A study and showcase project focused on practicing Linux syscalls on the x86_64 architecture. It combines assembly language with Rust to demonstrate how to integrate low-level syscalls with high-level programming.
Implemented Syscalls: write, read, exit, execve, openat, close, lseek, mmap, fork, getpid, pipe, dup, dup2, socket, setsockopt, bind, listen, accept, mknod
...
println!("Menu:");
println!("1) Hello world");
println!("2) Sum two numbers");
println!("3) Get file size");
println!("4) Exec Shell");
println!("5) Write on memory");
println!("6) Map file to memory and edit");
println!("7) Fork current process");
println!("8) Execute 'ls' in child process");
println!("9) Hello from pipe");
println!("10) Duplicate stdout and write hello");
println!("11) Tcp server 127.0.0.1:4444");
println!("12) Bind shell 127.0.0.1:4444");
println!("13) Read from FIFO");
println!("14) Write to FIFO");
println!("0) Exit");
print!("Choose an option: ");
...This project is open-source under the MIT License.