def checkNetwork():
global netmode, lastdisconntime, lastaptime
try:
if Settings.NetMan.WifiDevWatch>=0 and Settings.NetMan.WifiDevNum>=0:
if Settings.NetworkDevices[Settings.NetMan.WifiDevNum].apmode==0:
anetmode = Settings.NetworkDevices[Settings.NetMan.WifiDevWatch].isconnected()
if anetmode!=netmode: # network mode changed
netmode=anetmode
if netmode: # if connected
lastdisconntime = 0 # forgive last disconnect time
commands.rulesProcessing("Network#Connected",rpieGlobals.RULE_SYSTEM)
return True
else:
lastdisconntime = time.time() # store last disconnect time
commands.rulesProcessing("Network#Disconnected",rpieGlobals.RULE_SYSTEM)
return True
elif anetmode==False: # otherwise, if in disconnect state
if Settings.NetMan.APMode not in [-1,100]:
if lastdisconntime!=0:
if (time.time()-lastdisconntime)>int(Settings.NetMan.APModeTime):
Network.AP_start(Settings.NetMan.WifiDevNum)
lastdisconntime = 0 # forgive last disconnect time
lastaptime = time.time()
else:
lastdisconntime = time.time() # store last disconnect time
else: # apmode active
if Settings.NetMan.APStopTime>-1:
if Settings.NetMan.APMode not in [-1,100]:
if lastaptime!=0:
if (time.time()-lastaptime)>int(Settings.NetMan.APStopTime):
Network.AP_stop(Settings.NetMan.WifiDevNum)
lastaptime = 0
lastdisconntime = 0 # forgive last disconnect time
except Exception as e:
print(e)
def doCleanup():
rulesProcessing("System#Shutdown", rpieGlobals.RULE_SYSTEM)
if (len(Settings.Tasks) > 1) or ((len(Settings.Tasks) == 1) and
(Settings.Tasks[0] != False)):
Settings.savetasks()
procarr = []
for x in range(0, len(Settings.Tasks)):
if (Settings.Tasks[x]) and type(
Settings.Tasks[x]) is not bool: # device exists
try:
if (Settings.Tasks[x].enabled): # device enabled
t = threading.Thread(target=Settings.Tasks[x].plugin_exit)
t.daemon = True
procarr.append(t)
t.start()
except:
pass
if len(procarr) > 0:
for process in procarr:
process.join(1)
try:
for t in range(0, rpieGlobals.RULES_TIMER_MAX):
rpieTime.Timers[t].pause()
for t in range(0, rpieGlobals.SYSTEM_TIMER_MAX):
rpieTime.SysTimers[t].pause()
except:
pass
procarr = []
for y in range(0, len(Settings.Controllers)):
if (Settings.Controllers[y]):
if (Settings.Controllers[y].enabled):
t = threading.Thread(
target=Settings.Controllers[y].controller_exit)
t.daemon = True
procarr.append(t)
t.start()
if int(Settings.NetMan.WifiDevNum) >= 0 and int(
Settings.NetMan.APMode > -1):
apdev = int(Settings.NetMan.WifiDevNum)
Network.AP_stop(apdev) # try to stop AP mode if needed
if len(procarr) > 0:
for process in procarr:
process.join()
def doExecuteCommand(cmdline, Parse=True):
if Parse:
retval, state = parseruleline(cmdline)
else:
retval = cmdline
cmdarr = retval.split(",")
if (" " in retval) and not ("," in retval):
cmdarr = retval.split(" ")
elif (" " in retval) and (
","
in retval): # workaround for possible space instead comma problem
fsp = retval.find(" ")
fco = retval.find(",")
if fsp < fco:
c2 = retval.split(" ")
cmdarr = retval[(fsp + 1):].split(",")
cmdarr = [c2[0]] + cmdarr
cmdarr[0] = cmdarr[0].strip().lower()
commandfound = False
misc.addLog(rpieGlobals.LOG_LEVEL_INFO,
"CMD: " + cmdline.replace("==", "="))
if cmdarr[0] == "delay":
try:
s = float(cmdarr[1])
except:
s = 1000
s = (s / 1000)
time.sleep(s)
commandfound = True
return commandfound
elif cmdarr[0] == "taskrun":
if len(Settings.Tasks) < 1:
return False
try:
s = int(cmdarr[1])
except:
s = -1
if s > 0 and (s <= len(Settings.Tasks)):
s = s - 1 # array is 0 based, tasks is 1 based
if (type(Settings.Tasks[s]) != bool) and (Settings.Tasks[s]):
if (Settings.Tasks[s].enabled):
Settings.Tasks[s].plugin_read()
commandfound = True
return commandfound
elif cmdarr[0] == "taskvalueset":
if len(Settings.Tasks) < 1:
return False
try:
s = int(cmdarr[1])
except:
s = -1
try:
v = int(cmdarr[2])
except:
v = 1
#v=v-1
if s == -1:
s, v = Settings.getTaskValueIndex(cmdarr[1], cmdarr[2])
if s > 0 and (s <= len(Settings.Tasks)):
s = s - 1 # array is 0 based, tasks is 1 based
if (type(Settings.Tasks[s]) != bool) and (Settings.Tasks[s]):
if v > (Settings.Tasks[s].valuecount):
v = Settings.Tasks[s].valuecount
if v < 1:
v = 1
try:
Settings.Tasks[s].set_value(
v, parsevalue(str(cmdarr[3].strip())), False)
except Exception as e:
pass
# print("Set value error: ",e)
commandfound = True
return commandfound
elif cmdarr[0] == "taskvaluesetandrun":
if len(Settings.Tasks) < 1:
return False
try:
s = int(cmdarr[1])
except:
s = -1
try:
v = int(cmdarr[2])
except:
v = 1
#v=v-1
if s == -1:
s, v = Settings.getTaskValueIndex(cmdarr[1], cmdarr[2])
if s > 0 and (s <= len(Settings.Tasks)):
s = s - 1 # array is 0 based, tasks is 1 based
if (type(Settings.Tasks[s]) != bool) and (Settings.Tasks[s]):
if v > (Settings.Tasks[s].valuecount):
v = Settings.Tasks[s].valuecount
if v < 1:
v = 1
Settings.Tasks[s].set_value(v,
parsevalue(str(cmdarr[3]).strip()),
True)
commandfound = True
return commandfound
elif cmdarr[0] == "timerpause":
if len(rpieTime.Timers) < 1:
return False
try:
s = int(cmdarr[1])
except:
s = -1
if s > 0 and (s < len(rpieTime.Timers)):
s = s - 1 # array is 0 based, timers is 1 based
rpieTime.Timers[s].pause()
commandfound = True
return commandfound
elif cmdarr[0] == "timerresume":
if len(rpieTime.Timers) < 1:
return False
try:
s = int(cmdarr[1])
except:
s = -1
if s > 0 and (s < len(rpieTime.Timers)):
s = s - 1 # array is 0 based, timers is 1 based
rpieTime.Timers[s].resume()
commandfound = True
return commandfound
elif cmdarr[0] == "timerset":
if len(rpieTime.Timers) < 1:
return False
try:
s = int(cmdarr[1])
except:
s = -1
try:
v = int(cmdarr[2])
except:
v = 1
if s > 0 and (s < len(rpieTime.Timers)):
s = s - 1 # array is 0 based, timers is 1 based
if v == 0:
rpieTime.Timers[s].stop(False)
else:
rpieTime.Timers[s].addcallback(TimerCallback)
rpieTime.Timers[s].start(v)
commandfound = True
return commandfound
elif cmdarr[0] == "event":
rulesProcessing(cmdarr[1], rpieGlobals.RULE_USER)
commandfound = True
return commandfound
elif cmdarr[0] == "sendto":
try:
unitno = int(cmdarr[1])
except:
unitno = -1
data = ""
if len(cmdarr) > 2:
sepp = (len(cmdarr[0]) + len(cmdarr[1]) + 1)
sepp = cmdline.find(',', sepp)
data = cmdline[sepp + 1:].replace("==", "=")
else:
unitno = -1
if unitno >= 0 and unitno <= 255:
cfound = False
for y in range(len(Settings.Controllers)):
if (Settings.Controllers[y]):
if (Settings.Controllers[y].enabled):
if "ESPEasy P2P" in Settings.Controllers[
y].getcontrollername():
Settings.Controllers[y].udpsender(unitno, data, 1)
cfound = True
if cfound == False:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,
"ESPEasy P2P controller not found!")
commandfound = True
return commandfound
elif cmdarr[0] == "blecommand":
try:
unitno = int(cmdarr[1])
except:
unitno = -1
data = ""
if len(cmdarr) > 2:
sepp = (len(cmdarr[0]) + len(cmdarr[1]) + 1)
sepp = cmdline.find(',', sepp)
data = cmdline[sepp + 1:].replace("==", "=")
else:
unitno = -1
if unitno >= 0 and unitno <= 255:
cfound = False
for y in range(len(Settings.Controllers)):
if (Settings.Controllers[y]):
if (Settings.Controllers[y].enabled):
if "BLE Direct" in Settings.Controllers[
y].getcontrollername():
Settings.Controllers[y].sendcommand(unitno, data)
cfound = True
if cfound == False:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,
"BLE controller not found!")
commandfound = True
return commandfound
elif cmdarr[0] == "loracommand":
try:
unitno = int(cmdarr[1])
except:
unitno = -1
data = ""
if len(cmdarr) > 2:
sepp = (len(cmdarr[0]) + len(cmdarr[1]) + 1)
sepp = cmdline.find(',', sepp)
data = cmdline[sepp + 1:].replace("==", "=")
else:
unitno = -1
if unitno >= 0 and unitno <= 255:
cfound = False
for y in range(len(Settings.Controllers)):
if (Settings.Controllers[y]):
if (Settings.Controllers[y].enabled):
if "LORA Direct" in Settings.Controllers[
y].getcontrollername():
Settings.Controllers[y].sendcommand(unitno, data)
cfound = True
if cfound == False:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,
"LORA controller not found!")
commandfound = True
return commandfound
elif cmdarr[0] == "espnowcommand":
try:
unitno = int(cmdarr[1])
except:
unitno = -1
data = ""
if len(cmdarr) > 2:
sepp = (len(cmdarr[0]) + len(cmdarr[1]) + 1)
sepp = cmdline.find(',', sepp)
data = cmdline[sepp + 1:].replace("==", "=")
else:
unitno = -1
if unitno >= 0 and unitno <= 255:
cfound = False
for y in range(len(Settings.Controllers)):
if (Settings.Controllers[y]):
if (Settings.Controllers[y].enabled):
if "ESPNow" in Settings.Controllers[
y].getcontrollername():
Settings.Controllers[y].sendcommand(unitno, data)
cfound = True
if cfound == False:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,
"ESPNow controller not found!")
commandfound = True
return commandfound
elif cmdarr[0] == "serialcommand":
data = ""
if len(cmdarr) > 1:
sepp = cmdline.find(',')
data = cmdline[sepp + 1:].replace("==", "=")
else:
return False
cfound = False
for y in range(len(Settings.Controllers)):
if (Settings.Controllers[y]):
if (Settings.Controllers[y].enabled):
if "ESPNow" in Settings.Controllers[y].getcontrollername():
Settings.Controllers[y].serialcommand(data)
cfound = True
if cfound == False:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,
"ESPNow controller not found!")
commandfound = True
return commandfound
elif cmdarr[0] == "publish":
topic = cmdarr[1].strip()
data = ""
if len(cmdarr) > 2:
sepp = (len(cmdarr[0]) + len(cmdarr[1]) + 1)
sepp = cmdline.find(',', sepp)
data = cmdline[sepp + 1:].replace("==", "=")
else:
topic = ""
commandfound = False
if topic != "":
cfound = False
for y in range(len(Settings.Controllers)):
if (Settings.Controllers[y]):
if (Settings.Controllers[y].enabled):
try:
if Settings.Controllers[y].mqttclient is not None:
Settings.Controllers[y].mqttclient.publish(
topic, data)
commandfound = True
cfound = True
break
except:
cfound = False
if cfound == False:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR,
"MQTT capable controller not found!")
return commandfound
elif cmdarr[0] == "sendtohttp":
destaddr = cmdarr[1].strip()
try:
destport = int(cmdarr[2])
except:
destport = -1
data = ""
if len(cmdarr) > 3:
sepp = (len(cmdarr[0]) + len(cmdarr[1]) + len(cmdarr[2]) + 2)
sepp = cmdline.find(',', sepp)
data = cmdline[sepp + 1:].replace("==", "=")
else:
destport = -1
if destport > 0:
commandfound = True
curl = "http://" + destaddr + ":" + str(destport) + data
t = threading.Thread(target=urlget, args=(curl, ))
t.daemon = True
t.start()
else:
commandfound = False
return commandfound
elif cmdarr[0] == "sendtoudp":
destaddr = cmdarr[1].strip()
try:
destport = int(cmdarr[2])
except:
destport = -1
data = ""
if len(cmdarr) > 3:
sepp = (len(cmdarr[0]) + len(cmdarr[1]) + len(cmdarr[2]) + 2)
sepp = cmdline.find(',', sepp)
data = cmdline[sepp + 1:].replace("==", "=")
else:
destport = -1
if destport > 0:
s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
for r in range(0, 1):
s.sendto(bytes(data, "utf-8"), (destaddr, int(destport)))
if r < 1:
time.sleep(0.1)
commandfound = True
else:
commandfound = False
return commandfound
elif cmdarr[0] == "wifiapmode":
if int(Settings.NetMan.WifiDevNum) >= 0:
apdev = int(Settings.NetMan.WifiDevNum)
else:
apdev = Settings.NetMan.getfirstwirelessdevnum()
Network.AP_start(apdev, True)
commandfound = True
return commandfound
elif cmdarr[0] == "wifistamode":
if int(Settings.NetMan.WifiDevNum) >= 0:
apdev = int(Settings.NetMan.WifiDevNum)
else:
apdev = Settings.NetMan.getfirstwirelessdevnum()
Network.AP_stop(apdev)
Settings.NetMan.APMode = -1
commandfound = True
return commandfound
elif cmdarr[0] == "wificonnect": # implement it
commandfound = False
return commandfound
elif cmdarr[0] == "wifimode": # implement it
commandfound = False
return commandfound
elif cmdarr[0] == "reboot":
doCleanup()
os.popen(OS.cmdline_rootcorrect("sudo reboot"))
# os.kill(os.getpid(), signal.SIGINT)
commandfound = True
return commandfound
elif cmdarr[0] == "reset":
try:
os.popen("rm -r data/*.json")
except:
pass
Settings.Controllers = [False]
Settings.NetworkDevices = []
Settings.Pinout = []
Settings.Settings = {
"Name": "RPIEasy",
"Unit": 0,
"Password": "",
"Delay": 60
}
Settings.Tasks = [False]
Settings.NetMan.networkinit()
commandfound = True
return commandfound
elif cmdarr[0] == "halt":
doCleanup()
os.popen(OS.cmdline_rootcorrect("sudo shutdown -h now"))
# os.kill(os.getpid(), signal.SIGINT)
commandfound = True
return commandfound
elif cmdarr[0] == "update":
misc.addLog(rpieGlobals.LOG_LEVEL_INFO, "Starting git clone")
os.popen(
"cp -rf run.sh run.sh.bak && rm -rf update && git clone https://github.com/enesbcs/rpieasy.git update"
).read()
time.sleep(2)
if os.path.isdir("update"):
misc.addLog(rpieGlobals.LOG_LEVEL_INFO,
"Download successful, starting to overwrite files")
os.popen(
"rm -rf .git && rm -rf update/data update/files && mv -f update/.git .git && cp -rf update/lib/* lib/ && cp -rf update/img/* img/ && rm -rf update/lib update/img && mv -f update/* . && rm -rf update && cp -rf run.sh.bak run.sh"
).read()
time.sleep(0.5)
os.kill(os.getpid(), signal.SIGINT)
else:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR, "Update failed")
commandfound = True
return commandfound
elif cmdarr[0] == "exit":
os.kill(os.getpid(), signal.SIGINT)
commandfound = True
return commandfound
elif cmdarr[0] == "notify":
try:
plugin = int(cmdarr[1])
except:
plugin = 0
data = ""
if len(cmdarr) > 1 and plugin > 0:
sepp = (len(cmdarr[0]) + len(cmdarr[1]) + 2)
data = cmdline[sepp:].replace("==", "=")
commandfound = doExecuteNotification(plugin - 1, data)
return commandfound
elif cmdarr[0] == "setvolume":
vmr = 0
if "+" in cmdarr[1] or "-" in cmdarr[1]:
vmr = 1
try:
vol = int(cmdarr[1])
except:
vol = -200
if (vmr == 0): # absolute vol
if (vol >= 0 and vol <= 100):
try:
OS.setvolume(vol)
commandfound = True
except Exception as e:
commandfound = str(e)
else:
if (vol >= -100 and vol <= 100): # relative vol
try:
avol = OS.getvolume()
OS.setvolume(int(avol) + vol)
commandfound = True
except Exception as e:
commandfound = str(e)
return commandfound
if commandfound == False:
commandfound = doExecutePluginCommand(retval)
if commandfound == False:
misc.addLog(rpieGlobals.LOG_LEVEL_ERROR, "Unknown command: " + cmdline)
return commandfound