Develop a complete Interpreter in python that executes with the scanner and parser for the Julia Grammar below. You must show the execution of this program by using several relevant source lines as input, the program must show the corresponding statement recognized. Write a short report with READABLE screenshot of your execution output, then your report describing the work performed, followed by your interpreter code copied and pasted as text.

Scanner

import re

# Define token types

token$\_$spec $=[$

$(\text{'}$FUNCTION$\text{'},$ r$\text{'}\backslash$bfunction$\backslash$b$\text{'}),$

$(\text{'}$END$\text{'},$ r$\text{'}\backslash$bend$\backslash$b$\text{'}),$

$(\text{'}$IF$\text{'},$ r$\text{'}\backslash$bif$\backslash$b$\text{'}),$

$(\text{'}$THEN$\text{'},$ r$\text{'}\backslash$bthen$\backslash$b$\text{'}),$

$(\text{'}$ELSE$\text{'},$ r$\text{'}\backslash$belse$\backslash$b$\text{'}),$

$(\text{'}$WHILE$\text{'},$ r$\text{'}\backslash$bwhile$\backslash$b$\text{'}),$

$(\text{'}$DO$\text{'},$ r$\text{'}\backslash$bdo$\backslash$b$\text{'}),$

$(\text{'}$REPEAT$\text{'},$ r$\text{'}\backslash$brepeat$\backslash$b$\text{'}),$

$(\text{'}$UNTIL$\text{'},$ r$\text{'}\backslash$buntil$\backslash$b$\text{'}),$

$(\text{'}$PRINT$\text{'},$ r$\text{'}\backslash$bprint$\backslash$b$\text{'}),$

$(\text{'}$ID$\text{'},$ r$\text{'}[$A$-$Za$-$z$\_][$A$-$Za$-$z$0-9\_]*\text{'}),$

$(\text{'}$ASSIGN$\text{'},$ r$\text{'}=\text{'}),$

$(\text{'}$LE$\_$Operator', r$\text{'}<=\text{'}),$

$(\text{'}$LT$\_$Operator', r$\text{'}<\text{'}),$

$(\text{'}$GE$\_$Operator', r$\text{'}>=\text{'}),$

$(\text{'}$GT$\_$Operator', r$\text{'}>\text{'}),$

$(\text{'}$EQ$\_$Operator', r$\text{'}==\text{'}),$

$(\text{'}$NE$\_$Operator', r$\text{'}$~$=\text{'}),$

$(\text{'}$Add$\_$Operator', r$\text{'}\backslash +\text{'}),$

$(\text{'}$Sub$\_$Operator', r$\text{'}-\text{'}),$

$(\text{'}$Mul$\_$Operator', r$\text{'}\backslash *\text{'}),$

$(\text{'}$Div$\_$Operator', r$\text{'}/\text{'}),$

$(\text{'}$INTEGER$\text{'},$ r$\text{'}\backslash$d$+\text{'}),$

$(\text{'}$NEWLINE$\text{'},$ r$\text{'}$

$\text{'}),$

$(\text{'}$SKIP$\text{'},$ r$\text{'}[\backslash$t$]+\text{'}),$

$(\text{'}$MISMATCH$\text{'},$ r$\text{'}.\text{'}),$

$]$

# Compile the regex for efficiency

token$\_$regex $=\text{'}|\text{'}.$join$(\text{'}(?$P