Juan-Embid

Google-Dorks-Cheat-Sheet

A list of useful Google Dorks queries and explanations. Feel free to improve with your own payloads and techniques. Go ahead an make a pull request.

Documentation

Every section contains the following information:

• A query description and how to exploit it, including several payloads
• Pictures for the README.md
• Other content referenced in the description

Juan-Embid

How to list USB devices on linux command line

The following Gist describes the use of different commands to list all USB devices. Feel free to comment and contribute.

Table of Contents

1. DF Command
2. PARTED Command
3. FDISK Command
4. LSBLK Command
5. FINDMNT Command

Juan-Embid

# !/bin/bash

# A simple bash script to move up to desired directory level directly

function jump()
{
	# original value of Internal Field Separator
	OLDIFS=$IFS

	# setting field separator to "/"

Juan-Embid

import subprocess

default_input = ['xdg-mime', 'query', 'default', 'x-scheme-handler/http']
default_executable = ['grep', 'Exec', '-w', '-m1']
final_search = ['github.com/Juan-Embid'] #the page you decide to open

web_page_file = subprocess.run(default_input, stdout=subprocess.PIPE).stdout.decode('utf-8')
web_page_file = web_page_file.split("\n")
web_page_file_path = "/usr/share/applications/" + web_page_file[0]
default_executable.insert(2, web_page_file_path)

Juan-Embid

def get_distance(x1, y1, x2, y2):
    dist = math.sqrt(pow((x2 - x1), 2) + pow((y2 - y1), 2))

def circunference_points(P1, P2, Cx, Cy): #Polar points
    P1x = P1 - Cx
    dist = get_distance(P1, P2, Cx, Cy)
    deg = math.acos(P1x / dist)
    C1x = Cx + dist * math.cos((0.785398163397 / 2) + deg) #where 0.785398163397 is 45 degrees in radians
    C1y = Cy - dist * math.sin((0.785398163397 / 2) + deg) #you can put what ever angle you want in radians
    C2x = Cx + dist * math.cos(deg -(0.785398163397 / 2))