def getCloudEnes(list,rtc,secrets):
url = "http://ec2-34-245-7-230.eu-west-1.compute.amazonaws.com:8086/query?db=newtest&u="+secrets[0]+"&p="+secrets[1]+"&pretty=true"
for thing in list:
timeNow = rtc.now()
year = timeNow[0]
month = timeNow[1]
day = timeNow[2]
hour = timeNow[3]
curTime = [year,month,day,hour]
name = thing.getName()
query = '&q=SELECT+last(totalEne)+FROM+"Measurement"+WHERE+"id"=\''+str(thing.getID())+"\'"
#print(query)
try:
resp = urequests.get(url+query)
#print(resp.status_code)
jsonOut = resp.json()
resp.close()
#print(jsonOut)
#print("Aika:",jsonOut["results"][0]["series"][0]["values"][0][0])
#print("Arvo:",jsonOut["results"][0]["series"][0]["values"][0][1])
lastTime = parseStringToTime(jsonOut["results"][0]["series"][0]["values"][0][0])
if lastTime[0]==curTime[0] and lastTime[1]==curTime[1] and lastTime[2]==curTime[2] and lastTime[3]==curTime[3]:
ene = jsonOut["results"][0]["series"][0]["values"][0][1]
thing.setCurHourEne(ene)
setMeasTime(measTime,curTime)
except:
print("Query failed.")
pass
def openPhases(phases):
resp = urequests.get('http://salty-mountain-85076.herokuapp.com/api/phases')
phasesData = resp.json()
for phase in phasesData:
newPhase = mainPhase(phase['name'],phase['id'],phase['commandBits'],int(phase['maxCurrent']))
phases.append(newPhase)
return resp
def openLoads(loads):
resp = urequests.get('http://salty-mountain-85076.herokuapp.com/api/loads')
loadData = resp.json()
for nuload in loadData:
newLoad = load(nuload['name'],nuload['id'],nuload['commandBits'],nuload['relayPin'],int(nuload['maxCurrent']),int(nuload['phase']),
int(nuload['priority']))
loads.append(newLoad)
return resp
def cloudThread(threadLoads,threadPhases):
global maxHour
global startto
while True:
#controllimuuttujien hakeminen
if startto:
try:
#if True:
url = 'http://salty-mountain-85076.herokuapp.com/api/loads'
resp = urequests.get(url)
threadData = resp.json()
resp.close()
for threadUnit in threadData:
for threadLoad in threadLoads:
if threadLoad.getID()==threadUnit['id']:
threadVal = int(threadUnit['contValue'])
threadPrio = int(threadUnit['priority'])
threadLoad.setPriority(threadPrio)
if threadVal==1:
threadLoad.relayManualOpen()
elif threadVal==0:
threadLoad.relayManualClose()
break;
except:
print("Error getting manualCont values.")
pass
#maksimi tuntitehon hakeminen
try:
url = 'http://salty-mountain-85076.herokuapp.com/api/phases'
resp = urequests.get(url)
threadData = resp.json()
resp.close()
for threadUnit in threadData:
for threadPhase in threadPhases:
if threadPhase.getID()==threadUnit['id']:
threadVal = int(threadUnit['phaseMax'])
maxHour = threadVal
break;
except:
print("Error getting max hourpower values.")
pass
sleep(1)
def _get_request(url: str, headers: dict) -> (int, bytes):
"""
Send a http get request to the backend.
:param url: the backend service URL
:param headers: the headers for the request
:return: the backend response status code, the backend response content (body)
"""
r = requests.get(url=url, headers=headers)
status_code = r.status_code
content = r.content
r.close()
return status_code, content
def enrollStation(self):
if (len(
[item
for item in os.listdir("/flash") if "enroll.state" == item]) > 0):
enrollState = open("../enroll.state", "r")
self.enrollUUID = enrollState.read()
enrollState.close()
req = requests.get(
"http://%s/lib/enroll_device.php?verify_uuid=%s" %
(self.host, self.enrollUUID))
if (req.text.rstrip("\n") == self.stationName):
print("[I] [serverConnector] Enrolment status: OK")
self.enrollment = True
else:
print("[E] [serverConnector] Enrolment status: INVALID")
print("[E] [serverConnector] Removing Enrolment File...")
os.remove('../enroll.state')
self.enrollStation()
else:
print("[I] [serverConnector] Enrolment status: Not Enrolled!")
print("[I] [serverConnector] Enrolling Device...")
j = ujson.loads(open("../settings.json").read())
r = requests.post("http://%s/lib/enroll_device.php" % self.host,
json=j)
if r.text != "":
enrollState = open("../enroll.state", "w+")
enrollState.write(r.text.rstrip("\n"))
enrollState.close()
print("[I] [serverConnector] UUID: [" +
open("../enroll.state").read() + "]")
print("[I] [serverConnector] Enrollment complete !")
self.enrollment = True
else:
print(
"[E] [serverConnector] Enrollment Failed (No Response from RPI)"
)
def getCloudMaxHourPower(secrets,thing):
ene = 0
try:
url = "http://ec2-34-245-7-230.eu-west-1.compute.amazonaws.com:8086/query?db=newtest&u="+secrets[0]+"&p="+secrets[1]+"&pretty=true"
query = '&q=SELECT+max(totalEne)+FROM+"Measurement"+WHERE+"id"=\''+str(thing.getID())+'\'+AND+time>=now()-365d'
resp = urequests.get(url+query)
#print(resp.status_code)
jsonOut = resp.json()
resp.close()
#print(jsonOut)
ene = jsonOut["results"][0]["series"][0]["values"][0][1]
newtime = parseStringToTime(jsonOut["results"][0]["series"][0]["values"][0][0])
print("")
#tällä hetkellä lisää 3h koska utc, mutta ei pysy samana koska kesä- ja talviaika
print("The greatest hourly power in the last 12 months was: "+str(ene)+", and this hour was in: "+str(newtime[2])+"."+str(newtime[1])+"."+str(newtime[0])+" "+str(newtime[3]+3)+"-"+str(newtime[3]+1+3))
except:
pass
print("")
return ene
def _get_device_information(self):
""""
Gets the device information.
"""
return requests.get(self.endpoint, headers={})
def download(self):
"""
Downloads the Amazon Root Certificate
"""
return requests.get(self.root_ca_url).content
def getTime(self):
r = requests.get(
"http://%s/lib/be_connections.php?operation=timestamp" % self.host)
currentTime = r.text.rstrip("\n")
r.close()
return (currentTime)