-#!/bin/perl
+#!/usr/bin/perl
#
# This tool will print vaguely pretty information about a pack. It
-# expects the output of "git-verify-pack -v" as input on stdin.
+# expects the output of "git verify-pack -v" as input on stdin.
#
-# $ git-verify-pack -v | packinfo.pl
+# $ git verify-pack -v | packinfo.pl
#
# This prints some full-pack statistics; currently "all sizes", "all
# path sizes", "tree sizes", "tree path sizes", and "depths".
#
# When run as:
#
-# $ git-verify-pack -v | packinfo.pl -tree
+# $ git verify-pack -v | packinfo.pl -tree
#
# the trees of objects are output along with the stats. This looks
# like:
#
# When run as:
#
-# $ git-verify-pack -v | packinfo.pl -tree -filenames
+# $ git verify-pack -v | packinfo.pl -tree -filenames
#
# it adds filenames to the tree. Getting this information is slow:
#
#
# When run as:
#
-# $ git-verify-pack -v | packinfo.pl -dump
+# $ git verify-pack -v | packinfo.pl -dump
#
# it prints out "sha1 size pathsize depth" for each sha1 in lexical
# order.
my @depths;
while (<STDIN>) {
- my ($sha1, $type, $size, $offset, $depth, $parent) = split(/\s+/, $_);
+ my ($sha1, $type, $size, $space, $offset, $depth, $parent) = split(/\s+/, $_);
next unless ($sha1 =~ /^[0-9a-f]{40}$/);
$depths{$sha1} = $depth || 0;
push(@depths, $depth || 0);
}
if ($filenames && ($tree || $dump)) {
- open(NAMES, "git-name-rev --all|");
+ open(NAMES, "git name-rev --all|");
while (<NAMES>) {
if (/^(\S+)\s+(.*)$/) {
my ($sha1, $name) = ($1, $2);
for my $commit (@commits) {
my $name = $names{$commit};
- open(TREE, "git-ls-tree -t -r $commit|");
+ open(TREE, "git ls-tree -t -r $commit|");
print STDERR "Plumbing tree $name\n";
while (<TREE>) {
if (/^(\S+)\s+(\S+)\s+(\S+)\s+(.*)$/) {