fn parse_xydata_line<'a>(i : &'a str, delimiter : Option<&'a str>) -> IResult<&'a str, Vec<f32>> {
    // Delimiter defaults to " \n" 
    let delimiter : &str = delimiter.unwrap_or(" \n");
    // Parses the inconcequential x value that is at the start of every XYDATA line
    let mut out = parse_f32_delimited(i, delimiter)?.0;
    let mut vec : Vec<f32> = Vec::new();
    loop {
        // Breaks and consumes the "\n" if "\n" is next
        match char_x(out, '\n'){
            Err(_) => {},
            Ok(x) => {
                out = x.0;
                break
            }
        }
        // Parses 1 f32 from out
        let res = parse_f32_delimited(out, delimiter)?;
        out = res.0;
        vec.push(res.1);
    }
    Ok((out, vec))
}
// Parses a line of xy data, returning the parsed &str and a vector of the N y values found on the
// current line
// For some reason, some of the jdx files are "+" and "-" delimited, which requires special handling performed by the 
// parse_f32_delimited()
// delimiter param is a list of chars that count as a delimiter
Parses a line of xy data, returning the parsed &str and a vector of the N y values found on the
current line
For some reason, some of the jdx files are "+" and "-" delimited, which requires special handling performed by the
parse_f32_delimited()
delimiter param is a list of chars that count as a delimiter
Parses a line of xy data returning the parsed &str and a vector of the N y values found on the current line For some reason some of the jdx files are " + " and " - " delimited which requires special handling performed by the parse_f32_delimited () delimiter param is a list of chars that count as a delimiter
fn parse_xydata_line<'a>(i : &'a str, delimiter : Option<&'a str>) -> IResult<&'a str, Vec<f32>> {
    // Delimiter defaults to " \n" 
    let delimiter : &str = delimiter.unwrap_or(" \n");
    // Parses the inconcequential x value that is at the start of every XYDATA line
    let mut out = parse_f32_delimited(i, delimiter)?.0;
    let mut vec : Vec<f32> = Vec::new();
    loop {
        // Breaks and consumes the "\n" if "\n" is next
        match char_x(out, '\n'){
            Err(_) => {},
            Ok(x) => {
                out = x.0;
                break
            }
        }
        // Parses 1 f32 from out
        let res = parse_f32_delimited(out, delimiter)?;
        out = res.0;
        vec.push(res.1);
    }
    Ok((out, vec))
}
fn parse_xydata_line < ' a > ( i : & ' a str , delimiter : Option < & ' a str > ) -> IResult < & ' a str , Vec < f32 > > { // Delimiter defaults to " \n"  let delimiter : & str = delimiter . unwrap_or ( " \n " ) ; // Parses the inconcequential x value that is at the start of every XYDATA line let mut out = parse_f32_delimited ( i , delimiter ) ? . 0 ; let mut vec : Vec < f32 > = Vec :: new ( ) ; loop { // Breaks and consumes the "\n" if "\n" is next match char_x ( out , '\n' ) { Err ( _ ) => { } , Ok ( x ) => { out = x . 0 ; break } } // Parses 1 f32 from out let res = parse_f32_delimited ( out , delimiter ) ? ; out = res . 0 ; vec . push ( res . 1 ) ; } Ok ( ( out , vec ) ) }
Parses a line of xy data, returning the parsed &str and a vector of the N y values found on the
current line
For some reason, some of the jdx files are "+" and "-" delimited, which requires special handling performed by the
parse_f32_delimited()
delimiter param is a list of chars that count as a delimiter
Parses a line of xy data returning the parsed &str and a vector of the N y values found on the current line For some reason some of the jdx files are " + " and " - " delimited which requires special handling performed by the parse_f32_delimited () delimiter param is a list of chars that count as a delimiter
i
&'a str
delimiter
Option<&'a str>
i
&'a str
delimiter
Option<&'a str>