(C++) 9. True/False: the strcpy() function will make sure there is enough memory allocated in the destination string before copying C-strings 10. True/False: when creating a string object, you must dynamically allocate enough bytes to hold the string 11. Consider the following statement, assuming goAgain is a valid char. Rewrite it using toupper() or tolower() if (goAgain == 'y' || goAgain == 'Y') 12. Write a C++ function which accepts a pointer to a C-string as its argument. It should return the number of words in the C-string. For example, for the C-string “The Giants won the pennant!” your function should return 5. You may assume the parameter passed is a pointer to a valid, null-terminated C-string with no newlines or tabs, exactly one space separates each word, and there is at least one word. int wordCounter(char* str)
(C++) 9. True/False: the strcpy() function will make sure there is enough memory allocated in the destination string before copying C-strings
10. True/False: when creating a string object, you must dynamically allocate enough bytes to hold the string
11. Consider the following statement, assuming goAgain is a valid char. Rewrite it using toupper() or tolower()
if (goAgain == 'y' || goAgain == 'Y')
12. Write a C++ function which accepts a pointer to a C-string as its argument. It should return the number of words in the C-string. For example, for the C-string “The Giants won the pennant!” your function should return 5. You may assume the parameter passed is a pointer to a valid, null-terminated C-string with no newlines or tabs, exactly one space separates each word, and there is at least one word.
int wordCounter(char* str)
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