CprE231_Lab3_Jacob_Boicken

Sockets are low-level networking interfaces between computers. Many programming languages come standard with socket libraries for creating socket connections. In this lab, we’ll study the usage of networking sockets in Python to write a custom client/server program. Client/Server source code as a ZIP or RAR file in D2L Word document outlining the description of your program. The word document should contain screenshots containing your name on the VM and reports of what’s occurring in them. Demonstrate your socket solution accomplishes the following: The client connects to the server Client and server successfully exchange messages Following the TCP stream in Wireshark Identifying the message sent in Wireshark Any additional functionality you created in your solution. please use python.

Linux has all of the concurrent methods covered here. Others don't.

Hello. Please answer the attached Operating Systems question and its two parts correctly and completely.*If you answer the questions correctly and completely, I will give you a thumbs up. Thanks.

3. Suppose you are working as a software engineer, You are given a task of designing an operating system for a new devise. What are features you are going to add to design the OS. 4. Differentiate traditional unix with linux. 5. Write a java program to show the life cycle of thread. 6. Give a short note on semaphore, monitors usage and implementation. 7. Consider the following table: P1 P2 P3 P4 P5 P6 Process 17 4 8 1 12 5 Burst Time 5 23 1 3 4 Priority a). Draw four Gantt charts that illustrate the execution of these processes using the following scheduling algorithms: FCFS SJF Non Preemptive Priority and Round-Robin (quantum-4). Which algorithm gives less average waiting time?

Would you take a screenshot of that as well

In a process using threads, is there one stack per thread, or one stack per process? Explain. In the final version of the process state model, we have a state “blocked and swapped.” If the goal of blocking a process is to prevent the blocked process from wasting resources, why do not we only have “blocked and swapped”? Why a separate state “blocked”? Explain your answer. Linux systems do not allow all signals to be caught or ignored. Suppose they did; how would you stop an application that has ignored all signals from running? Assume at time 5, no system resources are being used except the processor and memory. Given this, consider this sequence of events: at time = 5: P1 executes a command to read from disk unit 3; at time = 15: P5’s time slice expires; at time = 18: P7 executes a command to write to disk unit 3; at time = 20: P3 executes a command to read from disk unit 2; at time = 24: P5 executes a command to write on disk unit 3; at time = 28: P5 is swapped out; at time = 33:…

n this assignment, you will develop a simple Web server in Python that is capableof processing only one request. Specifically, your Web server will(i) Create a connection socket when contacted by a client (browser)(ii) Receive the HTTP request from this connection(iii) Parse the request to determine the specific file being requested(iv) Get the requested file from the server’s file system(v) Create an HTTP response message consisting of the requested filepreceded by header lines(vi) Send the response over the TCP connection to the requesting browser.If a browser requests a file that is not present in your server, your server shouldreturn a “404 Not Found” error message.Your job is to code the steps above, run your server, and then test your server bysending requests from browsers running on different hosts. If you run your serveron a host that already has a Web server running on it, then you should use a differentport than port 80 for your Web server. Make sure to test your program…

dont post unnecessary answer else sure downvote and also dont post existing answer

The creators of Linux first decided to go with a non-preemptible kernel because...How exactly does a non-preemptible kernel benefit a system with just one processor? Why does the benefit become less significant as more processors are used?

Linux supports all available concurrent techniques. A lot of people don't.

The Nevercrash Operating System Company has been receiving complaints from some of its customers about its latest release, which includes semaphore operations. They feel it is immoral for processes to block (they call it "sleeping on the job"). Since it is company policy to give the customers what they want, it has been proposed to add a third operation, peek, to supplement up and down. peek simply examines the semaphore without changing it or blocking the process. In this way, programs that feel it is immoral to block can first inspect the semaphore to see if it is safe to do a down. Will this idea work if three or more processes use the semaphore? If two processes use the semaphore?

Starting out with hadoop and I need to find the 8-bit XOR checksum of all bytes from 1000000000 till 1000000999 (inclusive) with the offset in a file called "bigdata" in a directory called d1. How would I do this in Java using the HDFS API?

Hello. Please answer the attached Operating Systems questions about the Dining Philosophers Problem & Readers and Writers problem correctly. *If you answer the questions correctly and completely, I will give you a thumbs up. Thanks.

There isn't a concurrent technique that Linux doesn't have support for. Many people don't.

NASM programX86should run successfully in nasm in Linux platform while using the below commands for your clarity... nasm -f elf question.asmld -melf_i386 question.o -o answer./answer here question is code file name and answer is what we are giving for output file. please answer as what I asked .... please don't waste my questions posting wrong answers and irrelevant languages

All of the concurrent approaches that are being explained here are available solely on Linux. Not so with other operating systems.

In the situation where there are multiple users or a networked computer system, you probably share a printer with other users. When you request to print a file, your request is added to the printer. When your request reaches the front of the printing line, your file is printed. This ensures that only one person at a time has access to the printer and that this access is given on first-come, first-served basis. Keeping that in mind when ever a new request is generated, OS will put the file in line and prints the file which comes earlier(first). After printing the OS checks the next file and prints the next file and this goes on until all files gets printed. Implement the above scenario what you have to do is: Make a File class which keeps Id, name, number of pages.Create a Printer class which takes File type array.The Printer class implements the operation “add” which adds a new file to the line by checking the available space.A remove() method in Printer class which removes the file…