def __cmp__(self, other):
c = cmp(self.location, other.location)
if c:
return c
if isinstance(other, self.__class__):
return cmp(self.target, other.target)
return 0
def __cmp__(self, other):
c = cmp(self.location, other.location)
if c:
return c
if isinstance(other, self.__class__):
return cmp(self.target, other.target)
return 0
def test_cmp(self):
pkg1 = self.make_fakepkg()
pkg2 = self.make_fakepkg(ver=2)
mpkg1 = MutatedPkg(pkg1, {})
mpkg2 = MutatedPkg(pkg2, {})
for lpkg in (pkg1, mpkg1):
self.assertTrue(cmp(lpkg, mpkg2) < 0)
self.assertTrue(cmp(mpkg2, lpkg) > 0)
self.assertEqual(mpkg1, mpkg1)
self.assertEqual(pkg1, mpkg1)
def assertEqual2(self, o1, o2):
# logic bugs hidden behind short circuiting comparisons for metadata
# is why we test the comparison *both* ways.
self.assertEqual(o1, o2)
c = cmp(o1, o2)
self.assertEqual(c, 0,
msg="checking cmp for %r, %r, aren't equal: got %i" % (o1, o2, c))
self.assertEqual(o2, o1)
c = cmp(o2, o1)
self.assertEqual(c, 0,
msg="checking cmp for %r, %r,aren't equal: got %i" % (o2, o1, c))
def test_cmp(self):
pkg1 = self.make_fakepkg()
pkg2 = self.make_fakepkg(ver=2)
mpkg1 = MutatedPkg(pkg1, {})
mpkg2 = MutatedPkg(pkg2, {})
for lpkg in (pkg1, mpkg1):
self.assertTrue(cmp(lpkg, mpkg2) < 0)
self.assertTrue(cmp(mpkg2, lpkg) > 0)
self.assertEqual(mpkg1, mpkg1)
self.assertEqual(pkg1, mpkg1)
def assertEqual2(self, o1, o2):
# logic bugs hidden behind short circuiting comparisons for metadata
# is why we test the comparison *both* ways.
self.assertEqual(o1, o2)
c = cmp(o1, o2)
self.assertEqual(c, 0,
msg="checking cmp for %r, %r, aren't equal: got %i" % (o1, o2, c))
self.assertEqual(o2, o1)
c = cmp(o2, o1)
self.assertEqual(c, 0,
msg="checking cmp for %r, %r,aren't equal: got %i" % (o2, o1, c))
def cpy_ver_cmp(ver1, rev1, ver2, rev2):
if ver1 == ver2:
return cmp(rev1, rev2)
if ver1 is None:
ver1 = ''
if ver2 is None:
ver2 = ''
c = cmp(cpy_CPV(fake_cat, fake_pkg, ver1, versioned=bool(ver1)),
cpy_CPV(fake_cat, fake_pkg, ver2, versioned=bool(ver2)))
if c != 0:
return c
return cmp(rev1, rev2)
def assertNotEqual2(self, o1, o2):
# is why we test the comparison *both* ways.
self.assertNotEqual(o1, o2)
c = cmp(o1, o2)
self.assertNotEqual(c, 0,
msg="checking cmp for %r, %r, not supposed to be equal, got %i"
% (o1, o2, c))
self.assertNotEqual(o2, o1)
c = cmp(o2, o1)
self.assertNotEqual(c, 0,
msg="checking cmp for %r, %r, not supposed to be equal, got %i"
% (o2, o1, c))
def cpy_ver_cmp(ver1, rev1, ver2, rev2):
if ver1 == ver2:
return cmp(rev1, rev2)
if ver1 is None:
ver1 = ''
if ver2 is None:
ver2 = ''
c = cmp(cpy_CPV(fake_cat, fake_pkg, ver1, versioned=bool(ver1)),
cpy_CPV(fake_cat, fake_pkg, ver2, versioned=bool(ver2)))
if c != 0:
return c
return cmp(rev1, rev2)
def ver_cmp(ver1, rev1, ver2, rev2):
if ver1 == ver2:
return cmp(rev1, rev2)
if ver1 is None:
ver1 = ''
if ver2 is None:
ver2 = ''
c = cmp(cpy_CPV("fake", "pkg", ver1, versioned=bool(ver1)),
cpy_CPV("fake", "pkg", ver2, versioned=bool(ver2)))
if c != 0:
return c
return cmp(rev1, rev2)
def ver_cmp(ver1, rev1, ver2, rev2):
if ver1 == ver2:
return cmp(rev1, rev2)
if ver1 is None:
ver1 = ''
if ver2 is None:
ver2 = ''
c = cmp(cpy_CPV("fake", "pkg", ver1, versioned=bool(ver1)),
cpy_CPV("fake", "pkg", ver2, versioned=bool(ver2)))
if c != 0:
return c
return cmp(rev1, rev2)
def assertNotEqual2(self, o1, o2):
# is why we test the comparison *both* ways.
self.assertNotEqual(o1, o2)
c = cmp(o1, o2)
self.assertNotEqual(c, 0,
msg="checking cmp for %r, %r, not supposed to be equal, got %i"
% (o1, o2, c))
self.assertNotEqual(o2, o1)
c = cmp(o2, o1)
self.assertNotEqual(c, 0,
msg="checking cmp for %r, %r, not supposed to be equal, got %i"
% (o2, o1, c))
def sort_func(x, y):
if x.is_dir:
if not y.is_dir:
return -1
return cmp(x, y)
elif y.is_dir:
return +1
elif x.is_reg:
if y.is_reg:
return cmp(files_ordering[x.data], files_ordering[y.data])
return +1
elif y.is_reg:
return -1
return cmp(x, y)
def sort_func(x, y):
if x.is_dir:
if not y.is_dir:
return -1
return cmp(x, y)
elif y.is_dir:
return +1
elif x.is_reg:
if y.is_reg:
return cmp(files_ordering[x.data], files_ordering[y.data])
return +1
elif y.is_reg:
return -1
return cmp(x, y)
def __cmp__(self, other):
if isinstance(other, InjectedPkg):
other = other._raw_pkg
elif isinstance(other, pkg_base.base):
other = other.versioned_atom
if self._raw_pkg.intersects(other):
return 0
return cmp(self._raw_pkg, other)
def __cmp__(self, other):
if not isinstance(other, self.__class__):
raise TypeError("other isn't of %s type, is %s" %
(self.__class__, other.__class__))
c = cmp(self.category, other.category)
if c:
return c
c = cmp(self.package, other.package)
if c:
return c
c = cmp(self.op, other.op)
if c:
return c
c = cpv.ver_cmp(self.version, self.revision, other.version,
other.revision)
if c:
return c
c = cmp(self.blocks, other.blocks)
if c:
# invert it; cmp(True, False) == 1
# want non blockers then blockers.
return -c
c = cmp(self.blocks_strongly, other.blocks_strongly)
if c:
# want !! prior to !
return c
c = cmp(self.negate_vers, other.negate_vers)
if c:
return c
def f(v):
return '' if v is None else v
c = cmp(f(self.slot), f(other.slot))
if c:
return c
c = cmp(self.use, other.use)
if c:
return c
return cmp(self.repo_id, other.repo_id)
def __cmp__(self, other):
if not isinstance(other, self.__class__):
raise TypeError("other isn't of %s type, is %s" %
(self.__class__, other.__class__))
c = cmp(self.category, other.category)
if c:
return c
c = cmp(self.package, other.package)
if c:
return c
c = cmp(self.op, other.op)
if c:
return c
c = cpv.ver_cmp(self.version, self.revision,
other.version, other.revision)
if c:
return c
c = cmp(self.blocks, other.blocks)
if c:
# invert it; cmp(True, False) == 1
# want non blockers then blockers.
return -c
c = cmp(self.blocks_strongly, other.blocks_strongly)
if c:
# want !! prior to !
return c
c = cmp(self.negate_vers, other.negate_vers)
if c:
return c
def f(v):
return '' if v is None else v
c = cmp(f(self.slot), f(other.slot))
if c:
return c
c = cmp(self.use, other.use)
if c:
return c
return cmp(self.repo_id, other.repo_id)
def f(x, y):
c = cmp(x, y)
if c:
return c
elif x.repo.livefs:
if y.repo.livefs:
return 0
return -1
elif y.repo.livefs:
return 1
return 0
def __cmp__(self, other):
try:
if self.cpvstr == other.cpvstr:
return 0
if (self.category and other.category and self.category != other.category):
return cmp(self.category, other.category)
if self.package and other.package and self.package != other.package:
return cmp(self.package, other.package)
# note I chucked out valueerror, none checks on versions
# passed in. I suck, I know.
# ~harring
# fails in doing comparison of unversioned atoms against
# versioned atoms
return native_ver_cmp(self.version, self.revision, other.version,
other.revision)
except AttributeError:
return 1
def f(x, y):
c = cmp(x, y)
if c:
return c
elif x.repo.livefs:
if y.repo.livefs:
return 0
return -1
elif y.repo.livefs:
return 1
return 0
def __cmp__(self, other):
try:
if self.cpvstr == other.cpvstr:
return 0
if (self.category and other.category and self.category != other.category):
return cmp(self.category, other.category)
if self.package and other.package and self.package != other.package:
return cmp(self.package, other.package)
# note I chucked out valueerror, none checks on versions
# passed in. I suck, I know.
# ~harring
# fails in doing comparison of unversioned atoms against
# versioned atoms
return native_ver_cmp(self.version, self.revision, other.version,
other.revision)
except AttributeError:
return 1
def test_simple(self):
t = tuple([1, 2, 3])
o = make_DI(tuple, lambda: t)
objs = [o, t]
self.assertEqual(*map(str, objs))
self.assertEqual(*map(repr, objs))
self.assertEqual(*map(hash, objs))
self.assertEqual(*objs)
self.assertTrue(cmp(t, o) == 0)
self.assertFalse(t < o)
self.assertTrue(t <= o)
self.assertTrue(t == o)
self.assertTrue(t >= o)
self.assertFalse(t > o)
self.assertFalse(t != o)
def test_simple(self):
t = tuple([1, 2, 3])
o = make_DI(tuple, lambda: t)
objs = [o, t]
self.assertEqual(*map(str, objs))
self.assertEqual(*map(repr, objs))
self.assertEqual(*map(hash, objs))
self.assertEqual(*objs)
self.assertTrue(cmp(t, o) == 0)
self.assertFalse(t < o)
self.assertTrue(t <= o)
self.assertTrue(t == o)
self.assertTrue(t >= o)
self.assertFalse(t > o)
self.assertFalse(t != o)
def f(x, y):
c = cmp(x, y)
if x.repo.livefs:
if y.repo.livefs:
return c
return -1
elif y.repo.livefs:
return 1
elif restrict.match(x):
if restrict.match(y):
return 1
return -1
elif restrict.match(y):
return 1
return c
def __eq__(self, other):
if isinstance(other, wrapper):
return cmp(self._raw_pkg, other._raw_pkg) == 0
return cmp(self._raw_pkg, other) == 0
def test_cmp(self):
ukls, vkls = self.ukls, self.vkls
self.assertTrue(cmp(vkls("dev-util/diffball-0.1"), vkls("dev-util/diffball-0.2")) < 0)
base = "dev-util/diffball-0.7.1"
self.assertFalse(cmp(vkls(base), vkls(base)))
for rev in ("", "-r1"):
last = None
for suf in ["_alpha", "_beta", "_pre", "", "_p"]:
if suf == "":
sufs = [suf]
else:
sufs = [suf, suf + "4"]
for x in sufs:
cur = vkls(base + x + rev)
self.assertEqual(cur, vkls(base + x + rev))
if last is not None:
self.assertGT(cur, last)
self.assertGT(vkls("da/ba-6a"), vkls("da/ba-6"))
self.assertGT(vkls("da/ba-6a-r1"), vkls("da/ba-6a"))
self.assertGT(vkls("da/ba-6.0"), vkls("da/ba-6"))
self.assertGT(vkls("da/ba-6.0.0"), vkls("da/ba-6.0b"))
self.assertGT(vkls("da/ba-6.02"), vkls("da/ba-6.0.0"))
# float comparison rules.
self.assertGT(vkls("da/ba-6.2"), vkls("da/ba-6.054"))
self.assertEqual(vkls("da/ba-6"), vkls("da/ba-6"))
self.assertGT(ukls("db/ba"), ukls("da/ba"))
self.assertGT(ukls("da/bb"), ukls("da/ba"))
self.assertGT(vkls("da/ba-6.0_alpha0_p1"), vkls("da/ba-6.0_alpha"))
self.assertEqual(vkls("da/ba-6.0_alpha"), vkls("da/ba-6.0_alpha0"))
self.assertGT(vkls("da/ba-6.1"), vkls("da/ba-6.09"))
self.assertGT(vkls("da/ba-6.0.1"), vkls("da/ba-6.0"))
self.assertGT(vkls("da/ba-12.2.5"), vkls("da/ba-12.2b"))
# test for gentoo bug 287848
self.assertGT(vkls("dev-lang/erlang-12.2.5"), vkls("dev-lang/erlang-12.2b"))
self.assertGT(vkls("dev-lang/erlang-12.2.5-r1"), vkls("dev-lang/erlang-12.2b"))
self.assertEqual(vkls("da/ba-6.01.0"), vkls("da/ba-6.010.0"))
for v1, v2 in (
("1.001000000000000000001", "1.001000000000000000002"),
("1.00100000000", "1.0010000000000000001"),
("1.01", "1.1"),
):
self.assertGT(vkls("da/ba-%s" % v2), vkls("da/ba-%s" % v1))
for x in (18, 36, 100):
s = "0" * x
self.assertGT(vkls("da/ba-10%s1" % s), vkls("da/ba-1%s1" % s))
for x in (18, 36, 100):
s = "0" * x
self.assertGT(vkls("da/ba-1-r10%s1" % s), vkls("da/ba-1-r1%s1" % s))
self.assertGT(vkls("sys-apps/net-tools-1.60_p2010081516093"), vkls("sys-apps/net-tools-1.60_p2009072801401"))
self.assertGT(vkls("sys-apps/net-tools-1.60_p20100815160931"), vkls("sys-apps/net-tools-1.60_p20090728014017"))
self.assertGT(
vkls("sys-apps/net-tools-1.60_p20100815160931"), vkls("sys-apps/net-tools-1.60_p20090728014017-r1")
)
# Regression test: python does comparison slightly differently
# if the classes do not match exactly (it prefers rich
# comparison over __cmp__).
class DummySubclass(self.kls):
pass
self.assertNotEqual(DummySubclass("da/ba-6.0_alpha0_p1", versioned=True), vkls("da/ba-6.0_alpha"))
self.assertEqual(DummySubclass("da/ba-6.0_alpha0", versioned=True), vkls("da/ba-6.0_alpha"))
self.assertNotEqual(DummySubclass("da/ba-6.0", versioned=True), "foon")
self.assertEqual(DummySubclass("da/ba-6.0", versioned=True), DummySubclass("da/ba-6.0-r0", versioned=True))
def test_cmp(self):
ukls, vkls = self.ukls, self.vkls
assert cmp(vkls("dev-util/diffball-0.1"), vkls("dev-util/diffball-0.2")) < 0
base = "dev-util/diffball-0.7.1"
assert not cmp(vkls(base), vkls(base))
for rev in ("", "-r1"):
last = None
for suf in ["_alpha", "_beta", "_pre", "", "_p"]:
if suf == "":
sufs = [suf]
else:
sufs = [suf, suf+"4"]
for x in sufs:
cur = vkls(base+x+rev)
assert cur == vkls(base+x+rev)
if last is not None:
assert cur > last
assert vkls("da/ba-6a") > vkls("da/ba-6")
assert vkls("da/ba-6a-r1") > vkls("da/ba-6a")
assert vkls("da/ba-6.0") > vkls("da/ba-6")
assert vkls("da/ba-6.0.0") > vkls("da/ba-6.0b")
assert vkls("da/ba-6.02") > vkls("da/ba-6.0.0")
# float comparison rules.
assert vkls("da/ba-6.2") > vkls("da/ba-6.054")
assert vkls("da/ba-6") == vkls("da/ba-6")
assert ukls("db/ba") > ukls("da/ba")
assert ukls("da/bb") > ukls("da/ba")
assert vkls("da/ba-6.0_alpha0_p1") > vkls("da/ba-6.0_alpha")
assert vkls("da/ba-6.0_alpha") == vkls("da/ba-6.0_alpha0")
assert vkls("da/ba-6.1") > vkls("da/ba-6.09")
assert vkls("da/ba-6.0.1") > vkls("da/ba-6.0")
assert vkls("da/ba-12.2.5") > vkls("da/ba-12.2b")
# test for gentoo bug 287848
assert vkls("dev-lang/erlang-12.2.5") > vkls("dev-lang/erlang-12.2b")
assert vkls("dev-lang/erlang-12.2.5-r1") > vkls("dev-lang/erlang-12.2b")
assert vkls("da/ba-6.01.0") == vkls("da/ba-6.010.0")
for v1, v2 in (("1.001000000000000000001", "1.001000000000000000002"),
("1.00100000000", "1.0010000000000000001"),
("1.01", "1.1")):
assert vkls(f"da/ba-{v2}") > vkls(f"da/ba-{v1}")
for x in (18, 36, 100):
s = "0" * x
assert vkls(f"da/ba-10{s}1") > vkls(f"da/ba-1{s}1")
for x in (18, 36, 100):
s = "0" * x
assert vkls(f"da/ba-1-r10{s}1") > vkls(f"da/ba-1-r1{s}1")
assert vkls('sys-apps/net-tools-1.60_p2010081516093') > \
vkls('sys-apps/net-tools-1.60_p2009072801401')
assert vkls('sys-apps/net-tools-1.60_p20100815160931') > \
vkls('sys-apps/net-tools-1.60_p20090728014017')
assert vkls('sys-apps/net-tools-1.60_p20100815160931') > \
vkls('sys-apps/net-tools-1.60_p20090728014017-r1')
# Regression test: python does comparison slightly differently
# if the classes do not match exactly (it prefers rich
# comparison over __cmp__).
class DummySubclass(self.kls):
pass
assert DummySubclass("da/ba-6.0_alpha0_p1", versioned=True) != vkls("da/ba-6.0_alpha")
assert DummySubclass("da/ba-6.0_alpha0", versioned=True) == vkls("da/ba-6.0_alpha")
assert DummySubclass("da/ba-6.0", versioned=True) != "foon"
assert DummySubclass("da/ba-6.0", versioned=True) == \
DummySubclass("da/ba-6.0-r0", versioned=True)
def native_ver_cmp(ver1, rev1, ver2, rev2):
# If the versions are the same, comparing revisions will suffice.
if ver1 == ver2:
# revisions are equal if 0 or None (versionless cpv)
if not rev1 and not rev2:
return 0
return cmp(rev1, rev2)
# Split up the versions into dotted strings and lists of suffixes.
parts1 = ver1.split("_")
parts2 = ver2.split("_")
# If the dotted strings are equal, we can skip doing a detailed comparison.
if parts1[0] != parts2[0]:
# First split up the dotted strings into their components.
ver_parts1 = parts1[0].split(".")
ver_parts2 = parts2[0].split(".")
# Pull out any letter suffix on the final components and keep
# them for later.
letters = []
for ver_parts in (ver_parts1, ver_parts2):
if ver_parts[-1][-1].isalpha():
letters.append(ord(ver_parts[-1][-1]))
ver_parts[-1] = ver_parts[-1][:-1]
else:
# Using -1 simplifies comparisons later
letters.append(-1)
# OPT: Pull length calculation out of the loop
ver_parts1_len = len(ver_parts1)
ver_parts2_len = len(ver_parts2)
# Iterate through the components
for v1, v2 in zip(ver_parts1, ver_parts2):
# If the string components are equal, the numerical
# components will be equal too.
if v1 == v2:
continue
# If one of the components begins with a "0" then they
# are compared as floats so that 1.1 > 1.02; else ints.
if v1[0] != "0" and v2[0] != "0":
v1 = int(v1)
v2 = int(v2)
else:
# handle the 0.060 == 0.060 case.
v1 = v1.rstrip("0")
v2 = v2.rstrip("0")
# If they are not equal, the higher value wins.
c = cmp(v1, v2)
if c:
return c
if ver_parts1_len > ver_parts2_len:
return 1
elif ver_parts2_len > ver_parts1_len:
return -1
# The dotted components were equal. Let's compare any single
# letter suffixes.
if letters[0] != letters[1]:
return cmp(letters[0], letters[1])
# The dotted components were equal, so remove them from our lists
# leaving only suffixes.
del parts1[0]
del parts2[0]
# OPT: Pull length calculation out of the loop
parts1_len = len(parts1)
parts2_len = len(parts2)
# Iterate through the suffixes
for x in range(max(parts1_len, parts2_len)):
# If we're at the end of one of our lists, we need to use
# the next suffix from the other list to decide who wins.
if x == parts1_len:
match = suffix_regexp.match(parts2[x])
val = suffix_value[match.group(1)]
if val:
return cmp(0, val)
return cmp(0, int("0" + match.group(2)))
if x == parts2_len:
match = suffix_regexp.match(parts1[x])
val = suffix_value[match.group(1)]
if val:
return cmp(val, 0)
return cmp(int("0" + match.group(2)), 0)
# If the string values are equal, no need to parse them.
# Continue on to the next.
if parts1[x] == parts2[x]:
continue
# Match against our regular expression to make a split between
# "beta" and "1" in "beta1"
match1 = suffix_regexp.match(parts1[x])
match2 = suffix_regexp.match(parts2[x])
# If our int'ified suffix names are different, use that as the basis
# for comparison.
c = cmp(suffix_value[match1.group(1)], suffix_value[match2.group(1)])
if c:
return c
# Otherwise use the digit as the basis for comparison.
c = cmp(int("0" + match1.group(2)), int("0" + match2.group(2)))
if c:
return c
# Our versions had different strings but ended up being equal.
# The revision holds the final difference.
return cmp(rev1, rev2)
def native_ver_cmp(ver1, rev1, ver2, rev2):
# If the versions are the same, comparing revisions will suffice.
if ver1 == ver2:
return cmp(rev1, rev2)
# Split up the versions into dotted strings and lists of suffixes.
parts1 = ver1.split("_")
parts2 = ver2.split("_")
# If the dotted strings are equal, we can skip doing a detailed comparison.
if parts1[0] != parts2[0]:
# First split up the dotted strings into their components.
ver_parts1 = parts1[0].split(".")
ver_parts2 = parts2[0].split(".")
# Pull out any letter suffix on the final components and keep
# them for later.
letters = []
for ver_parts in (ver_parts1, ver_parts2):
if ver_parts[-1][-1].isalpha():
letters.append(ord(ver_parts[-1][-1]))
ver_parts[-1] = ver_parts[-1][:-1]
else:
# Using -1 simplifies comparisons later
letters.append(-1)
# OPT: Pull length calculation out of the loop
ver_parts1_len = len(ver_parts1)
ver_parts2_len = len(ver_parts2)
# Iterate through the components
for v1, v2 in izip(ver_parts1, ver_parts2):
# If the string components are equal, the numerical
# components will be equal too.
if v1 == v2:
continue
# If one of the components begins with a "0" then they
# are compared as floats so that 1.1 > 1.02; else ints.
if v1[0] != "0" and v2[0] != "0":
v1 = int(v1)
v2 = int(v2)
else:
# handle the 0.060 == 0.060 case.
v1 = v1.rstrip("0")
v2 = v2.rstrip("0")
# If they are not equal, the higher value wins.
c = cmp(v1, v2)
if c:
return c
if ver_parts1_len > ver_parts2_len:
return 1
elif ver_parts2_len > ver_parts1_len:
return -1
# The dotted components were equal. Let's compare any single
# letter suffixes.
if letters[0] != letters[1]:
return cmp(letters[0], letters[1])
# The dotted components were equal, so remove them from our lists
# leaving only suffixes.
del parts1[0]
del parts2[0]
# OPT: Pull length calculation out of the loop
parts1_len = len(parts1)
parts2_len = len(parts2)
# Iterate through the suffixes
for x in xrange(max(parts1_len, parts2_len)):
# If we're at the end of one of our lists, we need to use
# the next suffix from the other list to decide who wins.
if x == parts1_len:
match = suffix_regexp.match(parts2[x])
val = suffix_value[match.group(1)]
if val:
return cmp(0, val)
return cmp(0, int("0"+match.group(2)))
if x == parts2_len:
match = suffix_regexp.match(parts1[x])
val = suffix_value[match.group(1)]
if val:
return cmp(val, 0)
return cmp(int("0"+match.group(2)), 0)
# If the string values are equal, no need to parse them.
# Continue on to the next.
if parts1[x] == parts2[x]:
continue
# Match against our regular expression to make a split between
# "beta" and "1" in "beta1"
match1 = suffix_regexp.match(parts1[x])
match2 = suffix_regexp.match(parts2[x])
# If our int'ified suffix names are different, use that as the basis
# for comparison.
c = cmp(suffix_value[match1.group(1)], suffix_value[match2.group(1)])
if c:
return c
# Otherwise use the digit as the basis for comparison.
c = cmp(int("0"+match1.group(2)), int("0"+match2.group(2)))
if c:
return c
# Our versions had different strings but ended up being equal.
# The revision holds the final difference.
return cmp(rev1, rev2)
def __cmp__(self, other):
return cmp(self.location, other.location)
def __cmp__(self, other):
return cmp(self.value, other.value)
def test_cmp(self):
ukls, vkls = self.ukls, self.vkls
assert cmp(vkls("dev-util/diffball-0.1"),
vkls("dev-util/diffball-0.2")) < 0
base = "dev-util/diffball-0.7.1"
assert not cmp(vkls(base), vkls(base))
for rev in ("", "-r1"):
last = None
for suf in ["_alpha", "_beta", "_pre", "", "_p"]:
if suf == "":
sufs = [suf]
else:
sufs = [suf, suf + "4"]
for x in sufs:
cur = vkls(base + x + rev)
assert cur == vkls(base + x + rev)
if last is not None:
assert cur > last
assert vkls("da/ba-6a") > vkls("da/ba-6")
assert vkls("da/ba-6a-r1") > vkls("da/ba-6a")
assert vkls("da/ba-6.0") > vkls("da/ba-6")
assert vkls("da/ba-6.0.0") > vkls("da/ba-6.0b")
assert vkls("da/ba-6.02") > vkls("da/ba-6.0.0")
# float comparison rules.
assert vkls("da/ba-6.2") > vkls("da/ba-6.054")
assert vkls("da/ba-6") == vkls("da/ba-6")
assert ukls("db/ba") > ukls("da/ba")
assert ukls("da/bb") > ukls("da/ba")
assert vkls("da/ba-6.0_alpha0_p1") > vkls("da/ba-6.0_alpha")
assert vkls("da/ba-6.0_alpha") == vkls("da/ba-6.0_alpha0")
assert vkls("da/ba-6.1") > vkls("da/ba-6.09")
assert vkls("da/ba-6.0.1") > vkls("da/ba-6.0")
assert vkls("da/ba-12.2.5") > vkls("da/ba-12.2b")
# test for gentoo bug 287848
assert vkls("dev-lang/erlang-12.2.5") > vkls("dev-lang/erlang-12.2b")
assert vkls("dev-lang/erlang-12.2.5-r1") > vkls(
"dev-lang/erlang-12.2b")
assert vkls("da/ba-6.01.0") == vkls("da/ba-6.010.0")
for v1, v2 in (("1.001000000000000000001", "1.001000000000000000002"),
("1.00100000000", "1.0010000000000000001"), ("1.01",
"1.1")):
assert vkls(f"da/ba-{v2}") > vkls(f"da/ba-{v1}")
for x in (18, 36, 100):
s = "0" * x
assert vkls(f"da/ba-10{s}1") > vkls(f"da/ba-1{s}1")
for x in (18, 36, 100):
s = "0" * x
assert vkls(f"da/ba-1-r10{s}1") > vkls(f"da/ba-1-r1{s}1")
assert vkls('sys-apps/net-tools-1.60_p2010081516093') > \
vkls('sys-apps/net-tools-1.60_p2009072801401')
assert vkls('sys-apps/net-tools-1.60_p20100815160931') > \
vkls('sys-apps/net-tools-1.60_p20090728014017')
assert vkls('sys-apps/net-tools-1.60_p20100815160931') > \
vkls('sys-apps/net-tools-1.60_p20090728014017-r1')
# Regression test: python does comparison slightly differently
# if the classes do not match exactly (it prefers rich
# comparison over __cmp__).
class DummySubclass(self.kls):
pass
assert DummySubclass("da/ba-6.0_alpha0_p1",
versioned=True) != vkls("da/ba-6.0_alpha")
assert DummySubclass("da/ba-6.0_alpha0",
versioned=True) == vkls("da/ba-6.0_alpha")
assert DummySubclass("da/ba-6.0", versioned=True) != "foon"
assert DummySubclass("da/ba-6.0", versioned=True) == \
DummySubclass("da/ba-6.0-r0", versioned=True)
def _verify(self, file_location, target, all_chksums=True, handlers=None):
"""
Internal function for derivatives.
Digs through chksums, and either returns None, or throws an
errors.FetchFailed exception.
- -2: file doesn't exist.
- -1: if (size chksum is available, and
file is smaller than stated chksum)
- 0: if all chksums match
- 1: if file is too large (if size chksums are available)
or else size is right but a chksum didn't match.
if all_chksums is True, all chksums must be verified; if false, all
a handler can be found for are used.
"""
nondefault_handlers = handlers
if handlers is None:
try:
handlers = get_handlers(target.chksums)
except KeyError:
compatibility.raise_from(
errors.FetchFailed(
file_location,
"Couldn't find a required checksum handler"))
if all_chksums:
missing = set(target.chksums).difference(handlers)
if missing:
raise errors.RequiredChksumDataMissing(target,
*sorted(missing))
if "size" in handlers:
val = handlers["size"](file_location)
if val == -1:
raise errors.MissingDistfile(file_location)
c = cmp(val, target.chksums["size"])
if c:
resumable = (c < 0)
if resumable:
msg = "File is too small."
else:
msg = "File is too big."
raise errors.FetchFailed(file_location,
msg,
resumable=resumable)
elif not os.path.exists(file_location):
raise errors.MissingDistfile(file_location)
elif not os.stat(file_location).st_size:
raise errors.FetchFailed(file_location,
'file is empty',
resumable=False)
chfs = set(target.chksums).intersection(handlers)
chfs.discard("size")
chfs = list(chfs)
if nondefault_handlers:
for x in chfs:
val = handlers[x](file_location)
if val != target.chksums[x]:
raise errors.FetchFailed(
file_location,
"Validation handler %s: expected %s, got %s" %
(x, target.chksums[x], val))
else:
desired_vals = [target.chksums[x] for x in chfs]
calced = get_chksums(file_location, *chfs)
for desired, got, chf in zip(desired_vals, calced, chfs):
if desired != got:
raise errors.FetchFailed(
file_location,
"Validation handler %s: expected %s, got %s" %
(chf, desired, got))
def __eq__(self, other):
if isinstance(other, wrapper):
return cmp(self._raw_pkg, other._raw_pkg) == 0
return cmp(self._raw_pkg, other) == 0
def __cmp__(self, other):
return cmp(self.ver, other.ver)
def __cmp__(self, other):
return cmp(self.ver, other.ver)
def __cmp__(self, other):
return cmp(self.value, other.value)
def _verify(self, file_location, target, all_chksums=True, handlers=None):
"""
Internal function for derivatives.
Digs through chksums, and either returns None, or throws an
errors.FetchFailed exception.
- -2: file doesn't exist.
- -1: if (size chksum is available, and
file is smaller than stated chksum)
- 0: if all chksums match
- 1: if file is too large (if size chksums are available)
or else size is right but a chksum didn't match.
if all_chksums is True, all chksums must be verified; if false, all
a handler can be found for are used.
"""
nondefault_handlers = handlers
if handlers is None:
try:
handlers = get_handlers(target.chksums)
except KeyError:
compatibility.raise_from(errors.FetchFailed(
file_location, "Couldn't find a required checksum handler"))
if all_chksums:
missing = set(target.chksums).difference(handlers)
if missing:
raise errors.RequiredChksumDataMissing(target, *sorted(missing))
if "size" in handlers:
val = handlers["size"](file_location)
if val == -1:
raise errors.MissingDistfile(file_location)
c = cmp(val, target.chksums["size"])
if c:
resumable = (c < 0)
if resumable:
msg = "File is too small."
else:
msg = "File is too big."
raise errors.FetchFailed(
file_location, msg, resumable=resumable)
elif not os.path.exists(file_location):
raise errors.MissingDistfile(file_location)
elif not os.stat(file_location).st_size:
raise errors.FetchFailed(
file_location, 'file is empty', resumable=False)
chfs = set(target.chksums).intersection(handlers)
chfs.discard("size")
chfs = list(chfs)
if nondefault_handlers:
for x in chfs:
val = handlers[x](file_location)
if val != target.chksums[x]:
raise errors.FetchFailed(
file_location,
"Validation handler %s: expected %s, got %s" %
(x, target.chksums[x], val))
else:
desired_vals = [target.chksums[x] for x in chfs]
calced = get_chksums(file_location, *chfs)
for desired, got, chf in zip(desired_vals, calced, chfs):
if desired != got:
raise errors.FetchFailed(
file_location,
"Validation handler %s: expected %s, got %s" %
(chf, desired, got))
def __cmp__(self, other):
return cmp(self.location, other.location)
def test_cmp(self):
ukls, vkls = self.ukls, self.vkls
self.assertTrue(
cmp(vkls("dev-util/diffball-0.1"),
vkls("dev-util/diffball-0.2")) < 0)
base = "dev-util/diffball-0.7.1"
self.assertFalse(cmp(vkls(base), vkls(base)))
for rev in ("", "-r1"):
last = None
for suf in ["_alpha", "_beta", "_pre", "", "_p"]:
if suf == "":
sufs = [suf]
else:
sufs = [suf, suf+"4"]
for x in sufs:
cur = vkls(base+x+rev)
self.assertEqual(cur, vkls(base+x+rev))
if last is not None:
self.assertGT(cur, last)
self.assertGT(vkls("da/ba-6a"), vkls("da/ba-6"))
self.assertGT(vkls("da/ba-6a-r1"), vkls("da/ba-6a"))
self.assertGT(vkls("da/ba-6.0"), vkls("da/ba-6"))
self.assertGT(vkls("da/ba-6.0.0"), vkls("da/ba-6.0b"))
self.assertGT(vkls("da/ba-6.02"), vkls("da/ba-6.0.0"))
# float comparison rules.
self.assertGT(vkls("da/ba-6.2"), vkls("da/ba-6.054"))
self.assertEqual(vkls("da/ba-6"), vkls("da/ba-6"))
self.assertGT(ukls("db/ba"), ukls("da/ba"))
self.assertGT(ukls("da/bb"), ukls("da/ba"))
self.assertGT(vkls("da/ba-6.0_alpha0_p1"), vkls("da/ba-6.0_alpha"))
self.assertEqual(vkls("da/ba-6.0_alpha"), vkls("da/ba-6.0_alpha0"))
self.assertGT(vkls("da/ba-6.1"), vkls("da/ba-6.09"))
self.assertGT(vkls("da/ba-6.0.1"), vkls("da/ba-6.0"))
self.assertGT(vkls("da/ba-12.2.5"), vkls("da/ba-12.2b"))
# test for gentoo bug 287848
self.assertGT(vkls("dev-lang/erlang-12.2.5"),
vkls("dev-lang/erlang-12.2b"))
self.assertGT(vkls("dev-lang/erlang-12.2.5-r1"),
vkls("dev-lang/erlang-12.2b"))
self.assertEqual(vkls("da/ba-6.01.0"), vkls("da/ba-6.010.0"))
for v1, v2 in (("1.001000000000000000001", "1.001000000000000000002"),
("1.00100000000", "1.0010000000000000001"),
("1.01", "1.1")):
self.assertGT(vkls("da/ba-%s" % v2), vkls("da/ba-%s" % v1))
for x in (18, 36, 100):
s = "0" * x
self.assertGT(vkls("da/ba-10%s1" % s), vkls("da/ba-1%s1" % s))
for x in (18, 36, 100):
s = "0" * x
self.assertGT(vkls("da/ba-1-r10%s1" % s),
vkls("da/ba-1-r1%s1" % s))
self.assertGT(vkls('sys-apps/net-tools-1.60_p2010081516093'),
vkls('sys-apps/net-tools-1.60_p2009072801401'))
self.assertGT(vkls('sys-apps/net-tools-1.60_p20100815160931'),
vkls('sys-apps/net-tools-1.60_p20090728014017'))
self.assertGT(vkls('sys-apps/net-tools-1.60_p20100815160931'),
vkls('sys-apps/net-tools-1.60_p20090728014017-r1'))
# Regression test: python does comparison slightly differently
# if the classes do not match exactly (it prefers rich
# comparison over __cmp__).
class DummySubclass(self.kls):
pass
self.assertNotEqual(
DummySubclass("da/ba-6.0_alpha0_p1", versioned=True),
vkls("da/ba-6.0_alpha"))
self.assertEqual(
DummySubclass("da/ba-6.0_alpha0", versioned=True),
vkls("da/ba-6.0_alpha"))
self.assertNotEqual(DummySubclass("da/ba-6.0", versioned=True),
"foon")
self.assertEqual(DummySubclass("da/ba-6.0", versioned=True),
DummySubclass("da/ba-6.0-r0", versioned=True))
