def test_dictionary_factor(self):
input_attrs = deepcopy(self.test_attrs)
dict_subset_attrs = deepcopy(self.test_attrs)
overlapping_dict_attrs = deepcopy(self.test_attrs)
del dict_subset_attrs["DEFINES"]["DEBUG"]
overlapping_dict_attrs["DEFINES"]["MOZ_DEBUG"] = True
common_attrs = find_common_attrs(
[input_attrs, dict_subset_attrs, overlapping_dict_attrs]
)
for attr in ("LIBRARY_NAME", "LOCAL_INCLUDES"):
self.assertEqual(common_attrs[attr], self.test_attrs[attr])
self.assertFalse(input_attrs.get(attr))
self.assertFalse(dict_subset_attrs.get(attr))
self.assertFalse(overlapping_dict_attrs.get(attr))
self.assertEqual(common_attrs["DEFINES"], {"UNICODE": True})
self.assertEqual(dict_subset_attrs["DEFINES"], {})
self.assertEqual(
overlapping_dict_attrs["DEFINES"],
{
"DEBUG": True,
"MOZ_DEBUG": True,
},
)
def test_list_factor(self):
list_attrs = deepcopy(self.test_attrs)
input_attrs = deepcopy(self.test_attrs)
list_attrs['LOCAL_INCLUDES'] += ['/local/include']
list_attrs['LOCAL_INCLDUES'] = list(reversed(list_attrs['LOCAL_INCLUDES']))
common_attrs = find_common_attrs([input_attrs, list_attrs])
self.assertEqual(list_attrs['LOCAL_INCLUDES'], ['/local/include'])
self.assertEqual(self.test_attrs, common_attrs)
self.assertFalse(any(v for v in input_attrs.values()))
def test_list_factor(self):
list_attrs = deepcopy(self.test_attrs)
input_attrs = deepcopy(self.test_attrs)
list_attrs["LOCAL_INCLUDES"] += ["/local/include"]
list_attrs["LOCAL_INCLDUES"] = list(reversed(list_attrs["LOCAL_INCLUDES"]))
common_attrs = find_common_attrs([input_attrs, list_attrs])
self.assertEqual(list_attrs["LOCAL_INCLUDES"], ["/local/include"])
self.assertEqual(self.test_attrs, common_attrs)
self.assertFalse(any(v for v in input_attrs.values()))
def test_common_attrs(self):
input_attrs = deepcopy(self.test_attrs)
dict_subset_attrs = deepcopy(self.test_attrs)
del dict_subset_attrs['DEFINES']
common_attrs = find_common_attrs([input_attrs, dict_subset_attrs])
self.assertNotIn('DEFINES', common_attrs)
expected_common = deepcopy(self.test_attrs)
del expected_common['DEFINES']
self.assertEqual(expected_common, common_attrs)
for attr_set in (input_attrs, dict_subset_attrs):
self.assertNotIn('LIBRARY_NAME', attr_set)
self.assertEqual(attr_set['LOCAL_INCLUDES'], [])
def test_common_attrs(self):
input_attrs = deepcopy(self.test_attrs)
dict_subset_attrs = deepcopy(self.test_attrs)
del dict_subset_attrs["DEFINES"]
common_attrs = find_common_attrs([input_attrs, dict_subset_attrs])
self.assertNotIn("DEFINES", common_attrs)
expected_common = deepcopy(self.test_attrs)
del expected_common["DEFINES"]
self.assertEqual(expected_common, common_attrs)
for attr_set in (input_attrs, dict_subset_attrs):
self.assertNotIn("LIBRARY_NAME", attr_set)
self.assertEqual(attr_set["LOCAL_INCLUDES"], [])
def test_value_factor(self):
input_attrs = deepcopy(self.test_attrs)
value_attrs = deepcopy(self.test_attrs)
value_attrs['LOCAL_INCLUDES'] = ['/local/include']
value_attrs['DEFINES']['DEBUG'] = False
value_attrs['DEFINES']['UNICODE'] = False
common_attrs = find_common_attrs([value_attrs, input_attrs])
self.assertEqual(common_attrs['LIBRARY_NAME'], 'Foo')
self.assertNotIn('LIBRARY_NAME', value_attrs)
self.assertNotIn('LIBRARY_NAME', input_attrs)
del common_attrs['LIBRARY_NAME']
self.assertFalse(any(v for v in common_attrs.values()))
self.assertEqual(input_attrs['LOCAL_INCLUDES'], self.test_attrs['LOCAL_INCLUDES'])
self.assertEqual(input_attrs['DEFINES'], self.test_attrs['DEFINES'])
self.assertEqual(value_attrs['LOCAL_INCLUDES'], ['/local/include'])
self.assertEqual(value_attrs['DEFINES'], {'DEBUG': False, 'UNICODE': False})
def test_value_factor(self):
input_attrs = deepcopy(self.test_attrs)
value_attrs = deepcopy(self.test_attrs)
value_attrs["LOCAL_INCLUDES"] = ["/local/include"]
value_attrs["DEFINES"]["DEBUG"] = False
value_attrs["DEFINES"]["UNICODE"] = False
common_attrs = find_common_attrs([value_attrs, input_attrs])
self.assertEqual(common_attrs["LIBRARY_NAME"], "Foo")
self.assertNotIn("LIBRARY_NAME", value_attrs)
self.assertNotIn("LIBRARY_NAME", input_attrs)
del common_attrs["LIBRARY_NAME"]
self.assertFalse(any(v for v in common_attrs.values()))
self.assertEqual(
input_attrs["LOCAL_INCLUDES"], self.test_attrs["LOCAL_INCLUDES"]
)
self.assertEqual(input_attrs["DEFINES"], self.test_attrs["DEFINES"])
self.assertEqual(value_attrs["LOCAL_INCLUDES"], ["/local/include"])
self.assertEqual(value_attrs["DEFINES"], {"DEBUG": False, "UNICODE": False})
def test_dictionary_factor(self):
input_attrs = deepcopy(self.test_attrs)
dict_subset_attrs = deepcopy(self.test_attrs)
overlapping_dict_attrs = deepcopy(self.test_attrs)
del dict_subset_attrs['DEFINES']['DEBUG']
overlapping_dict_attrs['DEFINES']['MOZ_DEBUG'] = True
common_attrs = find_common_attrs([input_attrs, dict_subset_attrs, overlapping_dict_attrs])
for attr in ('LIBRARY_NAME', 'LOCAL_INCLUDES'):
self.assertEqual(common_attrs[attr], self.test_attrs[attr])
self.assertFalse(input_attrs.get(attr))
self.assertFalse(dict_subset_attrs.get(attr))
self.assertFalse(overlapping_dict_attrs.get(attr))
self.assertEqual(common_attrs['DEFINES'], {'UNICODE': True})
self.assertEqual(dict_subset_attrs['DEFINES'], {})
self.assertEqual(overlapping_dict_attrs['DEFINES'], {
'DEBUG': True,
'MOZ_DEBUG': True,
})
def test_value_factor(self):
input_attrs = deepcopy(self.test_attrs)
value_attrs = deepcopy(self.test_attrs)
value_attrs['LOCAL_INCLUDES'] = ['/local/include']
value_attrs['DEFINES']['DEBUG'] = False
value_attrs['DEFINES']['UNICODE'] = False
common_attrs = find_common_attrs([value_attrs, input_attrs])
self.assertEqual(common_attrs['LIBRARY_NAME'], 'Foo')
self.assertNotIn('LIBRARY_NAME', value_attrs)
self.assertNotIn('LIBRARY_NAME', input_attrs)
del common_attrs['LIBRARY_NAME']
self.assertFalse(any(v for v in common_attrs.values()))
self.assertEqual(input_attrs['LOCAL_INCLUDES'],
self.test_attrs['LOCAL_INCLUDES'])
self.assertEqual(input_attrs['DEFINES'], self.test_attrs['DEFINES'])
self.assertEqual(value_attrs['LOCAL_INCLUDES'], ['/local/include'])
self.assertEqual(value_attrs['DEFINES'], {
'DEBUG': False,
'UNICODE': False
})
def test_dictionary_factor(self):
input_attrs = deepcopy(self.test_attrs)
dict_subset_attrs = deepcopy(self.test_attrs)
overlapping_dict_attrs = deepcopy(self.test_attrs)
del dict_subset_attrs['DEFINES']['DEBUG']
overlapping_dict_attrs['DEFINES']['MOZ_DEBUG'] = True
common_attrs = find_common_attrs(
[input_attrs, dict_subset_attrs, overlapping_dict_attrs])
for attr in ('LIBRARY_NAME', 'LOCAL_INCLUDES'):
self.assertEqual(common_attrs[attr], self.test_attrs[attr])
self.assertFalse(input_attrs.get(attr))
self.assertFalse(dict_subset_attrs.get(attr))
self.assertFalse(overlapping_dict_attrs.get(attr))
self.assertEqual(common_attrs['DEFINES'], {'UNICODE': True})
self.assertEqual(dict_subset_attrs['DEFINES'], {})
self.assertEqual(overlapping_dict_attrs['DEFINES'], {
'DEBUG': True,
'MOZ_DEBUG': True,
})
def test_single_attr_set(self):
# If we only have one set of attributes they're all considered common.
single_attrs = deepcopy(self.test_attrs)
common_attrs = find_common_attrs([single_attrs])
self.assertFalse(any(v for v in single_attrs.values()))
self.assertEqual(self.test_attrs, common_attrs)
def test_single_attr_set(self):
# If we only have one set of attributes they're all considered common.
single_attrs = deepcopy(self.test_attrs)
common_attrs = find_common_attrs([single_attrs])
self.assertFalse(any(v for v in single_attrs.values()))
self.assertEqual(self.test_attrs, common_attrs)