in c$++$ Program Purpose $$ Compute a $30-$day average checking account balance.

Program Details

The user will enter a date with their beginning checking account balance

followed by the dates and values of debits and credits made to the account. The

program will calculate the average end$-$of$-$day balance for the $30-$day period

starting from the beginning balance date.

The user$$s first entry will be in the format m$/$d$/$yyyy numeric$\_$balance

Assume that the input will be in the correct format.

Each subsequent entry will be in the format

debit$\_$or$\_$credit$\_$indicator m$/$d$/$yyyy value

The debit or credit indicator will be either d for debit, c for credit, or q to

quit

e$.$g$.$ d $1/12/202412\mathrm{.}36$

Assume that all input will be in the correct format and assume that all dates

entered are valid dates.

All entries must be made in chronological order. If an entry is made out of

chronological order, the program should exit and provide an error message in the

following format.

Entries must be provided in chronological order.

Out$-$of$-$order$-$entry$-$date entered after previous$-$entry$-$date

The program will accept entries until the user inputs an entry date that$$s more

than $30$ days after the beginning balance date, or the user enters q for the

debit$/$credit indicator, or the user enters a date that is out of chronological

order.

The program will output the date range and the average daily checking balance

for that date range.

If the user$$s last transaction date is fewer than $30$ days after the beginning

balance date, the average daily balance will be computed for the number of days

from the beginning balance date through the last input transaction date.

If a debit is made with insufficient funds, complete the transaction $($subtract

the amount from the balance$)$ and assess a $$15$ overdraft fee. Output a message to

the user in the following format informing them of the overdraft date and fee

assessed.

Overdraft on m$/$d$/$yyyy$.$ $$15$ overdraft fee assessed.

Note: Your program will need to account for the number of days in the month.

Note: For February, you$$ll need to determine if the year is a leap year.

If a year is divisible by $400,$ it$$s a leap year

Else, if it$$s divisible by $100,$ it$$s not a leap year

Else, if it$$s divisible by $4,$ it$$s a leap year

Else, it$$s not a leap yearExample input$/$output pairs

Example Input:

$12/1/2023500$

d $12/11/2023200$

d $12/23/2023100$

c $12/28/2023200$

d $12/31/2023250$

Example Output:

$30-$day average balance $(12/1/2023-12/30/2023)$: $$360\mathrm{.}00$

Example Input:

$1/28/2024100$

d $1/28/202410$

d $2/1/202410$

d $2/1/202430$

c $2/17/2024300\mathrm{.}53$

d $3/1/20248$

Example Output:

$30-$day average balance $(1/28/2024-2/26/2024)$: $$155\mathrm{.}51$

Example Input:

$2/16/202452$

c $2/20/2024100$

c $3/1/202415$

d $3/11/2024150$

d $3/13/202420$

c $3/17/2024100$

Example Output:

Overdraft on $3/13/2024.$ $$15$ overdraft fee assessed.

$30-$day average balance $(2/16/2024-3/16/2024)$: $$112\mathrm{.}00$

Example Input:

$12/20/202375$

c $12/28/2023150$

d $12/31/2023222\mathrm{.}17$

c $1/3/202450\mathrm{.}18$

q

Example Output:

$15-$day average balance $(12/20/2023-1/3/2024)$: $$89\mathrm{.}10$

Example Input:

$11/28/2023110$

d $11/29/202310$

d $12/1/202327\mathrm{.}03$

d $12/4/202313\mathrm{.}11$

d $12/3/20234\mathrm{.}19$

c $12/6/202373\mathrm{.}24$ d $12/15/20239\mathrm{.}08$

q

Example Output:

Entries must be provided in chronological order.

$12/3/2023$ entered after $12/4/2023$

Additional Specifications

$-$ All output should be directed to the standard output device using cout.

$-$ All input should be accepted from the standard input device using cin.

$-$ Do not prompt for input.

$-$ All of your source code for the program must be contained in a single file

named program$1.$cc