fn group_transformed(
    ctx: &mut AppCtx,
    transform: &Transform,
    groups: Vec<FileGroup<Path>>,
) -> Vec<FileGroup<Path>> {
    let file_count: usize = groups.total_count();
    let progress = ctx.log.progress_bar("Transforming", file_count as u64);

    let files: Vec<_> = groups
        .into_par_iter()
        .flat_map(|g| {
            g.files
                .into_par_iter()
                .inspect(|_| progress.tick())
                .filter_map(|f: Path| {
                    let result = transform.run_or_log_err(&f, &ctx.log);
                    result.map(|(len, hash)| (len, hash, f))
                })
                .collect::<Vec<_>>()
        })
        .collect();

    drop(progress);
    let progress = ctx.log.progress_bar("Grouping by hash", files.len() as u64);
    let mut groups = GroupMap::new(|(len, hash, path)| ((len, hash), path));
    for f in files {
        progress.tick();
        groups.add(f);
    }

    let rf_over = ctx.config.rf_over();
    let rf_under = ctx.config.rf_under();

    let groups: Vec<_> = groups
        .into_iter()
        .filter(|(_, files)| files.len() > rf_over)
        .map(|((len, hash), files)| FileGroup {
            len,
            hash: Some(hash),
            files,
        })
        .collect();

    let count = groups.selected_count(rf_over, rf_under);
    let bytes = groups.selected_size(rf_over, rf_under);
    ctx.log.info(format!(
        "Found {} ({}) {} files",
        count,
        bytes,
        ctx.config.search_type()
    ));
    groups
}
/// Transforms files by piping them to an external program and groups them by their hashes
Transforms files by piping them to an external program and groups them by their hashes
Transforms files by piping them to an external program and groups them by their hashes
fn group_transformed(
    ctx: &mut AppCtx,
    transform: &Transform,
    groups: Vec<FileGroup<Path>>,
) -> Vec<FileGroup<Path>> {
    let file_count: usize = groups.total_count();
    let progress = ctx.log.progress_bar("Transforming", file_count as u64);
    let files: Vec<_> = groups
        .into_par_iter()
        .flat_map(|g| {
            g.files
                .into_par_iter()
                .inspect(|_| progress.tick())
                .filter_map(|f: Path| {
                    let result = transform.run_or_log_err(&f, &ctx.log);
                    result.map(|(len, hash)| (len, hash, f))
                })
                .collect::<Vec<_>>()
        })
        .collect();
    drop(progress);
    let progress = ctx.log.progress_bar("Grouping by hash", files.len() as u64);
    let mut groups = GroupMap::new(|(len, hash, path)| ((len, hash), path));
    for f in files {
        progress.tick();
        groups.add(f);
    }
    let rf_over = ctx.config.rf_over();
    let rf_under = ctx.config.rf_under();
    let groups: Vec<_> = groups
        .into_iter()
        .filter(|(_, files)| files.len() > rf_over)
        .map(|((len, hash), files)| FileGroup {
            len,
            hash: Some(hash),
            files,
        })
        .collect();
    let count = groups.selected_count(rf_over, rf_under);
    let bytes = groups.selected_size(rf_over, rf_under);
    ctx.log.info(format!(
        "Found {} ({}) {} files",
        count,
        bytes,
        ctx.config.search_type()
    ));
    groups
}
fn group_transformed ( ctx : & mut AppCtx , transform : & Transform , groups : Vec < FileGroup < Path > > , ) -> Vec < FileGroup < Path > > { let file_count : usize = groups . total_count ( ) ; let progress = ctx . log . progress_bar ( " " , file_count as u64 ) ; let files : Vec < _ > = groups . into_par_iter ( ) . flat_map ( | g | { g . files . into_par_iter ( ) . inspect ( | _ | progress . tick ( ) ) . filter_map ( | f : Path | { let result = transform . run_or_log_err ( & f , & ctx . log ) ; result . map ( | ( len , hash ) | ( len , hash , f ) ) } ) . collect :: < Vec < _ > > ( ) } ) . collect ( ) ; drop ( progress ) ; let progress = ctx . log . progress_bar ( " " , files . len ( ) as u64 ) ; let mut groups = GroupMap :: new ( | ( len , hash , path ) | ( ( len , hash ) , path ) ) ; for f in files { progress . tick ( ) ; groups . add ( f ) ; } let rf_over = ctx . config . rf_over ( ) ; let rf_under = ctx . config . rf_under ( ) ; let groups : Vec < _ > = groups . into_iter ( ) . filter ( | ( _ , files ) | files . len ( ) > rf_over ) . map ( | ( ( len , hash ) , files ) | FileGroup { len , hash : Some ( hash ) , files , } ) . collect ( ) ; let count = groups . selected_count ( rf_over , rf_under ) ; let bytes = groups . selected_size ( rf_over , rf_under ) ; ctx . log . info ( format ! ( " " count bytes ctx config search_type ( ) ) ) ; groups }
Transforms files by piping them to an external program and groups them by their hashes
Transforms files by piping them to an external program and groups them by their hashes
ctx
&mut AppCtx
transform
&Transform
groups
Vec<FileGroup<Path>>
ctx
&mut AppCtx
transform
&Transform
groups
Vec<FileGroup<Path>>