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git/t/t9700/test.pl

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#!/usr/bin/perl
use lib (split(/:/, $ENV{GITPERLLIB}));
use 5.008;
use warnings;
use strict;
use Test::More qw(no_plan);
BEGIN {
# t9700-perl-git.sh kicks off our testing, so we have to go from
# there.
Test::More->builder->current_test(1);
Test::More->builder->no_ending(1);
}
use Cwd;
use File::Basename;
BEGIN { use_ok('Git') }
# set up
our $abs_repo_dir = cwd();
ok(our $r = Git->repository(Directory => "."), "open repository");
# config
is($r->config("test.string"), "value", "config scalar: string");
is_deeply([$r->config("test.dupstring")], ["value1", "value2"],
"config array: string");
is($r->config("test.nonexistent"), undef, "config scalar: nonexistent");
is_deeply([$r->config("test.nonexistent")], [], "config array: nonexistent");
is($r->config_int("test.int"), 2048, "config_int: integer");
is($r->config_int("test.nonexistent"), undef, "config_int: nonexistent");
ok($r->config_bool("test.booltrue"), "config_bool: true");
ok(!$r->config_bool("test.boolfalse"), "config_bool: false");
is($r->config_path("test.path"), $r->config("test.pathexpanded"),
"config_path: ~/foo expansion");
is_deeply([$r->config_path("test.pathmulti")], ["foo", "bar"],
"config_path: multiple values");
our $ansi_green = "\x1b[32m";
is($r->get_color("color.test.slot1", "red"), $ansi_green, "get_color");
# Cannot test $r->get_colorbool("color.foo")) because we do not
# control whether our STDOUT is a terminal.
# Failure cases for config:
# Save and restore STDERR; we will probably extract this into a
# "dies_ok" method and possibly move the STDERR handling to Git.pm.
open our $tmpstderr, ">&STDERR" or die "cannot save STDERR"; close STDERR;
git-config: do not complain about duplicate entries If git-config is asked for a single value, it will complain and exit with an error if it finds multiple instances of that value. This is unlike the usual internal config parsing, however, which will generally overwrite previous values, leaving only the final one. For example: [set a multivar] $ git config user.email one@example.com $ git config --add user.email two@example.com [use the internal parser to fetch it] $ git var GIT_AUTHOR_IDENT Your Name <two@example.com> ... [use git-config to fetch it] $ git config user.email one@example.com error: More than one value for the key user.email: two@example.com This overwriting behavior is critical for the regular parser, which starts with the lowest-priority file (e.g., /etc/gitconfig) and proceeds to the highest-priority file ($GIT_DIR/config). Overwriting yields the highest priority value at the end. Git-config solves this problem by implementing its own parsing. It goes from highest to lowest priorty, but does not proceed to the next file if it has seen a value. So in practice, this distinction never mattered much, because it only triggered for values in the same file. And there was not much point in doing that; the real value is in overwriting values from lower-priority files. However, this changed with the implementation of config include files. Now we might see an include overriding a value from the parent file, which is a sensible thing to do, but git-config will flag as a duplication. This patch drops the duplicate detection for git-config and switches to a pure-overwrite model (for the single case; --get-all can still be used if callers want to do something more fancy). As is shown by the modifications to the test suite, this is a user-visible change in behavior. An alternative would be to just change the include case, but this is much cleaner for a few reasons: 1. If you change the include case, then to what? If you just stop parsing includes after getting a value, then you will get a _different_ answer than the regular config parser (you'll get the first value instead of the last value). So you'd want to implement overwrite semantics anyway. 2. Even though it is a change in behavior for git-config, it is bringing us in line with what the internal parsers already do. 3. The file-order reimplementation is the only thing keeping us from sharing more code with the internal config parser, which will help keep differences to a minimum. Going under the assumption that the primary purpose of git-config is to behave identically to how git's internal parsing works, this change can be seen as a bug-fix. Signed-off-by: Jeff King <peff@peff.net>
2012-10-23 22:52:44 +02:00
is($r->config("test.dupstring"), "value2", "config: multivar");
eval { $r->config_bool("test.boolother") };
ok($@, "config_bool: non-boolean values fail");
open STDERR, ">&", $tmpstderr or die "cannot restore STDERR";
# ident
like($r->ident("aUthor"), qr/^A U Thor <author\@example.com> [0-9]+ \+0000$/,
"ident scalar: author (type)");
like($r->ident("cOmmitter"), qr/^C O Mitter <committer\@example.com> [0-9]+ \+0000$/,
"ident scalar: committer (type)");
is($r->ident("invalid"), "invalid", "ident scalar: invalid ident string (no parsing)");
my ($name, $email, $time_tz) = $r->ident('author');
is_deeply([$name, $email], ["A U Thor", "author\@example.com"],
"ident array: author");
like($time_tz, qr/[0-9]+ \+0000/, "ident array: author");
is_deeply([$r->ident("Name <email> 123 +0000")], ["Name", "email", "123 +0000"],
"ident array: ident string");
is_deeply([$r->ident("invalid")], [], "ident array: invalid ident string");
# ident_person
is($r->ident_person("aUthor"), "A U Thor <author\@example.com>",
"ident_person: author (type)");
is($r->ident_person("Name <email> 123 +0000"), "Name <email>",
"ident_person: ident string");
is($r->ident_person("Name", "email", "123 +0000"), "Name <email>",
"ident_person: array");
# objects and hashes
ok(our $file1hash = $r->command_oneline('rev-parse', "HEAD:file1"), "(get file hash)");
my $tmpfile = "file.tmp";
open TEMPFILE, "+>$tmpfile" or die "Can't open $tmpfile: $!";
is($r->cat_blob($file1hash, \*TEMPFILE), 15, "cat_blob: size");
our $blobcontents;
{ local $/; seek TEMPFILE, 0, 0; $blobcontents = <TEMPFILE>; }
is($blobcontents, "changed file 1\n", "cat_blob: data");
close TEMPFILE or die "Failed writing to $tmpfile: $!";
is(Git::hash_object("blob", $tmpfile), $file1hash, "hash_object: roundtrip");
open TEMPFILE, ">$tmpfile" or die "Can't open $tmpfile: $!";
print TEMPFILE my $test_text = "test blob, to be inserted\n";
close TEMPFILE or die "Failed writing to $tmpfile: $!";
like(our $newhash = $r->hash_and_insert_object($tmpfile), qr/[0-9a-fA-F]{40}/,
"hash_and_insert_object: returns hash");
open TEMPFILE, "+>$tmpfile" or die "Can't open $tmpfile: $!";
is($r->cat_blob($newhash, \*TEMPFILE), length $test_text, "cat_blob: roundtrip size");
{ local $/; seek TEMPFILE, 0, 0; $blobcontents = <TEMPFILE>; }
is($blobcontents, $test_text, "cat_blob: roundtrip data");
close TEMPFILE;
unlink $tmpfile;
# paths
is($r->repo_path, $abs_repo_dir . "/.git", "repo_path");
is($r->wc_path, $abs_repo_dir . "/", "wc_path");
is($r->wc_subdir, "", "wc_subdir initial");
$r->wc_chdir("directory1");
is($r->wc_subdir, "directory1", "wc_subdir after wc_chdir");
is($r->config("test.string"), "value", "config after wc_chdir");
# Object generation in sub directory
chdir("directory2");
my $r2 = Git->repository();
is($r2->repo_path, $abs_repo_dir . "/.git", "repo_path (2)");
is($r2->wc_path, $abs_repo_dir . "/", "wc_path (2)");
is($r2->wc_subdir, "directory2/", "wc_subdir initial (2)");
# commands in sub directory
my $last_commit = $r2->command_oneline(qw(rev-parse --verify HEAD));
like($last_commit, qr/^[0-9a-fA-F]{40}$/, 'rev-parse returned hash');
my $dir_commit = $r2->command_oneline('log', '-n1', '--pretty=format:%H', '.');
isnt($last_commit, $dir_commit, 'log . does not show last commit');
# commands outside working tree
chdir($abs_repo_dir . '/..');
my $r3 = Git->repository(Directory => $abs_repo_dir);
my $tmpfile3 = "$abs_repo_dir/file3.tmp";
open TEMPFILE3, "+>$tmpfile3" or die "Can't open $tmpfile3: $!";
is($r3->cat_blob($file1hash, \*TEMPFILE3), 15, "cat_blob(outside): size");
close TEMPFILE3;
unlink $tmpfile3;
chdir($abs_repo_dir);
printf "1..%d\n", Test::More->builder->current_test;
my $is_passing = eval { Test::More->is_passing };
exit($is_passing ? 0 : 1) unless $@ =~ /Can't locate object method/;