Create a python code for a calculator to Create four text boxes. Read the A$,$ B$,$ C and D values from these from tkinter import $*$

#Importing the Math library

import mathexpression $=""$in the text entry box

def press$($num$)$:global expressionexpression $=$ expression $+$ str$($num$)$equation$.$set$($expression$)$def equalpress$()$:for handling the errors like zeroPut that code inside the try blocktry:

global expression$*,/,$total $=$ eval$("$import$(\text{'}$math$\text{'})")$

total $=$ eval$($expression$)$equation$.$set$($total$)$

#setting expression value to the string of total so it can be used

further

expression $=$ str$($total$)$by the except block

except:equation.set$("$ Error $")$expression $=""$ def clear$()$:

global expressionexpression $=""$equation$.$set$("")$#The following function "def sqrt$()"$ isn't used and is not needed in this version $-$

It was used in the old versiondef sqrt$()$:global expressionmust convert to interger to use in equation

expression $=$ math.sqrt$($int$($expression$))$truncate decimals

equation.set$($int$($expression$))$used further

expression $=$ str$($expression$)$Program code

if $==""$:gui $=$ Tk$()$gui$.$configure$($background$=$"light blue"$)$gui$.$title$("$Calculator$")$gui$.$geometry$("362$x$125")$we create an instance of this class

equation $=$ StringVar$()$expression$\_$field $=$ Entry$($gui$,$ textvariable$=$equation$)$certain number of columns & rows # sets the size of the text box, span across columns & span length

expression$\_$field.grid$($columnspan$=5,$ ipadx$=120)$

# sets the initial text of the text box

equation.set$(\text{'}$Enter Your Expression'$)$

####### names $=\{\text{'}$sqrt$\text{'}$: sqrt$,$ 'power': pow$\}$

# create a Button, with text in it$,$ font color, background color,

# Uses Lambda commands for each number or expression OR commands for a

defined function above

# Height & Length for the size of the button

# Then places the Button on the grid in a certain row & column: Rows start at

$2,$ and Columns at $0$

button$1=$ Button$($gui$,$ text$=\text{'}1\text{'},$ fg$=$'black', bg$=$'pink', command$=$lambda:

press$(1),$ height$=1,$ width$=7)$

button$1.$grid$($row$=4,$ column$=0)$

button$2=$ Button$($gui$,$ text$=\text{'}2\text{'},$ fg$=$'black', bg$=$'pink', command$=$lambda:

press$(2),$ height$=1,$ width$=7)$

button$2.$grid$($row$=4,$ column$=1)$

button$3=$ Button$($gui$,$ text$=\text{'}3\text{'},$ fg$=$'black', bg$=$'pink', command$=$lambda:

press$(3),$ height$=1,$ width$=7)$

button$3.$grid$($row$=4,$ column$=2)$

button$4=$ Button$($gui$,$ text$=\text{'}4\text{'},$ fg$=$'black', bg$=$'pink', command$=$lambda:

press$(4),$ height$=1,$ width$=7)$

button$4.$grid$($row$=3,$ column$=0)$

button$5=$ Button$($gui$,$ text$=\text{'}5\text{'},$ fg$=$'black', bg$=$'pink', command$=$lambda:

press$(5),$ height$=1,$ width$=7)$

button$5.$grid$($row$=3,$ column$=1)$

button$6=$ Button$($gui$,$ text$=\text{'}6\text{'},$ fg$=$'black', bg$=$'pink', command$=$lambda:

press$(6),$ height$=1,$ width$=7)$

button$6.$grid$($row$=3,$ column$=2)$

button$7=$ Button$($gui$,$ text$=\text{'}7\text{'},$ fg$=$'black', bg$=$'pink', command$=$lambda:

press$(7),$ height$=1,$ width$=7)$

button$7.$grid$($row$=2,$ column$=0)$

button$8=$ Button$($gui$,$ text$=\text{'}8\text{'},$ fg$=$'black', bg$=$'pink', command$=$lambda:

press$(8),$ height$=1,$ width$=7)$

button$8.$grid$($row$=2,$ column$=1)$

button$9=$ Button$($gui$,$ text$=\text{'}9\text{'},$ fg$=$'black', bg$=$'pink', command$=$lambda:

press$(9),$ height$=1,$ width$=7)$

button$9.$grid$($row$=2,$ column$=2)$

button $0=$ Button$($gui$,$ text$=\text{'}0\text{'},$ fg$=$'black', bg$=$'pink', command$=$lambda:

press$(0),$ height$=1,$ width$=7)$

button$0.$grid$($row$=5,$ column$=1)$

plus $=$ Button$($gui$,$ text$=\text{'}+\text{'},$ fg$=$'black', bg$=$'yellow', command$=$lambda:

press$("+"),$ height$=1,$ width$=7)$

plus.grid$($row$=2,$ column$=3)$

minus $=$ Button$($gui$,$ text$=\text{'}-\text{'},$ fg$=$'black', bg$=$'yellow', command$=$lambda: press$("-"),$ height$=1,$ width$=7)$

minus.grid$($row$=3,$ column$=3)$

multiply $=$ Button$($gui$,$ text$=\text{'}*\text{'},$ fg$=$'black', bg$=$'yellow', command$=$lambda:

press$("*"),$ height$=1,$ width$=7)$

multiply.grid$($row$=4,$ column$=3)$

divide $=$ Button$($gui$,$ text$=\text{'}/\text{'},$ fg$=$'black', bg$=$'yellow', command$=$lambda:

press$("/"),$ height$=1,$ width$=7)$

divide.grid$($row$=5,$ column$=3)$

equal $=$ Button$($gui$,$ text$=\text{'}=\text{'},$ fg$=$'black', bg$=$'light green',

command$=$equalpress, height$=1,$ width$=7)$

equal.grid$($row$=5,$ column$=2)$

clear $=$ Button$($gui$,$ text$=$'Clear', fg$=$'black', bg$=$'red', command$=$clear,

height$=1,$ width$=7)$

clear.grid$($row$=2,$ column$=4)$

sqrt $=$ Button$($gui$,$ text$=\text{'}$ V $\text{'},$ fg$=$'black', bg$=$'white', command$=$lambda:

press$("$math$.$sqrt$("),$ height$=1,$ width$=7)$

sqrt$.$grid$($row$=3,$ column$=4)$

dec $=$ Button$($gui$,$ text$=\text{'},\text{'},$ fg$=$'black', bg$=$'orange', command$=$lambda:

press$("."),$ height$=1,$ width$=7)$

dec.grid$($row$=5,$ column$=0)$

paranthesis $=$ Button$($gui$,$ text$=\text{'})\text{'},$ fg$=$'black', bg$=$'white', command$=$lambda:

press$(")"),$ height$=1,$ width$=7)$

paranthesis.grid$($row$=4,$ column$=4)$Starts the GUI

gui.mainloop$()$

text boxes. Calculate the addition of those numbers:

$(($A $+$ B $)*2+($C $+$ D $)*3)$

Where A$,$ B and C are the inputs to be read from the text boxes.