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import re
from pathlib import Path
import os
import sys
import requests

import logging


logging.basicConfig()

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Kernel development

Device tree

• DT Specification
• Device tree for dummies slide
• Device tree tools slide
• Device tree usage
• Device tree reference
• Device Tree as a stable ABI: a fairy tale?

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r2 -V
2.2.0-252-g89c309a90  r2
2.2.0-252-g89c309a90  r_anal
2.2.0-252-g89c309a90  r_lib
2.2.0-252-g89c309a90  r_egg
2.2.0-252-g89c309a90  r_asm
2.2.0-252-g89c309a90  r_bin
2.2.0-252-g89c309a90  r_cons
2.2.0-252-g89c309a90  r_flag
2.2.0-252-g89c309a90  r_core

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The 3d printer is a Prusa i3, a RepRap type printer with a Marlin firmware.

Using the ICSP programmer I obtain an error at 49%

$ avrdude -c buspirate -p m2560 -P /dev/ttyUSB0  -F

Attempting to initiate BusPirate binary mode...
avrdude: Paged flash write enabled.
avrdude: AVR device initialized and ready to accept instructions

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/*
 * POC for XSS vulnerability
 *
 * Simply parse the change form for the admin user and change the email.
 * The attacker needs, after this has run successful, to reset the password using
 * the email indicated in the script.
 */
url              = '/auth/user/1/change/'
url_reset_passwd = '/password_change/'
evil_email       = 'dummy@example.com'

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Links

• http://django-oauth-toolkit.herokuapp.com/
• https://www.digitalocean.com/community/tutorials/an-introduction-to-oauth-2
• http://cakebaker.42dh.com/2011/01/10/2-legged-vs-3-legged-oauth/
• https://github.com/evonove/django-oauth-toolkit-example
• https://tools.ietf.org/html/rfc6749
• OAuth2 simplified
• OAuth by Sakurity specification of OAuth fixing vulnerabilities.

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ChipWhisperer

Wiki | Forum | GIT

Installing ChipWhisperer software

These are the dependencies on a Debian system

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\parindent=0pt
L'esercizio parla di due sezioni di $50L$ ciascuna separate tra loro
da una parete isolante. Nel seguito servir\`a conoscere il numero di moli
di gas contenute nelle differenti sezioni: le condizioni iniziali pari
ad $1$atm a $0$C fanno si che ci sia una mole ogni $22.4$ litri; da
ci\`o \`e facile calcolare il numero di moli come
$$
n = {50\hbox{L}\over22.4\hbox{L/mol}}=2.23\hbox{mol}
$$
siccome la parete non \`e permeabile, il numero di moli per sezione rimane

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• mechjeb
• Kerbal OS

Orbit

• Maneuvering In Space
• Orbital mechanics