$(30$ Points$)$ Write a complete bash script called euidA. sh $($where "euid" is your EUID$)$:

Define a function called average that accepts two parameters: the first parameter is the

sum of all the integers passed in to the bash script $($as command$-$line arguments$),$ while

the second parameter is the number of integers passed in to the bash script.

If the number of parameters passed into the function is equal to $2,$ compute the

average using the two parameters passed to the function, and then print out a

meaningful message that includes the number of integers passed in to the bash script

and the integer average of those integers. Note that this only asks for an "integer

average", not a floating$-$point accurate average.

In the main part of the bash script:

If one or more integers are passed in to the bash script, you will

initialize two variables sum and count to $0,$

use a loop to keep a running sum and count of the integers passed in to the bash

script, and

call the function average, passing sum and count as parameters to the

function. Note that you may assume that if the user passes any parameters to the

bash script that they are integers.

Otherwise, if no integers are passed to the bash script, you will

redirect the output of the Linux date command to a file called date. txt$,$

write a one$-$line gawk command such that if the minutes portion of the time from

the date command $($written to the date.txt filc$)$ is less than $30$ minutes, you

will print out the minutes followed by the text "minutes past the hour", and

if the date.txt file is readable by the process, then output the number of lines,

words and characters$/$bytes contained in the file to the terminal. Hint: There is a

Linux command that does this very easily.

Please put your name in comments in the program file, but due to time constraints, other

comments are not required in this script file.

SAMPLE OUTPUT $($user input in bold$)$:

$ date $($This command only used to show time for understanding purposes only.$)$

Sun Feb $2418$:$16$:$29$ CST $2019$

$$./$mat$0299$A$.$sh

$16$ minutes past the hour

$1629$ date.txt

$ date $($This command only used to show time for understanding purposes only.$)$

Sun Feb $2418$:$33$:$48$ CST $2019$

$$./$mat$0299$A$.$sh

$1629$ date.txt

$$./$mat$0299.$sh $5$

The average of $1$ numbers is $5$

$ $./$mat$0299.$sh $510$

The average of $2$ numbers is $7$

$ $./$mat$0299.$sh $510,15,20,25$

The average of $5$ numbers is $15.$