pls give mommens by expression and statements , thanks Recall that in C++, there is no check on an array index out of bounds. However, during program execution, and array index out of bounds can cause serious problems. Also, in C++, the array index starts at zero. Design and implement the class myArray that solves the array index out of bounds problem, and also allows the user to begin the array index starting at any integer, positive or negative. Every object of type myArray is an array of type int. During execution, when accessing an array component, if the index is out of bounds, the program must terminate with an appropriate error message. Consider the following statements: myArray list(5); //Line 1 myArray myList(2, 13); //Line 2 myArray yourList(-5, 9); //Line 3 This statement in line one declares list to be an array of five components, the component type is int, and components are: list[0], list[1],…, list[4]; the statement in line two declares myList to be an array of 11 components, the component type is int, and the components are: myList[2] myList[3], … myList[12] ; the statement in line three declares yourList to be an array of 14 components the component type is int, and the components are: yourList[-5], yourList[-4], … yourList[0], … , yourList[8]. Write a program to test the class
pls give mommens by expression and statements , thanks
Recall that in C++, there is no check on an array index out of bounds. However, during program execution, and array index out of bounds can cause serious problems. Also, in C++, the array index starts at zero.
Design and implement the class myArray that solves the array index out of bounds problem, and also allows the user to begin the array index starting at any integer, positive or negative. Every object of type myArray is an array of type int. During execution, when accessing an array component, if the index is out of bounds, the program must terminate with an appropriate error message. Consider the following statements:
myArray<int> list(5); //Line 1
myArray<int> myList(2, 13); //Line 2
myArray<int> yourList(-5, 9); //Line 3
This statement in line one declares list to be an array of five components, the component type is int, and components are: list[0], list[1],…, list[4]; the statement in line two declares myList to be an array of 11 components, the component type is int, and the components are: myList[2] myList[3], … myList[12] ; the statement in line three declares yourList to be an array of 14 components the component type is int, and the components are: yourList[-5], yourList[-4], … yourList[0], … , yourList[8]. Write a program to test the class myArray
![Creating: myArray list1(5)
Creating: myArray list2(5)
Output Tistí: cout « "Ìist1 :
list1 : 0 0 o 0 o
« list1 « endl;
Enter 5 integers for list1: 10 200 3000 40000 500000
After filling list1: 10 200 3000 40000 500000
set list2 equal to listl: list2_= list1
Output list2: cout <« "list2 : "
list2 : 10 200 3000 40000 500000
« list2 <« endl;
Enter 3 elements for list1: 999 666 333
First three elements of list1: 999 666 333
Creating: myArray list3(-2, 6)
Output Tist3: cout « "list3 :
list3: 0 0 0 0 0 o o o
« list3 « endl;
Set elements for list3: list3[-2]
= 7;
list3[4] = 8;
list3[0]
54;
%3|
Output list3: cout <« "list3 :
list3: 7 0 54 0 15 0 8 0
list3[2]
list3[4] + list3[-2];
« list3 << endl;](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa18bdbf1-c485-406c-b467-ce2c3cd2814d%2Fcbfd3b90-84f5-4ba3-ba3d-cd3c16099ee1%2Fqbtqmrm_processed.png&w=3840&q=75)
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