def do(sel_mode, act_idx, sit):
"""
Performs day or temp mode selection
:param sel_mode: char, selected mode
:param act_idx: integer, actual index
:param sit: dictionary, weather situation
:return: list
"""
# update variables from main code
global table
table.selected_mode = sel_mode
table.act_mode_idx = act_idx
table.sit = sit
tmp_prof = bridge.try_read("profile", True).upper()
kv = []
if tmp_prof != table.selected_mode:
table.selected_mode = tmp_prof
table.act_mode_idx = -1
if tmp_prof == "TIME":
check_day_table()
kv = time_mode()
elif tmp_prof == "TEMP":
kv = temp_mode()
return [table.selected_mode, table.act_mode_idx, kv]
def control(self):
self.check_var()
open_windows = self.get_open_windows()
# process open windows
self.process_windows(open_windows)
# and now showtime
# heat: 0 = disable, 1 = heat per, 2 = total, 3 = svpnmw
# heat, grt, heat_valve = self.heat_or_not_room()
heat, grt, heat_valve = self.heat_or_not()
# increment number of readings with heat on
if bool(heat):
self.var.heat_readings += 1
if bool(heat) != self.var.heating:
mode = bridge.try_read("mode").upper() == "AUTO"
logmsg.debug("mode=", mode,
", heat=", heat,
", bool(heat)=", bool(heat))
if heat > 0:
logmsg.update(self.get_heat_string(heat, heat_valve, grt), 'I')
else:
logmsg.update("heating stopped.", 'I')
if mode:
self._do_heat(bool(heat))
def do(sel_mode, act_idx, sit):
"""
Performs day or temp mode selection
:param sel_mode: char, selected mode
:param act_idx: integer, actual index
:param sit: dictionary, weather situation
:return: list
"""
# update variables from main code
global table
table.selected_mode = sel_mode
table.act_mode_idx = act_idx
table.sit = sit
tmp_prof = bridge.try_read("profile", True).upper()
kv = []
if tmp_prof != table.selected_mode:
table.selected_mode = tmp_prof
table.act_mode_idx = -1
if tmp_prof == "TIME":
check_day_table()
kv = time_mode()
elif tmp_prof == "TEMP":
kv = temp_mode()
return [table.selected_mode, table.act_mode_idx, kv]
def write_strings(self):
""" construct and write CSV data, Log debug string and current status string """
log_str = bridge.try_read("status", False) + ", "
if self.setup.preference == "per":
log_str += str(self.setup.valve_switch) + "%" + " at " + str(
self.setup.valve_num) + " valve(s)."
elif self.setup.preference == "total":
log_str += "total value of " + str(self.setup.total_switch) + "."
log_str += "\n"
csvfile.write(time.strftime("%d/%m/%Y %H:%M:%S", time.localtime()),
1 if self.var.heating else 0,
1 if self.var.ventilating else 0)
csvfile.write(self.eq3.csv())
csvfile.write("\n")
# second web
# JSON formatted status
json_status = self.eq3.json_status()
secweb.write("status", json_status)
# and bridge variable
bridge.put("sys", json_status)
# nice text web
secweb.nice(log_str + self.eq3.plain())
# readiness for dashboard
bridge.save(secweb.sw.location["bridge"])
def control(self):
self.check_var()
open_windows = self.get_open_windows()
# process open windows
self.process_windows(open_windows)
# and now showtime
# heat: 0 = disable, 1 = heat per, 2 = total, 3 = svpnmw
# heat, grt, heat_valve = self.heat_or_not_room()
heat, grt, heat_valve = self.heat_or_not()
# increment number of readings with heat on
if bool(heat):
self.var.heat_readings += 1
if bool(heat) != self.var.heating:
mode = bridge.try_read("mode").upper() == "AUTO"
logmsg.debug("mode=", mode, ", heat=", heat, ", bool(heat)=",
bool(heat))
if heat > 0:
logmsg.update(self.get_heat_string(heat, heat_valve, grt), 'I')
else:
logmsg.update("heating stopped.", 'I')
if mode:
self._do_heat(bool(heat))
def get_control_values(self):
""" read control values from bridge """
# try read preference settings, total or per
self.setup.preference = bridge.try_read("pref")
# try read % valve for heat command
self.setup.valve_switch = bridge.try_read("valve")
self.setup.svpnmw = bridge.try_read("svpnmw")
self.setup.total_switch = bridge.try_read("total")
# try get readMAX interval value, if not set it
self.setup.intervals["max"][0] = bridge.try_read("int")
self.setup.intervals["slp"][0] = self.setup.intervals["max"][0] / self.setup.intervals["slp"][1]
# try read num of valves to turn heat on
self.setup.valve_num = bridge.try_read("valves")
# try read if auto update is OK
self.setup.au = bridge.try_read("au")
# try read how many minutes you can ignore valve after closing window
self.eq3.ignore_time = bridge.try_read("ign_op")
# and if open windows warning is disabled, 0 = enables, 1 = disabled
self.setup.no_oww = bridge.try_read("no_oww")
self.setup.selected_mode = bridge.try_read("profile")
def get_control_values(self):
""" read control values from bridge """
# try read preference settings, total or per
self.setup.preference = bridge.try_read("pref")
# try read % valve for heat command
self.setup.valve_switch = bridge.try_read("valve")
self.setup.svpnmw = bridge.try_read("svpnmw")
self.setup.total_switch = bridge.try_read("total")
# try get readMAX interval value, if not set it
self.setup.intervals["max"][0] = bridge.try_read("int")
self.setup.intervals["slp"][0] = self.setup.intervals["max"][
0] / self.setup.intervals["slp"][1]
# try read num of valves to turn heat on
self.setup.valve_num = bridge.try_read("valves")
# try read if auto update is OK
self.setup.au = bridge.try_read("au")
# try read how many minutes you can ignore valve after closing window
self.eq3.ignore_time = bridge.try_read("ign_op")
# and if open windows warning is disabled, 0 = enables, 1 = disabled
self.setup.no_oww = bridge.try_read("no_oww")
self.setup.selected_mode = bridge.try_read("profile")
def write_strings(self):
""" construct and write CSV data, Log debug string and current status string """
log_str = bridge.try_read("status", False) + ", "
if self.setup.preference == "per":
log_str += str(self.setup.valve_switch) + "%" + " at " + str(self.setup.valve_num) + " valve(s)."
elif self.setup.preference == "total":
log_str += "total value of " + str(self.setup.total_switch) + "."
log_str += "\n"
csvfile.write(time.strftime("%d/%m/%Y %H:%M:%S", time.localtime()),
1 if self.var.heating else 0, 1 if self.var.ventilating else 0)
csvfile.write(self.eq3.csv())
csvfile.write("\n")
# second web
# JSON formatted status
json_status = self.eq3.json_status()
secweb.write("status", json_status)
# and bridge variable
bridge.put("sys", json_status)
# nice text web
secweb.nice(log_str + self.eq3.plain())
# readiness for dashboard
bridge.save(secweb.sw.location["bridge"])
def control(self):
tmp = {}
open_windows = []
for k, v in self.eq3.devices.iteritems():
if v[4] == 2:
room_id = str(v[3])
room_name = str(self.eq3.rooms[room_id][0])
tmp.update({k: room_name})
if self._isWinOpenTooLong(k):
open_windows.append(k)
logmsg.update("Warning condition for window " + str(k) + " met")
if self.eq3.isBattError(k):
# send_warning("battery", k, "")
pass
if self.eq3.isRadioError(k):
# send_warning("error", k, "")
pass
# check if ventilate and if not then send warning
if not self.setup.no_oww and len(open_windows) < self.setup.ventilate_num:
for idx, k in enumerate(open_windows):
# send_warning("window", k, "")
pass
# else check if ventilating and update status
else:
if len(open_windows) >= self.setup.ventilate_num:
self.var.ventilating = True
else:
self.var.ventilating = False
# second web
# secWebFile("owl", tmp)
if self.var.err2Clear and not self.var.error:
self.queue_msg("C")
if self.var.err2LastStatus:
self.var.err2LastStatus = False
if self.var.heating:
self.queue_msg("H")
logmsg.update("Resuming heating state on status LED")
# and now showtime
# heat: 0 = disable, 1 = heat per, 2 = total, 3 = svpnmw
heat = 0
grt = 0
valve_count = 0
heat_valve = {}
for k, v in self.eq3.valves.iteritems():
# if valve is ok to evaluate
if self.eq3.countValve(k):
# if preference is per valve
if self.setup.preference == "per":
# and valve position is over single valve position no matter what
if v[0] > self.setup.svpnmw:
heat = 3
# or valve is over desired position to switch heating on
elif v[0] > self.setup.valve_switch:
valve_count += 1
if valve_count >= self.setup.valve_num:
heat = 1
heat_valve.update(self.eq3.getKeyName(k))
elif self.setup.preference == "total":
grt += v[0]
if grt >= self.setup.total_switch:
heat = 2
# increment number of readings with heat on
if heat:
self.var.heatReadings += 1
if bool(heat) != self.var.heating:
if heat > 0:
txt = "heating started due to"
if heat == 1 and valve_count >= self.setup.valve_num:
for k, v in heat_valve.iteritems():
txt += " room " + str(v[0]) + ", valve " + str(v[1]) + "@" + str(v[2])
elif heat == 2:
txt += " sum of valve positions = " + str(grt)
elif heat == 3:
txt += " single valve position, no matter what " + str(self.setup.svpnmw) + "%"
logmsg.update(txt)
if bridge.try_read("mode", "auto", True).upper() == "AUTO":
self._do_heat(True)
else:
logmsg.update("heating stopped.")
if bridge.try_read("mode", "auto", True).upper() == "AUTO":
self._do_heat(False)
def _is_beta(self):
return (bridge.try_read("beta", "no", False).upper() == "YES")
def _is_beta():
return bridge.try_read("beta", False).upper() == "YES"
def _is_beta():
return bridge.try_read("beta", False).upper() == "YES"
