Please explain answers because I want to understand more.

Suppose you are given the inode structure as shown below. Assume that our inode structure has 10 direct pointers, and that Block size is 8K bytes and pointers are 4 bytes. Write a function int count_di (struct inode *myinode, char *word): which counts the number of blocks containing the given string word only in double indirect blocks. Note that double indirect level might be partially filled with blocks! So if there is no more block or level the corresponding pointer will contain NULL. Please take that into account! If there is a data block, we assume that this data block contains a string text. Thus, if needed, you can use strcmp () or any other functions from the standard libraries as they are included here. int count_di (struct inode *myinode, char *word){ int i, j, k: int count = 0: int num_blk = Suppose you are given the inode structure as shown below. Assume that our inode structure has 10 direct pointers, and that Block size is 8K bytes and pointers are 4 bytes. Write a function int count_di (struct inode *myinode, char *word): which counts the number of blocks containing the given string word only in double indirect blocks. Note that double indirect level might be partially filled with blocks! So if there is no more block or level the corresponding pointer will contain NULL. Please take that into account! If there is a data block, we assume that this data block contains a string text. Thus, if needed, you can use strcmp () or any other functions from the standard libraries as they are included here. int count_di (struct inode *myinode, char *word){ int i, j, k: int count = 0: int num_blk =