C$++$ ONLY PLEASE

The data in file Income.csv represents the average annual income by state for the years

$2016-2018.$ In addition to the average salaries, the data contains a state name and a

ranking based on the $2018$ salaries.

The first program $($PGM$12-1.$cpp$)$ will read the data from the file Income.csv and create

an output binary file called Income.dat. You must create an instance of a struct like the

one listed below to store each record before writing that struct instance to the output file.

Display each record read including the record number in the file as the output shows

below $($this is the result of the input file containing only the first five records$).$

struct Record

$\{$

char state$[80]$;

double pop$2018$;

double pop$2017$;

double pop$2016$;

int rank;

$\}$;

record #$1$ Alabama $49861481234625746$

record #$2$ Alaska $7434673181764409$

record #$3$ Arizona $59246565815355828$

record #$4$ Arkansas $47062458694433449$

record #$5$ California $7527771805677397$

Program $12-1$ has completed

Press any key to continue $...$

A second program $($PGM$12-2.$cpp$)$ will read the binary file Income.dat and create a

report that is written to a text file called Report.txt$.$ The Report.txt file should resemble

the format below. Please take the time to align the data as shown.

In this program you must assign a state number which is the position the record is in the

file. You will need to determine and print a total line for the USA that will contain the

average for each year. In this case the average will not have any decimal positions, but

must be calculated with rounding.

The Report.txt file format is $($this is the result of the input file containing only the first

five records$)$:

Number Rank State $201820172016$

$--------------------------------------$

$146$ Alabama $498614812346257$

$29$ Alaska $743467318176440$

$328$ Arizona $592465658153558$

$449$ Arkansas $470624586944334$

$57$ California $752777180567739$

$-------------------------------------$

Average USA $611585911257666$

Include a query of the data by prompting the user to enter a state number. Edit the user

input for numbers outside the range of $1-51.$ Zero $(0)$ is the sentinel value that ends the

program. Using random access to the binary file, find the data for the state requested.

The following is a typical script. This data should be displayed on the console, not in the

Report.txt file.

Enter a state number to display $(0$ to exit$)$: $-1$

Invalid state number, please re$-$enter

Enter a state number to display $(0$ to exit$)$: $53$

Invalid state number, please re$-$enter

Enter a state number to display $(0$ to exit$)$: $3$

$28$ Arizona $592465658153558$

Enter a state number to display $(0$ to exit$)$: $1$

$46$ Alabama $498614812346257$

Enter a state number to display $(0$ to exit$)$: $0$

Program PGM$12-2$ has completed

Income.csv

$\backslash$table$[[$Alabama$,49861,48123,46257,46],[$Alaska$,74346,73181,76440,9],[$Arizona$,59246,56581,53558,28],[$Arkansas$,47062,45869,44334,49],[$California$,75277,71805,67739,7],[$Colorado$,71953,69117,65685,12],[$Connecticu$,76348,74168,73433,6],[$Delaware$,64805,62852,61757,17],[$Florida$,55462,52594,50860,38],[$Georgia$,58756,56183,53559,29],[$Hawaii$,80212,77765,74511,4],[$Idaho$,55583,52225,51807,37],[$Illinois$,65030,62992,60960,16],[$Indiana$,55746,54181,52314,35],[$lowa$,59995,58570,56247,26],[$Kansas$,58218,56422,54422,31],[$Kentucky$,50247,48375,46659,45],[$Louisiana$,47905,46145,45146,47],[$Maine$,55602,55277,53079,36],[$Maryland$,83242,80776,78945,2],[$Massachus$,79835,77385,75297,5],[$Michigan$,56697,54909,52491,32],[$Minnesota$,70315,68388,65599,14],[$Mississippi$,44717,43529,41754,50],[$Missouri$,54478,53578,51746,40],[$Montana$,55328,53386,50027,39],[$Nebraska$,59566,59970,56927,27],[$Nevada$,58646,58003,55180,30],[$New Hamp,$74991,73381,70936,8],[$New Jerse$),81740,80088,76126,3],[$New Mexic,$47169,46744,46746,48],[$New York,$67844,64894,62909,15],[$North Caro,$53855,52752,50584,41],[$North Dako,$63837,61843,60656,19],[$Ohio$,56111,54021,52344,34],[$Oklahoma$,51924,50051,49176,44],[$Oregon$,63426,60212,57532,20],[$Pennsylvar$,60905,59105,56907,22],[$Rhode Islal,$64340,63870,60596,18],[$South Carc,$52306,50570,49501,43],[$South Dakc,$56274,56521,54467,33],[$Tennessee$,52375,51340,48547,42],[$Texas