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weektool.py
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weektool.py
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#!/usr/bin/python3
#==============================================================================#
# #
# [prog] : WEEK TOOL #
# [ver] : 3.1.0 #
# [desc] : An open source infomation grathering & reconnaissance framework! #
# [dev] : @! pattck//Wakott, ! pattck//comsomolckiy,fx.fx #
# [license]: GNU GPLv3 #
# [github] : https://github.com/13xsa5/WEEK-TOOL
# [pypi] :
# #
#==============================================================================#
#==============================================================================#
# #
# [!] Legal/Ethical disclaimer: #
# #
# > WEEK TOOL is a tool designed to grather information about a target #
# which is publicly available. #
# > Usage of `WEEK TOOL` for attacking targets without prior mutual #
# consent is illegal. #
# > It is the end user's responsibility to obey all applicable #
# local, state and federal laws. #
# > Developers assume no liability and are not responsible for any misuse #
# or damage caused by this program. #
# #
#==============================================================================#
# ------------------------ Importing modules ------------------------ #
import requests # pip install requests
import os # Default
import sys # Default
import random # Default
import time # Default
import readline # pip install pyreadline3
import re # Default
import uuid # Default
import socket # Default
import platform # Default
import psutil # pip install psutil
import bs4 # pip install beautifulsoup4
import phonenumbers # pip install phonenumbers
from mac_vendor_lookup import MacLookup # pip install mac-vendor-lookup
import whois # pip install python-whois
import dns.resolver # pip install dnspython
# ------------------------- Global variables ------------------------ #
avaliable_commands = ['change', 'check', 'clear', 'dork', 'dns', 'exit', 'exp', 'help', 'info', 'ip', 'mac', 'number', 'quit', 'save', 'shell', 'whois']
prv_op = ''
full_cmd = ''
silent_mode = False
# ------------------------ Scanner functions ------------------------ #
# Check internet connection
def check_connection():
# Checking internet connection
urls = ['https://google.com', 'https://bing.com']
try:
requests.get(random.choice(urls), timeout=10)
return True
except:
return False
# Reverse phone number lookup
def number_lookup(phone_number):
# Importing modules
from phonenumbers import timezone
from phonenumbers import carrier
from phonenumbers import geocoder
# Global variables
global prv_op
prv_op = '' # Resetting previous output
# Information gathering about the number
printit(f' [+] Grathering information about \33[1;49;96m{phone_number}\33[1;49;93m...', coledt=[1, 49, 93], space_down=True)
prv_op += f'\n \33[1;49;93m[#] Reverse phone number lookup for \33[1;49;96m{phone_number}\33[1;49;93m:\033[0m'+'\n\n'
# Check if the number is valid or not (regex)
if not re.match(r'^\+[1-9]\d{1,14}$', phone_number):
printit(' > Invalid phone number format! (Example: +44xxxxxxxxxx)', coledt=[1, 49, 91])
return False
# Country code check
try:
# Phone number format: (+Countrycode)xxxxxxxxxx
phone_number_details = phonenumbers.parse(phone_number)
except phonenumbers.phonenumberutil.NumberParseException:
printit(' > Missing Country Code! (Example: +91, +44, +1)', coledt=[1, 49, 91])
return False
# extract country_code & only_number from "Country Code: xx National Number: xxxxxxxxxx"
country_code = str(phone_number_details).split('Country Code:', 1)[1].split('National Number:', 1)[0].strip()
only_number = str(phone_number_details).split('Country Code:', 1)[1].split('National Number:', 1)[1].strip()
# Validating a phone number
valid = phonenumbers.is_valid_number(phone_number_details)
# Checking possibility of a number
possible = phonenumbers.is_possible_number(phone_number_details)
if valid and possible:
# Creating a phone number variable for country
counrty_number = phonenumbers.parse(phone_number,'CH')
# Gives mobile number's location (Region)
region_code = phonenumbers.region_code_for_number(phone_number_details)
# Gives mobile number's location (Country)
country = geocoder.description_for_number(counrty_number, 'en')
# Creating a phone number variable for service provider
service_number = phonenumbers.parse(phone_number,'RO')
# Gives mobile number's service provider (Airtel, Idea, Jio)
service_provider = carrier.name_for_number(service_number, 'en')
# Gives mobile number's timezone
timezone_details_unfiltered = str(timezone.time_zones_for_number(phone_number_details))
timezone_details = timezone_details_unfiltered.replace('[', '').replace(']', '').replace("'", '').replace('(', '').replace(')', '').replace(',', '').replace(' ', '')
# RFC3966 Format
r_format = phonenumbers.format_number(phone_number_details, phonenumbers.PhoneNumberFormat.RFC3966).replace('tel:', '')
# Reconfiguring variables
possible = str(possible)+' '*int(30-len(str(possible)))
valid = str(valid)+' '*int(30-len(str(valid)))
country_code = str(country_code)+' '*int(30-len(str(country_code)))
country = str(country)+' '*int(30-len(str(country)))
region_code = str(region_code)+' '*int(30-len(str(region_code)))
service_provider = str(service_provider)+' '*int(30-len(str(service_provider)))
timezone_details = str(timezone_details)+' '*int(30-len(str(timezone_details)))
phone_number = str(phone_number)+' '*int(30-len(str(phone_number)))
only_number = str(only_number)+' '*int(30-len(str(only_number)))
r_format = str(r_format)+' '*int(30-len(str(r_format)))
# Printing information
final_output = f'''
┌──────────────────────────────────────────────────────┐
| Scanned Phone Number: \33[1;49;96m{phone_number}\033[0m |
|------------------------------------------------------|
| INFORMATION | DESCRIPTION |
|------------------------------------------------------|
| \33[1;49;97mPossible\033[0m | {possible} |
| \33[1;49;97mValid\033[0m | {valid} |
|------------------------------------------------------|
| \33[1;49;97mCountry Code\033[0m | {country_code} |
| \33[1;49;97mCountry\033[0m | {country} |
| \33[1;49;97mRegion Code\033[0m | {region_code} |
| \33[1;49;97mService Provider\033[0m | {service_provider} |
| \33[1;49;97mTimezone\033[0m | {timezone_details} |
|------------------------------------------------------|
| \33[1;49;97mInternational Format\033[0m| {phone_number} |
| \33[1;49;97mNational Format\033[0m | {only_number} |
| \33[1;49;97mRFC3966 Format\033[0m | {r_format} |
└──────────────────────────────────────────────────────┘
'''
print(final_output)
prv_op += final_output+'\n'
# Online free lookup services
online_free_lookup = f'''
\33[1;49;93m[+] Searching for \33[1;49;96m{phone_number.strip()}\33[1;49;93m on various platforms:
\33[1;49;92m> https://www.ipqualityscore.com/reverse-phone-number-lookup/lookup/{region_code.strip()}/{only_number.strip()}
> https://www.truecaller.com/search/{region_code.strip().lower()}/{only_number.strip()}
\033[0m'''
print(online_free_lookup)
prv_op += online_free_lookup+'\n'
# Google Dork Query to find more information about the number
google_dork_queries = f'''
\33[1;49;93m[+] Google Dork Queries:
\33[1;49;92m> https://www.google.com/search?q={only_number.strip()}
\033[0m'''
print(google_dork_queries)
prv_op += google_dork_queries+'\n'
# Scanning social media platforms
printit(f' [+] Scanning social media platforms:', coledt=[1, 49, 93], space_down=True)
return True
else:
# Reconfiguring variables
possible = str(possible)+' '*int(30-len(str(possible)))
valid = str(valid)+' '*int(30-len(str(valid)))
phone_number = str(phone_number)+' '*int(30-len(str(phone_number)))
final_output = f'''
┌──────────────────────────────────────────────────────┐
| Scanned Phone Number: \33[1;49;96m{phone_number}\033[0m |
|------------------------------------------------------|
| INFORMATION | DESCRIPTION |
|------------------------------------------------------|
| \33[1;49;97mPossible\033[0m | {possible} |
| \33[1;49;97mValid\033[0m | {valid} |
└──────────────────────────────────────────────────────┘
'''
print(final_output)
prv_op += final_output+'\n'
return False
# Reverse ip address lookup
def ip_lookup(ip_address):
# Global variables
global prv_op
prv_op = '' # Resetting previous output
# Checking internet connection
printit(f' [+] Verifying internet connection...', coledt=[1, 49, 93], space_down=True)
if not check_connection():
printit(' > Internet connection not available!', coledt=[1, 49, 91], space_down=True)
return False
# Information gathering about the ip address
printit(f' [+] Grathering information about \33[1;49;96m{ip_address}\33[1;49;93m...', coledt=[1, 49, 93], space_down=True)
prv_op += f' \33[1;49;93m[#] Reverse ip address lookup for \33[1;49;96m{ip_address}\33[1;49;93m:\033[0m'+'\n\n'
# Check if the ip address is valid or not (regex) [add IPv6 support]
if not re.match(r'^\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3}$', ip_address) :
printit(' > Invalid ip address format! (Example: 8.8.8.8)', coledt=[1, 49, 91])
return False
# IP address lookup APIs
ip_addresses = [f'http://ip-api.com/json/{ip_address}', f'https://ipapi.co/{ip_address}/json/', f'http://ipwho.is/{ip_address}']
ip_address = str(ip_address)+' '*int(30-len(str(ip_address)))
# Headers
headers = {
'User-Agent': 'Mozilla/5.0 (X11; Linux x86_64; rv:89.0) Gecko/20100101 Firefox/89.0'
}
# Randomizing ip address lookup APIs
random_api = random.choice([0, 1, 2])
# ip_addresses[0]
if random_api == 0:
try:
# Getting response
response = requests.get(ip_addresses[0], timeout=10, headers=headers)
response_json = response.json()
# Extracting data
if response.status_code == 200 and response_json['status'] == 'success':
country = response_json['country']
countryCode = response_json['countryCode']
region = response_json['regionName']
regionCode = response_json['region']
city = response_json['city']
isp = response_json['isp']
org = response_json['org']
timezone = response_json['timezone']
postal = response_json['zip']
latitude = response_json['lat']
longitude = response_json['lon']
ip = response_json['query']
else:
raise Exception('reverse-ip-lookup-server-1-error')
# Reconfiguring variables
country = str(country)+' '*int(30-len(str(country)))
countryCode = str(countryCode)+' '*int(30-len(str(countryCode)))
region = str(region)+' '*int(30-len(str(region)))
regionCode = str(regionCode)+' '*int(30-len(str(regionCode)))
city = str(city)+' '*int(30-len(str(city)))
isp = str(isp)+' '*int(30-len(str(isp)))
org = str(org)+' '*int(30-len(str(org)))
timezone = str(timezone)+' '*int(30-len(str(timezone)))
postal = str(postal)+' '*int(30-len(str(postal)))
latitude = str(latitude)+' '*int(30-len(str(latitude)))
longitude = str(longitude)+' '*int(30-len(str(longitude)))
ip = str(ip)+' '*int(30-len(str(ip)))
# Printing information
final_output = f'''
┌──────────────────────────────────────────────────────┐
| Scanned IP Address: \33[1;49;96m{ip_address}\033[0m |
|------------------------------------------------------|
| INFORMATION | DESCRIPTION |
|------------------------------------------------------|
| \33[1;49;97mCountry\033[0m | {country} |
| \33[1;49;97mCountry Code\033[0m | {countryCode} |
| \33[1;49;97mRegion\033[0m | {region} |
| \33[1;49;97mRegion Code\033[0m | {regionCode} |
| \33[1;49;97mCity\033[0m | {city} |
|------------------------------------------------------|
| \33[1;49;97mPostal Code\033[0m | {postal} |
| \33[1;49;97mTimezone\033[0m | {timezone} |
| \33[1;49;97mLatitude\033[0m | {latitude} |
| \33[1;49;97mLongitude\033[0m | {longitude} |
|------------------------------------------------------|
| \33[1;49;97mISP\033[0m | {isp} |
| \33[1;49;97mOrg\033[0m | {org} |
└──────────────────────────────────────────────────────┘
'''
print(final_output)
prv_op += final_output+'\n'
except Exception as e:
print(e)
final_output = f'''
┌──────────────────────────────────────────────────────┐
| Scanned IP Address: \33[1;49;96m{ip_address}\033[0m |
|------------------------------------------------------|
| \33[1;49;91mFailed to Fetch information from this server!\033[0m |
└──────────────────────────────────────────────────────┘
'''
print(final_output)
prv_op += final_output+'\n'
# ip_addresses[1]
elif random_api == 1:
try:
# Getting response_json
response = requests.get(ip_addresses[1], timeout=10, headers=headers)
response_json = response.json()
# Extracting data
if response.status_code == 200:
ip = response_json['ip']
network = response_json['network']
version = response_json['version']
city = response_json['city']
region = response_json['region']
region_code = response_json['region_code']
country = response_json['country_name']
country_name = response_json['country_name']
country_code = response_json['country_code']
country_code_iso3 = response_json['country_code_iso3']
country_capital = response_json['country_capital']
country_tld = response_json['country_tld']
continent_code = response_json['continent_code']
in_eu = response_json['in_eu']
postal = response_json['postal']
latitude = response_json['latitude']
longitude = response_json['longitude']
timezone = response_json['timezone']
utc_offset = response_json['utc_offset']
country_calling_code = response_json['country_calling_code']
currency = response_json['currency']
currency_name = response_json['currency_name']
languages = response_json['languages']
country_area = response_json['country_area']
country_population = response_json['country_population']
asn = response_json['asn']
org = response_json['org']
else:
raise Exception('reverse-ip-lookup-server-2-error')
# Reconfiguring variables
ip = str(ip)+' '*int(30-len(str(ip)))
network = str(network)+' '*int(30-len(str(network)))
version = str(version)+' '*int(30-len(str(version)))
city = str(city)+' '*int(30-len(str(city)))
region = str(region)+' '*int(30-len(str(region)))
region_code = str(region_code)+' '*int(30-len(str(region_code)))
country = str(country)+' '*int(30-len(str(country)))
country_name = str(country_name)+' '*int(30-len(str(country_name)))
country_code = str(country_code)+' '*int(30-len(str(country_code)))
country_code_iso3 = str(country_code_iso3)+' '*int(30-len(str(country_code_iso3)))
country_capital = str(country_capital)+' '*int(30-len(str(country_capital)))
country_tld = str(country_tld)+' '*int(30-len(str(country_tld)))
continent_code = str(continent_code)+' '*int(30-len(str(continent_code)))
in_eu = str(in_eu)+' '*int(30-len(str(in_eu)))
postal = str(postal)+' '*int(30-len(str(postal)))
latitude = str(latitude)+' '*int(30-len(str(latitude)))
longitude = str(longitude)+' '*int(30-len(str(longitude)))
timezone = str(timezone)+' '*int(30-len(str(timezone)))
utc_offset = str(utc_offset)+' '*int(30-len(str(utc_offset)))
country_calling_code = str(country_calling_code)+' '*int(30-len(str(country_calling_code)))
currency = str(currency)+' '*int(30-len(str(currency)))
currency_name = str(currency_name)+' '*int(30-len(str(currency_name)))
languages = str(languages)+' '*int(30-len(str(languages)))
country_area = str(country_area)+' '*int(30-len(str(country_area)))
country_population = str(country_population)+' '*int(30-len(str(country_population)))
asn = str(asn)+' '*int(30-len(str(asn)))
org = str(org)+' '*int(30-len(str(org)))
# Printing information
final_output = f'''
┌──────────────────────────────────────────────────────┐
| Scanned IP Address: \33[1;49;96m{ip_address}\033[0m |
|------------------------------------------------------|
| INFORMATION | DESCRIPTION |
|------------------------------------------------------|
| \33[1;49;97mIP Type\033[0m | {version} |
| \33[1;49;97mNetwork\033[0m | {network} |
|------------------------------------------------------|
| \33[1;49;97mCountry\033[0m | {country} |
| \33[1;49;97mCountry Name\033[0m | {country_name} |
| \33[1;49;97mCountry Code\033[0m | {country_code} |
| \33[1;49;97mCountry Code ISO3\033[0m | {country_code_iso3} |
| \33[1;49;97mCountry Capital\033[0m | {country_capital} |
| \33[1;49;97mRegion\033[0m | {region} |
| \33[1;49;97mRegion Code\033[0m | {region_code} |
| \33[1;49;97mCity\033[0m | {city} |
|------------------------------------------------------|
| \33[1;49;97mCountry TLD\033[0m | {country_tld} |
| \33[1;49;97mCalling Prefix\033[0m | {country_calling_code} |
| \33[1;49;97mContinent Code\033[0m | {continent_code} |
| \33[1;49;97mIn EU\033[0m | {in_eu} |
| \33[1;49;97mApprox. Area\033[0m | {country_area} |
| \33[1;49;97mApprox. Population\033[0m | {country_population} |
| \33[1;49;97mLanguages Spoken\033[0m | {languages} |
| \33[1;49;97mCurrency\033[0m | {currency} |
| \33[1;49;97mCurrency Name\033[0m | {currency_name} |
|------------------------------------------------------|
| \33[1;49;97mPostal Code\033[0m | {postal} |
| \33[1;49;97mLatitude\033[0m | {latitude} |
| \33[1;49;97mLongitude\033[0m | {longitude} |
| \33[1;49;97mTimezone\033[0m | {timezone} |
| \33[1;49;97mUTC Offset\033[0m | {utc_offset} |
|------------------------------------------------------|
| \33[1;49;97mASN\033[0m | {asn} |
| \33[1;49;97mISP\033[0m | {org} |
└──────────────────────────────────────────────────────┘
'''
print(final_output)
prv_op += final_output+'\n'
except:
final_output = f'''
┌──────────────────────────────────────────────────────┐
| Scanned IP Address: \33[1;49;96m{ip_address}\033[0m |
|------------------------------------------------------|
| \33[1;49;91mFailed to Fetch information from this server!\033[0m |
└──────────────────────────────────────────────────────┘
'''
print(final_output)
prv_op += final_output+'\n'
# ip_addresses[2]
elif random_api == 2:
try:
# Getting response_json
response = requests.get(ip_addresses[2], timeout=10, headers=headers)
response_json = response.json()
# Extracting data
if response.status_code == 200 and response_json['success'] == True:
ip = response_json['ip']
ip_type = response_json['type']
continent = response_json['continent']
continent_code = response_json['continent_code']
country = response_json['country']
country_code = response_json['country_code']
region = response_json['region']
region_code = response_json['region_code']
city = response_json['city']
latitude = response_json['latitude']
longitude = response_json['longitude']
is_eu = response_json['is_eu']
postal = response_json['postal']
calling_code = response_json['calling_code']
capital = response_json['capital']
borders = response_json['borders']
flag_img = response_json['flag']['img']
flag_emoji = response_json['flag']['emoji']
flag_emoji_unicode = response_json['flag']['emoji_unicode']
asn = response_json['connection']['asn']
org = response_json['connection']['org']
isp = response_json['connection']['isp']
domain = response_json['connection']['domain']
timezone_id = response_json['timezone']['id']
timezone_abbr = response_json['timezone']['abbr']
timezone_is_dst = response_json['timezone']['is_dst']
timezone_offset = response_json['timezone']['offset']
timezone_utc = response_json['timezone']['utc']
timezone_current_time = response_json['timezone']['current_time']
else:
raise Exception('reverse-ip-lookup-server-3-error')
# Reconfiguring variables
ip = str(ip)+' '*int(30-len(str(ip)))
ip_type = str(ip_type)+' '*int(30-len(str(ip_type)))
continent = str(continent)+' '*int(30-len(str(continent)))
continent_code = str(continent_code)+' '*int(30-len(str(continent_code)))
country = str(country)+' '*int(30-len(str(country)))
country_code = str(country_code)+' '*int(30-len(str(country_code)))
region = str(region)+' '*int(30-len(str(region)))
region_code = str(region_code)+' '*int(30-len(str(region_code)))
city = str(city)+' '*int(30-len(str(city)))
latitude = str(latitude)+' '*int(30-len(str(latitude)))
longitude = str(longitude)+' '*int(30-len(str(longitude)))
is_eu = str(is_eu)+' '*int(30-len(str(is_eu)))
postal = str(postal)+' '*int(30-len(str(postal)))
calling_code = str(calling_code)+' '*int(30-len(str(calling_code)))
capital = str(capital)+' '*int(30-len(str(capital)))
borders = str(borders)+' '*int(30-len(str(borders)))
flag_img = str(flag_img)+' '*int(30-len(str(flag_img)))
flag_emoji = str(flag_emoji)+' '*int(30-len(str(flag_emoji)))
flag_emoji_unicode = str(flag_emoji_unicode)+' '*int(30-len(str(flag_emoji_unicode)))
asn = str(asn)+' '*int(30-len(str(asn)))
org = str(org)+' '*int(30-len(str(org)))
isp = str(isp)+' '*int(30-len(str(isp)))
domain = str(domain)+' '*int(30-len(str(domain)))
timezone_id = str(timezone_id)+' '*int(30-len(str(timezone_id)))
timezone_abbr = str(timezone_abbr)+' '*int(30-len(str(timezone_abbr)))
timezone_is_dst = str(timezone_is_dst)+' '*int(30-len(str(timezone_is_dst)))
timezone_offset = str(timezone_offset)+' '*int(30-len(str(timezone_offset)))
timezone_utc = str(timezone_utc)+' '*int(30-len(str(timezone_utc)))
timezone_current_time = str(timezone_current_time)+' '*int(30-len(str(timezone_current_time)))
# Printing information
final_output = f'''
┌──────────────────────────────────────────────────────┐
| Scanned IP Address: \33[1;49;96m{ip_address}\033[0m |
|------------------------------------------------------|
| INFORMATION | DESCRIPTION |
|------------------------------------------------------|
| \33[1;49;97mIP Type\033[0m | {ip_type} |
|------------------------------------------------------|
| \33[1;49;97mCountry\033[0m | {country} |
| \33[1;49;97mCountry Code\033[0m | {country_code} |
| \33[1;49;97mRegion\033[0m | {region} |
| \33[1;49;97mRegion Code\033[0m | {region_code} |
| \33[1;49;97mCity\033[0m | {city} |
|------------------------------------------------------|
| \33[1;49;97mCountry Capital\033[0m | {capital} |
| \33[1;49;97mContinent\033[0m | {continent} |
| \33[1;49;97mContinent Code\033[0m | {continent_code} |
| \33[1;49;97mIn EU\033[0m | {is_eu} |
| \33[1;49;97mSharing Border with\033[0m | {borders} |
| \33[1;49;97mFlag Emoji\033[0m | {flag_emoji_unicode} |
|------------------------------------------------------|
| \33[1;49;97mPostal Code\033[0m | {postal} |
| \33[1;49;97mCalling Prefix\033[0m | {calling_code} |
| \33[1;49;97mLatitude\033[0m | {latitude} |
| \33[1;49;97mLongitude\033[0m | {longitude} |
|------------------------------------------------------|
| \33[1;49;97mTimezone\033[0m | {timezone_id} |
| \33[1;49;97mTimezone Abbr\033[0m | {timezone_abbr} |
| \33[1;49;97mTimezone is DST\033[0m | {timezone_is_dst} |
| \33[1;49;97mTimezone Offset\033[0m | {timezone_offset} |
| \33[1;49;97mTimezone UTC\033[0m | {timezone_utc} |
| \33[1;49;97mCurrent Time\033[0m | {timezone_current_time} |
|------------------------------------------------------|
| \33[1;49;97mASN\033[0m | {asn} |
| \33[1;49;97mISP\033[0m | {isp} |
| \33[1;49;97mDomain\033[0m | {domain} |
└──────────────────────────────────────────────────────┘
'''
print(final_output)
prv_op += final_output+'\n'
except:
final_output = f'''
┌──────────────────────────────────────────────────────┐
| Scanned IP Address: \33[1;49;96m{ip_address}\033[0m |
|------------------------------------------------------|
| \33[1;49;91mFailed to Fetch information from this server!\033[0m |
└──────────────────────────────────────────────────────┘
'''
print(final_output)
prv_op += final_output+'\n'
return True
# Reverse mac address lookup
def mac_lookup(mac_address):
# https://api.macvendors.com/<mac_address>
# Global variables
global prv_op
prv_op = '' # Resetting previous output
# Information gathering about the mac address
printit(f' [+] Grathering information about \33[1;49;96m{mac_address}\33[1;49;93m...', coledt=[1, 49, 93], space_down=True)
prv_op += f' \33[1;49;93m[#] Reverse mac address lookup for \33[1;49;96m{mac_address}\33[1;49;93m:\033[0m'+'\n\n'
# Check if the mac address is valid or not (regex)
if not re.match(r'^([0-9A-Fa-f]{2}[:-]){5}([0-9A-Fa-f]{2})$', mac_address) :
printit(' > Invalid mac address format! (Example: 00:00:00:00:00:00)', coledt=[1, 49, 91])
return False
# Getting mac address vendor
try:
vendor = MacLookup().lookup(mac_address)
bol_val = True
except KeyError:
vendor = '\33[1;49;91mNot Found\033[0m'
bol_val = False
# Reconfiguring variables
mac_address = str(mac_address)+' '*int(31-len(str(mac_address)))
vendor = str(vendor)+' '*int((36+14)-len(str(vendor)))
# Printing information
final_output = f'''
┌──────────────────────────────────────────────────────┐
| Scanned MAC Address: \33[1;49;96m{mac_address}\033[0m |
|------------------------------------------------------|
| INFORMATION | DESCRIPTION |
|------------------------------------------------------|
| \33[1;49;97mVendor\033[0m | {vendor} |
└──────────────────────────────────────────────────────┘
'''
print(final_output)
prv_op += final_output+'\n'
return bol_val
# Reverse whois lookup
def whois_lookup(domain):
# Global variables
global prv_op
prv_op = '' # Resetting previous output
# Checking internet connection
printit(f' [+] Verifying internet connection...', coledt=[1, 49, 93], space_down=True)
if not check_connection():
printit(' > Internet connection not available!', coledt=[1, 49, 91], space_down=True)
return False
# Information gathering about the domain
printit(f' [+] Grathering information about \33[1;49;96m{domain}\33[1;49;93m...', coledt=[1, 49, 93], space_down=True)
prv_op += f' \33[1;49;93m[#] Reverse whois lookup for \33[1;49;96m{domain}\33[1;49;93m:\033[0m'+'\n\n'
# Domain validation (regex)
if not re.match(r'^([a-zA-Z0-9]+(-[a-zA-Z0-9]+)*\.)+[a-zA-Z]{2,}$', domain) :
printit(' > Invalid domain format! (Example: example.com)', coledt=[1, 49, 91])
return False
# Getting whois information
try:
whois_info = whois.whois(domain)
bol_val = True
except:
bol_val = False
# Reconfiguring variables
domain = str(domain)+' '*int(36-len(str(domain)))
# Printing information
final_output = f'''
┌──────────────────────────────────────────────────────┐
| Scanned Domain: \33[1;49;96m{domain}\033[0m |
|------------------------------------------------------|
| INFORMATION | DESCRIPTION |
|------------------------------------------------------|'''
# If whois information is available
if bol_val:
# Loop through whois information & add it to the final output
for key, value in whois_info.items():
# Filtering out some keys
if key == 'status': continue
if key == 'expiration_date': key = 'expiry_date'
if key == 'registrant_postal_code': key = 'postal_code'
# Reconfiguring variables
key = key.replace('_', ' ').capitalize()
# Adding formatted information to the final output
if type(value) == list:
key = str(key)+' '*int(13-len(str(key)))
value_1 = str(value[0])+' '*int(36-len(str(value[0])))
final_output += f'''\n | \33[1;49;97m{key}\033[0m | {value_1} |'''
if len(value) > 1:
for i in range(1, len(value)):
value_2 = str(value[i])+' '*int(36-len(str(value[i])))
final_output += f'''\n | | {value_2} |'''
else:
key = str(key)+' '*int(13-len(str(key)))
value = str(value)+' '*int(36-len(str(value)))
final_output += f'''\n | \33[1;49;97m{key}\033[0m | {value} |'''
else:
final_output += f'''\n | \33[1;49;97mInformation\033[0m | \33[1;49;91mNot Found\033[0m{' '*int(36-len('Not Found'))} |'''
# Add the last part of the final output
final_output += f'''\n └──────────────────────────────────────────────────────┘'''
print(final_output)
prv_op += final_output+'\n'
return bol_val
# Reverse domain lookup
def dns_lookup(ip_or_domain):
# Global variables
global prv_op
prv_op = '' # Resetting previous output
# Checking internet connection
printit(f' [+] Verifying internet connection...', coledt=[1, 49, 93], space_down=True)
if not check_connection():
printit(' > Internet connection not available!', coledt=[1, 49, 91], space_down=True)
return False
# Information gathering about the domain
printit(f' [+] Grathering information about \33[1;49;96m{ip_or_domain}\33[1;49;93m...', coledt=[1, 49, 93], space_down=True)
# Validating ip address or domain name (regex)
if re.match(r'^([a-zA-Z0-9]+(-[a-zA-Z0-9]+)*\.)+[a-zA-Z]{2,}$', ip_or_domain):
prv_op += f' \33[1;49;93m[#] DNS lookup for \33[1;49;96m{ip_or_domain}\33[1;49;93m:\033[0m'+'\n\n'
domain = ip_or_domain + ' '*int(36-len(ip_or_domain))
final_output_scanned = f' | Scanned Domain: \33[1;49;96m{domain}\033[0m |'
try:
ip = socket.gethostbyname(ip_or_domain)
ip = str(ip)+' '*int(36-len(str(ip)))
except:
ip = '\33[1;49;91mNot Found\033[0m' + ' '*int(36-len('Not Found'))
elif re.match(r'^([0-9]{1,3}\.){3}[0-9]{1,3}$', ip_or_domain):
prv_op += f' \33[1;49;93m[#] Reverse DNS lookup for \33[1;49;96m{ip_or_domain}\33[1;49;93m:\033[0m'+'\n\n'
ip = ip_or_domain + ' '*int(36-len(ip_or_domain))
final_output_scanned = f' | Scanned IP: \33[1;49;96m{ip}\033[0m |'
try:
domain = socket.gethostbyaddr(ip_or_domain)[0]
domain = str(domain)+' '*int(36-len(str(domain)))
except:
domain = '\33[1;49;91mNot Found\033[0m' + ' '*int(36-len('Not Found'))
else:
printit(' > Invalid ip address or domain name!', coledt=[1, 49, 91], space_down=True)
return False
# Expcepts: socket.gaierror, socket.herror
# Printing information
final_output_remaining = f'''
|------------------------------------------------------|
| INFORMATION | DESCRIPTION |
|------------------------------------------------------|
| \33[1;49;97mIP\033[0m | {ip} |
| \33[1;49;97mDomain\033[0m | {domain} |
└──────────────────────────────────────────────────────┘
'''
print('\n ┌──────────────────────────────────────────────────────┐\n'+final_output_scanned+final_output_remaining)
prv_op += '\n ┌──────────────────────────────────────────────────────┐'+'\n'+final_output_scanned+final_output_remaining
return True
# --------------------------- Basic functions ------------------------ #
def printit(text, center='', line_up=False, line_down=False, space_up=False, space_down=False, coledt=[0, 0, 0], normaltxt_start='', normaltxt_end='', hide=False, verbose_mode=False, input_mode=False):
if not hide or verbose_mode:
# get terminal width
width = os.get_terminal_size().columns
# printing text
if space_up: print()
if line_up: print('⸺'*width)
print(normaltxt_start, end='')
new_width = int((width - len(text))/2)
print(center*new_width, end='')
print(f'\33[{coledt[0]};{coledt[1]};{coledt[2]}m', end='')
if input_mode: input_var = input(text)
else: print(str(text), end='')
print('\033[0m', end='')
print(center*new_width)
print(normaltxt_end, end='')
if line_down: print('⸺'*width)
if space_down: print()
if input_mode: return input_var
def save_output(prv_cmd):
try:
filename = prv_cmd+'_WEEK TOOL_'+str(time.strftime("%d-%m-%Y_%H-%M-%S"))+'.txt'
pwd = os.getcwd()
os_name = os.uname()
path = pwd+'/'+filename
file_save_info = f'''
\33[1;49;93m[#] Output File Name: \33[1;49;97m{filename}\033[0m
\33[1;49;93m[#] Output File Path: \33[1;49;97m{path}\033[0m
'''
print(file_save_info)
header = f'''
\33[1;49;93m[@] Osint framework: \33[1;49;96mWEEKTOOL
\33[1;49;93m[@] Github: \33[1;49;96mhttps://github.com/13xsa5/WEEK-TOOL
\33[1;49;93m[#] Output File Name: \33[1;49;97m{filename}
\33[1;49;93m[#] Output File Path: \33[1;49;97m{path}
\33[1;49;93m[#] Date: \33[1;49;97m{str(time.strftime("%d-%m-%Y"))}
\33[1;49;93m[#] Time: \33[1;49;97m{str(time.strftime("%H:%M:%S"))}
\33[1;49;93m[#] Command Executed: \33[1;49;96m{full_cmd.strip()}\n'''
with open(path, 'w') as f:
f.write(header)
f.write(prv_op)
printit(f' [+] Excute following commands to view output:', coledt=[1, 49, 93], space_down=True, space_up=True)
if os_name == 'nt':
exe_cmd = f''' \33[1;49;93m> \33[1;49;92mshell more {filename}\033[0m
\33[1;49;93m> \33[1;49;92mshell type {filename}\033[0m'''
else:
exe_cmd = f''' \33[1;49;93m> \33[1;49;92mshell cat {filename}\033[0m
\33[1;49;93m> \33[1;49;92mshell less {filename}\033[0m'''
print(exe_cmd)
return True
except:
printit(f' [!] Output could not be saved!', coledt=[1, 49, 91], space_down=True)
return False
def dork_query():
# Dork query from exploit-db
try:
headers = {'User-Agent': 'Mozilla/5.0 (X11; Linux x86_64; rv:90.0) Gecko/20100101 Firefox/90.0'}
dork_query = requests.get('https://www.exploit-db.com/ghdb/'+str(random.randint(1000, 8000)), headers=headers)
# If exploit-db is available
if dork_query.status_code == 200:
# Parsing html
parsed_html = bs4.BeautifulSoup(dork_query.text, 'html.parser')
# extracting query (h1 -> class: card-title)
query = parsed_html.find('h1', attrs={'class': 'card-title'}).text.strip()
return query
except:
pass
# If dork query is not available, use local dork query
local_dork_query = ['site:domain.com filetype: pdf', 'inurl: password', 'intext:”username”', 'filetype:xls',
'filetype:txt “username”', 'filetype:log “PHP Parse error” | “PHP Warning” | “PHP Error”',
'intitle: “index of”', 'intitle: “index of” “.git”', 'intitle: “index of” “.svn”',
'inurl:”viewerframe?mode', 'inurl:”MultiCameraFrame?Mode=Motion”', 'intitle: “index of” “.bash_history”',
'intext: “Last modified”', 'intext: “Index of /”', 'intext: “Parent Directory”',
'inurl: “admin”', 'inurl: “login”', 'inurl: “login” “admin”', 'inurl: “login” “admin” “user”',
'intext:”privacy policy”', '"passwords.txt" intitle:"Index of"', 'intext:”@gmail.com”']
return random.choice(local_dork_query)
def logo():
# clear screen (windows/linux/mac)
os.system('cls' if os.name == 'nt' else 'clear')
# display logo
printit('─ ▒█░░▒█ ▒█▀▀▀ ▒█▀▀▀ ▒█░▄▀ ▀▀█▀▀ ▒█▀▀▀█ ▒█▀▀▀█ ▒█░░░ ─', center=' ', coledt=[1, 49, random.choice([91, 92, 93, 94, 95, 96, 97])], space_up=True)
printit('─ ▒█▒█▒█ ▒█▀▀▀ ▒█▀▀▀ ▒█▀▄░ ░▒█░░ ▒█░░▒█ ▒█░░▒█ ▒█░░░ ─', center=' ', coledt=[1, 49, random.choice([91, 92, 93, 94, 95, 96, 97])])
printit('─ ▒█▄▀▄█ ▒█▄▄▄ ▒█▄▄▄ ▒█░▒█ ░▒█░░ ▒█▄▄▄█ ▒█▄▄▄█ ▒█▄▄█─', center=' ', coledt=[1, 49, random.choice([91, 92, 93, 94, 95, 96, 97])], space_down=True)
printit('OSINT-FRAMEWORK BETA VERSION 1.0 @! pattck//Wakott, ! pattck//comsomolckiy,fx.fx ', center=' ', coledt=[1, 49, random.choice([91, 92, 93, 94, 95, 96, 97])], space_down=True)
def completer(text, state):
commands = avaliable_commands
options = [i for i in commands if i.startswith(text)]
if state < len(options):
return options[state]
else:
return None
# ------------------------- Main functions -------------------------- #
def control_center():
# Global variables
global silent_mode
# Starting control center
if not silent_mode: printit('[#] Initializing `WEEK TOOL` framework...', coledt=[1, 49, random.choice([92, 96, 97])], line_down=True, line_up=True, space_up=True)
# EXPRESSIONS
# ':D' -> green | everyting is fine
# ':)' -> blue | info (help menu, cmd list, etc)
# ':|' -> yellow | warning (unstable)
# ':(' -> red | something went wrong (error)
# ':o' -> white | found something (scan, search, etc)
exp = ['\33[1;49;92m:D\033[0m',
'\33[1;49;96m:)\033[0m',
'\33[1;49;93m:|\033[0m',
'\33[1;49;91m:(\033[0m',
'\33[1;49;97m:o\033[0m']
# current expression
crt_exp = exp[0]
exp_info = ''' \33[1;49;93m> Expressions are used to show the status of the previous command\033[0m
\33[1;49;93m> Syntax:\033[0m \33[1;49;97m[<user>@WEEKTOOL]⸺ \33[1;49;96m[<expression>]\33[1;49;97m $ <command>\033[0m
┌────────────────────────────────────────────────────┐
| EXPRESSIONS | DESCRIPTION |
|----------------------------------------------------|
| \33[1;49;92m:D\033[0m | Everything is fine |
| \33[1;49;96m:)\033[0m | Information available |
| \33[1;49;93m:|\033[0m | It's a warning (remember) |
| \33[1;49;91m:(\033[0m | Something went wrong |
| \33[1;49;97m:o\033[0m | Scan results available |
└────────────────────────────────────────────────────┘'''
# Variables
user = '\33[1;49;96m'+str(os.getlogin())+'\033[0m'+ ' '*int(34-len(str(os.getlogin())))
hostname = '\33[1;49;96m'+str(platform.node())+'\033[0m'+' '*int(34-len(str(platform.node())))
os_name = '\33[1;49;96m'+str(platform.system())+'\033[0m'+' '*int(34-len(str(platform.system())))
ram = '\33[1;49;96m'+str(psutil.virtual_memory().percent)+"%"+'\033[0m'+' '*int(33-len(str(psutil.virtual_memory().percent)))
cpu = '\33[1;49;96m'+str(psutil.cpu_percent())+"%"+'\033[0m'+' '*int(32-len(str(psutil.cpu_percent())))
disk = '\33[1;49;96m'+str(psutil.disk_usage('/').percent)+"%"+'\033[0m'+' '*int(33-len(str(psutil.disk_usage('/').percent)))
sys_mac = '\33[1;49;96m'+str(':'.join(re.findall('..', '%012x' % uuid.getnode())))+'\033[0m'+' '*int(34-len(str(':'.join(re.findall('..', '%012x' % uuid.getnode())))))
arch = '\33[1;49;96m'+str(platform.machine())+'\033[0m'+' '*int(34-len(str(platform.machine())))
v = '3.1.0'
ver = '\33[1;49;96m'+str(v)+'\033[0m'+' '*int(34-len(str(v)))
sysinfo = f'''
┌────────────────────────────────────────────────────┐
| SYSTEM INFO | DESCRIPTION |
|----------------------------------------------------|
| \33[1;49;97mUser\033[0m | {user} |
| \33[1;49;97mHostname\033[0m | {hostname} |
| \33[1;49;97mOS\033[0m | {os_name} |
| \33[1;49;97mArchitecture\033[0m | {arch} |
| \33[1;49;97mSystem MAC\033[0m | {sys_mac} |
|----------------------------------------------------|
| \33[1;49;97mRAM Usage\033[0m | {ram} |
| \33[1;49;97mCPU Usage\033[0m | {cpu} |
| \33[1;49;97mDisk Usage\033[0m | {disk} |
└────────────────────────────────────────────────────┘
┌────────────────────────────────────────────────────┐
| FRAMEWORK INFO| DESCRIPTION |
|----------------------------------------------------|
| \33[1;49;97mName\033[0m | \33[1;49;96mWEEKTOOL\033[0m |
| \33[1;49;97mVersion\033[0m | {ver} |
| \33[1;49;97mType\033[0m | \33[1;49;96mOSINT Framework\033[0m |
| \33[1;49;97mDeveloper\033[0m | \33[1;49;96ms41r4j\033[0m |
| \33[1;49;97mGithub\033[0m | \33[1;49;96mhttps://github.com/13xsa5/WEEK-TOOL033[0m |
└────────────────────────────────────────────────────┘
'''
help = '''
┌────────────────────────────────────────────────────┐
| COMMANDS | DESCRIPTION |
|----------------------------------------------------|
| <(Basic Commands)> |
|----------------------------------------------------|
| \33[1;49;97mhelp\033[0m | Display this help menu |
| \33[1;49;97mexit/quit\033[0m | Exit the framework |
| \33[1;49;97mdork\033[0m | Show a random google dork query \33[1;49;91m*\033[0m |
| \33[1;49;97mexp\033[0m | Show info about all available |
| | expressions |
| \33[1;49;97mcheck\033[0m | Check internet connection |
| \33[1;49;97mclear\033[0m | Clear screen |
| \33[1;49;97msave\033[0m | Save output of previous scanner |
| | command in a file |
| \33[1;49;97mshell <cmd>\033[0m | Execute native shell/cmd commands |
| \33[1;49;97minfo\033[0m | Show info about framework & system |
| \33[1;49;97mchange\033[0m | Change user command input color |
|----------------------------------------------------|
| <(Scanner Commands)> |
|----------------------------------------------------|
| \33[1;49;97mnumber\033[0m | Reverse phone number lookup \33[1;49;91m*\033[0m |
| \33[1;49;97mip\033[0m | Reverse ip address lookup \33[1;49;91m*\033[0m |
| \33[1;49;97mmac\033[0m | Reverse mac address lookup |
| \33[1;49;97mwhois\033[0m | Reverse whois lookup \33[1;49;91m*\033[0m |
| \33[1;49;97mdns\033[0m | Reverse or normal DNS lookup \33[1;49;91m*\033[0m |
└────────────────────────────────────────────────────┘
'''
tips = ['Type `\33[7;49;93mhelp <command>\033[0m\33[1;49;93m` to see more info about a command',
'Use `\33[7;49;93mTab\033[0m\33[1;49;93m` key to auto-complete commands',
'Try silent mode by using `\33[7;49;93m-s\033[0m\33[1;49;93m`/`\33[7;49;93m--silent\033[0m\33[1;49;93m` flag',
'You can also use `\33[7;49;93mCtrl+C\033[0m\33[1;49;93m` to exit',
'Descriptions ending with `\33[7;49;93m*\033[0m\33[1;49;93m` needs internet connection'
]
# Previous command
prv_cmd = ''
global prv_op
global full_cmd
# Setting up auto-complete
readline.parse_and_bind('tab: complete')
readline.set_completer(completer)
# Command prompt color
cmd_color = ['\33[1;49;90m', '\33[1;49;97m']
crt_color = cmd_color[1]
# Control center loop
while True:
# [user@phomber]⸺[:D] $
cmd = (printit(f'\n\033[0m[{user.strip()}@WEEK TOOL]⸺ [{crt_exp}] $ {crt_color}', input_mode=True, space_up=True)).strip()
if cmd == 'help':
crt_exp = exp[1]
prv_op = ''
print(help)
tip = random.choice(tips)
print(f'\33[1;49;93m > {tip}\033[0m')
elif cmd[:4] == 'help':
if (cmd+'#')[4] == ' ':
cmd = cmd[5:]
if cmd == 'help':
crt_exp = exp[1]
help_help = ''' \33[1;49;93m[+] Command Info: \33[1;49;93mhelp\n
\33[1;49;92m> DESCRIPTION: \33[1;49;97mWhen you type `help`, the help menu will be displayed