def test_different_annotations_02(self):
# Make sure that an XSD with different comments produces the same hash
with open(
join(RESOURCES_PATH, "chemical-element-annot-02.xsd"), "r", encoding="utf-8"
) as xsd_file:
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def test_same(self):
# Make sure that the same XSD produces the same hash
with open(
join(RESOURCES_PATH, "diffusion.xsd"), "r", encoding="utf-8"
) as xsd_file:
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def test_same_file(self):
# Make sure that the same XSD produces the same hash
xsd_file = codecs.open(join(RESOURCES_PATH, 'chemical-element.xsd'),
'r',
encoding="utf-8")
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def test_mixed_order(self):
# Make sure that an XSD with elements in a different order produces the same hash
xsd_file = codecs.open(join(RESOURCES_PATH, 'diffusion-mixed.xsd'),
'r',
encoding="utf-8")
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def test_different_type(self):
# Make sure that an XSD with different type names does not produce the same hash
xsd_file = codecs.open(join(RESOURCES_PATH,
'composition-type-name.xsd'),
'r',
encoding="utf-8")
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertNotEqual(self.hash, content_hash)
def test_ammd_hash_value(self):
ammd_hash = "b056869f2e87adbf6b56b0ec19e65f9761cc6826"
with open(
join(RESOURCES_PATH, "ammd-r2018a.xsd"), "r", encoding="utf-8"
) as xsd_file:
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(ammd_hash, content_hash)
def test_registry_hash_value(self):
res_md_hash = "4735069b4332ee196e95b4db7877b6dcea9692ec"
with open(
join(RESOURCES_PATH, "res-md.xsd"), "r", encoding="utf-8"
) as xsd_file:
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(res_md_hash, content_hash)
def test_mixed_order(self):
# Make sure that an XSD with elements in a different order produces
# the same hash
with open(
join(RESOURCES_PATH, "diffusion-mixed.xsd"), "r", encoding="utf-8"
) as xsd_file:
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def test_different_namespace(self):
# Make sure that an XSD with different comments produces the same hash
xsd_file = codecs.open(join(RESOURCES_PATH,
'chemical-element-namespace.xsd'),
'r',
encoding="utf-8")
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertNotEqual(self.hash, content_hash)
def test_different_root(self):
# Make sure that an XSD with different root names does not produce
# the same hash
with open(
join(RESOURCES_PATH, "composition-root-name.xsd"), "r", encoding="utf-8"
) as xsd_file:
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertNotEqual(self.hash, content_hash)
def test_different_documentation(self):
# Make sure that an XSD with documentation tags produces different hash
xsd_file = codecs.open(join(RESOURCES_PATH,
'chemical-element-documentation.xsd'),
'r',
encoding="utf-8")
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def test_wrong_enum(self):
# Make sure that an XSD with different enumeration does not produce the same hash
xsd_file = codecs.open(join(RESOURCES_PATH,
'chemical-element-enum.xsd'),
'r',
encoding="utf-8")
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertNotEqual(self.hash, content_hash)
def test_different_spaces_02(self):
# Make sure that an XSD with additional spaces, returns,tabs produces the same hash
xsd_file = codecs.open(join(RESOURCES_PATH,
'chemical-element-spaces-02.xsd'),
'r',
encoding="utf-8")
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def test_ammd_hash_value(self):
ammd_hash = "b056869f2e87adbf6b56b0ec19e65f9761cc6826"
xsd_file = codecs.open(join(RESOURCES_PATH, 'ammd-r2018a.xsd'),
'r',
encoding="utf-8")
# xsd_file = open(join(RESOURCES_PATH, 'ammd-r2018a.xsd'), 'r')
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(ammd_hash, content_hash)
def test_registry_hash_value(self):
res_md_hash = "4735069b4332ee196e95b4db7877b6dcea9692ec"
xsd_file = codecs.open(join(RESOURCES_PATH, 'res-md.xsd'),
'r',
encoding="utf-8")
# xsd_file = open(join(RESOURCES_PATH, 'res-md.xsd'), 'r')
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(res_md_hash, content_hash)
def test_different_documentation(self):
# Make sure that an XSD with documentation tags produces different hash
with open(
join(RESOURCES_PATH, "chemical-element-documentation.xsd"),
"r",
encoding="utf-8",
) as xsd_file:
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def test_different_spaces_01(self):
# Make sure that an XSD with additional spaces produces the same hash
with open(
join(RESOURCES_PATH, "chemical-element-spaces-01.xsd"),
"r",
encoding="utf-8",
) as xsd_file:
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def get_hash(xml_string):
"""Get the hash of an XML string.
Args:
xml_string:
Returns:
"""
try:
return xsd_hash.get_hash(xml_string)
except Exception:
raise exceptions.XSDError("Something wrong happened during the hashing.")
def test_comments(self):
# makes sure that an XSD with documentation tags produces different hash
xsd_file = open(join(RESOURCES_PATH, 'different-comments.xsd'), 'r')
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def test_order(self):
# makes sure that an XSD with elements in a different order produces the same hash
xsd_file = open(join(RESOURCES_PATH, 'order.xsd'), 'r')
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def test_type(self):
# makes sure that an XSD with different type names does not produce the same hash
xsd_file = open(join(RESOURCES_PATH, 'type-name.xsd'), 'r')
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertNotEqual(self.hash, content_hash)
def test_same(self):
# makes sure that the same XSD produces the same hash
xsd_file = open(join(RESOURCES_PATH, 'composition.xsd'), 'r')
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def setUp(self):
xsd_file = open(join(RESOURCES_PATH, 'chemical-element.xsd'), 'r')
self.content = xsd_file.read()
self.hash = xsd_hash.get_hash(self.content)
def test_wrong_enum(self):
# makes sure that an XSD with different enumeration does not produce the same hash
xsd_file = open(join(RESOURCES_PATH, 'wrong-enum.xsd'), 'r')
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertNotEqual(self.hash, content_hash)
def setUp(self):
xsd_file = open(join(RESOURCES_PATH, 'composition.xsd'), 'r')
self.content = xsd_file.read()
self.hash = xsd_hash.get_hash(self.content)
def test_different_namespace(self):
# makes sure that an XSD with different comments produces the same hash
xsd_file = open(join(RESOURCES_PATH, 'namespace.xsd'), 'r')
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertNotEqual(self.hash, content_hash)
def test_different_annotations_levels(self):
# makes sure that an XSD with different comments produces the same hash
xsd_file = open(join(RESOURCES_PATH, 'annotations-levels.xsd'), 'r')
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def setUp(self):
print "In method", self._testMethodName
xsd_file = open(join(RESOURCES_PATH, 'demo.diffusion.xsd'), 'r')
self.content = xsd_file.read()
self.hash = xsd_hash.get_hash(self.content)
def test_spaces2(self):
# makes sure that an XSD with additional spaces, returns,tabs produces the same hash
xsd_file = open(join(RESOURCES_PATH, 'spaces-return-tab.xsd'), 'r')
content = xsd_file.read()
content_hash = xsd_hash.get_hash(content)
self.assertEqual(self.hash, content_hash)
def setUp(self):
print "In method", self._testMethodName
xsd_file = open(join(RESOURCES_PATH, 'chemical-element.xsd'), 'r')
self.content = xsd_file.read()
self.hash = xsd_hash.get_hash(self.content)
