async def double_press():
gwlogging.sendLog(gwlogging.INFO, "Double Press Detected", MOD)
if wifimgr.check_connection() == False or CLOUD_CONFIG == None:
gwlogging.sendLog(
gwlogging.ERR,
"GW must be configured before Web Server can be disabled", MOD)
pass
elif GW_CONFIG == None:
temp = {}
temp['web'] = 0
config_manager.write_gw(temp)
sleep(5)
reset()
elif GW_CONFIG['web'] == 1:
temp = GW_CONFIG
temp['web'] = 0
config_manager.write_gw(temp)
sleep(5)
reset()
else:
temp = GW_CONFIG
temp['web'] = 1
config_manager.write_gw(temp)
sleep(5)
reset()
def RequestTestPost(microWebSrv2, request):
gc.collect()
data = request.GetPostedURLEncodedForm()
try:
if data['restart'] == '0':
content = head1 + restart_selected + head2 + """
<div class="header">
<h1> Restart Cancelled</h1>
</div>
""" + end
request.Response.ReturnOk(content)
elif data['restart'] == '1':
gwlogging.sendLog(gwlogging.DEBUG,
"Restarting. Inititated via web.", MOD)
content = head1 + restart_selected + head2 + """
<div class="header">
<h1> Ruuvi GW Restarting</h1>
</div>
""" + end
request.Response.ReturnOk(content)
import _thread
_thread.start_new_thread(restart, ())
except:
request.Response.ReturnBadRequest()
return
def log(self, in_reconnect, e):
if self.DEBUG:
if in_reconnect:
gwlogging.sendLog(gwlogging.DEBUG, ("mqtt reconnect: %r" % e),
"MQTT")
#print("mqtt reconnect: %r" % e)
else:
gwlogging.sendLog(gwlogging.DEBUG, ("mqtt: %r" % e), "MQTT")
async def long_press():
gwlogging.sendLog(gwlogging.INFO, "Long Press Detected", MOD)
fast_pulse(5)
await asyncio.sleep_ms(2000)
import os
try:
os.remove('wifi.json')
except:
#catches if file doesn't exist
reset()
await asyncio.sleep_ms(2000)
reset()
def Log(self, msg, msgType) :
if self._onLogging :
try :
self._onLogging(self, str(msg), msgType)
return
except Exception as ex :
msgType = MicroWebSrv2.ERROR
msg = 'Exception raised from "OnLoggin" handler: %s' % ex
t = MicroWebSrv2.MSG_TYPE_STR.get(msgType, None)
if t and t == 'ERROR':
gwlogging.sendLog(gwlogging.ERR, msg, 'MWS2' )
elif t:
print('MWS2-%s> %s' % (t, msg))
def start(config):
global active
active = 0
gwlogging.sendLog(gwlogging.INFO, "Starting MQTT", MOD)
epoch = 0
global TOPIC
TOPIC = config['topic1'] + "/" + MAC + "/"
global TOPICble
TOPICble = TOPIC + config['topic2'] + "/"
if int(config['epoch']) == 1:
epoch = 1
mqttH(config)
_thread.start_new_thread(heartbeat, (epoch,)) #Start HeartBeat loop
mqttB(config)
active = 1
uart(epoch, config['dble'])
def mqttB(config):#HeartBeat client
state = DISCONNECTED
global clientB
if config['username'] != "" and config['password'] != "":
clientB = MQTTClient( MAC, config['host'] ,user=config['username'], password=config['password'], port=int(config['port']), keepalive=30, ssl=False)
else:
clientB = MQTTClient( MAC, config['host'] ,port=int(config['port']), keepalive=30, ssl=False)
while state != CONNECTED:
try:
state = CONNECTING
clientB.connect()
state = CONNECTED
except:
gwlogging.sendLog(gwlogging.INFO, "Could not establish MQTT-BLE connection", MOD)
time.sleep(1)
if state == CONNECTED:
gwlogging.sendLog(gwlogging.INFO, "MQTT-BLE Connected", MOD)
def RequestTestPost(microWebSrv2, request):
gc.collect()
data = request.GetPostedURLEncodedForm()
try:
if wifimgr.write_wifi(data):
print("WiFi Config Saved")
if wifimgr.do_connect(data):
print("WiFi Connected")
except:
request.Response.ReturnBadRequest()
return
content = head1 + wifi_selected + head2 + """
<div class="header">
<h1> WiFi Configured</h1>
</div>
""" + end
request.Response.ReturnOk(content)
if wifimgr.check_connection():
sleep(2)
settime()
gwlogging.sendLog(gwlogging.INFO, "Time Set", MOD)
def start(config):
global active
active = 0
gwlogging.sendLog(gwlogging.INFO, "Starting HTTP", MOD)
global tags
tags = []
epoch = False
if int(config['epoch']) == 1:
epoch = True
_thread.start_new_thread(uart, (epoch, ))
active = 1
global Messages
Messages = 0
while True:
slow_pulse(3)
time.sleep(10)
tempT = tags
tags = []
flT = time_stamp(time.localtime())
m = {'ts': flT, 'mac': MAC, 'tags': tempT}
msgJson = ujson.dumps(m)
urequests.post(config['host'], data=msgJson)
Messages = Messages + 1
def mqttH(config):#HeartBeat client
state = DISCONNECTED
global clientH
if config['username'] != "" and config['password'] != "":
clientH = MQTTClient( MAC + "H", config['host'] ,user=config['username'], password=config['password'], port=int(config['port']), keepalive=30, ssl=False)
else:
clientH = MQTTClient( MAC + "H", config['host'], port=int(config['port']), keepalive=30, ssl=False)
clientH.set_callback(sub_cb)
while state != CONNECTED:
try:
state = CONNECTING
clientH.connect()
state = CONNECTED
except:
gwlogging.sendLog(gwlogging.INFO, "Could not establish MQTT-H connection", MOD)
time.sleep(1)
if state == CONNECTED:
gwlogging.sendLog(gwlogging.INFO, "MQTT-H Connected", MOD)
subTopic = "%s/config/#" % MAC
clientH.subscribe(subTopic)
gwlogging.sendLog(gwlogging.INFO, "MQTT-H Subscribed to: %s" % subTopic, MOD)
def RequestTestPost(microWebSrv2, request):
gc.collect()
data = request.GetPostedURLEncodedForm()
try:
if data['resetM'] == '0':
gwlogging.sendLog(gwlogging.DEBUG,
"Removing Wifi Configuration", MOD)
gwlogging.sendLog(gwlogging.DEBUG, "Gateway will restart", MOD)
import os
os.remove('wifi.json')
sleep(2)
reset()
elif data['resetM'] == '1':
gwlogging.sendLog(gwlogging.DEBUG, "Performing WiFi scan", MOD)
global resetVal
resetVal = 1
request.Response.ReturnRedirect('/wifi-rescan')
elif data['resetM'] == '2':
gwlogging.sendLog(gwlogging.DEBUG,
"Resetting Cloud Configuration", MOD)
global resetVal
resetVal = 1
request.Response.ReturnRedirect('/cloud-reconfigure')
elif data['resetM'] == '3':
gwlogging.sendLog(gwlogging.DEBUG, "Resetting Syslog Server",
MOD)
global resetVal
resetVal = 1
request.Response.ReturnRedirect('/syslog-reconfigure')
elif data['resetM'] == '4':
gwlogging.sendLog(gwlogging.DEBUG, "Performing Factory Reset",
MOD)
gwlogging.sendLog(gwlogging.DEBUG, "Gateway will restart", MOD)
import os
os.remove('wifi.json')
os.remove('gw.json')
os.remove('wifi.json')
os.remove('cloud.json')
sleep(2)
reset()
except:
request.Response.ReturnBadRequest()
return
if int(CLOUD_CONFIG['mode']) == 0:
import gwhttp
pyhtmlMod.SetGlobalVar('GwMode', 0)
gwhttp.start(CLOUD_CONFIG)
elif int(CLOUD_CONFIG['mode']) == 1:
import gwmqtt
pyhtmlMod.SetGlobalVar('GwMode', 1)
gwmqtt.start(CLOUD_CONFIG)
else:
sleep(1)
pass
except:
fast_pulse(1)
sleep(1)
except KeyboardInterrupt:
gwlogging.sendLog(gwlogging.NOTICE, "Exited from KeyboardInterrupt",
MOD)
# End,
mws2.Stop()
else:
# Main program loop until keyboard interrupt,
try:
while True:
try:
if int(CLOUD_CONFIG['mode']) == 0:
import gwhttp
gwhttp.start(CLOUD_CONFIG)
elif int(CLOUD_CONFIG['mode']) == 1:
import gwmqtt
gwmqtt.start(CLOUD_CONFIG)
else:
sleep(1)