A network analysis program written in Python.
Initial push: 25.12.2018 Sebastjan Leskovar - sebastjan.leskovar@gmail.com - github.com/SebastjanLeskovar
Link to repository: https://github.com/SebastjanLeskovar/iron_gate
As of version V1.0, the following prerequisites are necessary to run this program:
- Python 3.x
The program utilizes the following standard libraries: os, queue, requests, socket, sys, uuid, urllib.error and urllib.request.
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Click the green button 'Clone or download' on the right, and 'Download ZIP'.
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Extract the ZIP file to your computer.
Use Command Prompt to navigate to the root of the unziped folder (e.g., cd ...\iron_gate). Launch the program with the folowing command:
py iron_gate.pyUpon starting the program, you will be presented with seven options, divided into two groups: Website operations and Own system operations. The options are:
Analyse websites
- Scan open ports.
This operation will show open ports of any website. The user is asked to choose a website. The program will first, validate the URL and second, check if the website exists. If the user's input is valid, all the open ports are displayed.
- Send GET request.
Send a GET request to any website. The user is asked to choose a website. The program will first, validate the URL and second, check if the website exists. After that, the HTTP response code will be displayed. The program will also check if any redirects to the website are set.
- Request response header.
The program will send a HEAD request to the selected website and display the response header. After the user's input is validated, he or she will be asked to choose a website. After that, the response header will be displayed.
Own system operations
- Scan open ports on localhost.
This operation will scan for open ports on the user's system.
- Show Windows IP and MAC addresses.
The program will display the Windows IP and MAC addresses of the user's system.
- Show public IP.
The program will display the public IP of the user's system.
- Exit.
Exits the program. You can also exit the program at any time by pressing keys Ctrl + C.
You can configure the variables "number_threads" and "number_jobs" in file "config.py".
The variable "number_jobs" will take into account how many ports would you like to scan, starting at 1. The total number of ports is 65.535 while the first 1024 ports are being reserved for privileged services and designed as well-known ports.
Caution: scanning a higher number of ports will take longer; scanning 2500 ports took approx. 11 seconds and 5000 ports took approx. 24 seconds on a home PC. The default values are 100 for "number_threads" and 1024 for "number_jobs".
- Implementation of GUI.
- Option to prepare a full network analysis report.
- The report should be exported to PDF format.
- Implementation of resources discovery.
- Re-structure the program.
- Update the 'README.md' file.
- Option to obtain the public IP of the host.
- Option to obtain the Windows IP and MAC addresses of the host.
- Option to send a GET reguest.
- Obtaining Header information from a request.
- Implementation of UI.
- Creation of file port_scanner.py to find all open ports.
Spoted: 01.01.2019 Description: When running function 'host_input' after previously entering wrong address and selecting 'yes' afterwards, this function is run three times. Level: Error
Spotted: 25.12.2018 Description: spoted in file "port_scanner.py", in function check_ports(). The port scanning does not stop when Ctrl+C is pressed. It seems it is a common issue with Python threading. Level: Error
Sebastjan Leskovar - sebastjan.leskovar@gmail.com - github.com/SebastjanLeskovar
This project is licensed under the MIT License - see the LICENSE file for more details.