def test_classpath_updates(self):
# Check that exclusive groups classpaths accumulate properly.
a = self.make_target(':a', exclusives={'a': '1', 'b': '1'})
b = self.make_target(':b', exclusives={'a': '1', 'b': '<none>'})
c = self.make_target(':c', exclusives={'a': '2', 'b': '2'})
d = self.make_target(':d')
context = self.context(target_roots=[a, b, c, d])
context.products.require_data('exclusives_groups')
check_exclusives_task = CheckExclusives(context, self.workdir, signal_error=True)
check_exclusives_task.execute()
egroups = context.products.get_data('exclusives_groups')
egroups.set_base_classpath_for_group("a=1,b=1", ["a1", "b1"])
egroups.set_base_classpath_for_group("a=1,b=<none>", ["a1"])
egroups.set_base_classpath_for_group("a=2,b=2", ["a2", "b2"])
egroups.set_base_classpath_for_group("a=<none>,b=<none>", ["none"])
egroups.update_compatible_classpaths(None, ["update_without_group"])
egroups.update_compatible_classpaths("a=<none>,b=<none>", ["update_all"])
egroups.update_compatible_classpaths("a=1,b=<none>", ["update_a1bn"])
egroups.update_compatible_classpaths("a=2,b=2", ["update_only_a2b2"])
self.assertEquals(egroups.get_classpath_for_group("a=2,b=2"),
["update_only_a2b2", "update_all", "update_without_group", "a2", "b2"])
self.assertEquals(egroups.get_classpath_for_group("a=1,b=1"),
["update_a1bn", "update_all", "update_without_group", "a1", "b1"])
self.assertEquals(egroups.get_classpath_for_group("a=1,b=<none>"),
["update_a1bn", "update_all", "update_without_group", "a1"])
self.assertEquals(egroups.get_classpath_for_group("a=<none>,b=<none>"),
["update_all", "update_without_group", "none"])
# make sure repeated additions of the same thing are idempotent.
egroups.update_compatible_classpaths("a=1,b=1", ["a1", "b1", "xxx"])
self.assertEquals(egroups.get_classpath_for_group("a=1,b=1"),
["xxx", "update_a1bn", "update_all", "update_without_group", "a1", "b1"])
def test_classpath_updates(self):
# Check that exclusive groups classpaths accumulate properly.
a = self.make_target(':a', exclusives={'a': '1', 'b': '1'})
b = self.make_target(':b', exclusives={'a': '1', 'b': '<none>'})
c = self.make_target(':c', exclusives={'a': '2', 'b': '2'})
d = self.make_target(':d')
context = self.context(target_roots=[a, b, c, d])
context.products.require_data('exclusives_groups')
check_exclusives_task = CheckExclusives(context, self.workdir, signal_error=True)
check_exclusives_task.execute()
egroups = context.products.get_data('exclusives_groups')
egroups.set_base_classpath_for_group("a=1,b=1", ["a1", "b1"])
egroups.set_base_classpath_for_group("a=1,b=<none>", ["a1"])
egroups.set_base_classpath_for_group("a=2,b=2", ["a2", "b2"])
egroups.set_base_classpath_for_group("a=<none>,b=<none>", ["none"])
egroups.update_compatible_classpaths(None, ["update_without_group"])
egroups.update_compatible_classpaths("a=<none>,b=<none>", ["update_all"])
egroups.update_compatible_classpaths("a=1,b=<none>", ["update_a1bn"])
egroups.update_compatible_classpaths("a=2,b=2", ["update_only_a2b2"])
self.assertEquals(egroups.get_classpath_for_group("a=2,b=2"),
["update_only_a2b2", "update_all", "update_without_group", "a2", "b2"])
self.assertEquals(egroups.get_classpath_for_group("a=1,b=1"),
["update_a1bn", "update_all", "update_without_group", "a1", "b1"])
self.assertEquals(egroups.get_classpath_for_group("a=1,b=<none>"),
["update_a1bn", "update_all", "update_without_group", "a1"])
self.assertEquals(egroups.get_classpath_for_group("a=<none>,b=<none>"),
["update_all", "update_without_group", "none"])
# make sure repeated additions of the same thing are idempotent.
egroups.update_compatible_classpaths("a=1,b=1", ["a1", "b1", "xxx"])
self.assertEquals(egroups.get_classpath_for_group("a=1,b=1"),
["xxx", "update_a1bn", "update_all", "update_without_group", "a1", "b1"])
def testPartitioning(self):
# Target e has conflicts; in this test, we want to check that partitioning
# of valid targets works to prevent conflicts in chunks, so we only use a-d.
a, b, c, d, _ = self.setupTargets()
context = self.context(target_roots=[a, b, c, d])
context.products.require_data('exclusives_groups')
with temporary_dir() as workdir:
check_exclusives_task = CheckExclusives(context, workdir, signal_error=True)
check_exclusives_task.execute()
egroups = context.products.get_data('exclusives_groups')
self.assertEquals(egroups.get_targets_for_group_key("a=1"), set([a, b, d]))
self.assertEquals(egroups.get_targets_for_group_key("a=2"), set([c]))
def test_partitioning(self):
# Target e has conflicts; in this test, we want to check that partitioning
# of valid targets works to prevent conflicts in chunks, so we only use a-d.
a, b, c, d, _ = self.setup_targets()
context = self.context(target_roots=[a, b, c, d],
options={'exclusives_error_on_collision':True})
context.products.require_data('exclusives_groups')
with temporary_dir() as workdir:
check_exclusives_task = CheckExclusives(context, workdir)
check_exclusives_task.execute()
egroups = context.products.get_data('exclusives_groups')
self.assertEquals(egroups.get_targets_for_group_key("a=1"), set([a, b, d]))
self.assertEquals(egroups.get_targets_for_group_key("a=2"), set([c]))
def test_check_exclusives(self):
a = self.make_target(':a', exclusives={'a': '1', 'b': '1'})
b = self.make_target(':b', exclusives={'a': '1'})
c = self.make_target(':c', exclusives={'a': '2'})
d = self.make_target(':d', dependencies=[a, b])
e = self.make_target(':e', dependencies=[a, c], exclusives={'c': '1'})
context = self.context(target_roots=[d, e])
check_exclusives_task = CheckExclusives(context, self.workdir, signal_error=True)
try:
check_exclusives_task.execute()
self.fail("Expected a conflicting exclusives exception to be thrown.")
except TaskError:
pass
def test_check_exclusives(self):
a = self.make_target(':a', exclusives={'a': '1', 'b': '1'})
b = self.make_target(':b', exclusives={'a': '1'})
c = self.make_target(':c', exclusives={'a': '2'})
d = self.make_target(':d', dependencies=[a, b])
e = self.make_target(':e', dependencies=[a, c], exclusives={'c': '1'})
context = self.context(target_roots=[d, e])
check_exclusives_task = CheckExclusives(context, self.workdir, signal_error=True)
try:
check_exclusives_task.execute()
self.fail("Expected a conflicting exclusives exception to be thrown.")
except TaskError:
pass
def test_classpath_compatibility(self):
# test the compatibility checks for different exclusive groups.
a = self.make_target(':a', exclusives={'a': '1', 'b': '1'})
b = self.make_target(':b', exclusives={'a': '1', 'b': '<none>'})
c = self.make_target(':c', exclusives={'a': '2', 'b': '2'})
d = self.make_target(':d')
context = self.context(target_roots=[a, b, c, d])
context.products.require_data('exclusives_groups')
check_exclusives_task = CheckExclusives(context, self.workdir, signal_error=True)
check_exclusives_task.execute()
egroups = context.products.get_data('exclusives_groups')
# Expected compatibility:
# a is compatible with nothing but itself.
self.assertTrue(egroups._is_compatible(egroups.target_to_key[a], egroups.target_to_key[a]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[a], egroups.target_to_key[b]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[a], egroups.target_to_key[d]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[a], egroups.target_to_key[c]))
# b is compatible with itself and a.
self.assertTrue(egroups._is_compatible(egroups.target_to_key[b], egroups.target_to_key[a]))
self.assertTrue(egroups._is_compatible(egroups.target_to_key[b], egroups.target_to_key[b]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[b], egroups.target_to_key[c]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[b], egroups.target_to_key[d]))
# c is compatible with nothing but itself
self.assertTrue(egroups._is_compatible(egroups.target_to_key[c], egroups.target_to_key[c]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[c], egroups.target_to_key[a]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[c], egroups.target_to_key[b]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[c], egroups.target_to_key[d]))
# d is compatible with everything.
self.assertTrue(egroups._is_compatible(egroups.target_to_key[d], egroups.target_to_key[a]))
self.assertTrue(egroups._is_compatible(egroups.target_to_key[d], egroups.target_to_key[b]))
self.assertTrue(egroups._is_compatible(egroups.target_to_key[d], egroups.target_to_key[c]))
self.assertTrue(egroups._is_compatible(egroups.target_to_key[d], egroups.target_to_key[d]))
def test_classpath_compatibility(self):
# test the compatibility checks for different exclusive groups.
a = self.make_target(':a', exclusives={'a': '1', 'b': '1'})
b = self.make_target(':b', exclusives={'a': '1', 'b': '<none>'})
c = self.make_target(':c', exclusives={'a': '2', 'b': '2'})
d = self.make_target(':d')
context = self.context(target_roots=[a, b, c, d])
context.products.require_data('exclusives_groups')
check_exclusives_task = CheckExclusives(context, self.workdir, signal_error=True)
check_exclusives_task.execute()
egroups = context.products.get_data('exclusives_groups')
# Expected compatibility:
# a is compatible with nothing but itself.
self.assertTrue(egroups._is_compatible(egroups.target_to_key[a], egroups.target_to_key[a]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[a], egroups.target_to_key[b]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[a], egroups.target_to_key[d]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[a], egroups.target_to_key[c]))
# b is compatible with itself and a.
self.assertTrue(egroups._is_compatible(egroups.target_to_key[b], egroups.target_to_key[a]))
self.assertTrue(egroups._is_compatible(egroups.target_to_key[b], egroups.target_to_key[b]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[b], egroups.target_to_key[c]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[b], egroups.target_to_key[d]))
# c is compatible with nothing but itself
self.assertTrue(egroups._is_compatible(egroups.target_to_key[c], egroups.target_to_key[c]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[c], egroups.target_to_key[a]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[c], egroups.target_to_key[b]))
self.assertFalse(egroups._is_compatible(egroups.target_to_key[c], egroups.target_to_key[d]))
# d is compatible with everything.
self.assertTrue(egroups._is_compatible(egroups.target_to_key[d], egroups.target_to_key[a]))
self.assertTrue(egroups._is_compatible(egroups.target_to_key[d], egroups.target_to_key[b]))
self.assertTrue(egroups._is_compatible(egroups.target_to_key[d], egroups.target_to_key[c]))
self.assertTrue(egroups._is_compatible(egroups.target_to_key[d], egroups.target_to_key[d]))
