def sensor2_conf():
pca.pca_config(0,1,0)
dc.s2_avg_data()
rawData = ads.get_readData()
# print "rawData sensor 2 = %ld" %rawData
logfile.write("\n\tSensor2 = ")
logfile.write(str(rawData))
def conf_sensor1():
# print("sensor 1:")
pca.pca_config(1,0,0)
dc.s1_avg_data()
sensor1Data = ads.get_readData()
s1_avg = dc.get_s1Avg()
pca.pca_config(1,1,1)
def conf_sensor2():
# print("sensor 2:")
pca.pca_config(0,1,0)
dc.s2_avg_data()
sensor2Data = ads.get_readData()
s2_avg = dc.get_s2Avg()
pca.pca_config(1,1,1)
def sensor2(self, slot2_type):
self.sensor_init(slot2_type)
print "Sensor2: " + slot2_type
pca.pca_config(0, 1, 0)
lmp.lmp_init()
ads.spi_init()
pca.pca_config(1, 1, 1)
def sensor2(s2):
#s.init(s2)
pca.pca_config(0,1,0)
print "sensor in sensor2 func %s" %s2
s.init(s2)
lmp.lmp_init()
ads.spi_init()
pca.pca_config(1,1,1)
def sensor1(s1):
#s.init(s1)
pca.pca_config(1,0,0)
print "sensor in sensor1 func %s" %s1
s.init(s1)
lmp.lmp_init()
ads.spi_init()
pca.pca_config(1, 1, 1)
def on():
pca.pca_config(0,0,0)
''' turns ON the OPC (fan and laser) '''
b1 = spi.writebytes([0x03]) # send the command byte
sleep(9e-3) # sleep for 9 ms
b2, b3 = spi.writebytes([0x00, 0x01]) # send bytes
##pca.pca_config(1,1,1)
return True if b1 == 0xF3 and b2 == 0x03 else False
def conf_sensor2():
# print("sensor 2:")
pca.pca_config(0,1,0)
s2_avg = dc.s2_avg_data()
sensor2Data = ads.get_readData()
#dc.get_s2Avg()
pca.pca_config(1,1,1)
#print s2_avg
val2 = s2_avg
return val2
def conf_sensor1():
# print("sensor 1:")
pca.pca_config(1,0,0)
s1_avg = dc.s1_avg_data()
sensor1Data = ads.get_readData()
#dc.get_s1Avg()
pca.pca_config(1,1,1)
#print s1_avg
val1 = s1_avg
return val1
def __conf_gas2__(self, board):
# print("conf_sensor 2:")
pca.pca_config(0, 1, 0)
# time.sleep(0.1)
s2_avg = dc.s2_avg_data(board)
# val2 = ads.readADS_Data(board)#
# dc.get_s2Avg()
pca.pca_config(1, 1, 1)
# print s2_avg
# time.sleep(0.1)
val2 = s2_avg
# print val2
return val2
def __conf_gas1__(self, board):
# print("conf_sensor 1:")
# if module_type
pca.pca_config(1, 0, 0)
# time.sleep(0.1)
s1_avg = dc.s1_avg_data(board)
# val1 = ads.readADS_Data(board)#readData()
# dc.get_s1Avg()
pca.pca_config(1, 1, 1)
# time.sleep(0.1)
# print s1_avg
val1 = s1_avg
return val1
def sensor2():
s.init(s2)
pca.pca_config(0,1,0)
#print("SENSOR2 : %s", s2)
lmp.lmp_init()
ads.spi_init()
def sensor1():
s.init(s1)
pca.pca_config(1,0,0)
lmp.lmp_init()
ads.spi_init()
def main(boards):
slot1_parameters, slot2_parameters = briza.get_calibration()
for board in boards:
if any(x in str(slot1_parameters[board][5]) for x in pm_types):
print "PM module bypass, configured as: " + str(slot1_parameters[board][5])
#briza.opc(board)
#briza.board_init(board, slot1_parameters[board][5],slot2_parameters[board][5])
#briza.board_init(board, )
#pca.pca_init(board, "OPC")
else:
try:
pca.pca_init(board)
print "Init Sensor 1 on address: %s " % board
briza.sensor1(slot1_parameters[board][5])
time.sleep(0.1)
print "Init Sensor 2 on address: %s " % board
briza.sensor2(slot2_parameters[board][5])
# print slot1_parameters
## print slot2_parameters
except:
raise
while True:
try:
dataline = []
for board in boards:
if any(x in str(slot1_parameters[board][5]) for x in pm_types):
#print str("PM Module / " + str(board))
newdata = briza.readPM(board, slot1_parameters[board][5])
#time.sleep(2)
pca.pca_config_pm(1,0,0)
#time.sleep(0.5)
if newdata.has_key("typeSensor3"):
newdata2 = {'concentration_slot1': newdata.get('concentration_slot3'),
'concentration_slot2': newdata.get('concentration_slot3'),
'typeSensor1': newdata.get('typeSensor3'), 'typeSensor2': newdata.get('typeSensor3'),
'raw_value_slot1': newdata.get('raw_value_slot3'), 'raw_value_slot2': newdata.get('raw_value_slot3'),
"temperature": newdata.get('temperature'), "humidity": newdata.get('humidity'),
"pressure": newdata.get('pressure'), "address": newdata.get('address'), 'unit1': newdata.get('unit1'),'unit2': newdata.get('unit2')}
newdata.pop("concentration_slot3")
newdata.pop('typeSensor3')
newdata.pop('unit3')
newdata.pop('raw_value_slot3')
try:
write_serial(newdata2)
print "PM Data Sent"
#bleClient(newdata2)
except Exception as e:
print e
pass
dataline.append(newdata)
dataline.append(newdata2)
write_serial(newdata)
#time.sleep(0.2)
else:
#print str("Gas Module / " + str(board))
#pca.pca_init(board)
newdata = briza.read(board, slot1_parameters[board], slot2_parameters[board])
dataline.append(newdata)
write_serial(newdata)
print "Gas Data Sent"
#bleData = dict(dataline)
#write_serial(newdata)
#try:
#write_serial(newdata)
#bleClient(newdata)
#bleClient(newdata)
#bleClient(newdata2)
#except Exception as e:
# print e
# pass
briza.dbinsert(dataline)#writeToSocket(dataline)
except AttributeError as ex:
with open('errorlog.txt', 'a') as f:
f.write(str(time.time()) + ',' + str(ex) + '\n')
f.close()
except KeyboardInterrupt:
pca.pca_config_pm(1,1,1)
pca.pca_config(1,1,1)
with open('/home/root/errorlog.txt', 'a') as f:
f.write(str(time.time()) + ',' + "Exited" + '\n')
f.close()
raise Exception, "exited"
except IOError as ex:
print ex
with open('errorlog.txt', 'a') as f:
f.write(str(time.time()) + ',' + str(ex) + '\n')
f.close()
pass
def sensor2(s2):
s.init(s2)
pca.pca_config(0,1,0)
lmp.lmp_init()
ads.spi_init()
pca.pca_config(1,1,1)
def sensor1(s1):
pca.pca_config(1,0,0)
s.init(s1)
lmp.lmp_init()
ads.spi_init()
pca.pca_config(1,1,1)
