pub fn build_parsed_datetime_timestamp(value: &str) -> Result<ParsedDateTime, String> {
        let mut pdt = ParsedDateTime::default();

        let mut ts_actual = tokenize_time_str(value)?;

        fill_pdt_date(&mut pdt, &mut ts_actual)?;

        if let Some(TimeStrToken::DateTimeDelimiter) = ts_actual.front() {
            ts_actual.pop_front();
            ltrim_delim_or_colon(&mut ts_actual);
        }

        fill_pdt_time(&mut pdt, &mut ts_actual)?;
        pdt.check_datelike_bounds()?;

        if ts_actual.is_empty() {
            Ok(pdt)
        } else {
            Err(format!(
                "have unprocessed tokens {}",
                itertools::join(ts_actual, "").trim_end(),
            ))
        }
    }
/// Builds a ParsedDateTime from a TIMESTAMP string (`value`).
///
/// # Arguments
///
/// * `value` is a SQL-formatted TIMESTAMP string.
Builds a ParsedDateTime from a TIMESTAMP string (`value`).
Builds a ParsedDateTime from a TIMESTAMP string ( ` value ` ) .
pub fn build_parsed_datetime_timestamp(value: &str) -> Result<ParsedDateTime, String> {
        let mut pdt = ParsedDateTime::default();
        let mut ts_actual = tokenize_time_str(value)?;
        fill_pdt_date(&mut pdt, &mut ts_actual)?;
        if let Some(TimeStrToken::DateTimeDelimiter) = ts_actual.front() {
            ts_actual.pop_front();
            ltrim_delim_or_colon(&mut ts_actual);
        }
        fill_pdt_time(&mut pdt, &mut ts_actual)?;
        pdt.check_datelike_bounds()?;
        if ts_actual.is_empty() {
            Ok(pdt)
        } else {
            Err(format!(
                "have unprocessed tokens {}",
                itertools::join(ts_actual, "").trim_end(),
            ))
        }
    }
pub fn build_parsed_datetime_timestamp ( value : & str ) -> Result < ParsedDateTime , String > { let mut pdt = ParsedDateTime :: default ( ) ; let mut ts_actual = tokenize_time_str ( value ) ? ; fill_pdt_date ( & mut pdt , & mut ts_actual ) ? ; if let Some ( TimeStrToken :: DateTimeDelimiter ) = ts_actual . front ( ) { ts_actual . pop_front ( ) ; ltrim_delim_or_colon ( & mut ts_actual ) ; } fill_pdt_time ( & mut pdt , & mut ts_actual ) ? ; pdt . check_datelike_bounds ( ) ? ; if ts_actual . is_empty ( ) { Ok ( pdt ) } else { Err ( format ! ( " " itertools join ( ts_actual " " ) trim_end ( ) ) ) } }
Builds a ParsedDateTime from a TIMESTAMP string (`value`).
Builds a ParsedDateTime from a TIMESTAMP string ( ` value ` ) .
value
&str
value
&str