Слияние кода завершено, страница обновится автоматически
from login import hoofdMenu
from PyQt5.QtWidgets import QLabel, QGridLayout, QDialog, QLineEdit,\
QMessageBox, QPushButton, QCheckBox
from PyQt5.QtGui import QFont, QPixmap, QRegExpValidator, QIcon
from PyQt5.QtCore import Qt, QRegExp
from sqlalchemy import MetaData, Integer, Table, Column, String, create_engine,\
select, update
def foutAccountnr():
msg = QMessageBox()
msg.setStyleSheet("color: black; background-color: gainsboro")
msg.setIcon(QMessageBox.Critical)
msg.setText('Accountnummer niet aanwezig!')
msg.setWindowTitle('ACCOUNT')
msg.exec_()
def windowSluit(self, m_email):
self.close()
hoofdMenu(m_email)
def winSluit(self, m_email):
self.close()
zoekAccount(m_email)
def updateOK(maccountnr,mvoorn,mtussen,machtern):
msg = QMessageBox()
msg.setStyleSheet("color: black; background-color: gainsboro")
msg.setIcon(QMessageBox.Information)
msg.setText('De bevoegdheden van: \n'+mvoorn+' '+mtussen+' '+machtern+'\nAccountnr.: '+str(maccountnr)+'\nzijn aangepast!')
msg.setWindowTitle('AUTHORISATIE')
msg.exec_()
def _11check(maccountnr):
number = str(maccountnr)
total = 0
fullnumber = number
for i in range(8):
total += int(fullnumber[i])*(9-i)
checkdigit = total % 11
if checkdigit == 10:
checkdigit = 0
if checkdigit == int(fullnumber[8]):
return True
else:
return False
def info():
class Widget(QDialog):
def __init__(self, parent=None):
super(Widget, self).__init__(parent)
self.setWindowTitle("Informatie authorisatie")
self.setWindowIcon(QIcon('./images/logos/logo.jpg'))
self.setFont(QFont('Arial', 10))
grid = QGridLayout()
grid.setSpacing(20)
logo = QLabel()
pixmap = QPixmap('./images/logos/logo.jpg')
logo.setPixmap(pixmap)
grid.addWidget(logo , 0, 3, 1, 1, Qt.AlignRight)
lbl = QLabel()
pixmap = QPixmap('./images/logos/verbinding.jpg')
lbl.setPixmap(pixmap)
grid.addWidget(lbl, 0, 0)
lblinfo = QLabel(
'''
Maak hoofdmenuitems toegankelijk door de checkboxen onder
Menu aan te vinken voor het desbetreffende account.
De menuvolgorde is als volgt: van linksboven naar beneden
en vervolgens van rechtsboven naar beneden.
Hoofdmenuingangen:
Accounts Calculatie Intern
Leveranciers Calculatie Extern
Werknemers Loonadministratie
Inkoop Boekhouding
Verkoop Voorraadmanagement
Magazijn Management Info
Werken intern Onderhoud Systeem
Werken extern Herprinten Formulieren (alleen hoofdmenu -
overige bevoegdheden bij afdelingen)\t\t
De submenu's zijn toegankelijk te maken door de checkboxen
naast de hoofdmenuitems te activeren.
De authorisaties zijn van links naar rechts en vervolgens
van boven naar beneden weergegeven.
Menu = Hoofdmenuitems actief/inactief maken.
Authorisaties:
S = Speciaal B = Bestellen I = Invoeren W = Wijzigen
P = Printen O = Opvragen R = Gereserveerd
''')
grid.addWidget(lblinfo, 1, 0, 1, 4, Qt.AlignCenter)
lblinfo.setStyleSheet("font: 10pt Comic Sans MS; color: black ; background-color: #D9E1DF")
cancelBtn = QPushButton('Sluiten')
cancelBtn.clicked.connect(self.close)
grid.addWidget(cancelBtn, 2, 0, 1, 4, Qt.AlignRight)
cancelBtn.setFont(QFont("Arial",10))
cancelBtn.setFixedWidth(90)
cancelBtn.setStyleSheet("color: black; background-color: gainsboro")
grid.addWidget(QLabel('\u00A9 2017 all rights reserved dj.jansen@casema.nl'), 2, 0, 1, 4, Qt.AlignCenter)
self.setLayout(grid)
self.setMinimumWidth(650)
self.setGeometry(550, 50, 150, 150)
window = Widget()
window.exec_()
def zoekAccount(m_email):
class Widget(QDialog):
def __init__(self, parent=None):
super(Widget, self).__init__(parent)
self.setWindowTitle("Authorisatie programma.")
self.setWindowIcon(QIcon('./images/logos/logo.jpg'))
self.setFont(QFont('Arial', 10))
self.Accountnummer = QLabel()
accEdit = QLineEdit()
accEdit.setFixedWidth(100)
accEdit.setFont(QFont("Arial",10))
accEdit.textChanged.connect(self.accChanged)
reg_ex = QRegExp('^[1]{1}[0-9]{8}$')
input_validator = QRegExpValidator(reg_ex, accEdit)
accEdit.setValidator(input_validator)
grid = QGridLayout()
grid.setSpacing(20)
lbl = QLabel()
pixmap = QPixmap('./images/logos/verbinding.jpg')
lbl.setPixmap(pixmap)
grid.addWidget(lbl , 0, 0, 1, 2)
logo = QLabel()
pixmap = QPixmap('./images/logos/logo.jpg')
logo.setPixmap(pixmap)
grid.addWidget(logo , 0, 2, 1, 1, Qt.AlignRight)
grid.addWidget(QLabel('Accountnummer'), 1, 1)
grid.addWidget(accEdit, 1, 2)
cancelBtn = QPushButton('Sluiten')
cancelBtn.clicked.connect(lambda: windowSluit(self, m_email))
applyBtn = QPushButton('Zoeken')
applyBtn.clicked.connect(self.accept)
grid.addWidget(applyBtn, 2, 2)
applyBtn.setFont(QFont("Arial",10))
applyBtn.setFixedWidth(100)
applyBtn.setStyleSheet("color: black; background-color: gainsboro")
grid.addWidget(cancelBtn, 2, 1)
cancelBtn.setFont(QFont("Arial",10))
cancelBtn.setFixedWidth(100)
cancelBtn.setStyleSheet("color: black; background-color: gainsboro")
grid.addWidget(QLabel('\u00A9 2017 all rights reserved dj.jansen@casema.nl'), 3, 0, 1, 3, Qt.AlignCenter)
self.setLayout(grid)
self.setGeometry(500, 400, 150, 150)
def accChanged(self, text):
self.Accountnummer.setText(text)
def returnAccountnummer(self):
return self.Accountnummer.text()
@staticmethod
def getData(parent=None):
dialog = Widget(parent)
dialog.exec_()
return [dialog.returnAccountnummer()]
window = Widget()
data = window.getData()
if data[0]:
maccountnr = int(data[0])
else:
maccountnr = 0
metadata = MetaData()
accounts = Table('accounts', metadata,
Column('accountID', Integer(), primary_key=True),
Column('voornaam', String),
Column('tussenvoegsel', String),
Column('achternaam', String))
engine = create_engine('postgresql+psycopg2://postgres@localhost/bisystem')
conn = engine.connect()
s = select([accounts]).where(accounts.c.accountID == maccountnr)
rpacc = conn.execute(s).first()
if len(str(maccountnr)) == 9 and _11check(maccountnr) and rpacc:
geefAuth(rpacc, m_email)
else:
foutAccountnr()
zoekAccount(m_email)
def geefAuth(rpacc, m_email):
maccountnr = int(rpacc[0])
mvoorn = rpacc[1]
mtussen = rpacc[2]
machtern = rpacc[3]
metadata = MetaData()
accounts = Table('accounts', metadata,
Column('p1', String),
Column('p2', String),
Column('p3', String),
Column('p4', String),
Column('p5', String),
Column('p6', String),
Column('p7', String),
Column('p8', String),
Column('p9', String),
Column('p10', String),
Column('p11', String),
Column('p12', String),
Column('p13', String),
Column('p14', String),
Column('p15', String),
Column('p16', String),
Column('accountID', Integer(), primary_key=True))
engine = create_engine('postgresql+psycopg2://postgres@localhost/bisystem')
conn = engine.connect()
sel = select([accounts]).where(accounts.c.accountID == maccountnr)
rpa = conn.execute(sel).first()
class Widget(QDialog):
def __init__(self, parent=None):
super(Widget, self).__init__(parent)
self.setWindowTitle("Aanpassen Bevoegdheden")
self.setWindowIcon(QIcon('./images/logos/logo.jpg'))
self.setFont(QFont('Arial', 10))
grid = QGridLayout()
grid.setSpacing(15)
lbl = QLabel()
pixmap = QPixmap('./images/logos/verbinding.jpg')
lbl.setPixmap(pixmap)
grid.addWidget(lbl , 0, 0, 1 ,2)
logo = QLabel()
pixmap = QPixmap('./images/logos/logo.jpg')
logo.setPixmap(pixmap)
grid.addWidget(logo , 0, 10, 1, 5, Qt.AlignRight)
self.Accountnummer = QLabel()
accEdit = QLineEdit(str(maccountnr))
accEdit.setFixedWidth(100)
accEdit.setFont(QFont("Arial",10))
accEdit.setDisabled(True)
grid.addWidget(QLabel(mvoorn+' '+mtussen+' '+machtern), 0, 2, 1, 9, Qt.AlignTop)
grid.addWidget(QLabel('Accountnummer'), 0, 2, 1, 4, Qt.AlignBottom)
grid.addWidget(accEdit, 0, 6, 1, 4, Qt.AlignBottom)
grid.addWidget(QLabel(' Menu'), 2, 0, 1, 3)
grid.addWidget(QLabel('S B I W P O R'), 2, 1, 1, 8)
grid.addWidget(QLabel(' Menu'), 2, 8, 1, 3)
grid.addWidget(QLabel('S B I W P O R'), 2, 9, 1, 8)
cBox0 = QCheckBox('Accounts')
cBox0.setLayoutDirection(Qt.RightToLeft)
cBox0.setChecked(bool(int(rpa[0][0])))
cBox0.stateChanged.connect(self.cBox0Changed)
grid.addWidget(cBox0, 3, 0)
cBox0a = QCheckBox()
cBox0a.setChecked(bool(int(rpa[0][1])))
cBox0a.stateChanged.connect(self.cBox0aChanged)
grid.addWidget(cBox0a, 3, 1)
cBox0b = QCheckBox()
cBox0b.setChecked(bool(int(rpa[0][2])))
cBox0b.stateChanged.connect(self.cBox0bChanged)
grid.addWidget(cBox0b, 3, 2)
cBox0c = QCheckBox()
cBox0c.setChecked(bool(int(rpa[0][3])))
cBox0c.stateChanged.connect(self.cBox0cChanged)
grid.addWidget(cBox0c, 3, 3)
cBox0d = QCheckBox()
cBox0d.setChecked(bool(int(rpa[0][4])))
cBox0d.stateChanged.connect(self.cBox0dChanged)
grid.addWidget(cBox0d, 3, 4)
cBox0e = QCheckBox()
cBox0e.setChecked(bool(int(rpa[0][5])))
cBox0e.stateChanged.connect(self.cBox0eChanged)
grid.addWidget(cBox0e, 3, 5)
cBox0f = QCheckBox()
cBox0f.setChecked(bool(int(rpa[0][6])))
cBox0f.stateChanged.connect(self.cBox0fChanged)
grid.addWidget(cBox0f, 3, 6)
cBox0g = QCheckBox()
cBox0g.setChecked(bool(int(rpa[0][7])))
cBox0g.stateChanged.connect(self.cBox0gChanged)
grid.addWidget(cBox0g, 3, 7)
cBox1 = QCheckBox('Leveranciers')
cBox1.setLayoutDirection(Qt.RightToLeft)
cBox1.setChecked(bool(int(rpa[1][0])))
cBox1.stateChanged.connect(self.cBox1Changed)
grid.addWidget(cBox1, 4, 0)
cBox1a = QCheckBox()
cBox1a.setChecked(bool(int(rpa[1][1])))
cBox1a.stateChanged.connect(self.cBox1aChanged)
grid.addWidget(cBox1a, 4, 1)
cBox1b = QCheckBox()
cBox1b.setChecked(bool(int(rpa[1][2])))
cBox1b.stateChanged.connect(self.cBox1bChanged)
grid.addWidget(cBox1b, 4, 2)
cBox1c = QCheckBox()
cBox1c.setChecked(bool(int(rpa[1][3])))
cBox1c.stateChanged.connect(self.cBox1cChanged)
grid.addWidget(cBox1c, 4, 3)
cBox1d = QCheckBox()
cBox1d.setChecked(bool(int(rpa[1][4])))
cBox1d.stateChanged.connect(self.cBox1dChanged)
grid.addWidget(cBox1d, 4, 4)
cBox1e = QCheckBox()
cBox1e.setChecked(bool(int(rpa[1][5])))
cBox1e.stateChanged.connect(self.cBox1eChanged)
grid.addWidget(cBox1e, 4, 5)
cBox1f = QCheckBox()
cBox1f.setChecked(bool(int(rpa[1][6])))
cBox1f.stateChanged.connect(self.cBox1fChanged)
grid.addWidget(cBox1f, 4, 6)
cBox1g = QCheckBox()
cBox1g.setChecked(bool(int(rpa[1][7])))
cBox1g.stateChanged.connect(self.cBox1gChanged)
grid.addWidget(cBox1g, 4, 7)
cBox2 = QCheckBox('Werknemers')
cBox2.setLayoutDirection(Qt.RightToLeft)
cBox2.setChecked(bool(int(rpa[2][0])))
cBox2.stateChanged.connect(self.cBox2Changed)
grid.addWidget(cBox2, 5, 0)
cBox2a = QCheckBox()
cBox2a.setChecked(bool(int(rpa[2][1])))
cBox2a.stateChanged.connect(self.cBox2aChanged)
grid.addWidget(cBox2a, 5, 1)
cBox2b = QCheckBox()
cBox2b.setChecked(bool(int(rpa[2][2])))
cBox2b.stateChanged.connect(self.cBox2bChanged)
grid.addWidget(cBox2b, 5, 2)
cBox2c = QCheckBox()
cBox2c.setChecked(bool(int(rpa[2][3])))
cBox2c.stateChanged.connect(self.cBox2cChanged)
grid.addWidget(cBox2c, 5, 3)
cBox2d = QCheckBox()
cBox2d.setChecked(bool(int(rpa[2][4])))
cBox2d.stateChanged.connect(self.cBox2dChanged)
grid.addWidget(cBox2d, 5, 4)
cBox2e = QCheckBox()
cBox2e.setChecked(bool(int(rpa[2][5])))
cBox2e.stateChanged.connect(self.cBox2eChanged)
grid.addWidget(cBox2e, 5, 5)
cBox2f = QCheckBox()
cBox2f.setChecked(bool(int(rpa[2][6])))
cBox2f.stateChanged.connect(self.cBox2fChanged)
grid.addWidget(cBox2f, 5, 6)
cBox2g = QCheckBox()
cBox2g.setChecked(bool(int(rpa[2][7])))
cBox2g.stateChanged.connect(self.cBox2gChanged)
grid.addWidget(cBox2g, 5, 7)
cBox3 = QCheckBox('Inkoop')
cBox3.setLayoutDirection(Qt.RightToLeft)
cBox3.setChecked(bool(int(rpa[3][0])))
cBox3.stateChanged.connect(self.cBox3Changed)
grid.addWidget(cBox3, 6, 0)
cBox3a = QCheckBox()
cBox3a.setChecked(bool(int(rpa[3][1])))
cBox3a.stateChanged.connect(self.cBox3aChanged)
grid.addWidget(cBox3a, 6, 1)
cBox3b = QCheckBox()
cBox3b.setChecked(bool(int(rpa[3][2])))
cBox3b.stateChanged.connect(self.cBox3bChanged)
grid.addWidget(cBox3b, 6, 2)
cBox3c = QCheckBox()
cBox3c.setChecked(bool(int(rpa[3][3])))
cBox3c.stateChanged.connect(self.cBox3cChanged)
grid.addWidget(cBox3c, 6, 3)
cBox3d = QCheckBox()
cBox3d.setChecked(bool(int(rpa[3][4])))
cBox3d.stateChanged.connect(self.cBox3dChanged)
grid.addWidget(cBox3d, 6, 4)
cBox3e = QCheckBox()
cBox3e.setChecked(bool(int(rpa[3][5])))
cBox3e.stateChanged.connect(self.cBox3eChanged)
grid.addWidget(cBox3e, 6, 5)
cBox3f = QCheckBox()
cBox3f.setChecked(bool(int(rpa[3][6])))
cBox3f.stateChanged.connect(self.cBox3fChanged)
grid.addWidget(cBox3f, 6, 6)
cBox3g = QCheckBox()
cBox3g.setChecked(bool(int(rpa[3][7])))
cBox3g.stateChanged.connect(self.cBox3gChanged)
grid.addWidget(cBox3g, 6, 7)
cBox4 = QCheckBox('Verkoop')
cBox4.setLayoutDirection(Qt.RightToLeft)
cBox4.setChecked(bool(int(rpa[4][0])))
cBox4.stateChanged.connect(self.cBox4Changed)
grid.addWidget(cBox4, 7, 0)
cBox4a = QCheckBox()
cBox4a.setChecked(bool(int(rpa[4][1])))
cBox4a.stateChanged.connect(self.cBox4aChanged)
grid.addWidget(cBox4a, 7, 1)
cBox4b = QCheckBox()
cBox4b.setChecked(bool(int(rpa[4][2])))
cBox4b.stateChanged.connect(self.cBox4bChanged)
grid.addWidget(cBox4b, 7, 2)
cBox4c = QCheckBox()
cBox4c.setChecked(bool(int(rpa[4][3])))
cBox4c.stateChanged.connect(self.cBox4cChanged)
grid.addWidget(cBox4c, 7, 3)
cBox4d = QCheckBox()
cBox4d.setChecked(bool(int(rpa[4][4])))
cBox4d.stateChanged.connect(self.cBox4dChanged)
grid.addWidget(cBox4d, 7, 4)
cBox4e = QCheckBox()
cBox4e.setChecked(bool(int(rpa[4][5])))
cBox4e.stateChanged.connect(self.cBox4eChanged)
grid.addWidget(cBox4e, 7, 5)
cBox4f = QCheckBox()
cBox4f.setChecked(bool(int(rpa[4][6])))
cBox4f.stateChanged.connect(self.cBox4fChanged)
grid.addWidget(cBox4f, 7, 6)
cBox4g = QCheckBox()
cBox4g.setChecked(bool(int(rpa[4][7])))
cBox4g.stateChanged.connect(self.cBox4gChanged)
grid.addWidget(cBox4g, 7, 7)
cBox5 = QCheckBox('Magazijn')
cBox5.setLayoutDirection(Qt.RightToLeft)
cBox5.setChecked(bool(int(rpa[5][0])))
cBox5.stateChanged.connect(self.cBox5Changed)
grid.addWidget(cBox5, 8, 0)
cBox5a = QCheckBox()
cBox5a.setChecked(bool(int(rpa[5][1])))
cBox5a.stateChanged.connect(self.cBox5aChanged)
grid.addWidget(cBox5a, 8, 1)
cBox5b = QCheckBox()
cBox5b.setChecked(bool(int(rpa[5][2])))
cBox5b.stateChanged.connect(self.cBox5bChanged)
grid.addWidget(cBox5b, 8, 2)
cBox5c = QCheckBox()
cBox5c.setChecked(bool(int(rpa[5][3])))
cBox5c.stateChanged.connect(self.cBox5cChanged)
grid.addWidget(cBox5c, 8, 3)
cBox5d = QCheckBox()
cBox5d.setChecked(bool(int(rpa[5][4])))
cBox5d.stateChanged.connect(self.cBox5dChanged)
grid.addWidget(cBox5d, 8, 4)
cBox5e = QCheckBox()
cBox5e.setChecked(bool(int(rpa[5][5])))
cBox5e.stateChanged.connect(self.cBox5eChanged)
grid.addWidget(cBox5e, 8, 5)
cBox5f = QCheckBox()
cBox5f.setChecked(bool(int(rpa[5][6])))
cBox5f.stateChanged.connect(self.cBox5fChanged)
grid.addWidget(cBox5f, 8, 6)
cBox5g = QCheckBox()
cBox5g.setChecked(bool(int(rpa[5][7])))
cBox5g.stateChanged.connect(self.cBox5gChanged)
grid.addWidget(cBox5g, 8, 7)
cBox6 = QCheckBox('Werken intern')
cBox6.setLayoutDirection(Qt.RightToLeft)
cBox6.setChecked(bool(int(rpa[6][0])))
cBox6.stateChanged.connect(self.cBox6Changed)
grid.addWidget(cBox6, 9, 0)
cBox6a = QCheckBox()
cBox6a.setChecked(bool(int(rpa[6][1])))
cBox6a.stateChanged.connect(self.cBox6aChanged)
grid.addWidget(cBox6a, 9, 1)
cBox6b = QCheckBox()
cBox6b.setChecked(bool(int(rpa[6][2])))
cBox6b.stateChanged.connect(self.cBox6bChanged)
grid.addWidget(cBox6b, 9, 2)
cBox6c = QCheckBox()
cBox6c.setChecked(bool(int(rpa[6][3])))
cBox6c.stateChanged.connect(self.cBox6cChanged)
grid.addWidget(cBox6c, 9, 3)
cBox6d = QCheckBox()
cBox6d.setChecked(bool(int(rpa[6][4])))
cBox6d.stateChanged.connect(self.cBox6dChanged)
grid.addWidget(cBox6d, 9, 4)
cBox6e = QCheckBox()
cBox6e.setChecked(bool(int(rpa[6][5])))
cBox6e.stateChanged.connect(self.cBox6eChanged)
grid.addWidget(cBox6e, 9, 5)
cBox6f = QCheckBox()
cBox6f.setChecked(bool(int(rpa[6][6])))
cBox6f.stateChanged.connect(self.cBox6fChanged)
grid.addWidget(cBox6f, 9, 6)
cBox6g = QCheckBox()
cBox6g.setChecked(bool(int(rpa[6][7])))
cBox6g.stateChanged.connect(self.cBox6gChanged)
grid.addWidget(cBox6g, 9, 7)
cBox7 = QCheckBox('Werken extern')
cBox7.setLayoutDirection(Qt.RightToLeft)
cBox7.setChecked(bool(int(rpa[7][0])))
cBox7.stateChanged.connect(self.cBox7Changed)
grid.addWidget(cBox7, 10, 0)
cBox7a = QCheckBox()
cBox7a.setChecked(bool(int(rpa[7][1])))
cBox7a.stateChanged.connect(self.cBox7aChanged)
grid.addWidget(cBox7a, 10, 1)
cBox7b = QCheckBox()
cBox7b.setChecked(bool(int(rpa[7][2])))
cBox7b.stateChanged.connect(self.cBox7bChanged)
grid.addWidget(cBox7b, 10, 2)
cBox7c = QCheckBox()
cBox7c.setChecked(bool(int(rpa[7][3])))
cBox7c.stateChanged.connect(self.cBox7cChanged)
grid.addWidget(cBox7c, 10, 3)
cBox7d = QCheckBox()
cBox7d.setChecked(bool(int(rpa[7][4])))
cBox7d.stateChanged.connect(self.cBox7dChanged)
grid.addWidget(cBox7d, 10, 4)
cBox7e = QCheckBox()
cBox7e.setChecked(bool(int(rpa[7][5])))
cBox7e.stateChanged.connect(self.cBox7eChanged)
grid.addWidget(cBox7e, 10, 5)
cBox7f = QCheckBox()
cBox7f.setChecked(bool(int(rpa[7][6])))
cBox7f.stateChanged.connect(self.cBox7fChanged)
grid.addWidget(cBox7f, 10, 6)
cBox7g = QCheckBox()
cBox7g.setChecked(bool(int(rpa[7][7])))
cBox7g.stateChanged.connect(self.cBox7gChanged)
grid.addWidget(cBox7g, 10,7)
cBox8 = QCheckBox('Calculatie intern')
cBox8.setLayoutDirection(Qt.RightToLeft)
cBox8.setChecked(bool(int(rpa[8][0])))
cBox8.stateChanged.connect(self.cBox8Changed)
grid.addWidget(cBox8, 3, 8)
cBox8a = QCheckBox()
cBox8a.setChecked(bool(int(rpa[8][1])))
cBox8a.stateChanged.connect(self.cBox8aChanged)
grid.addWidget(cBox8a, 3, 9)
cBox8b = QCheckBox()
cBox8b.setChecked(bool(int(rpa[8][2])))
cBox8b.stateChanged.connect(self.cBox8bChanged)
grid.addWidget(cBox8b, 3, 10)
cBox8c = QCheckBox()
cBox8c.setChecked(bool(int(rpa[8][3])))
cBox8c.stateChanged.connect(self.cBox8cChanged)
grid.addWidget(cBox8c, 3, 11)
cBox8d = QCheckBox()
cBox8d.setChecked(bool(int(rpa[8][4])))
cBox8d.stateChanged.connect(self.cBox8dChanged)
grid.addWidget(cBox8d, 3, 12)
cBox8e = QCheckBox()
cBox8e.setChecked(bool(int(rpa[8][5])))
cBox8e.stateChanged.connect(self.cBox8eChanged)
grid.addWidget(cBox8e, 3, 13)
cBox8f = QCheckBox()
cBox8f.setChecked(bool(int(rpa[8][6])))
cBox8f.stateChanged.connect(self.cBox8fChanged)
grid.addWidget(cBox8f, 3, 14)
cBox8g = QCheckBox()
cBox8g.setChecked(bool(int(rpa[8][7])))
cBox8g.stateChanged.connect(self.cBox8gChanged)
grid.addWidget(cBox8g, 3, 15)
cBox9 = QCheckBox('Calculatie extern')
cBox9.setLayoutDirection(Qt.RightToLeft)
cBox9.setChecked(bool(int(rpa[9][0])))
cBox9.stateChanged.connect(self.cBox9Changed)
grid.addWidget(cBox9, 4, 8)
cBox9a = QCheckBox()
cBox9a.setChecked(bool(int(rpa[9][1])))
cBox9a.stateChanged.connect(self.cBox9aChanged)
grid.addWidget(cBox9a, 4, 9)
cBox9b = QCheckBox()
cBox9b.setChecked(bool(int(rpa[9][2])))
cBox9b.stateChanged.connect(self.cBox9bChanged)
grid.addWidget(cBox9b, 4, 10)
cBox9c = QCheckBox()
cBox9c.setChecked(bool(int(rpa[9][3])))
cBox9c.stateChanged.connect(self.cBox9cChanged)
grid.addWidget(cBox9c, 4, 11)
cBox9d = QCheckBox()
cBox9d.setChecked(bool(int(rpa[9][4])))
cBox9d.stateChanged.connect(self.cBox9dChanged)
grid.addWidget(cBox9d, 4, 12)
cBox9e = QCheckBox()
cBox9e.setChecked(bool(int(rpa[9][5])))
cBox9e.stateChanged.connect(self.cBox9eChanged)
grid.addWidget(cBox9e, 4, 13)
cBox9f = QCheckBox()
cBox9f.setChecked(bool(int(rpa[9][6])))
cBox9f.stateChanged.connect(self.cBox9fChanged)
grid.addWidget(cBox9f, 4, 14)
cBox9g = QCheckBox()
cBox9g.setChecked(bool(int(rpa[9][7])))
cBox9g.stateChanged.connect(self.cBox9gChanged)
grid.addWidget(cBox9g, 4,15)
cBox10 = QCheckBox('Loonadminstratie')
cBox10.setLayoutDirection(Qt.RightToLeft)
cBox10.setChecked(bool(int(rpa[10][0])))
cBox10.stateChanged.connect(self.cBox10Changed)
grid.addWidget(cBox10, 5, 8)
cBox10a = QCheckBox()
cBox10a.setChecked(bool(int(rpa[10][1])))
cBox10a.stateChanged.connect(self.cBox10aChanged)
grid.addWidget(cBox10a, 5, 9)
cBox10b = QCheckBox()
cBox10b.setChecked(bool(int(rpa[10][2])))
cBox10b.stateChanged.connect(self.cBox10bChanged)
grid.addWidget(cBox10b, 5, 10)
cBox10c = QCheckBox()
cBox10c.setChecked(bool(int(rpa[10][3])))
cBox10c.stateChanged.connect(self.cBox10cChanged)
grid.addWidget(cBox10c, 5, 11)
cBox10d = QCheckBox()
cBox10d.setChecked(bool(int(rpa[10][4])))
cBox10d.stateChanged.connect(self.cBox10dChanged)
grid.addWidget(cBox10d, 5, 12)
cBox10e = QCheckBox()
cBox10e.setChecked(bool(int(rpa[10][5])))
cBox10e.stateChanged.connect(self.cBox10eChanged)
grid.addWidget(cBox10e, 5, 13)
cBox10f = QCheckBox()
cBox10f.setChecked(bool(int(rpa[10][6])))
cBox10f.stateChanged.connect(self.cBox10fChanged)
grid.addWidget(cBox10f, 5, 14)
cBox10g = QCheckBox()
cBox10g.setChecked(bool(int(rpa[10][7])))
cBox10g.stateChanged.connect(self.cBox10gChanged)
grid.addWidget(cBox10g, 5, 15)
cBox11 = QCheckBox('Boekhouding')
cBox11.setLayoutDirection(Qt.RightToLeft)
cBox11.setChecked(bool(int(rpa[11][0])))
cBox11.stateChanged.connect(self.cBox11Changed)
grid.addWidget(cBox11, 6, 8)
cBox11a = QCheckBox()
cBox11a.setChecked(bool(int(rpa[11][1])))
cBox11a.stateChanged.connect(self.cBox11aChanged)
grid.addWidget(cBox11a, 6, 9)
cBox11b = QCheckBox()
cBox11b.setChecked(bool(int(rpa[11][2])))
cBox11b.stateChanged.connect(self.cBox11bChanged)
grid.addWidget(cBox11b, 6, 10)
cBox11c = QCheckBox()
cBox11c.setChecked(bool(int(rpa[11][3])))
cBox11c.stateChanged.connect(self.cBox11cChanged)
grid.addWidget(cBox11c, 6, 11)
cBox11d = QCheckBox()
cBox11d.setChecked(bool(int(rpa[11][4])))
cBox11d.stateChanged.connect(self.cBox11dChanged)
grid.addWidget(cBox11d, 6, 12)
cBox11e = QCheckBox()
cBox11e.setChecked(bool(int(rpa[11][5])))
cBox11e.stateChanged.connect(self.cBox11eChanged)
grid.addWidget(cBox11e, 6, 13)
cBox11f = QCheckBox()
cBox11f.setChecked(bool(int(rpa[11][6])))
cBox11f.stateChanged.connect(self.cBox11fChanged)
grid.addWidget(cBox11f, 6, 14)
cBox11g = QCheckBox()
cBox11g.setChecked(bool(int(rpa[11][7])))
cBox11g.stateChanged.connect(self.cBox11gChanged)
grid.addWidget(cBox11g, 6, 15)
cBox12 = QCheckBox('Management\nVoorraad')
cBox12.setLayoutDirection(Qt.RightToLeft)
cBox12.setChecked(bool(int(rpa[12][0])))
cBox12.stateChanged.connect(self.cBox12Changed)
grid.addWidget(cBox12, 7, 8)
cBox12a = QCheckBox()
cBox12a.setChecked(bool(int(rpa[12][1])))
cBox12a.stateChanged.connect(self.cBox12aChanged)
grid.addWidget(cBox12a, 7, 9)
cBox12b = QCheckBox()
cBox12b.setChecked(bool(int(rpa[12][2])))
cBox12b.stateChanged.connect(self.cBox12bChanged)
grid.addWidget(cBox12b, 7, 10)
cBox12c = QCheckBox()
cBox12c.setChecked(bool(int(rpa[12][3])))
cBox12c.stateChanged.connect(self.cBox12cChanged)
grid.addWidget(cBox12c, 7, 11)
cBox12d = QCheckBox()
cBox12d.setChecked(bool(int(rpa[12][4])))
cBox12d.stateChanged.connect(self.cBox12dChanged)
grid.addWidget(cBox12d, 7, 12)
cBox12e = QCheckBox()
cBox12e.setChecked(bool(int(rpa[12][5])))
cBox12e.stateChanged.connect(self.cBox12eChanged)
grid.addWidget(cBox12e, 7, 13)
cBox12f = QCheckBox()
cBox12f.setChecked(bool(int(rpa[12][6])))
cBox12f.stateChanged.connect(self.cBox12fChanged)
grid.addWidget(cBox12f, 7, 14)
cBox12g = QCheckBox()
cBox12g.setChecked(bool(int(rpa[12][7])))
cBox12g.stateChanged.connect(self.cBox12gChanged)
grid.addWidget(cBox12g, 7,15)
cBox13 = QCheckBox('Management\nWerken extern')
cBox13.setLayoutDirection(Qt.RightToLeft)
cBox13.setChecked(bool(int(rpa[13][0])))
cBox13.stateChanged.connect(self.cBox13Changed)
grid.addWidget(cBox13, 8, 8)
cBox13a = QCheckBox()
cBox13a.setChecked(bool(int(rpa[13][1])))
cBox13a.stateChanged.connect(self.cBox13aChanged)
grid.addWidget(cBox13a, 8, 9)
cBox13b = QCheckBox()
cBox13b.setChecked(bool(int(rpa[13][2])))
cBox13b.stateChanged.connect(self.cBox13bChanged)
grid.addWidget(cBox13b, 8, 10)
cBox13c = QCheckBox()
cBox13c.setChecked(bool(int(rpa[13][3])))
cBox13c.stateChanged.connect(self.cBox13cChanged)
grid.addWidget(cBox13c, 8, 11)
cBox13d = QCheckBox()
cBox13d.setChecked(bool(int(rpa[13][4])))
cBox13d.stateChanged.connect(self.cBox13dChanged)
grid.addWidget(cBox13d, 8, 12)
cBox13e = QCheckBox()
cBox13e.setChecked(bool(int(rpa[13][5])))
cBox13e.stateChanged.connect(self.cBox13eChanged)
grid.addWidget(cBox13e, 8, 13)
cBox13f = QCheckBox()
cBox13f.setChecked(bool(int(rpa[13][6])))
cBox13f.stateChanged.connect(self.cBox13fChanged)
grid.addWidget(cBox13f, 8, 14)
cBox13g = QCheckBox()
cBox13g.setChecked(bool(int(rpa[13][7])))
cBox13g.stateChanged.connect(self.cBox13gChanged)
grid.addWidget(cBox13g, 8, 15)
cBox14 = QCheckBox('Onderhoud')
cBox14.setLayoutDirection(Qt.RightToLeft)
cBox14.setChecked(bool(int(rpa[14][0])))
cBox14.stateChanged.connect(self.cBox14Changed)
grid.addWidget(cBox14, 9, 8)
cBox14a = QCheckBox()
cBox14a.setChecked(bool(int(rpa[14][1])))
cBox14a.stateChanged.connect(self.cBox14aChanged)
grid.addWidget(cBox14a, 9, 9)
cBox14b = QCheckBox()
cBox14b.setChecked(bool(int(rpa[14][2])))
cBox14b.stateChanged.connect(self.cBox14bChanged)
grid.addWidget(cBox14b, 9, 10)
cBox14c = QCheckBox()
cBox14c.setChecked(bool(int(rpa[14][3])))
cBox14c.stateChanged.connect(self.cBox14cChanged)
grid.addWidget(cBox14c, 9, 11)
cBox14d = QCheckBox()
cBox14d.setChecked(bool(int(rpa[14][4])))
cBox14d.stateChanged.connect(self.cBox14dChanged)
grid.addWidget(cBox14d, 9, 12)
cBox14e = QCheckBox()
cBox14e.setChecked(bool(int(rpa[14][5])))
cBox14e.stateChanged.connect(self.cBox14eChanged)
grid.addWidget(cBox14e, 9, 13)
cBox14f = QCheckBox()
cBox14f.setChecked(bool(int(rpa[14][6])))
cBox14f.stateChanged.connect(self.cBox14fChanged)
grid.addWidget(cBox14f, 9, 14)
cBox14g = QCheckBox()
cBox14g.setChecked(bool(int(rpa[14][7])))
cBox14g.stateChanged.connect(self.cBox14gChanged)
grid.addWidget(cBox14g, 9,15)
cBox15 = QCheckBox('Herprinten')
cBox15.setLayoutDirection(Qt.RightToLeft)
cBox15.setChecked(bool(int(rpa[15][0])))
cBox15.stateChanged.connect(self.cBox15Changed)
grid.addWidget(cBox15, 10, 8)
'''
cBox15a = QCheckBox()
cBox15a.setChecked(bool(int(rpa[15][1])))
cBox15a.stateChanged.connect(self.cBox15aChanged)
grid.addWidget(cBox15a, 10, 9)
cBox15b = QCheckBox()
cBox15b.setChecked(bool(int(rpa[15][2])))
cBox15b.stateChanged.connect(self.cBox15bChanged)
grid.addWidget(cBox15b, 10, 10)
cBox15c = QCheckBox()
cBox15c.setChecked(bool(int(rpa[15][3])))
cBox15c.stateChanged.connect(self.cBox15cChanged)
grid.addWidget(cBox15c, 10, 11)
cBox15d = QCheckBox()
cBox15d.setChecked(bool(int(rpa[15][4])))
cBox15d.stateChanged.connect(self.cBox15dChanged)
grid.addWidget(cBox15d, 10, 12)
cBox15e = QCheckBox()
cBox15e.setChecked(bool(int(rpa[15][5])))
cBox15e.stateChanged.connect(self.cBox15eChanged)
grid.addWidget(cBox15e, 10, 13)
cBox15f = QCheckBox()
cBox15f.setChecked(bool(int(rpa[15][5])))
cBox15f.stateChanged.connect(self.cBox15fChanged)
grid.addWidget(cBox15f, 10, 14)
cBox15g = QCheckBox()
cBox15g.setChecked(bool(int(rpa[15][6])))
cBox15g.stateChanged.connect(self.cBox15gChanged)
grid.addWidget(cBox15g, 10, 15)
'''
applyBtn = QPushButton('Opslaan')
applyBtn.clicked.connect(self.accept)
grid.addWidget(applyBtn, 12, 12, 1, 5, Qt.AlignRight)
applyBtn.setFont(QFont("Arial",10))
applyBtn.setFixedWidth(100)
applyBtn.setStyleSheet("color: black; background-color: gainsboro")
cancelBtn = QPushButton('Sluiten')
cancelBtn.clicked.connect(lambda: winSluit(self, m_email))
grid.addWidget(cancelBtn, 12, 9, 1, 5)
cancelBtn.setFont(QFont("Arial",10))
cancelBtn.setFixedWidth(100)
cancelBtn.setStyleSheet("color: black; background-color: gainsboro")
infoBtn = QPushButton('Informatie')
infoBtn.clicked.connect(lambda: info())
grid.addWidget(infoBtn, 12, 8, 1, 5)
infoBtn.setFont(QFont("Arial",10))
infoBtn.setFixedWidth(120)
infoBtn.setStyleSheet("color: black; background-color: gainsboro")
grid.addWidget(QLabel('\u00A9 2017 all rights reserved dj.jansen@casema.nl'), 13, 0, 1, 16, Qt.AlignCenter)
self.setLayout(grid)
self.setGeometry(500, 200, 150, 100)
state0 = bool(int(rpa[0][0]))
def cBox0Changed(self, state0):
if state0 == Qt.Checked:
self.state0 = True
else:
self.state0 = False
def returncBox0(self):
return self.state0
state0a = bool(int(rpa[0][1]))
def cBox0aChanged(self, state0a):
if state0a == Qt.Checked:
self.state0a = True
else:
self.state0a = False
def returncBox0a(self):
return self.state0a
state0b = bool(int(rpa[0][2]))
def cBox0bChanged(self, state0b):
if state0b == Qt.Checked:
self.state0b = True
else:
self.state0b = False
def returncBox0b(self):
return self.state0b
state0c = bool(int(rpa[0][3]))
def cBox0cChanged(self, state0c):
if state0c == Qt.Checked:
self.state0c = True
else:
self.state0c = False
def returncBox0c(self):
return self.state0c
state0d = bool(int(rpa[0][4]))
def cBox0dChanged(self, state0d):
if state0d == Qt.Checked:
self.state0d = True
else:
self.state0d = False
def returncBox0d(self):
return self.state0d
state0e = bool(int(rpa[0][5]))
def cBox0eChanged(self, state0e):
if state0e == Qt.Checked:
self.state0e = True
else:
self.state0e = False
def returncBox0e(self):
return self.state0e
state0f = bool(int(rpa[0][6]))
def cBox0fChanged(self, state0f):
if state0f == Qt.Checked:
self.state0f = True
else:
self.state0f = False
def returncBox0f(self):
return self.state0f
state0g = bool(int(rpa[0][7]))
def cBox0gChanged(self, state0g):
if state0g == Qt.Checked:
self.state0g = True
else:
self.state0g = False
def returncBox0g(self):
return self.state0g
state1 = bool(int(rpa[1][0]))
def cBox1Changed(self, state1):
if state1 == Qt.Checked:
self.state1 = True
else:
self.state1 = False
def returncBox1(self):
return self.state1
state1a = bool(int(rpa[1][1]))
def cBox1aChanged(self, state1a):
if state1a == Qt.Checked:
self.state1a = True
else:
self.state1a = False
def returncBox1a(self):
return self.state1a
state1b = bool(int(rpa[1][2]))
def cBox1bChanged(self, state1b):
if state1b == Qt.Checked:
self.state1b = True
else:
self.state1b = False
def returncBox1b(self):
return self.state1b
state1c = bool(int(rpa[1][3]))
def cBox1cChanged(self, state1c):
if state1c == Qt.Checked:
self.state1c = True
else:
self.state1c = False
def returncBox1c(self):
return self.state1c
state1d = bool(int(rpa[1][4]))
def cBox1dChanged(self, state1d):
if state1d == Qt.Checked:
self.state1d = True
else:
self.state0 = False
def returncBox1d(self):
return self.state1d
state1e = bool(int(rpa[1][5]))
def cBox1eChanged(self, state1e):
if state1e == Qt.Checked:
self.state1e = True
else:
self.state1e = False
def returncBox1e(self):
return self.state1e
state1f = bool(int(rpa[1][6]))
def cBox1fChanged(self, state1f):
if state1f == Qt.Checked:
self.state1f = True
else:
self.state1f = False
def returncBox1f(self):
return self.state1f
state1g = bool(int(rpa[1][7]))
def cBox1gChanged(self, state1g):
if state1g == Qt.Checked:
self.state1g = True
else:
self.state1g = False
def returncBox1g(self):
return self.state1g
state2 = bool(int(rpa[2][0]))
def cBox2Changed(self, state2):
if state2 == Qt.Checked:
self.state2 = True
else:
self.state2 = False
def returncBox2(self):
return self.state2
state2a = bool(int(rpa[2][1]))
def cBox2aChanged(self, state2a):
if state2a == Qt.Checked:
self.state2a = True
else:
self.state2a = False
def returncBox2a(self):
return self.state2a
state2b = bool(int(rpa[2][2]))
def cBox2bChanged(self, state2b):
if state2b == Qt.Checked:
self.state2b = True
else:
self.state2b = False
def returncBox2b(self):
return self.state2b
state2c = bool(int(rpa[2][3]))
def cBox2cChanged(self, state2c):
if state2c == Qt.Checked:
self.state2c = True
else:
self.state2c = False
def returncBox2c(self):
return self.state2c
state2d = bool(int(rpa[2][4]))
def cBox2dChanged(self, state2d):
if state2d == Qt.Checked:
self.state2d = True
else:
self.state2d = False
def returncBox2d(self):
return self.state2d
state2e = bool(int(rpa[2][5]))
def cBox2eChanged(self, state2e):
if state2e == Qt.Checked:
self.state2e = True
else:
self.state2e = False
def returncBox2e(self):
return self.state2e
state2f = bool(int(rpa[2][6]))
def cBox2fChanged(self, state2f):
if state2f == Qt.Checked:
self.state2f = True
else:
self.state2f = False
def returncBox2f(self):
return self.state2f
state2g = bool(int(rpa[2][7]))
def cBox2gChanged(self, state2g):
if state2g == Qt.Checked:
self.state2g = True
else:
self.state2g = False
def returncBox2g(self):
return self.state2g
state3 = bool(int(rpa[3][0]))
def cBox3Changed(self, state3):
if state3 == Qt.Checked:
self.state3 = True
else:
self.state3 = False
def returncBox3(self):
return self.state3
state3a = bool(int(rpa[3][1]))
def cBox3aChanged(self, state3a):
if state3a == Qt.Checked:
self.state3a = True
else:
self.state3a = False
def returncBox3a(self):
return self.state3a
state3b = bool(int(rpa[3][2]))
def cBox3bChanged(self, state3b):
if state3b == Qt.Checked:
self.state3b = True
else:
self.state3b = False
def returncBox3b(self):
return self.state3b
state3c = bool(int(rpa[3][3]))
def cBox3cChanged(self, state3c):
if state3c == Qt.Checked:
self.state3c = True
else:
self.state3c = False
def returncBox3c(self):
return self.state3c
state3d = bool(int(rpa[3][4]))
def cBox3dChanged(self, state3d):
if state3d == Qt.Checked:
self.state3d = True
else:
self.state3d = False
def returncBox3d(self):
return self.state3d
state3e = bool(int(rpa[3][5]))
def cBox3eChanged(self, state3e):
if state3e == Qt.Checked:
self.state3e = True
else:
self.state3e = False
def returncBox3e(self):
return self.state3e
state3f = bool(int(rpa[3][6]))
def cBox3fChanged(self, state3f):
if state3f == Qt.Checked:
self.state3f = True
else:
self.state3f = False
def returncBox3f(self):
return self.state3f
state3g = bool(int(rpa[3][7]))
def cBox3gChanged(self, state3g):
if state3g == Qt.Checked:
self.state3g = True
else:
self.state3g = False
def returncBox3g(self):
return self.state3g
state4 = bool(int(rpa[4][0]))
def cBox4Changed(self, state4):
if state4 == Qt.Checked:
self.state4 = True
else:
self.state4 = False
def returncBox4(self):
return self.state4
state4a = bool(int(rpa[4][1]))
def cBox4aChanged(self, state4a):
if state4a == Qt.Checked:
self.state4a = True
else:
self.state4a = False
def returncBox4a(self):
return self.state4a
state4b = bool(int(rpa[4][2]))
def cBox4bChanged(self, state4b):
if state4b == Qt.Checked:
self.state4b = True
else:
self.state4b = False
def returncBox4b(self):
return self.state4b
state4c = bool(int(rpa[4][3]))
def cBox4cChanged(self, state4c):
if state4c == Qt.Checked:
self.state4c = True
else:
self.state4c = False
def returncBox4c(self):
return self.state4c
state4d = bool(int(rpa[4][4]))
def cBox4dChanged(self, state4d):
if state4d == Qt.Checked:
self.state4d = True
else:
self.state4d = False
def returncBox4d(self):
return self.state4d
state4e = bool(int(rpa[4][5]))
def cBox4eChanged(self, state4e):
if state4e == Qt.Checked:
self.state4e = True
else:
self.state4e = False
def returncBox4e(self):
return self.state4e
state4f = bool(int(rpa[4][6]))
def cBox4fChanged(self, state4f):
if state4f == Qt.Checked:
self.state4f = True
else:
self.state4f = False
def returncBox4f(self):
return self.state4f
state4g = bool(int(rpa[4][7]))
def cBox4gChanged(self, state4g):
if state4g == Qt.Checked:
self.state4g = True
else:
self.state4g = False
def returncBox4g(self):
return self.state4g
state5 = bool(int(rpa[5][0]))
def cBox5Changed(self, state5):
if state5 == Qt.Checked:
self.state5 = True
else:
self.state5 = False
def returncBox5(self):
return self.state5
state5a = bool(int(rpa[5][1]))
def cBox5aChanged(self, state5a):
if state5a == Qt.Checked:
self.state5a = True
else:
self.state5a = False
def returncBox5a(self):
return self.state5a
state5b = bool(int(rpa[5][2]))
def cBox5bChanged(self, state5b):
if state5b == Qt.Checked:
self.state5b = True
else:
self.state5b = False
def returncBox5b(self):
return self.state5b
state5c = bool(int(rpa[5][3]))
def cBox5cChanged(self, state5c):
if state5c == Qt.Checked:
self.state5c = True
else:
self.state5c = False
def returncBox5c(self):
return self.state5c
state5d = bool(int(rpa[5][4]))
def cBox5dChanged(self, state5d):
if state5d == Qt.Checked:
self.state5d = True
else:
self.state5d = False
def returncBox5d(self):
return self.state5d
state5e = bool(int(rpa[5][5]))
def cBox5eChanged(self, state5e):
if state5e == Qt.Checked:
self.state5e = True
else:
self.state5e = False
def returncBox5e(self):
return self.state5e
state5f = bool(int(rpa[5][6]))
def cBox5fChanged(self, state5f):
if state5f == Qt.Checked:
self.state5f = True
else:
self.state5f = False
def returncBox5f(self):
return self.state5f
state5g = bool(int(rpa[5][7]))
def cBox5gChanged(self, state5g):
if state5g == Qt.Checked:
self.state5g = True
else:
self.state5g = False
def returncBox5g(self):
return self.state5g
state6 = bool(int(rpa[6][0]))
def cBox6Changed(self, state6):
if state6 == Qt.Checked:
self.state6 = True
else:
self.state6 = False
def returncBox6(self):
return self.state6
state6a = bool(int(rpa[6][1]))
def cBox6aChanged(self, state6a):
if state6a == Qt.Checked:
self.state6a = True
else:
self.state6a = False
def returncBox6a(self):
return self.state6a
state6b = bool(int(rpa[6][2]))
def cBox6bChanged(self, state6b):
if state6b == Qt.Checked:
self.state6b = True
else:
self.state6b = False
def returncBox6b(self):
return self.state6b
state6c = bool(int(rpa[6][3]))
def cBox6cChanged(self, state6c):
if state6c == Qt.Checked:
self.state6c = True
else:
self.state6c = False
def returncBox6c(self):
return self.state6c
state6d = bool(int(rpa[6][4]))
def cBox6dChanged(self, state6d):
if state6d == Qt.Checked:
self.state6d = True
else:
self.state6d = False
def returncBox6d(self):
return self.state6d
state6e = bool(int(rpa[6][5]))
def cBox6eChanged(self, state6e):
if state6e == Qt.Checked:
self.state6e = True
else:
self.state6e = False
def returncBox6e(self):
return self.state6e
state6f = bool(int(rpa[6][6]))
def cBox6fChanged(self, state6f):
if state6f == Qt.Checked:
self.state6f = True
else:
self.state6f = False
def returncBox6f(self):
return self.state6f
state6g = bool(int(rpa[6][7]))
def cBox6gChanged(self, state6g):
if state6g == Qt.Checked:
self.state6g = True
else:
self.state6g = False
def returncBox6g(self):
return self.state6g
state7 = bool(int(rpa[7][0]))
def cBox7Changed(self, state7):
if state7 == Qt.Checked:
self.state7 = True
else:
self.state7 = False
def returncBox7(self):
return self.state7
state7a = bool(int(rpa[7][1]))
def cBox7aChanged(self, state7a):
if state7a == Qt.Checked:
self.state7a = True
else:
self.state7a = False
def returncBox7a(self):
return self.state7a
state7b = bool(int(rpa[7][2]))
def cBox7bChanged(self, state7b):
if state7b == Qt.Checked:
self.state7b = True
else:
self.state7b = False
def returncBox7b(self):
return self.state7b
state7c = bool(int(rpa[7][3]))
def cBox7cChanged(self, state7c):
if state7c == Qt.Checked:
self.state7c = True
else:
self.state7c = False
def returncBox7c(self):
return self.state7c
state7d = bool(int(rpa[7][4]))
def cBox7dChanged(self, state7d):
if state7d == Qt.Checked:
self.state7d = True
else:
self.state7d = False
def returncBox7d(self):
return self.state7d
state7e = bool(int(rpa[7][5]))
def cBox7eChanged(self, state7e):
if state7e == Qt.Checked:
self.state7e = True
else:
self.state7e = False
def returncBox7e(self):
return self.state7e
state7f = bool(int(rpa[7][6]))
def cBox7fChanged(self, state7f):
if state7f == Qt.Checked:
self.state7f = True
else:
self.state7f = False
def returncBox7f(self):
return self.state7f
state7g = bool(int(rpa[7][7]))
def cBox7gChanged(self, state7g):
if state7g == Qt.Checked:
self.state7g = True
else:
self.state7g = False
def returncBox7g(self):
return self.state7g
state8 = bool(int(rpa[8][0]))
def cBox8Changed(self, state8):
if state8 == Qt.Checked:
self.state8 = True
else:
self.state8 = False
def returncBox8(self):
return self.state8
state8a = bool(int(rpa[8][1]))
def cBox8aChanged(self, state8a):
if state8a == Qt.Checked:
self.state8a = True
else:
self.state8a = False
def returncBox8a(self):
return self.state8a
state8b = bool(int(rpa[8][2]))
def cBox8bChanged(self, state8b):
if state8b == Qt.Checked:
self.state8b = True
else:
self.state8b = False
def returncBox8b(self):
return self.state8b
state8c = bool(int(rpa[8][3]))
def cBox8cChanged(self, state8c):
if state8c == Qt.Checked:
self.state8c = True
else:
self.state8c = False
def returncBox8c(self):
return self.state8c
state8d = bool(int(rpa[8][4]))
def cBox8dChanged(self, state8d):
if state8d == Qt.Checked:
self.state8d = True
else:
self.state8d = False
def returncBox8d(self):
return self.state8d
state8e = bool(int(rpa[8][5]))
def cBox8eChanged(self, state8e):
if state8e == Qt.Checked:
self.state8e = True
else:
self.state8e = False
def returncBox8e(self):
return self.state8e
state8f = bool(int(rpa[8][6]))
def cBox8fChanged(self, state8f):
if state8f == Qt.Checked:
self.state8f = True
else:
self.state8f = False
def returncBox8f(self):
return self.state8f
state8g = bool(int(rpa[8][7]))
def cBox8gChanged(self, state8g):
if state8g == Qt.Checked:
self.state8g = True
else:
self.state8g = False
def returncBox8g(self):
return self.state8g
state9 = bool(int(rpa[9][0]))
def cBox9Changed(self, state9):
if state9 == Qt.Checked:
self.state9 = True
else:
self.state9 = False
def returncBox9(self):
return self.state9
state9a = bool(int(rpa[9][1]))
def cBox9aChanged(self, state9a):
if state9a == Qt.Checked:
self.state9a = True
else:
self.state9a = False
def returncBox9a(self):
return self.state9a
state9b = bool(int(rpa[9][2]))
def cBox9bChanged(self, state9b):
if state9b == Qt.Checked:
self.state9b = True
else:
self.state9b = False
def returncBox9b(self):
return self.state9b
state9c = bool(int(rpa[9][3]))
def cBox9cChanged(self, state9c):
if state9c == Qt.Checked:
self.state9c = True
else:
self.state9c = False
def returncBox9c(self):
return self.state9c
state9d = bool(int(rpa[9][4]))
def cBox9dChanged(self, state9d):
if state9d == Qt.Checked:
self.state9d = True
else:
self.state9d = False
def returncBox9d(self):
return self.state9d
state9e = bool(int(rpa[9][5]))
def cBox9eChanged(self, state9e):
if state9e == Qt.Checked:
self.state9e = True
else:
self.state9e = False
def returncBox9e(self):
return self.state9e
state9f = bool(int(rpa[9][6]))
def cBox9fChanged(self, state9f):
if state9f == Qt.Checked:
self.state9f = True
else:
self.state9f = False
def returncBox9f(self):
return self.state9f
state9g = bool(int(rpa[9][7]))
def cBox9gChanged(self, state9g):
if state9g == Qt.Checked:
self.state9g = True
else:
self.state9g = False
def returncBox9g(self):
return self.state9g
state10 = bool(int(rpa[10][0]))
def cBox10Changed(self, state10):
if state10 == Qt.Checked:
self.state10 = True
else:
self.state10 = False
def returncBox10(self):
return self.state10
state10a = bool(int(rpa[10][1]))
def cBox10aChanged(self, state10a):
if state10a == Qt.Checked:
self.state10a = True
else:
self.state10a = False
def returncBox10a(self):
return self.state10a
state10b = bool(int(rpa[10][2]))
def cBox10bChanged(self, state10b):
if state10b == Qt.Checked:
self.state10b = True
else:
self.state10b = False
def returncBox10b(self):
return self.state10b
state10c = bool(int(rpa[10][3]))
def cBox10cChanged(self, state10c):
if state10c == Qt.Checked:
self.state10c = True
else:
self.state10c = False
def returncBox10c(self):
return self.state10c
state10d = bool(int(rpa[10][4]))
def cBox10dChanged(self, state10d):
if state10d == Qt.Checked:
self.state10d = True
else:
self.state10d = False
def returncBox10d(self):
return self.state10d
state10e = bool(int(rpa[10][5]))
def cBox10eChanged(self, state10e):
if state10e == Qt.Checked:
self.state10e = True
else:
self.state10e = False
def returncBox10e(self):
return self.state10e
state10f = bool(int(rpa[10][6]))
def cBox10fChanged(self, state10f):
if state10f == Qt.Checked:
self.state10f = True
else:
self.state10f = False
def returncBox10f(self):
return self.state10f
state10g = bool(int(rpa[10][7]))
def cBox10gChanged(self, state10g):
if state10g == Qt.Checked:
self.state10g = True
else:
self.state10g = False
def returncBox10g(self):
return self.state10g
state11 = bool(int(rpa[11][0]))
def cBox11Changed(self, state11):
if state11 == Qt.Checked:
self.state11 = True
else:
self.state11 = False
def returncBox11(self):
return self.state11
state11a = bool(int(rpa[11][1]))
def cBox11aChanged(self, state11a):
if state11a == Qt.Checked:
self.state11a = True
else:
self.state11a = False
def returncBox11a(self):
return self.state11a
state11b = bool(int(rpa[11][2]))
def cBox11bChanged(self, state11b):
if state11b == Qt.Checked:
self.state11b = True
else:
self.state11b = False
def returncBox11b(self):
return self.state11b
state11c = bool(int(rpa[11][3]))
def cBox11cChanged(self, state11c):
if state11c == Qt.Checked:
self.state11c = True
else:
self.state11c = False
def returncBox11c(self):
return self.state11c
state11d = bool(int(rpa[11][4]))
def cBox11dChanged(self, state11d):
if state11d == Qt.Checked:
self.state11d = True
else:
self.state11d = False
def returncBox11d(self):
return self.state11d
state11e = bool(int(rpa[11][5]))
def cBox11eChanged(self, state11e):
if state11e == Qt.Checked:
self.state11e = True
else:
self.state11e = False
def returncBox11e(self):
return self.state11e
state11f = bool(int(rpa[11][6]))
def cBox11fChanged(self, state11f):
if state11f == Qt.Checked:
self.state11f = True
else:
self.state11f = False
def returncBox11f(self):
return self.state11f
state11g = bool(int(rpa[11][7]))
def cBox11gChanged(self, state11g):
if state11g == Qt.Checked:
self.state11g = True
else:
self.state11g = False
def returncBox11g(self):
return self.state11g
state12 = bool(int(rpa[12][0]))
def cBox12Changed(self, state12):
if state12 == Qt.Checked:
self.state12 = True
else:
self.state12 = False
def returncBox12(self):
return self.state12
state12a = bool(int(rpa[12][1]))
def cBox12aChanged(self, state12a):
if state12a == Qt.Checked:
self.state12a = True
else:
self.state12a = False
def returncBox12a(self):
return self.state12a
state12b = bool(int(rpa[12][2]))
def cBox12bChanged(self, state12b):
if state12b == Qt.Checked:
self.state12b = True
else:
self.state12b = False
def returncBox12b(self):
return self.state12b
state12c = bool(int(rpa[12][3]))
def cBox12cChanged(self, state12c):
if state12c == Qt.Checked:
self.state12c = True
else:
self.state12c = False
def returncBox12c(self):
return self.state12c
state12d = bool(int(rpa[12][4]))
def cBox12dChanged(self, state12d):
if state12d == Qt.Checked:
self.state12d = True
else:
self.state12d = False
def returncBox12d(self):
return self.state12d
state12e = bool(int(rpa[12][5]))
def cBox12eChanged(self, state12e):
if state12e == Qt.Checked:
self.state12e = True
else:
self.state12e = False
def returncBox12e(self):
return self.state12e
state12f = bool(int(rpa[12][6]))
def cBox12fChanged(self, state12f):
if state12f == Qt.Checked:
self.state12f = True
else:
self.state12f = False
def returncBox12f(self):
return self.state12f
state12g = bool(int(rpa[12][7]))
def cBox12gChanged(self, state12g):
if state12g == Qt.Checked:
self.state12g = True
else:
self.state12g = False
def returncBox12g(self):
return self.state12g
state13 = bool(int(rpa[13][0]))
def cBox13Changed(self, state13):
if state13 == Qt.Checked:
self.state13 = True
else:
self.state13 = False
def returncBox13(self):
return self.state13
state13a = bool(int(rpa[13][1]))
def cBox13aChanged(self, state13a):
if state13a == Qt.Checked:
self.state13a = True
else:
self.state13a = False
def returncBox13a(self):
return self.state13a
state13b = bool(int(rpa[13][2]))
def cBox13bChanged(self, state13b):
if state13b == Qt.Checked:
self.state13b = True
else:
self.state13b = False
def returncBox13b(self):
return self.state13b
state13c = bool(int(rpa[13][3]))
def cBox13cChanged(self, state13c):
if state13c == Qt.Checked:
self.state13c = True
else:
self.state13c = False
def returncBox13c(self):
return self.state13c
state13d = bool(int(rpa[13][4]))
def cBox13dChanged(self, state13d):
if state13d == Qt.Checked:
self.state13d = True
else:
self.state13d = False
def returncBox13d(self):
return self.state13d
state13e = bool(int(rpa[13][5]))
def cBox13eChanged(self, state13e):
if state13e == Qt.Checked:
self.state13e = True
else:
self.state13e = False
def returncBox13e(self):
return self.state13e
state13f = bool(int(rpa[13][6]))
def cBox13fChanged(self, state13f):
if state13f == Qt.Checked:
self.state13f = True
else:
self.state13f = False
def returncBox13f(self):
return self.state13f
state13g = bool(int(rpa[13][7]))
def cBox13gChanged(self, state13g):
if state13g == Qt.Checked:
self.state13g = True
else:
self.state13g = False
def returncBox13g(self):
return self.state13g
state14 = bool(int(rpa[14][0]))
def cBox14Changed(self, state14):
if state14 == Qt.Checked:
self.state14 = True
else:
self.state14 = False
def returncBox14(self):
return self.state14
state14a = bool(int(rpa[14][1]))
def cBox14aChanged(self, state14a):
if state14a == Qt.Checked:
self.state14a = True
else:
self.state14a = False
def returncBox14a(self):
return self.state14a
state14b = bool(int(rpa[14][2]))
def cBox14bChanged(self, state14b):
if state14b == Qt.Checked:
self.state14b = True
else:
self.state14b = False
def returncBox14b(self):
return self.state14b
state14c = bool(int(rpa[14][3]))
def cBox14cChanged(self, state14c):
if state14c == Qt.Checked:
self.state14c = True
else:
self.state14c = False
def returncBox14c(self):
return self.state14c
state14d = bool(int(rpa[14][4]))
def cBox14dChanged(self, state14d):
if state14d == Qt.Checked:
self.state14d = True
else:
self.state14d = False
def returncBox14d(self):
return self.state14d
state14e = bool(int(rpa[14][5]))
def cBox14eChanged(self, state14e):
if state14e == Qt.Checked:
self.state14e = True
else:
self.state14e = False
def returncBox14e(self):
return self.state14e
state14f = bool(int(rpa[14][6]))
def cBox14fChanged(self, state14f):
if state14f == Qt.Checked:
self.state14f = True
else:
self.state14f = False
def returncBox14f(self):
return self.state14f
state14g = bool(int(rpa[14][7]))
def cBox14gChanged(self, state14g):
if state14g == Qt.Checked:
self.state14g = True
else:
self.state14g = False
def returncBox14g(self):
return self.state14g
state15 = bool(int(rpa[15][0]))
def cBox15Changed(self, state15):
if state15 == Qt.Checked:
self.state15 = True
else:
self.state15 = False
def returncBox15(self):
return self.state15
state15a = bool(int(rpa[15][1]))
def cBox15aChanged(self, state15a):
if state15a == Qt.Checked:
self.state15a = True
else:
self.state15a = False
def returncBox15a(self):
return self.state15a
state15b = bool(int(rpa[15][2]))
def cBox15bChanged(self, state15b):
if state15b == Qt.Checked:
self.state15b = True
else:
self.state15b = False
def returncBox15b(self):
return self.state15b
state15c = bool(int(rpa[15][3]))
def cBox15cChanged(self, state15c):
if state15c == Qt.Checked:
self.state15c = True
else:
self.state15c = False
def returncBox15c(self):
return self.state15c
state15d = bool(int(rpa[15][4]))
def cBox15dChanged(self, state15d):
if state15d == Qt.Checked:
self.state15d = True
else:
self.state15d = False
def returncBox15d(self):
return self.state15d
state15e = bool(int(rpa[15][5]))
def cBox15eChanged(self, state15e):
if state15e == Qt.Checked:
self.state15e = True
else:
self.state15e = False
def returncBox15e(self):
return self.state15e
state15f = bool(int(rpa[15][6]))
def cBox15fChanged(self, state15f):
if state15f == Qt.Checked:
self.state15f = True
else:
self.state15f = False
def returncBox15f(self):
return self.state15f
state15g = bool(int(rpa[15][7]))
def cBox15gChanged(self, state15g):
if state15g == Qt.Checked:
self.state15g = True
else:
self.state15g = False
def returncBox15g(self):
return self.state15g
@staticmethod
def getData(parent=None):
dialog = Widget(parent)
dialog.exec_()
return[dialog.returncBox0(),dialog.returncBox0a(),dialog.returncBox0b(),dialog.returncBox0c(),\
dialog.returncBox0d(),dialog.returncBox0e(),dialog.returncBox0f(),dialog.returncBox0g(),\
dialog.returncBox1(),dialog.returncBox1a(),dialog.returncBox1b(),dialog.returncBox1c(),\
dialog.returncBox1d(),dialog.returncBox1e(),dialog.returncBox1f(),dialog.returncBox1g(),\
dialog.returncBox2(),dialog.returncBox2a(),dialog.returncBox2b(),dialog.returncBox2c(),\
dialog.returncBox2d(),dialog.returncBox2e(),dialog.returncBox2f(),dialog.returncBox2g(),\
dialog.returncBox3(),dialog.returncBox3a(),dialog.returncBox3b(),dialog.returncBox3c(),\
dialog.returncBox3d(),dialog.returncBox3e(),dialog.returncBox3f(),dialog.returncBox3g(),\
dialog.returncBox4(),dialog.returncBox4a(),dialog.returncBox4b(),dialog.returncBox4c(),\
dialog.returncBox4d(),dialog.returncBox4e(),dialog.returncBox4f(),dialog.returncBox4g(),\
dialog.returncBox5(),dialog.returncBox5a(),dialog.returncBox5b(),dialog.returncBox5c(),\
dialog.returncBox5d(),dialog.returncBox5e(),dialog.returncBox5f(),dialog.returncBox5g(),\
dialog.returncBox6(),dialog.returncBox6a(),dialog.returncBox6b(),dialog.returncBox6c(),\
dialog.returncBox6d(),dialog.returncBox6e(),dialog.returncBox6f(),dialog.returncBox6g(),\
dialog.returncBox7(),dialog.returncBox7a(),dialog.returncBox7b(),dialog.returncBox7c(),\
dialog.returncBox7d(),dialog.returncBox7e(),dialog.returncBox7f(),dialog.returncBox7g(),\
dialog.returncBox8(),dialog.returncBox8a(),dialog.returncBox8b(),dialog.returncBox8c(),\
dialog.returncBox8d(),dialog.returncBox8e(),dialog.returncBox8f(),dialog.returncBox8g(),\
dialog.returncBox9(),dialog.returncBox9a(),dialog.returncBox9b(),dialog.returncBox9c(),\
dialog.returncBox9d(),dialog.returncBox9e(),dialog.returncBox9f(),dialog.returncBox9g(),\
dialog.returncBox10(),dialog.returncBox10a(),dialog.returncBox10b(),dialog.returncBox10c(),\
dialog.returncBox10d(),dialog.returncBox10e(),dialog.returncBox10f(),dialog.returncBox10g(),\
dialog.returncBox11(),dialog.returncBox11a(),dialog.returncBox11b(),dialog.returncBox11c(),\
dialog.returncBox11d(),dialog.returncBox11e(),dialog.returncBox11f(),dialog.returncBox11g(),\
dialog.returncBox12(),dialog.returncBox12a(),dialog.returncBox12b(),dialog.returncBox12c(),\
dialog.returncBox12d(),dialog.returncBox12e(),dialog.returncBox12f(),dialog.returncBox12g(),\
dialog.returncBox13(),dialog.returncBox13a(),dialog.returncBox13b(),dialog.returncBox13c(),\
dialog.returncBox13d(),dialog.returncBox13e(),dialog.returncBox13f(),dialog.returncBox13g(),\
dialog.returncBox14(),dialog.returncBox14a(),dialog.returncBox14b(),dialog.returncBox14c(),\
dialog.returncBox14d(),dialog.returncBox14e(),dialog.returncBox14f(),dialog.returncBox14g(),\
dialog.returncBox15(),dialog.returncBox15a(),dialog.returncBox15b(),dialog.returncBox15c(),\
dialog.returncBox15d(),dialog.returncBox15e(),dialog.returncBox15f(),dialog.returncBox15g()]
window = Widget()
data = window.getData()
mp1,mp2,mp3,mp4,mp5,mp6,mp7,mp8,mp9,mp10,mp11,mp12,mp13,mp14,mp15,mp16=('',)*16
for menu in range(1,17):
for pos in range(1,9):
if menu == 1:
if data[(menu-1)*8+(pos-1)] == True:
mp1 = mp1+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp1 = mp1+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp1 = mp1+'0'
elif menu == 2:
if data[(menu-1)*8+(pos-1)] == True:
mp2 = mp2+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp2 = mp2+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp2 = mp2+'0'
elif menu == 3:
if data[(menu-1)*8+(pos-1)] == True:
mp3 = mp3+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp3 = mp3+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp3 = mp3+'0'
elif menu == 4:
if data[(menu-1)*8+(pos-1)] == True:
mp4 = mp4+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp4 = mp4+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp4 = mp4+'0'
elif menu == 5:
if data[(menu-1)*8+(pos-1)] == True:
mp5 = mp5+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp5 = mp5+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp5 = mp5+'0'
elif menu == 6:
if data[(menu-1)*8+(pos-1)] == True:
mp6 = mp6+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp6 = mp6+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp6 = mp6+'0'
elif menu == 7:
if data[(menu-1)*8+(pos-1)] == True:
mp7 = mp7+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp7 = mp7+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp7 = mp7+'0'
elif menu == 8:
if data[(menu-1)*8+(pos-1)] == True:
mp8 = mp8+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp8 = mp8+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp8 = mp8+'0'
elif menu == 9:
if data[(menu-1)*8+(pos-1)] == True:
mp9 = mp9+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp9 = mp9+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp9 = mp9+'0'
elif menu == 10:
if data[(menu-1)*8+(pos-1)] == True:
mp10 = mp10+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp10 = mp10+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp10 = mp10+'0'
elif menu == 11:
if data[(menu-1)*8+(pos-1)] == True:
mp11 = mp11+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp11 = mp11+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp11 = mp11+'0'
elif menu == 12:
if data[(menu-1)*8+(pos-1)] == True:
mp12 = mp12+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp12 = mp12+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp12 = mp12+'0'
elif menu == 13:
if data[(menu-1)*8+(pos-1)] == True:
mp13 = mp13+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp13 = mp13+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp13 = mp13+'0'
elif menu == 14:
if data[(menu-1)*8+(pos-1)] == True:
mp14 = mp14+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp14 = mp14+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp14 = mp14+'0'
elif menu == 15:
if data[(menu-1)*8+(pos-1)] == True:
mp15 = mp15+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp15 = mp15+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp15 = mp15+'0'
elif menu == 16:
if data[(menu-1)*8+(pos-1)] == True:
mp16 = mp16+'1'
elif data[(menu-1)*8+(pos-1)] == False:
mp16 = mp16+'0'
elif not data[(menu-1)*8+(pos-1)]:
mp16 = mp16+'0'
#print(mp1,mp2,mp3,mp4,mp5,mp6,mp7,mp8,mp9,mp10,mp11,mp12,mp13,mp14,mp15,mp16)
#print(rpa)
#print(data)
ua = update(accounts).where(accounts.c.accountID == maccountnr).values(\
p1=mp1,p2=mp2,p3=mp3,p4=mp4,p5=mp5,p6=mp6,p7=mp7,p8=mp8,p9=mp9,p10=mp10,\
p11=mp11,p12=mp12,p13=mp13,p14=mp14,p15=mp15,p16=mp16)
conn.execute(ua)
updateOK(maccountnr, mvoorn,mtussen,machtern)
zoekAccount(m_email)
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