def test_empty_string(self):
v = _TINCProductVersion('')
self.assertEquals(v.version, ['x'] * 4)
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('x')
self.assertEquals(v.version, ['x'] * 4)
self.assertIsNone(v.hotfix)
def test_empty_string(self):
v = _TINCProductVersion('')
self.assertEquals(v.version, ['x'] * 4)
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('x')
self.assertEquals(v.version, ['x'] * 4)
self.assertIsNone(v.hotfix)
def test_lower_bound_filler(self):
vr = _TINCProductVersionRange('[4.2-4.2.3.0]')
self.assertTrue(vr.lower_bound_inclusive and vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('4.2.0.0'))
self.assertEquals(vr.upper_bound_version,
_TINCProductVersion('4.2.3.0'))
vr = _TINCProductVersionRange('[-4.2.3.0]')
self.assertTrue(vr.lower_bound_inclusive and vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('0.0.0.0'))
self.assertEquals(vr.upper_bound_version,
_TINCProductVersion('4.2.3.0'))
#HotFix lower bound
vr = _TINCProductVersionRange('[4.3.1.0LA1-]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
self.assertTrue(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('4.3.1.0LA1'))
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('main'))
vr = _TINCProductVersionRange('(4.3.1.0LA1-)')
self.assertFalse(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
self.assertFalse(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('4.3.1.0LA2'))
self.assertEquals(vr.upper_bound_version,
_TINCProductVersion('99.99.99.98'))
def test_main_version(self):
v = _TINCProductVersion('main')
self.assertEquals(v.version, ['99', '99', '99', '99'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('MAIN')
self.assertEquals(v.version, ['99', '99', '99', '99'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('mAin')
self.assertEquals(v.version, ['99', '99', '99', '99'])
self.assertIsNone(v.hotfix)
def test_main_version(self):
v = _TINCProductVersion('main')
self.assertEquals(v.version, ['99', '99', '99', '99'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('MAIN')
self.assertEquals(v.version, ['99', '99', '99', '99'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('mAin')
self.assertEquals(v.version, ['99', '99', '99', '99'])
self.assertIsNone(v.hotfix)
def setUp(self):
super(XidlimitsTests, self).setUp()
Command('re-build regress.so',
'make -C %s xidhelper.so' % local_path('.')).run(validateAfter=True)
SQLTemplateTestCase.perform_transformation_on_sqlfile(local_path('load_xidhelper.sql'),
local_path('load_xidhelper.sql.t'),
{'@source@' : local_path('xidhelper.so')})
PSQL.run_sql_file(sql_file=local_path('load_xidhelper.sql.t'),
out_file=local_path('load_xidhelper.out.t'))
versionstr = self.get_product_version()[1]
self.use42x_ans = (_TINCProductVersion(versionstr) == _TINCProductVersion('4.2.x'))
self.gparray = GpArray.initFromCatalog(dbconn.DbURL(), utility=True)
def test_version_range(self):
vr = _TINCProductVersionRange('[4.2.1.0-4.2.3.0]')
self.assertTrue(vr.lower_bound_inclusive and vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('4.2.1.0'))
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('4.2.3.0'))
#HotFix Version range: Lowerbound check
vr = _TINCProductVersionRange('[4.3.1.0LA1-]')
self.assertTrue(vr.lower_bound_inclusive and vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('4.3.1.0LA1'))
#HotFix Version range: Upperbound check
vr = _TINCProductVersionRange('[-4.3.1.0LA1]')
self.assertTrue(vr.lower_bound_inclusive and vr.upper_bound_inclusive)
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('4.3.1.0LA1'))
def test_version_range(self):
vr = _TINCProductVersionRange('[4.2.1.0-4.2.3.0]')
self.assertTrue(vr.lower_bound_inclusive and vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('4.2.1.0'))
self.assertEquals(vr.upper_bound_version,
_TINCProductVersion('4.2.3.0'))
#HotFix Version range: Lowerbound check
vr = _TINCProductVersionRange('[4.3.1.0LA1-]')
self.assertTrue(vr.lower_bound_inclusive and vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('4.3.1.0LA1'))
#HotFix Version range: Upperbound check
vr = _TINCProductVersionRange('[-4.3.1.0LA1]')
self.assertTrue(vr.lower_bound_inclusive and vr.upper_bound_inclusive)
self.assertEquals(vr.upper_bound_version,
_TINCProductVersion('4.3.1.0LA1'))
def test_with_one_product_version(self):
tinc_test_case = MockTINCTestCaseWithProductVersionMetadata(
'test_with_one_product_version')
self.assertIsNotNone(tinc_test_case.product_version)
self.assertEquals(
len(tinc_test_case.product_version.product_version_included), 1)
self.assertTrue(
'test' in tinc_test_case.product_version.product_version_included)
self.assertEquals(
tinc_test_case.product_version.product_version_included['test'][0],
_TINCProductVersion('1.0.0.0'))
def test_invalid_version_strings(self):
with self.assertRaises(TINCInvalidProductVersionException) as cm:
v = _TINCProductVersion('4')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Hotfix can be given only with four part version
v = _TINCProductVersion('4.2MS1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything greater than 4 part should throw an exception
v = _TINCProductVersion('4.2.1.1.1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything other than digits or 'x' should fail
v = _TINCProductVersion('4.2.a.1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Just a string should fail
v = _TINCProductVersion('test.test.test.test')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything beyond hotfix should fail
v = _TINCProductVersion('4.2.1.3MS1_DEV')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything other than x or a digit anywhere should fail
v = _TINCProductVersion('4.2.y.3MS1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything other than x or a digit anywhere should fail
v = _TINCProductVersion('4.2.y.zMS1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything other than x or a digit anywhere should fail
v = _TINCProductVersion('4.2.xx.1MS1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Invalid filler string
v = _TINCProductVersion('4.2MS1', filler='y')
def test_invalid_version_strings(self):
with self.assertRaises(TINCInvalidProductVersionException) as cm:
v = _TINCProductVersion('4')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Hotfix can be given only with four part version
v = _TINCProductVersion('4.2MS1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything greater than 4 part should throw an exception
v = _TINCProductVersion('4.2.1.1.1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything other than digits or 'x' should fail
v = _TINCProductVersion('4.2.a.1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Just a string should fail
v = _TINCProductVersion('test.test.test.test')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything beyond hotfix should fail
v = _TINCProductVersion('4.2.1.3MS1_DEV')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything other than x or a digit anywhere should fail
v = _TINCProductVersion('4.2.y.3MS1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything other than x or a digit anywhere should fail
v = _TINCProductVersion('4.2.y.zMS1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Anything other than x or a digit anywhere should fail
v = _TINCProductVersion('4.2.xx.1MS1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
# Invalid filler string
v = _TINCProductVersion('4.2MS1', filler='y')
def test_lower_bound_filler(self):
vr = _TINCProductVersionRange('[4.2-4.2.3.0]')
self.assertTrue(vr.lower_bound_inclusive and vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('4.2.0.0'))
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('4.2.3.0'))
vr = _TINCProductVersionRange('[-4.2.3.0]')
self.assertTrue(vr.lower_bound_inclusive and vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('0.0.0.0'))
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('4.2.3.0'))
#HotFix lower bound
vr = _TINCProductVersionRange('[4.3.1.0LA1-]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
self.assertTrue(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('4.3.1.0LA1'))
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('main'))
vr = _TINCProductVersionRange('(4.3.1.0LA1-)')
self.assertFalse(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
self.assertFalse(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('4.3.1.0LA2'))
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('99.99.99.98'))
def test_filler(self):
# Default filler
v = _TINCProductVersion('4.2.x')
self.assertEquals(v.version, ['4', '2', 'x', 'x'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('4.2')
self.assertEquals(v.version, ['4', '2', 'x', 'x'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('4.2.x.x')
self.assertEquals(v.version, ['4', '2', 'x', 'x'])
self.assertIsNone(v.hotfix)
# Provide filler string
v = _TINCProductVersion('4.2.x', filler='0')
self.assertEquals(v.version, ['4', '2', 'x', '0'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('4.2', filler='0')
self.assertEquals(v.version, ['4', '2', '0', '0'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('4.2.x.x', filler='0')
self.assertEquals(v.version, ['4', '2', 'x', 'x'])
self.assertIsNone(v.hotfix)
def test_filler(self):
# Default filler
v = _TINCProductVersion('4.2.x')
self.assertEquals(v.version, ['4', '2', 'x', 'x'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('4.2')
self.assertEquals(v.version, ['4', '2', 'x', 'x'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('4.2.x.x')
self.assertEquals(v.version, ['4', '2', 'x', 'x'])
self.assertIsNone(v.hotfix)
# Provide filler string
v = _TINCProductVersion('4.2.x', filler='0')
self.assertEquals(v.version, ['4', '2', 'x', '0'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('4.2', filler='0')
self.assertEquals(v.version, ['4', '2', '0', '0'])
self.assertIsNone(v.hotfix)
v = _TINCProductVersion('4.2.x.x', filler='0')
self.assertEquals(v.version, ['4', '2', 'x', 'x'])
self.assertIsNone(v.hotfix)
def test_match_version(self):
vr = _TINCProductVersionRange('[4.2-4.4]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.0.0')))
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.99.99')))
self.assertTrue(vr.match_version(_TINCProductVersion('4.2.0.0')))
self.assertTrue(vr.match_version(_TINCProductVersion('4.4.99.99')))
"""
These cases are not expected. We will always compare with a four part version.
self.assertTrue(vr.match_version(_TINCProductVersion('4.2')))
self.assertTrue(vr.match_version(_TINCProductVersion('4.2.1.x')))
self.assertFalse(vr.match_version(_TINCProductVersion('4.x')))
"""
# Hotfix matches
self.assertTrue(vr.match_version(_TINCProductVersion('4.2.0.0MS1')))
# A hotfix version is considered greater than the actual version
self.assertFalse(vr.match_version(_TINCProductVersion('4.4.99.99MS1')))
vr = _TINCProductVersionRange('[4.2.6.0-9.99.99.99]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.0.0EFT')))
#Testing new range for the HOTFIX (4.3.1.0LA1)"
vr = _TINCProductVersionRange('[4.3.1.0-]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
#Testing Version range with HotFix with lowerBound
vr = _TINCProductVersionRange('[4.3.1.0LA1-]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
#Testing Version range with HotFix with upperBound
vr = _TINCProductVersionRange('[-4.3.1.0LA1]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
#Testing Version range with HotFix
vr = _TINCProductVersionRange('[4.3.1.0LA1-]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.1.0LA2')))
#Negative test case for version range with hotfix
vr = _TINCProductVersionRange('[-4.3.1.0LA1]')
self.assertFalse(vr.match_version(_TINCProductVersion('4.3.1.0LA2')))
#Hotfix range check with other hotfix version
vr = _TINCProductVersionRange('[-4.3.0.1MA1]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.0.1LA2')))
def test_hotfix(self):
v = _TINCProductVersion('4.2.1.0MS1')
self.assertEquals(v.version, ['4', '2', '1', '0'])
self.assertEquals(v.hotfix, 'MS1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
v = _TINCProductVersion('4.2.x.xMS1')
def test_equality(self):
# Equality operations
self.assertEquals(_TINCProductVersion('4.2.1.0'),
_TINCProductVersion('4.2.1.0'))
self.assertEquals(_TINCProductVersion('x'),
_TINCProductVersion('4.2.1.0'))
self.assertEquals(_TINCProductVersion('x'), _TINCProductVersion('x'))
self.assertEquals(_TINCProductVersion('4.2.1'),
_TINCProductVersion('4.2.1.0'))
self.assertEquals(_TINCProductVersion('4.2.1'),
_TINCProductVersion('4.2.1.99'))
self.assertEquals(_TINCProductVersion('4.2'),
_TINCProductVersion('4.2.1.99'))
self.assertEquals(_TINCProductVersion('4.x'),
_TINCProductVersion('4.2.1.99'))
self.assertEquals(_TINCProductVersion(''),
_TINCProductVersion('4.2.1.99'))
self.assertEquals(_TINCProductVersion(None),
_TINCProductVersion('4.2.1.99'))
self.assertEquals(_TINCProductVersion(''),
_TINCProductVersion('4.2.1.99MS1'))
self.assertEquals(_TINCProductVersion('4.2'),
_TINCProductVersion('4.2.1.99MS1'))
self.assertEquals(_TINCProductVersion('4.2.x'),
_TINCProductVersion('4.2.1.99MS1'))
self.assertEquals(_TINCProductVersion('4.2.x.99'),
_TINCProductVersion('4.2.1.99MS1'))
# Comparison operations
self.assertGreater(_TINCProductVersion('4.2.0.0'),
_TINCProductVersion('4.1'))
self.assertGreater(_TINCProductVersion('4.2.0.0'),
_TINCProductVersion('4.1.x'))
self.assertGreater(_TINCProductVersion('4.2.0.0'),
_TINCProductVersion('4.1.x.x'))
self.assertGreater(_TINCProductVersion('4.2.0.0'),
_TINCProductVersion('4.1.99.99'))
self.assertGreater(_TINCProductVersion('4.2.0.0'),
_TINCProductVersion('4.1.99.99MS1'))
self.assertGreater(_TINCProductVersion('main'),
_TINCProductVersion('5.10'))
self.assertGreater(_TINCProductVersion('4.2.2.1A1B1'),
_TINCProductVersion('4.2.2.1'))
self.assertGreater(_TINCProductVersion('4.2.0.0MS1'),
_TINCProductVersion('4.2', filler='0'))
self.assertGreater(_TINCProductVersion('4.2.7', filler='99'),
_TINCProductVersion('4.2.7.0MS1'))
def test_exclusive_brackets(self):
vr = _TINCProductVersionRange('(4.2.1.1-4.3)')
self.assertFalse(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('4.2.1.2'))
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('4.3.99.98'))
vr = _TINCProductVersionRange('(4.2.1.1-4.3]')
self.assertFalse(vr.lower_bound_inclusive)
self.assertTrue(vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('4.2.1.2'))
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('4.3.99.99'))
vr = _TINCProductVersionRange('[4.2.1.1-4.3)')
self.assertTrue(vr.lower_bound_inclusive)
self.assertFalse(vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('4.2.1.1'))
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('4.3.99.98'))
vr = _TINCProductVersionRange('(4.2.99.99-4.4.0.0)')
self.assertFalse(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('4.3.0.0'))
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('4.3.99.99'))
#HotFix Version range exclusive bound check
vr = _TINCProductVersionRange('(4.3.1.0LA1-)')
self.assertFalse(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version, _TINCProductVersion('4.3.1.0LA2'))
vr = _TINCProductVersionRange('(-4.3.1.0LA1)')
self.assertFalse(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.upper_bound_version, _TINCProductVersion('4.3.1.0'))
self.assertFalse(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
def test_with_one_product_version(self):
tinc_test_case = MockTINCTestCaseWithProductVersionMetadata('test_with_one_product_version')
self.assertIsNotNone(tinc_test_case.product_version)
self.assertEquals(len(tinc_test_case.product_version.product_version_included), 1)
self.assertTrue('test' in tinc_test_case.product_version.product_version_included)
self.assertEquals(tinc_test_case.product_version.product_version_included['test'][0], _TINCProductVersion('1.0.0.0'))
def test_decrement(self):
v = _TINCProductVersion('4.2.1.1').decr()
self.assertEquals(v, _TINCProductVersion('4.2.1.0'))
v = _TINCProductVersion('').decr()
self.assertEquals(v, _TINCProductVersion('x.x.x.x'))
v = _TINCProductVersion('4.2.x').decr()
self.assertEquals(v, _TINCProductVersion('4.2.x.x'))
v = _TINCProductVersion('4.x').decr()
self.assertEquals(v, _TINCProductVersion('4.x.x.x'))
v = _TINCProductVersion('x').decr()
self.assertEquals(v, _TINCProductVersion('x.x.x.x'))
v = _TINCProductVersion(None).decr()
self.assertEquals(v, _TINCProductVersion('x.x.x.x'))
v = _TINCProductVersion('main').decr()
self.assertEquals(v, _TINCProductVersion('99.99.99.98'))
#Modified according to the Hotfix support in the version range
v = _TINCProductVersion('4.2.1.1MS1').decr()
self.assertEquals(v, _TINCProductVersion('4.2.1.1'))
v = _TINCProductVersion('4.2.1.0').decr()
self.assertEquals(v, _TINCProductVersion('4.2.0.99'))
v = _TINCProductVersion('4.2.0.1').decr()
self.assertEquals(v, _TINCProductVersion('4.2.0.0'))
v = _TINCProductVersion('4.0.0.1').decr()
self.assertEquals(v, _TINCProductVersion('4.0.0.0'))
v = _TINCProductVersion('0.0.0.1').decr()
self.assertEquals(v, _TINCProductVersion('0.0.0.0'))
v = _TINCProductVersion('4.2.0.0').decr()
self.assertEquals(v, _TINCProductVersion('4.1.99.99'))
v = _TINCProductVersion('4.0.0.0').decr()
self.assertEquals(v, _TINCProductVersion('3.99.99.99'))
v = _TINCProductVersion('0.0.0.0').decr()
self.assertEquals(v, _TINCProductVersion('0.0.0.0'))
def test_decrement(self):
v = _TINCProductVersion('4.2.1.1').decr()
self.assertEquals(v, _TINCProductVersion('4.2.1.0'))
v = _TINCProductVersion('').decr()
self.assertEquals(v, _TINCProductVersion('x.x.x.x'))
v = _TINCProductVersion('4.2.x').decr()
self.assertEquals(v, _TINCProductVersion('4.2.x.x'))
v = _TINCProductVersion('4.x').decr()
self.assertEquals(v, _TINCProductVersion('4.x.x.x'))
v = _TINCProductVersion('x').decr()
self.assertEquals(v, _TINCProductVersion('x.x.x.x'))
v = _TINCProductVersion(None).decr()
self.assertEquals(v, _TINCProductVersion('x.x.x.x'))
v = _TINCProductVersion('main').decr()
self.assertEquals(v, _TINCProductVersion('99.99.99.98'))
#Modified according to the Hotfix support in the version range
v = _TINCProductVersion('4.2.1.1MS1').decr()
self.assertEquals(v, _TINCProductVersion('4.2.1.1'))
v = _TINCProductVersion('4.2.1.0').decr()
self.assertEquals(v, _TINCProductVersion('4.2.0.99'))
v = _TINCProductVersion('4.2.0.1').decr()
self.assertEquals(v, _TINCProductVersion('4.2.0.0'))
v = _TINCProductVersion('4.0.0.1').decr()
self.assertEquals(v, _TINCProductVersion('4.0.0.0'))
v = _TINCProductVersion('0.0.0.1').decr()
self.assertEquals(v, _TINCProductVersion('0.0.0.0'))
v = _TINCProductVersion('4.2.0.0').decr()
self.assertEquals(v, _TINCProductVersion('4.1.99.99'))
v = _TINCProductVersion('4.0.0.0').decr()
self.assertEquals(v, _TINCProductVersion('3.99.99.99'))
v = _TINCProductVersion('0.0.0.0').decr()
self.assertEquals(v, _TINCProductVersion('0.0.0.0'))
def test_equality(self):
# Equality operations
self.assertEquals(_TINCProductVersion('4.2.1.0'), _TINCProductVersion('4.2.1.0'))
self.assertEquals(_TINCProductVersion('x'), _TINCProductVersion('4.2.1.0'))
self.assertEquals(_TINCProductVersion('x'), _TINCProductVersion('x'))
self.assertEquals(_TINCProductVersion('4.2.1'), _TINCProductVersion('4.2.1.0'))
self.assertEquals(_TINCProductVersion('4.2.1'), _TINCProductVersion('4.2.1.99'))
self.assertEquals(_TINCProductVersion('4.2'), _TINCProductVersion('4.2.1.99'))
self.assertEquals(_TINCProductVersion('4.x'), _TINCProductVersion('4.2.1.99'))
self.assertEquals(_TINCProductVersion(''), _TINCProductVersion('4.2.1.99'))
self.assertEquals(_TINCProductVersion(None), _TINCProductVersion('4.2.1.99'))
self.assertEquals(_TINCProductVersion(''), _TINCProductVersion('4.2.1.99MS1'))
self.assertEquals(_TINCProductVersion('4.2'), _TINCProductVersion('4.2.1.99MS1'))
self.assertEquals(_TINCProductVersion('4.2.x'), _TINCProductVersion('4.2.1.99MS1'))
self.assertEquals(_TINCProductVersion('4.2.x.99'), _TINCProductVersion('4.2.1.99MS1'))
# Comparison operations
self.assertGreater(_TINCProductVersion('4.2.0.0'), _TINCProductVersion('4.1'))
self.assertGreater(_TINCProductVersion('4.2.0.0'), _TINCProductVersion('4.1.x'))
self.assertGreater(_TINCProductVersion('4.2.0.0'), _TINCProductVersion('4.1.x.x'))
self.assertGreater(_TINCProductVersion('4.2.0.0'), _TINCProductVersion('4.1.99.99'))
self.assertGreater(_TINCProductVersion('4.2.0.0'), _TINCProductVersion('4.1.99.99MS1'))
self.assertGreater(_TINCProductVersion('main'), _TINCProductVersion('5.10'))
self.assertGreater(_TINCProductVersion('4.2.2.1A1B1'), _TINCProductVersion('4.2.2.1'))
self.assertGreater(_TINCProductVersion('4.2.0.0MS1'), _TINCProductVersion('4.2', filler='0'))
self.assertGreater(_TINCProductVersion('4.2.7', filler='99'), _TINCProductVersion('4.2.7.0MS1'))
def test_exclusive_brackets(self):
vr = _TINCProductVersionRange('(4.2.1.1-4.3)')
self.assertFalse(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('4.2.1.2'))
self.assertEquals(vr.upper_bound_version,
_TINCProductVersion('4.3.99.98'))
vr = _TINCProductVersionRange('(4.2.1.1-4.3]')
self.assertFalse(vr.lower_bound_inclusive)
self.assertTrue(vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('4.2.1.2'))
self.assertEquals(vr.upper_bound_version,
_TINCProductVersion('4.3.99.99'))
vr = _TINCProductVersionRange('[4.2.1.1-4.3)')
self.assertTrue(vr.lower_bound_inclusive)
self.assertFalse(vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('4.2.1.1'))
self.assertEquals(vr.upper_bound_version,
_TINCProductVersion('4.3.99.98'))
vr = _TINCProductVersionRange('(4.2.99.99-4.4.0.0)')
self.assertFalse(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('4.3.0.0'))
self.assertEquals(vr.upper_bound_version,
_TINCProductVersion('4.3.99.99'))
#HotFix Version range exclusive bound check
vr = _TINCProductVersionRange('(4.3.1.0LA1-)')
self.assertFalse(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.lower_bound_version,
_TINCProductVersion('4.3.1.0LA2'))
vr = _TINCProductVersionRange('(-4.3.1.0LA1)')
self.assertFalse(vr.lower_bound_inclusive or vr.upper_bound_inclusive)
self.assertEquals(vr.upper_bound_version,
_TINCProductVersion('4.3.1.0'))
self.assertFalse(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
def test_match_version(self):
vr = _TINCProductVersionRange('[4.2-4.4]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.0.0')))
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.99.99')))
self.assertTrue(vr.match_version(_TINCProductVersion('4.2.0.0')))
self.assertTrue(vr.match_version(_TINCProductVersion('4.4.99.99')))
"""
These cases are not expected. We will always compare with a four part version.
self.assertTrue(vr.match_version(_TINCProductVersion('4.2')))
self.assertTrue(vr.match_version(_TINCProductVersion('4.2.1.x')))
self.assertFalse(vr.match_version(_TINCProductVersion('4.x')))
"""
# Hotfix matches
self.assertTrue(vr.match_version(_TINCProductVersion('4.2.0.0MS1')))
# A hotfix version is considered greater than the actual version
self.assertFalse(vr.match_version(_TINCProductVersion('4.4.99.99MS1')))
vr = _TINCProductVersionRange('[4.2.6.0-9.99.99.99]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.0.0EFT')))
#Testing new range for the HOTFIX (4.3.1.0LA1)"
vr = _TINCProductVersionRange('[4.3.1.0-]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
#Testing Version range with HotFix with lowerBound
vr = _TINCProductVersionRange('[4.3.1.0LA1-]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
#Testing Version range with HotFix with upperBound
vr = _TINCProductVersionRange('[-4.3.1.0LA1]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.1.0LA1')))
#Testing Version range with HotFix
vr = _TINCProductVersionRange('[4.3.1.0LA1-]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.1.0LA2')))
#Negative test case for version range with hotfix
vr = _TINCProductVersionRange('[-4.3.1.0LA1]')
self.assertFalse(vr.match_version(_TINCProductVersion('4.3.1.0LA2')))
#Hotfix range check with other hotfix version
vr = _TINCProductVersionRange('[-4.3.0.1MA1]')
self.assertTrue(vr.match_version(_TINCProductVersion('4.3.0.1LA2')))
def test_hotfix(self):
v = _TINCProductVersion('4.2.1.0MS1')
self.assertEquals(v.version, ['4', '2', '1', '0'])
self.assertEquals(v.hotfix, 'MS1')
with self.assertRaises(TINCInvalidProductVersionException) as cm:
v = _TINCProductVersion('4.2.x.xMS1')
