pub fn parse<R: BufRead>(source: R, load_icons: bool) -> Result<Run> {
    let mut run = Run::new();

    let mut icon_buf = Vec::new();

    let mut lines = source.lines();
    let line = lines.next().ok_or(Error::Empty)?.context(TitleLine)?;
    let mut splits = line.split(',');
    run.set_category_name(unescape(splits.next().ok_or(Error::ExpectedCategoryName)?));
    run.set_attempt_count(
        splits
            .next()
            .ok_or(Error::ExpectedAttemptCount)?
            .parse()
            .context(ParseAttemptCount)?,
    );

    for line in &mut lines {
        let line = line.context(Line)?;
        if !line.is_empty() {
            let mut splits = line.split(',');

            let mut segment =
                Segment::new(unescape(splits.next().ok_or(Error::ExpectedSegmentName)?));

            let time: TimeSpan = splits
                .next()
                .ok_or(Error::ExpectedSplitTime)?
                .parse()
                .context(ParseSplitTime)?;
            if time != TimeSpan::zero() {
                segment.set_personal_best_split_time(RealTime(Some(time)).into());
            }

            let time: TimeSpan = splits
                .next()
                .ok_or(Error::ExpectedBestSegment)?
                .parse()
                .context(ParseBestSegment)?;
            if time != TimeSpan::zero() {
                segment.set_best_segment_time(RealTime(Some(time)).into());
            }

            if load_icons {
                if let Some(icon_path) = splits.next() {
                    if !icon_path.is_empty() {
                        if let Ok(image) =
                            Image::from_file(unescape(icon_path).as_ref(), &mut icon_buf)
                        {
                            segment.set_icon(image);
                        }
                    }
                }
            }

            run.push_segment(segment);
        } else {
            break;
        }
    }

    for line in lines {
        if let Some(counter) = line.context(CounterLine)?.split(',').next() {
            run.metadata_mut()
                .custom_variable_mut(unescape(counter))
                .permanent()
                .set_value("0");
        }
        // The other two lines are not that useful. The number is how much to
        // increment the counter each time and the other is a boolean that does
        // not seem to be exposed to the UI.
    }

    Ok(run)
}
/// Attempts to parse a SplitterZ splits file. In addition to the source to
/// parse, you need to specify if additional files for the icons should be
/// loaded from the file system. If you are using livesplit-core in a
/// server-like environment, set this to `false`. Only client-side applications
/// should set this to `true`.
Attempts to parse a SplitterZ splits file. In addition to the source to
parse, you need to specify if additional files for the icons should be
loaded from the file system. If you are using livesplit-core in a
server-like environment, set this to `false`. Only client-side applications
should set this to `true`.
Attempts to parse a SplitterZ splits file . In addition to the source to parse you need to specify if additional files for the icons should be loaded from the file system . If you are using livesplit - core in a server - like environment set this to ` false ` . Only client - side applications should set this to ` true ` .
pub fn parse<R: BufRead>(source: R, load_icons: bool) -> Result<Run> {
    let mut run = Run::new();
    let mut icon_buf = Vec::new();
    let mut lines = source.lines();
    let line = lines.next().ok_or(Error::Empty)?.context(TitleLine)?;
    let mut splits = line.split(',');
    run.set_category_name(unescape(splits.next().ok_or(Error::ExpectedCategoryName)?));
    run.set_attempt_count(
        splits
            .next()
            .ok_or(Error::ExpectedAttemptCount)?
            .parse()
            .context(ParseAttemptCount)?,
    );
    for line in &mut lines {
        let line = line.context(Line)?;
        if !line.is_empty() {
            let mut splits = line.split(',');
            let mut segment =
                Segment::new(unescape(splits.next().ok_or(Error::ExpectedSegmentName)?));
            let time: TimeSpan = splits
                .next()
                .ok_or(Error::ExpectedSplitTime)?
                .parse()
                .context(ParseSplitTime)?;
            if time != TimeSpan::zero() {
                segment.set_personal_best_split_time(RealTime(Some(time)).into());
            }
            let time: TimeSpan = splits
                .next()
                .ok_or(Error::ExpectedBestSegment)?
                .parse()
                .context(ParseBestSegment)?;
            if time != TimeSpan::zero() {
                segment.set_best_segment_time(RealTime(Some(time)).into());
            }
            if load_icons {
                if let Some(icon_path) = splits.next() {
                    if !icon_path.is_empty() {
                        if let Ok(image) =
                            Image::from_file(unescape(icon_path).as_ref(), &mut icon_buf)
                        {
                            segment.set_icon(image);
                        }
                    }
                }
            }
            run.push_segment(segment);
        } else {
            break;
        }
    }
    for line in lines {
        if let Some(counter) = line.context(CounterLine)?.split(',').next() {
            run.metadata_mut()
                .custom_variable_mut(unescape(counter))
                .permanent()
                .set_value("0");
        }
        // The other two lines are not that useful. The number is how much to
        // increment the counter each time and the other is a boolean that does
        // not seem to be exposed to the UI.
    }
    Ok(run)
}
pub fn parse < R : BufRead > ( source : R , load_icons : bool ) -> Result < Run > { let mut run = Run :: new ( ) ; let mut icon_buf = Vec :: new ( ) ; let mut lines = source . lines ( ) ; let line = lines . next ( ) . ok_or ( Error :: Empty ) ? . context ( TitleLine ) ? ; let mut splits = line . split ( ',' ) ; run . set_category_name ( unescape ( splits . next ( ) . ok_or ( Error :: ExpectedCategoryName ) ? ) ) ; run . set_attempt_count ( splits . next ( ) . ok_or ( Error :: ExpectedAttemptCount ) ? . parse ( ) . context ( ParseAttemptCount ) ? , ) ; for line in & mut lines { let line = line . context ( Line ) ? ; if ! line . is_empty ( ) { let mut splits = line . split ( ',' ) ; let mut segment = Segment :: new ( unescape ( splits . next ( ) . ok_or ( Error :: ExpectedSegmentName ) ? ) ) ; let time : TimeSpan = splits . next ( ) . ok_or ( Error :: ExpectedSplitTime ) ? . parse ( ) . context ( ParseSplitTime ) ? ; if time != TimeSpan :: zero ( ) { segment . set_personal_best_split_time ( RealTime ( Some ( time ) ) . into ( ) ) ; } let time : TimeSpan = splits . next ( ) . ok_or ( Error :: ExpectedBestSegment ) ? . parse ( ) . context ( ParseBestSegment ) ? ; if time != TimeSpan :: zero ( ) { segment . set_best_segment_time ( RealTime ( Some ( time ) ) . into ( ) ) ; } if load_icons { if let Some ( icon_path ) = splits . next ( ) { if ! icon_path . is_empty ( ) { if let Ok ( image ) = Image :: from_file ( unescape ( icon_path ) . as_ref ( ) , & mut icon_buf ) { segment . set_icon ( image ) ; } } } } run . push_segment ( segment ) ; } else { break ; } } for line in lines { if let Some ( counter ) = line . context ( CounterLine ) ? . split ( ',' ) . next ( ) { run . metadata_mut ( ) . custom_variable_mut ( unescape ( counter ) ) . permanent ( ) . set_value ( " " ) ; } // The other two lines are not that useful. The number is how much to // increment the counter each time and the other is a boolean that does // not seem to be exposed to the UI. } Ok ( run ) }
Attempts to parse a SplitterZ splits file.
Attempts to parse a SplitterZ splits file .
source
R
load_icons
bool
source
R
load_icons
bool