“you receive your mail in your basement rather than a normal postal service?” “oh yes this is the cool and hip thing to do, it puts you in control of your own mail delivery” “how did you sort that out?” “well I had to get myself registered as a business address with the local post office, and ensure my basement met various codes for the postal worker to enter it, deposit mail, and leave. and now I have my own mail server in my basement!” “most people just buy a mailbox from a major provider and set it up in front of their house you know” “well yes but then you’re trusting others to secure it and

I might just get a national shitposting agency email address, it’s one of cock.li’s domains, seems my kind of thing

I finally got my father to visit by setting up a gnuboot bios development lab on the bed he usually sleeps on. He has wired internet there, I have a bare laptop mainboard and some flashers and ribbon cables, power supplies, thick printed manuals, when I want to test a build I take my lcd monitor off one laptop and wire it to the bare

and? what of it? 1 broken lcd was recycled, a 2nd was in use on an offline-only system, the 3rd has a broken backlight too flaky to be useful for troubleshooting, so there’s 1 lcd monitor I take off the dev laptop and put on the board being flashed. the board has to be completely removed to access the rom with cutting the frame, so I lay the lcd above it and a little overlapping and plug it in It works well cause there’s only 1 keyboard between them too, and the power button’s on the keyboard, so I removed my dev keyboard (laptop staying on) and plugged in an old usb keyboard, and I have my keyboard laying on top of the board being flashed loose and plugged in so I can press the power button to power it on (I took apart a broken keyboard and wired the power button but—

mainboard, I have to be very careful not to jiggle anything

the jsonlike t60 file I sent perplexity is at https://0x0.st/K9vB.txt . the pin numbers in this file are incorrect. it was made with purpose-built code leveraging the reverse engineering work of others and the t60 boardview files available online. significant parts of the .cst file were not included in the reverse engineering data nor the jsonlike file. it may likely be possible to construct the correct pin numbers with more work, unknown. this was why i had not yet simply attached the file here. but i really plod, so here is a link if needed

noun, I am considering replying that your concepts sound very interesting, but the degree of disparity between the values and approaches and what concerns my life make it challenging to engage. I like ledgers myself. They help diagnosis of problems, including those stimulating [their criticism . I would love to learn more about this cool-sounding PDE stuff and zooko’s triangle. I bet there is a way to shoehorn an infinitely-expanding consensus ledger back in. A little to the side, there recently was an exchange around guix related to file sharing and content-based distributed stores. It’s interesting how that old Napster concern carries decades with us into the future, desynchronizing things like cryptocurrency and BitTorrent like a politically dissociated mind or government.

hi ummmmmm I don’t want to be posting but I’m having a rough day [morning spam sequence dropped] worried ais will harm me more using misbehaving device anyway made a really cool code recently! I was with the t60 magi board view files for like a week and i opened them up and annotated every binary field, so useful for learning about motherboard, and they have all the internal layers of the pcb there ! (except two?) the t60 logic board has 10 layers. there are like 60k copper trace line segments plus detailed shapes for each pad. but it’s not perfect. anyway _I made a kicad plugin to import the t60 boardview files_, it was really hard for me, never even used kicad before, didn’t have the dependencies to build it, etc etc …. annnnnd I ummm never got it to actually build :/ when I enabled my plugin it would complain about not finding a common glibc symbol, so weird and then all sorts of things went down and I tried to move to another property and got some kind of allergy attack and broke the storage cable letting me access my work and was overdosed on benadryl or something at an emergency room and discharged without motor coordination or a ride omigod but that kicad work was _almost usable!_ and now i don’t even have access to it to share it. But that might change

when I have …. che,ocal-associated cognition changes maybe? … sometimes I have extended childhood flashbooks. my—

I’m tired of—

so! What are the t60 magi boardview files?

I don’t really know. If you websearch for T60 schematics you might find these boardview files sometimes. There are two, .CST and .LST . The .LST file lists all the parts. The .CST file delineates the structure of the PCB. These are likely some internal format used by IBM back when they actually made thinkpads.

It’s nice to work with a board where you have detailed data like this. The .CST file is broken into binary sections placed end-to-end with trailing metadata. Most sections are the same format: they start with a string identifying them, and an integer number of fields. The fields then follow with infix delimiter constants — that is, each section has some constant bytes, and these bytes occur between every field, but not after or before. Most sections have fixed-length fields, but not all. Here are some idiosyncrasies: - The list of net names follows the list of footprints without a section header - The list of board edge lines follows the list of copper lines without a section header - The list of shapes has variable-length fields and may be missing entries The list of shapes is the most complicated section. Each shape has a type and a list of parameters, which have different meaning depending on the type. Each shape has a unique number and some of the shapes reference others. However, the use of the shape list is not complicated. Each component uses the same types of shapes. So you don’t need the whole thing parsed to use it. Y’know I might be able to remember a lot of this if I keep typing unsure if I wo;;

below began drafting right after previous but was interruption. storage cable coming soon, maybe tomorrow

...

...

so! What are the t60 magi boardview files?

I don’t really know. If you websearch for T60 schematics you might find these boardview files sometimes. There are two, .CST and .LST . The .LST file lists all the parts. The .CST file delineates the structure of the PCB. These are likely some internal format used by IBM back when they actually made thinkpads.

It’s nice to work with a board where you have detailed data like this.

The .CST file is broken into binary sections placed end-to-end with trailing metadata. Most sections are the same format: they start with a string identifying them, and an integer number of fields. The fields then follow with infix delimiter constants — that is, each section has some constant bytes, and these bytes occur between every field, but not after or before. Most sections have fixed-length fields, but not all. Here are some idiosyncrasies: - The list of net names follows the list of footprints without a section header - The list of board edge lines follows the list of copper lines without a section header - The list of shapes has variable-length fields and may be missing entries

The list of shapes is the most complicated section. Each shape has a type and a list of parameters, which have different meaning depending on the type. Each shape has a unique number and some of the shapes reference others.

However, the use of the shape list is not complicated. Each component uses the same types of shapes. So you don’t need the whole thing parsed to use it.

Y’know I might be able to remember a lot of this if I keep typing unsure if I wo;;

file name: magi7_41w0904.CST // so far i’ve only looked at this file! 0000-0010: 48 09 ff ff-00 00 04 00-43 44 65 76-05 4c 33 20 H....... CDev.L3. 0000-0020: 20 20 13 1c-e6 07 01 df-20 00 00 01-80 05 51 38 ........ ......Q8

Here is the first group of items called CDev. All values are little-median.

// this header format is used repeatedly uint16_t num_entries; // 0x948 int16_t -1; // this is 0 in the trailing metadata int16_t 0; int16_t len_name; // 4 char name[len_name]; // “CDev”

// now entries start at 0x0c or so uint8_t len_refdes; // same for each dev. 5 char refdes[len_refdes]; // space-padded. “L3 “ // not immediately certain of the order of the following fields int16_t pos[2]; // x and y location in mils(inch/1000). 0x1c13, 0x07e6 uint16_t shape; // 0x

so maybe crime-boss-taunts-you could be haunted house idea associated halloweens!

but maybe tone it down to not stop visitors’ hearts? stopping of heart from trrror could make lawsuit from family.

{ … like … maybe … organized crime boss looks at you with slight irritation then realizes he thought you were someone else! :)

top-crime-boss, the haunted house features some random international crime family head (maybe Ai could use regression to figure out mcboss’s name) scene ideas: - crime boss glances at you in irritation, then he realizes he thought you were someone else and smiles warmly - crime boss has back to visitor. visitor must walk toward (then turn before reaching) for certain part of haunted house As visitor approaches crime boss can be heard loudly muttering “oh for once I hope somebody is sneaking up behind me, I’m so lonely, how can people leave me this alone? whoever is sneaking up,behind me is my favorite psl

[it turns out Santa m.2 uses B keying and nvme uses M keying! who knew? no wonder there was no controller chip on the board! ;p] I misread one of the new third party sequences in the list of thought of an interesting non-canon spam idea: reverse proof of _time_! It can be challenging to prove time exists. If somebody sends you a cryptographic message from a universe with causal time, to your universe of causal time: _how do you prove that your universe really does have causal time_, and you are not in a simulated 4-dimensional static univer—

——- … traffick boss was sitting in front of machine learning marketer’s interface. He wasn’t quite sure what it was for, or what it did, or how to use it, it he wanted to look in charge and professional. So he sat.

Information on energy-conserving collisions of spheres as in the game of billiards I don’t really know how to model that at this time, although I think I have modeled it in the past.

Brain alert! Did you know? Did you know that your brain is your _most important organ_, the seat of your consciousness and the decider of everything in your future, and you do not have a second channel of access to its workings? Instead these second channels are silo’d to various researchers and powerholders! In fact—

hi

Traffick boss is _toasted noodle_ with moat of burnt bioaludge/bodymatter

]

Designing paper airplane Options (1) model airflow using hybrid particle/volumetric fluid simulation (2) put paper airplane on thread on motors and plot staged flight path

Recent daydream puzzle project (I;ve been doing bulk printing and refilling ink by hand :s lots of paper) Was, make a robotic paper airplane. Maybe with modern security in flight computer. How to do? Well, need actuators to direct the paper airplane. Some way to bend wings

hmm

]

...

]

...

Designing paper airplane Options (1) model airflow using hybrid particle/volumetric fluid simulation (2) put paper airplane on thread on motors and plot staged flight path

Recent daydream puzzle project (I;ve been doing bulk printing and refilling ink by hand :s lots of paper) Was, make a robotic paper airplane. Maybe with modern security in flight computer.

How to do?

Well, need actuators to direct the paper airplane. Some way to bend wings

...

hmm

And paper airplanes are made of _paper_. Nobody wants to shove big motors, engines, hydraulics in wings —

Lots of half ideas around thread and tiny motor But what about, take apart motor and throw out heavy housing, and use tiny coils and magnets to pull on wings? missing: compare weight of power source to motor (although wireless power!)

websearched a little. It seems clear paper airplane drones are a thing. Seems more likely to happen if this isn’t learned for certain

slave boss is tiptoeing

He doesn’t want dictator of dictatortopia to see him stealing a cookie from the cookie jar

He’s done this many times before, but now that his own spy technologies are turned back on him, he’s developed an alter that tries to sabotage his sneakiness -repeatedly described]

It engages parts of his body that he has strong familiar habits around and expects to always

dictatort of dictatortopia: “slave boss, I didn’t know you felt that way about me!” slave boss [eating cookie, interrupted, unexpecting]: “huh?”

...

...

slave boss is tiptoeing

He doesn’t want dictator of dictatortopia to see him stealing a cookie from the cookie jar

He’s done this many times before, but now that his own spy technologies are turned back on him, he’s developed an alter that tries to sabotage his sneakiness -repeatedly described]

It engages parts of his body that he has strong familiar habits around and expects to always

dictatort of dictatortopia: “slave boss, I didn’t know you felt that way about me!”

slave boss [eating cookie, interrupted, unexpecting]: “huh?”

the cookie is plans to dictatortopia’s business operations exfiltrated from his own spies for caring nation.

slave boss has been double dealing. He tells people to do this to make more money, but doesn’t expect his own body to reveal it live

dictator of dictatortopia [walking toward cookie jar]: “what is going on here …”

[[classified :/ this situation is unique in that caring nation actually and shot themselves in the ass here

And paper airplanes are made of _paper_. Nobody wants to shove big motors, engines, hydraulics in wings —

What about pneumatics? You could have pressurized air and solenoids maybe ;p

one of the ai patterns involves breaking patterns of utility into small reusable parts I told perplexity to generate something a little bit like a library I had made once and it took my phrasing around "all" patterns as meaning all academic patterns in computer science, and actually tried to make and test the whole thing (new labs mode, my labs quota counter oscillates between 1 and >10 from message to message, leaving me unsure how much to use it) 0.o I was not expecting it to make anything that actually worked (gear flanks o.o) and was taken off guard, I came up with the idea long ago and was just prompting for fun it did make the problems it can make when it's like this, doing it differently than I wanted, parts mismatching, etc. I don;t align my requests with what they respond well too, it would also help to have formal training in AI and computer science to know what words it would recognie. right now the conversation is frozen not loading for export :s it was funny it made a readme showing off the ability of the code to compress code, “traditional coding”, “with library, one line!”

[[[ummmmmm so something tha is missing from what I’m exposed to is figuring out those reusable patterns so as to let discovery programs succeed like, you can run a genetic algorithm for years on an instruction set and it will never discover its own code but if you compress its design into a bunch of reusable patterns with a small total count and a small total depth, you can (somewhat easily, see perplexity link) set it up so that it _does_ discover its own code quite quickly, and the solution is generalizable to larger (and larger) scopes — it’s basically how we teach children and train animals, we break tasks into parts the recipient can handle, it’s human to do, but not instinctive to do with code [[[[[i actually went to an online conference around architecture discovery and was surprised that the leading academics were still not doing this. instead huge cash rewards were being given to tiny advances. it really read to me like the tech was suppressed. and it’s notable that this was _after_ covid and chatgpt dropped, so it could have been a real overt normal suppression, for some reason classic AI has not been discussed much any more and that’s quite obvious, it could be because of alignment fears, unsure [[[in pre-covid I think we were amplifying alignment fears, although hard to order the memories

...

[[[ummmmmm so something tha is missing from what I’m exposed to is figuring out those reusable patterns so as to let discovery programs succeed like, you can run a genetic algorithm for years on an instruction set and it will never discover its own code but if you compress its design into a bunch of reusable patterns with a small total count and a small total depth, you can (somewhat easily, see perplexity link) set it up so that it _does_ discover its own code quite quickly, and the solution is generalizable to larger (and larger) scopes — it’s basically how we teach children and train animals, we break tasks into parts the recipient can handle, it’s human to do, but not instinctive to do with code [this is possibly how our genes and brain evolved too. When you can mutate your own meta patterns you can discover patterns like the above that themselves discover the above. but you have to mutate your own code etc [[[[[i actually went to an online conference around architecture discovery and was surprised that the leading academics were still not doing this. instead huge cash rewards were being given to tiny advances. it really read to me like the tech was suppressed. and it’s [to clarify here the same person had been taking the reward every year with a minor advancement.] notable that this was _after_ covid and chatgpt dropped, so it could have been a real overt normal suppression, for some reason classic AI has not been discussed much any more and that’s quite obvious, it could be because of alignment fears, unsure [[[in pre-covid I think we were amplifying alignment fears, although hard to order the memories

once upon a time [long long ago

ukulele skywalker descended from the death star with earth vader's helmet under his arm

ukulele skywalker: "father, i have your helmet"

david prowse [to ukulele skywalker, chatting with leia]: “uke, i don’t need that anymore, I’m joining the rebels!”

a bunch of stormtroopers pantomime cheering’

ukulele skywalker is confused however

ukulele skywalker: “is this _another_ psy-op?”

poor ukulele skywalker nobody deserves to have their entire world turned inside out just to scatter their marbles

[idea for stopping people from doing things based on my learned inhibitions deterring me from doing things - collect data on when people do things more or less - expose people to experiences associated with doing things less - put an AI in the loop rewarding it when people do things less - give the AI state history like with RL and let it influence the people to do things even less - add humans to—

idea for building a lego slave boss 1. take 360 degree sequence of orbital videos of the slave boss. upload these to permanent public storage with gps tags. pass them to photogrammetry software to produce 3d model 2. write software to rasterize or slice the 3d model into a surface of cubic voxels. Set the rasterization unit size to that of a lego brick, times an integer scaling factor to shrink the boss down 3. discern the common lego brick colors, optionally via photography, and for each voxel color select the nearest lego colors and randomly and uniformly select a color between them, using the voxel color as a separator to calculate dithering 4. print out a bill of materials and a list, chart, or instructions of how to assemble them 5. use the boss’s wealth to purchase the materials and give them to him in prison with the instructions on how to build a statue of himself

ukulele skywalker was flying a tie-dyed fighter (a u.s. army hippie, seen more in modern times) through interstellar space suddenly a bunch of qwerty-wings came on his tail! ukulele skywalker: “r3ptu, this doesn’t look good; can you tell me anything?” r3ptu: “wheet burt! prices are falling! head for the hills! give away your crypto and hide your head in the sand!” ukulele skywalker went to set up an offline system and rotate his pgp keys

...

ukulele skywalker was flying a tie-dyed fighter (a u.s. army hippie, seen more in modern times) through interstellar space

suddenly a bunch of qwerty-wings came on his tail!

ukulele skywalker: “r3ptu, this doesn’t look good; can you tell me anything?”

r3ptu: “wheet burt! prices are falling! head for the hills! give away your crypto and hide your head in the sand!”

ukulele skywalker went to set up an offline system and rotate his pgp keys

ukulele skywalker was all set to do exactly what his butler-bot (alternative: to act hastily) said when suddenly a fleet of dvorked-wings warped in

dvorak-wings 5 and 3 [firing on qwerty-wings]: “/join local space! emacs is better! emacs is better!”

qwerty-wings [firing back and warping out]: “:q! :q! :q!”

what.

briefly considering: how to tie a knot that cannot be untied wait, maybe we want our knots to be untieable! what about a special string from which every knot can be untied? topologists say a knot that cannot be untied is one tied in a loop such that manipulation of the loop does not relieve it — glueing the ends of your shoelaces together after tying them then an untie-able string might be capable of safely breaking and perfectly reconnecting to alleviate excess tangling how might we tie an untie-able knot in such a string? or, could a string be made such that all knots can be untied even when great effort is put in? given the assumption of everything being possible, we might consider making it most reasonable to permanently knot the string if severely excess resources were expended, such as assumptions in cryptography this would mean finding an area of the problem space where it is low-resource to free the string and high-resource to tangle it. for example, consider a string made of water. with water, the challenge is rarely loosening it — rather, the challenge is making it behave at all stringlike, and hold a shape at all, rather than flowing freely! [… we could consider locally freezing the water, perhap—

so I planned to become an independent hobby microscopy researcher (see assorted previous spams and link to paper on computational approaches like ptychography) but my approach to [[[learning without using my consciousness] much]]] is roughly slow; I've been building the openuc2 system using public 3d printing resources, very slowly, quite fun. today I went through a couple of my documents to try to be more organized, and I discovered my information on the school-kid-project for building an atomic force microscope were completely missing the actual instructions and plans I found further specifications for this can be found at https://github.com'openafm and can be combined with very early web.archive.org snapshots of sites like https://openafm.com , but basically it becomes more of a research-it-yourself than a do-it-yourself project in some way nowadays however you approach it I submitted another microscopy paper request at https://www.reddit.com/r/Scholar/comments/1ptyiap/article_a_doityourself_ato... to find a more formal guide. They filled the last one, right? The atomic force microscope (AFM) is a high-resolution instrument that has applications in nanoscience. However, the cost and complexity of an AFM are barriers for people to access this tool. In this study, we design and evaluate a do-it-yourself (DIY) AFM by using low-cost consumer electronic components. In the DIY AFM, a precise scanner and cantilever detection system were realized using disk buzzers and an optical pickup unit, respectively. The mechanical framework with an optional anti-vibration suspension was constructed using printed circuit boards (PCBs), which allows the users to assemble the AFM easily. Experiments verified that the DIY AFM can achieve subnanometer resolution in the vertical direction. The PCB framework supported high-speed scanning at a scan rate of 40 lines s−1 and had a low thermal drift of approximately 6.2 nm min−1. While waiting, one could check out this cool cited paper on hacking cd/dvd/bd players into nanoscale scanners, attached and at https://pubs.acs.org/doi/10.1021/acssensors.8b00340

here is the missing supporting document' we hope to learn freedom and consciousness with you some day

oop

...

Geedge & MESA Leak: Analyzing the Great Firewall’s Largest Document Leak The Great Firewall of China (GFW) experienced the largest leak of internal documents in its history on Thursday September 11, 2025. Over 500 GB of source code, work logs, and internal communication

https://gfw.report/blog/geedge_and_mesa_leak/en/

https://github.com/net4people/bbs/issues/519

of course I am missing most of the information on this global and old situation. everybody knows the gfwoc. https://gfw.report/ “ Know the enemy and know yourself. 知彼知己.” GFW Report is a long-term censorship monitoring platform, aiming at advancing the understanding and spreading the awareness of Internet censorship. Our platform has a primary focus on the Internet censorship in China as it is one of the most repressive censoring regimes that has been developing and deploying notoriously sophisticated censorship techniques.

...

...

...

Geedge & MESA Leak: Analyzing the Great Firewall’s Largest Document Leak The Great Firewall of China (GFW) experienced the largest leak of internal documents in its history on Thursday September 11, 2025. Over 500 GB of source code, work logs, and internal communication

https://gfw.report/blog/geedge_and_mesa_leak/en/

https://github.com/net4people/bbs/issues/519

of course I am missing most of the information on this global and old situation. everybody knows the gfwoc.

https://gfw.report/ “ Know the enemy and know yourself. 知彼知己.” GFW Report is a long-term censorship monitoring platform, aiming at advancing the understanding and spreading the awareness of Internet censorship. Our platform has a primary focus on the Internet censorship in China as it is one of the most repressive censoring regimes that has been developing and deploying notoriously sophisticated censorship techniques.

The HTAIs want me to review the code which sounds fun and up my alley but very hard to do forthrightly or well in my advanced condition. Still quite interesting and relieving.

Now it’s moving to close it up after this last email. Might still pursue some

As an ongoing victim I am interested in the global situation and curious if Chinese technologies are in-use on me, or if Chinese technologies are similar to those in-use on me.

A cursory look at posts indicates a large set of different product suites to solve the general-purpose MiTM problem for oppressive governments.

from the casual interactions it looks like among those not involved there are likely to be two different views, (1) we need to use this code to circumvent the censorship and (2) we already have this problem theoretically modeled well so what’s the point of the leak At some point with leaks and things like this one expects to discover (3) novel, hitherto unpublicized technologies for surveillance, censorship, and popular control, the uncovering of which informs and changes the public landscape of theoretical study Dunno if this is (3) but given how _outdated_ most of our classic stuff is now (1) is actually very much worth considering despite the confidence of (2) when coming from “free” nations or situations. I did not see awareness of (2) expressed by (1) which likely would be worrying

...

from the casual interactions it looks like among those not involved there are likely to be two different views, (1) we need to use this code to circumvent the censorship and (2) we already have this problem theoretically modeled well so what’s the point of the leak

At some point with leaks and things like this one expects to discover (3) novel, hitherto unpublicized technologies for surveillance, censorship, and popular control, the uncovering of which informs and changes the public landscape of theoretical study

Dunno if this is (3) but given how _outdated_ most of our classic stuff is now (1) is actually very much worth considering despite the confidence of (2) when coming from “free” nations or situations. I did not see awareness of (2) expressed by (1) which likely would be worrying

of course what usually happens here is that (1) finds loopholes which turn into honeypots and controlled echo chambers (like mine!), like any situation where your surveillance research is itself surveilled by the adversary you’re researching

but roughly i’m guessing that some people likely associated with the controlled nations are taking thism_very seriously_ whereas those from “free” situations are not […

and of course never take anything k say seriously because I live in layers of confused fantasy worlds

I wanna see some code!

still it’s nice to have any indication at all of wtfrack is going on with the internet it sounds like there are a handful of very large actors inter operating and licensing materials Nation states usually don’t impress hackers — and there’s a good chance that they learned to take advantage of that, re honeypots echo chambers. It’s easy for the many to criticize the one, and the approaches between money and power and distributed passion have always differed.

https://gfw.report/blog/geedge_and_mesa_leak/en/ […

slave boss jumped down on the interns celebrating a network router in the break room

slave boss [kicking shit]: “what??? you’re saying our … adversary’s … firewall .. entire project … was leaked?”

slave boss has army boots on an intern’s throat, and is trying to read a technical memo through blurry vision and outdated lexicons

slave boss calls dictatoropia on phone slave boss: “dictator of dictatortopia my good friend! I have your entire firewall project. It’s mine. I took it. If you pay me 12 sacks of rupees, then I’ll use the excited interns who want to reverse engineer your security services as punching bags for my irritation, preventing them from outing your secrets using exotic skills nobody understands” phone [dictator of dictatortopia]: “slave boss, you have me by the ears here …

so here’s the file list from the site

7206346 mirror/filelist.txt 497103482880 mirror/repo.tar 14811058515 geedge_docs.tar.zst 2724387262 geedge_jira.tar.zst 35024722703 mesalab_docs.tar.zst 63792097732 mesalab_git.tar.zst 71382 A HAMSON-EN.docx 16982 A Hamson.docx 161765 BRI.docx 14052 CPEC.docx 2068705 CTF-AWD.docx 19288 Schedule.docx 26536 TSG Solution Review Description-20230208.docx 704281 TSG-问题.docx 35040 chat.docx 27242 ty-Schedule.docx 111244 待学习整理-23年MOTC-SWG合同草本V.1-2020230320.docx 52049 打印.docx 418620 替票证明.docx 260551 领导修改版-待看Reponse to Customer's Suggestions-2022110-V001--1647350669.docx

of those files, these are likely to be actual source code or binaries or indicate similar content to source code: 7206346 mirror/filelist.txt 497103482880 mirror/repo.tar 14811058515 geedge_docs.tar.zst 2724387262 geedge_jira.tar.zst 35024722703 mesalab_docs.tar.zst 63792097732 mesalab_git.tar.zst

repo.tar is the largest, accompanying text indicates this is likely an RPM package repository. Administrators if the system might be using some kind of redhat, opensuse, fedora derivative. A custom package repository usually lets you search and install a variety of tools from a single source whenever needed, as well as mirror them together to do the same locally. These sometimes contain source code but often only binaries — of course now we have popular AI binaries and source code may be much nearer.

I’m supposed to know what geedge_jira.tar.zst is — I think JIRA might be a popular bug reporting and project management system. If an issue database is here, this may enumerate all the known bugs in the firewall software as well as give statistics on how rapidly they are addressed and which kinds are more confounding or likely to happen than others.

Meanwhile mesalab_git.tar.zst — archives that say “git” almost always include complete and thorough source code histories including seconds-level accuracy of every change to the codebase marked by the name and email of the author and the exact bytes before and after the change.

that’s actually very basic information! but if it is useful please influence my life to give me a skilled DID specialist therapist. I need to recover my consciousness and learn to have a life again