def main():
global lastRecTime
if lastRecTime == None:
if os.path.isfile(PWSHome + '/LastRecTime.pkl'):
lastRecTime = pickle.load(open(PWSHome + '/LastRecTime.pkl', 'rb'))
else:
lastRecTime = 0
outData = allGetSQL.dataGrab()
rawrectime = outData[12]
if rawrectime > lastRecTime:
# logger.info('This record is new: ' + str(rawrectime))
inchRain = allGetSQL.inchRainGrab()
inchRain = "{:.2f}".format(inchRain)
recTime = outData[0]
pressure = outData[1]
pressNA = "{:.2f}".format(0.0295300 * pressure)
outTemp = "{:.1f}".format(outData[2])
outHum = int(outData[4])
outHumidity = str(outHum)
windSpeed = "{:.1f}".format(outData[5])
windGust = "{:.1f}".format(outData[17])
winddir = str(outData[6])
rawRecTime = outData[12]
rain = str(outData[13])
if outData[13] > 0:
logger.info('rain: ' + rain + ' | inchRain: ' + inchRain)
url = config.get('PWS_Service', 'Service_URL')
PID = config.get('PWS_Service', 'PWSID')
PPW = config.get('PWS_Service', 'PWSPassword')
softwaretype = 'custom_python'
recordTime = time.strftime("%Y-%m-%d+%H:%M:%S",
time.gmtime(rawRecTime))
data_string = str(url + '?ID=' + PID + '&PASSWORD='******'&dateutc=' + recordTime + '&winddir=' + winddir +
'&windspeedmph=' + windSpeed + '&windgustmph=' +
windGust + '&tempf=' + outTemp + '&baromin=' +
pressNA + '&humidity=' + outHumidity +
'&dailyrainin=' + inchRain + '&softwaretype=' +
softwaretype + '&action=updateraw')
# data_string = str(url+'?ID='+PID+'&PASSWORD='******'&dateutc='+recordTime+'&winddir='+winddir+'&windspeedmph='+windSpeed+'&tempf='+outTemp+'&baromin='+pressNA+'&humidity='+outHumidity+'&softwaretype='+softwaretype+'&action=updateraw')
# logger.info(data_string)
try:
with request.urlopen(data_string) as response:
gotBack = response.read()
if b'posted' in gotBack:
resp = 'Data logged and posted.'
else:
resp = 'Data NOT logged and posted.'
if float(rain) > 0:
logger.info(resp)
# logger.info(resp)
except urllib.error.URLError as e:
ResponseData = e.reason
logger.info('Error: ' + str(ResponseData))
pass
lastRecTime = rawrectime
pickle.dump(lastRecTime, open(PWSHome + '/LastRecTime.pkl', 'wb+'),
pickle.HIGHEST_PROTOCOL)
sleep(10)
def main():
global mainTD
# Retrieve previous state settings from the .pkl file made by
loadStatus = pickle.load(
open(allAppHome + '/CurrentStatus.pkl',
'rb')) # this .pkl has pin status data in it.
recStat = str(
loadStatus[1]
['state']) # Was recording left on when main.html was last seen?
ohdSBP = str(
loadStatus[2]
['state']) # Was ohdSoftBypass left on when main.html was last seen?
outData = allGetSQL.dataGrab() # Grab the bulk of the current data
inchRain = allGetSQL.inchRainGrab()
shopTemp, shopHumidity, shopCPU = allGetSQL.shopDataGrab()
recTime = outData[0]
outTemp = outData[2]
wsM = outData[5]
windDir = outData[7]
outHumidity = outData[4]
rainRate = outData[14]
presTrend = outData[15]
humTrend = outData[16]
poolTempIn, poolTempOut = allGetSQL.poolDataGrab(0)
# Put our variables into the template data dictionary:
templateData = {
'recTime': recTime,
'outTemp': outTemp,
'outHumidity': outHumidity,
'wsM': wsM,
'windDir': windDir,
'inchRain': inchRain,
'poolTempIn': poolTempIn,
'poolTempOut': poolTempOut,
'shopTemp': shopTemp,
'shopHumidity': shopHumidity,
'shopCPU': shopCPU,
'rainRate': rainRate,
'presTrend': presTrend,
'humTrend': humTrend,
'recStat': recStat,
'ohdSBP': ohdSBP
}
mainTD = templateData
# Pass the template data into the template main.html and show it to the user
return render_template('main.html', **templateData)
def outstats():
recTime, pressure, outTemp, outTempC, outHumidity, windSpeed, winddir, wdirStr, extraHumid1, cpuTemp, recNum, fan1, rawRecTime, rain, rainRate, presTrend, humTrend = allGetSQL.dataGrab(
)
inchRain = allGetSQL.inchRainGrab()
#fanSpd = pickle.load(open(outHome + '/fanSpd.pkl', 'rb'))
pressNA = 0.0295300 * pressure
# Put it into the template data dictionary:
templateData = {
'bmpTempC': outTempC,
'bmpTempF': outTemp,
'bmpPressRaw': pressure,
'bmpPressNA': pressNA, # NA stands for North America, fyi.
'bmpHumid': outHumidity,
'bmpPreHum': extraHumid1,
'windDir': wdirStr,
'windDeg': winddir,
'wsM': windSpeed,
'inchRain': inchRain,
'rainRate': rainRate,
'presTrend': presTrend,
'humTrend': humTrend,
'cpuTemp': cpuTemp,
# 'fanSpd' : fanSpd,
'recNum': recNum,
'fan1': fan1,
'capTime': recTime
}
#
# Pass the template data into the template outStats.html and return it to the user
return render_template('outStats.html', **templateData)