// use std::io::{stdin, stdout, Read, Write};

use ch347_rs;

fn main() {
    ch347_rs::set_notify_callback(0, "USB\\VID_1A86&PID_55D\0", |status| {
        println!("[notify_callback] {:?}", status);
    });

    let a = ch347_rs::enum_ch347_device();
    for (k, v) in a.iter().enumerate() {
        let v = match v.get_raw_info() {
            None => continue,
            Some(a) => a,
        };

        // println!(
        //     "#{} => {:?} {:?}\r\n\tdevice_id:{}\r\n\tdevice_path:{}\r\n\trpoduct_string:{}\r\n\tget_manufacturer_string:{}\r\n\tfunc_desc_str:{}",
        //     k,
        //     v.get_func_type(),
        //     v.get_usb_class(),
        //     v.get_device_id(),
        //     v.get_device_path(),
        //     v.get_rpoduct_string(),
        //     v.get_manufacturer_string(),
        //     v.get_func_desc_str(),
        // );

        println!("#{} => {:?} {:?}", k, v.get_func_type(), v.get_usb_class());
        println!("                device_id: {}", v.get_device_id());
        println!("              device_path: {}", v.get_device_path());
        println!("           rpoduct_string: {}", v.get_rpoduct_string());
        println!("  get_manufacturer_string: {}", v.get_manufacturer_string());
        println!("            func_desc_str: {}", v.get_func_desc_str());
    }

    // let mut stdout = stdout();
    // stdout.write(b"Press Enter to continue...").unwrap();
    // stdout.flush().unwrap();
    // stdin().read(&mut [0]).unwrap();

    // println!("Exit");
}