def consitencycheck(): # this routine align the fertilizer table elements with the Hardware available elements "name" labelled with usedfor "fertilizing" elementlist=getelementlist() recordkey="element" elementlistfile=[] for ln in FTdata: if recordkey in ln: elementlistfile.append(ln[recordkey]) tabletoadd=[] for tablename1 in elementlist: found=False for tablename2 in elementlistfile: if tablename1==tablename2 : found=True if not(found) : tabletoadd.append(tablename1) tabletoremove=[] for tablename1 in elementlistfile: found=False for tablename2 in elementlist: if tablename1==tablename2 : found=True if not(found) : tabletoremove.append(tablename1) #print " ---------------------------------------------------------------------<----------------<-----------______________" #print "to add ", tabletoadd #print "to remove " , tabletoremove #print "FTdata ", FTdata # get the dictionary line with an element as reference (from default file) defdata=[] filestoragemod.readfiledata(DEFFTDATAFILENAME,defdata) for ln in defdata: if recordkey in ln: referenceln=dict(ln) break for tablename in tabletoadd: # add copying from element:"1" #print "adding table ", tablename ln=dict(referenceln) ln[recordkey]=tablename FTdata.append(ln) for tablename in tabletoremove: for ln in FTdata: if recordkey in ln: if ln[recordkey]==tablename: FTdata.remove(ln) saveFTsetting()
def consitencycheck(): # this routine align the fertilizer table elements with the Hardware available elements "name" labelled with usedfor "fertilizing" elementlist=getelementlist() recordkey="element" elementlistfile=[] for ln in FTdata: if recordkey in ln: elementlistfile.append(ln[recordkey]) tabletoadd=[] for tablename1 in elementlist: found=False for tablename2 in elementlistfile: if tablename1==tablename2 : found=True if not(found) : tabletoadd.append(tablename1) tabletoremove=[] for tablename1 in elementlistfile: found=False for tablename2 in elementlist: if tablename1==tablename2 : found=True if not(found) : tabletoremove.append(tablename1) #print " ---------------------------------------------------------------------<----------------<-----------______________" #print "to add ", tabletoadd #print "to remove " , tabletoremove #print "FTdata ", FTdata # get the dictionary line with an element as reference (from default file) defdata=[] filestoragemod.readfiledata(DEFFTDATAFILENAME,defdata) for ln in defdata: if recordkey in ln: referenceln=dict(ln) break for tablename in tabletoadd: # add copying from element:"1" #print "adding table ", tablename ln=dict(referenceln) ln[recordkey]=tablename FTdata.append(ln) for tablename in tabletoremove: for ln in FTdata: if recordkey in ln: if ln[recordkey]==tablename: FTdata.remove(ln) saveFTsetting()
def consistencycheck():
# this routine align the watering table elements with the Hardware available elements "name" labelled with usedfor "watering"
# in case the element name from Hardwareconfig do not match with the element name of the row, the row is thene deleted
# if elenemt name in hardware config is not found in the file, then a row is added with default parameters.
elementlist = getelementlist()
recordkey = "element"
elementlistfile = []
for ln in WTdata:
if recordkey in ln:
elementlistfile.append(ln[recordkey])
tabletoadd = []
for tablename1 in elementlist:
found = False
for tablename2 in elementlistfile:
if tablename1 == tablename2:
found = True
if not (found):
tabletoadd.append(tablename1)
tabletoremove = []
for tablename1 in elementlistfile:
found = False
for tablename2 in elementlist:
if tablename1 == tablename2:
found = True
if not (found):
tabletoremove.append(tablename1)
#print " ---------------------------------------------------------------------<----------------<-----------______________"
#print "to add ", tabletoadd
#print "to remove " , tabletoremove
#print "WTdata ", WTdata
# get the dictionary line with an element as reference (from default file)
defWTdata = []
filestoragemod.readfiledata(DEFWTDATAFILENAME, defWTdata)
for ln in defWTdata:
if recordkey in ln:
referenceln = dict(ln)
break
# copy the previous taken line and change the element parameter
for tablename in tabletoadd:
# add copying from element:"1"
#print "adding table ", tablename
ln = dict(referenceln)
ln[recordkey] = tablename
WTdata.append(ln)
# remove the dictionalry line that are not consistent with element list
for tablename in tabletoremove:
for ln in WTdata:
if recordkey in ln:
if ln[recordkey] == tablename:
WTdata.remove(ln)
saveWTsetting()
def consistencycheck(): # this routine align the watering table elements with the Hardware available elements "name" labelled with usedfor "watering" # in case the element name from Hardwareconfig do not match with the element name of the row, the row is thene deleted # if elenemt name in hardware config is not found in the file, then a row is added with default parameters. elementlist=getelementlist() recordkey="element" elementlistfile=[] for ln in WTdata: if recordkey in ln: elementlistfile.append(ln[recordkey]) tabletoadd=[] for tablename1 in elementlist: found=False for tablename2 in elementlistfile: if tablename1==tablename2 : found=True if not(found) : tabletoadd.append(tablename1) tabletoremove=[] for tablename1 in elementlistfile: found=False for tablename2 in elementlist: if tablename1==tablename2 : found=True if not(found) : tabletoremove.append(tablename1) #print " ---------------------------------------------------------------------<----------------<-----------______________" #print "to add ", tabletoadd #print "to remove " , tabletoremove #print "WTdata ", WTdata # get the dictionary line with an element as reference (from default file) defWTdata=[] filestoragemod.readfiledata(DEFWTDATAFILENAME,defWTdata) for ln in defWTdata: if recordkey in ln: referenceln=dict(ln) break # copy the previous taken line and change the element parameter for tablename in tabletoadd: # add copying from element:"1" #print "adding table ", tablename ln=dict(referenceln) ln[recordkey]=tablename WTdata.append(ln) # remove the dictionalry line that are not consistent with element list for tablename in tabletoremove: for ln in WTdata: if recordkey in ln: if ln[recordkey]==tablename: WTdata.remove(ln) saveWTsetting()
def storevariable(storeid, element, variable, value):
filedata = [] # list of dictionaries
readok = filestoragemod.readfiledata(DATAFILENAME, filedata)
# even if readok is not True, the below procedure creates a new file
#search for the storeid and elemet
storeidfound = False
for thedict in filedata:
if "storeid" in thedict:
if thedict["storeid"] == storeid:
storeidfound = True
#search for elemet
if element in thedict:
thedict[element][variable] = value
else:
#create element
dicttemp = {}
dicttemp[variable] = value
thedict[element] = dicttemp
if not storeidfound:
# add another row to the dictionary
dicttemp = {}
dicttemp["storeid"] = storeid
dicttemp[element] = {}
dicttemp[element][variable] = value
filedata.append(dicttemp)
filestoragemod.savefiledata(DATAFILENAME, filedata)
return True
def replaceschemanameandsave(replacedict):
filename = DATAFILENAME
filedata = []
filestoragemod.readfiledata(filename, filedata)
# questo il possibile dizionario: { 'name':'', 'm':0.0, 'q':0.0, 'lastupdate':'' } #variabile tipo dizionario
for old in replacedict.keys():
new = replacedict[old]
if old != new:
line = filedata[0]
for key in line.keys():
if line[key] == old:
line[key] = new
print(key, " ", line[key])
for i in range(3, len(filedata)):
line = filedata[i]
if line["name"] == old:
line["name"] = new
print(old, " ", new)
filestoragemod.savefiledata(filename, filedata)
global data
data = filedata
return True
def readstoredvariable(storeid, element, variable):
filedata = [] # list of dictionaries
readok = filestoragemod.readfiledata(DATAFILENAME, filedata)
# even if readok is not True, the below procedure creates a new file
#search for the storeid and elemet
isok = False
value = ""
for thedict in filedata:
if "storeid" in thedict:
if thedict["storeid"] == storeid:
#search for elemet
if element in thedict:
if variable in thedict[element]:
value = thedict[element][variable]
isok = True
return isok, value
# ///////////////// -- GLOBAL VARIABLES AND INIZIALIZATION --- ////////////////////////////////////////// global FTDATAFILENAME FTDATAFILENAME="ftdata.txt" global DEFFTDATAFILENAME DEFFTDATAFILENAME="default/defftdata.txt" global FTdata FTdata=[] # read FTdata ----- if not filestoragemod.readfiledata(FTDATAFILENAME,FTdata): #read setting file #read from default file filestoragemod.readfiledata(DEFFTDATAFILENAME,FTdata) print "Fertilizer writing default calibration data" filestoragemod.savefiledata(FTDATAFILENAME,FTdata) # end read IOdata ----- # ///////////////// --- END GLOBAL VARIABLES ------ #-- start filestorage utility--------////////////////////////////////////////////////////////////////////////////////////
HWdataKEYWORDS[HW_CTRL_LOGIC] = ["pos", "neg"]
HWdataKEYWORDS[HW_CTRL_MAILADDR] = []
HWdataKEYWORDS[HW_CTRL_MAILTITLE] = []
HWdataKEYWORDS[HW_FUNC_USEDFOR] = USAGELIST #used for
HWdataKEYWORDS[HW_FUNC_SCHEDTYPE] = ["oneshot", "periodic"] #scheduling type
HWdataKEYWORDS[HW_FUNC_TIME] = [] #time in format hh:mm:ss
HWdataKEYWORDS[HW_CTRL_FREQ] = []
HWdataKEYWORDS[HW_CTRL_MIN] = []
HWdataKEYWORDS[HW_CTRL_MAX] = []
# ///////////////// -- Hawrware data structure Setting -- ///////////////////////////////
IOdata = []
# read IOdata -----
if not filestoragemod.readfiledata(HWDATAFILENAME,
IOdata): #read calibration file
print "warning hwdata file not found -------------------------------------------------------"
#read from default file
filestoragemod.readfiledata(DEFHWDATAFILENAME, IOdata)
print "writing default calibration data"
filestoragemod.savefiledata(HWDATAFILENAME, IOdata)
# end read IOdata -----
IOdatatemp = copy.deepcopy(IOdata)
IOdatarow = {}
# ///////////////// --- END GLOBAL VARIABLES ------
#-- start filestorage utility--------////////////////////////////////////////////////////////////////////////////////////
# filestoragemod.readfiledata(filename,filedata)
# filestoragemod.savefiledata(filename,filedata)
def restoredefault(): global FTdata filestoragemod.deletefile(FTDATAFILENAME) filestoragemod.readfiledata(DEFFTDATAFILENAME,FTdata) consitencycheck()
def replacewordandsave(oldword,
newword): # used when names are changed in start.py
global WTdata
filestoragemod.replacewordandsave(WTDATAFILENAME, oldword, newword)
filestoragemod.readfiledata(WTDATAFILENAME, WTdata)
# ///////////////// -- GLOBAL VARIABLES AND INIZIALIZATION --- //////////////////////////////////////////
global WTDATAFILENAME
WTDATAFILENAME="interruptdata.txt"
global DEFWTDATAFILENAME
DEFWTDATAFILENAME="default/definterruptdata.txt"
global WTdata
WTdata=[]
# read WTdata -----
if not filestoragemod.readfiledata(WTDATAFILENAME,WTdata): #read watering setting file
#read from default file
filestoragemod.readfiledata(DEFWTDATAFILENAME,WTdata)
print("Watering writing default calibration data")
filestoragemod.savefiledata(WTDATAFILENAME,WTdata)
# end read IOdata -----
# ///////////////// --- END GLOBAL VARIABLES ------
#-- start filestorage utility--------////////////////////////////////////////////////////////////////////////////////////
def restoredefault(): global WTdata filestoragemod.deletefile(WTDATAFILENAME) filestoragemod.readfiledata(DEFWTDATAFILENAME,WTdata) #print "WT data -----------------------------------> ", WTdata consistencycheck()
def restoredefault(): global WTdata filestoragemod.deletefile(WTDATAFILENAME) filestoragemod.readfiledata(DEFWTDATAFILENAME,WTdata) #print "WT data -----------------------------------> ", WTdata consitencycheck()
def restoredefault(): filestoragemod.deletefile(DATAFILENAME) filestoragemod.readfiledata(DEFDATAFILENAME,data) savesetting()
def readdata(filedata): filestoragemod.readfiledata(DATAFILENAME,filedata)
def restoredefault():
filestoragemod.deletefile(HWDATAFILENAME)
filestoragemod.readfiledata(DEFHWDATAFILENAME, IOdata)
savecalibartion()
HWdataKEYWORDS[HW_CTRL_MAILADDR]=[]
HWdataKEYWORDS[HW_CTRL_MAILTITLE]=[]
HWdataKEYWORDS[HW_FUNC_USEDFOR]=USAGELIST #used for
HWdataKEYWORDS[HW_FUNC_SCHEDTYPE]=["oneshot", "periodic"] #scheduling type
HWdataKEYWORDS[HW_FUNC_TIME]=[] #time in format hh:mm:ss
HWdataKEYWORDS[HW_CTRL_FREQ]=[]
HWdataKEYWORDS[HW_CTRL_MIN]=[]
HWdataKEYWORDS[HW_CTRL_MAX]=[]
# ///////////////// -- Hawrware data structure Setting -- ///////////////////////////////
IOdata=[]
# read IOdata -----
if not filestoragemod.readfiledata(HWDATAFILENAME,IOdata): #read calibration file
print "warning hwdata file not found -------------------------------------------------------"
#read from default file
filestoragemod.readfiledata(DEFHWDATAFILENAME,IOdata)
print "writing default calibration data"
filestoragemod.savefiledata(HWDATAFILENAME,IOdata)
# end read IOdata -----
IOdatatemp=copy.deepcopy(IOdata)
IOdatarow={}
# ///////////////// --- END GLOBAL VARIABLES ------
# ///////////////// -- STATUS VARIABLES UTILITY -- ///////////////////////////////
Servo_Status={}
Servo_Status["default"]={'duty':"3"}
def replacewordandsave(oldword,newword): # used when names are changed in start.py global WTdata filestoragemod.replacewordandsave(WTDATAFILENAME,oldword,newword) filestoragemod.readfiledata(WTDATAFILENAME,WTdata)
def restoredefault(): filestoragemod.deletefile(HWDATAFILENAME) filestoragemod.readfiledata(DEFHWDATAFILENAME,IOdata) savecalibartion()
def readfromfile():
global FTdata
filestoragemod.readfiledata(FTDATAFILENAME, FTdata)
def readdata(filedata):
filestoragemod.readfiledata(DATAFILENAME, filedata)
def replacewordandsave(oldword,newword): global WTdata filestoragemod.replacewordandsave(WTDATAFILENAME,oldword,newword) filestoragemod.readfiledata(WTDATAFILENAME,WTdata)
import time
import filestoragemod
import hardwaremod
# ///////////////// -- GLOBAL VARIABLES AND INIZIALIZATION --- //////////////////////////////////////////
global DATAFILENAME
DATAFILENAME="logincred.txt"
# if file does not exist create file
data=[]
if not filestoragemod.readfiledata(DATAFILENAME,data): #read setting file
filedata=[{'name':'login', 'username':'******','password':'******' }]
filestoragemod.savefiledata(DATAFILENAME,filedata)
def restoredefault():
filestoragemod.deletefile(DATAFILENAME)
filedata=[{'name':'login', 'username':'******','password':'******' }]
filestoragemod.savefiledata(DATAFILENAME,filedata)
def savedata(filedata):
filestoragemod.savefiledata(DATAFILENAME,filedata)
# ///////////////// -- GLOBAL VARIABLES AND INIZIALIZATION --- ////////////////////////////////////////// DATAFILENAME="camdata.txt" DEFDATAFILENAME="default/defcamdata.txt" CAMERAPARAMETERS=["camname","resolution","position","servo","time","active","vflip"] global data data=[] # read data ----- if not filestoragemod.readfiledata(DATAFILENAME,data): #read watering setting file #read from default file filestoragemod.readfiledata(DEFDATAFILENAME,data) print "Watering writing default calibration data" filestoragemod.savefiledata(DATAFILENAME,data) # end read data ----- # ///////////////// --- END GLOBAL VARIABLES ------ #-- start filestorage utility--------//////////////////////////////////////////////////////////////////////////////////// # one row is called "default" and include the default data before setting
import time
import filestoragemod
import hardwaremod
# ///////////////// -- GLOBAL VARIABLES AND INIZIALIZATION --- //////////////////////////////////////////
global FTDATAFILENAME
FTDATAFILENAME = "ftdata.txt"
global DEFFTDATAFILENAME
DEFFTDATAFILENAME = "default/defftdata.txt"
global FTdata
FTdata = []
# read FTdata -----
if not filestoragemod.readfiledata(FTDATAFILENAME,
FTdata): #read setting file
#read from default file
filestoragemod.readfiledata(DEFFTDATAFILENAME, FTdata)
print "Fertilizer writing default calibration data"
filestoragemod.savefiledata(FTDATAFILENAME, FTdata)
# end read IOdata -----
# ///////////////// --- END GLOBAL VARIABLES ------
#-- start filestorage utility--------////////////////////////////////////////////////////////////////////////////////////
# filestoragemod.readfiledata(filename,filedata)
# filestoragemod.savefiledata(filename,filedata)
# filestoragemod.appendfiledata(filename,filedata)
# filestoragemod.savechange(filename,searchfield,searchvalue,fieldtochange,newvalue)
import os.path
import sys
import string
from datetime import datetime, date, timedelta
import time
import filestoragemod
import hardwaremod
# ///////////////// -- GLOBAL VARIABLES AND INIZIALIZATION --- //////////////////////////////////////////
global DATAFILENAME
DATAFILENAME = "logincred.txt"
# if file does not exist create file
data = []
if not filestoragemod.readfiledata(DATAFILENAME, data): #read setting file
filedata = [{'name': 'login', 'username': '******', 'password': '******'}]
filestoragemod.savefiledata(DATAFILENAME, filedata)
def restoredefault():
filestoragemod.deletefile(DATAFILENAME)
filedata = [{'name': 'login', 'username': '******', 'password': '******'}]
filestoragemod.savefiledata(DATAFILENAME, filedata)
def savedata(filedata):
filestoragemod.savefiledata(DATAFILENAME, filedata)
def getusername():
def restoredefault():
global FTdata
filestoragemod.deletefile(FTDATAFILENAME)
filestoragemod.readfiledata(DEFFTDATAFILENAME, FTdata)
consitencycheck()
def replacewordandsave(oldword,newword): global WTdata filestoragemod.replacewordandsave(WTDATAFILENAME,oldword,newword) filestoragemod.readfiledata(WTDATAFILENAME,WTdata)
def restoredefault():
filestoragemod.deletefile(DATAFILENAME)
filestoragemod.readfiledata(DEFDATAFILENAME, data)
savesetting()
def readfromfile(): global WTdata filestoragemod.readfiledata(WTDATAFILENAME,WTdata)
def replacewordandsave(oldword, newword):
filestoragemod.replacewordandsave(FTDATAFILENAME, oldword, newword)
filestoragemod.readfiledata(FTDATAFILENAME, FTdata)