This README is formatted with descriptions for each program. ITS EDUCATIONAL I SWEAR DO NOT REPRODUCE THIS OR UNLAWFULLY DISTRIBUTE IT
This code represents a basic Python virus. It replicates by creating a new binary executable with a randomly generated filename, achieved through:
-Importing necessary modules: argv from sys, choice, and randint from random. -Generating a random filename of 4 to 8 characters with a lambda function. -Reading the current script file and writing its content to a new file with the generated filename, effectively spreading as a virus.
In summary, this code creates a copy of itself with a randomly generated filename ending with ".exe", effectively spreading as a virus.
This script attempts to inject a DLL named "injrcted.dll" into the "explorer.exe" process using the Windows API functions provided by ctypes.windll.kernel32. It first loads the DLL file, retrieves the process ID (PID) of the "explorer.exe" process, opens a handle to that process, allocates memory within it, writes the DLL file into the allocated memory, and finally creates a remote thread within the process to execute the DLL.
This code defines a class named Worm, which represents a worm-like malware capable of replicating itself and other files. It initializes with parameters such as path, target directories list, and iteration. The list_directories method recursively lists directories and files, excluding hidden files/directories, while create_new_worm method is intended to create a copy of the script in each target directory.
Overall, this code provides the foundation for a worm malware that can traverse directories and replicate itself, but it lacks the complete functionality.
This C++ code represents a simple self-replicating program. It generates a random filename, reads the content of the current script file, creates a new file with the generated filename, and writes the script content into it. The generated filename has a random length between 4 and 8 characters, followed by the ".exe" extension.
This C++ code defines a worm-like program capable of recursively listing directories, avoiding hidden files, and creating new copies of itself in each target directory. It utilizes the <filesystem> library introduced in C++17. The Worm class has methods to list directories and create new worm copies, while the main function initializes the program and starts the worm actions.
Overall, this code represents a self-replicating program capable of spreading itself by creating copies in multiple directories while avoiding hidden files/directories.
This README provides an overview of each program and its functionality.