def test_reformat_rpm_no_provides_details(self):
"""
Since details wraps the provides field in a metadata dict, test that when the provides field
isn't specified, reformat_rpm doesn't try and reformat the non-existent field.
"""
test_rpm = {contents.ASSOCIATION_METADATA_KEYWORD: {
'requires': [
{'name': 'name.1',
'version': 'version.1',
'release': 'release.1',
'epoch': 'epoch.1',
'flags': 'GT'},
]
}}
# Test
command = contents.PackageSearchCommand(None, self.context)
command._reformat_rpm_provides_requires(test_rpm)
# Verify
self.assertTrue(isinstance(test_rpm[contents.ASSOCIATION_METADATA_KEYWORD]['requires'][0],
basestring))
self.assertEqual(test_rpm[contents.ASSOCIATION_METADATA_KEYWORD]['requires'][0],
'name.1 > version.1-release.1-epoch.1')
self.assertFalse('provides' in test_rpm[contents.ASSOCIATION_METADATA_KEYWORD])
def test_reformat_rpm_no_provides(self):
"""
When a user doesn't specify provides in the --fields option, reformat_rpm should not
attempt to reformat the field
"""
# Setup a test rpm without a provides field
test_rpm = {
'requires': [
{'name': 'name.1',
'version': 'version.1',
'release': 'release.1',
'epoch': 'epoch.1',
'flags': 'GT'},
]
}
# Test
command = contents.PackageSearchCommand(None, self.context)
command._reformat_rpm_provides_requires(test_rpm)
# Verify requires was reformatted into a single string
self.assertTrue(isinstance(test_rpm['requires'][0], basestring))
self.assertEqual(test_rpm['requires'][0], 'name.1 > version.1-release.1-epoch.1')
# Confirm there's no 'provides' field
self.assertFalse('provides' in test_rpm)
def test_reformat_rpm_provides_requires(self):
# Setup
test_rpm = {
'provides': [{'name': 'name.1',
'version': 'version.1',
'release': 'release.1',
'epoch': 'epoch.1',
'flags': None},
{'name': 'name.2',
'version': None,
'release': None,
'epoch': None,
'flags': None},
],
'requires': [{'name': 'name.1',
'version': 'version.1',
'release': 'release.1',
'epoch': 'epoch.1',
'flags': 'GT'},
]
}
# Test
command = contents.PackageSearchCommand(None, self.context)
command._reformat_rpm_provides_requires(test_rpm)
# Verify
self.assertTrue(isinstance(test_rpm['provides'][0], basestring))
self.assertTrue(isinstance(test_rpm['provides'][1], basestring))
self.assertTrue(isinstance(test_rpm['requires'][0], basestring))
self.assertEqual(test_rpm['provides'][0], 'name.1-version.1-release.1-epoch.1')
self.assertEqual(test_rpm['provides'][1], 'name.2')
self.assertEqual(test_rpm['requires'][0], 'name.1 > version.1-release.1-epoch.1')
def test_reformat_rpm_no_requires_provides_details(self):
"""
Test that reformat_rpm correctly handles no 'provides' or 'requires' fields inside the
metadata dict.
"""
test_rpm = {contents.ASSOCIATION_METADATA_KEYWORD: {}}
# Test
command = contents.PackageSearchCommand(None, self.context)
command._reformat_rpm_provides_requires(test_rpm)
# Verify no fields showed up uninvited
self.assertFalse('provides' in test_rpm[contents.ASSOCIATION_METADATA_KEYWORD])
self.assertFalse('requires' in test_rpm[contents.ASSOCIATION_METADATA_KEYWORD])
def test_reformat_rpm_no_requires_provides(self):
"""
When a user doesn't specify provides and requires in the --fields option, reformat_rpm
should not try and reformat those fields
"""
test_rpm = {}
# Test
command = contents.PackageSearchCommand(None, self.context)
command._reformat_rpm_provides_requires(test_rpm)
# Verify no fields showed up uninvited
self.assertFalse('provides' in test_rpm)
self.assertFalse('requires' in test_rpm)
def test_reformat_rpm_provides_requires_details(self):
"""
When the details flag is set, package_search manually applies a filter for the unit data.
Everything except for the association information is placed in a dict called metadata. This
tests that the provides and requires sections are reformatted with this second structure.
"""
# Setup
test_rpm = {contents.ASSOCIATION_METADATA_KEYWORD: {
'provides': [
{'name': 'name.1',
'version': 'version.1',
'release': 'release.1',
'epoch': 'epoch.1',
'flags': None},
{'name': 'name.2',
'version': None,
'release': None,
'epoch': None,
'flags': None},
],
'requires': [
{'name': 'name.1',
'version': 'version.1',
'release': 'release.1',
'epoch': 'epoch.1',
'flags': 'GT'},
]
}}
# Test
command = contents.PackageSearchCommand(None, self.context)
command._reformat_rpm_provides_requires(test_rpm)
# Verify
self.assertTrue(isinstance(test_rpm[contents.ASSOCIATION_METADATA_KEYWORD]['provides'][0],
basestring))
self.assertTrue(isinstance(test_rpm[contents.ASSOCIATION_METADATA_KEYWORD]['provides'][1],
basestring))
self.assertTrue(isinstance(test_rpm[contents.ASSOCIATION_METADATA_KEYWORD]['requires'][0],
basestring))
self.assertEqual(test_rpm[contents.ASSOCIATION_METADATA_KEYWORD]['provides'][0],
'name.1-version.1-release.1-epoch.1')
self.assertEqual(test_rpm[contents.ASSOCIATION_METADATA_KEYWORD]['provides'][1],
'name.2')
self.assertEqual(test_rpm[contents.ASSOCIATION_METADATA_KEYWORD]['requires'][0],
'name.1 > version.1-release.1-epoch.1')
def test_parse_sort(self, mock_parse):
command = contents.PackageSearchCommand(None, self.context)
command._parse_sort('test-data')
mock_parse.assert_called_once_with(DisplayUnitAssociationsCommand, 'test-data')
def test_parse_key_value_override(self, mock_parse):
command = contents.PackageSearchCommand(None, self.context)
command._parse_key_value('test-data')
mock_parse.assert_called_once_with('test-data')
def test_structure(self):
command = contents.PackageSearchCommand(None, self.context)
self.assertTrue(isinstance(command, DisplayUnitAssociationsCommand))
self.assertEqual(command.context, self.context)