pub fn parse<R: BufRead>(source: R, path_for_loading_other_files: Option<PathBuf>) -> Result<Run> {
    let mut run = Run::new();
    let mut buf = Vec::new();
    let path = path_for_loading_other_files;

    let mut lines = source.lines();

    let line = lines.next().context(Empty)?.context(ReadInitialLine)?;
    let mut splits = line.split('\t');

    let attempt_count = splits.next().context(ExpectedAttemptCount)?;
    if !attempt_count.is_empty() {
        run.set_attempt_count(attempt_count.parse().context(ParseAttemptCount)?);
    }

    run.set_offset(
        splits
            .next()
            .context(ExpectedOffset)?
            .parse()
            .context(ParseOffset)?,
    );

    catch! {
        let path = path.as_ref()?.with_file_name(splits.next()?);
        let image = Image::from_file(path, &mut buf).ok()?;
        run.set_game_icon(image);
    };

    let line = lines
        .next()
        .context(ExpectedTitleLine)?
        .context(ReadTitleLine)?;
    let mut splits = line.split('\t');
    run.set_category_name(splits.next().context(ExpectedCategoryName)?);
    splits.next(); // Skip one element
    let mut comparisons = splits.map(ToOwned::to_owned).collect::<Vec<_>>();

    for comparison in &mut comparisons {
        let mut name = comparison.to_owned();
        let mut good_name = name.to_owned();
        let mut number = 2;
        loop {
            match run.add_custom_comparison(good_name.clone()) {
                Ok(_) => break,
                Err(ComparisonError::DuplicateName) => {
                    good_name = format!("{}{}", name, number);
                    number += 1;
                }
                Err(ComparisonError::NameStartsWithRace) => {
                    name = name[6..].to_string();
                    good_name = name.to_owned();
                }
            }
        }
        *comparison = good_name;
    }

    while let Some(line) = lines.next() {
        let line = line.context(ReadSegmentLine)?;
        if line.is_empty() {
            continue;
        }

        let mut splits = line.split('\t');
        let mut segment = Segment::new(splits.next().context(ExpectedSegmentName)?);
        let best_segment = parse_time_optional(splits.next().context(ExpectedBestSegment)?)
            .context(ParseBestSegment)?;
        segment.set_best_segment_time(RealTime(best_segment).into());

        let mut pb_time = Time::new();
        for comparison in &comparisons {
            let time = segment.comparison_mut(comparison);
            pb_time.real_time = parse_time_optional(splits.next().context(ExpectedComparisonTime)?)
                .context(ParseComparisonTime)?;
            time.real_time = pb_time.real_time;
        }
        segment.set_personal_best_split_time(pb_time);

        let line = lines
            .next()
            .context(ExpectedIconLine)?
            .context(ReadIconLine)?;

        catch! {
            let file = line.trim_end();
            if !file.is_empty() {
                let path = path.as_ref()?.with_file_name(file);
                let image = Image::from_file(path, &mut buf).ok()?;
                segment.set_icon(image);
            }
        };

        run.push_segment(segment);
    }

    parse_history(&mut run, path).ok();

    Ok(run)
}
/// Attempts to parse a Time Split Tracker splits file. In addition to the
/// source to parse, you can specify the path of the splits file, which is then
/// use to load the run log file from the file system. This is entirely
/// optional. If you are using livesplit-core in a server-like environment, set
/// this to `None`. Only client-side applications should provide the path here.
Attempts to parse a Time Split Tracker splits file. In addition to the
source to parse, you can specify the path of the splits file, which is then
use to load the run log file from the file system. This is entirely
optional. If you are using livesplit-core in a server-like environment, set
this to `None`. Only client-side applications should provide the path here.
Attempts to parse a Time Split Tracker splits file . In addition to the source to parse you can specify the path of the splits file which is then use to load the run log file from the file system . This is entirely optional . If you are using livesplit - core in a server - like environment set this to ` None ` . Only client - side applications should provide the path here .
pub fn parse<R: BufRead>(source: R, path_for_loading_other_files: Option<PathBuf>) -> Result<Run> {
    let mut run = Run::new();
    let mut buf = Vec::new();
    let path = path_for_loading_other_files;
    let mut lines = source.lines();
    let line = lines.next().context(Empty)?.context(ReadInitialLine)?;
    let mut splits = line.split('\t');
    let attempt_count = splits.next().context(ExpectedAttemptCount)?;
    if !attempt_count.is_empty() {
        run.set_attempt_count(attempt_count.parse().context(ParseAttemptCount)?);
    }
    run.set_offset(
        splits
            .next()
            .context(ExpectedOffset)?
            .parse()
            .context(ParseOffset)?,
    );
    catch! {
        let path = path.as_ref()?.with_file_name(splits.next()?);
        let image = Image::from_file(path, &mut buf).ok()?;
        run.set_game_icon(image);
    };
    let line = lines
        .next()
        .context(ExpectedTitleLine)?
        .context(ReadTitleLine)?;
    let mut splits = line.split('\t');
    run.set_category_name(splits.next().context(ExpectedCategoryName)?);
    splits.next(); // Skip one element
    let mut comparisons = splits.map(ToOwned::to_owned).collect::<Vec<_>>();
    for comparison in &mut comparisons {
        let mut name = comparison.to_owned();
        let mut good_name = name.to_owned();
        let mut number = 2;
        loop {
            match run.add_custom_comparison(good_name.clone()) {
                Ok(_) => break,
                Err(ComparisonError::DuplicateName) => {
                    good_name = format!("{}{}", name, number);
                    number += 1;
                }
                Err(ComparisonError::NameStartsWithRace) => {
                    name = name[6..].to_string();
                    good_name = name.to_owned();
                }
            }
        }
        *comparison = good_name;
    }
    while let Some(line) = lines.next() {
        let line = line.context(ReadSegmentLine)?;
        if line.is_empty() {
            continue;
        }
        let mut splits = line.split('\t');
        let mut segment = Segment::new(splits.next().context(ExpectedSegmentName)?);
        let best_segment = parse_time_optional(splits.next().context(ExpectedBestSegment)?)
            .context(ParseBestSegment)?;
        segment.set_best_segment_time(RealTime(best_segment).into());
        let mut pb_time = Time::new();
        for comparison in &comparisons {
            let time = segment.comparison_mut(comparison);
            pb_time.real_time = parse_time_optional(splits.next().context(ExpectedComparisonTime)?)
                .context(ParseComparisonTime)?;
            time.real_time = pb_time.real_time;
        }
        segment.set_personal_best_split_time(pb_time);
        let line = lines
            .next()
            .context(ExpectedIconLine)?
            .context(ReadIconLine)?;
        catch! {
            let file = line.trim_end();
            if !file.is_empty() {
                let path = path.as_ref()?.with_file_name(file);
                let image = Image::from_file(path, &mut buf).ok()?;
                segment.set_icon(image);
            }
        };
        run.push_segment(segment);
    }
    parse_history(&mut run, path).ok();
    Ok(run)
}
pub fn parse < R : BufRead > ( source : R , path_for_loading_other_files : Option < PathBuf > ) -> Result < Run > { let mut run = Run :: new ( ) ; let mut buf = Vec :: new ( ) ; let path = path_for_loading_other_files ; let mut lines = source . lines ( ) ; let line = lines . next ( ) . context ( Empty ) ? . context ( ReadInitialLine ) ? ; let mut splits = line . split ( '\t' ) ; let attempt_count = splits . next ( ) . context ( ExpectedAttemptCount ) ? ; if ! attempt_count . is_empty ( ) { run . set_attempt_count ( attempt_count . parse ( ) . context ( ParseAttemptCount ) ? ) ; } run . set_offset ( splits . next ( ) . context ( ExpectedOffset ) ? . parse ( ) . context ( ParseOffset ) ? , ) ; catch ! { let path path as_ref ( ) with_file_name ( splits next ( ) ) let image Image from_file ( path mut buf ) ok ( ) run set_game_icon ( image ) } ; let line = lines . next ( ) . context ( ExpectedTitleLine ) ? . context ( ReadTitleLine ) ? ; let mut splits = line . split ( '\t' ) ; run . set_category_name ( splits . next ( ) . context ( ExpectedCategoryName ) ? ) ; splits . next ( ) ; // Skip one element let mut comparisons = splits . map ( ToOwned :: to_owned ) . collect :: < Vec < _ > > ( ) ; for comparison in & mut comparisons { let mut name = comparison . to_owned ( ) ; let mut good_name = name . to_owned ( ) ; let mut number = 2 ; loop { match run . add_custom_comparison ( good_name . clone ( ) ) { Ok ( _ ) => break , Err ( ComparisonError :: DuplicateName ) => { good_name = format ! ( " " name number ) ; number += 1 ; } Err ( ComparisonError :: NameStartsWithRace ) => { name = name [ 6 .. ] . to_string ( ) ; good_name = name . to_owned ( ) ; } } } * comparison = good_name ; } while let Some ( line ) = lines . next ( ) { let line = line . context ( ReadSegmentLine ) ? ; if line . is_empty ( ) { continue ; } let mut splits = line . split ( '\t' ) ; let mut segment = Segment :: new ( splits . next ( ) . context ( ExpectedSegmentName ) ? ) ; let best_segment = parse_time_optional ( splits . next ( ) . context ( ExpectedBestSegment ) ? ) . context ( ParseBestSegment ) ? ; segment . set_best_segment_time ( RealTime ( best_segment ) . into ( ) ) ; let mut pb_time = Time :: new ( ) ; for comparison in & comparisons { let time = segment . comparison_mut ( comparison ) ; pb_time . real_time = parse_time_optional ( splits . next ( ) . context ( ExpectedComparisonTime ) ? ) . context ( ParseComparisonTime ) ? ; time . real_time = pb_time . real_time ; } segment . set_personal_best_split_time ( pb_time ) ; let line = lines . next ( ) . context ( ExpectedIconLine ) ? . context ( ReadIconLine ) ? ; catch ! { let file line trim_end ( ) if file is_empty ( ) { let path path as_ref ( ) with_file_name ( file ) let image Image from_file ( path mut buf ) ok ( ) segment set_icon ( image ) } } ; run . push_segment ( segment ) ; } parse_history ( & mut run , path ) . ok ( ) ; Ok ( run ) }
Attempts to parse a Time Split Tracker splits file.
Attempts to parse a Time Split Tracker splits file .
source
R
path_for_loading_other_files
Option<PathBuf>
source
R
path_for_loading_other_files
Option<PathBuf>