def getState(serial_port):
try:
MSG = TARGET_NBR + QUERY_SUF
logtext = "...........Read DHTs .........."
print logtext
memo.appendNote(logtext + '\n')
print "<< " + MSG
memo.TargetMemo[nTARGET]("<< " + MSG + '\n')
serial_port.write(MSG)
rcv = uart.readlineCR(serial_port)
memo.TargetMemo[nTARGET](">> " + ''.join(rcv) + '\n')
print ">> " + ''.join(rcv)
print rcv
print len(rcv)
memo.appendNote(''.join(rcv) + '\n')
# incomming pattern
# [ 0 2 3 6 8 11 14 17 20 23
# ['*', ':', '?', '2', '0', '1', '7', '|', '0', '6', '|', '1', '1', '|', '1', '5', '|', '0', '3', '|', '3', '9', '|', '0', '3', '6']
# Length = 26
if ''.join(rcv[0:3]) == "*+?":
serial_port.write(uart.ACK)
# Check return message
if (4 <= len(rcv) and len(rcv) <= 6):
if (len(rcv) == 4):
lx = ''.join(rcv[3:4])
return lx
if (len(rcv) == 5):
lx = ''.join(rcv[3:5])
return lx
if (len(rcv) == 6):
lx = ''.join(rcv[3:6])
return lx
else:
return '0'
else:
serial_port.write(uart.NAK)
return rcv
except Exception as ex:
print repr(ex)
memo.appendNote(repr(ex) + '\n')
raise ex
def getState(serial_port):
try:
MSG = TARGET_NBR + QUERY_SUF
logtext = "...........Read DHTs .........."
print logtext
memo.appendNote(logtext + '\n')
print "<< " + MSG
memo.TargetMemo[nTARGET]("<< " + MSG + '\n')
serial_port.write(MSG)
rcv = uart.readlineCR(serial_port)
memo.TargetMemo[nTARGET](">> " + ''.join(rcv) + '\n')
print ">> " + ''.join(rcv)
print rcv
print len(rcv)
memo.appendNote(''.join(rcv) + '\n')
# incomming pattern
# [ 0 2 3 6 8 11 14 17 20 23
# ['*', ':', '?', '2', '0', '1', '7', '|', '0', '6', '|', '1', '1', '|', '1', '5', '|', '0', '3', '|', '3', '9', '|', '0', '3', '6']
# Length = 26
if len(rcv)==42 and ''.join(rcv[0:3])=="*~?":
serial_port.write(uart.ACK)
# Check return message
h1 = ''.join(rcv[3:6])
t1 = ''.join(rcv[7:10])
h2 = ''.join(rcv[11:14])
t2 = ''.join(rcv[15:18])
h3 = ''.join(rcv[19:22])
t3 = ''.join(rcv[23:26])
h4 = ''.join(rcv[27:30])
t4 = ''.join(rcv[31:34])
return h1, t1, h2, t2, h3, t3, h4, t4
else:
serial_port.write(uart.NAK)
return rcv
except Exception as ex:
print repr(ex)
memo.appendNote(repr(ex) + '\n')
raise ex
def getTime(serial_port):
try:
MSG = TARGET_NBR + TIME_SUF
logtext = "...........Read .........."
print logtext
memo.appendNote(logtext + '\n')
print "<< " + MSG
memo.TargetMemo[nTARGET]("<< " + MSG + '\n')
serial_port.write(MSG)
rcv = uart.readlineCR(serial_port)
memo.TargetMemo[nTARGET](">> " + ''.join(rcv) + '\n')
print ">> " + ''.join(rcv)
# print rcv
# print len(rcv)
memo.appendNote(''.join(rcv) + '\n')
# incomming pattern
# [ 0 2 3 6 8 11 14 17 20 23
# ['*', ':', '?', '2', '0', '1', '7', '|', '0', '6', '|', '1', '1', '|', '1', '5', '|', '0', '3', '|', '3', '9', '|', '0', '3', '6']
# Length = 26
if len(rcv)==26 and ''.join(rcv[0:3])=="*:?":
serial_port.write(uart.ACK)
# Check return message
strYear = ''.join(rcv[3:7])
strMonth = ''.join(rcv[8:10])
strDay = ''.join(rcv[11:13])
strHour = ''.join(rcv[14:16])
strMinute = ''.join(rcv[17:19])
strSecond = ''.join(rcv[20:22])
iRelayState = int(''.join(rcv[23:26]))
return strYear, strMonth, strDay, strHour, strMinute, strSecond, iRelayState
else:
serial_port.write(uart.NAK)
return rcv
except Exception as ex:
print repr(ex)
memo.appendNote(repr(ex) + '\n')
raise ex
def setYear(serial_port,valText):
try:
MSG = TARGET_NBR + SET_YEAR_CMD + valText + ETX_SUF
logtext = "........... SET YEAR to TIMERRY..........."
print logtext
memo.appendNote(logtext + '\n')
print "<< " + MSG
memo.TargetMemo[nTARGET]("<< " + MSG + '\n')
serial_port.write(MSG)
rcv = uart.readlineCR(serial_port)
memo.TargetMemo[nTARGET](">> " + ''.join(rcv) + '\n')
print ">> " + ''.join(rcv)
print rcv
print len(rcv)
memo.appendNote(''.join(rcv) + '\n')
# incomming pattern
# *:[2017*
# Length = 8
if len(rcv)==8 and ''.join(rcv[0:3])=="*:[":
serial_port.write(uart.ACK)
print "Send ACK"
return True
else:
print "Send NAK"
serial_port.write(uart.NAK)
return False
except Exception as ex:
print repr(ex)
memo.appendNote(repr(ex) + '\n')
raise ex
