def interactive_TStat(TStat):
""" function provides interactive dialog
"""
# methods supported
# keys = ['set', 'get', 'esc']
key_dict = []
while True:
key_input = raw_input("\n\ninteractive mode, enter method and parameter ('esc' to exit): ")
key_input.strip("\t\n\r")
if " " in key_input:
key_dict = key_input.split(" ")
else:
key_dict.append(key_input)
if len(key_dict) >= 1:
method = key_dict[0]
if len(key_dict) >= 2:
param = key_dict[1]
if len(key_dict) >= 3:
valu = key_dict[2]
if method == "get":
if len(key_dict) != 2:
print "\nparse error in string '%s', 'get' method requires 1 parameter, exiting..." % key_input
sys.exit(-1)
print "\nparam '%s' returns: %s" % (param, TStat._get(param))
if method == "set":
if len(key_dict) != 3:
print "\nparse error in string '%s', 'set' method requires 2 parameters, exiting..." % key_input
sys.exit(-1)
print "\nparam '%s' was set to: %s, changing to: %s" % (param, TStat._get(param), valu)
TStat._post(param, valu)
print "\nparam '%s' returns: %s" % (param, TStat._get(param))
elif method == "esc":
print "\nescape sequence detected, exiting interactive mode..."
sys.exit(0)
FILE = 'getYesterdaysUsage'
getUsage = False
if not os.path.exists(FILE):
open(FILE,'w').close()
getUsage=True # getUsage if we have to create the file
# get last time FILE was modified
lastSuccess = time.ctime(os.path.getmtime(FILE))
dateLastSuccess = datetime.strptime(lastSuccess,'%a %b %d %H:%M:%S %Y')
#If file was modified on a day that is not today, update usage stats
if dateLastSuccess.day != datetime.now().day:
getUsage = True
if getUsage == True:
t = TStat('thermostat-FD-BB-6F.chiefmarley.local')
heatUsage = t.getHeatUsageYesterday()
coolUsage = t.getCoolUsageYesterday()
heatMinutes = heatUsage['hour'] * 60 + heatUsage['minute']
coolMinutes = coolUsage['hour'] * 60 + coolUsage['minute']
currentTime = int(round(time.time()))
touch(FILE)
conn = sqlite3.connect('/home/andy/djangoProjects/leeHouseSite/sqlite/db.sql3')
c = conn.cursor()
c.execute("insert into restInterface_hvac_runtime values (NULL," + str(currentTime) + "," + str(heatMinutes) +"," + str(coolMinutes) + ")")
conn.commit()
FILE = 'getYesterdaysUsage'
getUsage = False
if not os.path.exists(FILE):
open(FILE, 'w').close()
getUsage = True # getUsage if we have to create the file
# get last time FILE was modified
lastSuccess = time.ctime(os.path.getmtime(FILE))
dateLastSuccess = datetime.strptime(lastSuccess, '%a %b %d %H:%M:%S %Y')
#If file was modified on a day that is not today, update usage stats
if dateLastSuccess.day != datetime.now().day:
getUsage = True
if getUsage == True:
t = TStat('thermostat-FD-BB-6F.chiefmarley.local')
heatUsage = t.getHeatUsageYesterday()
coolUsage = t.getCoolUsageYesterday()
heatMinutes = heatUsage['hour'] * 60 + heatUsage['minute']
coolMinutes = coolUsage['hour'] * 60 + coolUsage['minute']
currentTime = int(round(time.time()))
touch(FILE)
conn = sqlite3.connect(
'/home/andy/djangoProjects/leeHouseSite/sqlite/db.sql3')
c = conn.cursor()
c.execute("insert into restInterface_hvac_runtime values (NULL," +
str(currentTime) + "," + str(heatMinutes) + "," +
str(coolMinutes) + ")")
def main(tstatAddr, commandMap=None, username=None, password=None, calName="Thermostat"):
# Connect to thermostat
tstat = TStat.TStat(tstatAddr)
# Command map is used to translate things like "Wake" into "Heat 70"
if commandMap is None:
commandMap = {}
calendar_service = getCalendarService(username, password)
# Create date range for event search
today = datetime.datetime.today()
gmt = time.gmtime()
gmtDiff = datetime.datetime(gmt[0], gmt[1], gmt[2], gmt[3], gmt[4]) - today
tomorrow = datetime.datetime.today()+datetime.timedelta(days=8)
query = gdata.calendar.service.CalendarEventQuery()
query.start_min = "%04i-%02i-%02i" % (today.year, today.month, today.day)
query.start_max = "%04i-%02i-%02i" % (tomorrow.year, tomorrow.month, tomorrow.day)
print "start_min:", query.start_min
print "start_max:", query.start_max
# Look for a calendar called calName
feed = calendar_service.GetOwnCalendarsFeed()
for i, a_calendar in enumerate(feed.entry):
if a_calendar.title.text == calName:
query.feed = a_calendar.content.src
if query.feed is None:
print "No calendar with name '%s' found" % calName
return
# Search for the event that has passed but is closest to the current time
# There is probably a better way to do this...
closest = None
closestDT = None
closestWhen = None
closestEvent = None
closestCommand = None
closestValue = None
periods = {}
feed = calendar_service.CalendarQuery(query)
for i, an_event in enumerate(feed.entry):
#print '\t%s. %s' % (i, an_event.title.text,)
# Try to map named time period into actual command
text = an_event.title.text.strip()
if not text in PERIODS:
if commandMap.has_key(text):
text = commandMap[text]
print "Translated %s into %s" % (an_event.title.text.strip(), text)
# Skip events that are not valid commands
try:
(command, value) = text.splitlines()[0].split()
except:
command = text
if command not in COMMANDS:
print "Warning: '%s' is not a valid command" % text
continue
try:
float(value)
except:
if value not in ['Off', 'On', 'Auto']:
print "Warning: '%s' is not a valid command" % an_event.title.text
continue
for a_when in an_event.when:
d = a_when.start_time.split("T")[0]
t = a_when.start_time.split("T")[1].split(".")[0]
(year, month, day) = [int(p) for p in d.split("-")]
(hour, min, sec) = [int(p) for p in t.split(":")]
dt = datetime.datetime(year, month, day, hour, min, sec)-gmtDiff
#print "DT:", dt
d = dt-datetime.datetime.today()
#print "d.days:", d.days
if text in PERIODS:
if not periods.has_key(dt.day):
periods[dt.day] = {}
periods[dt.day][text] = dt
else:
# Skip events that are in the future
if d.days >= 0:
continue
if closest is None:
closest = d
closestDT = dt
closestWhen = a_when
closestEvent = an_event
closestCommand = command
closestValue = value
else:
if d.days < closest.days:
continue
if d.seconds > closest.seconds:
closest = d
closestDT = dt
closestWhen = a_when
closestEvent = an_event
closestCommand = command
closestValue = value
print "Found periods:", periods
# Handle programmed periods
periodCommands = {}
for day in range(0,7):
if not periodCommands.has_key(day):
periodCommands[day] = []
for p in PERIODS:
if periods.has_key(p):
periodCommands.append(int(periods[p].hour*60+periods[p].minute))
periodCommands.append(int(commandMap[p].split()[-1]))
else:
periodCommands.append(periodCommands[-2])
periodCommands.append(periodCommands[-2])
print "Commands:", periodCommands
if closestEvent is None:
print "No events found"
return
text = closestEvent.title.text
print "Closest event: %s at %s" % (text, closestDT)
#(command, value) = text.splitlines()[0].split()
command, value = (closestCommand, closestValue)
if command == 'Heat':
value = int(value)
if value >= HEAT_MIN and value <= HEAT_MAX:
print "Setting heat to %s" % int(value)
#tstat.setHeatPoint(value)
else:
print "Value out of acceptable heat range:", value
elif command == 'Cool':
value = int(value)
if value >= COOL_MIN and value <= COOL_MAX:
print "Setting cool to %s" % value
tstat.setCoolPoint(int(value))
else:
print "Value out of acceptable cool range:", value
elif command == 'Fan':
print "Setting fan to %s" % value
tstat.setFanMode(value)
elif command == 'Mode':
print "Setting mode to %s" % value
tstat.setTstatMode(value)
#client.emitEvent(internalid, "event.device.statechanged", "0", "")
if content["command"] == "setthermostatfanmode":
print "set radio thermostat fan mode: " + internalid
if content["command"] == "setthermostathold":
print "set radio thermostat hold: " + internalid
# specify our message handler method
client.addHandler(messageHandler)
ipAddress = agoclient.getConfigOption("radiothermostat", "ipaddress",
"0.0.0.0")
tempUnit = agoclient.getConfigOption("system", "units", "SI")
#print "IP: ", ipAddress
#print "UNIT: ", tempUnit
t = TStat(ipAddress)
t.setCacheExpiry(15)
client.addDevice(ipAddress, "thermostat")
#TODO implement thread here for polling
# in the background or need to handle some other communication. If you don't need one or if you want to keep things simple at the moment just skip this section.
class readThermostat(threading.Thread):
#def cToF(tempC):
#retval = float((float(tempC) * (9.0/5/0)) + 32)
#return retval
#def fToC(tempF):
#retval = float((float(tempF) - 32) / (9.0/5.0))
#return retval
#client.emitEvent(internalid, "event.device.statechanged", "0", "")
if content["command"] == "setthermostatfanmode":
print "set radio thermostat fan mode: " + internalid
if content["command"] == "setthermostathold":
print "set radio thermostat hold: " + internalid
# specify our message handler method
client.addHandler(messageHandler)
ipAddress = agoclient.getConfigOption("radiothermostat", "ipaddress", "0.0.0.0")
tempUnit = agoclient.getConfigOption("system", "units", "SI")
#print "IP: ", ipAddress
#print "UNIT: ", tempUnit
t = TStat(ipAddress)
t.setCacheExpiry(15)
client.addDevice(ipAddress, "thermostat")
#TODO implement thread here for polling
# in the background or need to handle some other communication. If you don't need one or if you want to keep things simple at the moment just skip this section.
class readThermostat(threading.Thread):
#def cToF(tempC):
#retval = float((float(tempC) * (9.0/5/0)) + 32)
#return retval
#def fToC(tempF):
#retval = float((float(tempF) - 32) / (9.0/5.0))
#return retval
def __init__(self,):
#!/usr/bin/python
'''
Gets the current temperature from the thermostat in
Kitchen
'''
from TStat import *
import time
import requests
t = TStat('thermostat-FD-BB-6F.chiefmarley.local')
try:
tempInFahr = t.getCurrentTemp()
tempInKelv = ((tempInFahr - 32) *.555556) + 273.15
tempInsertVal = int(round(tempInKelv*100))
requests.get('http://127.0.0.1/restInterface/msg/TMP50' + str(tempInsertVal))
except:
pass
