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You are part of a startup called ASCII-unlimited. You plan to dominate the market in character based graphics for gaming! Your team has identified a set of 13 fundamental operations that are likely to be useful for many of the games you ultimately produce. Accordingly, you are developing a library of C functions which implement these operations. For this assignment you will write these 13 functions. There are 11 functions operating on square dynamically allocated 2D arrays of characters and 2 operating on C strings. The table below lists the function prototypes and assigns each an estimated difficulty level on a scale of 1-3 (just for rough guidance -- you may or may not end up agreeing with the scores...) ESTIMATED DIFFICULTY (1-3). FUNCTION 1: less challenging 3: more challenging char ** alloc_square_mtx(int n); 1 void free_square_mtx (char **m, int n); 1 void pop_mtx_alpha(char **m, int n); 1 void display_mtx(char **m, int n); 1 void swap_rows (char **m, int rl, int r2, int n);

You are part of a startup called ASCII-unlimited. You plan to dominate the market in character based graphics for gaming! Your team has identified a set of 13 fundamental operations that are likely to be useful for many of the games you ultimately produce. Accordingly, you are developing a library of C functions which implement these operations. For this assignment you will write these 13 functions. There are 11 functions operating on square dynamically allocated 2D arrays of characters and 2 operating on C strings. The table below lists the function prototypes and assigns each an estimated difficulty level on a scale of 1-3 (just for rough guidance -- you may or may not end up agreeing with the scores...) ESTIMATED DIFFICULTY (1-3). FUNCTION 1: less challenging 3: more challenging char ** alloc_square_mtx(int n); 1 void free_square_mtx (char **m, int n); 1 void pop_mtx_alpha(char **m, int n); 1 void display_mtx(char **m, int n); 1 void swap_rows (char **m, int rl, int r2, int n);

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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Solve first 3 functions please protoypes are in the header.

You are part of a startup called ASCII-unlimited. You plan to dominate the market in character based graphics for gaming! Your team has identified a set of 13 fundamental operations that are likely to be useful for many of the games you ultimately produce. Accordingly, you are developing a library of C functions which implement these operations. For this assignment you will write these 13 functions. There are 11 functions operating on square dynamically allocated 2D arrays of characters and 2 operating on C strings. The table below lists the function prototypes and assigns each an estimated difficulty level on a scale of 1-3 (just for rough guidance -- you may or may not end up agreeing with the scores...) ESTIMATED DIFFICULTY (1-3). FUNCTION 1: less challenging 3: more challenging char ** alloc_square_mtx(int n); 1 void free_square_mtx(char **m, int n); 1 void pop_mtx_alpha (char **m, int n); 1 void display_mtx(char **m, int n); 1 void swap_rows (char **m, int rl, int r2, int n);
Transcribed Image Text:You are part of a startup called ASCII-unlimited. You plan to dominate the market in character based graphics for gaming! Your team has identified a set of 13 fundamental operations that are likely to be useful for many of the games you ultimately produce. Accordingly, you are developing a library of C functions which implement these operations. For this assignment you will write these 13 functions. There are 11 functions operating on square dynamically allocated 2D arrays of characters and 2 operating on C strings. The table below lists the function prototypes and assigns each an estimated difficulty level on a scale of 1-3 (just for rough guidance -- you may or may not end up agreeing with the scores...) ESTIMATED DIFFICULTY (1-3). FUNCTION 1: less challenging 3: more challenging char ** alloc_square_mtx(int n); 1 void free_square_mtx(char **m, int n); 1 void pop_mtx_alpha (char **m, int n); 1 void display_mtx(char **m, int n); 1 void swap_rows (char **m, int rl, int r2, int n);
/** * Function: alloc_square_mtx Description: Dynamically allocates a square nxn 2D 大 matrix of characters. The individual matrix elements need not be initialized. The matrix is returned as a char ** Estimated Difficulty: LEVEL-1 */ char ** alloc square_mtx(int n); /** * Function: free_square_mtx Description: deallocates all dyanamically allocated 大 オ components of a matrix previously produced by alloc_square_mtx. 大 大 * Estimated Difficulty: * / LEVEL-1 void free_square_mtx(char **m, int n); /** * Function: pop_mtx_alpha * Description: populates square matrix of characters with random, lower-case letters a..z 大 TIP: srand () and rand () might be handy Estimated Difficulty: LEVEL-1 */ void pop mtx alpha (char **m, int n); / ** * Function: display_mtx * Description: prints given square matrix row-by-row (printing a newline after each row). 大 大 * Estimated Difficulty: LEVEL-1 オ * TIPS: putchar or the %c specifier in printf might be handy
Transcribed Image Text:/** * Function: alloc_square_mtx Description: Dynamically allocates a square nxn 2D 大 matrix of characters. The individual matrix elements need not be initialized. The matrix is returned as a char ** Estimated Difficulty: LEVEL-1 */ char ** alloc square_mtx(int n); /** * Function: free_square_mtx Description: deallocates all dyanamically allocated 大 オ components of a matrix previously produced by alloc_square_mtx. 大 大 * Estimated Difficulty: * / LEVEL-1 void free_square_mtx(char **m, int n); /** * Function: pop_mtx_alpha * Description: populates square matrix of characters with random, lower-case letters a..z 大 TIP: srand () and rand () might be handy Estimated Difficulty: LEVEL-1 */ void pop mtx alpha (char **m, int n); / ** * Function: display_mtx * Description: prints given square matrix row-by-row (printing a newline after each row). 大 大 * Estimated Difficulty: LEVEL-1 オ * TIPS: putchar or the %c specifier in printf might be handy
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