Outputs of your program: 5 text files, each containing point coordinates for a different quadrant or axes, A summary line on standard output.1You will get points from; Proper use of command line arguments, Proper use of threads, Proper use of semaphores and definitions of critical regions, Proper handling of files, Proper implementation of the requested problem.Remember; No teamworking is allowed. You may study from other sources but you are strictly forbidden from copying and/or modifyingfrom them.Different sample runs of this program is as follows. Do note how the program responds with missingarguments. Also do note how the number of lines in each text file corresponds with the program outputand total is reported as M ∗ N.--Sample Run 1--$ ./hwUsage: ./hw NRTHREAD POINTSPERTHREAD--Sample Run 2--$ ./hw 4Usage: ./hw NRTHREAD POINTSPERTHREAD--Sample Run 3--$ ./hw 4 20000NW: 19911 NE: 19969 SW: 19858 SE: 19800 XY: 462$ wc -l ne.txt nw.txt se.txt sw.txt xy.txt19969 ne.txt19911 nw.txt19800 se.txt19858 sw.txt462 xy.txt80000 total--Sample Run 4--$ ./hw 8 15000NW: 29761 NE: 29856 SW: 30069 SE: 29678 XY: 636$ wc -l ne.txt nw.txt se.txt sw.txt xy.txt29856 ne.txt29761 nw.txt29678 se.txt30069 sw.txt636 xy.txt120000 totalAnd this is a sample from a generated text file:$ cat nw.txt-5.820000 1.090000-0.300000 0.410000-6.910000 0.270000[. . .] In this homework, you are expected to write a C program which demonstrates your ability to use threadsand semaphores. Basically, you are expected to implement a program which will repeatedly generaterandom point coordinates between r = (-10 → 10) and y = (-2 → 2) and store these coordinates inseperate text files in respect to the cartesian quadrants they are located in:NW2NE- 1010SWSE-2Your program must use threads. The number of threads T must be specified as a command line argument(hint: use a dynamic thread array in your program). Each thread is responsible from generating randomN (x, y) points between the ranges mentioned above; therefore total number of points will be T » N.N must also be defined as a command line argument. Each of these points will fall in the range of acartesian quadrant (NE, NW, SW, SE). After randomly generating each point, each thread must find outwhich cartesian quadrant the point falls into, store its coordinate in seperate text files (nw.txt, ne.txt,etc) line by line and keep count of points in each quadrant. Also, there will be some points that fallover the X or Y axes; coordinates of such points must be stored in a seperate text file (xy.txt) and use aseperate counter as well.Since we have T threads and only 5 files, the threads must be careful when writing into these files. Insteadof storing point coordinates in memory, each thread must store them in files immediately when they havebeen created. Since the threads will be constantly writing into these files one-by-one and need accessto all files at all times, you can not simply open them once and keep them open for the duration of theprogram; you must open, write into and immediately close them instead. In order to prevent incorrectaccess to these files by your threads, you must use semaphores and define critical regions to make sureeach file is in use by only one thread at a time.Inputs for your program:• Number of threads as a command line parameter,• Number of points per thread as a command line parameter.

To write a c program that implements thread and semphore concept which comes under Operating…

Answered: random point coordinates between z =…

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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Question

Outputs of your program:
5 text files, each containing point coordinates for a different quadrant or axes,
A summary line on standard output.
1
You will get points from;
Proper use of command line arguments,
Proper use of threads,
Proper use of semaphores and definitions of critical regions,
Proper handling of files,
Proper implementation of the requested problem.
Remember;
No teamworking is allowed.
You may study from other sources but you are strictly forbidden from copying and/or modifying
from them.
Different sample runs of this program is as follows. Do note how the program responds with missing
arguments. Also do note how the number of lines in each text file corresponds with the program output
and total is reported as M ∗ N.
--Sample Run 1--
$ ./hw
Usage: ./hw NRTHREAD POINTSPERTHREAD
--Sample Run 2--
$ ./hw 4
Usage: ./hw NRTHREAD POINTSPERTHREAD
--Sample Run 3--
$ ./hw 4 20000
NW: 19911 NE: 19969 SW: 19858 SE: 19800 XY: 462
$ wc -l ne.txt nw.txt se.txt sw.txt xy.txt
19969 ne.txt
19911 nw.txt
19800 se.txt
19858 sw.txt
462 xy.txt
80000 total
--Sample Run 4--
$ ./hw 8 15000
NW: 29761 NE: 29856 SW: 30069 SE: 29678 XY: 636
$ wc -l ne.txt nw.txt se.txt sw.txt xy.txt
29856 ne.txt
29761 nw.txt
29678 se.txt
30069 sw.txt
636 xy.txt
120000 total
And this is a sample from a generated text file:
$ cat nw.txt
-5.820000 1.090000
-0.300000 0.410000
-6.910000 0.270000
[. . .]