You know things just got serious when you reach for pen and paper.

So Dropbox said "fuck the cloud, let's go analog"?

Anybody else had to do their programming exams using only pen and paper?

Java is to JavaScript

: what Car is to Carpet
: what Swift is to Suzuki Swift
: what Perl is to a Pearl
: what Ruby is to a Ruby Gemstone
: what Go is to Go Home
: what Shell is to Sea Shell
: what Bash is to Big Bash
: what Alice is to Alice in wonderland
: what Rust is to Rusty Theron
: what Awk is to your Awkward cousin
: what Dart is to Darts
: what Julia is to Julia Roberts
: what Korn is to Corn
: what Maple is to Syrup
: what Caml is to a Camel
: what CHILL is to Netflix
: what Crack is to Crack
: what Curl is to Curls
: what Hugo is to Boss

To be continued..

Have a joke? Say it in comments
Criteria : programming language on left , analog on right

2017. Where your coding exams are done handwritten on paper. Hell yeah future.

Real analog advertising for DuckDuckGo.
I have been a little bit surprised by that!

The text is:
"You want the same internet but with more privacy?
Leave it to us."

Could be because the advertising spaces became rather cheap after the Corona slowdown, or DDG really takes off now.

I have this little hobby project going on for a while now, and I thought it's worth sharing. Now at first blush this might seem like just another screenshot with neofetch.. but this thing has quite the story to tell. This laptop is no less than 17 years old.

So, a Compaq nx7010, a business laptop from 2004. It has had plenty of software and hardware mods alike. Let's start with the software.

It's running run-off-the-mill Debian 9, with a custom kernel. The reason why it's running that version of Debian is because of bugs in the network driver (ipw2200) in Debian 10, causing it to disconnect after a day or so. Less of an issue in Debian 9, and seemingly fixed by upgrading the kernel to a custom one. And the kernel is actually one of the things where you can save heaps of space when you do it yourself. The kernel package itself is 8.4MB for this one. The headers are 7.4MB. The stock kernels on the other hand (4.19 at downstream revisions 9, 10 and 13) took up a whole GB of space combined. That is how much I've been able to remove, even from headless systems. The stock kernels are incredibly bloated for what they are.

Other than that, most of the data storage is done through NFS over WiFi, which is actually faster than what is inside this laptop (a CF card which I will get to later).

Now let's talk hardware. And at age 17, you can imagine that it has seen quite a bit of maintenance there. The easiest mod is probably the flash mod. These old laptops use IDE for storage rather than SATA. Now the nice thing about IDE is that it actually lives on to this very day, in CF cards. The pinout is exactly the same. So you can use passive IDE-CF adapters and plug in a CF card. Easy!

The next thing I want to talk about is the battery. And um.. why that one is a bad idea to mod. Finding replacements for such old hardware.. good luck with that. So your other option is something called recelling, where you disassemble the battery and, well, replace the cells. The problem is that those battery packs are built like tanks and the disassembly will likely result in a broken battery housing (which you'll still need). Also the controllers inside those battery packs are either too smart or too stupid to play nicely with new cells. On that laptop at least, the new cells still had a perceived capacity of the old ones, while obviously the voltage on the cells themselves didn't change at all. The laptop thought the batteries were done for, despite still being chock full of juice. Then I tried to recalibrate them in the BIOS and fried the battery controller. Do not try to recell the battery, unless you have a spare already. The controllers and battery housings are complete and utter dogshit.

Next up is the display backlight. Originally this laptop used to use a CCFL backlight, which is a tiny tube that is driven at around 2000 volts. To its controller go either 7, 6, 4 or 3 wires, which are all related and I will get to. Signs of it dying are redshift, and eventually it going out until you close the lid and open it up again. The reason for it is that the voltage required to keep that CCFL "excited" rises over time, beyond what the controller can do.

So, 7-pin configuration is 2x VCC (12V), 2x enable (on or off), 1x adjust (analog brightness), and 2x ground. 6-pin gets rid of 1 enable line. Those are the configurations you'll find in CCFL. Then came LED lighting which required much less power to run. So the 4-pin configuration gets rid of a VCC and a ground line. And finally you have the 3-pin configuration which gets rid of the adjust line, and you can just short it to the enable line.

There are some other mods but I'm running out of characters. Why am I telling you all this? The reason is that this laptop doesn't feel any different to use than the ThinkPad x220 and IdeaPad Y700 I have on my desk (with 6c12t, 32G of RAM, ~1TB of SSDs and 2TB HDDs). A hefty setup compared to a very dated one, yet they feel the same. It can do web browsing, I can chat on Telegram with it, and I can do programming on it. So, if you're looking for a hobby project, maybe some kind of restrictions on your hardware to spark that creativity that makes code better, I can highly recommend it. I think I'm almost done with this project, and it was heaps of fun :D

1. No more coding on paper! Why can some already write essays on laptops but programmers are stuck with "analog"?
2. No vendor lock-ins! Teach free, cross-platform development, not VB.NET.
3. No more professors stuck in the eighties! If all you know is 6800 assembly, GTFO. I heard NASA was hiring...
4. Enforce code style consistency, proper documentation and even VCS for larger projects
5. Algorithms -> scripting -> programming. Don't quickly explain the basics, then throw students straight into Java.

Wtf, really??? Are they trying to liyerally KILL ME????

Got home from hospital today wth my family. Baby got sick. Wife also caught cold... Bad news. It was just me still healthy like a raddish [we have such saying].
So I got home. Started feeling somewhat funny. Sore thighs, feeling nauseaus, chilly, a bit dizzy.

10 minutes later I'm fucking trembling! It felt as of I was kicked put bare ass to -20C outside! I'm not exaggerating [probably made some typos.. Pls correct me] - i live where winters get like -35C. Everything around got like twice darker. And my lower teeth got itchy af [NOT the best feeling, trust me].

I must have caught cold too - I thought to myself, cuz I know what these sympthoms mean. I always have 'em all when I have fever. Since shivers are caused by rising fever I got my Microlife remote thermometer out of my drawer. Click, blue light, wait, beeep. 36.5C. Allright.. Maybe I got it wrong... Try again -- same result. Wife also gave a couple tries - nada. Nil. Nullpointerexception. Healthy like a pickle!

10 minutes later I couldn't stand the cold. Got under my blankets wife made some soup, tea,... I still have this analog thermometer, the one with quicksilver. Pop it into my armpit - jusyt in case. 10minutes later I take it out. It says 39,5 and rising. Try the microlife again. 36,5. WHAT THE FUCK?????????

If I weren't so fond of old-school stuff I'd be in a fucking ER now!!

Fuck you medical digital equipment made to be used at home! FUCK YOU!!

I'm pissed.

Do you folks kbow where could I get those q-silver thermometers? Just in case. They're already out of matket in my area for quite some time... For being dangerous [i give 'em that, okay?] and.... Lisen to this.... "unreliable"!

FUCK IT!

"To use the clock you need Adobe Flash"

Really 1&1? You really need flash to show a fucking clock? Its not that hard to do this in javascript, or? Even if it is an analog clock :D There is even a tutorial of the "quality content page" w3schools about implementing this in javascript ... just whyyyyyyy? it 2018, not 2004.

(1&1 is an german ISP. This message occured in their webmailer using it without flash.)

So I've been playing some DnD with friends.
And we've been working with some lego characters, whiteboard markers and plastic sheets to draw on.

But that's always a mess:
The ink was old and did not come off again for the most part
The sides of the map curled up and and made the lego character fall over
The lego characters were too big
And more...

So I thought, why not make it digital?

And so I did.
I used UWP to make a master and a client, both using the Windows Ink api to be able to draw.
Some circles with an initial served as characters, and everything was synchronized using a TCP library I wrote half a year ago.

Yesterday we tried it out.
We all (including me) were sceptical if it would work well because the 'analog' clumsy way we did it before does have a certain charm.

But at the end we were all very enthousiastic about it and we'll be using it next time too!
It's awesome to be able to create programs for your own use :D
That's why being able to program is such a great thing!

Now I need to restructure everything, make it more efficient, add a turn order display, make the map zoom- and moveable and more and more....

Free Software Foundation Europe trolling...

I really like retro games and there is this thing called retropie which turns your raspberry pi into an arcade machine. Since I have way too much time, I decided to built an arcade machine case out of wood with an old TV and analog sticks from Amazon. So yeah, I wired everything together and wanted to share it with you guys. I'm still searching for stickers to put on the top and on the joystick panel, but for now I really like the result. Tell me what you think!

When I saw the U-Boot prompt on the console of a system that we'd developed from scratch all from openly available documentation. When the board was fabricated and brought in for software bring up, it was basically less useful than a brick. It felt awesome giving life to it. We had to configure it and calibrate it. It's extra challenging when you have a lot of analog circuits. Yeah so we didn't win 'against' anyone but that victory stands for itself.

#DesignFacts :

The Sony Vaio identity, created by Timothy Hanlet, represents both analog (the wave of V and A) and binary (I and O).

After finishing apprenticeship my boss wanted to print every source code of our website (also CMS) as well our onlineshop (the whole not just own modules).
His intention was to inspect the code offline so he can i.e. lay sheets side by side for an better overview about any relations. Ich knew that he won't believe me if i tell him that's a bad idea so i printed over 10000 sites of source code.
He never looked a single time over it

My cat's brain is powerful enough to calculate and apply the exact physics of a long jump, with ballistics, flight aerodynamics, dynamic weight distribution using tail as stabilizer, all of that, and land a jump every time without failure.

Yet, it's not powerful enough to realize that can just walk straight through a slightly opened door using her body as a wedge. Or, she can just, you know, push the door open with her paw. When presented with an everyday task that involves physics, she acts like she's nothing but an ethereal ghost and fails miserably.

This makes me think that her jump computer is a very old hardwired part inherited from frogs, honed by evolution and compiled into wetware millions of years ago. Like an ancient analog computer that works flawlessly every time. She has no conscious access to its inner workings. She can use it, sure, but she doesn't understand it.

I wonder how many such parts do us humans posses.

Ah, the little subtle things we have to iron out as we progress from Junior Developer to Medior Developer.. things like:

- knowing the difference between a carriage return and a line feed (although having worked with analog typewriters helps) and later knowing that Unix-based systems and Windows NT-based systems implement it differently..

- knowing that serialization is important because not all computers interpret data the same way and some computers allocate 4 Bytes for a construct, others 16 Bytes.. and then we get the funkiness of transferring character sets between machines..

- knowing that a whitespace character is not only an actual space (as is known in ASCII as code 32). This one can cause even medior developers a headache, as in: why the fuck does this string function say that "hello I am a duck" and "hello I am a duck" are not the same?! Turns out then in the debugger that when you expand every character in the string you see that string1 contains 32 32 32 32 as usual.. but then string2 contains -96 -96 -96 -96 and you're like.. what the fuck..? Then you know you have to throw \\h regex at it. Haha.

- finalizing our objects and streams (although modern languages do that for us).. otherwise we have to do funky shit like trying to find what's locking a file, which is not so easy to figure out.

- figuring out why something won't work often requires you to not only break down the problem in smaller steps, to use a debugger, but sometimes it's even better to just create a proof of concept, slap some minimal code in there and debug that.. much easier.

- etc.

:)

Make sure to check out the latest Veritasium video. It's mostly about the analog computers of the 20th century. At the end he teased that part 2 will be about using analog computers for neural networks.

Analog mail still works!
Stickers finally arrived! Thanks @dfox and @trogus for this amazing community !

In 2015 I sent an email to Google labs describing how pareidolia could be implemented algorithmically.
The basis is that a noise function put through a discriminator, could be used to train a generative function.
And now we have transformers.

I also told them if they looked back at the research they would very likely discover that dendrites were analog hubs, not just individual switches. Thats turned out to be true to.

I wrote to them in an email as far back as 2009 that attention was an under-researched topic. In 2017 someone finally got around to writing "attention is all you need."

I wrote that there were very likely basic correlates in the human brain for things like numbers, and simple concepts like color, shape, and basic relationships, that the brain used to bootstrap learning. We found out years later based on research, that this is the case.

I wrote almost a decade ago that personality systems were a means that genes could use to value-seek for efficient behaviors in unknowable environments, a form of adaption. We later found out that is probably true as well.

I came up with the "winning lottery ticket" hypothesis back in 2011, for why certain subgraphs of networks seemed to naturally learn faster than others. I didn't call it that though, it was just a question that arose because of all the "architecture thrashing" I saw in the research, why there were apparent large or marginal gains in slightly different architectures, when we had an explosion of different approaches. It seemed to me the most important difference between countless architectures, was initialization.

This thinking flowed naturally from some ideas about network sparsity (namely that it made no sense that networks should be fully connected, and we could probably train networks by intentionally dropping connections).

All the way back in 2007 I thought this was comparable to masking inputs in training, or a bottleneck architecture, though I didn't think to put an encoder and decoder back to back.

Nevertheless it goes to show, if you follow research real closely, how much low hanging fruit is actually out there to be discovered and worked on.

And to this day, google never fucking once got back to me.

I wonder if anyone ever actually read those emails...

Wait till they figure out "attention is all you need" isn't actually all you need.

p.s. something I read recently got me thinking. Decoders can also be viewed as resolving a manifold closer to an ideal form for some joint distribution. Think of it like your data as points on a balloon (the output of the bottleneck), and decoding as the process of expanding the balloon. In absolute terms, as the balloon expands, your points grow apart, but as long as the datapoints are not uniformly distributed, then *some* points will grow closer together *relatively* even as the surface expands and pushes points apart in the absolute.

In other words, for some symmetry, the encoder and bottleneck introduces an isotropy, and this step also happens to tease out anisotropy, information that was missed or produced by the encoder, which is distortions introduced by the architecture/approach, features of the data that got passed on through the bottleneck, or essentially hidden features.

I have 9 voicemails on my work phone. We have to change our six+ digit PIN every month, so I'm just going to not check my voicemails.

Is the CS field creating terms for the sake of creating terms?

Someone mentioned a "closure" in another post. I instinctively knew what they meant by that based upon the code I saw. I had heard the term thrown around before, but it had not yet connected in my mind. I wondered why I had not been exposed enough to care.

So I thought: What does C++ have as far as closures?

I found that C++ has lambdas. Those are definitions for function objects. They do not exist at runtime. But a closure does. The analog is you have classes. They are definitions and do not exist at runtime. But instances of classes do. So at runtime the instance is what you are working with. This is the same as lambdas vs closures in C++. The closure is the runtime counterpart. Why a separate term for what essentially is an instance? Is it because it captures data and code? As far as I know the closure is all data that gets passed around that calls a function. So it is essentially an instance of a lambda.

Another term: memoization. I have yet to see this added to any dictionary in online tools like a browser. Is the term so specific that nobody cares to add it? I mean these are tools programmers use all the time.

My guess is these terms originated a long time ago and I have just not been exposed to the contexts for these terms enough. It just seems like I feel like I have been in the field a long time. But a lot of terms seem alien to me. I also have never seen these terms used at work. Many of the devs I work with actively avoid CS specific terms to not confuse our electrical coworkers. My background started in electrical. So maybe I just didn't do enough CS in college.

- Hey, I need to do X and I need your department to do it.
- "We can't do X, this is against company policy!"
- Oh, sorry, I didn't know. But I will have to justify it to my boss, can you point me to where in the policy it says you can't do X?
- "No I can't, it won't be there. It is just common sense"
- Wait, what? You saying you can't do something because it is against the company policy even though there is no restriction against it in company policy?!
- "Other companies don't do it either"
- I will need you to say that in writing, I need to explain it to my boss.
- "Our email server is FUBAR"
- It can be hand-written
- "I can't give a declaration in name of my department!"
- Wait, so you can interpret company policy any way you want, make decisions regardless of what the policy actually says but you can't own up to it in writing?!?
- "..."
- ...

(Some context: I've been emailing them about X for more than a week. Just got crickets for a response. Not even an evasive coward response, just no answer at all. And calling them leaves no paper trail. Fucking oxygen thiefs)

For fuck sake, are non-tech departments always filled with complete morons?!? Does anyone have ever worked with smart, or at least minimally-coherent non-tech people?!?!
Seriously, does anyone there have some story about some non-stupid non-tech/analog/muggle coworker?!?
I'm inclined to think that anyone who can think systematically is either working in tech or not working at all.

The amount of energy spent to just write ‘Hi’ and click a send button is so big that we should consider banning of sending hi messages.

Instead of just saying “Hi!” we are now using analog to digital preprocessors that convert it to bunch of 0 and 1 to send it over communication layer and deliver it to other human being that will convert it from digital to analog by reading it but that is simple.

By sending message using phone we also:
- save it to local phone
- convert it to couple protocols
- transmit it over air so make connection to internet provider services that would generate logs on this provider as well as whole routing table before it gets to the target person
- save it on messaging provider disk
- probably be processed by filters by provider, sometimes be reviewed or listened by third parties and also processed in bulk by artificial intelligence algorithms
- finally delivered to target phone and saved there where that person would just change this text to their inner voice and save it
- sometimes encrypted and decrypted
- sometimes saved on provider
- sometimes saved on phone manufacturer cloud backup
- don’t get me started on people involved to keep this infrastructure in place for you just to say hi

There are also some indirect infinite possibilities of actions for example:
- emit sound and light that can lead to walking from one room to other
- the floor in your house is destroyed cause of it so you need to renovate your floor
- sound can expose your position and kill you if you’re hiding from attacker
- sound can wake you up so you wake up in different hours
- it can stop you from having sex or even lead to divorce as a result simple hi can destroy your life
- can get you fired
- can prevent from suicide and as a result you can make technology to destroy humans

and I can write about sound and light all day but that’s not the point, the point is that every invention makes life more complicated, maybe it saves time but does it really matter ?

I can say that every invention we made didn’t make world simpler. The world is growing with complexity instead.

It’s just because most of those inventions lead to computer that didn’t make our world simpler but made it more complicated.

Our parents keep reminding us about the time change that happens every half a year. To remember that the clocks need to be adjusted. And we, the children, keep reminding them, that most devices are already connected to the internet and use the time servers for reference. Which surprises our parents every time. 🙃

Board-o-Word, it is even better than on Windows!

An analog clock widget. For something only used in office computers via a browser. Ffs whatever your os is there is a clock already at some corner why do you need a clock widget for the homepage which you will see only for 5 seconds per day

I wanted to say drawing, but whenever I feel like it, it's because I have a standup meeting in an hour. Does a coping mechanism qualify as a hobby? 🤪 If not, then analog photography.

Apartment renovation is pain in the ass. Everything is so analog.

Task: blinking light.

Boomers: One lightbulb, one bimetallic strip.

Zoomers: LED (D13), Atmega328P, Atmega328, 5V, 16MHz, 2KB SRAM, 32KB flash, 1KB EEPROM, FT232RL, 19.0mm x 43.18mm, 16 analog pins, 14 digital I/O pins, 6 PWM pins, 2 resettable fuses, 8MHz external crystal, 16MHz external crystal, 12MHz crystal, 0.5mm pitch, 0.1 inch headers, 1.27mm pitch headers, mini-USB, 3.3V regulator, 5V regulator, 16MHz ceramic resonator, 1N5819 Schottky diode, 47uF capacitor, 100uF capacitor, 10uF capacitor, 100nF capacitor, 0.1uF capacitor, 22pF capacitor, 1N4007 diode, 10K resistor, 4.7K resistor, 330 ohm resistor, 10uH inductor, 27 ohm resistor, 2x3 ICSP header, reset button, LED (D13), green LED, red LED, yellow LED, 6-pin header, 8-pin header, 28-pin DIP socket, 6-pin FTDI header, ceramic resonator, USB mini-B socket, 16MHz oscillator, M7 diode, LDO voltage regulator, 3.3V regulator, 5V voltage regulator, polyfuse, 22pF capacitors, 100nF capacitors, 10uF capacitors, 47uF capacitors, 100uF capacitors, 1N4007 diode, 1N5819 Schottky diode, 16MHz resonator, 0.1uF capacitor, 330 ohm resistors, 27 ohm resistors, 4.7K resistor, 10K resistor, 10uH inductor, 22pF capacitor, mini-USB connector, 8-pin header, 6-pin header, 2x3 ICSP header, reset button, ceramic resonator.

Born as Analog,
Trying to lead Digital life,
Some pretend to be Smart

What can I do with my spare Android devices/boards? Could I use the board with a custom OS for a Pi/Arduino analog?

I have 2 tablets that I have no use for. Googling suggestions are pretty simple and nothing that repurposes the hardware.

Fun story

tl;dr; analog FTW!

so we've just had a nice game. A few teams internationally gathered together in the aws gameDay. We had aws accounts set up [one per team] and our goal was to maintain our t2.Micros to deal with incoming load. The higher the latency - the less points we get, the more 5xx - the more points we lose. The more infra we have, the more points we pay for it.

So we are quite new in aws, most of us know aws only in theory. And that's the best part!

So at first we had some steady, mild load incoming. But then bursts came up and we went offline. It's obvious we needed an lb w/ autoscaling. Lb was allright, we did set it up and got back online. We also created an autoscaling group and set it up.

Now what we couldn't figure out is how the f* do we make that group scale automatically, as a response to traffic! So we did what every sane person would do - we monitored LB's stats and changed autoscaling group's config manually 😁

needless to say we won the game w/ 23k points. 2nd place had 9k.

That was fun!

Marketing team talked about doing a customer survey on digital advertising. On paper.

!dev
I got two phone numbers, first is prepaid registered for me, second is on some shitty plan registered on my company.
Today I am trying to merge those two numbers to be company numbers and first one should be main number.
Have been in telco company office twice already.

2,5 hours and still no success.

Now I got back home and waiting for phone call from consultant because some software is not working and he can’t do anything right now.

I got used to fact that the bigger company the more shitty software it have and nothing is working as expected but it is happening to me every time I try to improve my life and make it simpler.
Fax was more reliable then todays software.

I miss paper and analog way of doing business.

That was in the digitally-controlled analog equalizer I worked on (and still AM working on) with my dad, we kept sending something through the SPI line that was consistently sending clown vomit and corrupted data to the display and as a result my whole code was hanging and bootlooping like crazy.

The fix? No idea! Because I had (and still don't have) ANY step-based debugging, all I could do is try multiple ideas and see if one of them would stick. That ended up being the solution.

I still have a video of this issue, I just need to find it. I will post it here when I have it.

To the friend ranting about having to copy pseudo code on paper, I feel your pain. Analog IT professors are the worst.

I raise you one with : I had a professor that had me sent in source code files, a pdf with all the source code and a paper printout of every single line of code for a html/php project. Fifty pages of code printed for reasons I cannot understand. And no, I checked later, he didn't ask for it to take notes during the exam.

Hey, I've got a question for my non-profit nation-wide project.

What free knowledge-base (confluence analog) would you recommend? Currently team i 6-8 members but it's likely to grow soon -- we are all volunteers.

I'm so used to confluence when it comes to writing docs that I haven't even researched the market for anything else :D

Rant.

Why so many people complain about this lack of a 3.5mm jack? It's 2016 and we still have that fossil of a tech from the early 20th century. A digital device with an analog input... I mean, come on! It's for the future.

Make the analog clocks at work run faster. Might be able to do this with changing the timing crystal. Depends upon the clock I guess.

Sometimes I lie awake at night, and I ask, "Where have I gone wrong?"
Then a voice says to me, "This is going to take more than one night."

-Charles M. Schulz

Just found this in a book that's like the analog version of devRant! ^^

It seems to me that browsers lagging behind is the reason we've seen the JS framework boom both in recent years and ongoing, evident in what they regard as major updates. Most of the functionalities implemented in my time working on the front end are high level problems ubiquitous enough to have been solved at the browser level. Same goes for all the optimizations CSR frameworks are struggling to attain. Every CSR app genuinely feels like recreating a browser, both in UX and dev requirements. These problems exist because current browsers are analog software still accustomed to loading all content at once, no in-app state, just scroll states

The React-Vue-Angular wars of today are a direct hat-tip to the Netscape-Microsoft wars of the early years. If they can form a coalition that sets a standard for syntax, best rendering engine, natural way for user facing devs to control app state, fetch data or connect the back end, somehow render this on the server or find a workaround SEO issues on CSRs, etc, given the shared agreement on expectations for modern web software, it'll be fascinating to see such a possibility

I walk by our devops dashboard several times per day. It keeps track of key metrics for all our live services. I noticed an interesting trend the last few weeks.

3 weeks ago: all metrics green
2 weeks ago: 1 metric red
1 week ago: 1 metric still red
this week: 1 metric still red but covered with a post it note

I have acquired a Bang & Olufsen surround sound system with a broken discplayer. I can not finde anything about the connector for the intact speakers but it seems to use a protocol instead of analog signals.

Does anybody here know something about them and theire speakers?

I just realized what a horrible fate I escaped several years ago.

I was just finishing bachelor s degree, when I was offered to write my diploma under teacher, who works in Bitrix.

I was given first tasks how to make web site on my own l, I liked it pretty much in the beginning, I installed sql database, made simple registration, login. And then I was offered to try CMS bitrix (which is essentially proprietary local version of Wordpress). With words, that I will see how much easier to work in this way.

I found myself not trusting it, something was fishy. I could not understand why, am I as beginning dev in it, could not use it for free? Why could I not making deving in it, without paying big sum per month(it was big for student-me at least).

I went to work with computer graphics during diploma then, and made minecraft analog in c# (at that time I played minecraft too much)

Now I am working with modern open source world wide supported frameworks. And recently saw a web site made by bitrix devs... They went into production without... https. And I think they are the same ones.

I think we should have nicknames for people who never went to school for coding/developing, here are some names I'm thinking:
"Analog Junkies"
"Tech Illiterates"
"Manual Laborers"
"Tech Relics"
"Old-School Luddites"
"Digital Dunces"
"Technophobes"
"Non-Techies"
"Primitive Users"
Let me know if you have any other ideas

*looks around apprehensively* crazy planned electrical outage again with sinks that require power to run
God if we ever revert to analog we’re boned

I am working on partitioning my life and getting my tech stuff and online life organized. Partially fun, partially dread. Still one of the better things I'm dealing with right now.

Tech stuff mainly includes desktop PC (Qubes OS), network (to be driven by openwrt) and smartphone (already running Lineage OS, but I want to build my own LOS). This is the fun part. I want to add a NAS, but I'm too cheap for a proper one (at least for my >20TB media).

Furthermore offline stuff: Remove clutter, get analog documents properly organized (with a sustainable system) and possibly digitalized. I already have maybe half of the things I own in boxes each with a specific purpose (e.g. audio cables, network cables and game controllers each have their own box). Can be tiresome, but it's easy to see a progress and that makes it quite okay.

Online life: That's a big one. A large chunk is email and the hundreds of website accounts. I have them in a keepass file, but all running under the same address. Unfortunately I need to have a Facebook account for some purposes, but I'd like to start over with a new one. Not so easy when you have to transfer group admin privileges though, when I tried the last time I tripped some system and the new account was banned. Annoying.