This is a C++17 program that uses Local File Inclusion (LFI) to identify a service running on a specified port. The program was inspired by and based on a Python script created by Tyler Ramsbey.
- Multi-threaded execution to speed up the process
- Fetches command line arguments for given PIDs
- Identifies the service running on the specified port
- Utilizes
libcurlfor making HTTP requests
- C++17 compatible compiler
libcurllibrarypthreadlibrary
To compile the project, you can use the following command:
g++ -std=c++17 -o service_finder main.cpp ServiceFinder.cpp -lcurl -lpthreadRun the compiled binary with the following command-line arguments:
./service_finder --url <target url> --port <port> --threads <threads>--url <target URL>: The URL for the target.--port <port>: The port number to identify the service running on.--threads <threads>: The number of threads to use.
./service_finder --port 8080 --threads 10main.cpp: The entry point of the program. Handles argument parsing and initiates the service finder process.ServiceFinder.hpp: Header file containing theServiceFinderclass declaration.ServiceFinder.cpp: Implementation file for theServiceFinderclass.
A big thank you to Tyler Ramsbey for his original Python script, which served as the foundation for this project. You can find his work in the offensivesecurity repository.
This project is licensed under the MIT License. See the LICENSE file for details.