def parse_test_response(r, m):
t = []
try:
tests = r.json()
except Exception as e:
logger.error(f"Could not parse test data, exception: {e}")
logger.error(f"Test data was:\n{r}")
sys.exit(1)
for i in tests:
t.append({
"test_id":
str(i['TestID']),
"test_type":
i['TestType'],
"test_name":
i['WebsiteName'],
"test_url":
i['WebsiteURL'],
"test_status_int":
str(1 if (i["Status"] == "Up") else 0),
"test_uptime_percent":
str(i['Uptime']),
"maintenance_status_int":
str(1 if (str(i["TestID"])) in m else 0)
})
return t
def parse_test_response(r):
t = []
for i in r.json():
t.append({
"test_id": str(i['TestID']),
"test_type": i['TestType'],
"test_name": i['WebsiteName'],
"test_url": i['WebsiteURL'],
"test_status_int": str(1 if (i["Status"] == "Up") else 0)
})
return t
def parse_test_perf_response(r):
t = []
for i in r:
for k, v in i.items():
t.append({
"test_id":
str(k),
"test_perf_time":
str(
max(v.items(),
key=operator.itemgetter(0))[1].get("Performance"))
})
return t
def parse_test_details_response(r):
t = []
for i in r:
t.append({
"test_id": str(i['TestID']),
"test_status_string": i['Status'],
"test_status_int": str(1 if (i["Status"] == "Up") else 0),
"test_uptime_percent": str(i['Uptime']),
"test_last_tested": i['LastTested'],
"test_processing": i['Processing'],
"test_down_times": str(i['DownTimes'])
})
return t
def parse_test_response(r, m):
t = []
tests = r.json()['data']
for i in tests:
t.append({
"test_id":
str(i['TestID']),
"test_type":
i['TestType'],
"test_name":
i['WebsiteName'],
"test_url":
i['WebsiteURL'],
"test_status_int":
str(1 if (i["Status"] == "Up") else 0),
"maintenance_status_int":
str(1 if (str(i["TestID"])) in m else 0)
})
return t
