def getRuleList(roomName = None):
query = "SELECT * FROM `rules`"
if roomName:
query = "SELECT * FROM `rules` WHERE room_name = '" + roomName +"'"
print query
database = Database()
database.open()
queryResult = database.executeReadQuery(query)
database.close()
ruleList = []
for record in queryResult:
recDict = {}
recDict["id"] = record[0]
recDict["priority"] = record[1]
recDict["category"] = record[2]
recDict["buildingName"] = record[3]
recDict["groupId"] = record[4]
recDict["roomName"] = record[5]
recDict["authorUuid"] = record[6]
recDict["antecedent"] = record[7]
recDict["consequent"] = record[8]
recDict["enabled"] = record[9]
recDict["deleted"] = record[10]
recDict["creationTimestamp"] = record[11]
recDict["lastEditTimestamp"] = record[12]
ruleList.append(recDict)
return ruleList
def getTimeConflictData(recordFilter):
if recordFilter == "ALL":
query = "SELECT * FROM `logs` WHERE `logMessage` LIKE '%RoomRuleVerification%'"
elif recordFilter == "SUCCESS":
query = "SELECT * FROM `logs` WHERE `logMessage` LIKE '%RoomRuleVerification [SUCCESS]%'"
elif recordFilter == "FAILED":
query = "SELECT * FROM `logs` WHERE `logMessage` LIKE '%RoomRuleVerification [FAILED]%'"
else:
print "error filter"
sys.exit()
database = Database()
database.open()
queryResult = database.executeReadQuery(query)
database.close()
ruleVerificationStats_cardinality = {}
ruleVerificationStats_avg = {}
ruleVerificationStats_stdev = {}
ruleVerificationStats_sum = {}
ruleVerificationStats_squareSum = {}
ruleVerificationStats_max = {}
ruleVerificationStats_min = {}
for record in queryResult:
numberOfRulesStrIndex = record[2].find("#rules=") + len("#rules=")
numberOfRules = record[2][numberOfRulesStrIndex:].split("-")[0].strip()
millisecondsStrIndex = record[2].find("opTimeMilliseconds:") + len("opTimeMilliseconds:")
milliseconds = record[2][millisecondsStrIndex:].strip()
numberOfRules = int(numberOfRules)
milliseconds = int(milliseconds)
if numberOfRules not in ruleVerificationStats_cardinality.keys(): ruleVerificationStats_cardinality[numberOfRules] = 0
ruleVerificationStats_cardinality[numberOfRules] += 1
if numberOfRules not in ruleVerificationStats_sum.keys(): ruleVerificationStats_sum[numberOfRules] = 0
if numberOfRules not in ruleVerificationStats_squareSum.keys(): ruleVerificationStats_squareSum[numberOfRules] = 0
ruleVerificationStats_sum[numberOfRules] += milliseconds
ruleVerificationStats_squareSum[numberOfRules] += (milliseconds * milliseconds)
if numberOfRules not in ruleVerificationStats_max.keys(): ruleVerificationStats_max[numberOfRules] = 0
if milliseconds > ruleVerificationStats_max[numberOfRules]: ruleVerificationStats_max[numberOfRules] = milliseconds
if numberOfRules not in ruleVerificationStats_min.keys(): ruleVerificationStats_min[numberOfRules] = sys.maxint
if milliseconds < ruleVerificationStats_min[numberOfRules]: ruleVerificationStats_min[numberOfRules] = milliseconds
# Computing average
for numberOfRules in ruleVerificationStats_cardinality.keys():
ruleVerificationStats_avg[numberOfRules] = ruleVerificationStats_sum[numberOfRules] / ruleVerificationStats_cardinality[numberOfRules]
mean = ruleVerificationStats_avg[numberOfRules]
ruleVerificationStats_stdev[numberOfRules] = math.sqrt((ruleVerificationStats_squareSum[numberOfRules] / ruleVerificationStats_cardinality[numberOfRules]) - (mean * mean))
return ruleVerificationStats_avg, ruleVerificationStats_max, ruleVerificationStats_min, ruleVerificationStats_stdev
def getRoomList(): query = "SELECT DISTINCT room_name FROM `rooms`" database = Database() database.open() queryResult = database.executeReadQuery(query) database.close() roomList = [] for record in queryResult: roomList.append(record[0]) return roomList