and assigns those to the development team and the development team fix those and assigns it back to the QA team. But then the QA team realizes that something else has been broken, a different calculation.

Upon investigation, today, I found out that the developers did not write a single unit test for the entire engine. There are at least 2000 different test cases involving the formulas and the QA team was doing all of that manually.

Now, Our continuous integration tool mandates coverage of 75%. What the developer did was to write a dummy test case, so that the entire code was covered.

I really really really really really think that developers should write unit tests, and proper unit tests, for each of the code lines (or, “logical blocks of code”) they write.

I got assigned to work on a new project a couple of weeks ago. We got the POC code handed off from senior management, since he came up with the idea over the weekend. The project concept is hella exciting, but the dev manager and PO I have to deal with make life unbearable to say the least.

We have only 2 devs (including me) and 1 QA on this supposedly very important project. Of course, management announced the project to the clients already, so now we have to deliver ASAP cause it adds “sizzle”.

The MVP deadline is... no one knows when, either July 30th or September 1st. The MVP requirements are... unknown. I swear if someone saw the list of tasks and issues attached to “MVP” Epic, they would call us nuts trying to fit it all in.

To make things better, each PR requires 2 reviewers, so we end up adding manager as a reviewer just cause we need him to hit that “approve” button. So in attempt to make life easier, we requested to have a third developer. We are getting another developer, but that guy doesn’t know how to unit test a pure function...

Current priorities are... unit testing with coverage of 95% and if we want to refactor code, we have to add area to the list in a Google Doc. As a result, we are not tackling big things like risk of SQL injections not to mention big features like i18n (5-6 languages to support by the way and yes, it’s part of MVP as well as SSR no one knows why). Currently, I spend 2-3 hours a week in calls with the team just to figure out what the hell MVP is, what we have to do and why we have to do it. Last time we spent an hour refining 1 spike and breaking down one story into 3.

Oh, we also don’t have a deployment plan, not even to test environments since DevOps team was not aware of this project at all. Thus, QA cannot create any test suites and have to test everything manually which eats a lot of their time.

This whole project is a big hot mess and I’m considering leaving it all together especially since I’m working on two squads at the same time. I love the project, I love the idea, but management makes it unbearable, so I’m not even motivated to work on that.

Rant time. Oh boi.

So, a bit of context: I am a university student in Greece and I have a desktop PC with elementary OS on it. When the unis closed down because of Coronavirus, I moved back to my parents', without my PC, only a usb stick with elementary OS installed on it. That was before the lockdown. My parents have a desktop PC and my old laptop, both with Windows rn. I'm only able to work using Linux, so I've been just popping that elementary OS USB stick whenever I needed to work.

All cool and good. Until the usb got full. It was a 16GB one after all. No biggie, I bought a new 64GB one from a well known Greek tech shop along with a webcam my mother needed. It was a LEXAR one.

They fucking took a week to transfer it. As if the closest shop to me was in fucking Germany. For context, the drawing tablet I bought from China the other day only did 2 weeks to come. During this time I could barely use Linux because my USB stick had only some 600MB free.

Ok, wtv I said to myself. I am a patient person after all. I received the USB stick, along with the webcam, in good condition, in their packaging. Alright. I dd'ed everything from the 16GB stick to the 64GB one and then I extend the partition. Everything works flawlessly. And it's faster too.

Next day, I boot up from it again. It boots up good. Nice, time to do some work. I open my editor. And it fucking freezes. The editor is not some VSCode or Atom or any of that heavy shit, it's just elementary OS Code. A very lightweight Gtk3 app. Strangely though, the rest of my OS (the dock autohide, eg.) Seems totally responsive. I try to open another app. No luck. Not even switching TTYs work. Good shit. I force shutdown my PC. I try to boot again from that piece of shit. And guess what! NO BOOT BITCH. Like, fuck you. I boot from my previous 16GB one. Linux won't recognize it. No /dev/sdc like I used to have. Ok, lsusb. Nope, nothing. I disconnect it and reconnect it, and lsusb. An empty entry appears.I run it a couple of times, and the it disappears again. I switch to TTY 2. I get read errors and usb error -71.

And I want to fucking explode

I call back to support for the warranty coverage. I wait for a good 10 minutes and a nice lady picks up. I tell her the issue. She says that the support team will call me for the issue this day it the next day.

I hang up.

It feels like some fucking prank. YOU MOTHERFUCKING TOOK SO LONG TO DELIVER MY SHIT. Not to mention that the shitty courier service they are working with wouldn't deliver the goods to my home because it's slightly out of town. AND NOW YOU ARE DELAYING MY WARRANTY RETURN? HOW THE FLYING FUCK DID YOU BECOME A WELL KNOWN TECH SHOP WITH SUCH SHITTY SERVICE?

IF YOUR BRAINS WERE DYNAMITE YOU WOULDN'T HAVE ENOUGH TO BLOW YOUR NOSES.

YOUR THE SERVICE EQUIVALENT OF A PARTICIPATION AWARD.

Foreigners' view of Greeks suddenly doesn't seem so unreasonable. Yes, we are fucking lazy asses. And we also hate that. We hate each other for that very reason. May this country not live any longer.

Writing unit tests on a weekend and catching up on work that needs to be done because I m too busy on weekdays to have time to think about this...

The sad thing is test coverage is shit in the entire code base as boss just decided to start enforcing requirements now... And I have this huge migrating from legacy system project that needs to be merged. And we'll the legacy system is even shittier

So I have to write unit tests for shit code that was never written with testing in mind...

On the other hand I reworked some testing utilities to make it easier... For everyone... I want a huge bonus.... That I probably won't get...

I'm running into an issue with code coverage... I ran the analysis and it's penalizing unused getter, setters, equals, hashcode.

And the thing is I need those getters so GSON will serialize the fields...

How do you make coverage always > 80%?

Based on current analysis, I only get 60.

So I've a little freelance project, is basically a blog. I've decided to use microservices with angular in the front end and python in the backend.

I've been about 2 weeks copy pasting code in my api because all the modules are pretty simple CRUDs that do the same thing, there is not heavy business logic or anything, just database handling.

I was really tired of copy pasting modules and his test, only changing function names and parameters, today I've this "epifany" about the inheritance and thinked about using it in my service, creating a base class and making all the other classes children of him.

Before the change my project has 220 tests (100% coverage) now I have only 40 tests (the same 100% coverage)

So, the lesson is: don't start throwing code like an idiot and start your project with some good planning

Fuck code coverage. I am having lunch!

My team is the meme of the coding dinosaurs.... they think git basics like working in a branch and doing pr's and not commit directly to master is a "theory", they use old and unknown shit for everything and even when said shit has a better way of doing something they just choose the worst one. At the moment they have me changing all the files in multiple apps from tab indentation to spaces because this generates a code coverage issue on sonar instead of just deactivating that check... why the fuck did I take this job whyyyyyy

Omg nothing is as frustrating as writing tests for a given file, that is needed to achieve 100% code coverage. Also not following TDD.

My company never used unit tests. And i would love to educate but i do not know how to unit test properly. I always en up with: if i want to properly test all ins and outs of this class's + operator. I need to add checks for positive number, negative numbers, nan, infinites, nulls etc. Etc. It needs so many tests for something so stupidly simple, that i don't see a way to motivate people to use it.

Am i missing something? Is there a guideline for "ok coverage"? Is testing just that much work and is that why nobody cares until it is too late?

I have been reading a book about working with legacy code. But still i got no answers. Halp!

I'm in a situation at work where management and even the team I'm on, does not want to create a test suite, because:
1. It takes time to get decent code coverage. Time that could be spend doing new features
2. My team doesn't like to test.

We're now in a situation where we break something every single fucking time we relase and the manager just ignore that it's now a common occurrence. It it literally just a matter of time before the entire fucking backend will shit itself over poorly maintenanced code (who has time to do refactoring anyway) and poorly tested flow.

It annoys me greatly that a developer with many years of experience fails to see and understand that just doing test by hand, screws us over so badly.

As a junior dev, i would like to know, how are your team dealing with testing?
Because we're clearly not...

Today I read a great article on mutation tests, how to use and why they are important. It looks like a great thing, but...
I have never wrote any unit test in any of my jobs. Nobody in my workplace does that. And now it seems like 100% test coverage is not enough (I remind you, that I have 0%), they all should mutate to check if the quality of unit tests is high.
It seems that I'm left behind. I played with tests in my free time, but it seems the more you write them, the better you get at it, so I should be writing them in my job, where I code most of my time. Not only that, of course, I would also want to ensure that what I'm working on is bug-free.
Still, it will be impossible to introduce unit tests to my project, because they are novelty to the whole team and our deadlines are tight. The other thing is, we are supposed to write minimum viable product, as it is a demo for a client, and every line of code matters. Some might say that we are delusional that after we finish demo we will make things the right way.
Did any one of you have a situation like this? How did you change your boss and team's mind?

Remaining two days of current sprint : I offer to code unit tests to increase coverage, technical debt and stuff.

My colleague : I will start next sprint's feature.

:facepalm: :jealous:

Ass licking and creating tests for the sake of code coverage

In code reviews they are whining about formatting with spaces and newlines and naming.

The fact that they are too bored to write unit tests and code coverage cannot reach 20%? Isn't it just sad?

What attracts coders to open source libraries?

If you ever contributed to open source projects, what was the reason?
I am contributing to my supervisor’s package which is really handy for biophysicists (quantum mechanics). It is basically tons of code in python, it has okayish internal design, coverage 39% and B+ codefactor. I wish we could get more attention from scientists in our field and attract people to contribute to our project.

I'm just fed up with the industry. There are so much stupidity and so much arrogance.
My professional experience comes mainly from the frontend and I feel like it's not as bad on the backend but I'm still convinced it's not really different:

I'm now about to start my 3rd job. It's always the same. The frontend codebase is complete shit. It's not because some juniors messed up not at all. It's always some highly paid self-proclaimed full-stack developer that didn't really care somehow hacked together most of the codebase.
That person got a rediculous salary considering the actual skill and effort that went into the code, at some point things became difficult, issues started to occur and that person left. If I search for that person I find next to the worst code via gitlens on Linkedin it's somebody that has changed companies at least two times after leaving and works now for a lot of money as tech-lead at some company.

There's never any tests. At the same time the company takes pride in having decent test coverage on the backend. In the end this only results in pushing a lot of business logic to the frontend because it would just take way to long to implement it on the backend.

Most of the time I'm getting told on my first day that the code quality is really high or some bullshit.

It's always a redux app written by people, that just connect everything to the store and never tried to reflect about their use of redux.
Usually it's people, that never even considered or tried not using redux, even if it's just to learn and experiment.

At the same time you could have the most awesome projects on github but people look at your CV, sum up the years and if you invested a lot of time, worked way harder to be better than other developers with the same amount of experience, it's totally irrelevant.
At the same time all companies are just the worst crybabies about not being able to find enough developers.

HR and recruiters are generally happy to invite somebody for an interview, even if that person does not have any code available to the public, as long as that person somehow was in some way employed in the industry for a couple of years. At the same time they wouldn't even notice if you're core contributor for some major open-source product if you do not have the necessary number of years in the industry.

I'm just fed up.
By the way, I got my first real job about two years ago. Now I'm about to start my third position because my last job died because of the corona crisis. I didn't complain for some time because I didn't want to look like I'm just complaining about my own situation. With every new job I made more money, now I'm starting for the first time at a position that is labeled "lead" in the contract.
So I did okay. But I know that lots of talented people that worked hard gave up at some point and even those that made it had to deal with way too much rejection.
At the same time there are so many "senior" people in the industry, that don't care, don't even try to get better, that get a lot of money for nothing.

It's ridiculously hard to get a food in the door if you don't have any experience.
But that's not because juniors are actually useless. It's because the code written by many seniors is so low quality, that you need multiple years of experience just to deal with all the traps.
Furthermore those seniors are so busy trying to put out the fires they are responsible for to actually put time into mentoring juniors.

It's just so fucked up.

gradle is infuriating.

firstly there are so limited resources to understand how it's building a java/android code. everything happens by magic and hit+trial

secondly the plugins and the tasks works in mysterious ways. sometime they work when applied in the project root's gradle file, other times they work when applied in module's gradle file, nd other times they need configuration at both levels.

then there are gradle tasks like build ,test, assemble , clean etc. these are less of an action and more of an alias to run a bundle of actions.

then we have 3rd party plugins which attach themselves to these "fat-actions" and run before/after them

and finally we have the fuckup from the java world where the only available code coverage plugin is jacoco and IT FUCKING SUCKS!!! it is a test environment plugin, it should impact test tasks , but somehow it's fucking with the assemble taskin such a manner, that the jars ans aar files generated via plugin are giving runtime errrors. yes , runtime! as if we are back in the messed up js world of "everything is good unless running live"

even if it was a compile time eeror, i would have considered. but runtime?!! fucking runtime error?! i barely understand this shit, there is absolutely no info available as to which classes are being used to create a build and how, and i am supposed to fix this? wtf?!

Aiming for 90%, barely managing 60% ever.
From marks in school tests to code coverage in apps, the reality remains the same.

We work with multiple platforms, a legacy language and c#. This dev uses underscore between variables in c# and camel case in the legacy platform. The thing is the legacy system has used underscores since 1981 and I've never seen a readable example of c# using them between words.

I also told him I was working on learning to use patterns and how the process of software development should work by training. His response... Why would you want to do that?

He also copies and pastes code everywhere and pays no attention to scope.

And worst of all I'm his coverage when he is gone. If I have to debug one more sloppy bug I am going to face desk.

Me: Writes tests while fixing bug
Supervisor: "I'd suggest fixing other bugs and then picking up test cases"

Well the reasons we have so many bugs is that you let our off-shore devs just write code with ZERO code coverage!!

I'm an iOS developer and I cringe when I read job specs that require TDD or excessive unit testing. By excessive I mean demanding that unit tests need to written almost everywhere and using line coverage as a measure of success. I have many years of experience developing iOS apps in agencies and startups where I needed to be extremely time efficient while also keeping the code maintainable. And what I've learned is the importance of DRY, YAGNI and KISS over excessive unit testing. Sadly our industry has become obsessed with unit tests. I'm of the opinion that unit tests have their place, but integration and e2e tests have more value and should be prioritised, reserving unit tests for algorithmic code. Pushing for unit tests everywhere in my view is a ginormous waste of time that can't ever be repaid in quality, bug free code. Why? Because leads to making code testable through dependency injection and 'humble object' indirection layers, which increases the LoC and fragments code that would be easier to read over different classes. Add mocks, and together with the tests your LoC and complexity have tripled. 200% code size takes 200% the time to maintain. This time needs to be repaid - all this unit testing needs to save us 200% time in debugging or manual testing, which it doesn't unless you are an absolute rookie who writes the most terrible and buggy code imaginable, but if you're this terrible writing your production code, why should your tests be any better? It seems that especially big corporate shops love unit tests. Maybe they have enough money and resources to pay for all these hours wasted on unit tests. Maybe the developers can point their 10,000 unit tests when something goes wrong and say 'at least we tried'? Or maybe most developers don't know how to think and reason about their code before they type, and unit tests force them to do that?

My fellow developer was given a responsibility of writing unit test cases.
And instead of mocking the db calls he ended up making actual calls to db and adding realtime data to firestore everytime a test runs. Also he used mocha for the same. When i told him that we need to mock the db calls he said he will use sinon.js for the same and for code coverage his plans were to use istanbul.
I was like FUCKKKKKKK. , why the fk you aren't using jest. I mean whyyyyyyyy. WHAT THE FK

I get a late start (two weeks) on a jumping in on a project because I was assisting with production issues. The service is not running and basically nothing has been checked in. Mind you, we're not doing anything new.

"Senior" (while I'm trying to work on my part ) : Hey can you hurry up and finish your part? I'm thinking about coming up with a completely different way than what the group wants. (heard this several times)

Me : *finishs my part with coverage and gets the service up running and rating in a week because I'm avoiding code conflicts*

"Senior" : OK well nevermind what I said about coming up with a different strategy. I'll develop the last bit of the service since again everything has been laid out already on what to do.

Me : OK, I'll work on code coverage for the rest of the project and updating the code based on feedback from the other team members.

Me (a week later after hearing that he has moved on to another task) : Did you finish up that last bit?

"Senior" : Well I shifted focus working on feedback from the review. Feel free to finish that last bit I was supposed to work on because I don't know wtf I'm doing and I would rather ride your ass instead of attempting anything significant on my own.

Me: Heard.

When your unit test gives coverage to your friend's code and it's a weekend bruh !! ❤️😎🤘🔥

days ago i used to be very lazy about writing tests.. after forcing me doing it, I ended up being addicted to high line coverage... kind of satisfiying AF

In my company we are constricted to have 100% of f̶a̶k̶e̶ coverage with unit test.
Obviously the test suites are not performing and it takes more than 8 minutes to run 3335 tests.

I know that what I'm going to say is super mainstream but there is nothing comparable to the relief that comes from seeing all tests in green after you did a lot of small changes around the code on Friday.

We have an automated check for code coverage. One of the rules "It shouldn't decrease after the change".

And then you delete unused code from the class :)

Now total number of lines decreases and % of uncovered lines increases :/

TLDR: Wrote a custom class for writing apibtest cases for a project with zero code test coverage.

We have a project with zero test coverage. Recently, i was tasked with writing api test cases for said project, it might have taken me months to write tests for all endpoint, plus the main issue was that each endpoint needed to tested for all available user roles and permissions.

I tried the main stream approach of writing api tests, but ended up running into a lot of issues directly linked to our projects roles/permissions architecture (cherry on top some endpoint are apikey specific). Don't get me wrong in my opinion this is by far one of the best user roles architecture out there, but writing test cases keeping it in mind is pain in ***.

After trying out different testing methods and frameworks, i decided to write my own class by extending django test framework (which uses unitest)

- It has generator and validators for request and response.
- Supports testing for user roles and permissions.
- We won't have to make any changes to code after user role or permissions changes
- I just have to copy and past request and responses from postman api collection.😂

In my Java project, I added a wiremock rule to a few tests. Now my Jacoco code coverage in sonar dropped to 0%. 😩 Maven is running the goals, bit not creating the jacoco.exec file.

That's one of the worst things in Java. Once you understood the concept of immutables, the build tools start to annoy you.

Jonathan Burnhams
Started my career under him, learnt a lot from him....writing neat and simple code, with always 100% test coverage.
Very strict and straight forward.

I've taken to only allowing PRs on my code if test coverage only deviates negatively within 1%

You can almost hear the tumbleweed.

But that hasn't been merged in yet

So I'm working on this codebase that has about 50k lines of code and I built a feature in it today. Spent 3hours on the feature + writing tests. Then I raised a pull request and that bastard codeclimate calculated the test coverage had dropped by 0.3%.

For 6hours now I'm still looking for a way to increase the test coverage by 0.2%. FML

I really hate how steep the learning curve is for testing. I've been writing the same test for a week for a 150 line directive, and it's driving me fucking nuts. Nothing makes sense. No one in the office to help me. Only 10% of engineers here write any tests. I don't know what to do. Overnight they made it a rule that if you want to move up to the next level for software engineers, 80% of your code needs to have unit test coverage. It's just bullshit.

I wish everyone would move away from code coverage as a metric and towards some kind of mutation framework.

There seem to be increasing numbers of devs getting themselves off on their "shiny 95% coverage" and patting themselves on the back for covering everything but the 5% of the codebase that actually needs thorough testing.

Oh, and that's ignoring the tests that just assert an exception isn't thrown, or don't assert anything at all. Completely bloody useless, but hey, you just carry on boasting how great all your tests are because you've got a higher coverage than the team next door 😤🙄

PHP gurus / masochists.

I've been using Symfony components for new, isolated features in a legacy php application for awhile now. the time has come to integrate using the kernel, and routing for new endpoints while existing endpoints use the existing apache means of loading pages.

It's not my first rodeo doing this, but I'd appreciate any wisdom/resources/patterns you followed for anyone who's had to do the same.

My clients don't have the means to do hire the appropriate ammount of devs to do a proper port, so this is a long path towards modernization by ceasing to bolt on features to existing code and instead, when working on something, updating it to the new design pattern and then extending that, with a spec, documentation and code coverage.

To those who have worked in mad RAD solo environments, with next to no testing...

...and those who have worked full Agile, with high code coverage, code review amongst hoards of T-shaped developers...

...how much difference does it make to wellbeing and upskilling in the two?

Bonus points if you have done both and can compare in an n=1 way.

Wrote phpunit test for the first time and all i could get for code coverage was 38%

What are your opinions about minimum % test code coverage? I'm unfamiliar

Me: By mandating code coverage pct. (very high ones) and integration test coverage pct. you are building an ever growing Rube Goldberg machine that you will end up spending most of your time fixing rather than working on the actual product.

Them: (Staring and whispering in the background). Wow, you must be stupid. This is how you created quality software.

...time passes and now most time is sucked into figuring out why all branches have failing integration tests all the time.

Me: I told you so. I've seen it multiple times. How about doing it differently?

Them: (staring and whispering in background). You are stupid. This is exactly how quality software is built. We know what we are doing. You must like waterfall.

I never finished it, but before I was working in the industry, I was coding through a book called Build Your Own AngularJS. My intent was to have piecemeal instruction/example in TDD and code way above the level of complexity I was used to. You essentially build the core of AngularJS in about 900 unit tests with total coverage. 1000pages long, its no walk in the park.

I gave it up when my time was short, and focused on higher level concepts: building apps, learning tools of the trade.

Now that I am getting plenty of exposure to that level, I am thinking my free learning hours may be better spent going down into the complex worlds shown in this book. A couple of things I found there really stayed with me and shaped how I think about problems. It was also very illuminating to see how complex algorithms work “in the wild”. I cant stand learning algorithms in isolation, generally speaking.

Has anyone seen this book? I know the framework itself is older now, but I don’t think that is much relevant for this learning use case.

I only know of one student who completed this. Took him a few months. He is an absolute machine.

What should I do, I have a central function that is not documentated and no test-cases are written for it. I have no clue what the method should really do, I know that it works in 99.9% of all cases otherwise we had much more bugs. Now there is one Unit-Test that reports an issue. I tracked it down to this method, no one touched the method nor the unit-test.
My logical thinking says that there is one statement missing, but it could also fuck up another part of the code... (This project has a bad testing coverage :'( )

What would you do?

- copy paste the method for this special case (I would hate me so much for breaking DRY)
- inheritance?! (Would make it more complex and then it would be still untested / undocumented)
- YOLO changing oO?! (hope for luck, just joking)

P.s it's an edge case unit test, the client / customer probably wouldn't realised it if it happens

I just want to test my PHP code using phpunit on GitLab, what am I doing wrong?

image: php:latest

before_script:
# Install & enable Xdebug for code coverage reports
- pecl install xdebug
- docker-php-ext-enable xdebug

# Run our tests
# If Xdebug was installed you can generate a coverage report and see code coverage metrics.
test:
script:
- phpunit Test.php

2 weeks+ ago I made a PR into our codebase containing sample refactor that streamlined a significant portion of code. Also, I did refactor only on two handler packages (for MVC folks, that's Controller) as proof of concept, to figure out how convinient / logical the part would be for everyone.

We have rule of 2 approvals for merge (for 5 team members)

While writing refactor, it obviously blown up a lot of unit tests, but still coverage was fairly poor (that stuff was rushed, there was back than no time for unit tests). After my refactor I spent couple of days writing tests that hit fairly sweet (comparatively) coverage. (I managed to bump coverage from low 20s to high 80s, and have less code for tests)

I got first approve pretty much immidietely, other team member was on vacations, and 2 of them forgot.

We generally try to close PRs fairly quickly (usually same day kind of deal), but that one was just.. hanging in there. So I pinged everyone to re-check it to greenlight it but of course, loo and behold, merge conflicts arised. I ended up fixing actual logic (just some method signatures changed, not a big deal) and ran the units.

So, one of that handlers got quite a few of edits, and guess who is pretty much rewriting unit tests for second time now...

Dude, sometimes I question why tf I even bother with these tests... Feels like sabotaging my productivity, especially with bullshit like that

I used original calls to rest services in order to pass my junits and increase code coverage.... :-P

Audience question to Uncle Bob: Which parts of the code do you unit test? What about code coverage?
Uncle Bob: Well (chuckling).. You test the parts of the code that you want to work.

I have actually two, but I'll write the other one in the week.

So we had classes about software engineering. The class was interesting but the teacher wasn't. Too soft, too slow, too low, too monochord (usual french), it was boring. So we ended up not listening to him. Kinda regret this.

We got a first exam, where we were in group to develop a Test Manager for Unit Test (yep.)
We had instructions, like the note would be multiplied by the percentage of coverage of code, etc.

The thing is, we really didn't get the point of the project. Now that I think of it, it seems obvious, but it wasn't back then as it was too new. In the four people of our group, one worked real hard on it, I tried to do my best, the others too.

But like I said, I didn't get back then the point of the topic, which is to apply design pattern, unit testing, etc. It was furstating af and we ended up with a 9/20.

I got the point of the topic only for the second exam, the most classic one, on a paper sheet with questions to answer. (We were allowed only one cheatsheet, I understood the topic while doing it. Sad, huh ?)

Bored of doing use less junits to improve code coverage..