def dummy_alert_condition() -> G.AlertCondition:
return G.AlertCondition(
target=G.Target(),
evaluator=G.Evaluator(type=G.EVAL_GT, params=42),
timeRange=G.TimeRange(from_time='5m', to_time='now'),
operator=G.OP_AND,
reducerType=G.RTYPE_AVG,
)
def test_graph_panel_alert():
data_source = 'dummy data source'
targets = ['dummy_prom_query']
title = 'dummy title'
alert = [
G.AlertCondition(G.Target(), G.Evaluator('a', 'b'), G.TimeRange('5', '6'), 'd', 'e')
]
thresholds = [
G.GraphThreshold(20.0),
G.GraphThreshold(40.2, colorMode="ok")
]
graph = G.Graph(data_source, targets, title, thresholds=thresholds, alert=alert)
data = graph.to_json_data()
assert data['targets'] == targets
assert data['datasource'] == data_source
assert data['title'] == title
assert data['alert'] == alert
assert data['thresholds'] == []
def test_alert_thresholds():
some_target_for_alert = G.GraphiteTarget(refId="A", target="foo.bar")
graph = G.Graph(title="Graph with alert",
targets=[some_target_for_alert],
alert=G.Alert(name="alert name",
message="alert message",
alertConditions=[
G.AlertCondition(
some_target_for_alert,
timeRange=G.TimeRange("5m", "now"),
evaluator=G.GreaterThan(10),
reducerType=G.RTYPE_MAX,
operator=G.OP_AND)
]))
stream = StringIO()
_gen.write_dashboard(graph, stream)
graph_json = json.loads(stream.getvalue())
print(graph_json.keys())
#threre is a threshold
assert graph_json['thresholds'][0] != None