#!/usr/bin/python3
import readWrite
from Set import Set
import addCards
if __name__== "__main__":
readWrite.repopSave()
temp = readWrite.load("testData.txt")
f = temp[0]
c = temp[1]
data = Set(f , c)
addCards.addCards(data)
readWrite.write("testData.txt", data.getf(), data.getc())
# print readDic[portObj.getPortNum()] # manipulatedDic[portObj.getConnectedTo()] = portObj.Ploop(setpoint, readDic[portObj.getPortNum()]) # print "P-Loop result: " + str(manipulatedDic) # for item in manipulatedDic: # portObj = device.getPortItem(item) # write(i, device, portObj, manipulatedDic[item]) #--------------------------------------------------------------------------------------------- # Writing if p == 1: if i == 0: print "Writing to C1 ports" portobj = device.getPOrtItem(6) print portobj write(i,device,portobj,0) print "C1 write attempted" if i==1: print "Writing to C2 ports" portobj = device.getPortITem(6) print portobj write(i,device,portobj,0) print "C2 write attempted" #--------------------------------------------------------------------------------------------- except ValueError: print "Except: " + str(ValueError) finally: device = device.getNext() i += 1
'sqlite:///../database/database/rh.db')
#----------------------------------------
#Determining the correct output from the controller. ManipulatedDic should contain the value from the P-loop with the key being the port of the actuator that the sensor is paired with
for item in range(1, numberOfConnectedPorts):
portObj = device.getPortItem(item)
if portObj.getControlled():
print readDic[portObj.getPortNum()]
manipulatedDic[portObj.getConnectedTo()] = portObj.Ploop(
setpoint, readDic[portObj.getPortNum()])
print "P-Loop result: " + str(manipulatedDic)
#Write the new output values to the controller.
for item in manipulatedDic:
portObj = device.getPortItem(item)
write(i, device, portObj, manipulatedDic[item])
except ValueError:
print "Except: " + str(ValueError)
finally:
#gets the next device in the linked list
device = device.getNext()
i += 1
time.sleep(1.5)
print "Stopping applications..."
i = 0
device = deviceChain
while device != None:
doStop(i)
i += 1
if i == 1:
insertNewRow('controllertwo', temp, 'sqlite:///../database/database/rh.db')
#----------------------------------------
#Determining the correct output from the controller. ManipulatedDic should contain the value from the P-loop with the key being the port of the actuator that the sensor is paired with
for item in range(1,numberOfConnectedPorts):
portObj = device.getPortItem(item)
if portObj.getControlled():
print readDic[portObj.getPortNum()]
manipulatedDic[portObj.getConnectedTo()] = portObj.Ploop(setpoint, readDic[portObj.getPortNum()])
print "P-Loop result: " + str(manipulatedDic)
#Write the new output values to the controller.
for item in manipulatedDic:
portObj = device.getPortItem(item)
write(i, device, portObj, manipulatedDic[item])
except ValueError:
print "Except: " + str(ValueError)
finally:
#gets the next device in the linked list
device = device.getNext()
i += 1
time.sleep(1.5)
print "Stopping applications..."
i = 0
device = deviceChain
while device != None:
doStop(i)
i += 1
