>The Jargon File also mentions that German hackers had in turn developed their own versions of the blinkenlights poster, in broken English:[1]
ATTENTION
This room is fullfilled mit special electronische equippment.
Fingergrabbing and pressing the cnoeppkes from the computers is allowed for die experts only!
So all the "lefthanders" stay away and do not disturben the brainstorming von here working intelligencies.
Otherwise you will be out thrown and kicked anderswhere!
Also: please keep still and only watchen astaunished the blinkenlights.
That is funny (I do not know German but it still made me laugh) for exactly the same reason as the Blinkelights version - the similarities between German and English that make so many works almost recognisable.
My guess is "Knöpfchen" (German for "little button"). The "chen" suffix is difficult to pronounce for English speakers, so it's replaced by the word "keys" (as in the buttons of a keyboard)
Another detail you didn't mention: knopp or knoppe is a Low German (northern German) variant of Standard German Knopf. That's where the pf--pp alternation arises.
Knopp is actually common in southern German dialects as well, including palatinate and hessian. Using -ke for diminutives is common across Westphalia, especially the Munster region.
I wrote "I love you" on the CCC Blinkenlights in Berlin to my then girlfriend, who has been my wife now for 20 years. The most romantic thing I ever did :)
In 1985 I made a similar panel which had 16 lights and mechanical switches and installed it in a rack in an operations center in GCHQ just to make it a bit more colorful. One day I came back from leave and the boss was really mad at me as they had been showing around some VIP, who stopped at the panel and asked the area director what it did. As all the technicians had been evacuated for the tour, nobody had a clue.
@croes I was thinking the same thing (knowing no german, but having a hunch).
And the CCC project was a whole building.
For his example, I was expecting a whole cage with some tricked out lights, maybe some smoke effects (I can see new colo signs being updated "no cardboard,no smoke machines allowed"), a sub-woofer playing some chiptunes, etc.
I saw a version of that sign a very long time ago in a government lab at my high school summer intern job, attached to a PDP-11 that came with blinkenlights.
> Now you need to remember this is not a metal panel it is a 1.6mm thick fibre-glass one, it does the job, but it wont take much abuse like a metal one will and flexes a little when handling it.
That's when you design in a PC board stiffener. These are just pieces of metal, U-channel, L-channel, or solid bar, to add some structural strength. Cheap and easy, but rarely seen in hobbyist work. Any board with buttons or knobs or connectors unsupported for more than a few inches should have some stiffening. You have to allow space for stiffening bars when designing the board, and you need to place screw holes.
Hearing 'blinkenlights' reminds me of the still very much up 'towel.blinkenlights.nl' telnet server which plays an ASCII art rendition of Star Wars if you dial into it.
There's a joke if you have IPV6 connectivity where if you use IPV4 it says it has full colour support but if you do... well, it doesn't!
Boz here and guilty on all charges. There are plenty of errors if you look hard when sober. There's professional grade coding, then there is coding for hobby projects which blink LED's, when you're drinking beers and listening to rock music in a big shed with a mate.
On another note, somebody asked me to make 30 panels using an RP2040 which I will put up on my site when ready, price will actually be less due to qty. as a side note he did want me to use the RP2350 but nobody has any in stock yet.
And a FOSS re-implementation of which is still alive and in active development. The project recently released beta 5 -- it's very nearly ready for version 1.0 and now runs GNOME Epiphany, Firefox, LibreOffice and more.
That you felt the need to explain these makes me feel really, really old. (And you did need to explain it; it's practically Elder Lore at this point.)
It's like explaining to young people that we used to have to pay per message for SMS, or that only one person could be on the Internet at a time at your house.
Now if you'll excuse me, I see some suspicious looking clouds I need to go yell at.
I liked how this project used "reverse mount LEDs" [1] which are perhaps not known to everyone.
It means that instead of being mounted to a PCB and having the light shine "up" from the board, it instead shines down between the solder points, and you arrange for the PCB to have a hole there. It means all the components are on one side, but the light is emitted on the back which can be clean and/or have cool silkscreens etc. Nice!
Mechanical keyboards have moved this direction (lighting on the back of the pcb, through a hole) so that the LEDs don't physically interfere with the hot-swappable key switches.
Many, many years ago, I saw a copy of Das Blinkenlights delivered on a sheet of paper with the documentation of a brand new S/32 IBM system. Certainly a highlight of my IT career!
I'm planning to do something similar, but using addressable RGB LEDs (like WS2811, also known as neopixel).
They are simple to work with. Each LED has 4 connections: GND, +5V, DATA IN and DATA OUT. Each LED grabs the first 24 bits of the data stream (8 bits for Red, Green and Blue) and sends the rest on DATA OUT for the next LED.
Actual German would be something like "die Blinkenlichten". "Blinkenlichten" was the form used in the original faux-German sign from which "blinkenlights" is said to derive. "Blinkenlights" is used in a faux-English sign that hung in some German computer installations: "Please keep still and only watchen astaunished the blinkenlights."
I read this phrase: "I had almost 200 really crappy PIC16F1782 chips" and remembered my university days when we were programming the PIC16C84 and thought that this was a very good chip (at the time) :-)
The connection machine had several modes for the front lights. The one most familiar is "random and pleasing" and the code can be found here: https://trmm.net/CM-2/
> Yes, I remembered now, I had almost 200 really crappy PIC16F1782 chips, left over from an update for one of my clients
> First problem there are not enough GPIO pins on the 28-pin PIC to drive 128 LED’s, plus an address line, plus a serial receive pin, minimum GPIO’s for that is 24 (16×8 LED scan matrix)+4(address)+1(RXD) = 29. A simple solution is to add two 74HC595 shift registers to increase the outputs by 16 at the expense of 4 pins to control them.
Wouldn't the simple solution be just to split the matrix in half and throw second PIC in there? Or just make 1U panels instad of 2U?
Also the PIC is rated to sink/source 25 mA so you could have skipped the led driver transistors, making the boards even simpler.
Another note for simplification, you could use the builtin i2c peripheral and give each octet of leds its own address. You got 64 octets in total, which conveniently fits into 7 bit i2c address space. That should make the communication trivial to handle.
Also RPI has builtin i2c, so you don't need usb adapter for it.
The effect is really cool. I like the idea of visualizing data flowing through work systems like this. I think I'll go for 3D-printed or laser-cut panels instead though - would work out cheaper. Thanks :)
Very cool. This scratches several itches. What data is this displaying? Are you tailing syslog and writing it to a serial output? Do you have some status monitor that assigns meaning to the lights?
Note this is also technically a bug, the for(i=0;i<8;i++) loop executes so fast that TMR0 (an independent PIC timer that increments every 740uS) is usually the same value added to each LEDregister. I actually added +i to the end of this line in my version, but I'm guessing someone making this will tweak the code to do whatever they want or store some patterns as consts. The code really is quite crappy now that I look at it sober, the watchdog timer is turned off and should be on, there is no checksum on the serial data, procedures called from interrupts, defines with double-slash comments, all stand out like a sore thumb. Lucky it just blinks lights and doesn't run a dialysis machine!
I currently have a small program on the RPi NAS which polls my AWS server showing a few metrics, uptime, load, traffic and latest sessionID, but it was off at the time of the video as it is pretty static. Only the top panel is actually used for this the others are just random for now work in progress I guess.
For my retro computer, it is still a bit of a mess, but should be easy to clock out the 16 CPU registers into a serial stream which I will hook a small micro into to send it over a UART. I have actually gotten more excited about completing the retro computer project since having the lights to look at.
I'd love to see a design that uses a dirt-cheap uC, because the PIC16F1782 chips he had laying around are $2.50 each on Mouser!
Edit: Tried to buy these (either PCBs, the BOM, or ideally fully assembled boards) and holy shit I've never seen a worse website than oshwlab/easyeda. So far: clicked 'purchase parts,' had to sign up, captcha was at max strength and had to agonizingly select slowly fading in cards over four times; clicked to send code; code took a while to get here and captcha expired; entered code but it had ambiguous "i" vs. "l" vs. "1" and I entered the wrong one; repeat captcha, this time only two pages of slowly fading cards; click to send code again; enter code; captcha expired; enter captcha again, enter code again; told I already have an account (I do??); go to forgot password; solve another long captcha; click to send code; captcha expired; enter code and captcha; password reset; get taken to generic landing page; go back to main site and click 'purchase parts' again; says I'm not logged in. log in again; taken to generic landing page; go back to main site and click 'purchase parts'; page loads...takes me to "lcsc" and tells me to make an account. JFC.
I agree, it shouldn't be that hard. Ironically I keep using EasyEDA over the other CAD programs as it is quite intuitive to use and, if you use the LCSC stock parts, it has a 1-click button to order the assembled board from JLPCB. A simple "re-order link" for JLPCB I could have given out would have been too easy I guess!
I have just added a link on the project webpage with the Gerber/pick and place files zipped up and any good PCB shop should be able to manufacture a board from this.
$2.50 is a bit steep, I guess Microchip are probably running down this older chip and have far better 28-pin SOIC PIC16F's starting at $0.70, any PIC16F/18F should run the code with a few tweaks. My current uP of choice is the RP2040 and I will put out a design using that when my normal work quietens down a bit.
I had better luck going to jlcpcb.com and uploading the files. I did modify the BOM for U5 but they didn't have any in stock, so I ended up getting them from mouser and will hand-solder those. I'm super excited for the project, I've wanted something like this for a long time...though the next step would be functional switches!
> On topic: things people can run on their computers or hold in their hands. For hardware, you can post a video or detailed article. For books, a sample chapter is ok.
While it's posted on a blog, I would say it meets the criteria for having the video and write-up showing off the cool thing that has been built.
I think what that page is saying about blog posts is that you shouldn't post a Show HN as a 'look at this blog post I made about [some random topic]', as in when it's the blog post itself that you're showing off. It's not saying you can't post any blog post as a Show HN.
All good with me. Just assumed others might want to build one. Lots of empty rack space out there that might not mind shedding a few extra watts for some color. Also its nice to get noticed every now and then even if it is for the crappy stuff :-)
Nitpicking
Blinkenlights isn’t a german word it’s pseudo german for Blinklicht originating from
https://en.wikipedia.org/wiki/Blinkenlights#:~:text=on%20the...
But the Chaos Computer Club built light installations called
https://en.wikipedia.org/wiki/Project_Blinkenlights
>The Jargon File also mentions that German hackers had in turn developed their own versions of the blinkenlights poster, in broken English:[1]
That is funny (I do not know German but it still made me laugh) for exactly the same reason as the Blinkelights version - the similarities between German and English that make so many works almost recognisable.
I have never been able to track down what "cnoeppkes" is supposed to mean.
My guess is "Knöpfchen" (German for "little button"). The "chen" suffix is difficult to pronounce for English speakers, so it's replaced by the word "keys" (as in the buttons of a keyboard)
> The "chen" suffix is difficult to pronounce for English speakers, so it's replaced by the word "keys" (as in the buttons of a keyboard)
Not quite. The -ke ending here is just another regional variant of the diminutive. The s at the end is a colloquial plural form.
So the transformation from German to this weird german-english would be:
Knöpfe - Knöpfchen - Knöppkes - Cnoeppkes
Another detail you didn't mention: knopp or knoppe is a Low German (northern German) variant of Standard German Knopf. That's where the pf--pp alternation arises.
Knopp is actually common in southern German dialects as well, including palatinate and hessian. Using -ke for diminutives is common across Westphalia, especially the Munster region.
That's interesting because in Polish it is "ek" and my great-grand mother was part of the diaspora there before the war.
Кнопки (k-nope-key) is Russian for "buttons". Maybe related.
There are so many words in our language that are very clear loan-words from German!
Definitely means buttons. Source: am German
Although it is not needed, the first line of this article confirms that meaning:
https://en.m.wikipedia.org/wiki/Jim_Knopf
And the article is interesting anyway.
Knob? https://www.etymonline.com/word/knob#etymonline_v_1916
I wrote "I love you" on the CCC Blinkenlights in Berlin to my then girlfriend, who has been my wife now for 20 years. The most romantic thing I ever did :)
In 1985 I made a similar panel which had 16 lights and mechanical switches and installed it in a rack in an operations center in GCHQ just to make it a bit more colorful. One day I came back from leave and the boss was really mad at me as they had been showing around some VIP, who stopped at the panel and asked the area director what it did. As all the technicians had been evacuated for the tour, nobody had a clue.
I would also use "die" instead of "das* for Blinkslights, since it's plural.
@croes I was thinking the same thing (knowing no german, but having a hunch).
And the CCC project was a whole building.
For his example, I was expecting a whole cage with some tricked out lights, maybe some smoke effects (I can see new colo signs being updated "no cardboard,no smoke machines allowed"), a sub-woofer playing some chiptunes, etc.
I saw a version of that sign a very long time ago in a government lab at my high school summer intern job, attached to a PDP-11 that came with blinkenlights.
First time I saw it was 1981 on the front of a DEC-10
PDP-10 Was awesome. There is a nice version of the console you can buy here => https://hackaday.io/project/170111-pidp-10
Also Kindergarten is German :)
obvious? that's the fun of it.
The linked article begins with "[Blinkenlights] Probably the only German word I know"
Ironically the author likely knows some actual German words like Schadenfreude and Kindergarten.
The list is quite long: <https://en.wikipedia.org/w/index.php?title=List_of_German_ex...>
welcome to hackernews, where every article posted has something made up about it and the points don't matter
"Whose Blog Is It Anyway"
> Now you need to remember this is not a metal panel it is a 1.6mm thick fibre-glass one, it does the job, but it wont take much abuse like a metal one will and flexes a little when handling it.
That's when you design in a PC board stiffener. These are just pieces of metal, U-channel, L-channel, or solid bar, to add some structural strength. Cheap and easy, but rarely seen in hobbyist work. Any board with buttons or knobs or connectors unsupported for more than a few inches should have some stiffening. You have to allow space for stiffening bars when designing the board, and you need to place screw holes.
Hearing 'blinkenlights' reminds me of the still very much up 'towel.blinkenlights.nl' telnet server which plays an ASCII art rendition of Star Wars if you dial into it.
There's a joke if you have IPV6 connectivity where if you use IPV4 it says it has full colour support but if you do... well, it doesn't!
Came to post the same..!
Someone wrote about it on Medium: https://medium.com/nerd-for-tech/telnetting-watching-star-wa...
Nice bit of nostalgia for me.
I could probably think about a little bit shorter function for that ;)
Boz here and guilty on all charges. There are plenty of errors if you look hard when sober. There's professional grade coding, then there is coding for hobby projects which blink LED's, when you're drinking beers and listening to rock music in a big shed with a mate.
On another note, somebody asked me to make 30 panels using an RP2040 which I will put up on my site when ready, price will actually be less due to qty. as a side note he did want me to use the RP2350 but nobody has any in stock yet.
I said that tongue in cheek. I’m unable to pull the project you did. A brain fart happens to anybody.
Also the default case returns 0, same as data==‘0’. Good luck figuring out if there was an error.
This story reminded me of the "BeBox" [0] PowerPC computer from the 1990's, which had Blinkenlights on its front bezel.
(It ran the very cool "BeOS" operating system[1], which was eventually ported to Mac, then x86.)
[0] https://en.wikipedia.org/wiki/BeBox
[1] https://en.wikipedia.org/wiki/BeOS
And a FOSS re-implementation of which is still alive and in active development. The project recently released beta 5 -- it's very nearly ready for version 1.0 and now runs GNOME Epiphany, Firefox, LibreOffice and more.
https://www.theregister.com/2025/01/09/testing_haiku_beta_5/
The BeBox is my holy grail of retrocomputing! Had to settle for a partition on my x86 machine. Loved BeOS back in the day.
That you felt the need to explain these makes me feel really, really old. (And you did need to explain it; it's practically Elder Lore at this point.)
It's like explaining to young people that we used to have to pay per message for SMS, or that only one person could be on the Internet at a time at your house.
Now if you'll excuse me, I see some suspicious looking clouds I need to go yell at.
I liked how this project used "reverse mount LEDs" [1] which are perhaps not known to everyone.
It means that instead of being mounted to a PCB and having the light shine "up" from the board, it instead shines down between the solder points, and you arrange for the PCB to have a hole there. It means all the components are on one side, but the light is emitted on the back which can be clean and/or have cool silkscreens etc. Nice!
[1]: http://www.kingbrightusa.com/category.asp?catalog_name=LED&c...
Mechanical keyboards have moved this direction (lighting on the back of the pcb, through a hole) so that the LEDs don't physically interfere with the hot-swappable key switches.
Many, many years ago, I saw a copy of Das Blinkenlights delivered on a sheet of paper with the documentation of a brand new S/32 IBM system. Certainly a highlight of my IT career!
I'm planning to do something similar, but using addressable RGB LEDs (like WS2811, also known as neopixel).
They are simple to work with. Each LED has 4 connections: GND, +5V, DATA IN and DATA OUT. Each LED grabs the first 24 bits of the data stream (8 bits for Red, Green and Blue) and sends the rest on DATA OUT for the next LED.
Actual German would be something like "die Blinkenlichten". "Blinkenlichten" was the form used in the original faux-German sign from which "blinkenlights" is said to derive. "Blinkenlights" is used in a faux-English sign that hung in some German computer installations: "Please keep still and only watchen astaunished the blinkenlights."
See: https://en.m.wikipedia.org/wiki/Blinkenlights http://www.catb.org/~esr/jargon/html/B/blinkenlights.html
Die Blinklichter, if anything.
You could perhaps make it play a subtle background sound like the noise WOPR makes https://www.youtube.com/watch?v=t4vWTzs_bp4
Anyone using todbot blink(1)? Also a fun USB RGB.
https://blink1.thingm.com/
I read this phrase: "I had almost 200 really crappy PIC16F1782 chips" and remembered my university days when we were programming the PIC16C84 and thought that this was a very good chip (at the time) :-)
This looks very much like a Connection Machine. A red LED would light up when its corresponding processor was active.
No, IIRC, on a Connection Machine, a light blinks when the corresponding CPU is active. A LED which is on or off means the CPU is idle.
I am personally quite convinced that they chose to do it this way because the way you describe it – the obvious way – did not look cool enough.
The connection machine had several modes for the front lights. The one most familiar is "random and pleasing" and the code can be found here: https://trmm.net/CM-2/
Reference: https://thedailywtf.com/articles/Thinking-Machines#comment-1...
> Yes, I remembered now, I had almost 200 really crappy PIC16F1782 chips, left over from an update for one of my clients
> First problem there are not enough GPIO pins on the 28-pin PIC to drive 128 LED’s, plus an address line, plus a serial receive pin, minimum GPIO’s for that is 24 (16×8 LED scan matrix)+4(address)+1(RXD) = 29. A simple solution is to add two 74HC595 shift registers to increase the outputs by 16 at the expense of 4 pins to control them.
Wouldn't the simple solution be just to split the matrix in half and throw second PIC in there? Or just make 1U panels instad of 2U?
Also the PIC is rated to sink/source 25 mA so you could have skipped the led driver transistors, making the boards even simpler.
Another note for simplification, you could use the builtin i2c peripheral and give each octet of leds its own address. You got 64 octets in total, which conveniently fits into 7 bit i2c address space. That should make the communication trivial to handle.
Also RPI has builtin i2c, so you don't need usb adapter for it.
I can't wait until gaming builds start adopting this trend. I want to see a high end gaming rig but it looks like a server from a 1990s sci-fi movie.
The effect is really cool. I like the idea of visualizing data flowing through work systems like this. I think I'll go for 3D-printed or laser-cut panels instead though - would work out cheaper. Thanks :)
Very cool. This scratches several itches. What data is this displaying? Are you tailing syslog and writing it to a serial output? Do you have some status monitor that assigns meaning to the lights?
Nothing exciting if you look at the code near the end.
for(i=0;i<8;i++) LEDRegister[i]=LEDRegister[i]+TMR0+addr;
Note this is also technically a bug, the for(i=0;i<8;i++) loop executes so fast that TMR0 (an independent PIC timer that increments every 740uS) is usually the same value added to each LEDregister. I actually added +i to the end of this line in my version, but I'm guessing someone making this will tweak the code to do whatever they want or store some patterns as consts. The code really is quite crappy now that I look at it sober, the watchdog timer is turned off and should be on, there is no checksum on the serial data, procedures called from interrupts, defines with double-slash comments, all stand out like a sore thumb. Lucky it just blinks lights and doesn't run a dialysis machine!
Pretty sure that’s the random junk it makes up if there’s no serial data coming in. The comment says:
> // no data coming in so do something interesting
My question is what they send over serial.
Apologies for not reading the question.
I currently have a small program on the RPi NAS which polls my AWS server showing a few metrics, uptime, load, traffic and latest sessionID, but it was off at the time of the video as it is pretty static. Only the top panel is actually used for this the others are just random for now work in progress I guess.
For my retro computer, it is still a bit of a mess, but should be easy to clock out the 16 CPU registers into a serial stream which I will hook a small micro into to send it over a UART. I have actually gotten more excited about completing the retro computer project since having the lights to look at.
Very cool! Thanks for sharing.
Not to be confused with the Justine Tunney's debugger named Blinkenlights: https://justine.lol/blinkenlights/
NICHT FÜR DER GEFINGERPOKEN UND MITTENGRABEN
Yes - I was coming here for that.
> Working C Code below for those in the know.
It would be nice to explicitly attach a (FOSS) license to this. (Apologizes if there is one and I just missed it)
Boz here, I just assumed a design so obvious would not need one, my bad, anyway it is totally public domain so knock yourself out.
Like they used to say in Art school during critiques "go big! I'd like to see what this looks like bigger"
I'd love to see a design that uses a dirt-cheap uC, because the PIC16F1782 chips he had laying around are $2.50 each on Mouser!
Edit: Tried to buy these (either PCBs, the BOM, or ideally fully assembled boards) and holy shit I've never seen a worse website than oshwlab/easyeda. So far: clicked 'purchase parts,' had to sign up, captcha was at max strength and had to agonizingly select slowly fading in cards over four times; clicked to send code; code took a while to get here and captcha expired; entered code but it had ambiguous "i" vs. "l" vs. "1" and I entered the wrong one; repeat captcha, this time only two pages of slowly fading cards; click to send code again; enter code; captcha expired; enter captcha again, enter code again; told I already have an account (I do??); go to forgot password; solve another long captcha; click to send code; captcha expired; enter code and captcha; password reset; get taken to generic landing page; go back to main site and click 'purchase parts' again; says I'm not logged in. log in again; taken to generic landing page; go back to main site and click 'purchase parts'; page loads...takes me to "lcsc" and tells me to make an account. JFC.
I agree, it shouldn't be that hard. Ironically I keep using EasyEDA over the other CAD programs as it is quite intuitive to use and, if you use the LCSC stock parts, it has a 1-click button to order the assembled board from JLPCB. A simple "re-order link" for JLPCB I could have given out would have been too easy I guess!
I have just added a link on the project webpage with the Gerber/pick and place files zipped up and any good PCB shop should be able to manufacture a board from this.
$2.50 is a bit steep, I guess Microchip are probably running down this older chip and have far better 28-pin SOIC PIC16F's starting at $0.70, any PIC16F/18F should run the code with a few tweaks. My current uP of choice is the RP2040 and I will put out a design using that when my normal work quietens down a bit.
I had better luck going to jlcpcb.com and uploading the files. I did modify the BOM for U5 but they didn't have any in stock, so I ended up getting them from mouser and will hand-solder those. I'm super excited for the project, I've wanted something like this for a long time...though the next step would be functional switches!
I like the KISS implementation of the ascii2dec function ;)
The retro 1970's coding was thrown in for authenticity.
I would feel so productive! Well done.
[dead]
[dead]
This doesn't look like a valid Show HN. It is an interesting blog post (without the Show HN prefix), though!
> Show HN is for something you've made that other people can play with. HN users can try it out, give you feedback, and ask questions in the thread.
> Off topic: blog posts
https://news.ycombinator.com/showhn.html
I disagree, on the very same page it says:
> On topic: things people can run on their computers or hold in their hands. For hardware, you can post a video or detailed article. For books, a sample chapter is ok.
While it's posted on a blog, I would say it meets the criteria for having the video and write-up showing off the cool thing that has been built.
I think what that page is saying about blog posts is that you shouldn't post a Show HN as a 'look at this blog post I made about [some random topic]', as in when it's the blog post itself that you're showing off. It's not saying you can't post any blog post as a Show HN.
As stephen_g pointed out, it's ok by the hardware exemption in https://news.ycombinator.com/showhn.html.
But I like the title Das Blinkenlights so have changed it anyway. @boznz: I hope that's ok!
(The post is currently at #3 on the frontpage so there's not much need for it to be high on /show in any case.)
All good with me. Just assumed others might want to build one. Lots of empty rack space out there that might not mind shedding a few extra watts for some color. Also its nice to get noticed every now and then even if it is for the crappy stuff :-)
Oh wow, I never read that and thought Show HN was simply, "Look at this cool thing I did."
It basically is! but the rules provide a few guardrails.