def compare(clazz, v1, v2):
epoch_cmp = cmp(v1.epoch, v2.epoch)
if epoch_cmp != 0:
return epoch_cmp
upstream_version_cmp = clazz.compare_upstream_version(v1.upstream_version, v2.upstream_version)
if upstream_version_cmp != 0:
return upstream_version_cmp
return cmp(v1.revision, v2.revision)
def __lt__(self, other):
check.check_package_descriptor(other)
name_rv = cmp(self.name, other.name)
if name_rv < 0:
return True
version_rv = build_version.compare(self.version, other.version)
if version_rv < 0:
return True
requirements_rv = cmp(self.requirements, other.requirements)
if requirements_rv < 0:
return True
if self.properties.keys() < other.properties.keys():
return True
return False
def compare(self, other):
check.check(other, (type_checked_list, list, tuple), allow_none=True)
if other == None:
return -1
len_cmp = cmp(len(self), len(other))
if len_cmp != 0:
return len_cmp
other_values = self._get_values(other)
for a, b in zip(self._values, other_values):
# if isinstance(b, tuple):
# b = self.__value_type__(*b)
next_cmp = cmp(a, b)
if next_cmp != 0:
return next_cmp
return 0
def test___cmp__(self):
a = KVL()
a.append(KV('foo', 'hi'))
a.append(KV('bar', '666'))
b = KVL()
b.append(KV('apple', '6'))
b.append(KV('kiwi', '7'))
self.assertEqual(1, cmp(a, b))
c = KVL()
c.append(KV('foo', 'hi'))
c.append(KV('bar', '666'))
self.assertEqual(0, cmp(a, c))
def test___cmp__(self):
a = SL()
a.append('foo')
a.append('bar')
b = SL()
b.append('apple')
b.append('kiwi')
self.assertEqual(1, cmp(a, b))
c = SL()
c.append('foo')
c.append('bar')
self.assertEqual(0, cmp(a, c))
def full_name_cmp(clazz, pi1, pi2):
'Compare name, version and revision and return an int either -1, 0, or 1'
check.check_package_descriptor(pi1)
check.check_package_descriptor(pi2)
name_cmp = cmp(pi1.name, pi2.name)
if name_cmp != 0:
return name_cmp
return build_version.compare(pi1.version, pi2.version)
def test_binary_search(self): a = [ 1, 5, 7, 9, 20, 1000, 1001, 1002, 3000 ] comp = lambda a, b: cmp(a, b) self.assertEqual( 0, algorithm.binary_search(a, 1, comp) ) self.assertEqual( -1, algorithm.binary_search(a, 0, comp) ) self.assertEqual( -1, algorithm.binary_search(a, 2, comp) ) self.assertEqual( 4, algorithm.binary_search(a, 20, comp) ) self.assertEqual( 8, algorithm.binary_search(a, 3000, comp) ) self.assertEqual( -1, algorithm.binary_search(a, 3001, comp) )
def compare(self, other, remote_only = False):
check.check_git_branch(other)
if remote_only:
t1 = ( self.name, self.commit, self.comment )
t2 = ( other.name, other.commit, other.comment )
else:
t1 = self
t2 = other
return cmp(t1, t2)
def compare(clazz, a1, a2):
check.check_artifact_descriptor(a1)
check.check_artifact_descriptor(a2)
t1 = (a1.name, a1.system, a1.level, a1.arch, a1.distro,
a1.distro_version_major, a1.distro_version_minor)
t2 = (a2.name, a2.system, a2.level, a2.arch, a2.distro,
a2.distro_version_major, a2.distro_version_minor)
result = cmp(t1, t2)
if result != 0:
return result
return build_version.compare(a1.build_version, a2.build_version)
def compare(clazz, v1, v2):
'''
Compare software versions taking into account punctuation using an algorithm similar to debian's
This function should really try to match debian perfectly:
https://manpages.debian.org/wheezy/dpkg-dev/deb-version.5.en.html#Sorting_Algorithm
'''
check.check_string(v1)
check.check_string(v2)
sv1 = semantic_version(v1)
sv2 = semantic_version(v2)
return cmp(sv1._tokens, sv2._tokens)
def _line_number_comparator(line1, line2):
return cmp(line1.line_number, line2.line_number)
def compare_upstream_version(clazz, v1, v2): check.check_string(v1) check.check_string(v2) tokens1 = [ token for token in upstream_version_lexer.tokenize(v1, 'build_version') ] tokens2 = [ token for token in upstream_version_lexer.tokenize(v2, 'build_version') ] return cmp(tokens1, tokens2)