Everything you need to know for this lab is in testada.adb.
You will use lab06.in for input.
Your job is to write an Ada program that performs array multiplication. Use a program of at least two procedures (any way you want to do it). If you manage your scoping, you don't need to pass parameters to your procedure. You can pass parameters if you want - testada.adb demonstrates how to do that.
Declare two arrays of size 3 by 5 of integers. Load the arrays from an external text file of random integers. Design your array ADT to enforce all range constraints (index ranges and value ranges). Make both ranges large enough to run the program without raising an exception. So if the value range of your input numbers is 1..300, then the value range of the integers in your result array must include larger values since you do multiplication. (If you use type INTEGER then you are OK - you should try a sub-range to get a feel for what you can do in Ada).
Assume filename 'lab06.in' and this format (15 integers per line):
1 3 8 4 10 2 4 38 43 4 8 12 32 16 6 23 8 9 9 18 41 11 21 12 2 1 6 33 11 22Multiply the two arrays and store the values in a third array. Perform array multiplication as:
a(1,1)*b(1,1)=c(1,1)
a(1,2)*b(1,2)=c(1,2)
a(1,3)*b(1,3)=c(1,3)
...
a(3,5)*b(3,5)=c(3,5)
Finally,
write the contents of the output array to an output
file 'lab06.out'.
For formatting, see Ada I/O for Integer Types.
HOW YOUR LAB WILL BE GRADED
The files for this lab must reside in this directory:
/home/stu/{username}/cs350/lab06/lab06.adb
/home/stu/{username}/cs350/lab06/lab06.in
/home/stu/{username}/cs350/lab06/Makefile
Sample run:
$ make
gnatbind -x lab06.ali
gnatlink lab06.ali
$ ./lab06
$ cat lab06.out
23 24 72 36 180 82 44 798 516 8 8 72 1056 176 132