# Copyright (c) 2009-2012 Zmanda Inc. All Rights Reserved.
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License
# as published by the Free Software Foundation; either version 2
# of the License, or (at your option) any later version.
#
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
# or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
# for more details.
#
# You should have received a copy of the GNU General Public License along
# with this program; if not, write to the Free Software Foundation, Inc.,
# 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#
# Contact information: Carbonite Inc., 756 N Pastoria Ave
# Sunnyvale, CA 94086, USA, or: http://www.zmanda.com
use Test::More tests => 324;
use File::Path;
use Data::Dumper;
use strict;
use warnings;
use lib '@amperldir@';
use Installcheck;
use Installcheck::Config;
use Installcheck::Changer;
use Installcheck::Mock qw( setup_mock_mtx $mock_mtx_path );
use Amanda::Device qw( :constants );
use Amanda::Debug;
use Amanda::Paths;
use Amanda::MainLoop;
use Amanda::Config qw( :init :getconf config_dir_relative );
use Amanda::Changer;
# set up debugging so debug output doesn't interfere with test results
Amanda::Debug::dbopen("installcheck");
# and disable Debug's die() and warn() overrides
Amanda::Debug::disable_die_override();
Installcheck::log_test_output();
my $chg_state_file = "$Installcheck::TMP/chg-robot-state";
unlink($chg_state_file) if -f $chg_state_file;
my $mtx_state_file = setup_mock_mtx (
num_slots => 5,
num_ie => 1,
barcodes => 1,
track_orig => 1,
num_drives => 2,
loaded_slots => {
1 => '11111',
2 => '22222',
3 => '33333',
4 => '44444',
# slot 5 is empty
},
first_slot => 1,
first_drive => 0,
first_ie => 6,
);
sub check_inventory {
my ($chg, $barcodes, $next_step, $expected, $msg) = @_;
$chg->inventory(inventory_cb => make_cb(sub {
my ($err, $inv) = @_;
die $err if $err;
# strip barcodes from both $expected and $inv
if (!$barcodes) {
for (@$expected, @$inv) {
delete $_->{'barcode'};
}
}
if (!is_deeply($inv, $expected, $msg)) {
diag("Got:\n" . Dumper($inv));
exit(1);
}
$next_step->();
}));
}
##
# test the "interface" package
sub test_interface {
my ($finished_cb) = @_;
my ($interface, $chg);
my $steps = define_steps
cb_ref => \$finished_cb,
finalize => sub { $chg->quit() };
step start => sub {
my $testconf = Installcheck::Config->new();
$testconf->add_changer('robo', [
tpchanger => "\"chg-robot:$mtx_state_file\"",
changerfile => "\"$chg_state_file\"",
# point to the two vtape "drives" that mock/mtx will set up
property => "\"tape-device\" \"0=null:drive0\"",
# an point to the mock mtx
property => "\"mtx\" \"$mock_mtx_path\"",
]);
$testconf->write();
my $cfg_result = config_init($CONFIG_INIT_EXPLICIT_NAME, 'TESTCONF');
if ($cfg_result != $CFGERR_OK) {
my ($level, @errors) = Amanda::Config::config_errors();
die(join "\n", @errors);
}
$chg = Amanda::Changer->new("robo");
die "$chg" if $chg->isa("Amanda::Changer::Error");
is($chg->have_inventory(), '1', "changer have inventory");
$interface = $chg->{'interface'};
$interface->inquiry($steps->{'inquiry_cb'});
};
step inquiry_cb => sub {
my ($error, $info) = @_;
die $error if $error;
is_deeply($info, {
'revision' => '0416',
'product id' => 'SSL2000 Series',
'attached changer' => 'No',
'vendor id' => 'COMPAQ',
'product type' => 'Medium Changer'
}, "robot::Interface inquiry() info is correct");
$steps->{'status1'}->();
};
step status1 => sub {
$interface->status(sub {
my ($error, $status) = @_;
die $error if $error;
is_deeply($status, {
drives => {
0 => undef,
1 => undef,
},
slots => {
1 => { 'barcode' => '11111', ie => 0 },
2 => { 'barcode' => '22222', ie => 0 },
3 => { 'barcode' => '33333', ie => 0 },
4 => { 'barcode' => '44444', ie => 0 },
5 => { empty => 1, ie => 0 },
6 => { empty => 1, ie => 1 },
},
}, "robot::Interface status() output is correct (no drives loaded)");
$steps->{'load0'}->();
});
};
step load0 => sub {
$interface->load(2, 0, sub {
my ($error) = @_;
die $error if $error;
pass("load");
$steps->{'status2'}->();
});
};
step status2 => sub {
$interface->status(sub {
my ($error, $status) = @_;
die $error if $error;
is_deeply($status, {
drives => {
0 => { barcode => '22222', 'orig_slot' => 2 },
1 => undef,
},
slots => {
1 => { 'barcode' => '11111', ie => 0 },
2 => { empty => 1, ie => 0 },
3 => { 'barcode' => '33333', ie => 0 },
4 => { 'barcode' => '44444', ie => 0 },
5 => { empty => 1, ie => 0 },
6 => { empty => 1, ie => 1 },
},
}, "robot::Interface status() output is correct (one drive loaded)");
$steps->{'load1'}->();
});
};
step load1 => sub {
$interface->load(4, 1, sub {
my ($error) = @_;
die $error if $error;
pass("load");
$steps->{'status3'}->();
});
};
step status3 => sub {
$interface->status(sub {
my ($error, $status) = @_;
die $error if $error;
is_deeply($status, {
drives => {
0 => { barcode => '22222', 'orig_slot' => 2 },
1 => { barcode => '44444', 'orig_slot' => 4 },
},
slots => {
1 => { 'barcode' => '11111', ie => 0 },
2 => { empty => 1, ie => 0 },
3 => { 'barcode' => '33333', ie => 0 },
4 => { empty => 1, ie => 0 },
5 => { empty => 1, ie => 0 },
6 => { empty => 1, ie => 1 },
},
}, "robot::Interface status() output is correct (two drives loaded)");
$steps->{'transfer'}->();
});
};
step transfer => sub {
$interface->transfer(3, 6, sub {
my ($error) = @_;
die $error if $error;
pass("transfer");
$steps->{'status4'}->();
});
};
step status4 => sub {
$interface->status(sub {
my ($error, $status) = @_;
die $error if $error;
is_deeply($status, {
drives => {
0 => { barcode => '22222', 'orig_slot' => 2 },
1 => { barcode => '44444', 'orig_slot' => 4 },
},
slots => {
1 => { 'barcode' => '11111', ie => 0 },
2 => { empty => 1, ie => 0 },
3 => { empty => 1, ie => 0 },
4 => { empty => 1, ie => 0 },
5 => { empty => 1, ie => 0 },
6 => { 'barcode' => '33333', ie => 1 },
},
}, "robot::Interface status() output is correct after transfer");
$finished_cb->();
});
};
}
test_interface(\&Amanda::MainLoop::quit);
Amanda::MainLoop::run();
{
my $testconf = Installcheck::Config->new();
$testconf->add_changer('bum-scsi-dev', [
tpchanger => "\"chg-robot:does/not/exist\"",
property => "\"tape-device\" \"0=null:foo\"",
changerfile => "\"$chg_state_file\"",
]);
$testconf->add_changer('no-tape-device', [
tpchanger => "\"chg-robot:$mtx_state_file\"",
changerfile => "\"$chg_state_file\"",
]);
$testconf->add_changer('bad-property', [
tpchanger => "\"chg-robot:$mtx_state_file\"",
changerfile => "\"$chg_state_file\"",
property => "\"fast-search\" \"maybe\"",
property => "\"tape-device\" \"0=null:foo\"",
]);
$testconf->add_changer('no-fast-search', [
tpchanger => "\"chg-robot:$mtx_state_file\"",
changerfile => "\"$chg_state_file\"",
property => "\"use-slots\" \"1-3,9\"",
property => "append \"use-slots\" \"8,5-6\"",
property => "\"fast-search\" \"no\"",
property => "\"tape-device\" \"0=null:foo\"",
]);
$testconf->add_changer('delays', [
tpchanger => "\"chg-robot:$mtx_state_file\"",
# no changerfile property
property => "\"tape-device\" \"0=null:foo\"",
property => "\"status-interval\" \"1m\"",
property => "\"eject-delay\" \"1s\"",
property => "\"unload-delay\" \"2M\"",
property => "\"load-poll\" \"2s POLl 3s uNtil 1m\"",
]);
$testconf->write();
config_uninit();
my $cfg_result = config_init($CONFIG_INIT_EXPLICIT_NAME, 'TESTCONF');
if ($cfg_result != $CFGERR_OK) {
my ($level, @errors) = Amanda::Config::config_errors();
die(join "\n", @errors);
}
# test the changer constructor and properties
my $err = Amanda::Changer->new("bum-scsi-dev");
chg_err_like($err,
{ message => "'does/not/exist' not found",
type => 'fatal' },
"check for device existence works");
$err = Amanda::Changer->new("no-tape-device");
chg_err_like($err,
{ message => "no 'tape-device' property specified",
type => 'fatal' },
"tape-device property is required");
$err = Amanda::Changer->new("bad-property");
chg_err_like($err,
{ message => "invalid 'fast-search' value",
type => 'fatal' },
"invalid boolean value handled correctly");
my $chg = Amanda::Changer->new("delays");
die "$chg" if $chg->isa("Amanda::Changer::Error");
is($chg->have_inventory(), '1', "changer have inventory");
is($chg->{'status_interval'}, 60, "status-interval parsed");
is($chg->{'eject_delay'}, 1, "eject-delay parsed");
is($chg->{'unload_delay'}, 120, "unload-delay parsed");
is_deeply($chg->{'load_poll'}, [ 2, 3, 60 ], "load-poll parsed");
# check out the statefile filename generation
my $dashed_mtx_state_file = $mtx_state_file;
$dashed_mtx_state_file =~ tr/a-zA-Z0-9/-/cs;
$dashed_mtx_state_file =~ s/^-*//;
is($chg->{'statefile'}, "$localstatedir/amanda/chg-robot-$dashed_mtx_state_file",
"statefile calculated correctly");
$chg->quit();
# test no-fast-search
$chg = Amanda::Changer->new("no-fast-search");
die "$chg" if $chg->isa("Amanda::Changer::Error");
is($chg->have_inventory(), '1', "changer have inventory");
$chg->info(
info => ['fast_search'],
info_cb => make_cb(info_cb => sub {
my ($err, %info) = @_;
ok(!$info{'fast_search'}, "fast-search property works");
Amanda::MainLoop::quit();
}));
Amanda::MainLoop::run();
# test use-slots
my @allowed = map { $chg->_is_slot_allowed($_) } (0 .. 10);
is_deeply([ @allowed ], [ 0, 1, 1, 1, 0, 1, 1, 0, 1, 1, 0 ],
"_is_slot_allowed parses multiple properties and behaves as expected");
$chg->quit();
}
##
# Test the real deal
sub test_changer {
my ($mtx_config, $finished_cb) = @_;
my $chg;
my ($res1, $res2, $mtx_state_file);
my $pfx = "BC=$mtx_config->{barcodes}; TORIG=$mtx_config->{track_orig}";
my $vtape_root = "$Installcheck::TMP/chg-robot-vtapes";
my $steps = define_steps
cb_ref => \$finished_cb,
finalize => sub { $chg->quit() };
step setup => sub {
# clean up
unlink($chg_state_file) if -f $chg_state_file;
# set up some vtapes
rmtree($vtape_root);
mkpath($vtape_root);
# reset the mock mtx
$mtx_state_file = setup_mock_mtx (
%$mtx_config,
num_slots => 6,
num_ie => 1,
num_drives => 2,
loaded_slots => {
1 => '11111',
2 => '22222',
3 => '33333',
4 => '44444',
# slot 5 is empty
6 => '66666', # slot 6 is full, but not in use-slots
},
first_slot => 1,
first_drive => 0,
first_ie => 6,
vtape_root => $vtape_root,
);
my @ignore_barcodes = ( property => "\"ignore-barcodes\" \"y\"")
if ($mtx_config->{'barcodes'} == -1);
my @broken_drive_loaded_slot = ( property => "\"broken-drive-loaded-slot\" \"y\"")
if ($mtx_config->{'track_orig'} != 1);
my $testconf = Installcheck::Config->new();
$testconf->add_changer('robo', [
tpchanger => "\"chg-robot:$mtx_state_file\"",
changerfile => "\"$chg_state_file\"",
# point to the two vtape "drives" that mock/mtx will set up
property => "\"tape-device\" \"0=file:$vtape_root/drive0\"",
property => "append \"tape-device\" \"1=file:$vtape_root/drive1\"",
property => "\"use-slots\" \"1-5\"",
property => "\"mtx\" \"$mock_mtx_path\"",
@broken_drive_loaded_slot,
@ignore_barcodes,
]);
$testconf->write();
config_uninit();
my $cfg_result = config_init($CONFIG_INIT_EXPLICIT_NAME, 'TESTCONF');
if ($cfg_result != $CFGERR_OK) {
my ($level, @errors) = Amanda::Config::config_errors();
die(join "\n", @errors);
}
$steps->{'start'}->();
};
step start => sub {
$chg = Amanda::Changer->new("robo");
ok(!$chg->isa("Amanda::Changer::Error"),
"$pfx: Create working chg-robot instance")
or die("no sense going on: $chg");
$chg->info(info => [qw(vendor_string num_slots fast_search)], info_cb => $steps->{'info_cb'});
};
step info_cb => sub {
my ($err, %info) = @_;
die $err if $err;
is_deeply({ %info }, {
num_slots => 5,
fast_search => 1,
vendor_string => "COMPAQ SSL2000 Series",
}, "$pfx: info keys num_slots, fast_search, vendor_string are correct");
$steps->{'inventory1'}->();
};
step inventory1 => sub {
check_inventory($chg, $mtx_config->{'barcodes'} > 0, $steps->{'load_slot_1'}, [
{ slot => 1, state => Amanda::Changer::SLOT_FULL,
barcode => '11111', current => 1,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 2, state => Amanda::Changer::SLOT_FULL,
barcode => '22222',
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 3, state => Amanda::Changer::SLOT_FULL,
barcode => '33333',
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 4, state => Amanda::Changer::SLOT_FULL,
barcode => '44444',
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 5, state => Amanda::Changer::SLOT_EMPTY,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
], "$pfx: inventory is correct on start-up");
};
step load_slot_1 => sub {
$chg->load(slot => 1, res_cb => $steps->{'loaded_slot_1'});
};
step loaded_slot_1 => sub {
(my $err, $res1) = @_;
die $err if $err;
is($res1->{'device'}->device_name, "file:$vtape_root/drive0",
"$pfx: first load returns drive-0 device");
is_deeply({
loaded_in => $chg->{'__last_state'}->{'slots'}->{1}->{'loaded_in'},
orig_slot => $chg->{'__last_state'}->{'drives'}->{0}->{'orig_slot'},
}, {
loaded_in => 0,
orig_slot => 1,
}, "$pfx: slot 1 'loaded_in' and drive 0 'orig_slot' are correct");
$steps->{'load_slot_2'}->();
};
step load_slot_2 => sub {
$chg->load(slot => 2, res_cb => $steps->{'loaded_slot_2'});
};
step loaded_slot_2 => sub {
(my $err, $res2) = @_;
die $err if $err;
is($res2->{'device'}->device_name, "file:$vtape_root/drive1",
"$pfx: second load returns drive-1 device");
is_deeply({
loaded_in => $chg->{'__last_state'}->{'slots'}->{1}->{'loaded_in'},
orig_slot => $chg->{'__last_state'}->{'drives'}->{0}->{'orig_slot'},
}, {
loaded_in => 0,
orig_slot => 1,
}, "$pfx: slot 1 'loaded_in' and drive 0 'orig_slot' are still correct");
is_deeply({
loaded_in => $chg->{'__last_state'}->{'slots'}->{2}->{'loaded_in'},
orig_slot => $chg->{'__last_state'}->{'drives'}->{1}->{'orig_slot'},
}, {
loaded_in => 1,
orig_slot => 2,
}, "$pfx: slot 2 'loaded_in' and drive 1 'orig_slot' are correct");
$steps->{'check_loads'}->();
};
step check_loads => sub {
# peek into the interface to check that things are loaded correctly
$chg->{'interface'}->status(sub {
my ($error, $status) = @_;
die $error if $error;
# only perform these checks when barcodes are enabled
if ($mtx_config->{'barcodes'} > 0) {
is_deeply($status->{'drives'}, {
0 => { barcode => '11111', 'orig_slot' => 1 },
1 => { barcode => '22222', 'orig_slot' => 2 },
}, "$pfx: double-check: loading drives with the changer gets the right drives loaded");
}
$steps->{'inventory2'}->();
});
};
step inventory2 => sub {
check_inventory($chg, $mtx_config->{'barcodes'} > 0, $steps->{'load_slot_3'}, [
{ slot => 1, state => Amanda::Changer::SLOT_FULL,
barcode => '11111', reserved => 1, loaded_in => 0, current => 1,
device_status => $DEVICE_STATUS_VOLUME_UNLABELED,
device_error => "File 0 not found",
f_type => $Amanda::Header::F_EMPTY, label => undef },
{ slot => 2, state => Amanda::Changer::SLOT_FULL,
barcode => '22222', reserved => 1, loaded_in => 1,
device_status => $DEVICE_STATUS_VOLUME_UNLABELED,
device_error => "File 0 not found",
f_type => $Amanda::Header::F_EMPTY, label => undef },
{ slot => 3, state => Amanda::Changer::SLOT_FULL,
barcode => '33333',
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 4, state => Amanda::Changer::SLOT_FULL,
barcode => '44444',
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 5, state => Amanda::Changer::SLOT_EMPTY,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
], "$pfx: inventory is updated when slots are loaded");
};
step load_slot_3 => sub {
$chg->load(slot => 3, res_cb => $steps->{'loaded_slot_3'});
};
step loaded_slot_3 => sub {
my ($err, $no_res) = @_;
chg_err_like($err,
{ message => "no drives available",
reason => 'driveinuse',
type => 'failed' },
"$pfx: trying to load a third slot fails with 'no drives available'");
$steps->{'label_tape_1'}->();
};
step label_tape_1 => sub {
$res1->{'device'}->start($Amanda::Device::ACCESS_WRITE, "TAPE-1", undef);
$res1->{'device'}->finish();
$res1->set_label(label => "TAPE-1", finished_cb => $steps->{'label_tape_2'});
};
step label_tape_2 => sub {
my ($err) = @_;
die $err if $err;
pass("$pfx: labeled TAPE-1 in drive 0");
is_deeply({
loaded_in => $chg->{'__last_state'}->{'slots'}->{1}->{'loaded_in'},
orig_slot => $chg->{'__last_state'}->{'drives'}->{0}->{'orig_slot'},
slot_label => $chg->{'__last_state'}->{'slots'}->{1}->{'label'},
drive_label => $chg->{'__last_state'}->{'drives'}->{0}->{'label'},
}, {
loaded_in => 0,
orig_slot => 1,
slot_label => 'TAPE-1',
drive_label => 'TAPE-1',
}, "$pfx: label is correctly reflected in changer state");
is_deeply({
slot_2_loaded_in => $chg->{'__last_state'}->{'slots'}->{2}->{'loaded_in'},
slot_1_loaded_in => $chg->{'__last_state'}->{'drives'}->{1}->{'orig_slot'},
}, {
slot_2_loaded_in => 1,
slot_1_loaded_in => 2,
},
"$pfx: slot 2 'loaded_in' and drive 1 'orig_slot' are correct");
$res2->{'device'}->start($Amanda::Device::ACCESS_WRITE, "TAPE-2", undef);
$res2->{'device'}->finish();
$res2->set_label(label => "TAPE-2", finished_cb => $steps->{'release1'});
};
step release1 => sub {
my ($err) = @_;
die $err if $err;
pass("$pfx: labeled TAPE-2 in drive 1");
is_deeply({
loaded_in => $chg->{'__last_state'}->{'slots'}->{2}->{'loaded_in'},
orig_slot => $chg->{'__last_state'}->{'drives'}->{1}->{'orig_slot'},
slot_label => $chg->{'__last_state'}->{'slots'}->{2}->{'label'},
drive_label => $chg->{'__last_state'}->{'drives'}->{1}->{'label'},
}, {
loaded_in => 1,
orig_slot => 2,
slot_label => 'TAPE-2',
drive_label => 'TAPE-2',
}, "$pfx: label is correctly reflected in changer state");
$res2->release(finished_cb => $steps->{'inventory3'});
};
step inventory3 => sub {
my ($err) = @_;
die "$err" if $err;
pass("$pfx: slot 2/drive 1 released");
check_inventory($chg, $mtx_config->{'barcodes'} > 0, $steps->{'check_state_after_release1'}, [
{ slot => 1, state => Amanda::Changer::SLOT_FULL,
barcode => '11111', reserved => 1, loaded_in => 0, current => 1,
device_status => $DEVICE_STATUS_SUCCESS, device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-1' },
{ slot => 2, state => Amanda::Changer::SLOT_FULL,
barcode => '22222', loaded_in => 1,
device_status => $DEVICE_STATUS_SUCCESS, device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-2' },
{ slot => 3, state => Amanda::Changer::SLOT_FULL,
barcode => '33333',
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 4, state => Amanda::Changer::SLOT_FULL,
barcode => '44444',
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 5, state => Amanda::Changer::SLOT_EMPTY,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
], "$pfx: inventory is still up to date");
};
step check_state_after_release1 => sub {
is($chg->{'__last_state'}->{'drives'}->{1}->{'res_info'}, undef,
"$pfx: drive is not reserved");
is($chg->{'__last_state'}->{'drives'}->{1}->{'label'}, 'TAPE-2',
"$pfx: tape is still in drive");
$steps->{'load_current_1'}->();
};
step load_current_1 => sub {
$chg->load(relative_slot => "current", res_cb => $steps->{'loaded_current_1'});
};
step loaded_current_1 => sub {
my ($err, $res) = @_;
chg_err_like($err,
{ message => "the requested volume is in use (drive 0)",
reason => 'volinuse',
type => 'failed' },
"$pfx: loading 'current' when set_current hasn't been used yet gets slot 1 (which is in use)");
$steps->{'load_slot_4'}->();
};
# this should unload what's in drive 1 and load the empty volume in slot 4
step load_slot_4 => sub {
$chg->load(slot => 4, set_current => 1, res_cb => $steps->{'loaded_slot_4'});
};
step loaded_slot_4 => sub {
(my $err, $res2) = @_;
die "$err" if $err;
is($res2->{'device'}->device_name, "file:$vtape_root/drive1",
"$pfx: loaded slot 4 into drive 1 (and set current to slot 4)");
is_deeply({
loaded_in => $chg->{'__last_state'}->{'slots'}->{2}->{'loaded_in'},
slot_label => $chg->{'__last_state'}->{'slots'}->{2}->{'label'},
}, {
loaded_in => undef,
slot_label => 'TAPE-2',
}, "$pfx: slot 2 (which was just unloaded) still tracked correctly");
is_deeply({
loaded_in => $chg->{'__last_state'}->{'slots'}->{1}->{'loaded_in'},
orig_slot => $chg->{'__last_state'}->{'drives'}->{0}->{'orig_slot'},
}, {
loaded_in => 0,
orig_slot => 1,
}, "$pfx: slot 1 'loaded_in' and drive 0 'orig_slot' are *still* correct");
is_deeply({
loaded_in => $chg->{'__last_state'}->{'slots'}->{4}->{'loaded_in'},
orig_slot => $chg->{'__last_state'}->{'drives'}->{1}->{'orig_slot'},
}, {
loaded_in => 1,
orig_slot => 4,
}, "$pfx: slot 4 'loaded_in' and drive 1 'orig_slot' are correct");
$steps->{'label_tape_4'}->();
};
step label_tape_4 => sub {
$res2->{'device'}->start($Amanda::Device::ACCESS_WRITE, "TAPE-4", undef);
$res2->{'device'}->finish();
$res2->set_label(label => "TAPE-4", finished_cb => $steps->{'inventory4'});
};
step inventory4 => sub {
my ($err) = @_;
die "$err" if $err;
pass("$pfx: labeled TAPE-4 in drive 1");
check_inventory($chg, $mtx_config->{'barcodes'} > 0, $steps->{'release2'}, [
{ slot => 1, state => Amanda::Changer::SLOT_FULL,
barcode => '11111',
device_status => $DEVICE_STATUS_SUCCESS, device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-1',
reserved => 1, loaded_in => 0 },
{ slot => 2, state => Amanda::Changer::SLOT_FULL,
barcode => '22222',
device_status => $DEVICE_STATUS_SUCCESS, device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-2' },
{ slot => 3, state => Amanda::Changer::SLOT_FULL,
barcode => '33333',
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 4, state => Amanda::Changer::SLOT_FULL,
barcode => '44444', reserved => 1, loaded_in => 1, current => 1,
device_status => $DEVICE_STATUS_SUCCESS, device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-4' },
{ slot => 5, state => Amanda::Changer::SLOT_EMPTY,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
], "$pfx: inventory is up to date after more labelings");
};
step release2 => sub {
is_deeply({
loaded_in => $chg->{'__last_state'}->{'slots'}->{4}->{'loaded_in'},
orig_slot => $chg->{'__last_state'}->{'drives'}->{1}->{'orig_slot'},
slot_label => $chg->{'__last_state'}->{'slots'}->{4}->{'label'},
drive_label => $chg->{'__last_state'}->{'drives'}->{1}->{'label'},
}, {
loaded_in => 1,
orig_slot => 4,
slot_label => 'TAPE-4',
drive_label => 'TAPE-4',
}, "$pfx: label is correctly reflected in changer state");
$res1->release(finished_cb => $steps->{'release2_done'});
};
step release2_done => sub {
my ($err) = @_;
die $err if $err;
pass("$pfx: slot 1/drive 0 released");
is($chg->{'__last_state'}->{'drives'}->{0}->{'label'}, 'TAPE-1',
"$pfx: tape is still in drive");
$steps->{'release3'}->();
};
step release3 => sub {
my ($err) = @_;
die $err if $err;
$res2->release(finished_cb => $steps->{'release3_done'});
};
step release3_done => sub {
my ($err) = @_;
die $err if $err;
pass("$pfx: slot 4/drive 0 released");
is($chg->{'__last_state'}->{'drives'}->{1}->{'label'},
'TAPE-4', "$pfx: tape is still in drive");
$steps->{'load_preloaded_by_slot'}->();
};
# try loading a slot that's already in a drive
step load_preloaded_by_slot => sub {
$chg->load(slot => 1, res_cb => $steps->{'loaded_preloaded_by_slot'});
};
step loaded_preloaded_by_slot => sub {
(my $err, $res1) = @_;
die $err if $err;
is($res1->{'device'}->device_name, "file:$vtape_root/drive0",
"$pfx: loading a tape (by slot) that's already in a drive returns that drive");
$res1->release(finished_cb => $steps->{'load_preloaded_by_label'});
};
# try again, this time by label
step load_preloaded_by_label => sub {
pass("$pfx: slot 1/drive 0 released");
$chg->load(label => 'TAPE-4', res_cb => $steps->{'loaded_preloaded_by_label'});
};
step loaded_preloaded_by_label => sub {
(my $err, $res1) = @_;
die $err if $err;
is($res1->{'device'}->device_name, "file:$vtape_root/drive1",
"$pfx: loading a tape (by label) that's already in a drive returns that drive");
$res1->release(finished_cb => $steps->{'load_unloaded_by_label'});
};
# test out searching by label
step load_unloaded_by_label => sub {
my ($err) = @_;
die $err if $err;
pass("$pfx: slot 4/drive 1 released");
$chg->load(label => 'TAPE-2', res_cb => $steps->{'loaded_unloaded_by_label'});
};
step loaded_unloaded_by_label => sub {
(my $err, $res1) = @_;
die $err if $err;
$res1->{'device'}->read_label();
is($res1->{'device'}->volume_label, "TAPE-2",
"$pfx: loading a tape (by label) that's *not* already in a drive returns " .
"the correct device");
$steps->{'release4'}->();
};
step release4 => sub {
$res1->release(finished_cb => $steps->{'release4_done'}, eject => 1);
};
step release4_done => sub {
my ($err) = @_;
die $err if $err;
pass("$pfx: slot 2/drive 0 released");
is_deeply({
loaded_in => $chg->{'__last_state'}->{'slots'}->{2}->{'loaded_in'},
slot_label => $chg->{'__last_state'}->{'slots'}->{2}->{'label'},
drive_label => $chg->{'__last_state'}->{'drives'}->{0}->{'label'},
}, {
loaded_in => undef,
slot_label => 'TAPE-2',
drive_label => undef,
}, "$pfx: and TAPE-2 ejected");
$steps->{'load_current_2'}->();
};
step load_current_2 => sub {
$chg->load(relative_slot => "current", res_cb => $steps->{'loaded_current_2'});
};
step loaded_current_2 => sub {
(my $err, $res1) = @_;
die $err if $err;
$res1->{'device'}->read_label();
is($res1->{'device'}->volume_label, "TAPE-4",
"$pfx: loading 'current' returns the correct device");
$steps->{'release5'}->();
};
step release5 => sub {
$res1->release(finished_cb => $steps->{'load_slot_next'});
};
step load_slot_next => sub {
my ($err) = @_;
die $err if $err;
pass("$pfx: slot 4/drive 1 released");
$chg->load(relative_slot => "next", res_cb => $steps->{'loaded_slot_next'});
};
step loaded_slot_next => sub {
(my $err, $res1) = @_;
die $err if $err;
$res1->{'device'}->read_label();
is($res1->{'device'}->volume_label, "TAPE-1",
"$pfx: loading 'next' returns the correct slot, skipping slot 5 and " .
"looping around to the beginning");
$steps->{'load_res1_next_slot'}->();
};
step load_res1_next_slot => sub {
$chg->load(relative_slot => "next", slot => $res1->{'this_slot'},
res_cb => $steps->{'loaded_res1_next_slot'});
};
step loaded_res1_next_slot => sub {
(my $err, $res2) = @_;
die $err if $err;
$res2->{'device'}->read_label();
is($res2->{'device'}->volume_label, "TAPE-2",
"$pfx: \$res->{this_slot} + 'next' returns the correct slot, too");
if ($mtx_config->{'barcodes'} == 1) {
is($res2->{'barcode'}, '22222',
"$pfx: result has a barcode");
}
$steps->{'release6'}->();
};
step release6 => sub {
$res1->release(finished_cb => $steps->{'release7'});
};
step release7 => sub {
my ($err) = @_;
die "$err" if $err;
pass("$pfx: slot 1 released");
$res2->release(finished_cb => $steps->{'load_disallowed_slot'});
};
step load_disallowed_slot => sub {
my ($err) = @_;
die $err if $err;
pass("$pfx: slot 2 released");
$chg->load(slot => 6, res_cb => $steps->{'loaded_disallowed_slot'});
};
step loaded_disallowed_slot => sub {
(my $err, $res1) = @_;
chg_err_like($err,
{ message => "slot 6 not in use-slots (1-5)",
reason => 'invalid',
type => 'failed' },
"$pfx: loading a disallowed slot fails propertly");
$steps->{'inventory5'}->();
};
step inventory5 => sub {
check_inventory($chg, $mtx_config->{'barcodes'} > 0, $steps->{'try_update'}, [
{ slot => 1, state => Amanda::Changer::SLOT_FULL,
barcode => '11111', loaded_in => 1,
device_status => $DEVICE_STATUS_SUCCESS, device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-1' },
{ slot => 2, state => Amanda::Changer::SLOT_FULL,
barcode => '22222', loaded_in => 0,
device_status => $DEVICE_STATUS_SUCCESS, device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-2' },
{ slot => 3, state => Amanda::Changer::SLOT_FULL,
barcode => '33333',
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 4, state => Amanda::Changer::SLOT_FULL,
barcode => '44444', current => 1,
device_status => $DEVICE_STATUS_SUCCESS, device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-4' },
{ slot => 5, state => Amanda::Changer::SLOT_EMPTY,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
], "$pfx: inventory still accurate");
};
step try_update => sub {
# first, add a label in slot 3, which hasn't been written
# to yet
my $dev = Amanda::Device->new("file:$vtape_root/slot3");
die $dev->error_or_status()
unless $dev->status == 0;
die "error writing label"
unless $dev->start($Amanda::Device::ACCESS_WRITE, "TAPE-3", undef);
$dev->finish();
# now update that slot
$chg->update(changed => "2-4", finished_cb => $steps->{'update_finished'});
};
step update_finished => sub {
my ($err) = @_;
die "$err" if $err;
# verify that slots 2, 3, and 4 have correct info now
is_deeply({
slot_2 => $chg->{'__last_state'}->{'slots'}->{2}->{'label'},
slot_3 => $chg->{'__last_state'}->{'slots'}->{3}->{'label'},
slot_4 => $chg->{'__last_state'}->{'slots'}->{4}->{'label'},
}, {
slot_2 => 'TAPE-2',
slot_3 => 'TAPE-3',
slot_4 => 'TAPE-4',
}, "$pfx: update correctly finds new label in slot 3");
# and check barcodes otherwise
if ($mtx_config->{'barcodes'} > 0) {
is_deeply({
barcode_2 => $chg->{'__last_state'}->{'bc2lb'}->{'22222'},
barcode_3 => $chg->{'__last_state'}->{'bc2lb'}->{'33333'},
barcode_4 => $chg->{'__last_state'}->{'bc2lb'}->{'44444'},
}, {
barcode_2 => 'TAPE-2',
barcode_3 => 'TAPE-3',
barcode_4 => 'TAPE-4',
}, "$pfx: bc2lb is correct, too");
}
$steps->{'try_update2'}->();
};
step try_update2 => sub {
# lie about slot 2
$chg->update(changed => "2=SURPRISE!", finished_cb => $steps->{'update_finished2'});
};
step update_finished2 => sub {
my ($err) = @_;
die "$err" if $err;
# verify the new slot info
is_deeply({
slot_2 => $chg->{'__last_state'}->{'slots'}->{2}->{'label'},
}, {
slot_2 => 'SURPRISE!',
}, "$pfx: assignment-style update correctly sets new label in slot 2");
# and check barcodes otherwise
if ($mtx_config->{'barcodes'} > 0) {
is_deeply({
barcode_2 => $chg->{'__last_state'}->{'bc2lb'}->{'22222'},
}, {
barcode_2 => 'SURPRISE!',
}, "$pfx: bc2lb is correct, too");
}
$steps->{'try_update3'}->();
};
step try_update3 => sub {
# lie about slot 2
$chg->update(changed => "5=NO!", finished_cb => $steps->{'update_finished3'});
};
step update_finished3 => sub {
my ($err) = @_;
chg_err_like($err,
{ message => "slot 5 is empty",
reason => 'unknown',
type => 'failed' },
"$pfx: assignment-style update of an empty slot gives error");
$steps->{'inventory6'}->();
};
step inventory6 => sub {
# note that the loading behavior of update() is not required, so the loaded_in
# keys here may change if update() gets smarter
check_inventory($chg, $mtx_config->{'barcodes'} > 0, $steps->{'move1'}, [
{ slot => 1, state => Amanda::Changer::SLOT_FULL,
barcode => '11111',
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-1' },
{ slot => 2, state => Amanda::Changer::SLOT_FULL,
barcode => '22222',
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'SURPRISE!' },
{ slot => 3, state => Amanda::Changer::SLOT_FULL,
barcode => '33333', loaded_in => 1,
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-3' },
{ slot => 4, state => Amanda::Changer::SLOT_FULL,
barcode => '44444', loaded_in => 0, current => 1,
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-4' },
{ slot => 5, state => Amanda::Changer::SLOT_EMPTY,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
], "$pfx: inventory reflects updates");
};
step move1 => sub {
# move to a full slot
$chg->move(from_slot => 2, to_slot => 1, finished_cb => $steps->{'moved1'});
};
step moved1 => sub {
my ($err) = @_;
chg_err_like($err,
{ message => "slot 1 is not empty",
reason => 'invalid',
type => 'failed' },
"$pfx: moving to a full slot is an error");
$steps->{'move2'}->();
};
step move2 => sub {
# move to a full slot that's loaded (so there's not *actually* a tape
# in the slot)
$chg->move(from_slot => 2, to_slot => 3, finished_cb => $steps->{'moved2'});
};
step moved2 => sub {
my ($err) = @_;
chg_err_like($err,
{ message => "slot 3 is not empty",
reason => 'invalid',
type => 'failed' },
"$pfx: moving to a full slot is an error even if that slot is loaded");
$steps->{'move3'}->();
};
step move3 => sub {
# move from an empty slot
$chg->move(from_slot => 5, to_slot => 3, finished_cb => $steps->{'moved3'});
};
step moved3 => sub {
my ($err) = @_;
chg_err_like($err,
{ message => "slot 5 is empty", # note that this depends on the order of checks..
reason => 'invalid',
type => 'failed' },
"$pfx: moving from an empty slot is an error");
$steps->{'move4'}->();
};
step move4 => sub {
# move from a loaded slot to an empty slot
$chg->move(from_slot => 4, to_slot => 5, finished_cb => $steps->{'moved4'});
};
step moved4 => sub {
my ($err) = @_;
die "$err" if $err;
pass("$pfx: move of a loaded volume succeeds");
$steps->{'move5'}->();
};
step move5 => sub {
$chg->move(from_slot => 2, to_slot => 4, finished_cb => $steps->{'inventory7'});
};
step inventory7 => sub {
my ($err) = @_;
die $err if $err;
pass("$pfx: move succeeds");
# note that the loading behavior of update() is not required, so the loaded_in
# keys here may change if update() gets smarter
check_inventory($chg, $mtx_config->{'barcodes'} > 0, $steps->{'start_scan'}, [
{ slot => 1, state => Amanda::Changer::SLOT_FULL,
barcode => '11111',
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-1' },
{ slot => 2, state => Amanda::Changer::SLOT_EMPTY,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 3, state => Amanda::Changer::SLOT_FULL,
barcode => '33333', loaded_in => 1,
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-3' },
{ slot => 4, state => Amanda::Changer::SLOT_FULL,
barcode => '22222', current => 1,
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'SURPRISE!' },
{ slot => 5, state => Amanda::Changer::SLOT_FULL,
barcode => '44444',
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-4' },
], "$pfx: inventory reflects the move");
};
# test a scan, using except_slots
my %except_slots;
step start_scan => sub {
$chg->load(relative_slot => "current", except_slots => { %except_slots },
res_cb => $steps->{'loaded_for_scan'});
};
step loaded_for_scan => sub {
(my $err, $res1) = @_;
my $slot;
if ($err) {
if ($err->notfound) {
return $steps->{'scan_done'}->();
} elsif ($err->volinuse and defined $err->{'slot'}) {
$slot = $err->{'slot'};
} else {
die $err;
}
} else {
$slot = $res1->{'this_slot'};
}
$except_slots{$slot} = 1;
$res1->release(finished_cb => $steps->{'released_for_scan'});
};
step released_for_scan => sub {
my ($err) = @_;
die $err if $err;
$chg->load(relative_slot => 'next', slot => $res1->{'this_slot'},
except_slots => { %except_slots },
res_cb => $steps->{'loaded_for_scan'});
};
step scan_done => sub {
is_deeply({ %except_slots }, { 4=>1, 5=>1, 1=>1, 3=>1 },
"$pfx: scanning with except_slots works");
check_inventory($chg, $mtx_config->{'barcodes'} > 0, $steps->{'update_unknown'}, [
{ slot => 1, state => Amanda::Changer::SLOT_FULL,
barcode => '11111', loaded_in => 1,
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-1' },
{ slot => 2, state => Amanda::Changer::SLOT_EMPTY,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 3, state => Amanda::Changer::SLOT_FULL,
barcode => '33333', loaded_in => 0,
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-3' },
{ slot => 4, state => Amanda::Changer::SLOT_FULL,
barcode => '22222', current => 1,
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-2' },
{ slot => 5, state => Amanda::Changer::SLOT_FULL,
barcode => '44444',
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-4' },
], "$pfx: inventory before updates with unknown state");
};
step update_unknown => sub {
$chg->update(changed => "3-4=", finished_cb => $steps->{'update_unknown_finished'});
};
step update_unknown_finished => sub {
my ($err) = @_;
die "$err" if $err;
if ($mtx_config->{'barcodes'} > 0) {
check_inventory($chg, $mtx_config->{'barcodes'} > 0, $steps->{'quit'}, [
{ slot => 1, state => Amanda::Changer::SLOT_FULL,
barcode => '11111', loaded_in => 1,
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-1' },
{ slot => 2, state => Amanda::Changer::SLOT_EMPTY,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 3, state => Amanda::Changer::SLOT_FULL,
barcode => '33333', loaded_in => 0,
device_status => undef,
device_error => undef,
f_type => undef, label => undef },
{ slot => 4, state => Amanda::Changer::SLOT_FULL,
barcode => '22222', current => 1,
device_status => undef,
device_error => undef,
f_type => undef, label => undef },
{ slot => 5, state => Amanda::Changer::SLOT_FULL,
barcode => '44444',
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-4' },
], "$pfx: inventory reflects updates wrcodesith unknown state with barcodes");
} else {
check_inventory($chg, $mtx_config->{'barcodes'} > 0, $steps->{'quit'}, [
{ slot => 1, state => Amanda::Changer::SLOT_FULL,
barcode => '11111', loaded_in => 1,
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-1' },
{ slot => 2, state => Amanda::Changer::SLOT_EMPTY,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 3, state => Amanda::Changer::SLOT_FULL,
barcode => '33333', loaded_in => 0,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 4, state => Amanda::Changer::SLOT_FULL,
barcode => '22222', current => 1,
device_status => undef, device_error => undef,
f_type => undef, label => undef },
{ slot => 5, state => Amanda::Changer::SLOT_FULL,
barcode => '44444',
device_status => $DEVICE_STATUS_SUCCESS,
device_error => undef,
f_type => $Amanda::Header::F_TAPESTART, label => 'TAPE-4' },
], "$pfx: inventory reflects updates with unknown state without barcodes");
}
};
step quit => sub {
unlink($chg_state_file) if -f $chg_state_file;
unlink($mtx_state_file) if -f $mtx_state_file;
rmtree($vtape_root);
$finished_cb->();
};
}
# These tests are run over a number of different mtx configurations, to ensure
# that the behavior is identical regardless of the changer/mtx characteristics
for my $mtx_config (
{ barcodes => 1, track_orig => 1, },
{ barcodes => 0, track_orig => 1, },
{ barcodes => 1, track_orig => -1, },
{ barcodes => 0, track_orig => 0, },
{ barcodes => -1, track_orig => 0, },
) {
test_changer($mtx_config, \&Amanda::MainLoop::quit);
Amanda::MainLoop::run();
}