Do you want to return to that account?

If not, Temp mail works fine.

Also, Bug me not has user-submitted usernames + passwords to services. This works nicely.

I’ve used Port87 in the past. The user who created it promoted the service on lemmy initially. It worked (I paid for a few months).

I suggest using two different spellings:

Mold is the fungus. To mould is to shape.

Nvm I’m an idiot. Lol

That seems to be the consensus online. But thanks for that tidbit! It feels even more bizarre now knowing that.

I wonder why a handful of people think the way I presented in the post. Perhaps American/British influences in certain places? Reading books by british authors and books by american authors at the same time? Feels unlikely.

https://code.kryo.se/iodine/

https://blog.torproject.org/introducing-webtunnel-evading-censorship-by-hiding-in-plain-sight/

That’s crazy helpful - thanks!

Perfect, thanks a million! I’ll be getting on them soon!

Could you link the page which shows your exact config at that price? I can’t find anything like that. KVM, AMD, Windows VPS - I looked at all three but none suggest the price you’ve written.

That price sounds like a steal, and I’d love to get it if possible. I currently pay $6/month per VPS with Digital Ocean

https://www.racknerd.com/ryzen-vps

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Yep! Series 4 hasn’t “released” on YouTube yet. I saw Paul William’s story on instagram that they’re releasing Series 5 on TV, but sadly I don’t have access to that. I’m fine being behind by 1-2 years though.

I’m a huge fan of the original British TM, but TM New Zealand is honestly amazing. The whole thing is available on YouTube (thanks Little Alex Horne + team!!!).

In my and many of my friends’ opinion, TM New Zealand Series 2 is one of the best TM series. TM New Zealand in general is absolutely unhinged.

Series 1 feels a bit off, which is probably because it’s unlike British TM. I got used to it fairly quick though.

TM NZ Series 1

TM NZ Series 2

TM NZ Series 3 (final episode releases on YouTube in 2-3 days)

Thank you for your answer :D! I’ll use the equivalent of your national weather service henceforth.

Just out of curiosity, why do you dislike AccuWeather?

Unshortened + removing all refs: https://www.amazon.com/dp/B0CVVXQT7W

Full URL is: https://www.amazon.com/dp/B0CVVXQT7W?ref=cm_sw_r_mwn_dp_94KRH59MX9Q94BS7VQYE&ref_=cm_sw_r_mwn_dp_94KRH59MX9Q94BS7VQYE&social_share=cm_sw_r_mwn_dp_94KRH59MX9Q94BS7VQYE&language=en_US

Are you talking about this: I have toyota corola?

That checks out - thanks!

I knew about the “Thour” meme, but still didn’t get why the directory turned compressed. My guess is that by licking the lemon, the directory folds in on itself, thus becoming compressed.

The debug version you compile doesn’t affect the code; it just stores more information about symbols. The whole shtick about the debugger replacing instructions with INT3 still happens.

You can validate that the code isn’t affected yourself by running objdump on two binaries, one compiled with debug symbols and one without. Otherwise if you’re lazy (like me 😄):

https://stackoverflow.com/a/8676610

And for completeness: https://gcc.gnu.org/onlinedocs/gcc-14.1.0/gcc/Debugging-Options.html

Excellent question!

Before replacing the instruction with INT 3, the debugger keeps a note of what instruction was at that point in the code. When the CPU encounters INT 3, it hands control to the debugger.

When the debugging operations are done, the debugger replaces the INT 3 with the original instruction and makes the instruction pointer go back one step, thereby ensuring that the original instruction is executed.

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https://en.wikipedia.org/wiki/INT_(x86_instruction) (scroll down to INT3)

https://stackoverflow.com/a/61946177

The TL;DR is that it’s used by debuggers to set a breakpoint in code.

For example, if you’re familiar with gdb, one of the simplest ways to make code stop executing at a particular point in the code is to add a breakpoint there.

Gdb replaces the instruction at the breakpoint with 0xCC, which happens to be the opcode for INT 3 — generate interrupt 3. When the CPU encounters the instruction, it generates interrupt 3, following which the kernel’s interrupt handler sends a signal (SIGTRAP) to the debugger. Thus, the debugger will know it’s meant to start a debugging loop there.