Do this program with only using very basic console input$/$output$,$ variables, constants, assignments, branches, loops, file I$/$O$,$ and arrays concepts. Make everything within the int main$()\{\}$ function. DO NOT MAKE SEPERATE FUNCTIONS. Create a C$++$ program to read dates from the console or data file. The dates have to be between January $1,$

$2000,$ and December $31,2099.$

For each date, determine what day of the week this date falls on$.$ If the date falls outside the valid range,

do not process it$.$ Output an appropriate error message: For example, for $12-13-1998,$ the message should

be "ERROR: $12-13-1998$ is outside of range".

You may assume that the day$-$month will be integers greater than $0$ and that the combination will be valid,

i$.$e$.,$ there will not be a month $>12$ or day $>31$ or any invalid combination of the two. Months and days

will have a leading $0$ if needed.

Ask the user if they wish to input dates via the console window or process dates out of a data file. If the

user selects the console, allow them to enter any number of dates until they enter DONE.

How do you want to provide the data? $[$C$-$onsole, or F$-$ile$]$: C

Enter date $[$mm$-$dd$-$yyyy$,$ or DONE$]$: $\_$

If they select a data file, process the supplied data file named Pgm$5\_$Data.txt until all dates are processed.

There will not be DONE at the end of the file. Create an output file called Pgm$5\_$Output.txt containing all

processed dates and appropriate error messages for dates falling outside the required range. Assume dates

in range will be in proper date format, i$.$e$.,$ mm$-$dd$-$yyyy where m$=$month, d$=$day, and y$=$year digits.

If the provided date is $07-13-2004,$ then the program's output should be:

July $13,2004,$ falls on a Tuesday $(31$ days$)$

If the provided date is $02-29-2024,$ then the program's output should be:

February $29,2024,$ falls on a Thursday $(29$ days$)$

Note that your program must determine if a given year is a leap year to determine the number of days in

the date's month. You will also use a specific algorithm to find the day of the week, given a date in the

described format.

$2$

What Day of Week is it Algorithm $($Using date $7-13-2004)$

$1.$ Take the last two digits of the year and add a quarter onto itself. $($Example: $2004$ is the year, $04+1=5)$

Hint: Use integer division to get the quarter.

$2.$ A unique month code will be needed to compute the day of the week and should be stored in an array.

Create a one$-$dimensional array to hold the month codes, as shown in the below table.

Assign the month code based on the month of your date. Note: if the month is July, the month code used for

computation will be $5($see the arrow in the table above$).$ The code is not the month's number. Use the table

to find the month code needed for a particular month in your date.

$3.$ Assign the day number to a variable that will hold the day $($for $7-13-2004,$ it is $13).$

$4.$ Add the numbers from steps $1,2,$ and $3$ together $(5+5+13=23).$ NOTE: For leap years, subtract $1$

only if the month is January or February.

$5.$ Take away $7($or multiples of $7)$ until a number between $0-6$ is left. $(23-21=2)$ Hint: Use modulus.

The number you get from the above computations corresponds to the day of the week. $(0=$Sunday, $1=$

Monday, $2=$ Tuesday, etc.$).$ For the example of $7-13-2004,$ the value $2,$ which implies Tuesday.

Algorithm to Find Days in a Month

$1.$ January, March, May, July, August, October, and December all have $31$ days.

$2.$ April, June, September, and November all have $30$ days.

$3.$ February has $28$ days in non$-$leap years and $29$ in leap years.

Algorithm to Find Leap Year

$1.$ Evenly divisible by $4$ non$-$century years $($i$.$e$.,$ not evenly divisible by $100)$ are leap.

$2.$ Evenly divisible by $4$ century years that are also evenly divisible by $400$ are leap.

Requirements

Make sure to name your project with your last name, first name initial, and $"\_$pgmX$"$ where X is the program number. For

example, a student named Ben Afflack would use AfflackB$\_$pgm$1$ for his program $1$ solution.

Your solution MUST meet these additional requirements:

$1.$ Use only ONE do$-$while loop to validate the user's choice of console or file input. The user must

enter C or F only.

$2.$ Use only ONE while loop to process dates $($either from console input or file input$).$

$3.$ Use ONE one$-$dimensional array of integers to store the special code, as shown in the above table.

$4.$ Use ONE switch statement to assign the day$-$of$-$week name based on the computed day$-$of$-$week

value $($e$.$g$.,0=>$ "Sunday"$)$

$5.$ Use ONE if$/$else$-$if statement to assign the month name

$6.$ Use ONE if$/$else$-$if statement to assign days for a month

$7.$ Use modulus in your computation

$8.$ Do not compute anything if the use selected file but the file is not foundJan Feb Mar Apr. May Jun Jul Ago Sept Oct Nov Dec

$622503514624$

$3$

$9.$ Open and close files only if the user selects file input and the files were opened

$10.$ None of the implementations in requirements $1$ through $6$ can be used more than once $($ you cannot compute leap year more than once, you cannot have two if$/$else$-$if statements assigning month name$)$