I imagine in any situation you have an ELF binary you need to analyse but have no source for it. Reverse-engineering and forensics come to mind.
This is anecdotal, but when I don't floss my teeth hurt.
You _can_ use the GNU Autotools on Windows, though you need a shell installed (and a vaguely sane POSIX environment). CMake does a good job targeting a bunch of environments, including Windows.
Sorry, I don't follow. How is the quote you highlighted related to not rolling your own crypto?
Telegram is known for having dodgy security: http://unhandledexpression.com/2013/12/17/telegram-stand-bac...
Not these days; rm refuses to recurse on root. This can be overridden with --no-preserve-root or by appending a *.
That's seriously cool. What's the stability/speed like?
True, but they're one of a few investigating new ways of launching rockets without having to go through the thick lower atmosphere and from stationary. Everything they're learning could be used to build a launch system…
I imagine in any situation you have an ELF binary you need to analyse but have no source for it. Reverse-engineering and forensics come to mind.
This is anecdotal, but when I don't floss my teeth hurt.
You _can_ use the GNU Autotools on Windows, though you need a shell installed (and a vaguely sane POSIX environment). CMake does a good job targeting a bunch of environments, including Windows.
Sorry, I don't follow. How is the quote you highlighted related to not rolling your own crypto?
Telegram is known for having dodgy security: http://unhandledexpression.com/2013/12/17/telegram-stand-bac...
Not these days; rm refuses to recurse on root. This can be overridden with --no-preserve-root or by appending a *.
That's seriously cool. What's the stability/speed like?
True, but they're one of a few investigating new ways of launching rockets without having to go through the thick lower atmosphere and from stationary. Everything they're learning could be used to build a launch system…