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This program will read in a text file (redirected to stdin) containing values on a 9 x 9 sudoku grid. The text file have 9 printable characters on a line, each separated by a space with 9 such lines in the file. Each of these characters will represent a value on the sudoku grid at a particular position. There are 9 possible values that be filled in at a particular position: the digits '1' through '9'. In addition an unsolved sudoku will have blank positions on the grid: in the file these will be represented by the _' (underscore) character. Using the data from the file, the program will display the sudoku grid and determine whether or not the sudo grid is valid. In order for a sudoku grid to be valid there are three rules: 1. No particular digit value may occur more than once in any row 2. No particular digit value may occur more than once in any column No particular digit value may occur more than once in any 3x3 subgrid 3. 5. 333 3 33 3 5. 555

This program will read in a text file (redirected to stdin) containing values on a 9 x 9 sudoku grid. The text file have 9 printable characters on a line, each separated by a space with 9 such lines in the file. Each of these characters will represent a value on the sudoku grid at a particular position. There are 9 possible values that be filled in at a particular position: the digits '1' through '9'. In addition an unsolved sudoku will have blank positions on the grid: in the file these will be represented by the _' (underscore) character. Using the data from the file, the program will display the sudoku grid and determine whether or not the sudo grid is valid. In order for a sudoku grid to be valid there are three rules: 1. No particular digit value may occur more than once in any row 2. No particular digit value may occur more than once in any column No particular digit value may occur more than once in any 3x3 subgrid 3. 5. 333 3 33 3 5. 555

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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Hello! Can you do this assignment in C language?

**1. Overview** The purpose of this assignment is to give you some experience using arrays and functions in addition to loops & conditionals, as well as printf & scanf, declaring variables, and using logical expressions. **2. More Assignment Specifics** This program will read in a text file (redirected to stdin) containing values on a 9 x 9 sudoku grid. The text file will have 9 printable characters on a line, each separated by a space with 9 such lines in the file. Each of these characters will represent a value on the sudoku grid at a particular position. There are 9 possible values that can be filled in at a particular position: the digits ‘1’ through ‘9’. In addition an unsolved sudoku will have blank positions on the grid: in the file these will be represented by the ‘_’ (underscore) character. Using the data from the file, the program will display the sudoku grid and determine whether or not the sudoku grid is valid. In order for a sudoku grid to be valid there are three rules: 1. No particular digit value may occur more than once in any row. 2. No particular digit value may occur more than once in any column. 3. No particular digit value may occur more than once in any 3x3 subgrid. Graph Details: - The first grid shows a series of 5s violating the rules in rows and subgrids. - The second grid shows a series of 3s violating rules in columns and subgrids. - The third grid shows a series of 1s violating rules in rows, columns, and subgrids. Unlike the digit values ‘1’ through ‘9’, there may be multiple blank positions (‘_’) in any row, column or 3x3 subgrid. For an unsolved sudoku containing any number of blank positions it is not necessary to evaluate whether the sudoku is solvable given the provided numbers, the program will only need to determine that every position with a number follows the three above rules to determine if the 9x9 grid is valid. Finally, the program should be divided into functions. Using multiple functions instead of having the entire program in main() helps divide the program into more manageable parts and will also allow you to work on the program incrementally as well as facilitate the testing and debugging of any specific section of the program. Additionally functions can reduce the duplication of code within a program. It is up to you how
Transcribed Image Text:**1. Overview** The purpose of this assignment is to give you some experience using arrays and functions in addition to loops & conditionals, as well as printf & scanf, declaring variables, and using logical expressions. **2. More Assignment Specifics** This program will read in a text file (redirected to stdin) containing values on a 9 x 9 sudoku grid. The text file will have 9 printable characters on a line, each separated by a space with 9 such lines in the file. Each of these characters will represent a value on the sudoku grid at a particular position. There are 9 possible values that can be filled in at a particular position: the digits ‘1’ through ‘9’. In addition an unsolved sudoku will have blank positions on the grid: in the file these will be represented by the ‘_’ (underscore) character. Using the data from the file, the program will display the sudoku grid and determine whether or not the sudoku grid is valid. In order for a sudoku grid to be valid there are three rules: 1. No particular digit value may occur more than once in any row. 2. No particular digit value may occur more than once in any column. 3. No particular digit value may occur more than once in any 3x3 subgrid. Graph Details: - The first grid shows a series of 5s violating the rules in rows and subgrids. - The second grid shows a series of 3s violating rules in columns and subgrids. - The third grid shows a series of 1s violating rules in rows, columns, and subgrids. Unlike the digit values ‘1’ through ‘9’, there may be multiple blank positions (‘_’) in any row, column or 3x3 subgrid. For an unsolved sudoku containing any number of blank positions it is not necessary to evaluate whether the sudoku is solvable given the provided numbers, the program will only need to determine that every position with a number follows the three above rules to determine if the 9x9 grid is valid. Finally, the program should be divided into functions. Using multiple functions instead of having the entire program in main() helps divide the program into more manageable parts and will also allow you to work on the program incrementally as well as facilitate the testing and debugging of any specific section of the program. Additionally functions can reduce the duplication of code within a program. It is up to you how
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