ANSWER BANK Move the necessary blocks over into the response area: int i = 0; return sameArray; i++; sameArray = true; if (a[i] != b[i]) bool sameArray = true; if (a[i] == b[i]) while (sameArray == true && i < size) { { else # bool sameArray = false; sameArray = false; %3D E bool SameCharArray(char a[], char b[], int size)
ANSWER BANK Move the necessary blocks over into the response area: int i = 0; return sameArray; i++; sameArray = true; if (a[i] != b[i]) bool sameArray = true; if (a[i] == b[i]) while (sameArray == true && i < size) { { else # bool sameArray = false; sameArray = false; %3D E bool SameCharArray(char a[], char b[], int size)
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
Related questions
Question
Need to arrage the blocks of code in correct order
![**Programming Exercise: Array Comparison Function**
In this exercise, you'll organize code snippets to form a function that compares two character arrays to determine if they are identical.
### Task
Use the given code snippets to build a complete function. The goal is to create a function `SameCharArray` that returns `true` if both arrays are the same, and `false` otherwise.
### Snippets
Here's an explanation of each snippet with its correct order:
1. **Function Definition**:
```cpp
bool SameCharArray(char a[], char b[], int size) {
```
2. **Declare Variable and Initialize**:
```cpp
bool sameArray = true;
```
3. **Initialize Loop Variable**:
```cpp
int i = 0;
```
4. **Loop Structure**:
```cpp
while (sameArray == true && i < size) {
```
5. **Comparison Logic**:
```cpp
if (a[i] != b[i])
```
6. **Set Flag to False if Not Equal**:
```cpp
sameArray = false;
```
7. **Increment Loop Variable**:
```cpp
i++;
```
8. **Close `if` Statement**:
```cpp
}
```
9. **Close `while` Loop**:
```cpp
}
```
10. **Return Result**:
```cpp
return sameArray;
```
11. **Close Function**:
```cpp
}
```
Arrange these snippets to build the full function. The function starts with the definition, initializes required variables, and uses a loop to iterate through both arrays comparing each element. If any pair of elements differ, it sets a flag to `false` and exits the loop. Finally, it returns the result of the comparison.
By completing this exercise, you will understand the process of constructing basic array comparison functions in C++.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff5bb9956-2539-4c8d-9ee9-02ed0be838be%2Fbb05a72d-142b-4434-88dc-475252e1a66e%2Fkvr9grd_processed.png&w=3840&q=75)
Transcribed Image Text:**Programming Exercise: Array Comparison Function**
In this exercise, you'll organize code snippets to form a function that compares two character arrays to determine if they are identical.
### Task
Use the given code snippets to build a complete function. The goal is to create a function `SameCharArray` that returns `true` if both arrays are the same, and `false` otherwise.
### Snippets
Here's an explanation of each snippet with its correct order:
1. **Function Definition**:
```cpp
bool SameCharArray(char a[], char b[], int size) {
```
2. **Declare Variable and Initialize**:
```cpp
bool sameArray = true;
```
3. **Initialize Loop Variable**:
```cpp
int i = 0;
```
4. **Loop Structure**:
```cpp
while (sameArray == true && i < size) {
```
5. **Comparison Logic**:
```cpp
if (a[i] != b[i])
```
6. **Set Flag to False if Not Equal**:
```cpp
sameArray = false;
```
7. **Increment Loop Variable**:
```cpp
i++;
```
8. **Close `if` Statement**:
```cpp
}
```
9. **Close `while` Loop**:
```cpp
}
```
10. **Return Result**:
```cpp
return sameArray;
```
11. **Close Function**:
```cpp
}
```
Arrange these snippets to build the full function. The function starts with the definition, initializes required variables, and uses a loop to iterate through both arrays comparing each element. If any pair of elements differ, it sets a flag to `false` and exits the loop. Finally, it returns the result of the comparison.
By completing this exercise, you will understand the process of constructing basic array comparison functions in C++.
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