fn utf8_to_char_single_buffer_iterator() {
    let mybuffer = "abc".as_bytes();
    let mut utf8_ref_iter = mybuffer.iter();
    let mut parser = FromUtf8::new();
    let mut iterator = parser.utf8_ref_to_char_with_iter(& mut utf8_ref_iter);
    while let Some(char_val) = iterator.next()  {
        println!("{}", char_val);
        println!("{}", iterator.has_invalid_sequence());
    }
}
/// Single buffer iterator based UTF8 parsing converting to char
Single buffer iterator based UTF8 parsing converting to char
Single buffer iterator based UTF8 parsing converting to char
fn utf8_to_char_single_buffer_iterator() {
    let mybuffer = "abc".as_bytes();
    let mut utf8_ref_iter = mybuffer.iter();
    let mut parser = FromUtf8::new();
    let mut iterator = parser.utf8_ref_to_char_with_iter(& mut utf8_ref_iter);
    while let Some(char_val) = iterator.next()  {
        println!("{}", char_val);
        println!("{}", iterator.has_invalid_sequence());
    }
}
fn utf8_to_char_single_buffer_iterator ( ) { let mybuffer = " " . as_bytes ( ) ; let mut utf8_ref_iter = mybuffer . iter ( ) ; let mut parser = FromUtf8 :: new ( ) ; let mut iterator = parser . utf8_ref_to_char_with_iter ( & mut utf8_ref_iter ) ; while let Some ( char_val ) = iterator . next ( ) { println ! ( " " char_val ) ; println ! ( " " iterator has_invalid_sequence ( ) ) ; } }
Single buffer iterator based UTF8 parsing converting to char
Single buffer iterator based UTF8 parsing converting to char