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check-host.py
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check-host.py
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import sys
import os
import json
import requests
import time
from prettytable import PrettyTable
# COLORS #
RED = "\u001b[31m"
GREEN = "\u001b[32m"
YELLOW = "\u001b[33m"
RESET = "\u001b[0m"
# COLORS #
method_list = ["iplook", "ping", "http", "tcp", "dns"]
help_menu = """ iplook: website location search, IP address
Usage:
| python3 check-host.py iplook <target>
examples:
| python3 check-host.py iplook 1.1.1.1.2.3.9.1.1
| python3 check-host.py iplook example.com
only for domain, IP address!
ping: Checking the integrity and quality of connections
Usage:
| python3 check-host.py ping <target>
examples:
| python3 check-host.py ping 1.1.1.1.2.3.9.1.1
| python3 check-host.py ping http://123example.com
| python3 check-host.py ping https://123example.com
| python3 check-host.py ping 123example.com
http: Website availability and performance check
Usage:
| python3 check-host.py http <target>:<port> <-- automatically port 80
Examples:
| python3 check-host.py http https://1.1.1.1.2.3.9.1.1:443
| python3 check-host.py http http://123example.com
| python3 check-host.py http https://123example.com
| python3 check-host.py http 123example.com:80
tcp: Testing TCP connection of any port of an IP address, website
Usage:
| python3 check-host.py tcp <target>:<port> <-- automatically port 80
Eexamples:
| python3 check-host.py tcp 1.1.1.1.2.3.9.1.1:53
| python3 check-host.py tcp http://123example.com
| python3 check-host.py tcp ssmtp://123smtp.example.com
dns: Website domain monitoring
Usage:
| python3 check-host.py dns <target>
examples:
| python3 check-host.py dns 1.1.1.1.2.3.9.1.1
| python3 check-host.py dns http://123example.com
| python3 check-host.py dns https://123example.com
| python3 check-host.py dns 123example.com"""
def LOGO_PART():
if sys.platform == "win32": os.system("cls")
else: os.system("clear")
logo = f"""
__ __ __ __
____/ / ___ ____/ /______/ / ___ ___ / /_
/ __/ _ \/ -_) __/ '_/___/ _ \/ _ \(_-</ __/
\__/_//_/\__/\__/_/\_\ /_//_/\___/___/\__/ v1.0 / https://github.com/Yousuf9963
{YELLOW}ــــــــﮩ٨ـﮩﮩ٨ـﮩ٨ـﮩﮩ٨ــــ{RESET}
"""
print(logo)
def METHOD_PART():
if user_method not in method_list:
print(f" [{RED}ERROR{RESET}] invalid method")
sys.exit()
if user_method == "iplook":
IP_LOOK_UP_PART()
elif user_method == "ping" or user_method == "http" or user_method == "tcp" or user_method == "dns":
CONNECT_PART()
def IP_LOOK_UP_PART():
table_list = PrettyTable(["title", "data"])
result_key = json.loads(requests.get(f"http://ip-api.com/json/{user_data}").text)
if result_key["status"] == "fail":
print(f" [{RED}ERROR{RESET}] invalid domain, IP address")
sys.exit()
for data_output_one, data_output_two in result_key.items():
table_list.add_row([data_output_one, data_output_two])
print(f" method: IP address lookup, target: {user_data}\n{table_list}")
def CONNECT_PART():
id_key = json.loads(requests.get(f"https://check-host.net/check-{user_method}?host={user_data}&max_nodes=24", headers={"Accept": "application/json"}).text)
RESULT_CONNECT_PART(id_key)
def RESULT_CONNECT_PART(id_key):
result_key = requests.get(f"https://check-host.net/check-result/{id_key['request_id']}").text
if user_method == "ping":
PING_PART_LIST(id_key, result_key)
elif user_method == "http":
HTTP_PART_LIST(id_key, result_key)
elif user_method == "tcp":
TCP_PART_LIST(id_key, result_key)
elif user_method == "dns":
DNS_PART_LIST(id_key, result_key)
def PING_PART_LIST(id_key, result_key):
table_list = PrettyTable(["location", "result", "time", "IP address"])
loading_count = 0
for server_list in json.loads(result_key):
try:
for data_output in json.loads(result_key)[server_list]:
if data_output[0] == None: raise SystemExit
if data_output[0][0] == "OK": data_output[0][0] = f"{GREEN}{data_output[0][0]}{RESET}"
elif data_output[0][0] == "TIMEOUT" or data_output[0][0] == "MALFORMED": data_output[0][0] = data_output[0][0] = f"{RED}{data_output[0][0]}{RESET}"
if data_output[1][0] == "OK": data_output[1][0] = f"{GREEN}{data_output[1][0]}{RESET}"
elif data_output[1][0] == "TIMEOUT" or data_output[1][0] == "MALFORMED": data_output[1][0] = data_output[1][0] = f"{RED}{data_output[1][0]}{RESET}"
if data_output[2][0] == "OK": data_output[2][0] = f"{GREEN}{data_output[2][0]}{RESET}"
elif data_output[2][0] == "TIMEOUT" or data_output[2][0] == "MALFORMED": data_output[2][0] = data_output[2][0] = f"{RED}{data_output[2][0]}{RESET}"
if data_output[3][0] == "OK": data_output[3][0] = f"{GREEN}{data_output[3][0]}{RESET}"
elif data_output[3][0] == "TIMEOUT" or data_output[3][0] == "MALFORMED": data_output[3][0] = data_output[3][0] = f"{RED}{data_output[3][0]}{RESET}"
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", f"{data_output[0][0]} / {data_output[1][0]} / {data_output[2][0]} / {data_output[3][0]}",
f"{round(data_output[0][1] * 1000, 1)} ms. / {round(data_output[1][1] * 1000, 1)} ms. / {round(data_output[2][1] * 1000, 1)} ms. / {round(data_output[3][1] * 1000, 1)} ms.", data_output[0][2]])
except TypeError:
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", "loading...", "...", "..."])
loading_count =+ 1
except SystemExit:
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", "None", "None", "None"])
if loading_count == 1:
print(f" method: PING, target: {user_data}\n{table_list}")
time.sleep(1)
LOGO_PART()
return RESULT_CONNECT_PART(id_key)
print(f" method: PING, target: {user_data}\n{table_list}")
def HTTP_PART_LIST(id_key, result_key):
table_list = PrettyTable(["location", "result", "time", "code", "IP address"])
loading_count = 0
for server_list in json.loads(result_key):
try:
for data_output in json.loads(result_key)[server_list]:
if data_output[3] == None: data_output[3] = "None"
if data_output[3][0] == "2": data_output[3] = f"{GREEN}{data_output[3]}{RESET}"
elif data_output[3][0] == "3": data_output[3] = f"{YELLOW}{data_output[3]}{RESET}"
elif data_output[3][0] == "4" or data_output[3][0] == "5":
data_output[2][0] = f"{RED}{data_output[2]}{RESET}"
data_output[3][0] = f"{RED}{data_output[3]}{RESET}"
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", data_output[2], f"{round(data_output[1], 2)} s.", data_output[3], data_output[4]])
except TypeError:
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", "loading...", "...", "...", "..."])
loading_count =+ 1
if loading_count == 1:
print(f" method: HTTP, target: {user_data}\n{table_list}")
time.sleep(1)
LOGO_PART()
return RESULT_CONNECT_PART(id_key)
print(f" method: HTTP, target: {user_data}\n{table_list}")
def TCP_PART_LIST(id_key, result_key):
table_list = PrettyTable(["location", "result", "time"])
loading_count = 0
for server_list in json.loads(result_key):
try:
for data_output in json.loads(result_key)[server_list]:
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", f"{GREEN}connected{RESET}", f"{round(data_output['time'], 2)} s."])
except TypeError:
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", "loading...", "..."])
loading_count =+ 1
except KeyError:
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", f"{RED}{data_output['error']}{RESET}", "None"])
if loading_count == 1:
print(f" method: TCP, target: {user_data}\n{table_list}")
time.sleep(1)
LOGO_PART()
return RESULT_CONNECT_PART(id_key)
print(f" method: TCP, target: {user_data}\n{table_list}")
def DNS_PART_LIST(id_key, result_key):
table_list = PrettyTable(["location", "result A record", "result AAAA record", "ttl"])
loading_count = 0
for server_list in json.loads(result_key):
try:
for data_output in json.loads(result_key)[server_list]:
a_record, aaaa_record = ",\n".join(data_output["A"]), ",\n".join(data_output["AAAA"])
if a_record == "": a_record = f"{RED}no A record{RESET}"
if aaaa_record == "": aaaa_record = f"{RED}no AAAA record{RESET}"
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", a_record, aaaa_record, time.strftime("%M m. %S s.", time.gmtime(data_output["TTL"]))])
except TypeError:
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", "loading...", "loading...", "..."])
loading_count =+ 1
except KeyError:
if data_output["PTR"] == []: data_output["PTR"] = [f"{RED}no A record{RESET}"]
table_list.add_row([f"{id_key['nodes'][server_list][1]}, {id_key['nodes'][server_list][2]}", data_output["PTR"][0], f"{RED}no AAAA record{RESET}", time.strftime("%M m. %S s.", time.gmtime(data_output["TTL"]))])
if loading_count == 1:
print(f" method: DNS, target: {user_data}\n{table_list}")
time.sleep(1)
LOGO_PART()
return RESULT_CONNECT_PART(id_key)
print(f" method: DNS, target: {user_data}\n{table_list}")
if __name__ == '__main__':
LOGO_PART()
try:
user_method, user_data = sys.argv[1].lower(), sys.argv[2].lower()
if user_method == "help": raise IndexError
except IndexError:
print(help_menu)
sys.exit()
METHOD_PART()