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4. A double pointer of type char called preposition. This is a 2D dynamic array that contains words (strings) from the respective category preposition. 5. A double pointer of type char called article. This is a 2D dynamic array that contains words (strings) from the respective category article. 6. An int called nounsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of nouns. 7. An int called verbsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of verbs. 8. An int called adjsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of adjectives. 9. An int called prepositionsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of prepositions. 10. An int called articlesize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of articles. The function will create a dynamic character array that will store all components of the sentence into one string. The length of the string sentence will be no more than 100 characters (this includes the null character). After creating the new string sentence, the function will return it (as indicated by the prototype). There are some things you need to consider for this function implementation. When allocating heap space for the string, make sure it was successful. Remember malloc doesn't always return an address. Perform the necessary action recommended if that is the case. It is good practice to prevent segmentation faults. Make sure the sentence has a space (one blank white space '') between each word. Make sure to include the period symbol at the end of the sentence along with a newline character.

4. A double pointer of type char called preposition. This is a 2D dynamic array that contains words (strings) from the respective category preposition. 5. A double pointer of type char called article. This is a 2D dynamic array that contains words (strings) from the respective category article. 6. An int called nounsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of nouns. 7. An int called verbsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of verbs. 8. An int called adjsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of adjectives. 9. An int called prepositionsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of prepositions. 10. An int called articlesize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of articles. The function will create a dynamic character array that will store all components of the sentence into one string. The length of the string sentence will be no more than 100 characters (this includes the null character). After creating the new string sentence, the function will return it (as indicated by the prototype). There are some things you need to consider for this function implementation. When allocating heap space for the string, make sure it was successful. Remember malloc doesn't always return an address. Perform the necessary action recommended if that is the case. It is good practice to prevent segmentation faults. Make sure the sentence has a space (one blank white space '') between each word. Make sure to include the period symbol at the end of the sentence along with a newline character.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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All I know is that we would need to add arr[100] to specify the lengh but I am stuck after that 

char * generateSentence (char ** noun, char ** verb, char ** adjective, char ** preposition, char ** article, int nounsize, int verbsize, int adjsize, int prepositionsize, int articlesize); The generateSentence function will create a string by combining the respective word categories into one string. The functions takes 10 arguments: 1. A double pointer of type char called noun. This is a 2D dynamic array that contains words (strings) from the respective category noun. 2. A double pointer of type char called verb. This is a 2D dynamic array that contains words (strings) from the respective category verb. 3. A double pointer of type char called adjective. This is a 2D dynamic array that contains words (strings) from the respective category adjective.
Transcribed Image Text:char * generateSentence (char ** noun, char ** verb, char ** adjective, char ** preposition, char ** article, int nounsize, int verbsize, int adjsize, int prepositionsize, int articlesize); The generateSentence function will create a string by combining the respective word categories into one string. The functions takes 10 arguments: 1. A double pointer of type char called noun. This is a 2D dynamic array that contains words (strings) from the respective category noun. 2. A double pointer of type char called verb. This is a 2D dynamic array that contains words (strings) from the respective category verb. 3. A double pointer of type char called adjective. This is a 2D dynamic array that contains words (strings) from the respective category adjective.
4. A double pointer of type char called preposition. This is a 2D dynamic array that contains words (strings) from the respective category preposition. 5. A double pointer of type char called article. This is a 2D dynamic array that contains words (strings) from the respective category article. 6. An int called nounsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of nouns. 7. An int called verbsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of verbs. 8. An int called adjsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of adjectives. 9. An int called prepositionsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of prepositions. 10. An int called articlesize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of articles. The function will create a dynamic character array that will store all components of the sentence into one string. The length of the string sentence will be no more than 100 characters (this includes the null character). After creating the new string sentence, the function will return it (as indicated by the prototype). There are some things you need to consider for this function implementation. When allocating heap space for the string, make sure it was successful. Remember malloc doesn't always return an address. Perform the necessary action recommended if that is the case. It is good practice to prevent segmentation faults. Make sure the sentence has a space (one blank white space ') between each word. Make sure to include the period symbol at the end of the sentence along with a newline character.
Transcribed Image Text:4. A double pointer of type char called preposition. This is a 2D dynamic array that contains words (strings) from the respective category preposition. 5. A double pointer of type char called article. This is a 2D dynamic array that contains words (strings) from the respective category article. 6. An int called nounsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of nouns. 7. An int called verbsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of verbs. 8. An int called adjsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of adjectives. 9. An int called prepositionsize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of prepositions. 10. An int called articlesize. This variable holds an integer that keeps track of the amount of strings currently stored in the 2D dynamic array of articles. The function will create a dynamic character array that will store all components of the sentence into one string. The length of the string sentence will be no more than 100 characters (this includes the null character). After creating the new string sentence, the function will return it (as indicated by the prototype). There are some things you need to consider for this function implementation. When allocating heap space for the string, make sure it was successful. Remember malloc doesn't always return an address. Perform the necessary action recommended if that is the case. It is good practice to prevent segmentation faults. Make sure the sentence has a space (one blank white space ') between each word. Make sure to include the period symbol at the end of the sentence along with a newline character.
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