~314r/joliebulle/joliebulle-2.8

#JolieBulle 2.8

#Copyright (C) 2010-2013 Pierre Tavares

#This program is distributed in the hope that it will be useful,

#but WITHOUT ANY WARRANTY; without even the implied warranty of

#MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

#GNU General Public License for more details.

#You should have received a copy of the GNU General Public License

#along with this program; if not, write to the Free Software

#Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA  02111-1307, USA.

import os

from sys import platform

import PyQt4

import sys

from operator import itemgetter

from PyQt4 import QtGui

from PyQt4 import QtCore

from preferences import *

from globals import *

import xml.etree.ElementTree as ET

class ExportMash :

    def export(self,listMash) :

#        print (listMash)

        self.database = ET.Element('DATABASE')

        numMash = len(listMash)

        listMash = sorted(listMash, key=itemgetter('name')) 

        i = 0

        while i < numMash :

            i=i+1

            mash = ET.SubElement(self.database, 'MASH')

            dicMash = listMash[i-1]

            mashVersion = ET.SubElement(mash, 'VERSION')

            mashVersion.text = '1'

            mashName = ET.SubElement(mash, 'NAME')

            mashName.text = dicMash['name']

            grainTemp = ET.SubElement(mash, 'GRAIN_TEMP')

#            grainTemp.text = dicMash['grainTemp']

            grainTemp.text = '20'

            tunTemp = ET.SubElement(mash, 'TUN_TEMP')

#            tunTemp.text = dicMash['tunTemp']

            tunTemp.text = '20'

            ph = ET.SubElement(mash, 'PH')

            ph.text = str(dicMash['ph'])

            spargeTemp = ET.SubElement(mash, 'SPARGE_TEMP')

            spargeTemp.text =str(dicMash['spargeTemp'])

            steps = ET.SubElement(mash, 'MASH_STEPS')

            listSteps = dicMash['mashSteps']

            numSteps = len(listSteps)

            h = 0

            while h < numSteps :

                h = h+1

                step = ET.SubElement(steps, 'MASH_STEP')

                dicStep = listSteps[h-1] 

                stepVersion = ET.SubElement(step, 'VERSION')

                stepVersion.text = '1'

                stepName = ET.SubElement(step, 'NAME')

                stepName.text = dicStep['name']

                stepType = ET.SubElement(step, 'TYPE')

                stepType.text = dicStep['type']

                stepTemp = ET.SubElement(step, 'STEP_TEMP')

                stepTemp.text = str(dicStep['stepTemp'])

                stepTime = ET.SubElement(step, 'STEP_TIME')

                stepTime.text = str(dicStep['stepTime'])

                stepVol = ET.SubElement(step, 'INFUSE_AMOUNT')

#                stepVol.text = dicStep['stepVol']

                stepVol.text = '0'

    def enregistrer (self, s) :    

        ET.ElementTree(self.database).write(s,encoding="utf-8")