def deviceWrite(array_WriteVal):
index = int(0)
priority = int(1)
writeVal = array_WriteVal
for count in array_WriteVal:
#print count, array_ObjType[count], array_Port[count],array_PropId[count], writeVal[count]
write(str(array_ObjType[count]), int(array_Port[count]),str(array_PropId[count]), float(writeVal[count]), index, priority)
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) doStop()
tablename = table.lower()
print tablename
insertNewRow(tablename, valDic)
#manipulate data
for item in range(1,numberOfConnectedPorts):
portObj = here.getPortItem(item)
if portObj.getControlled():
manipulatedDic[portObj.getConnectedTo()] = portObj.Ploop(setpoint, readDic[portObj.getPortNum()]) #manipulatedDic should conatin the value from the Ploop with the key being the port of the actuator that the sensor is paired with
print "after Ploop : " + str(manipulatedDic)
start2 = time.time() ################################
#print "Started write ..."
for item in manipulatedDic:
portObj = here.getPortItem(item)
write(here, portObj, manipulatedDic[item])
end2 = time.time() ################################
# else:
# print 'An error has been captured: ' + str(started) + ", " + here.getObjectName() + "\n\n"
except ComputerNotConnectedToIP, exc:
print exc
except:
print "You found a new error. Congrats!\n\n" #+ str(e)
finally:
if started == True:
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) doStop()
