Exception: An exception is a problem that creates during the execution of a program; it offers a method to transfer control from one part to another part of a program. An exception handling is created by using the following three keywords such as try, catch and throw. The “try” block have the program for the basic algorithm that says the computer what to do when all goes well. The “throw” keyword throws an error statement to the “catch” block. The “catch” block will catch the exception or handling the exception. Generally, the compiler executes “try” block. In the “try” block, if the statements cause an exception, it throws an error statement to the “catch” block using the keyword “throw”. The “catch” block then handles the error based upon the type of exception.

Question

Want to see the full answer?

Answer 1

Question

Chapter 16.1, Problem 7STE

Program Plan Intro

Exception:

An exception is a problem that creates during the execution of a program; it offers a method to transfer control from one part to another part of a program.

An exception handling is created by using the following three keywords such as try, catch and throw.

The “try” block have the program for the basic algorithm that says the computer what to do when all goes well.

The “throw” keyword throws an error statement to the “catch” block.

The “catch” block will catch the exception or handling the exception.

Generally, the compiler executes “try” block. In the “try” block, if the statements cause an exception, it throws an error statement to the “catch” block using the keyword “throw”. The “catch” block then handles the error based upon the type of exception.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Which tool takes the 2 provided input datasets and produces the following output dataset? Input 1: Record First Last Output: 1 Enzo Cordova Record 2 Maggie Freelund Input 2: Record Frist Last MI ? First 1 Enzo Last MI Cordova [Null] 2 Maggie Freelund [Null] 3 Jason Wayans T. 4 Ruby Landry [Null] 1 Jason Wayans T. 5 Devonn Unger [Null] 2 Ruby Landry [Null] 6 Bradley Freelund [Null] 3 Devonn Unger [Null] 4 Bradley Freelund [Null] OA. Append Fields O B. Union OC. Join OD. Find Replace Clear selection

What are the similarities and differences between massively parallel processing systems and grid computing. with references

Modular Program Structure. Analysis of Structured Programming Examples. Ways to Reduce Coupling. Based on the given problem, create an algorithm and a block diagram, and write the program code: Function: y=xsin⁡x Interval: [0,π] Requirements: Create a graph of the function. Show the coordinates (x and y). Choose your own scale and show it in the block diagram. Create a block diagram based on the algorithm. Write the program code in Python. Requirements: Each step in the block diagram must be clearly shown. The graph of the function must be drawn and saved (in PNG format). Write the code in a modular way (functions and the main part should be separate). Please explain and describe the results in detail.