def deviceRead():
readDic = {} #create the outer dictionary layer
for index in array_Port:
#print array_ObjType[index-1], index, array_PropId[index-1]
readDic[index] = read(str(array_ObjType[index-1]), int(index), str(array_PropId[index-1])) #Calls readRequest and gets the value from sensor, loops for each I/O port
#print readDic[index]
index = index+1
return readDic
def deviceRead():
readDic = {} #create the outer dictionary layer
for index in array_Port:
#print array_ObjType[index-1], index, array_PropId[index-1]
readDic[index] = read(
str(array_ObjType[index - 1]), int(index),
str(array_PropId[index - 1])
) #Calls readRequest and gets the value from sensor, loops for each I/O port
#print readDic[index]
index = index + 1
return readDic
from cplReadWrite import read, write, doStop, doStart import time obj_type = 'analogInput' obj_inst = int(2) prop_id = 'presentValue' ini_name = 'BACpypes' doStart(ini_name) confirmationValue = read(obj_type, obj_inst, prop_id) print "Current Temperature: " + str(confirmationValue) + "\n" obj_type = 'analogOutput' obj_inst = int(3) value = float(2) index = int(0) priority = int(1) time.sleep(1) confirmationValue = write(obj_type, obj_inst, prop_id, value, index, priority) print "Write: " + str(confirmationValue) value = float(0) print "Lighting LED for 10 seconds\n" time.sleep(10) confirmationValue = write(obj_type, obj_inst, prop_id, value, index, priority)
start = time.time() ################################
here = deviceList
while here != None:
try:
print "Connecting to " + here.getObjectName()
started = doStart(here)
if started == True:
start1 = time.time() ################################
numberOfConnectedPorts = len(here.getPort())+1
readDic = {}
manipulatedDic = {}
# Reading all ports on device
for item in range(1,numberOfConnectedPorts):
portObj = here.getPortItem(item)
readDic[int(portObj.getPortNum())] = read(here, portObj)
end1 = time.time() ################################
print "After Reading all ports: " + str(readDic)
#commit it to the database
array = ['tempOA','tempRA','tempMA','tempPA','tempSA','humidityOA']
valDic = {}
for i in range(0,len(readDic)):
valDic[array[i]] = readDic[i+1]
print valDic
table = here.getObjectName()
tablename = table.lower()
print tablename
insertNewRow(tablename, valDic)
#manipulate data
for item in range(1,numberOfConnectedPorts):
stderr=limbo).wait()
if result:
started = False
else:
started = doStart(here)
if started == True:
start1 = time.time() ################################
numberOfConnectedPorts = len(here.getPort()) + 1
readDic = {}
manipulatedDic = {}
# Reading all ports on device
for item in range(1, numberOfConnectedPorts):
portObj = here.getPortItem(item)
#readDic[portObj.getPortName()] = read(here, portObj)
readDic[item] = read(here, portObj)
end1 = time.time() ################################
print "After Reading all ports: " + str(readDic)
#commit it to the database, NOT FUllY WORKING. Uses dummy data for column name.
# array = ['tempOA','tempRA','tempMA','tempPA','tempSA','humidityOA']
# valDic = {}
# for i in range(0,len(readDic)):
#
# valDic[array[i]] = readDic[i+1]
# print valDic
# table = here.getObjectName()
# tablename = table.lower()
# print tablename
# insertNewRow(tablename, valDic)
from cplReadWrite import read, write, doStop, doStart import time obj_type = 'analogInput' obj_inst = int(2) prop_id = 'presentValue' ini_name = 'BACpypes' doStart(ini_name) confirmationValue = read(obj_type, obj_inst, prop_id) print "Current Temperature: " + str(confirmationValue) + "\n" obj_type = 'analogOutput' obj_inst = int(3) value = float(2) index = int(0) priority = int(1) time.sleep(1) confirmationValue = write(obj_type, obj_inst, prop_id, value, index, priority) print "Write: " + str(confirmationValue) value = float(0) print "Lighting LED for 10 seconds\n" time.sleep(10) confirmationValue = write(obj_type, obj_inst, prop_id, value, index, priority) print "Write: " + str(confirmationValue)
stdout=limbo, stderr=limbo).wait()
if result:
started = False
else:
started = doStart(here)
if started == True:
start1 = time.time() ################################
numberOfConnectedPorts = len(here.getPort())+1
readDic = {}
manipulatedDic = {}
# Reading all ports on device
for item in range(1,numberOfConnectedPorts):
portObj = here.getPortItem(item)
#readDic[portObj.getPortName()] = read(here, portObj)
readDic[item] = read(here, portObj)
end1 = time.time() ################################
print "After Reading all ports: " + str(readDic)
#commit it to the database, NOT FUllY WORKING. Uses dummy data for column name.
# array = ['tempOA','tempRA','tempMA','tempPA','tempSA','humidityOA']
# valDic = {}
# for i in range(0,len(readDic)):
#
# valDic[array[i]] = readDic[i+1]
# print valDic
# table = here.getObjectName()
# tablename = table.lower()
# print tablename
# insertNewRow(tablename, valDic)
