This lab will exercise your understanding of some of the concepts covered in Chapter 18: stacks 1. Create a test program that uses the attached code in myStack.h to do the following: a. Write a program that takes as input an arithmetic expression that uses{}, () and [] as grouping symbols b. Output a message indicating whether the expression contains matching grouping symbols. For example, {25 + (3-6) * 8} and 7 + 8 * 2 have matching grouping symbols (no symbols indicate matching) 5 + {(13 + 7)/ 8 - 2 * 9 does not have matching grouping symbols Use only {}, () and [] as grouping symbols c. Print out (console) a proper message indicating whether the expression has matching or non-matchinggrouping symbols. The program may be named any name of our choice, must have a .cpp extention; variables may be any nameof your choice.
This lab will exercise your understanding of some of the concepts covered in Chapter 18:
stacks
1. Create a test program that uses the attached code in myStack.h to do the following:
a. Write a program that takes as input an arithmetic expression that uses{}, () and [] as grouping symbols
b. Output a message indicating whether the expression contains matching grouping symbols.
For example, {25 + (3-6) * 8} and 7 + 8 * 2 have matching grouping symbols (no symbols indicate matching)
5 + {(13 + 7)/ 8 - 2 * 9 does not have matching grouping symbols Use only {}, () and [] as grouping symbols
c. Print out (console) a proper message indicating whether the expression has matching or non-matchinggrouping symbols.
The program may be named any name of our choice, must have a .cpp extention; variables may be any nameof your choice.
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