19.7 Lab: Balanced Braces (Stack)
Overview
Write a program stack.cpp with one command-line argument that operates as described below.
Your program will use a stack, which you should implement using either the class vector or
deque from the Standard Template Library (STL) in library or . Normally we would use the
class stack in library , but unfortunately, it does not permit iterating through all the elements to
display the stack contents.
Your program will determine whether or not the command-line argument S is a string that
consists entirely of properly balanced matching pairs of parentheses ( ), square brackets [ ], curly
braces { }, and/or angle brackets < >.
Your programs output should appear identical to the format as shown in the examples.
Example
Note: the quotes around the command-line argument will not appear in argv[1]. The quotes are
necessary because the bracket pairs have meaning when executing commands in the command-
line, and we want them treated as a string.
Pseudocode
Additional Examples.
ENGLISH 7_Q4_LESSON 2_ Employing a Variety of Strategies for Effective Interp...
19.7 Lab Balanced Braces (Stack)OverviewWrite a program stack.c.pdf
1. 19.7 Lab: Balanced Braces (Stack)
Overview
Write a program stack.cpp with one command-line argument that operates as described below.
Your program will use a stack, which you should implement using either the class vector or
deque from the Standard Template Library (STL) in library or . Normally we would use the
class stack in library , but unfortunately, it does not permit iterating through all the elements to
display the stack contents.
Your program will determine whether or not the command-line argument S is a string that
consists entirely of properly balanced matching pairs of parentheses ( ), square brackets [ ], curly
braces { }, and/or angle brackets < >.
Your programs output should appear identical to the format as shown in the examples.
Example
Note: the quotes around the command-line argument will not appear in argv[1]. The quotes are
necessary because the bracket pairs have meaning when executing commands in the command-
line, and we want them treated as a string.
Pseudocode
Additional Examples
![19.7 Lab: Balanced Braces (Stack)
Overview
Write a program stack.cpp with one command-line argument that operates as described below.
Your program will use a stack, which you should implement using either the class vector or
deque from the Standard Template Library (STL) in library or . Normally we would use the
class stack in library , but unfortunately, it does not permit iterating through all the elements to
display the stack contents.
Your program will determine whether or not the command-line argument S is a string that
consists entirely of properly balanced matching pairs of parentheses ( ), square brackets [ ], curly
braces { }, and/or angle brackets < >.
Your programs output should appear identical to the format as shown in the examples.
Example
Note: the quotes around the command-line argument will not appear in argv[1]. The quotes are
necessary because the bracket pairs have meaning when executing commands in the command-
line, and we want them treated as a string.
Pseudocode
Additional Examples](https://image.slidesharecdn.com/19-230331151456-25877f25/85/197-lab-balanced-braces-stackoverviewwrite-a-program-stackcpdf-1-320.jpg)
