def test_remove_events(events_example):
r = Resource.from_dict(dict(key='e1', name='e1', base_path='x'))
r.save()
to_be_removed = events_example[2]
evapi.add_events('e1', events_example)
evapi.remove_event(to_be_removed)
assert to_be_removed not in evapi.all_events('e1')
def test_remove_events(events_example):
r = orm.DBResource(id='e1', name='e1', base_path='x')
r.save()
to_be_removed = events_example[2]
evapi.add_events('e1', events_example)
evapi.remove_event(to_be_removed)
assert to_be_removed not in evapi.all_events('e1')
def test_set_events(events_example):
r = orm.DBResource(id='e1', name='e1', base_path='x')
r.save()
partial = events_example[:2]
evapi.add_events('e1', events_example[:2])
evapi.set_events('e1', events_example[2:])
assert evapi.all_events('e1') == events_example[2:]
def send_to_orchestration():
dg = nx.MultiDiGraph()
staged = {r.name: r.args_show()
for r in resource.load_all().values()}
commited = data.CD()
events = {}
changed_nodes = []
for res_uid in staged.keys():
commited_data = commited.get(res_uid, {})
staged_data = staged.get(res_uid, {})
df = create_diff(staged_data, commited_data)
if df:
events[res_uid] = evapi.all_events(res_uid)
changed_nodes.append(res_uid)
action = guess_action(commited_data, staged_data)
state_change = evapi.StateChange(res_uid, action)
state_change.insert(changed_nodes, dg)
evapi.build_edges(changed_nodes, dg, events)
# what it should be?
dg.graph['name'] = 'system_log'
return graph.create_plan_from_graph(dg)
def show(resource):
all_ = evapi.all_events(resource)
if all_:
click.echo('Resource: {}'.format(resource))
offset = ' ' * 4
for ev in all_:
click.echo(offset + repr(ev))
else:
click.echo('No events for resource {}'.format(resource))
def show(resource):
all_ = evapi.all_events(resource)
if all_:
click.echo('Resource: {}'.format(resource))
offset = ' ' * 4
for ev in all_:
click.echo(offset+repr(ev))
else:
click.echo('No events for resource {}'.format(resource))
def send_to_orchestration():
dg = nx.MultiDiGraph()
events = {}
changed_nodes = []
for logitem in data.SL():
events[logitem.res] = evapi.all_events(logitem.res)
changed_nodes.append(logitem.res)
state_change = evapi.StateChange(logitem.res, logitem.action)
state_change.insert(changed_nodes, dg)
evapi.build_edges(dg, events)
# what `name` should be?
dg.graph['name'] = 'system_log'
return graph.create_plan_from_graph(dg)
def send_to_orchestration(tags=None):
dg = nx.MultiDiGraph()
events = {}
changed_nodes = []
if tags:
staged_log = LogItem.log_items_by_tags(tags)
else:
staged_log = data.SL()
for logitem in staged_log:
events[logitem.resource] = evapi.all_events(logitem.resource)
changed_nodes.append(logitem.resource)
state_change = StateChange(logitem.resource, logitem.action)
state_change.insert(changed_nodes, dg)
evapi.build_edges(dg, events)
# what `name` should be?
dg.graph['name'] = 'system_log'
return graph.create_plan_from_graph(dg)
def send_to_orchestration(tags=None):
dg = nx.MultiDiGraph()
events = {}
changed_nodes = []
if tags:
staged_log = LogItem.log_items_by_tags(tags)
else:
staged_log = data.SL()
for logitem in staged_log:
events[logitem.resource] = evapi.all_events(logitem.resource)
changed_nodes.append(logitem.resource)
state_change = StateChange(logitem.resource, logitem.action)
state_change.insert(changed_nodes, dg)
evapi.build_edges(dg, events)
# what `name` should be?
dg.graph['name'] = 'system_log'
return graph.create_plan_from_graph(dg)
def test_single_event(events_example):
r = Resource.from_dict(dict(key='e1', name='e1', base_path='x'))
r.save()
evapi.add_events('e1', events_example[:2])
evapi.add_event(events_example[2])
assert set(evapi.all_events('e1')) == set(events_example)
def test_single_event(events_example):
r = orm.DBResource(id='e1', name='e1', base_path='x')
r.save()
evapi.add_events('e1', events_example[:2])
evapi.add_event(events_example[2])
assert set(evapi.all_events('e1')) == set(events_example)
