The IPParser Python module was created to simplify accepting IPv4 addresses, DNS names, and target / host information when creating other security or network tools. User inputs are taken and parsed to provide a list of IPv4 addresses or DNS names that can be used for iteration. If called with resolve=True, ipparser will attempt to perform "A" record lookups and returns all IP addresses found for the host.
IPParser currently accepts the following user inputs:
- Single IP (192.168.1.10)
- IP ranges (192.168.1.1-55)
- Multiple IP's (192.168.1.3,192.168.1.7,m8r0wn.com)
- CIDR Ranges /8-/32 (192.168.1.0/24)
- URL's (https://m8r0wn.com/demo)
- IP:Port (192.168.1.1:8080)
- DNS Names (m8r0wn.com)
- TXT files (Containing any of the items listed)
- Nmap XML Reports
pip3 install ipparserOR
git clone https://github.com/m8r0wn/ipparser
cd ipparser
python3 setup.py installThe IPParser function can be called with the following arguments (shown with their default values):
resolve=False- Resolve any DNS names identified, to IPv4 addresses, and append to output.open_ports=False- Return IP:Port notation for all open ports found (Nmap XML only)silent=False- Do not show errors while parsing.exit_on_error=True- Exit on errors found while parsing user input.debug=False- Show input classification for debugging.
>>> from ipparser import ipparser
>>> ipparser('192.168.1.3-5')
['192.168.1.3', '192.168.1.4', '192.168.1.5']
>>> ipparser('yahoo.com',resolve=True)
['98.138.219.232', '98.138.219.231', '72.30.35.9', '72.30.35.10', '98.137.246.7', '98.137.246.8']
>>> ipparser('example', resolve=True, exit_on_error=False)
IPParser Error: Invalid or unsupported input provided 'example'
>>> ipparser('192.168.1.1,yahoo.com')
['192.168.1.1', 'yahoo.com']
ipparser('192.168.1.1,yahoo.com,example', resolve=True, exit_on_error=False)
IPParser Error: Invalid or unsupported input provided 'example'
['192.168.1.1', '98.138.219.231', '98.137.246.8', '98.137.246.7', '72.30.35.9', '98.138.219.232', '72.30.35.10']
>>> ipparser('192.168.1.1,yahoo.com,example', resolve=True, silent=True)
['192.168.1.1', '72.30.35.10', '98.138.219.231', '98.137.246.7', '98.137.246.8', '72.30.35.9', '98.138.219.232']- Standard Argument:
from ipparser import ipparser
from argparse import ArgumentParser
args = ArgumentParser(description='ipparser integration with argparse')
args.add_argument('-host', dest='host', default=False, type=lambda x: ipparser(x), help='Host Input')
args = args.parse_args()Namespace(host=['192.168.1.1'])
- Required Positional Argument (Method 1):
from ipparser import ipparser
from argparse import ArgumentParser
args = ArgumentParser(description='ipparser integration with argparse')
args.add_argument(dest='positional_host', nargs='+', type=lambda x: ipparser(x, resolve=False), help='Host Input')
args = args.parse_args()Namespace(positional_host=[['192.168.1.1']])
- Required Positional Argument (Method 2):
from ipparser import ipparser
from argparse import ArgumentParser
args = ArgumentParser(description='ipparser integration with argparse')
args.add_argument(dest='positional_host', nargs='+', help='Host Input')
args = args.parse_args()
args.positional_host = ipparser(args.positional_host[0]) positional_host=['192.168.1.1'])
- Allow user args to determine resolve setting:
from sys import argv
from ipparser import ipparser
from argparse import ArgumentParser
r = False
if "-r" in argv:
r = True
args = ArgumentParser(description='ipparser integration with argparse')
args.add_argument('-r', dest='resolve',action='store_true', help='Resolve input DNS hosts')
args.add_argument(dest='positional_host', nargs='+', type=lambda x: ipparser(x, resolve=r), help='Host Input')
args = args.parse_args()- Standard Argument
from sys import argv
from ipparser import ipparser
if "-host" in argv:
host = ipparser(argv[argv.index("-host") + 1])host = ['192.168.1.1']
- Positional Argument
from sys import argv
from ipparser import ipparser
host = ipparser(argv[-1])host = ['192.168.1.1']
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