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Copy pathAl-Kindi.py
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Al-Kindi.py
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import sys
from PyQt5.QtCore import *
from PyQt5.QtGui import *
from PyQt5.QtWidgets import *
class main_window(QMainWindow):
def __init__(self):
super().__init__()
self.setWindowTitle('Al-Kindi')
self.setFixedSize(QSize(340, 200))
self.setWindowIcon(QIcon(r"icos\app-ico.png"))
self.setCentralWidget(tabdemo())
class tabdemo(QTabWidget):
def __init__(self):
super().__init__()
self.addTab(Window1(), 'Convertor 1')
self.addTab(Window12(), 'Convertor 2')
self.addTab(Window2(), 'Ciphering')
class Window1(QWidget):
def __init__(self):
super().__init__()
layout_V = QVBoxLayout()
layout_1 = QHBoxLayout()
layout_2 = QHBoxLayout()
image_1 = QLabel()
image_1.setPixmap(QPixmap("icos\wall.jpeg"))
image_1.setFixedHeight(90)
layout_V.addWidget(image_1)
Font = QFont()
Font.setPointSize(13)
self.edit_1 = QLineEdit()
self.edit_1.setFont(Font)
self.edit_1.setMinimumSize(250, 10)
self.edit_1.setValidator(QIntValidator())
self.edit_1.setStyleSheet("selection-background-color: #FFB90F;")
layout_1.addWidget(self.edit_1)
self.edit_1.textChanged.connect(self.tc)
self.box_1 = QComboBox()
self.box_1.setFont(Font)
self.box_1.setMinimumSize(60, 10)
self.box_1.addItems(['BIN', 'OCT', 'DEC', 'HEX'])
self.box_1.setStyleSheet("selection-background-color: #FFB90F;")
layout_1.addWidget(self.box_1)
self.box_1.textActivated.connect(self.ch_1)
self.box_2 = QComboBox()
self.box_2.setFont(Font)
self.box_2.setMinimumSize(60, 10)
self.box_2.addItems(['OCT', 'DEC', 'HEX'])
self.box_2.setStyleSheet("selection-background-color: #FFB90F;")
layout_2.addWidget(self.box_2)
self.edit_2 = QLineEdit()
self.edit_2.setFont(Font)
self.edit_2.setMinimumSize(250, 10)
self.edit_2.setStyleSheet("selection-background-color: #FFB90F;")
self.edit_2.setReadOnly(True)
layout_2.addWidget(self.edit_2)
layout_V.addLayout(layout_1)
layout_V.addLayout(layout_2)
self.setLayout(layout_V)
def ch_1(self, oi):
if oi == 'BIN':
self.edit_1.clear()
self.box_2.clear()
self.box_2.addItems(['OCT', 'DEC', 'HEX'])
elif oi == 'HEX':
self.edit_1.clear()
self.edit_1.setValidator(QRegExpValidator())
self.box_2.clear()
self.box_2.addItems(['BIN', 'OCT', 'DEC'])
elif oi == 'OCT':
self.edit_1.clear()
self.box_2.clear()
self.box_2.addItems(['BIN', 'DEC', 'HEX'])
elif oi == 'DEC':
self.edit_1.clear()
self.box_2.clear()
self.box_2.addItems(['BIN', 'OCT', 'HEX'])
def tc(self, UI):
self.edit_2.setStyleSheet("selection-background-color: #FFB90F; background-color: white;")
if self.box_1.currentText()=='DEC' and self.box_2.currentText()=='BIN':
if UI=='':
NUM=0
else:
NUM=int(UI)
I=0
BIN=0
while NUM>0:
if (divmod(NUM,2))[1]==1:
BIN=BIN+10**(I)
I+=1
NUM=(divmod(NUM,2))[0]
self.edit_2.setText(str(BIN))
if self.box_1.currentText()=='DEC' and self.box_2.currentText()=='OCT':
if UI=='':
NUM=0
else:
NUM=int(UI)
I=0
OCT=0
while NUM>0:
OCT=OCT+(divmod(NUM,8))[1]*(10**(I))
I+=1
NUM=(divmod(NUM,8))[0]
self.edit_2.setText(str(OCT))
if self.box_1.currentText()=='DEC' and self.box_2.currentText()=='HEX':
if UI=='':
NUM=0
else:
NUM=int(UI)
I=0
HEX=''
while NUM>0:
if divmod(NUM,16)[1] >= 0 and divmod(NUM,16)[1] < 10:
HEX=str((divmod(NUM,16))[1])+str(HEX)
elif divmod(NUM,16)[1] == 10:
HEX='A'+str(HEX)
elif divmod(NUM,16)[1] == 11:
HEX='B'+str(HEX)
elif divmod(NUM,16)[1] == 12:
HEX='C'+str(HEX)
elif divmod(NUM,16)[1] == 13:
HEX='D'+str(HEX)
elif divmod(NUM,16)[1] == 14:
HEX='E'+str(HEX)
elif divmod(NUM,16)[1] == 15:
HEX='F'+str(HEX)
I+=1
NUM=(divmod(NUM,16))[0]
self.edit_2.setText(str(HEX))
if self.box_1.currentText()=='BIN' and self.box_2.currentText()=='DEC':
if UI=='':
self.edit_2.clear()
NUM=0
else:
if len(UI) <= 1:
if int(UI) > 1:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+(divmod(NUM,2))[1]*(2**(I))
I+=1
NUM=(divmod(NUM,10))[0]
self.edit_2.setText(str(DEC))
elif len(UI) > 1:
if int(UI)%10 > 1:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+(divmod(NUM,2))[1]*(2**(I))
I+=1
NUM=(divmod(NUM,10))[0]
self.edit_2.setText(str(DEC))
if self.box_1.currentText()=='BIN' and self.box_2.currentText()=='OCT':
if UI=='':
self.edit_2.clear()
NUM=0
else:
if len(UI) <= 1:
if int(UI) > 1:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+(divmod(NUM,2))[1]*(2**(I))
I+=1
NUM=(divmod(NUM,10))[0]
NUM=DEC
I=0
OCT=0
while NUM>0:
OCT=OCT+(divmod(NUM,8))[1]*(10**(I))
I+=1
NUM=(divmod(NUM,8))[0]
self.edit_2.setText(str(OCT))
elif len(UI) > 1:
if int(UI)%10 > 1:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+(divmod(NUM,2))[1]*(2**(I))
I+=1
NUM=(divmod(NUM,10))[0]
NUM=DEC
I=0
OCT=0
while NUM>0:
OCT=OCT+(divmod(NUM,8))[1]*(10**(I))
I+=1
NUM=(divmod(NUM,8))[0]
self.edit_2.setText(str(OCT))
if self.box_1.currentText()=='BIN' and self.box_2.currentText()=='HEX':
if UI=='':
self.edit_2.clear()
NUM=0
else:
if len(UI) <= 1:
if int(UI) > 1:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+(divmod(NUM,2))[1]*(2**(I))
I+=1
NUM=(divmod(NUM,10))[0]
NUM=DEC
I=0
HEX=''
while NUM>0:
if divmod(NUM,16)[1] >= 0 and divmod(NUM,16)[1] < 10:
HEX=str((divmod(NUM,16))[1])+str(HEX)
elif divmod(NUM,16)[1] == 10:
HEX='A'+str(HEX)
elif divmod(NUM,16)[1] == 11:
HEX='B'+str(HEX)
elif divmod(NUM,16)[1] == 12:
HEX='C'+str(HEX)
elif divmod(NUM,16)[1] == 13:
HEX='D'+str(HEX)
elif divmod(NUM,16)[1] == 14:
HEX='E'+str(HEX)
elif divmod(NUM,16)[1] == 15:
HEX='F'+str(HEX)
I+=1
NUM=(divmod(NUM,16))[0]
self.edit_2.setText(str(HEX))
elif len(UI) > 1:
if int(UI)%10 > 1:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+(divmod(NUM,2))[1]*(2**(I))
I+=1
NUM=(divmod(NUM,10))[0]
NUM=DEC
I=0
HEX=''
while NUM>0:
if divmod(NUM,16)[1] >= 0 and divmod(NUM,16)[1] < 10:
HEX=str((divmod(NUM,16))[1])+str(HEX)
elif divmod(NUM,16)[1] == 10:
HEX='A'+str(HEX)
elif divmod(NUM,16)[1] == 11:
HEX='B'+str(HEX)
elif divmod(NUM,16)[1] == 12:
HEX='C'+str(HEX)
elif divmod(NUM,16)[1] == 13:
HEX='D'+str(HEX)
elif divmod(NUM,16)[1] == 14:
HEX='E'+str(HEX)
elif divmod(NUM,16)[1] == 15:
HEX='F'+str(HEX)
I+=1
NUM=(divmod(NUM,16))[0]
self.edit_2.setText(str(HEX))
if self.box_1.currentText()=='OCT' and self.box_2.currentText()=='DEC':
if UI=='':
self.edit_2.clear()
NUM=0
else:
if len(UI) <= 1:
if int(UI) > 7:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+NUM%10*(8**(I))
I+=1
NUM=NUM//10
self.edit_2.setText(str(DEC))
elif len(UI) > 1:
if int(UI)%10 > 7:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+NUM%10*(8**(I))
I+=1
NUM=NUM//10
self.edit_2.setText(str(DEC))
if self.box_1.currentText()=='OCT' and self.box_2.currentText()=='BIN':
if UI=='':
self.edit_2.clear()
NUM=0
else:
if len(UI) <= 1:
if int(UI) > 7:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+NUM%10*(8**(I))
I+=1
NUM=NUM//10
NUM=DEC
I=0
BIN=0
while NUM>0:
if (divmod(NUM,2))[1]==1:
BIN=BIN+10**(I)
I+=1
NUM=(divmod(NUM,2))[0]
self.edit_2.setText(str(BIN))
elif len(UI) > 1:
if int(UI)%10 > 7:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+NUM%10*(8**(I))
I+=1
NUM=NUM//10
NUM=DEC
I=0
BIN=0
while NUM>0:
if (divmod(NUM,2))[1]==1:
BIN=BIN+10**(I)
I+=1
NUM=(divmod(NUM,2))[0]
self.edit_2.setText(str(BIN))
if self.box_1.currentText()=='OCT' and self.box_2.currentText()=='HEX':
if UI=='':
self.edit_2.clear()
NUM=0
else:
if len(UI) <= 1:
if int(UI) > 7:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+NUM%10*(8**(I))
I+=1
NUM=NUM//10
NUM=DEC
I=0
HEX=''
while NUM>0:
if divmod(NUM,16)[1] >= 0 and divmod(NUM,16)[1] < 10:
HEX=str((divmod(NUM,16))[1])+str(HEX)
elif divmod(NUM,16)[1] == 10:
HEX='A'+str(HEX)
elif divmod(NUM,16)[1] == 11:
HEX='B'+str(HEX)
elif divmod(NUM,16)[1] == 12:
HEX='C'+str(HEX)
elif divmod(NUM,16)[1] == 13:
HEX='D'+str(HEX)
elif divmod(NUM,16)[1] == 14:
HEX='E'+str(HEX)
elif divmod(NUM,16)[1] == 15:
HEX='F'+str(HEX)
I+=1
NUM=(divmod(NUM,16))[0]
self.edit_2.setText(str(HEX))
elif len(UI) > 1:
if int(UI)%10 > 7:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
NUM=int(UI)
I=0
DEC=0
while NUM>0:
DEC=DEC+NUM%10*(8**(I))
I+=1
NUM=NUM//10
NUM=DEC
I=0
HEX=''
while NUM>0:
if divmod(NUM,16)[1] >= 0 and divmod(NUM,16)[1] < 10:
HEX=str((divmod(NUM,16))[1])+str(HEX)
elif divmod(NUM,16)[1] == 10:
HEX='A'+str(HEX)
elif divmod(NUM,16)[1] == 11:
HEX='B'+str(HEX)
elif divmod(NUM,16)[1] == 12:
HEX='C'+str(HEX)
elif divmod(NUM,16)[1] == 13:
HEX='D'+str(HEX)
elif divmod(NUM,16)[1] == 14:
HEX='E'+str(HEX)
elif divmod(NUM,16)[1] == 15:
HEX='F'+str(HEX)
I+=1
NUM=(divmod(NUM,16))[0]
self.edit_2.setText(str(HEX))
if self.box_1.currentText()=='HEX' and self.box_2.currentText()=='DEC':
UI=UI.upper()
if UI=='':
self.edit_2.setText('0')
else:
h=['0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'A', 'B', 'C' ,'D' ,'E' ,'F']
if not UI[len(UI)-1] in h:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
UI = list(UI)
UI.reverse()
DEC = 0
for i in range(0, len(UI)):
match UI[i]:
case '0': UI[i] = 0
case '1': UI[i] = 1
case '2': UI[i] = 2
case '3': UI[i] = 3
case '4': UI[i] = 4
case '5': UI[i] = 5
case '6': UI[i] = 6
case '7': UI[i] = 7
case '8': UI[i] = 8
case '9': UI[i] = 9
case 'A': UI[i] = 10
case 'B': UI[i] = 11
case 'C': UI[i] = 12
case 'D': UI[i] = 13
case 'E': UI[i] = 14
case 'F': UI[i] = 15
DEC = DEC + (int(UI[i])*(16**i))
self.edit_2.setText(str(DEC))
if self.box_1.currentText()=='HEX' and self.box_2.currentText()=='BIN':
UI=UI.upper()
if UI=='':
self.edit_2.setText('0')
else:
h=['0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'A', 'B', 'C' ,'D' ,'E' ,'F']
if not UI[len(UI)-1] in h:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
UI = list(UI)
UI.reverse()
DEC = 0
for i in range(0, len(UI)):
match UI[i]:
case '0': UI[i] = 0
case '1': UI[i] = 1
case '2': UI[i] = 2
case '3': UI[i] = 3
case '4': UI[i] = 4
case '5': UI[i] = 5
case '6': UI[i] = 6
case '7': UI[i] = 7
case '8': UI[i] = 8
case '9': UI[i] = 9
case 'A': UI[i] = 10
case 'B': UI[i] = 11
case 'C': UI[i] = 12
case 'D': UI[i] = 13
case 'E': UI[i] = 14
case 'F': UI[i] = 15
DEC = DEC + (int(UI[i])*(16**i))
NUM=DEC
I=0
BIN=0
while NUM>0:
if (divmod(NUM,2))[1]==1:
BIN=BIN+10**(I)
I+=1
NUM=(divmod(NUM,2))[0]
self.edit_2.setText(str(BIN))
if self.box_1.currentText()=='HEX' and self.box_2.currentText()=='OCT':
UI=UI.upper()
if UI=='':
self.edit_2.setText('0')
else:
h=['0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'A', 'B', 'C' ,'D' ,'E' ,'F']
if not UI[len(UI)-1] in h:
self.edit_1.clear()
self.edit_2.setStyleSheet("color:white; background-color: red;")
self.edit_2.setText('ERROR')
else:
UI = list(UI)
UI.reverse()
DEC = 0
for i in range(0, len(UI)):
match UI[i]:
case '0': UI[i] = 0
case '1': UI[i] = 1
case '2': UI[i] = 2
case '3': UI[i] = 3
case '4': UI[i] = 4
case '5': UI[i] = 5
case '6': UI[i] = 6
case '7': UI[i] = 7
case '8': UI[i] = 8
case '9': UI[i] = 9
case 'A': UI[i] = 10
case 'B': UI[i] = 11
case 'C': UI[i] = 12
case 'D': UI[i] = 13
case 'E': UI[i] = 14
case 'F': UI[i] = 15
DEC = DEC + (int(UI[i])*(16**i))
NUM=DEC
I=0
OCT=0
while NUM>0:
OCT=OCT+(divmod(NUM,8))[1]*(10**(I))
I+=1
NUM=(divmod(NUM,8))[0]
self.edit_2.setText(str(OCT))
class Window12(QWidget):
def __init__(self):
super().__init__()
layout_11 = QVBoxLayout()
layout_12 = QHBoxLayout()
self.l1 = QLabel('Numeric Base:')
layout_11.addWidget(self.l1)
Font11 = QFont()
Font11.setPointSize(14)
self.BINr = QRadioButton("BIN")
self.BINr.clicked.connect(self.UCB)
self.OCTr = QRadioButton("OCT")
self.OCTr.clicked.connect(self.UCO)
self.DECr = QRadioButton("DEC")
self.DECr.clicked.connect(self.UCD)
self.HEXr = QRadioButton("HEX")
self.HEXr.clicked.connect(self.UCH)
layout_12.addWidget(self.BINr)
layout_12.addWidget(self.OCTr)
layout_12.addWidget(self.DECr)
layout_12.addWidget(self.HEXr)
layout_11.addLayout(layout_12)
layout_a = QHBoxLayout()
self.la = QLabel('Input:')
self.la.setFont(Font11)
self.ea = QLineEdit()
self.ea.setFont(Font11)
self.ea.setValidator(QIntValidator())
self.ea.setStyleSheet("selection-background-color: #FFB90F;")
layout_a.addWidget(self.la)
layout_a.addWidget(self.ea)
layout_11.addLayout(layout_a)
layout_11.addStretch()
layout_11.addStretch()
self.ea.textChanged.connect(self.UI0)
layout_b = QHBoxLayout()
self.lb = QLabel('###')
layout_b.addWidget(self.lb)
self.eb = QLineEdit()
self.eb.setReadOnly(True)
self.eb.setFixedSize(QSize(285, 20))
layout_b.addWidget(self.eb)
layout_11.addLayout(layout_b)
layout_c = QHBoxLayout()
self.lc = QLabel('###')
layout_c.addWidget(self.lc)
self.ec = QLineEdit()
self.ec.setReadOnly(True)
self.ec.setFixedSize(QSize(285, 20))
layout_c.addWidget(self.ec)
layout_11.addLayout(layout_c)
layout_d = QHBoxLayout()
self.ld = QLabel('###')
layout_d.addWidget(self.ld)
self.ed = QLineEdit()
self.ed.setReadOnly(True)
self.ed.setFixedSize(QSize(285, 20))
layout_d.addWidget(self.ed)
layout_11.addLayout(layout_d)
self.setLayout(layout_11)
def UCB(self, ucb):
if ucb == True:
self.ea.clear()
self.eb.clear()
self.ec.clear()
self.ed.clear()
self.lb.setText('OCT:')
self.lc.setText('DEC:')
self.ld.setText('HEX:')
def UCO(self, uco):
if uco == True:
self.ea.clear()
self.eb.clear()
self.ec.clear()
self.ed.clear()
self.lb.setText('BIN:')
self.lc.setText('DEC:')
self.ld.setText('HEX:')
def UCD(self, ucd):
if ucd == True:
self.ea.clear()
self.eb.clear()
self.ec.clear()
self.ed.clear()
self.lb.setText('BIN:')
self.lc.setText('OCT:')
self.ld.setText('HEX:')
def UCH(self, uch):
if uch == True:
self.ea.clear()
self.ea.setValidator(QRegExpValidator())
self.eb.clear()
self.ec.clear()
self.ed.clear()
self.lb.setText('BIN:')
self.lc.setText('OCT:')
self.ld.setText('DEC:')
def UI0(self, oii):
Font12 = QFont()
Font12.setPointSize(13)
self.eb.setStyleSheet("selection-background-color: #FFB90F; background-color: white;")
self.eb.setFont(Font12)
self.ec.setStyleSheet("selection-background-color: #FFB90F; background-color: white;")
self.ec.setFont(Font12)
self.ed.setStyleSheet("selection-background-color: #FFB90F; background-color: white;")
self.ed.setFont(Font12)
if self.BINr.isChecked():
if oii=='':
self.eb.clear()
self.ec.clear()
self.ed.clear()
NUM=0
else:
if len(oii) <= 1:
if int(oii) > 1:
self.ea.clear()
self.eb.setStyleSheet("color:white; background-color: red;")
self.eb.setText('ERROR')
self.ec.setStyleSheet("color:white; background-color: red;")
self.ec.setText('ERROR')
self.ed.setStyleSheet("color:white; background-color: red;")
self.ed.setText('ERROR')
else:
NUM=int(oii)
I=0
self.ec.setText(oii)
DEC=0
while NUM>0:
DEC=DEC+(divmod(NUM,2))[1]*(2**(I))
I+=1
NUM=(divmod(NUM,10))[0]
NUM=DEC
NUM8=DEC
I=0
if NUM == 0:
HEX='0'
else:
HEX=''
while NUM>0:
if divmod(NUM,16)[1] >= 0 and divmod(NUM,16)[1] < 10:
HEX=str((divmod(NUM,16))[1])+str(HEX)
elif divmod(NUM,16)[1] == 10:
HEX='A'+str(HEX)
elif divmod(NUM,16)[1] == 11:
HEX='B'+str(HEX)
elif divmod(NUM,16)[1] == 12:
HEX='C'+str(HEX)
elif divmod(NUM,16)[1] == 13:
HEX='D'+str(HEX)
elif divmod(NUM,16)[1] == 14:
HEX='E'+str(HEX)
elif divmod(NUM,16)[1] == 15:
HEX='F'+str(HEX)
I+=1
NUM=(divmod(NUM,16))[0]
I=0
OCT=0
while NUM8>0:
OCT=OCT+(divmod(NUM8,8))[1]*(10**(I))
I+=1
NUM8=(divmod(NUM8,8))[0]
self.eb.setText(str(OCT))
self.ed.setText(str(HEX))
elif len(oii) > 1:
if int(oii)%10 > 1:
self.ea.clear()
self.eb.setStyleSheet("color:white; background-color: red;")
self.eb.setText('ERROR')
self.ec.setStyleSheet("color:white; background-color: red;")
self.ec.setText('ERROR')
self.ed.setStyleSheet("color:white; background-color: red;")
self.ed.setText('ERROR')
else:
NUM=int(oii)
I=0
DEC=0
while NUM>0:
DEC=DEC+(divmod(NUM,2))[1]*(2**(I))
I+=1
NUM=(divmod(NUM,10))[0]
NUM=DEC
NUM8=DEC
self.ec.setText(str(DEC))
I=0
if NUM == 0:
HEX='0'
else:
HEX=''
while NUM>0:
if divmod(NUM,16)[1] >= 0 and divmod(NUM,16)[1] < 10:
HEX=str((divmod(NUM,16))[1])+str(HEX)
elif divmod(NUM,16)[1] == 10:
HEX='A'+str(HEX)
elif divmod(NUM,16)[1] == 11:
HEX='B'+str(HEX)
elif divmod(NUM,16)[1] == 12:
HEX='C'+str(HEX)
elif divmod(NUM,16)[1] == 13:
HEX='D'+str(HEX)
elif divmod(NUM,16)[1] == 14:
HEX='E'+str(HEX)
elif divmod(NUM,16)[1] == 15:
HEX='F'+str(HEX)
I+=1
NUM=(divmod(NUM,16))[0]
I=0
OCT=0
while NUM8>0:
OCT=OCT+(divmod(NUM8,8))[1]*(10**(I))
I+=1
NUM8=(divmod(NUM8,8))[0]
self.eb.setText(str(OCT))
self.ed.setText(str(HEX))
if self.DECr.isChecked():
if oii=='':
NUM2=0
NUM8=0
NUM=0
else:
NUM2=int(oii)
NUM8=int(oii)
NUM=int(oii)
I=0
BIN=0
while NUM2>0:
if (divmod(NUM2,2))[1]==1:
BIN=BIN+10**(I)
I+=1
NUM2=(divmod(NUM2,2))[0]
I=0
OCT=0
while NUM8>0:
OCT=OCT+(divmod(NUM8,8))[1]*(10**(I))
I+=1
NUM8=(divmod(NUM8,8))[0]
if oii=='':
NUM=0
else:
NUM=int(oii)
I=0
if NUM == 0:
HEX='0'
else:
HEX=''
while NUM>0:
if divmod(NUM,16)[1] >= 0 and divmod(NUM,16)[1] < 10:
HEX=str((divmod(NUM,16))[1])+str(HEX)
elif divmod(NUM,16)[1] == 10:
HEX='A'+str(HEX)
elif divmod(NUM,16)[1] == 11:
HEX='B'+str(HEX)
elif divmod(NUM,16)[1] == 12:
HEX='C'+str(HEX)
elif divmod(NUM,16)[1] == 13:
HEX='D'+str(HEX)
elif divmod(NUM,16)[1] == 14:
HEX='E'+str(HEX)
elif divmod(NUM,16)[1] == 15:
HEX='F'+str(HEX)
I+=1
NUM=(divmod(NUM,16))[0]
self.ec.setText(str(OCT))
self.ed.setText(str(HEX))
self.eb.setText(str(BIN))
if self.OCTr.isChecked():
if oii=='':
self.eb.clear()
self.ec.clear()
self.ed.clear()
NUM=0
else:
if len(oii) <= 1:
if int(oii) > 7:
self.ea.clear()
self.eb.setStyleSheet("color:white; background-color: red;")
self.eb.setText('ERROR')
self.ec.setStyleSheet("color:white; background-color: red;")
self.ec.setText('ERROR')
self.ed.setStyleSheet("color:white; background-color: red;")
self.ed.setText('ERROR')
else:
NUM=int(oii)
I=0
self.ec.setText(oii)
DEC=0
while NUM>0:
DEC=DEC+NUM%10*(8**(I))
I+=1
NUM=NUM//10
NUM=DEC
NUM_=DEC
I=0
if NUM == 0:
HEX='0'
else:
HEX=''
while NUM>0:
if divmod(NUM,16)[1] >= 0 and divmod(NUM,16)[1] < 10:
HEX=str((divmod(NUM,16))[1])+str(HEX)
elif divmod(NUM,16)[1] == 10:
HEX='A'+str(HEX)
elif divmod(NUM,16)[1] == 11:
HEX='B'+str(HEX)
elif divmod(NUM,16)[1] == 12:
HEX='C'+str(HEX)
elif divmod(NUM,16)[1] == 13:
HEX='D'+str(HEX)
elif divmod(NUM,16)[1] == 14:
HEX='E'+str(HEX)
elif divmod(NUM,16)[1] == 15:
HEX='F'+str(HEX)
I+=1
NUM=(divmod(NUM,16))[0]
I=0
BIN=0
while NUM_>0:
if (divmod(NUM_,2))[1]==1:
BIN=BIN+10**(I)
I+=1
NUM_=(divmod(NUM_,2))[0]
self.eb.setText(str(BIN))
self.ed.setText(str(HEX))
elif len(oii) > 1:
if int(oii)%10 > 7:
self.ea.clear()
self.eb.setStyleSheet("color:white; background-color: red;")
self.eb.setText('ERROR')
self.ec.setStyleSheet("color:white; background-color: red;")
self.ec.setText('ERROR')
self.ed.setStyleSheet("color:white; background-color: red;")
self.ed.setText('ERROR')
else:
NUM=int(oii)
I=0
DEC=0
while NUM>0:
DEC=DEC+NUM%10*(8**(I))
I+=1
NUM=NUM//10
NUM=DEC
NUM_=DEC
self.ec.setText(str(DEC))
I=0
if NUM==0:
HEX='0'
else:
HEX=''
while NUM>0:
if divmod(NUM,16)[1] >= 0 and divmod(NUM,16)[1] < 10:
HEX=str((divmod(NUM,16))[1])+str(HEX)
elif divmod(NUM,16)[1] == 10:
HEX='A'+str(HEX)
elif divmod(NUM,16)[1] == 11:
HEX='B'+str(HEX)
elif divmod(NUM,16)[1] == 12:
HEX='C'+str(HEX)
elif divmod(NUM,16)[1] == 13:
HEX='D'+str(HEX)
elif divmod(NUM,16)[1] == 14:
HEX='E'+str(HEX)
elif divmod(NUM,16)[1] == 15:
HEX='F'+str(HEX)
I+=1
NUM=(divmod(NUM,16))[0]
I=0