Shared pointers: A “shared_ptr” is a smart pointer which maintains shared ownership of an object using pointer. Shared pointers are used in managing the ownership of the dynamically allocated object. Shared pointers are used by more than one owner available for the objects that are allocated dynamically. Example: The following code illustrates the use and creation of shared pointer: //creating a shared pointer of integer data type shared_ptr<int> sDPtr1 (new int); //creating an array of shared pointer shared_ptr<int[]> sDPtr2 (new int[5]); Explanation: In the above code snippet, a smart pointer of integer data type is assigned directly.

Question

Want to see the full answer?

Answer 1

Question

Chapter 10, Problem 32RQE

Program Plan Intro

Shared pointers:

A “shared_ptr” is a smart pointer which maintains shared ownership of an object using pointer.

Shared pointers are used in managing the ownership of the dynamically allocated object.

Shared pointers are used by more than one owner available for the objects that are allocated dynamically.

Example:

The following code illustrates the use and creation of shared pointer:

//creating a shared pointer of integer data type

shared_ptr<int> sDPtr1 (new int);

//creating an array of shared pointer

shared_ptr<int[]> sDPtr2 (new int[5]);

Explanation:

In the above code snippet, a smart pointer of integer data type is assigned directly.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

A cylinder of diameter 10 cm rotates concentrically inside another hollow cylinder of inner diameter 10.1 cm. Both cylinders are 20 cm long and stand with their axis vertical. The annular space is filled with oil. If a torque of 100 kg cm is required to rotate the inner cylinder at 100 rpm, determine the viscosity of oil. Ans. μ= 29.82poise

Make the following game user friendly with GUI, with some simple graphics The following code works as this: The objective of the player is to escape from this labyrinth. The player starts at the bottom left corner of the labyrinth. He has to get to the top right corner of the labyrinth as fast he can, avoiding a meeting with the evil dragon. The player can move only in four directions: left, right, up or down. There are several escape paths in all labyrinths. The player’s character should be able to moved with the well known WASD keyboard buttons. If the dragon gets to a neighboring field of the player, then the player dies. Because it is dark in the labyrinth, the player can see only the neighboring fields at a distance of 3 units. Cell Class: public class Cell { private boolean isWall; public Cell(boolean isWall) { this.isWall = isWall; } public boolean isWall() { return isWall; } public void setWall(boolean isWall) { this.isWall = isWall; } @Override public String toString() {…

Please original work What are four of the goals of information lifecycle management think they are most important to data warehousing, Why do you feel this way, how dashboards can be used in the process, and provide a real life example for each. Please cite in text references and add weblinks