async def connect_and_listen(spa_host):
""" Connect to the spa and try some commands. """
spa = balboa.BalboaSpaWifi(spa_host)
await spa.connect()
print("Asking for base config")
await spa.send_config_req()
msg = await spa.read_one_message()
print("Got msg: {0}".format(msg.hex()))
(mac, pump_array, light_array) = spa.parse_config_resp(msg)
print("Mac Addr: " + mac)
print("Pump Array: {0}".format(str(pump_array)))
print("Light Array: {0}".format(str(light_array)))
print("Asking for panel config")
await spa.send_panel_req(0, 1)
msg = await spa.read_one_message()
print("Got msg: {0}".format(msg.hex()))
spa.parse_panel_config_resp(msg)
if spa.config_loaded:
print('Pump Array: {0}'.format(str(spa.pump_array)))
print('Light Array: {0}'.format(str(spa.light_array)))
print('Aux Array: {0}'.format(str(spa.aux_array)))
print('Circulation Pump: {0}'.format(spa.circ_pump))
print('Blower: {0}'.format(spa.blower))
print('Mister: {0}'.format(spa.mister))
else:
print('Config not loaded, something is wrong!')
return 1
print("Sending unknown commands")
await spa.send_panel_req(2, 0)
msg = await spa.read_one_message()
print("Got msg: {0}".format(msg.hex()))
spa.parse_noclue1(msg)
print('Model: {0}'.format(spa.model_name))
print('Software Version: {0}'.format(spa.sw_vers))
print('Configuration Signature: {0}'.format(spa.cfg_sig))
print('Setup Mode: {0}'.format(str(spa.setup)))
print('Software Version ID: {0}'.format(spa.ssid))
await spa.send_panel_req(4, 0)
for i in range(0, 4):
msg = await spa.read_one_message()
print("Got msg: {0}".format(msg.hex()))
print("Please add this section to issue:")
print("https://github.com/garbled1/pybalboa/issues/1")
await spa.disconnect()
return 0
def test_crc():
""" Test the CRC algo. """
status_update = bytes.fromhex('7E1DFFAF13000064082D00000100000400000000000000000064000000067E')
status_update_crc = 0x06
conf_req = bytes.fromhex('7E050ABF04777E')
conf_req_crc = 0x77
spa = balboa.BalboaSpaWifi('gnet-37efed')
result = spa.balboa_calc_cs(conf_req[1:], 4)
print('Expected CRC={0} got {1}'.format(hex(conf_req_crc), hex(result)))
if result != conf_req_crc:
return 1
result = spa.balboa_calc_cs(status_update[1:], 28)
print('Expected CRC={0} got {1}'.format(hex(status_update_crc), hex(result)))
if result != status_update_crc:
return 1
async def mini_engine(spahost):
""" Test a miniature engine of talking to the spa."""
spa = balboa.BalboaSpaWifi(spahost)
await spa.connect()
asyncio.ensure_future(spa.listen())
await spa.send_panel_req(0, 1)
for i in range(0, 30):
await asyncio.sleep(1)
if spa.config_loaded:
print("Config is loaded:")
print('Pump Array: {0}'.format(str(spa.pump_array)))
print('Light Array: {0}'.format(str(spa.light_array)))
print('Aux Array: {0}'.format(str(spa.aux_array)))
print('Circulation Pump: {0}'.format(spa.circ_pump))
print('Blower: {0}'.format(spa.blower))
print('Mister: {0}'.format(spa.mister))
break
print()
await asyncio.sleep(5)
lastupd = 0
for i in range(0, 3):
await asyncio.sleep(1)
if spa.lastupd != lastupd:
lastupd = spa.lastupd
print("New data as of {0}".format(spa.lastupd))
print("Current Temp: {0}".format(spa.curtemp))
print("Tempscale: {0}".format(spa.get_tempscale(text=True)))
print("Set Temp: {0}".format(spa.get_settemp()))
print("Heat Mode: {0}".format(spa.get_heatmode(True)))
print("Heat State: {0}".format(spa.get_heatstate(True)))
print("Temp Range: {0}".format(spa.get_temprange(True)))
print("Pump Status: {0}".format(str(spa.pump_status)))
print("Circulation Pump: {0}".format(spa.get_circ_pump(True)))
print("Light Status: {0}".format(str(spa.light_status)))
print("Mister Status: {0}".format(spa.get_mister(True)))
print("Aux Status: {0}".format(str(spa.aux_status)))
print("Blower Status: {0}".format(spa.get_blower(True)))
print("Spa Time: {0}:{1} {2}".format(
spa.time_hour,
spa.time_minute,
spa.get_timescale(True)
))
print("Filter Mode: {0}".format(spa.get_filtermode(True)))
print()
print("Trying to set temperatures")
save_my_temp = spa.get_settemp()
print("Curent settemp: {0}".format(spa.get_settemp()))
if spa.tempscale == spa.TSCALE_F:
change_to = 100
else:
change_to = 24
await spa.send_temp_change(change_to)
await asyncio.sleep(2)
if (spa.get_settemp() != change_to):
print("Could not set temp to desired: {0}".format(spa.get_settemp()))
else:
print("New settemp: {0}".format(spa.get_settemp()))
await spa.send_temp_change(save_my_temp)
await asyncio.sleep(2)
print("Current temp should be set back to {0} is: {1}".format(save_my_temp, spa.get_settemp()))
print("Letting the spa settle....")
await asyncio.sleep(2)
print("Trying to operate pump 0 (first pump)")
print("Current state = {0}".format(spa.get_pump(0, text=True)))
print("Set to low")
await spa.change_pump(0, 1)
await asyncio.sleep(2)
print("Current state = {0}".format(spa.get_pump(0, text=True)))
print("Pump Status: {0}".format(str(spa.pump_status)))
print(" ok, next")
print("Set to off")
await spa.change_pump(0, 0)
await asyncio.sleep(2)
print("Current state = {0}".format(spa.get_pump(0, text=True)))
print("Pump Status: {0}".format(str(spa.pump_status)))
print(" ok, next")
print("Set to high")
await spa.change_pump(0, 2)
await asyncio.sleep(2)
print("Current state = {0}".format(spa.get_pump(0, text=True)))
print("Pump Status: {0}".format(str(spa.pump_status)))
print(" ok, next")
print("Set to off")
await spa.change_pump(0, 0)
await asyncio.sleep(2)
print("Current state = {0}".format(spa.get_pump(0, text=True)))
print("Pump Status: {0}".format(str(spa.pump_status)))
print("Done")
print("Play with heatmode")
print("Heat Mode: {0}".format(spa.get_heatmode(True)))
print("Set to READY")
await spa.change_heatmode(0)
await asyncio.sleep(2)
print("Heat Mode: {0}".format(spa.get_heatmode(True)))
print("Set to REST")
await spa.change_heatmode(2)
await asyncio.sleep(2)
print("Heat Mode: {0}".format(spa.get_heatmode(True)))
print("Set to RNR")
await spa.change_heatmode(1)
await asyncio.sleep(2)
print("Heat Mode: {0}".format(spa.get_heatmode(True)))
print("Set to READY")
await spa.change_heatmode(0)
await asyncio.sleep(2)
print("Heat Mode: {0}".format(spa.get_heatmode(True)))
await spa.disconnect()
return
async def connect_and_listen(spa_host):
""" Connect to the spa and try some commands. """
spa = balboa.BalboaSpaWifi(spa_host)
await spa.connect()
for i in range(0, 4):
print("Asking for module identification")
await spa.send_mod_ident_req()
msg = await spa.read_one_message()
if(msg is None or spa.find_balboa_mtype(msg) != balboa.BMTR_MOD_IDENT_RESP):
msg = await spa.read_one_message()
if(msg is not None and spa.find_balboa_mtype(msg) == balboa.BMTR_MOD_IDENT_RESP):
print("Got msg: {0}".format(msg.hex()))
spa.parse_module_identification(msg)
print("Mac Addr: " + spa.macaddr)
print("iDigi Device Id:", spa.idigi_device_id)
break
else:
print('Invalid message retrieved')
print()
for i in range(0, 4):
print("Asking for device configuration")
await spa.send_panel_req(0, 1)
msg = await spa.read_one_message()
if(msg is None or spa.find_balboa_mtype(msg) != balboa.BMTR_DEVICE_CONFIG_RESP):
msg = await spa.read_one_message()
if(msg is not None and spa.find_balboa_mtype(msg) == balboa.BMTR_DEVICE_CONFIG_RESP):
print("Got msg: {0}".format(msg.hex()))
spa.parse_device_configuration(msg)
if spa.config_loaded:
print('Pump Array: {0}'.format(str(spa.pump_array)))
print('Light Array: {0}'.format(str(spa.light_array)))
print('Aux Array: {0}'.format(str(spa.aux_array)))
print('Circulation Pump: {0}'.format(spa.circ_pump))
print('Blower: {0}'.format(spa.blower))
print('Mister: {0}'.format(spa.mister))
break
else:
print('Invalid message retrieved')
print()
if not spa.config_loaded:
print('Config not loaded, something is wrong!')
return 1
for i in range(0, 4):
print("Asking for system information")
await spa.send_panel_req(2, 0)
msg = await spa.read_one_message()
if(msg is None or spa.find_balboa_mtype(msg) != balboa.BMTR_SYS_INFO_RESP):
msg = await spa.read_one_message()
if(msg is not None and spa.find_balboa_mtype(msg) == balboa.BMTR_SYS_INFO_RESP):
print("Got msg: {0}".format(msg.hex()))
spa.parse_system_information(msg)
print('Model: {0}'.format(spa.model_name))
print('Software Version: {0}'.format(spa.sw_vers))
print('Configuration Signature: {0}'.format(spa.cfg_sig))
print('Setup Mode: {0}'.format(str(spa.setup)))
print('Software Version ID: {0}'.format(spa.ssid))
print('Voltage: {0}'.format(spa.voltage))
print('Heater Type: {0}'.format(spa.heater_type))
print('DIP Switch: {0}'.format(spa.dip_switch))
break
else:
print('Invalid message retrieved')
print()
for i in range(0, 4):
print("Asking for setup parameters")
await spa.send_panel_req(4, 0)
msg = await spa.read_one_message()
if(msg is None or spa.find_balboa_mtype(msg) != balboa.BMTR_SETUP_PARAMS_RESP):
msg = await spa.read_one_message()
if(msg is not None and spa.find_balboa_mtype(msg) == balboa.BMTR_SETUP_PARAMS_RESP):
print("Got msg: {0}".format(msg.hex()))
spa.parse_setup_parameters(msg)
print("Min Temps: {0}".format(spa.tmin))
print("Max Temps: {0}".format(spa.tmax))
print("Nr of pumps: {0}".format(spa.nr_of_pumps))
break
else:
print('Invalid message retrieved')
print()
for i in range(0, 4):
print("Asking for filter cycle info")
await spa.send_panel_req(1, 0)
msg = await spa.read_one_message()
if(msg is None or spa.find_balboa_mtype(msg) != balboa.BMTR_FILTER_INFO_RESP):
msg = await spa.read_one_message()
if(msg is not None and spa.find_balboa_mtype(msg) == balboa.BMTR_FILTER_INFO_RESP):
print("Got msg: {0}".format(msg.hex()))
spa.parse_filter_cycle_info(msg)
print(f'Filter 1: {spa.filter1_hour}:{spa.filter1_minute:02d}')
print(f'Filter 1 Duration: {spa.filter1_duration_hours}:'
f'{spa.filter1_duration_minutes:02d}')
print(f'Filter 2: {spa.filter2_hour}:{spa.filter2_minute:02d} '
f'({"enabled" if spa.filter2_enabled else "disabled"})')
print(f'Filter 2 Duration: {spa.filter2_duration_hours}:'
f'{spa.filter2_duration_minutes:02d}')
break
else:
print('Invalid message retrieved')
print()
for i in range(0, 4):
print("Reading panel update")
msg = await spa.read_one_message()
if(msg is None or spa.find_balboa_mtype(msg) != balboa.BMTR_STATUS_UPDATE):
msg = await spa.read_one_message()
if(msg is not None and spa.find_balboa_mtype(msg) == balboa.BMTR_STATUS_UPDATE):
print("Got msg: {0}".format(msg.hex()))
await spa.parse_status_update(msg)
print("New data as of {0}".format(spa.lastupd))
print("Current Temp: {0}".format(spa.curtemp))
print("Tempscale: {0}".format(spa.get_tempscale(text=True)))
print("Set Temp: {0}".format(spa.get_settemp()))
print("Heat Mode: {0}".format(spa.get_heatmode(True)))
print("Heat State: {0}".format(spa.get_heatstate(True)))
print("Temp Range: {0}".format(spa.get_temprange(True)))
print("Pump Status: {0}".format(str(spa.pump_status)))
print("Circulation Pump: {0}".format(spa.get_circ_pump(True)))
print("Light Status: {0}".format(str(spa.light_status)))
print("Mister Status: {0}".format(spa.get_mister(True)))
print("Aux Status: {0}".format(str(spa.aux_status)))
print("Blower Status: {0}".format(spa.get_blower(True)))
print("Spa Time: {0:02d}:{1:02d} {2}".format(
spa.time_hour,
spa.time_minute,
spa.get_timescale(True)
))
print("Filter Mode: {0}".format(spa.get_filtermode(True)))
break
print()
print("Please add the above section to issue:")
print("https://github.com/garbled1/pybalboa/issues/1")
await spa.disconnect()
return 0
async def mini_engine(spahost):
""" Test a miniature engine of talking to the spa."""
spa = balboa.BalboaSpaWifi(spahost)
await spa.connect()
asyncio.ensure_future(spa.listen())
await spa.send_panel_req(0, 1)
for i in range(0, 30):
await asyncio.sleep(1)
if spa.config_loaded:
print("Config is loaded:")
print('Pump Array: {0}'.format(str(spa.pump_array)))
print('Light Array: {0}'.format(str(spa.light_array)))
print('Aux Array: {0}'.format(str(spa.aux_array)))
print('Circulation Pump: {0}'.format(spa.circ_pump))
print('Blower: {0}'.format(spa.blower))
print('Mister: {0}'.format(spa.mister))
break
print()
await asyncio.sleep(5)
lastupd = 0
for i in range(0, 3):
await asyncio.sleep(1)
if spa.lastupd != lastupd:
lastupd = spa.lastupd
print("New data as of {0}".format(spa.lastupd))
print("Current Temp: {0}".format(spa.curtemp))
print("Tempscale: {0}".format(spa.get_tempscale(text=True)))
print("Set Temp: {0}".format(spa.get_settemp()))
print("Heat Mode: {0}".format(spa.get_heatmode(True)))
print("Heat State: {0}".format(spa.get_heatstate(True)))
print("Temp Range: {0}".format(spa.get_temprange(True)))
print("Pump Status: {0}".format(str(spa.pump_status)))
print("Circulation Pump: {0}".format(spa.get_circ_pump(True)))
print("Light Status: {0}".format(str(spa.light_status)))
print("Mister Status: {0}".format(spa.get_mister(True)))
print("Aux Status: {0}".format(str(spa.aux_status)))
print("Blower Status: {0}".format(spa.get_blower(True)))
print("Spa Time: {0:02d}:{1:02d} {2}".format(
spa.time_hour,
spa.time_minute,
spa.get_timescale(True)
))
print("Filter Mode: {0}".format(spa.get_filtermode(True)))
print()
print("Trying to set temperatures")
print("--------------------------")
save_my_temp = spa.get_settemp()
await temp_play(spa, spa.tmax[spa.temprange][spa.tempscale] if spa.settemp != spa.tmax[spa.temprange][spa.tempscale] else spa.tmax[spa.temprange][spa.tempscale] - 2)
await temp_play(spa, save_my_temp)
print()
print("Trying to operate pump 0 (first pump)")
print("-------------------------------------")
await pump_play(spa, 0, spa.PUMP_LOW)
await pump_play(spa, 0, spa.PUMP_OFF)
await pump_play(spa, 0, spa.PUMP_HIGH)
await pump_play(spa, 0, spa.PUMP_OFF)
print()
print("Play with heatmode")
print("------------------")
curHeatMode = spa.get_heatmode()
await heatmode_play(spa, spa.HEATMODE_READY)
await heatmode_play(spa, spa.HEATMODE_REST)
await heatmode_play(spa, spa.HEATMODE_READY)
print()
await spa.disconnect()
return