def setup():
log_handler, log_buffer = setupLogging()
status = monitor.status.Status()
# Create our global shared status. Sort of a hard coded file adapter.
config_file = os.path.join(BASE_DIR, 'server.json')
with open(config_file, 'r') as f:
status.set('status://server', json.load(f))
# Setup the normal adapters.
setupAdapters(status)
# Create the manager for performing actions.
action_manager = monitor.actions.ActionManager(status)
# Instantiating the engine sets up the deferreds needed to keep it running.
monitor.rules_engine.RulesEngine(status, action_manager)
# Assemble the factory for our web server.
# Serve the standard static web content, overlaid with our dynamic content
root = File("./static")
root.putChild("button", monitor.web_resources.Button(status))
root.putChild("log", monitor.web_resources.Log(log_handler, log_buffer))
root.putChild("restart", monitor.web_resources.Restart(status))
root.putChild("status", monitor.web_resources.Status(status))
reactor.listenTCP(status.get('status://server/port', 8080),
Site(root))
def setup():
log_handler, log_buffer = setupLogging()
status = monitor.status.Status()
# Create our global shared status. Sort of a hard coded file adapter.
config_file = os.path.join(BASE_DIR, 'server.json')
with open(config_file, 'r') as f:
status.set('status://server', json.load(f))
# Setup the normal adapters.
setupAdapters(status)
# Create the manager for performing actions.
action_manager = monitor.actions.ActionManager(status)
# Instantiating the engine sets up the deferreds needed to keep it running.
monitor.rules_engine.RulesEngine(status, action_manager)
# Assemble the factory for our web server.
# Serve the standard static web content, overlaid with our dynamic content
root = File("./static")
root.putChild("button", monitor.web_resources.Button(status))
root.putChild("log", monitor.web_resources.Log(log_handler, log_buffer))
root.putChild("restart", monitor.web_resources.Restart(status))
root.putChild("status", monitor.web_resources.Status(status))
reactor.listenTCP(status.get('status://server/port', 8080), Site(root))
def test_url_not_updated(self):
status = self._create_status({"foo": 1, "bar": 2})
# Ask for a specialized notification.
d = status.deferred(revision=1, url="status://bar")
status.set("status://int", 3)
self.assertFalse(d.called)
def test_noop_change(self):
"""Ensure the deferred does not fire on a non-meaningful change."""
status = self._create_status({'int': 2})
d = status.deferred(revision=1)
status.set('status://int', 2)
self.assertFalse(d.called)
def test_watch_rules_fired(self):
"""Setup and fire two watch rules in the rules_engine."""
status, engine = self._setup_status_engine({
'watch_test1': {
'behavior': 'watch',
'value': 'status://values/one',
'action': 'take_action1'
},
'watch_test2': {
'behavior': 'watch',
'value': 'status://values/two',
'action': 'take_action2'
}
})
expected_actions = [
'status://config/rule/watch_test1/action',
'status://config/rule/watch_test2/action'
]
d = self._test_actions_fired(engine, expected_actions)
status.set('status://values/one', 2)
status.set('status://values/two', 2)
return d
def test_noop_change(self):
"""Ensure the deferred does not fire on a non-meaningful change."""
status = self._create_status({"int": 2})
d = status.deferred(revision=1)
status.set("status://int", 2)
self.assertFalse(d.called)
def test_set_revision(self):
"""Test Status.set() if revision is passed in."""
# Make Sure initial revisions match expectations.
status = self._create_status()
# Set a new value, update with correct specified revision.
status.set("status://int", 10, revision=1)
self.assertEqual(status.revision(), 2)
self.assertEqual(status.revision("status://int"), 2)
# Update an existing value with correct specified revision.
status.set("status://int", 20, revision=2)
self.assertEqual(status.revision(), 3)
self.assertEqual(status.revision("status://int"), 3)
# Set a new value, update with incorrect specified revision.
# Should raise exception, and modify nothing.
self.assertRaises(monitor.status.RevisionMismatch, status.set, "status://int", 30, revision=1)
self.assertEqual(status.get("status://int"), 20)
self.assertEqual(status.revision(), 3)
self.assertEqual(status.revision("status://int"), 3)
# Set a new value, update with a future version.
self.assertRaises(monitor.status.RevisionMismatch, status.set, "status://int", 30, revision=100)
self.assertEqual(status.get("status://int"), 20)
self.assertEqual(status.revision(), 3)
self.assertEqual(status.revision("status://int"), 3)
def test_url_not_updated(self):
status = self._create_status({'foo': 1, 'bar': 2})
# Ask for a specialized notification.
d = status.deferred(revision=1, url='status://bar')
status.set('status://int', 3)
self.assertFalse(d.called)
def test_single_change_no_url(self):
status = self._create_status({'int': 2})
# Test that the expected notification fires after we make a change.
url = 'status://int'
d = status.deferred()
status.set(url, 3)
d.addCallback(self.assertEquals, ['status://'])
self.assertTrue(d.called)
def test_double_change_no_url(self):
"""Ensure the deferred does not fire on a non-meaningful change."""
status = self._create_status({'int': 2})
d = status.deferred(revision=1)
status.set('status://int', 3)
status.set('status://int', 4)
d.addCallback(self.assertEquals, ['status://'])
self.assertTrue(d.called)
def test_double_change_no_url(self):
"""Ensure the deferred does not fire on a non-meaningful change."""
status = self._create_status({"int": 2})
d = status.deferred(revision=1)
status.set("status://int", 3)
status.set("status://int", 4)
d.addCallback(self.assertEquals, ["status://"])
self.assertTrue(d.called)
def test_single_change_no_url(self):
status = self._create_status({"int": 2})
# Test that the expected notification fires after we make a change.
url = "status://int"
d = status.deferred()
status.set(url, 3)
d.addCallback(self.assertEquals, ["status://"])
self.assertTrue(d.called)
def test_non_existent_url(self):
status = self._create_status()
# Ask for a specialized notification.
url = "status://foo"
d = status.deferred(url=url)
status.set(url, 3)
d.addCallback(self.assertEquals, [url])
self.assertTrue(d.called)
def test_non_existent_url(self):
status = self._create_status()
# Ask for a specialized notification.
url = 'status://foo'
d = status.deferred(url=url)
status.set(url, 3)
d.addCallback(self.assertEquals, [url])
self.assertTrue(d.called)
def test_url_double_updated(self):
status = self._create_status()
# Ask for a specialized notification.
url = "status://int"
d = status.deferred(revision=1, url=url)
d.addCallback(self.assertEquals, [url])
status.set(url, 3)
status.set(url, 4)
self.assertTrue(d.called)
def test_url_double_updated(self):
status = self._create_status()
# Ask for a specialized notification.
url = 'status://int'
d = status.deferred(revision=1, url=url)
d.addCallback(self.assertEquals, [url])
status.set(url, 3)
status.set(url, 4)
self.assertTrue(d.called)
def test_url_parent_different_revision(self):
status = self._create_status({"foo": 1, "bar": 2})
status.set("status://foo", 3)
self.assertEqual(status.revision(), 2)
self.assertEqual(status.revision("status://bar"), 1)
# Ask for a specialized notification with the parents revision, not
# the revision of the url.
d = status.deferred(revision=1, url="status://bar")
status.set("status://int", 3)
self.assertFalse(d.called)
def test_watch_rule_fired(self):
"""Setup and fire a single watch rule in the rules_engine."""
status, engine = self._setup_status_engine(
{"watch_test": {"behavior": "watch", "value": "status://values/one", "action": "take_action"}}
)
expected_actions = ["status://config/rule/watch_test/action"]
d = self._test_actions_fired(engine, expected_actions)
status.set("status://values/one", 2)
return d
def test_url_parent_different_revision(self):
status = self._create_status({'foo': 1, 'bar': 2})
status.set('status://foo', 3)
self.assertEqual(status.revision(), 2)
self.assertEqual(status.revision('status://bar'), 1)
# Ask for a specialized notification with the parents revision, not
# the revision of the url.
d = status.deferred(revision=1, url='status://bar')
status.set('status://int', 3)
self.assertFalse(d.called)
def test_url_nested_updates(self):
status = self._create_status()
url = 'status://int'
def callback(value, new_int):
status.set(url, new_int)
return value
d = status.deferred(url=url)
d.addCallback(callback, 4)
d.addCallback(callback, 5)
status.set(url, 3)
self.assertTrue(d.called)
def test_watch_rule_value_cleared(self):
"""Setup and clear value a watch rule watches."""
status, engine = self._setup_status_engine(
{"watch_test": {"behavior": "watch", "value": "status://values/one", "action": "take_action"}}
)
# If a value is cleared, we shouldn't fire at all.
expected_actions = []
d = self._test_actions_fired(engine, expected_actions)
status.set("status://values", {})
return d
def test_url_nested_updates(self):
status = self._create_status()
url = "status://int"
def callback(value, new_int):
status.set(url, new_int)
return value
d = status.deferred(url=url)
d.addCallback(callback, 4)
d.addCallback(callback, 5)
status.set(url, 3)
self.assertTrue(d.called)
def test_watch_rules_fired(self):
"""Setup and fire two watch rules in the rules_engine."""
status, engine = self._setup_status_engine(
{
"watch_test1": {"behavior": "watch", "value": "status://values/one", "action": "take_action1"},
"watch_test2": {"behavior": "watch", "value": "status://values/two", "action": "take_action2"},
}
)
expected_actions = ["status://config/rule/watch_test1/action", "status://config/rule/watch_test2/action"]
d = self._test_actions_fired(engine, expected_actions)
status.set("status://values/one", 2)
status.set("status://values/two", 2)
return d
def test_watch_rule_value_cleared(self):
"""Setup and clear value a watch rule watches."""
status, engine = self._setup_status_engine({
'watch_test': {
'behavior': 'watch',
'value': 'status://values/one',
'action': 'take_action'
}
})
# If a value is cleared, we shouldn't fire at all.
expected_actions = []
d = self._test_actions_fired(engine, expected_actions)
status.set('status://values', {})
return d
def test_watch_rule_fired_twice(self):
"""Setup and fire a single watch rule in the rules_engine twice."""
status, engine = self._setup_status_engine({
'watch_test': {
'behavior': 'watch',
'value': 'status://values/one',
'action': 'take_action'
}
})
expected_actions = [
'status://config/rule/watch_test/action',
'status://config/rule/watch_test/action'
]
d = self._test_actions_fired(engine, expected_actions)
status.set('status://values/one', 2)
status.set('status://values/one', 3)
return d
def test_url_circular_deferreds(self):
status = self._create_status({"foo": 1, "bar": 1})
url_foo = "status://foo"
url_bar = "status://bar"
d_foo = status.deferred(url=url_foo)
d_bar = status.deferred(url=url_bar)
def callback(value, new_url, new_int):
status.set(new_url, new_int)
return value
d_foo.addCallback(callback, url_bar, 3)
d_bar.addCallback(callback, url_foo, 3)
status.set(url_foo, 2)
status.set(url_bar, 2)
self.assertTrue(d_foo.called)
self.assertTrue(d_bar.called)
def test_url_circular_deferreds(self):
status = self._create_status({'foo': 1, 'bar': 1})
url_foo = 'status://foo'
url_bar = 'status://bar'
d_foo = status.deferred(url=url_foo)
d_bar = status.deferred(url=url_bar)
def callback(value, new_url, new_int):
status.set(new_url, new_int)
return value
d_foo.addCallback(callback, url_bar, 3)
d_bar.addCallback(callback, url_foo, 3)
status.set(url_foo, 2)
status.set(url_bar, 2)
self.assertTrue(d_foo.called)
self.assertTrue(d_bar.called)
def test_set_revision(self):
"""Test Status.set() if revision is passed in."""
# Make Sure initial revisions match expectations.
status = self._create_status()
# Set a new value, update with correct specified revision.
status.set('status://int', 10, revision=1)
self.assertEqual(status.revision(), 2)
self.assertEqual(status.revision('status://int'), 2)
# Update an existing value with correct specified revision.
status.set('status://int', 20, revision=2)
self.assertEqual(status.revision(), 3)
self.assertEqual(status.revision('status://int'), 3)
# Set a new value, update with incorrect specified revision.
# Should raise exception, and modify nothing.
self.assertRaises(monitor.status.RevisionMismatch,
status.set,
'status://int',
30,
revision=1)
self.assertEqual(status.get('status://int'), 20)
self.assertEqual(status.revision(), 3)
self.assertEqual(status.revision('status://int'), 3)
# Set a new value, update with a future version.
self.assertRaises(monitor.status.RevisionMismatch,
status.set,
'status://int',
30,
revision=100)
self.assertEqual(status.get('status://int'), 20)
self.assertEqual(status.revision(), 3)
self.assertEqual(status.revision('status://int'), 3)
def test_set(self):
status = self._create_status()
self.assertEqual(status.revision(), 1)
self.assertEqual(status.get("status://int"), 2)
self.assertEqual(status.get("status://list"), [])
self.assertEqual(status.get("status://dict"), {"sub1": 3, "sub2": 4})
# Revision didn't change with the gets.
self.assertEqual(status.revision(), 1)
# Set an integer
status.set("status://int", 10)
self.assertEqual(status.get("status://int"), 10)
self.assertEqual(status.revision(), 2)
# Set a complex structure, and ensure it is copied, not referenced.
l = []
status.set("status://list2", l)
self.assertEqual(status.get("status://list2"), [])
l.append(1)
self.assertEqual(status.get("status://list2"), [])
self.assertEqual(status.revision(), 3)
# Ensure that setting to an unchanged value does not increment revision.
status.set("status://int", 10)
self.assertEqual(status.get("status://int"), 10)
self.assertEqual(status.revision(), 3)
# Set a nested value.
status.set("status://dict/sub1", 5)
self.assertEqual(status.get("status://dict/sub1"), 5)
self.assertEqual(status.revision(), 4)
# Set a nested value with new intermediate paths.
status.set("status://nest1/nest2/nest3", "foo")
self.assertEqual(status.get("status://nest1"), {"nest2": {"nest3": "foo"}})
self.assertEqual(status.revision(), 5)
# Clear an existing value.
status.set("status://dict/sub1", None)
self.assertEqual(status.get("status://dict"), {"sub1": None, "sub2": 4})
self.assertEqual(status.revision(), 6)
# Clear a sub-tree
status.set("status://nest1", None)
self.assertEqual(
status.get("status://"),
{"dict": {"sub1": None, "sub2": 4}, "int": 10, "list": [], "list2": [], "nest1": None},
)
self.assertEqual(status.revision(), 7)
# Clear a nonexitent value
status.set("status://nonexistent", None)
self.assertEqual(
status.get("status://"),
{"dict": {"sub1": None, "sub2": 4}, "int": 10, "list": [], "list2": [], "nest1": None},
)
self.assertEqual(status.revision(), 7)
def callback(value, new_url, new_int):
status.set(new_url, new_int)
return value
def callback(value, new_url, new_int):
status.set(new_url, new_int)
return value
def test_nested_revisions(self):
"""Test Status.revision() handles nested revision numbers."""
# Make Sure initial revisions match expectations.
status = self._create_status(
{
"int": 1,
"string": "foo",
"list": [],
"deep1": {"foo": 2},
"deep2": {"sub_deep1": {"foo": 3}, "sub_deep2": {"foo": 4}},
}
)
self.assertEqual(status.revision(), 1)
self.assertEqual(status.revision("status://int"), 1)
self.assertEqual(status.revision("status://string"), 1)
self.assertEqual(status.revision("status://list"), 1)
self.assertEqual(status.revision("status://deep1"), 1)
self.assertEqual(status.revision("status://deep1/foo"), 1)
self.assertEqual(status.revision("status://deep2"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep1"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep1/foo"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep2"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep2/foo"), 1)
self.assertRaises(monitor.status.UnknownUrl, status.revision, "status://nonexistent")
# Make a simple update.
status.set("status://int", 10)
self.assertEqual(status.revision(), 2)
self.assertEqual(status.revision("status://int"), 2)
self.assertEqual(status.revision("status://string"), 1)
self.assertEqual(status.revision("status://list"), 1)
self.assertEqual(status.revision("status://deep1"), 1)
self.assertEqual(status.revision("status://deep1/foo"), 1)
self.assertEqual(status.revision("status://deep2"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep1"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep1/foo"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep2"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep2/foo"), 1)
# Make a nested update.
status.set("status://deep1/foo", 20)
self.assertEqual(status.revision(), 3)
self.assertEqual(status.revision("status://int"), 2)
self.assertEqual(status.revision("status://string"), 1)
self.assertEqual(status.revision("status://list"), 1)
self.assertEqual(status.revision("status://deep1"), 3)
self.assertEqual(status.revision("status://deep1/foo"), 3)
self.assertEqual(status.revision("status://deep2"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep1"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep1/foo"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep2"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep2/foo"), 1)
# Make a deeper nested update.
status.set("status://deep2/sub_deep1/foo", 30)
self.assertEqual(status.revision(), 4)
self.assertEqual(status.revision("status://int"), 2)
self.assertEqual(status.revision("status://string"), 1)
self.assertEqual(status.revision("status://list"), 1)
self.assertEqual(status.revision("status://deep1"), 3)
self.assertEqual(status.revision("status://deep1/foo"), 3)
self.assertEqual(status.revision("status://deep2"), 4)
self.assertEqual(status.revision("status://deep2/sub_deep1"), 4)
self.assertEqual(status.revision("status://deep2/sub_deep1/foo"), 4)
self.assertEqual(status.revision("status://deep2/sub_deep2"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep2/foo"), 1)
# Replace a sub-tree
status.set("status://deep2/sub_deep1", {"foo": 40, "bar": 50})
self.assertEqual(status.revision(), 5)
self.assertEqual(status.revision("status://int"), 2)
self.assertEqual(status.revision("status://string"), 1)
self.assertEqual(status.revision("status://list"), 1)
self.assertEqual(status.revision("status://deep1"), 3)
self.assertEqual(status.revision("status://deep1/foo"), 3)
self.assertEqual(status.revision("status://deep2"), 5)
self.assertEqual(status.revision("status://deep2/sub_deep1"), 5)
self.assertEqual(status.revision("status://deep2/sub_deep1/foo"), 5)
self.assertEqual(status.revision("status://deep2/sub_deep1/bar"), 5)
self.assertEqual(status.revision("status://deep2/sub_deep2"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep2/foo"), 1)
# Replace a sub-tree, unchanged.
status.set("status://deep2/sub_deep1", {"foo": 40, "bar": 50})
self.assertEqual(status.revision(), 5)
self.assertEqual(status.revision("status://int"), 2)
self.assertEqual(status.revision("status://string"), 1)
self.assertEqual(status.revision("status://list"), 1)
self.assertEqual(status.revision("status://deep1"), 3)
self.assertEqual(status.revision("status://deep1/foo"), 3)
self.assertEqual(status.revision("status://deep2"), 5)
self.assertEqual(status.revision("status://deep2/sub_deep1"), 5)
self.assertEqual(status.revision("status://deep2/sub_deep1/foo"), 5)
self.assertEqual(status.revision("status://deep2/sub_deep1/bar"), 5)
self.assertEqual(status.revision("status://deep2/sub_deep2"), 1)
self.assertEqual(status.revision("status://deep2/sub_deep2/foo"), 1)
def test_set_revision_nested(self):
"""Test Status.set() if revision is passed in."""
# Make Sure initial revisions match expectations.
status = self._create_status({"int": 1, "deep": {"foo": 2}})
# Update one section.
status.set("status://int", 10, revision=1)
self.assertEqual(status.revision(), 2)
self.assertEqual(status.revision("status://int"), 2)
self.assertEqual(status.revision("status://deep"), 1)
self.assertEqual(status.revision("status://deep/foo"), 1)
# Ensure old section can still update using original revision.
status.set("status://deep/foo", 20, revision=1)
self.assertEqual(status.revision(), 3)
self.assertEqual(status.revision("status://int"), 2)
self.assertEqual(status.revision("status://deep"), 3)
self.assertEqual(status.revision("status://deep/foo"), 3)
# Ensure new creation works with nested revisions.
status.set("status://deep/bar", 30, revision=3)
self.assertEqual(status.revision(), 4)
self.assertEqual(status.revision("status://int"), 2)
self.assertEqual(status.revision("status://deep"), 4)
self.assertEqual(status.revision("status://deep/foo"), 3)
self.assertEqual(status.revision("status://deep/bar"), 4)
# Ensure value can be updated using a parents revision.
status.set("status://deep/foo", 21, revision=4)
self.assertEqual(status.revision(), 5)
self.assertEqual(status.revision("status://int"), 2)
self.assertEqual(status.revision("status://deep"), 5)
self.assertEqual(status.revision("status://deep/foo"), 5)
self.assertEqual(status.revision("status://deep/bar"), 4)
# Ensure new creation works with updated revisions.
status.set("status://deep/bar", 31, revision=4)
self.assertEqual(status.revision(), 6)
self.assertEqual(status.revision("status://int"), 2)
self.assertEqual(status.revision("status://deep"), 6)
self.assertEqual(status.revision("status://deep/foo"), 5)
self.assertEqual(status.revision("status://deep/bar"), 6)
# Ensure value can be updated using a parents revision.
status.set("status://int", 11, revision=6)
status.set("status://int", 12, revision=7)
self.assertEqual(status.revision(), 8)
self.assertEqual(status.revision("status://int"), 8)
self.assertEqual(status.revision("status://deep"), 6)
self.assertEqual(status.revision("status://deep/foo"), 5)
self.assertEqual(status.revision("status://deep/bar"), 6)
# Ensure value can NOT be updated using an outdated parent version.
self.assertRaises(monitor.status.RevisionMismatch, status.set, "status://deep/foo", 21, revision=7)
self.assertEqual(status.revision(), 8)
self.assertEqual(status.revision("status://int"), 8)
self.assertEqual(status.revision("status://deep"), 6)
self.assertEqual(status.revision("status://deep/foo"), 5)
self.assertEqual(status.revision("status://deep/bar"), 6)
def test_set(self):
status = self._create_status()
self.assertEqual(status.revision(), 1)
self.assertEqual(status.get('status://int'), 2)
self.assertEqual(status.get('status://list'), [])
self.assertEqual(status.get('status://dict'), {'sub1': 3, 'sub2': 4})
# Revision didn't change with the gets.
self.assertEqual(status.revision(), 1)
# Set an integer
status.set('status://int', 10)
self.assertEqual(status.get('status://int'), 10)
self.assertEqual(status.revision(), 2)
# Set a complex structure, and ensure it is copied, not referenced.
l = []
status.set('status://list2', l)
self.assertEqual(status.get('status://list2'), [])
l.append(1)
self.assertEqual(status.get('status://list2'), [])
self.assertEqual(status.revision(), 3)
# Ensure that setting to an unchanged value does not increment revision.
status.set('status://int', 10)
self.assertEqual(status.get('status://int'), 10)
self.assertEqual(status.revision(), 3)
# Set a nested value.
status.set('status://dict/sub1', 5)
self.assertEqual(status.get('status://dict/sub1'), 5)
self.assertEqual(status.revision(), 4)
# Set a nested value with new intermediate paths.
status.set('status://nest1/nest2/nest3', 'foo')
self.assertEqual(status.get('status://nest1'),
{'nest2': {
'nest3': 'foo'
}})
self.assertEqual(status.revision(), 5)
# Clear an existing value.
status.set('status://dict/sub1', None)
self.assertEqual(status.get('status://dict'), {
'sub1': None,
'sub2': 4
})
self.assertEqual(status.revision(), 6)
# Clear a sub-tree
status.set('status://nest1', None)
self.assertEqual(
status.get('status://'), {
'dict': {
'sub1': None,
'sub2': 4
},
'int': 10,
'list': [],
'list2': [],
'nest1': None
})
self.assertEqual(status.revision(), 7)
# Clear a nonexitent value
status.set('status://nonexistent', None)
self.assertEqual(
status.get('status://'), {
'dict': {
'sub1': None,
'sub2': 4
},
'int': 10,
'list': [],
'list2': [],
'nest1': None
})
self.assertEqual(status.revision(), 7)
def test_set_revision_nested(self):
"""Test Status.set() if revision is passed in."""
# Make Sure initial revisions match expectations.
status = self._create_status({
'int': 1,
'deep': {
'foo': 2
},
})
# Update one section.
status.set('status://int', 10, revision=1)
self.assertEqual(status.revision(), 2)
self.assertEqual(status.revision('status://int'), 2)
self.assertEqual(status.revision('status://deep'), 1)
self.assertEqual(status.revision('status://deep/foo'), 1)
# Ensure old section can still update using original revision.
status.set('status://deep/foo', 20, revision=1)
self.assertEqual(status.revision(), 3)
self.assertEqual(status.revision('status://int'), 2)
self.assertEqual(status.revision('status://deep'), 3)
self.assertEqual(status.revision('status://deep/foo'), 3)
# Ensure new creation works with nested revisions.
status.set('status://deep/bar', 30, revision=3)
self.assertEqual(status.revision(), 4)
self.assertEqual(status.revision('status://int'), 2)
self.assertEqual(status.revision('status://deep'), 4)
self.assertEqual(status.revision('status://deep/foo'), 3)
self.assertEqual(status.revision('status://deep/bar'), 4)
# Ensure value can be updated using a parents revision.
status.set('status://deep/foo', 21, revision=4)
self.assertEqual(status.revision(), 5)
self.assertEqual(status.revision('status://int'), 2)
self.assertEqual(status.revision('status://deep'), 5)
self.assertEqual(status.revision('status://deep/foo'), 5)
self.assertEqual(status.revision('status://deep/bar'), 4)
# Ensure new creation works with updated revisions.
status.set('status://deep/bar', 31, revision=4)
self.assertEqual(status.revision(), 6)
self.assertEqual(status.revision('status://int'), 2)
self.assertEqual(status.revision('status://deep'), 6)
self.assertEqual(status.revision('status://deep/foo'), 5)
self.assertEqual(status.revision('status://deep/bar'), 6)
# Ensure value can be updated using a parents revision.
status.set('status://int', 11, revision=6)
status.set('status://int', 12, revision=7)
self.assertEqual(status.revision(), 8)
self.assertEqual(status.revision('status://int'), 8)
self.assertEqual(status.revision('status://deep'), 6)
self.assertEqual(status.revision('status://deep/foo'), 5)
self.assertEqual(status.revision('status://deep/bar'), 6)
# Ensure value can NOT be updated using an outdated parent version.
self.assertRaises(monitor.status.RevisionMismatch,
status.set,
'status://deep/foo',
21,
revision=7)
self.assertEqual(status.revision(), 8)
self.assertEqual(status.revision('status://int'), 8)
self.assertEqual(status.revision('status://deep'), 6)
self.assertEqual(status.revision('status://deep/foo'), 5)
self.assertEqual(status.revision('status://deep/bar'), 6)
def test_nested_revisions(self):
"""Test Status.revision() handles nested revision numbers."""
# Make Sure initial revisions match expectations.
status = self._create_status({
'int': 1,
'string': 'foo',
'list': [],
'deep1': {
'foo': 2
},
'deep2': {
'sub_deep1': {
'foo': 3
},
'sub_deep2': {
'foo': 4
}
},
})
self.assertEqual(status.revision(), 1)
self.assertEqual(status.revision('status://int'), 1)
self.assertEqual(status.revision('status://string'), 1)
self.assertEqual(status.revision('status://list'), 1)
self.assertEqual(status.revision('status://deep1'), 1)
self.assertEqual(status.revision('status://deep1/foo'), 1)
self.assertEqual(status.revision('status://deep2'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep1'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep1/foo'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep2'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep2/foo'), 1)
self.assertRaises(monitor.status.UnknownUrl, status.revision,
'status://nonexistent')
# Make a simple update.
status.set('status://int', 10)
self.assertEqual(status.revision(), 2)
self.assertEqual(status.revision('status://int'), 2)
self.assertEqual(status.revision('status://string'), 1)
self.assertEqual(status.revision('status://list'), 1)
self.assertEqual(status.revision('status://deep1'), 1)
self.assertEqual(status.revision('status://deep1/foo'), 1)
self.assertEqual(status.revision('status://deep2'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep1'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep1/foo'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep2'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep2/foo'), 1)
# Make a nested update.
status.set('status://deep1/foo', 20)
self.assertEqual(status.revision(), 3)
self.assertEqual(status.revision('status://int'), 2)
self.assertEqual(status.revision('status://string'), 1)
self.assertEqual(status.revision('status://list'), 1)
self.assertEqual(status.revision('status://deep1'), 3)
self.assertEqual(status.revision('status://deep1/foo'), 3)
self.assertEqual(status.revision('status://deep2'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep1'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep1/foo'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep2'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep2/foo'), 1)
# Make a deeper nested update.
status.set('status://deep2/sub_deep1/foo', 30)
self.assertEqual(status.revision(), 4)
self.assertEqual(status.revision('status://int'), 2)
self.assertEqual(status.revision('status://string'), 1)
self.assertEqual(status.revision('status://list'), 1)
self.assertEqual(status.revision('status://deep1'), 3)
self.assertEqual(status.revision('status://deep1/foo'), 3)
self.assertEqual(status.revision('status://deep2'), 4)
self.assertEqual(status.revision('status://deep2/sub_deep1'), 4)
self.assertEqual(status.revision('status://deep2/sub_deep1/foo'), 4)
self.assertEqual(status.revision('status://deep2/sub_deep2'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep2/foo'), 1)
# Replace a sub-tree
status.set('status://deep2/sub_deep1', {'foo': 40, 'bar': 50})
self.assertEqual(status.revision(), 5)
self.assertEqual(status.revision('status://int'), 2)
self.assertEqual(status.revision('status://string'), 1)
self.assertEqual(status.revision('status://list'), 1)
self.assertEqual(status.revision('status://deep1'), 3)
self.assertEqual(status.revision('status://deep1/foo'), 3)
self.assertEqual(status.revision('status://deep2'), 5)
self.assertEqual(status.revision('status://deep2/sub_deep1'), 5)
self.assertEqual(status.revision('status://deep2/sub_deep1/foo'), 5)
self.assertEqual(status.revision('status://deep2/sub_deep1/bar'), 5)
self.assertEqual(status.revision('status://deep2/sub_deep2'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep2/foo'), 1)
# Replace a sub-tree, unchanged.
status.set('status://deep2/sub_deep1', {'foo': 40, 'bar': 50})
self.assertEqual(status.revision(), 5)
self.assertEqual(status.revision('status://int'), 2)
self.assertEqual(status.revision('status://string'), 1)
self.assertEqual(status.revision('status://list'), 1)
self.assertEqual(status.revision('status://deep1'), 3)
self.assertEqual(status.revision('status://deep1/foo'), 3)
self.assertEqual(status.revision('status://deep2'), 5)
self.assertEqual(status.revision('status://deep2/sub_deep1'), 5)
self.assertEqual(status.revision('status://deep2/sub_deep1/foo'), 5)
self.assertEqual(status.revision('status://deep2/sub_deep1/bar'), 5)
self.assertEqual(status.revision('status://deep2/sub_deep2'), 1)
self.assertEqual(status.revision('status://deep2/sub_deep2/foo'), 1)
