def __init__(self, config, compression, path=None):
if not config.custom_compression_filter:
raise CompressionIncompatibility("custom_compression_filter")
if not config.custom_decompression_filter:
raise CompressionIncompatibility("custom_decompression_filter")
super(CustomCompressor, self).__init__(config, compression, path)
self._compress = self._build_command(config.custom_compression_filter)
self._decompress = self._build_command(
config.custom_decompression_filter)
def test_check_redundancy(self, tmpdir):
"""
Test the check method
"""
# Setup temp dir and server
# build a backup_manager and setup a basic configuration
backup_manager = build_backup_manager(name='TestServer',
global_conf={
'barman_home':
tmpdir.strpath,
'minimum_redundancy': "1"
})
backup_manager.executor = mock.MagicMock()
# Test the unsatisfied minimum_redundancy option
strategy_mock = mock.MagicMock()
backup_manager.check(strategy_mock)
# Expect a failure from the method
strategy_mock.result.assert_called_with(
'TestServer', 'minimum redundancy requirements', False,
'have 0 backups, expected at least 1')
# Test the satisfied minimum_redundancy option
b_info = build_test_backup_info(
backup_id='fake_backup_id',
server=backup_manager.server,
)
b_info.save()
strategy_mock.reset_mock()
backup_manager._load_backup_cache()
backup_manager.check(strategy_mock)
# Expect a success from the method
strategy_mock.result.assert_called_with(
'TestServer', 'minimum redundancy requirements', True,
'have 1 backups, expected at least 1')
# Test for no failed backups
strategy_mock.reset_mock()
backup_manager._load_backup_cache()
backup_manager.check(strategy_mock)
# Expect a failure from the method
strategy_mock.result.assert_any_call('TestServer', 'failed backups',
True,
'there are 0 failed backups')
# Test for failed backups in catalog
b_info = build_test_backup_info(
backup_id='failed_backup_id',
server=backup_manager.server,
status=BackupInfo.FAILED,
)
b_info.save()
strategy_mock.reset_mock()
backup_manager._load_backup_cache()
backup_manager.check(strategy_mock)
# Expect a failure from the method
strategy_mock.result.assert_any_call('TestServer', 'failed backups',
False,
'there are 1 failed backups')
# Test unknown compression
backup_manager.config.compression = 'test_compression'
backup_manager.compression_manager.check.return_value = False
strategy_mock.reset_mock()
backup_manager.check(strategy_mock)
# Expect a failure from the method
strategy_mock.result.assert_any_call('TestServer',
'compression settings', False)
# Test valid compression
backup_manager.config.compression = 'test_compression'
backup_manager.compression_manager.check.return_value = True
strategy_mock.reset_mock()
backup_manager.check(strategy_mock)
# Expect a success from the method
strategy_mock.result.assert_any_call('TestServer',
'compression settings', True)
# Test failure retrieving a compressor
backup_manager.config.compression = 'test_compression'
backup_manager.compression_manager.check.return_value = True
backup_manager.compression_manager.get_compressor.side_effect = \
CompressionIncompatibility()
strategy_mock.reset_mock()
backup_manager.check(strategy_mock)
# Expect a failure from the method
strategy_mock.result.assert_any_call('TestServer',
'compression settings', False)
def test_check_redundancy(self, tmpdir):
"""
Test the check method
"""
# Setup temp dir and server
# build a backup_manager and setup a basic configuration
backup_manager = build_backup_manager(
name="TestServer",
global_conf={"barman_home": tmpdir.strpath, "minimum_redundancy": "1"},
)
backup_manager.executor = mock.MagicMock()
# Test the unsatisfied minimum_redundancy option
strategy_mock = mock.MagicMock()
backup_manager.check(strategy_mock)
# Expect a failure from the method
strategy_mock.result.assert_called_with(
"TestServer", False, hint="have 0 backups, expected at least 1"
)
# Test the satisfied minimum_redundancy option
b_info = build_test_backup_info(
backup_id="fake_backup_id",
server=backup_manager.server,
)
b_info.save()
strategy_mock.reset_mock()
backup_manager._load_backup_cache()
backup_manager.check(strategy_mock)
# Expect a success from the method
strategy_mock.result.assert_called_with(
"TestServer", True, hint="have 1 backups, expected at least 1"
)
# Test for no failed backups
strategy_mock.reset_mock()
backup_manager._load_backup_cache()
backup_manager.check(strategy_mock)
# Expect a failure from the method
strategy_mock.result.assert_any_call(
"TestServer", True, hint="there are 0 failed backups"
)
# Test for failed backups in catalog
b_info = build_test_backup_info(
backup_id="failed_backup_id",
server=backup_manager.server,
status=BackupInfo.FAILED,
)
b_info.save()
strategy_mock.reset_mock()
backup_manager._load_backup_cache()
backup_manager.check(strategy_mock)
# Expect a failure from the method
strategy_mock.result.assert_any_call(
"TestServer", False, hint="there are 1 failed backups"
)
# Test unknown compression
backup_manager.config.compression = "test_compression"
backup_manager.compression_manager.check.return_value = False
strategy_mock.reset_mock()
backup_manager.check(strategy_mock)
# Expect a failure from the method
strategy_mock.result.assert_any_call("TestServer", False)
# Test valid compression
backup_manager.config.compression = "test_compression"
backup_manager.compression_manager.check.return_value = True
strategy_mock.reset_mock()
backup_manager.check(strategy_mock)
# Expect a success from the method
strategy_mock.result.assert_any_call("TestServer", True)
# Test failure retrieving a compressor
backup_manager.config.compression = "test_compression"
backup_manager.compression_manager.check.return_value = True
backup_manager.compression_manager.get_default_compressor.side_effect = (
CompressionIncompatibility()
)
strategy_mock.reset_mock()
backup_manager.check(strategy_mock)
# Expect a failure from the method
strategy_mock.result.assert_any_call("TestServer", False)
