def test_mendix_8_java_11_memory_stats(self):
java_version = 11
stats = {"memory": MENDIX_8_JAVA_11_STATS}
old_stats = _populate_stats_by_java_version_old(
copy.deepcopy(stats), java_version)
new_stats = _populate_stats_by_java_version(copy.deepcopy(stats),
java_version)
# Old stats were broken for Mendix 8, so this test is fairly useless,
# but whatever.
self.assertNotEqual(old_stats, new_stats)
def test_mendix_8_java_11_memory_stats_concmarksweepgc(self):
java_version = 11
stats = {"memory": MENDIX_8_JAVA_11_STATS_CONCMARKSWEEPGC}
old_stats = _populate_stats_by_java_version_old(
copy.deepcopy(stats), java_version)
new_stats = _populate_stats_by_java_version(copy.deepcopy(stats),
java_version)
# if we have reached here without any exception
# means we do support the alternate memory pool names
self.assertNotEqual(old_stats, new_stats)
def test_mendix_5_java_7_memory(self):
"""Test mendix 5.x runtime with java 7
Mendix 5.x runtimes are not supported.
So the new stats call would raise an exception,
as opposed to the behavior in the old stats call.
"""
java_version = 7
stats = {"memory": MENDIX_5_6_0_JAVA_7}
old_stats = _populate_stats_by_java_version_old(
copy.deepcopy(stats), java_version)
# new behavior is to raise an exception
with self.assertRaises(RuntimeError):
_populate_stats_by_java_version(copy.deepcopy(stats), java_version)
# old behavior would simply return the stats as it is
self.assertEqual(old_stats, stats)
