Valter Vasić oikuda

Intro

First off, the scenario I deployed is on a Linux machine sitting behind a home router (NAT box). The machine we're doing the setup will be called tux.

Clients ---- Internet ---- ISP ---- Router(NAT) ---- tux(Strongswan)

For this to work port 500 and 4500 on your Router(NAT) should be forwarded to tux.

If you don't have a static IP with yout provider, you should consider a dynamic DNS service that will update the DNS address every day, when the address changes.

NOTE: I preferred to build strongswan from source to get the newest algorithms and Ed25519 curve support instead of standard EC curves. Safecurves

	/* This file is based on the file from http://ha.ckers.org/xss.js
	It has been reproduced here due to the extended downtime of ha.ckers.org
	This file is being hosted as a courtesy to the security community.
	*/

	document.write ("This is remote text via xss.js located at xss.rocks " + document.cookie);
	alert ("This is remote text via xss.js located at xss.rocks " + document.cookie);

	#!/usr/bin/env python2
	import sys
	import telegram

	TOKEN='#bot_token'
	CHAT_ID='chat_id 0f communication with bot'

	def main():
	bot = telegram.Bot(token=TOKEN)
	for line in sys.stdin:

	#!/usr/bin/env python3
	"""simple battery script made for polybar, ignores unknown battery statuses and
	supports multiple batteries, e.g. Thinkpad T480"""

	import subprocess
	from os import listdir

	POWER_PATH = '/sys/class/power_supply/'
	# all icons and codes taken from the material icons:
	# - https://material.io/resources/icons/

	#!/usr/bin/env python
	import dpkt
	import pcapy
	import array

	# just two hosts communicating, one stream
	fname = "out_of_order.pcap"
	upstream = []
	downstream = []