The isPalindrome function from Example 6-6 has been included below for your convenience.
The isPalindrome function from Example 6-6 has been included below for your convenience.
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 help writing this program. **See attachment
![QUICY DIG ignored, maths, upportate and TOMCICOUC
letters are considered the same.
The isPalindrome function from Example 6-6 has
been included below for your convenience.
bool isPalindrome (string str)
{
int length = str.length();
for (int i = 0; i < length / 2; i++) {
if (str[i] != str[length - 1 - i]) {
return false;
} // if
} // for loop
return true;
}//isPalindrome
A
Your program should print a message indicating if a string
is a palindrome:
madam is a palindrome
723456
1 #include
3 using na
5 int main
// Wr
retur
7
8}](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F50f86a9a-dfbf-48fb-a8b1-f37eac08df1e%2F35fe595f-20e7-44a0-ad4f-3f28074115b1%2F2f87vai_processed.jpeg&w=3840&q=75)
Transcribed Image Text:QUICY DIG ignored, maths, upportate and TOMCICOUC
letters are considered the same.
The isPalindrome function from Example 6-6 has
been included below for your convenience.
bool isPalindrome (string str)
{
int length = str.length();
for (int i = 0; i < length / 2; i++) {
if (str[i] != str[length - 1 - i]) {
return false;
} // if
} // for loop
return true;
}//isPalindrome
A
Your program should print a message indicating if a string
is a palindrome:
madam is a palindrome
723456
1 #include
3 using na
5 int main
// Wr
retur
7
8}

Transcribed Image Text:Instructions
Write a program that uses the function isPalindrome
given in Example 6-6 (Palindrome). Test your program on
the following strings:
madam, abba, 22, 67876, 444244, rymeuemyrt
Modify the function isPalindrome of Example 6-6 so
that when determining whether a string is a palindrome.
cases are ignored, that is, uppercase and lowercase
letters are considered the same.
The isPalindrome function from Example 6-6 has
been included below for your convenience.
1 #include <i
2
3 using namesp
4
5 int main() {
6
// Write
7
return 0
8}
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Follow-up Questions
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Follow-up Question
The lab values still require that I have the following string patterns in my lab:
.+*isPalindrome\(\"Madam\"\).+*
.+*isPalindrome\(\"abBa\"\).+*
.+*isPalindrome\(\"22\"\).+*
.+*isPalindrome\(\"67876\"\).+*
.+*isPalindrome\(\"444244\"\).+*
.+*isPalindrome\(\"trYmeuemyRT\"\).+*
.
**Code Pattern - Incomplete**
- **Tested `isPalindrome` with the "abBa" string argument**
**Description**
- Searched your code for a specific pattern.
**Buttons**
- **Run Checks**
- **Submit 0%**](https://content.bartleby.com/qna-images/question/50f86a9a-dfbf-48fb-a8b1-f37eac08df1e/0ebd8a02-8537-4faf-b6bc-fde99bd86004/i6l8jy7_thumbnail.jpeg)
Transcribed Image Text:**Programming Exercise 6-1: Tasks**
**Code Pattern - Complete**
- **Uses function `isPalindrome`**
**Code Pattern - Incomplete**
- **Tested `isPalindrome` with the "Madam" string argument**
**Description**
- Searched your code for a specific pattern:
```
.+*isPalindrome\("Madam"\).+*
```
- You can learn more about regular expressions [here](#).
**Code Pattern - Incomplete**
- **Tested `isPalindrome` with the "abBa" string argument**
**Description**
- Searched your code for a specific pattern.
**Buttons**
- **Run Checks**
- **Submit 0%**
Solution
Follow-up Question
I appreciate your help. The program you suggested was correct but the task seems to be looking for certain code patterns for each palindrome

Transcribed Image Text:**Code Pattern: Incomplete**
### Uses Function `isPalindrome`
**Description:**
Searched your code for a specific pattern:
```
\s\sPalindrome\(string str\)
```
You can learn more about regular expressions.
---
**Code Pattern: Incomplete**
### Tested `isPalindrome` with the "Madam" String Argument
**Description:**
Searched your code for a specific pattern:
```
.*isPalindrome\("Madam"\s*\).*
```
You can learn more about regular expressions.
---
**Code Pattern: Incomplete**
### Tested `isPalindrome` with the "abBa" String Argument
You can learn more about regular expressions.
---
This section provides examples of how to identify and search for specific code patterns related to testing palindrome functionality in strings using the `isPalindrome` function. Regular expressions are used to find these patterns in the code, and you can learn more about how these expressions work to enhance your coding efficiency.
![**Educational Website Transcription**
---
### Code Pattern Analysis
**Tested `isPalindrome` Function**
- **String Argument:** "Madam"
**Description:**
- Searched your code for a specific pattern: `.*isPalindrome\("Madam"\).*`
- This pattern indicates that the function `isPalindrome` was tested using the string "Madam".
- **String Argument:** "abBa"
**Description:**
- Searched your code for a specific pattern: `.*isPalindrome\("abBa"\).*`
- This pattern suggests that the function `isPalindrome` was tested using the string "abBa".
- **String Argument:** "22"
**Description:**
- Searched your code for a specific pattern: `.*isPalindrome\("22"\).*`
- This indicates the function `isPalindrome` was tested with the string "22".
You can learn more about regular expressions to help identify patterns like these.
---
### Code Explanation
The code snippet on the right defines a function `isPalindrome` that checks if a given string is a palindrome (reads the same forwards and backwards).
**C++ Code Components:**
1. **Header files:**
- `#include <iostream>`
- `#include <string>`
2. **Namespace:**
- `using namespace std;`
3. **Function: `isPalindrome`**
- Uses a loop to compare characters from the start and end of the string.
- Ignores case differences by using `tolower()`.
4. **Main Function:**
- Initializes an array `string test[]` with examples.
- Iterates over the array, printing results based on whether each string is a palindrome.
Overall, it checks various test strings ("trymeumyrt", etc.) for palindromic properties and prints the results.
---
This transcription is designed for educational use to help understand pattern recognition in code through both regular expressions and C++ code implementation.](https://content.bartleby.com/qna-images/question/50f86a9a-dfbf-48fb-a8b1-f37eac08df1e/0e338837-7da3-457b-b5ef-3f6eee362cb6/flbsp13_thumbnail.jpeg)
Transcribed Image Text:**Educational Website Transcription**
---
### Code Pattern Analysis
**Tested `isPalindrome` Function**
- **String Argument:** "Madam"
**Description:**
- Searched your code for a specific pattern: `.*isPalindrome\("Madam"\).*`
- This pattern indicates that the function `isPalindrome` was tested using the string "Madam".
- **String Argument:** "abBa"
**Description:**
- Searched your code for a specific pattern: `.*isPalindrome\("abBa"\).*`
- This pattern suggests that the function `isPalindrome` was tested using the string "abBa".
- **String Argument:** "22"
**Description:**
- Searched your code for a specific pattern: `.*isPalindrome\("22"\).*`
- This indicates the function `isPalindrome` was tested with the string "22".
You can learn more about regular expressions to help identify patterns like these.
---
### Code Explanation
The code snippet on the right defines a function `isPalindrome` that checks if a given string is a palindrome (reads the same forwards and backwards).
**C++ Code Components:**
1. **Header files:**
- `#include <iostream>`
- `#include <string>`
2. **Namespace:**
- `using namespace std;`
3. **Function: `isPalindrome`**
- Uses a loop to compare characters from the start and end of the string.
- Ignores case differences by using `tolower()`.
4. **Main Function:**
- Initializes an array `string test[]` with examples.
- Iterates over the array, printing results based on whether each string is a palindrome.
Overall, it checks various test strings ("trymeumyrt", etc.) for palindromic properties and prints the results.
---
This transcription is designed for educational use to help understand pattern recognition in code through both regular expressions and C++ code implementation.
Solution
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