一个解决方案是ruby在中间，perl是一个更可用的默认情况下，这里是一个替代使用perl当前行作者。

git ls-files -z | xargs -0n1 git blame -w | perl -n -e '/^.*\((.*?)\s*[\d]{4}/; print $1,"\n"' | sort -f | uniq -c | sort -n

我对上面的一个简短的回答作了修改，但这不足以满足我的需要。我需要能够对提交的行和最终代码中的行进行分类。我还想按文件进行细分。这段代码不递归，它只返回单个目录的结果，但如果有人想进一步了解，这是一个很好的开始。复制并粘贴到文件中并使其可执行或使用Perl运行。

#!/usr/bin/perl

use strict;
use warnings;
use Data::Dumper;

my $dir = shift;

die "Please provide a directory name to check\n"
    unless $dir;

chdir $dir
    or die "Failed to enter the specified directory '$dir': $!\n";

if ( ! open(GIT_LS,'-|','git ls-files') ) {
    die "Failed to process 'git ls-files': $!\n";
}
my %stats;
while (my $file = <GIT_LS>) {
    chomp $file;
    if ( ! open(GIT_LOG,'-|',"git log --numstat $file") ) {
        die "Failed to process 'git log --numstat $file': $!\n";
    }
    my $author;
    while (my $log_line = <GIT_LOG>) {
        if ( $log_line =~ m{^Author:\s*([^<]*?)\s*<([^>]*)>} ) {
            $author = lc($1);
        }
        elsif ( $log_line =~ m{^(\d+)\s+(\d+)\s+(.*)} ) {
            my $added = $1;
            my $removed = $2;
            my $file = $3;
            $stats{total}{by_author}{$author}{added}        += $added;
            $stats{total}{by_author}{$author}{removed}      += $removed;
            $stats{total}{by_author}{total}{added}          += $added;
            $stats{total}{by_author}{total}{removed}        += $removed;

            $stats{total}{by_file}{$file}{$author}{added}   += $added;
            $stats{total}{by_file}{$file}{$author}{removed} += $removed;
            $stats{total}{by_file}{$file}{total}{added}     += $added;
            $stats{total}{by_file}{$file}{total}{removed}   += $removed;
        }
    }
    close GIT_LOG;

    if ( ! open(GIT_BLAME,'-|',"git blame -w $file") ) {
        die "Failed to process 'git blame -w $file': $!\n";
    }
    while (my $log_line = <GIT_BLAME>) {
        if ( $log_line =~ m{\((.*?)\s+\d{4}} ) {
            my $author = $1;
            $stats{final}{by_author}{$author}     ++;
            $stats{final}{by_file}{$file}{$author}++;

            $stats{final}{by_author}{total}       ++;
            $stats{final}{by_file}{$file}{total}  ++;
            $stats{final}{by_file}{$file}{total}  ++;
        }
    }
    close GIT_BLAME;
}
close GIT_LS;

print "Total lines committed by author by file\n";
printf "%25s %25s %8s %8s %9s\n",'file','author','added','removed','pct add';
foreach my $file (sort keys %{$stats{total}{by_file}}) {
    printf "%25s %4.0f%%\n",$file
            ,100*$stats{total}{by_file}{$file}{total}{added}/$stats{total}{by_author}{total}{added};
    foreach my $author (sort keys %{$stats{total}{by_file}{$file}}) {
        next if $author eq 'total';
        if ( $stats{total}{by_file}{$file}{total}{added} ) {
            printf "%25s %25s %8d %8d %8.0f%%\n",'', $author,@{$stats{total}{by_file}{$file}{$author}}{qw{added removed}}
            ,100*$stats{total}{by_file}{$file}{$author}{added}/$stats{total}{by_file}{$file}{total}{added};
        } else {
            printf "%25s %25s %8d %8d\n",'', $author,@{$stats{total}{by_file}{$file}{$author}}{qw{added removed}} ;
        }
    }
}
print "\n";

print "Total lines in the final project by author by file\n";
printf "%25s %25s %8s %9s %9s\n",'file','author','final','percent', '% of all';
foreach my $file (sort keys %{$stats{final}{by_file}}) {
    printf "%25s %4.0f%%\n",$file
            ,100*$stats{final}{by_file}{$file}{total}/$stats{final}{by_author}{total};
    foreach my $author (sort keys %{$stats{final}{by_file}{$file}}) {
        next if $author eq 'total';
        printf "%25s %25s %8d %8.0f%% %8.0f%%\n",'', $author,$stats{final}{by_file}{$file}{$author}
            ,100*$stats{final}{by_file}{$file}{$author}/$stats{final}{by_file}{$file}{total}
            ,100*$stats{final}{by_file}{$file}{$author}/$stats{final}{by_author}{total}
        ;
    }
}
print "\n";


print "Total lines committed by author\n";
printf "%25s %8s %8s %9s\n",'author','added','removed','pct add';
foreach my $author (sort keys %{$stats{total}{by_author}}) {
    next if $author eq 'total';
    printf "%25s %8d %8d %8.0f%%\n",$author,@{$stats{total}{by_author}{$author}}{qw{added removed}}
        ,100*$stats{total}{by_author}{$author}{added}/$stats{total}{by_author}{total}{added};
};
print "\n";


print "Total lines in the final project by author\n";
printf "%25s %8s %9s\n",'author','final','percent';
foreach my $author (sort keys %{$stats{final}{by_author}}) {
    printf "%25s %8d %8.0f%%\n",$author,$stats{final}{by_author}{$author}
        ,100*$stats{final}{by_author}{$author}/$stats{final}{by_author}{total};
}

@mmrobins @AaronM @ErikZ @JamesMishra提供的变体都有一个共同的问题:他们要求git生成不用于脚本使用的信息的混合物，包括来自存储库的行内容在同一行，然后用regexp匹配混乱。

当某些行不是有效的UTF-8文本时，以及当某些行恰好与regexp匹配时(这里发生了这种情况)，就会出现问题。

这是一条修改过的线，没有这些问题。它要求git在单独的行上干净地输出数据，这使得它很容易过滤我们想要的内容:

git ls-files -z | xargs -0n1 git blame -w --line-porcelain | grep -a "^author " | sort -f | uniq -c | sort -n

您可以grep其他字符串，如author-mail, committer等。

也许首先要导出LC_ALL=C(假设是bash)以强制进行字节级处理(这碰巧也大大加快了来自基于utf -8的区域设置的grep的速度)。

我编写了这个Perl脚本来完成这项任务。

#!/usr/bin/env perl

use strict;
use warnings;

# save the args to pass to the git log command
my $ARGS = join(' ', @ARGV);

#get the repo slug
my $NAME = _get_repo_slug();

#get list of authors
my @authors = _get_authors();
my ($projectFiles, $projectInsertions, $projectDeletions) = (0,0,0);
#for each author
foreach my $author (@authors) {
  my $command = qq{git log $ARGS --author="$author" --oneline --shortstat --no-merges};
  my ($files, $insertions, $deletions) = (0,0,0);
  my @lines = `$command`;
  foreach my $line (@lines) {
    if ($line =~ m/^\s(\d+)\s\w+\s\w+,\s(\d+)\s\w+\([\+|\-]\),\s(\d+)\s\w+\([\+|\-]\)$|^\s(\d+)\s\w+\s\w+,\s(\d+)\s\w+\(([\+|\-])\)$/) {
      my $lineFiles = $1 ? $1 : $4;
      my $lineInsertions = (defined $6 && $6 eq '+') ? $5 : (defined $2) ? $2 : 0;
      my $lineDeletions = (defined $6 && $6 eq '-') ? $5 : (defined $3) ? $3 : 0;
      $files += $lineFiles;
      $insertions += $lineInsertions;
      $deletions += $lineDeletions;
      $projectFiles += $lineFiles;
      $projectInsertions += $lineInsertions;
      $projectDeletions += $lineDeletions;
    }
  }
  if ($files || $insertions || $deletions) {
    printf(
      "%s,%s,%s,+%s,-%s,%s\n",
      $NAME,
      $author,
      $files,
      $insertions,
      $deletions,
      $insertions - $deletions
    );
  }
}

printf(
  "%s,%s,%s,+%s,-%s,%s\n",
  $NAME,
  'PROJECT_TOTAL',
  $projectFiles,
  $projectInsertions,
  $projectDeletions,
  $projectInsertions - $projectDeletions
);

exit 0;

#get the remote.origin.url joins that last two pieces (project and repo folder)
#and removes any .git from the results. 
sub _get_repo_slug {
  my $get_remote_url = "git config --get remote.origin.url";
  my $remote_url = `$get_remote_url`;
  chomp $remote_url;

  my @parts = split('/', $remote_url);

  my $slug = join('-', @parts[-2..-1]);
  $slug =~ s/\.git//;

  return $slug;
}

sub _get_authors {
  my $git_authors = 'git shortlog -s | cut -c8-';
  my @authors = `$git_authors`;
  chomp @authors;

  return @authors;
}

我将其命名为git-line-changes-by-author，并放入/usr/local/bin。因为它保存在我的路径中，所以我可以在2020-01-01之后发出命令git line-changes-by-author—before 2018-12-31—以获得2019年的报告。举个例子。如果我拼错了名字，git会建议正确的拼写。

你可能想要调整_get_repo_slug子只包括remote.origin.url的最后一部分，因为我的回购保存为项目/回购，而你的可能不是。

除了Charles Bailey的回答之外，您可能还想在命令中添加-C参数。否则，即使文件内容没有被修改，文件重命名也会被视为大量的添加和删除(与文件的行数一样多)。

为了说明，当使用git log——oneline——shortstat命令时，这里有一个从我的一个项目中移动的大量文件的提交:

9052459 Reorganized project structure
 43 files changed, 1049 insertions(+), 1000 deletions(-)

这里使用git log——oneline——shortstat -C命令来检测文件的复制和重命名:

9052459 Reorganized project structure
 27 files changed, 134 insertions(+), 85 deletions(-)

在我看来，后者给出了一个人对项目有多大影响的更现实的观点，因为重命名一个文件比从头开始写文件要小得多。

这是最好的方法，它还可以让您清楚地了解所有用户提交的总数

git shortlog -s -n