isInHell = true
isInHell = truehttps://fedia.io/media/b9/ae/b9ae619e723e9bf32d053366e4cf0a7441a802de4e9e29abafa2a9f7947669e7.webp
isInHell = true
isInHell = truehttps://fedia.io/media/b9/ae/b9ae619e723e9bf32d053366e4cf0a7441a802de4e9e29abafa2a9f7947669e7.webp
True in python.
It’s you can modify the settings file you sure as hell can put the malware anywhere you want
True. But a code settings file still carries it’s own special risk, as an executable file, in a predictable place, that gets run regularly.
An executable settings file is particularly nice for the attacker, as it’s a great place to ensure that any injected code gets executed without much effort.
In particular, if an attacker can force a reboot, they know the settings file will get read reasonably early during the start-up process.
So a settings file that’s written in code can be useful for an attacker who can write to the disk (like through a poorly secured upload prompt), but doesn’t have full shell access yet.
They will typically upload a reverse shell, and use a line added to settings to ensure the reverse shell gets executed and starts listening for connections.
Given the warning about capitalization, the best possible case is that they’re using ast.literal_eval() rather than throwing untrusted input into eval().
Err, I guess they might be comparing strings to ‘True’ and are choosing to be really strict about capitalization for some reason.