import sys
sys.path.insert(0, '../database/database')
from sql_declarative import databaseCreation
from sql_insert import insertNewRow
from sql_query import queryRowSpecific, queryColumn, queryRow, queryTable, queryValue, queryValueSpecific
print databaseCreation()
table = 'Devices'
rowOne = {'name':'Hello!','ini':'ControllerOne.ini','ip':'192.168.92.69','mac':'macAddressOne'}
rowTwo = {'name':'ControllerTwo','ini':'ControllerTwo.ini','ip':'192.168.92.70','mac':'macAddressTwo'}
rowThree = {'name':'ControllerThree','ini':'ControllerThree.ini','ip':'192.168.92.71','mac':'macAddressThree'}
rowFour = {'name':'ControllerFour','ini':'ControllerFour.ini','ip':'192.168.92.72','mac':'macAddressFour'}
insertNewRow(table, rowOne)
insertNewRow(table, rowTwo)
insertNewRow(table, rowThree)
insertNewRow(table, rowFour)
tablename = 'Setpoints'
setpointrow = {'tempSA':10000,'tempMA':72,'tempPA':73,'tempSA':75,'humidityRA':20,'airFlowOA':25,'coRA':30}
insertNewRow(tablename, setpointrow)
value =queryTable('Devices','name')
print value
valuetwo = queryTable('Setpoints','id')
print valuetwo
# 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):
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() ################################
portObj = device.getPortItem(item)
readDic[item] = read(i, device, portObj)
print "After Reading all ports: " + str(readDic)
#----------------------------------------
#Hard Coded write statements for database
print "Writing values to database..."
#These are just possible column key names. Ideally these would be read from a configuration database and would reflect
#the actual key for the port.
dummyColList = ['tempOA', 'tempRA' ,'tempMA', 'tempSA', 'tempRA', 'tempMA', 'tempSA', 'damperPositionRA']
temp = {}
for j in range(0, len(readDic)):
temp[dummyColList[j]] = readDic[j + 1]
print str(temp)
if i == 0:
insertNewRow('controllerone', temp, 'sqlite:///../database/database/rh.db')
if i == 1:
insertNewRow('controllertwo', temp, 'sqlite:///../database/database/rh.db')
#----------------------------------------
# P-Loop -- Proportional Control Loop
for item in range(1,numberOfConnectedPorts):
portObj = device.getPortItem(item)
if portObj.getControlled():
# manipulatedDic should contain the value from the Ploop with the key being the port of the actuator that the sensor is paired with
print readDic[portObj.getPortNum()]
manipulatedDic[portObj.getConnectedTo()] = portObj.Ploop(setpoint, readDic[portObj.getPortNum()])
print "P-Loop result: " + str(manipulatedDic)
except ValueError:
import sys
sys.path.insert(0, '../database/database')
from sql_insert import insertNewRow
from sql_declarative import databaseCreation
from sql_query import queryTable
print databaseCreation()
table = 'devices'
rowOne = {'name':'ControllerOne','ini':'ControllerOne.ini','ip':'192.168.92.69','mac':'macAddressOne'}
rowTwo = {'name':'ControllerTwo','ini':'ControllerTwo.ini','ip':'192.178.92.79','mac':'macAddressTwo'}
insertNewRow(table, rowOne, 'sqlite:///../database/database/rh.db')
insertNewRow(table, rowTwo, 'sqlite:///../database/database/rh.db')
tablename = 'setpoints'
setpointrow = {'tempSA':70,'tempMA':72,'tempPA':73,'tempSA':75,'humidityRA':20,'airFlowOA':25,'coRA':30}
insertNewRow(tablename, setpointrow)
#Hard Coded write statements for database
#----------------------------------------
print "Writing values to database..."
#These are just possible column key names. Ideally these would be read from a configuration database and would reflect
#the actual key for the port.
dummyColList = [
'tempOA', 'humidityOA', 'coOA', 'coRA', 'tempRA', 'tempMA',
'tempSA', 'damperPositionRA'
]
temp = {}
for j in range(0, len(readDic)):
temp[dummyColList[j]] = readDic[j + 1]
print str(temp)
if i == 0:
insertNewRow('controllerone', temp,
'sqlite:///../database/database/rh.db')
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.
print databaseCreation()
table = 'devices'
rowOne = {
'name': 'ControllerOne',
'ini': 'ControllerOne.ini',
'ip': '192.168.92.69',
'mac': 'macAddressOne'
}
rowTwo = {
'name': 'ControllerTwo',
'ini': 'ControllerTwo.ini',
'ip': '192.178.92.79',
'mac': 'macAddressTwo'
}
insertNewRow(table, rowOne, 'sqlite:///../database/database/rh.db')
insertNewRow(table, rowTwo, 'sqlite:///../database/database/rh.db')
tablename = 'setpoints'
setpointrow = {
'tempSA': 70,
'tempMA': 72,
'tempPA': 73,
'tempSA': 75,
'humidityRA': 20,
'airFlowOA': 25,
'coRA': 30
}
insertNewRow(tablename, setpointrow)