Write in MASM.Write an assembly language program that reads movie review information from a text file and reports the overall scores for each movie as well as identifying the movie with the highest total score. There are three movie reviewers numbered from $1$ to $3.$ They are submitting reviews for five movies, identified by the letters from $$A$$ through $$E$.$ Reviews are reported by using the letter identifying the movie, the review rating, which is a number from $0$ to $100,$ and the reviewer$$s identifying number. For example, to report that movie B was rated a score of $87$ by reviewer $3,$ there will be a line in the text file that looks like this: B$,87,3$ The fields within each record are separated from each other by a comma. Your program must store the movie review scores in a two$-$dimensional

array $(3$ rows by $5$ columns$).$ Each row represents a reviewer. Each column represents a movie. Initialize the array to zeroes and read the movie review information from a file. After reading and processing the whole file, display a report that shows the total score for each movie and the movie that had the

highest total score. Section $9\mathrm{.}4$ of our textbook discusses two$-$dimensional arrays. Section $9\mathrm{.}4\mathrm{.}2$ discusses Base$-$Index Operands and even contains an example of how to

calculate a row sum for a two$-$dimensional array. Chapter $11$ contains an example program named ReadFile.asm that will show you how to prompt the user for a file name, open a file, read its contents, and close the file when you are done. Look in section $11\mathrm{.}1\mathrm{.}8,$ Testing the File I$/$O Procedures.

Each record in a text file is terminated by the two characters, Carriage Return $(0$Dh$)$ and Line Feed $(0$Ah$).$

Assume that you wish to process a text file named $$reviews$.$txt$$ that is

stored on the $$C:$$ drive in the $$Data$$ folder. If you are using a Windows

computer, you have two ways to identify the path to the file$$s location:

C:$/$Data$/$reviews$.$txt OR C:$\backslash \backslash$Data$\backslash \backslash$reviews$.$txt

Double backslash characters $(\backslash )$ are needed because a single backslash is

defined as being the first part of an escape sequence such as newline $($

$).$This code can be used to load a reviewer$$s score into the array of movie reviews:

$$Project $4$ Tip $-$ Loading Array

$$ ; Insert score at reviews$[$rowIndex$][$colIndex$]$

$$ mov$$ edx,rowSize$$ ; row size in bytes

$$ mov$$ eax,rowIndex$$ ; row index

$$ mul$$ edx$$ ; row index $*$ row size

$$ mov$$ index,eax$$ ; save row index $*$ row size

$$ mov$$ eax,colIndex$$ ; load col index

$$ shl$$ eax,$2$ ; eax $=$ colIndex $*4$

$$ add$$ eax,index$$ ; eax contains offset

$$ mov$$ edx,score$$ ; edx $=$ reviewer's score

$$ mov$$ ebx,OFFSET reviews$$ ; array of review scores

$$ mov$[$ebx $+$ eax$],$edx$$ ; Store score for movie

$$

Section $9\mathrm{.}4$ of your textbook deals with two$-$dimensional arrays. There is even an example showing how to calculate a row sum. You may be able to adapt this example to calculate a column sum.

This is review.txt file

D$,84,2$

A$,90,3$

A$,87,1$

B$,35,2$

B$,100,1$

C$,75,1$

D$,84,1$

B$,87,2$

A$,0,2$

C$,25,2$

D$,45,3$

E$,35,3$

A$,90,1$

B$,100,3$

C$,75,3$

E$,35,1$

C$,78,2$

E$,35,2$

D$,100,3$

E$,0,3$