fn job_progress_bar(info: &JobInfo) -> String {
    let mut buffer = String::from("[");

    let width: usize = 40;
    let parts = vec![
        (info.counters.n_canceled_tasks, colored::Color::Magenta),
        (info.counters.n_failed_tasks, colored::Color::Red),
        (info.counters.n_finished_tasks, colored::Color::Green),
        (info.counters.n_running_tasks, colored::Color::Yellow),
    ];

    let chars = |count: JobTaskCount| {
        let ratio = (count as f64) / (info.n_tasks as f64);
        (ratio * width as f64).ceil() as usize
    };

    let mut total_char_count: usize = 0;
    for (count, color) in parts {
        let char_count = chars(count);
        write!(buffer, "{}", "#".repeat(char_count).color(color)).unwrap();
        total_char_count += char_count;
    }
    write!(
        buffer,
        "{}",
        ".".repeat(width.saturating_sub(total_char_count))
    )
    .unwrap();

    buffer.push(']');
    buffer
}
/// Draws a colored progress bar that depicts counts of tasks with individual states
Draws a colored progress bar that depicts counts of tasks with individual states
Draws a colored progress bar that depicts counts of tasks with individual states
fn job_progress_bar(info: &JobInfo) -> String {
    let mut buffer = String::from("[");
    let width: usize = 40;
    let parts = vec![
        (info.counters.n_canceled_tasks, colored::Color::Magenta),
        (info.counters.n_failed_tasks, colored::Color::Red),
        (info.counters.n_finished_tasks, colored::Color::Green),
        (info.counters.n_running_tasks, colored::Color::Yellow),
    ];
    let chars = |count: JobTaskCount| {
        let ratio = (count as f64) / (info.n_tasks as f64);
        (ratio * width as f64).ceil() as usize
    };
    let mut total_char_count: usize = 0;
    for (count, color) in parts {
        let char_count = chars(count);
        write!(buffer, "{}", "#".repeat(char_count).color(color)).unwrap();
        total_char_count += char_count;
    }
    write!(
        buffer,
        "{}",
        ".".repeat(width.saturating_sub(total_char_count))
    )
    .unwrap();
    buffer.push(']');
    buffer
}
fn job_progress_bar ( info : & JobInfo ) -> String { let mut buffer = String :: from ( " " ) ; let width : usize = 40 ; let parts = vec ! [ ( info counters n_canceled_tasks colored Color Magenta ) ( info counters n_failed_tasks colored Color Red ) ( info counters n_finished_tasks colored Color Green ) ( info counters n_running_tasks colored Color Yellow ) ] ; let chars = | count : JobTaskCount | { let ratio = ( count as f64 ) / ( info . n_tasks as f64 ) ; ( ratio * width as f64 ) . ceil ( ) as usize } ; let mut total_char_count : usize = 0 ; for ( count , color ) in parts { let char_count = chars ( count ) ; write ! ( buffer " " " " repeat ( char_count ) color ( color ) ) . unwrap ( ) ; total_char_count += char_count ; } write ! ( buffer " " " " repeat ( width saturating_sub ( total_char_count ) ) ) . unwrap ( ) ; buffer . push ( ']' ) ; buffer }
Draws a colored progress bar that depicts counts of tasks with individual states
Draws a colored progress bar that depicts counts of tasks with individual states
info
&JobInfo
info
&JobInfo