I’m a technical kinda guy, doing technical kinda stuff.
Pretty much.
Capable employees don’t raise a huge stink.
They quietly put the word out to a few people they know and play along until something interesting appears on the horizon.
Then when they’re good and ready they just “suddenly” fuck off to somewhere nicer for them.
Eh…Windows 3.1, 95, 98SE, XP, and 7 were all pretty great.
From a user interface perspective, they were okay, perhaps because by the time people got to XP they’d had a decade of a consistent interface and were just used to its quirks.
From a security context they were not ok. Not ok at all.
I hate how bloated the kernel is. I’d like it to fit into main memory.
Take a copy of lspci, lsusb. Use them to build a kernel from source with only the bits you need and then make the bits you might need modules. Include your filesystem driver into the kernel and you can skip the usual initramfs stage and jump straight to your root filesystem.
Might take a few tries, but at least it doesn’t take 18 hours to compile the kernel anymore…
You need silicon.
The earth’s crust is about 25 percent silicon. Sand made out of quartz like desert sand is about 50 percent silicon. Beach sand is usually mainly calcium carbonate from shells and it doesn’t contain much silicon at all. Volcanic beach sand is more likely the same as the earth’s crust so 25-50 percent.
So as long as you refine your sand/gravel/rocks/lava so that you’re left with pretty much pure silicon, you’re good to go.
Digg was Reddit, before Reddit came along. And then they tried to monetise it all and pushed out a site layout update that “enhanced” that monetisation aspect (sound familiar?)
Basically they fucked it up right there.
I left Digg in 2010 and never went back, and now the domain and it’s remnants are owned by some advertising company.
I would like to hear your opinion on crumbed, deep fried, pineapple rings. 🤔
For example : https://www.redrooster.com.au/menu/sides-kids-meals/pineapple-fritter/
Also, things not designed for food use or human consumption don’t have to follow strict rules regarding their composition, and they’re not monitored.
Nobody is checking PVA glue for heavy metals or melamine or pesticides or any other number of things that will give your insides a bad day.
Nobody is issuing a recall if your bottle of glue ends up with ground up glass in it.
Because it’s not food, and it doesn’t matter, until you put half a cup of it in your pizza because Google told you it was a good idea.
Mmm I’d take Common Sense Skeptic’s spaceX videos with about a ton of salt. They’ve got a real big bug up their ass about spaceX for some reason.
I don’t know about you, but I just swiped my way through the first sentence off this reply with Google’s keyboard and all I had to do was select swiped instead of the suggested settled.
They do remember common words that you use, so if you have accidentally “approved” a few misspellings they’ll be suggested/given to you more often so a drastic solution to that is to clear your personalised data from the keyboard.
I can’t speak for the popularity of TurboVPN, or the probable ease in which companies can manipulate download numbers, but note the “+” on the end of each number.
NordVPN could have 99,999,995 downloads, TurboVPN can have 100,000,002 downloads, but one would be 50M+ and the other would be 100M+.
Yes, I shifted to my own domain after my default ISP of 20 years decided that email was just too hard, you know? They didn’t outright say it, they just started batch processing emails so that I’d get all my daily emails at around 2 am the next day. Super handy for time limited password reset emails!
A few hours reading a guide and setting up a $5/mo linode email server with SPF and dmarc, a few more hours transferring 20 years of IMAP mail from my old account to a folder, and a month or so of changing a few site contact emails over each day when they emailed something to my old account, and now I’ve got an email server on my own domain that is 10 times faster at sending/receiving mail than my old ISP ever was.
And now I can have amazon@mydomain.com and career@mydomain.com and random other disposable addresses so that when they are inevitably sold off for the $$$ I can just dump them and maintain a spam free inbox.
You’re thinking of a firewall. NAT is just the thing that makes a connection appear to come from…
That connection only “appears to come from” if I explicitly put a rule in my NAT table directing it to my computer behind the router doing the NAT-ing.
Otherwise all connections through NAT are started from internal->external network requests and the state table in NAT keeps track of which internal IP is talking to which external IP and directs traffic as necessary.
So OP is correct, it does apply a measure of security. Port scanning someone behind NAT isn’t possible, you just end up port scanning their crappy NAT router provided by their ISP unless they have specifically opened up some ports and directed them to their internal IP address.
Compare this to IPV6 where you get a slice of the public address space to place your devices in and they are all directly addressable. In that case your crappy ISP router also is a “proper” firewall. Strangely enough it usually is a “stateful” firewall with default deny-all rules that tracks network connections and looks and performs almost exactly like the NAT version, just without address translation.
The partition table is just a set of pointers to various places on the physical disk where partitions should be, inside those partitions are filesystems with all your data. It’s like the table of contents in a book. You can mess around with the table of contents and make the page numbers for chapters different, but all the words in the book are still there.
Now you’re lucky that filesystem drivers are fairly smart these days. They sanity check things all the time. When you write the partition table to disk all the active filesystem drivers get notified of the changes, so they can keep track of things. When the driver noticed that the size of your filesystem exceeded the size of your partition, it basically was like “Hold it right there, I’m not touching any of this!”. At that point the filesystem would have been forcibly unmounted and disconnected, which is why none of your commands worked after running cfdisk, they were on that filesystem.
Note that your approach was almost the right way to do it. To make your filesystem bigger you can expand the partition using cfdisk ( as long as there is physical room on the disk!) and then run a program called resize2fs , and it will expand the filesystem to suit.
Similarly, you can shrink the filesystem in the same kind of way, except you run resize2fs first and command it to shrink the filesystem to a particular size. It will do that (assuming there’s enough free space in your filesystem to do so) then you shrink the corresponding partition with cfdisk to match.
Of course, as you’ve learned, resizing partitions is moderately risky so backups are a good idea. Having said that I routinely expand filesystems in VMs like this without backups - I make the VMs disk larger in its settings, then run cfdisk and expand the partition, then run resize2fs.
The filesystem driver knows the size of the filesystem is larger than the physical size of the partition it is on. Because of that it refuses to do anything with it until that discrepancy is sorted.
Boot to a USB/ISO, run cfdisk, extend the partition size back to original or larger, then run fsck on the partition again.
SSH/SCP. Install Winscp or Filezilla on the host.
Or alternatively, Windows version of tar -> netcat -> network -> netcat -> Linux version of tar.
Red Hat 5.0, 1998.
Had to get it on a CD as it would have taken 37.5 years to download according to Internet Explorer.
Kernel 2.0.36 represent 🤘
You might be the only user, but there are processes running on your machine that are not you. Most system processes try to run with the least permissions possible to mitigate security risks.
It feels like it’s this kind of problem, but it could also be something to do with file locking. Eg the transfer process wants to rename the file but it can’t because another process has it open.
It sounds like your sync process can create files, but not rename them afterwards.
That long filename you’ve got now is likely the temporary name you get while the file is being transferred, once it’s fully there it usually gets renamed to what you want it to be.
Go up one level and check the permissions for the directory the files are in. The permissions should be read-write, otherwise it’d not be able to create files in there at all, but check if the “sticky bit” is set. That stops processes from renaming files once they are made.
Unfortunately I’m travelling at the moment, but hopefully your file manager will have a way of showing if the “sticky bit” is set for that directory.
The bug is the lack of documentation and that a simple unguarded command can erase all user’s data on the system.
Also, the principle of least surprise would like a word.
If I look at the command line arguments of a program called “systemd-tmpfiles” and one of them is called “purge” I will generally assume that option will purge temporary files.
Now it turns out that someone decided that this program would be a simple way to do something with /home directories(*) so they included /home in the config file for the program, the file that the program reads by default when it is invoked.
Who decided it would be a good idea for it to deal with /home?
Wellllll…
https://github.com/systemd/systemd/blob/main/tmpfiles.d/home.conf
(*)I have no idea what this program is doing with /home in its config file. I will presume that there is a useful and mostly logical reason for it, and that this command line option was just an unfortunate footgun for those users who were not intimately familiar with systemd.