Keybase proof
I hereby claim:
- I am teddziuba on github.
- I am teddziuba (https://keybase.io/teddziuba) on keybase.
- I have a public key whose fingerprint is 1708 720F E073 DE8D 8870 A7D2 F78B 92A9 0449 5452
To claim this, I am signing this object:
#!/usr/bin/env python3 | |
""" | |
Mac OSX Catalina User Password Hash Extractor | |
Extracts a user's password hash as a hashcat-compatible string. | |
Mac OSX Catalina (10.15) uses a salted SHA-512 PBKDF2 for storing user passwords | |
(hashcat type 7100), and it's saved in an annoying binary-plist-nested-inside-xml-plist | |
format, so previously reported methods for extracting the hash don't work. |
I hereby claim:
To claim this, I am signing this object:
user=> (defprotocol P | |
#_=> (foo [x]) | |
#_=> (bar [x])) | |
P | |
user=> (defrecord X [a b] | |
#_=> P | |
#_=> (foo [this] a)) | |
user.X | |
user=> (def x (->X 1 2)) | |
#'user/x |
;; We define a product record as a series of explicitly-defined function return values. | |
;; - This only convey data, not execution | |
;; - It can reference itself in a sensible way | |
;; - Consumers aren't concerned about message formatting, simply whether or not | |
;; a given function is defined. | |
(defpoints SKU12345 |
-----BEGIN PGP PUBLIC KEY BLOCK----- | |
Version: GnuPG/MacGPG2 v2.0.20 (Darwin) | |
Comment: GPGTools - http://gpgtools.org | |
mQINBFG9H0oBEADNgw2sGyfLOQ/JkajAo28x5k0dGHiFR9QKSHR1IDdqafoh+7R+ | |
hVc44CZjrBVDCSI3L1pnxysFCcdwfKm1TzCnK7ra/Un0GtUFLThaTJZZyEepct3+ | |
ZmzKKfwt32Oz0ZJv/uT/c2hiFVcll4w15fZNMSSlS5cuplkfLl/gpWxGuoEIZgEJ | |
rL1oO9dS1aV65AipV+pmkKHXhiA9AYg+6G0uZlFnJlm0ahDrP+XR0BoHj+v2sux0 | |
AAmC8o6bgEgpLU4bKm+75i5+yWI2lhX1E+vbEA2jwmq8YYQCXoQn2o+ZTAkoi1FD | |
T7kamq/i+cBEZ8wzs/419RCcppFjpS08ENLlUh9+Zfw1mr+YnIJIDq1GAv8bPR+w |
My mental model of a Docker image is "the environment in which a given application runs", from the application's perspective, it has the entire machine to itself.
My mental model of a service is a single entry point ("address") that dispatches incoming service requests to one of N different processes. Each process is running inside a Docker container.
A process is an program, running inside a Docker container. A process has 0 to N service dependencies, and connects to these services by way of their addresses.
asdf |
asdf |