def test_rule_no_activity_in_24h_not_fired(self, db_conn, config, statements):
current_ts = datetime.now().astimezone()
ago_12h = current_ts - timedelta(hours=12)
with db_conn.xact():
statements['create_user'](1, 'john', 'smith', 'someprog')
statements['add_event']('1', ago_12h, 'steps', '1')
rule_engine = rules.RuleEngine(config)
rule_engine.load_rules()
rule_engine.execute_rule('inactivity')
alerts = statements.get('get_alerts_for_user').rows(1)
assert len(list(alerts)) == 0
def test_rule_activity_endorsement_fired(self, db_conn, config, statements):
current_ts = datetime.now().astimezone()
with db_conn.xact():
statements['create_user'](1, 'john', 'smith', 'someprog')
for delta_hours in range(3,0,-1):
statements['add_event']('1', current_ts - timedelta(hours=delta_hours), 'medication', 'done')
rule_engine = rules.RuleEngine(config)
rule_engine.load_rules()
rule_engine.execute_rule('activity-endorsement')
alerts = statements.get('get_alerts_for_user').rows(1)
alerts_as_list = list(alerts)
assert len(alerts_as_list) == 0
def test_rule_no_medication_in_3d_not_fired(self, db_conn, config, statements):
current_ts = datetime.now().astimezone()
ago_1d = current_ts - timedelta(days=1)
with db_conn.xact():
statements['create_user'](1, 'john', 'smith', 'someprog')
statements['add_event']('1', ago_1d, 'medication', 'done')
rule_engine = rules.RuleEngine(config)
rule_engine.load_rules()
rule_engine.execute_rule('missing-medication')
alerts = statements.get('get_alerts_for_user').rows(1)
alerts_as_list = list(alerts)
assert len(alerts_as_list) == 0
def test_rule_pro_deterioration_not_fired(self, db_conn, config, statements):
current_ts = datetime.now().astimezone()
with db_conn.xact():
statements['create_user'](1, 'john', 'smith', 'someprog')
statements['add_event']('1', current_ts - timedelta(days=2), 'PRO', '15 - Mid')
statements['add_event']('1', current_ts - timedelta(days=1), 'PRO', '15 - Mid')
statements['add_event']('1', current_ts - timedelta(days=0), 'PRO', '10 - Low')
rule_engine = rules.RuleEngine(config)
rule_engine.load_rules()
rule_engine.execute_rule('pro-deterioration')
alerts = statements.get('get_alerts_for_user').rows(1)
alerts_as_list = list(alerts)
assert len(alerts_as_list) == 0
def init_rule_engine():
global rule_engine
config = {
'connectParams': {
'user': os.environ.get('USER'),
'password': os.environ.get('PASSWORD'),
'database': os.environ.get('DATABASE'),
'unix': os.environ.get('UNIX_SOCKET')
},
'schema': os.environ.get('SCHEMA')
}
if not config['schema']:
config['schema'] = 'public'
rule_engine = rules.RuleEngine(config)
def test_rule_no_duplicates_config_interval(self, db_conn, config, statements):
current_ts = datetime.now().astimezone()
with db_conn.xact():
statements['create_user'](1, 'john', 'smith', 'someprog')
statements['add_event']('1', current_ts - timedelta(hours=36), 'steps', '1')
statements['create_alert'](1, current_ts - timedelta(hours=1), 'inactivity', 'some message')
custom_config = copy.deepcopy(config)
# default is 12 hours, - override with '30 minutes'
custom_config['duplicateInterval'] = '30 minutes'
rule_engine = rules.RuleEngine(custom_config)
rule_engine.load_rules()
rule_engine.execute_rule('inactivity')
alerts = statements.get('get_alerts_for_user').rows(1)
alerts_as_list = list(alerts)
assert len(alerts_as_list) == 2
def test_rule_no_duplicates_12h(self, db_conn, config, statements):
current_ts = datetime.now().astimezone()
with db_conn.xact():
statements['create_user'](1, 'john', 'smith', 'someprog')
statements['add_event']('1', current_ts - timedelta(hours=36), 'steps', '1')
statements['create_alert'](1, current_ts - timedelta(hours=7), 'inactivity', 'some message')
rule_engine = rules.RuleEngine(config)
rule_engine.load_rules()
rule_engine.execute_rule('inactivity')
alerts = statements.get('get_alerts_for_user').rows(1)
alerts_as_list = list(alerts)
assert len(alerts_as_list) == 1
# user_id == 1
assert alerts_as_list[0][1] == 1
# rule_id == 'inactivity'
assert alerts_as_list[0][3] == 'inactivity'