Yes, technically. As always, it depends on your threat model.
They suggest a separation of TOTP and the rest in two different files
@sh.itjust.works
Yes, technically. As always, it depends on your threat model.
They suggest a separation of TOTP and the rest in two different files
I use a synced kbdx file on Linux (keepass-xc) and Android (KeePassDX) daily with the same keepass file. It handles all my logins, TOTP, passwords, passkeys no problem. I synchronize it using syncthing. When the two machines are on the same WiFi (or on a meshed VPN like tailscale) and can talk to each other, they sync freely.
I know someone who has it set up the same way who also uses Windows in the mix.
I haven't checked the code, but it seems the writes the file is not actively being held open for reading and writing, with constant updates happening, updates appear to be transactional. I've only ended up with two sync errors in 3 years of daily syncing and I was able to merge the two files with the keepass-xc cli merge options.
The key distinction here is the program keepass-xc is not keepass the standard, just a program for reading the kbdx vault. A really good, externally audited, well coded, security first program for reading the vault!
If you're concerned about the sync, it might be worth checking out how the original program expects DB sync to be done.
If you're concerned about the manager working across os's, don't be. The primary use case, in the browser, is cross-platform by way be being a browser add-on. The brains of the operation are bundled in the keepass-xc app as a local server that only gets enabled when you switch on browser integration in the manager. The browser add-on sends web addresses to that server, and then the manager looks up the response, and sends back the correct credential. This interchange is encrypted during the pairing process.
On Android, KeePassDX hooks in to the built-in passwords, passkeys, and accounts 'preferred service' and offers password autofill in the keyboard suggestions bar, and comes with a credential-fill keyboard you can switch to on the fly if needed. It also saves passwords in normal apps, by storing the app id in the credential under a custom field 'AndroidApp' to help narrow down hinting. E.g. com.hjiansu.thunder for my Lemmy app, or com.android.settings for WiFi SSIDs and PSKs.
According to Cory Doctorow, Rupert Murdoch owned newspapers have made over 100 editorials attempting to smear Lina Khan at the FTC. A cursory google search seems to corroborate this assertion.
I'm inclined to agree that there's nothing 'election year' about these cases, and that real work is being done to claw back some measure of control from these monopolies.
The time it took you to write this would have been better spent reading the article:
Because Android isn’t technically “installed” on the Switch, but rather an external microSD card, you can switch between the default system and Lineage at any time.
Running Lineage is a big deal for those of us who have a switch laying around that no longer have a use for it.
Or, the basic use case - Play emulated games on a neat handheld package with a decent screen on a plane or something, without needing to carry or buy another device.
Yes. But also, despite having done it literally thousands of times, I still can't tell you which way round to put the target and the link name for a softlink on the first go.
My first guess is always
ln -s $NAME $TARGET
No amount of repetition will fix this.
Here is where I started, here my I be burried. Love the ethos, love the mods, love the stability! (Great job @TheDude@sh.itjust.works).
Also, SJWBot still makes me laugh every time I see it.
Chef Boyardee and Heinz Tinned Spaghetti.
If I’m doing a grocery shop alone, I can’t be trusted not to buy some. Sometimes I bring some home. Sometimes it doesn’t make it.
Oh yeah, I like it cold too. I know I’m a monster.
Hang on though, if it's web stats, how many of those impressions are ai bots scraping training data claiming to be Firefox users?
Don't those likely read as Linux from how they fingerprint on TCP connections?
Having kids makes you think differently. It makes you think about longer term plans, and immediate plans. It makes you yearn for stability. It makes you more succeptible to scare tactics. It makes you less likely to rock the boat.
It made me personally accept shittier situations personally (work) for the percieved benefit of ensuring stability for my baby. You can imagine how that extrapolates across an authoritarian society.
Even knowing it would probably be fine to advocate for myself, to push for what I deserved; knowing that it was purely biology pushing me to make the choice, I still picked percieved stability. I just couldn't bring myself risk being fired.
Counter-intuitevely, we think of parents as being primed to defend their children from any and all attacks and threats. That works monkey to monkey, but at scale, it breaks down. Being parents makes both men and women more vulnerable.
As for immediate effect: I'd be a lot easier to coerce if you had access to my family.
Edit: It also makes you busy as fuck. Ain't nobody got time for nothin' when they have a kid. Certainly not for uncertain outcomes, like resistance groups or political disident work
S3 is what people actually think of when they think of sleep mode, or modern standby. The running state of the operating system is stored in RAM, in low power mode. All context for the cpu, other hardware like disks and network is lost and those devices are completely shut down - bar the RAM. Basically, you close the lid at the end of the day, and you're nearly at the same charge level the next morning.
This saves a lot of power. On my older 8th gen intel cpu laptop, it loses maybe 1-2% charge per day in this mode.
My new 13th gen laptop still has deep sleep, or standby (s3) as a hardware function, but it's technically not supported. It actually doesn't work when enabled, and just falls back to s1 (sleep, everything's still on, just in low power mode). It loses about 2-3% per hour in this mode
S4 (Hibernate) does roughly the same as S3, but the OS state is stored to the disk instead of ram, so that can be shut off too. Now the device is completely powered off, losing no charge while 'asleep'.
S5 is off
S4 sleep takes much longer to wake up from than s3, so was less desirable. In the modern computing world (especially end user devices), commonly there's full disk encryption going on, which adds a layer of complexity to resuming from disk, as you would when waking up from hibernation (s4).
Making it resume without putting in a decryption password for example (using a TPM), isn't simple, and breaks a lot when you do system upgades
thanks for using Leebra!
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