def send2ampi(self, aktion, par):
cmd = {"Aktion": aktion, "Parameter": par}
json_cmd = json.dumps(cmd)
ret = udpRemote(json_cmd,
addr=self.ampiConfig[2],
port=self.ampiConfig[3])
if (ret != -1):
for key in ret.items():
print(key)
self.statusSignal.emit(ret['Antwort'] + ": " + par)
def _updateOekofen(self):
while (not self.tStop.is_set()):
try:
json_string = '{"command" : "getOekofendata"}'
d = remote.udpRemote(json_string, addr="dose", port=6663)
self.lbl_pe1_status.setText(str(d["pe1"]["L_statetext"]))
self.lbl_pe1_modulation.setText(
str(d["pe1"]["L_modulation"]) + "%")
self.lbl_pe1_temp_act.setText(
str(float(d["pe1"]["L_temp_act"]) / 10) + " °C")
self.lbl_pe1_avg_runtime.setText(
str(float(d["pe1"]["L_avg_runtime"])) + " min")
self.lbl_hk1_flowtemp_set.setText(
str(float(d["hk1"]["L_flowtemp_set"]) / 10) + " °C")
self.lbl_hk1_flowtemp_act.setText(
str(float(d["hk1"]["L_flowtemp_act"]) / 10) + " °C")
self.lbl_pu1_tpo_act.setText(
str(float(d["pu1"]["L_tpo_act"]) / 10) + " °C")
self.lbl_pu1_tpm_act.setText(
str(float(d["pu1"]["L_tpm_act"]) / 10) + " °C")
self.lbl_sk1_spu.setText(
str(float(d["sk1"]["L_spu"]) / 10) + " °C")
self.lbl_sk1_koll_temp.setText(
str(float(d["sk1"]["L_koll_temp"]) / 10) + " °C")
self.lbl_sk1_pump.setText(str(d["sk1"]["L_pump"]) + " %")
self.lbl_sk3_koll_temp.setText(
str(float(d["sk3"]["L_koll_temp"]) / 10) + " °C")
self.lbl_sk3_pump.setText(str(d["sk3"]["L_pump"]) + " %")
self.lbl_se2_flow_temp.setText(
str(float(d["se2"]["L_flow_temp"]) / 10) + " °C")
self.lbl_se2_ret_temp.setText(
str(float(d["se2"]["L_ret_temp"]) / 10) + " °C")
self.lbl_se2_day.setText(
str(float(d["se2"]["L_day"]) / 10) + " kWh")
self.lbl_se2_yesterday.setText(
str(float(d["se2"]["L_yesterday"]) / 10) + " kWh")
st_fill = str(d["pe1"]["L_storage_fill"]) + " kg"
st_popper = str(d["pe1"]["L_storage_popper"]) + " kg"
self.lbl_pe1_storage_fill.setText(st_fill)
self.lbl_pe1_storage_popper.setText(st_popper)
except Exception as e:
self.statusSignal.emit("Fehler " + str(e))
print(str(e))
self.tStop.wait(11)
def get_oekofen_pumpe(self):
""" Get status from Oekofen heating pump
Retries, if no response
"""
if(self.oekofen == 0):
# Do not get state of heating system, just return true to simulate a running heating pump
logger.debug("Not taking Oekofen state into account")
ret = True
else:
ret = -1
while(ret == -1):
try:
json_string = '{"command" : "getUmwaelzpumpe"}'
ret = remote.udpRemote(json_string, addr=server, port=datacenterport)["answer"]
except:
ret = -1
time.sleep(1)
if(ret in ["true", "True", "TRUE"]):
ret = True
else:
ret = False
return(ret)
def torAufZu(self):
json_cmd = '{"command" : "setTor" , "Request":"auf"}\n'
self.labelStatus.setText("Warte kurz")
ret = udpRemote(json_cmd, addr="piesler", port=5005)
def get_timer(self, room):
cmd = {"command": "getTimer", "Room": room}
ans = udpRemote(json.dumps(cmd), addr=self.host, port=5005)
return (ans)