chat gpt rust translation DATA

process_command

use std::process::Command;

fn main() {
    // Define a function named 'exfil'
    fn exfil(data: &str) {
        let path = "/path/route/connection.sh";
        if data == "C J" {
            let mut command = Command::new(path);
            command.arg("AM").arg("/c|b\\").arg("PM");
            let status = command.status().expect("Failed to execute command");
            if status.success() {
                println!("Command executed successfully");
            }
        }
    }

    // Define a function named 'runtime'
    fn runtime(command: &str) {
        // Your implementation of the 'runtime' function goes here
    }

    // Define a function named 'system' to interpret matrix commands
    fn system(commands: &str) {
        // Your implementation of the 'system' function goes here
    }

    // Define constants for special commands
    const REPEAT: &str = "!!";
    const ADD_ACCOUNT: &str = "@@";
    const CONTROLLER_VERIFY: &str = "##";
    const SCALAR_VARIABLE_VERIFY: &str = "$$";
    const SPLIT_TABLE_VERIFY: &str = "%%";
    const CARROT_PEEK: &str = "^^";
    const DOUBLE_AMPERSAND: &str = "&&";
    const DOUBLE_ASTERISK: &str = "**";
    const DOUBLE_OPEN_PARENTHESIS: &str = "((";
    const DOUBLE_CLOSED_PARENTHESIS: &str = "))";
    const DOUBLE_NESTED_ITEM_HIDDEN: &str = "__";
    const INCREMENTAL_ADDITIONAL: &str = "++";
    const STRICTLY_EQUAL: &str = "==";

    // Define a function to handle assignment sigils
    fn handle_assignment(sigil: &str, tokens: &[&str], operators: &[&str]) {
        // Your implementation of handling assignment sigils goes here
    }

    // Constants for FTL sub commands
    const EOF: &str = "eof";
    const EOT: &str = "eot";
    const EOL: &str = "eol";

    // Your implementation for FTL sub commands goes here

    // Call the 'exfil' function
    exfil("C J");
}