STL Basic sequential containers: “slist”: The template class for “slist” class is “<slist>” The template class for “slist” is “slist<T>::iterator”. This class uses mutable and forward iterator. The template class for constant iterator is “slist<T>::const_iterator”. This class uses constant and forward iterator. “list”: The template class for “list” class is “<list>” The template class for “list” is “list<T>::iterator”. This class uses mutable and bidirectional iterator. The template class for constant iterator is “list<T>::const_iterator”. This class uses constant and bidirectional iterator. The template class for reverse iterator is “list<T>::reverse_iterator”. This class uses mutable and bidirectional iterator. The template class for constant reverse iterator is “list<T>::const_reverse_iterator”. This class uses constant and bidirectional iterator. “ vector ”: The template class for “vector” class is “<vector>” The template class for “vector” is “vector<T>::iterator”. This class uses mutable, random, and access iterator. The template class for constant iterator is “vector<T>::const_iterator”. This class uses constant, random, and access iterator. The template class for reverse iterator is “vector<T>::reverse_iterator”. This class uses mutable, random, and access iterator. The template class for constant reverse iterator is “vector<T>::const_reverse_iterator”. This class uses constant, random, and access iterator. “deque”: The template class for “deque” class is “<deque>” The template class for “deque” is “deque<T>::iterator”. This class uses mutable, random, and access iterator. The template class for constant iterator is “deque<T>::const_iterator”. This class uses constant, random, and access iterator. The template class for reverse iterator is “deque<T>::reverse_iterator”. This class uses mutable, random, and access iterator. The template class for constant reverse iterator is “deque<T>::const_reverse_iterator”. This class uses constant, random, and access iterator.

Question

Want to see the full answer?

Answer 1

Question

Chapter 18.2, Problem 9STE

Program Plan Intro

STL Basic sequential containers:

“slist”:

The template class for “slist” class is “<slist>”

The template class for “slist” is “slist<T>::iterator”.

This class uses mutable and forward iterator.

The template class for constant iterator is “slist<T>::const_iterator”.

This class uses constant and forward iterator.

“list”:

The template class for “list” class is “<list>”

The template class for “list” is “list<T>::iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant iterator is “list<T>::const_iterator”.

This class uses constant and bidirectional iterator.

The template class for reverse iterator is “list<T>::reverse_iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant reverse iterator is “list<T>::const_reverse_iterator”.

This class uses constant and bidirectional iterator.

“vector”:

The template class for “vector” class is “<vector>”

The template class for “vector” is “vector<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “vector<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “vector<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “vector<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

“deque”:

The template class for “deque” class is “<deque>”

The template class for “deque” is “deque<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “deque<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “deque<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “deque<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

4. |z + 5 - 5i| = 7

14. dz, C: |z❘ C: |z❘ = 0.6 ze² - 2iz H

Answer 2

Question

Chapter 18.2, Problem 9STE

Program Plan Intro

STL Basic sequential containers:

“slist”:

The template class for “slist” class is “<slist>”

The template class for “slist” is “slist<T>::iterator”.

This class uses mutable and forward iterator.

The template class for constant iterator is “slist<T>::const_iterator”.

This class uses constant and forward iterator.

“list”:

The template class for “list” class is “<list>”

The template class for “list” is “list<T>::iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant iterator is “list<T>::const_iterator”.

This class uses constant and bidirectional iterator.

The template class for reverse iterator is “list<T>::reverse_iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant reverse iterator is “list<T>::const_reverse_iterator”.

This class uses constant and bidirectional iterator.

“vector”:

The template class for “vector” class is “<vector>”

The template class for “vector” is “vector<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “vector<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “vector<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “vector<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

“deque”:

The template class for “deque” class is “<deque>”

The template class for “deque” is “deque<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “deque<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “deque<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “deque<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 18.2, Problem 9STE

Program Plan Intro

STL Basic sequential containers:

“slist”:

The template class for “slist” class is “<slist>”

The template class for “slist” is “slist<T>::iterator”.

This class uses mutable and forward iterator.

The template class for constant iterator is “slist<T>::const_iterator”.

This class uses constant and forward iterator.

“list”:

The template class for “list” class is “<list>”

The template class for “list” is “list<T>::iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant iterator is “list<T>::const_iterator”.

This class uses constant and bidirectional iterator.

The template class for reverse iterator is “list<T>::reverse_iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant reverse iterator is “list<T>::const_reverse_iterator”.

This class uses constant and bidirectional iterator.

“vector”:

The template class for “vector” class is “<vector>”

The template class for “vector” is “vector<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “vector<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “vector<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “vector<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

“deque”:

The template class for “deque” class is “<deque>”

The template class for “deque” is “deque<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “deque<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “deque<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “deque<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 18.2, Problem 9STE

Program Plan Intro

STL Basic sequential containers:

“slist”:

The template class for “slist” class is “<slist>”

The template class for “slist” is “slist<T>::iterator”.

This class uses mutable and forward iterator.

The template class for constant iterator is “slist<T>::const_iterator”.

This class uses constant and forward iterator.

“list”:

The template class for “list” class is “<list>”

The template class for “list” is “list<T>::iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant iterator is “list<T>::const_iterator”.

This class uses constant and bidirectional iterator.

The template class for reverse iterator is “list<T>::reverse_iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant reverse iterator is “list<T>::const_reverse_iterator”.

This class uses constant and bidirectional iterator.

“vector”:

The template class for “vector” class is “<vector>”

The template class for “vector” is “vector<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “vector<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “vector<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “vector<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

“deque”:

The template class for “deque” class is “<deque>”

The template class for “deque” is “deque<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “deque<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “deque<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “deque<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 18.2, Problem 9STE

Program Plan Intro

STL Basic sequential containers:

“slist”:

The template class for “slist” class is “<slist>”

The template class for “slist” is “slist<T>::iterator”.

This class uses mutable and forward iterator.

The template class for constant iterator is “slist<T>::const_iterator”.

This class uses constant and forward iterator.

“list”:

The template class for “list” class is “<list>”

The template class for “list” is “list<T>::iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant iterator is “list<T>::const_iterator”.

This class uses constant and bidirectional iterator.

The template class for reverse iterator is “list<T>::reverse_iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant reverse iterator is “list<T>::const_reverse_iterator”.

This class uses constant and bidirectional iterator.

“vector”:

The template class for “vector” class is “<vector>”

The template class for “vector” is “vector<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “vector<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “vector<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “vector<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

“deque”:

The template class for “deque” class is “<deque>”

The template class for “deque” is “deque<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “deque<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “deque<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “deque<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

Answer 6

Chapter 18.2, Problem 9STE

Program Plan Intro

STL Basic sequential containers:

“slist”:

The template class for “slist” class is “<slist>”

The template class for “slist” is “slist<T>::iterator”.

This class uses mutable and forward iterator.

The template class for constant iterator is “slist<T>::const_iterator”.

This class uses constant and forward iterator.

“list”:

The template class for “list” class is “<list>”

The template class for “list” is “list<T>::iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant iterator is “list<T>::const_iterator”.

This class uses constant and bidirectional iterator.

The template class for reverse iterator is “list<T>::reverse_iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant reverse iterator is “list<T>::const_reverse_iterator”.

This class uses constant and bidirectional iterator.

“vector”:

The template class for “vector” class is “<vector>”

The template class for “vector” is “vector<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “vector<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “vector<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “vector<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

“deque”:

The template class for “deque” class is “<deque>”

The template class for “deque” is “deque<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “deque<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “deque<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “deque<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

Answer 7

Chapter 18.2, Problem 9STE

Program Plan Intro

STL Basic sequential containers:

“slist”:

The template class for “slist” class is “<slist>”

The template class for “slist” is “slist<T>::iterator”.

This class uses mutable and forward iterator.

The template class for constant iterator is “slist<T>::const_iterator”.

This class uses constant and forward iterator.

“list”:

The template class for “list” class is “<list>”

The template class for “list” is “list<T>::iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant iterator is “list<T>::const_iterator”.

This class uses constant and bidirectional iterator.

The template class for reverse iterator is “list<T>::reverse_iterator”.

This class uses mutable and bidirectional iterator.

The template class for constant reverse iterator is “list<T>::const_reverse_iterator”.

This class uses constant and bidirectional iterator.

“vector”:

The template class for “vector” class is “<vector>”

The template class for “vector” is “vector<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “vector<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “vector<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “vector<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

“deque”:

The template class for “deque” class is “<deque>”

The template class for “deque” is “deque<T>::iterator”.

This class uses mutable, random, and access iterator.

The template class for constant iterator is “deque<T>::const_iterator”.

This class uses constant, random, and access iterator.

The template class for reverse iterator is “deque<T>::reverse_iterator”.

This class uses mutable, random, and access iterator.

The template class for constant reverse iterator is “deque<T>::const_reverse_iterator”.

This class uses constant, random, and access iterator.

Answer 8

Expert Solution & Answer

Answer 9

Expert Solution & Answer

Answer 10

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 11

Ch. 18.1 - If v is a vector, what does v.begin() return? What...Ch. 18.1 - If p is an iterator for a vector object v, what is...Ch. 18.1 - Suppose v is a vector of ints. Write a for loop...Ch. 18.1 - Suppose the vector v contains the letters 'A',...Ch. 18.1 - Suppose the vector v contains the letters 'A',...Ch. 18.1 - Suppose you want to run the following code, where...Ch. 18.2 - Prob. 7STE Ch. 18.2 - Prob. 8STE Ch. 18.2 - Prob. 9STE Ch. 18.2 - Prob. 10STE

Solution Summary: The author describes the template classes for mutable and forward iterator, and constant and reversititerators in STL Basic sequential containers.

Want to see the full answer?

Chapter 18 Solutions