Comp 2322代写、Python/Java程序代做
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Project: Multi-thread Web Server
Due time: 11:59pm, April 21, 2024, Sunday
Total marks: 100 marks
Project objectives
This project aims to develop a socket program to implement a Web service using the
HTTP protocol.
Design requirements
In this project, you are required to develop a multi-threaded Web server in Python that is
capable of processing HTTP requests sent from browsers or some other client programs.
This multi-threaded program will be able to handle multiple requests at the same time.
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 file preceded by
header lines;
(vi) send the response over the TCP connection to the requesting client. If the client
requests a file that is not present in your server, your server should return a “404
Not Found” error message.
Your task is to implement the server program, run your server program, and then test
your server program by sending requests from the client programs running on different
hosts. You may run the server on your own computer, using the IP address of 127.0.0.1. If
you run your server on a host that already has a Web server running on it, then you should
use a different port than port 80 for your Web server.
You can develop your code in two stages. In the first stage, you can simply implement the
server program to receive the HTTP request messages and display the contents. After this
is running properly, you can add the code to generate appropriate responses in the second
stage. The Web server needs a log file to record statistics of the client requests. Each
request corresponds to one line of record in the log. Write down client hostname/IP
address, access time, requested file name and response type for each record. Your Web
server also needs to handle some simple errors, such as web-page not found.
You can use either Python, Java or C/C++ languages for the project. When implementing
the Web server, you are required to use basic socket programming classes to build the
Web server from scratch instead of using the HTTPServer class directly.
Submission requirements
Each student needs to submit a project package to Learn@PolyU, containing the
following documents:
x A project report that contains
o A cover page includes your name and student number;
o A summary of your design and implementation of the server program;
o A demonstration of executing your program and screen capturing of results of
all functions;
o A log file that records the historical information about the client requests and
server responses.
x Complete source code
o Your code should be commented appropriately.
x A README text file of how to compile and run your program.
The due time of the project is 11:59pm, April 21, 2024, Sunday, determined by
Learn@PolyU. Do not challenge this time and submit your project package a little
earlier. Late submission will cause the marks deducted 25% per day.
Assessment rubrics
The following rubrics will be used to evaluate your project quality and to determine
your grade (100 marks):
ms
YNNNMM一 一一一一 一一一一 一一
x Design and implement the Web server program to support the following functions
(70 marks)
o Multi-threaded Web server (5 marks)
o Proper request and response message exchanges (5 marks)
o GET command for both text files and image files (10 marks, 5 marks each)
o HEAD command (10 marks)
o Four types of response statuses ONLY, including 200 OK, 400 Bad Request,
404 File Not Found, 304 Not Modified (20 marks, 5 marks each)
o Handle Last-Modified and If-Modified-Since header fields (10 marks)
o Handle Connection header field for both HTTP persistent connection
(keep-alive) and non-persistent connection (close) (10 marks, 5 marks each)
x Quality of your project’s report (25 marks)
o A good summary of your design and implementation of the server program
(10 marks)
o A full demonstration of executing your program and screen capturing of
results of all functions (5 marks)
o A complete log file (5 marks)
o A clear README text file (5 marks)
x Quality of your project’s source code (5 marks)
o Complete source code for the project
o Good naming and coding conventions used in your source code
o Compile the source code successfully
o Execute the program without runtime errors
Comp 2322 Computer Networking
Project Marking Sheet
Student Information Name Student ID
TA Information
Check List Marks
Design and implement the Web server program (70 marks)
o Multi-threaded Web server (5 marks)
o Proper request and response message exchanges (5 marks)
o GET command for both text files and image files (10 marks)
o HEAD command (10 marks)
o Four types of response statuses ONLY (20 marks)
o Handle Last-Modified and If-Modified-Since header fields (10 marks)
o Handle Connection header field (10 marks)
Quality of your project’s report (25 marks)
o A good summary of your design and implementation (10 marks)
o A full demonstration of executing your program and screen capturing of
results of all functions (5 marks)
o A complete log file (5 marks)
o A clear README text file (5 marks)
Quality of your project’s source code (5 marks)
o Complete source code for the project
o Good naming and coding conventions used in your source code
o Compile the source code successfully
o Execute the program without runtime errors
Total
Project: Multi-thread Web Server
Due time: 11:59pm, April 21, 2024, Sunday
Total marks: 100 marks
Project objectives
This project aims to develop a socket program to implement a Web service using the
HTTP protocol.
Design requirements
In this project, you are required to develop a multi-threaded Web server in Python that is
capable of processing HTTP requests sent from browsers or some other client programs.
This multi-threaded program will be able to handle multiple requests at the same time.
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 file preceded by
header lines;
(vi) send the response over the TCP connection to the requesting client. If the client
requests a file that is not present in your server, your server should return a “404
Not Found” error message.
Your task is to implement the server program, run your server program, and then test
your server program by sending requests from the client programs running on different
hosts. You may run the server on your own computer, using the IP address of 127.0.0.1. If
you run your server on a host that already has a Web server running on it, then you should
use a different port than port 80 for your Web server.
You can develop your code in two stages. In the first stage, you can simply implement the
server program to receive the HTTP request messages and display the contents. After this
is running properly, you can add the code to generate appropriate responses in the second
stage. The Web server needs a log file to record statistics of the client requests. Each
request corresponds to one line of record in the log. Write down client hostname/IP
address, access time, requested file name and response type for each record. Your Web
server also needs to handle some simple errors, such as web-page not found.
You can use either Python, Java or C/C++ languages for the project. When implementing
the Web server, you are required to use basic socket programming classes to build the
Web server from scratch instead of using the HTTPServer class directly.
Submission requirements
Each student needs to submit a project package to Learn@PolyU, containing the
following documents:
x A project report that contains
o A cover page includes your name and student number;
o A summary of your design and implementation of the server program;
o A demonstration of executing your program and screen capturing of results of
all functions;
o A log file that records the historical information about the client requests and
server responses.
x Complete source code
o Your code should be commented appropriately.
x A README text file of how to compile and run your program.
The due time of the project is 11:59pm, April 21, 2024, Sunday, determined by
Learn@PolyU. Do not challenge this time and submit your project package a little
earlier. Late submission will cause the marks deducted 25% per day.
Assessment rubrics
The following rubrics will be used to evaluate your project quality and to determine
your grade (100 marks):
ms
YNNNMM一 一一一一 一一一一 一一
x Design and implement the Web server program to support the following functions
(70 marks)
o Multi-threaded Web server (5 marks)
o Proper request and response message exchanges (5 marks)
o GET command for both text files and image files (10 marks, 5 marks each)
o HEAD command (10 marks)
o Four types of response statuses ONLY, including 200 OK, 400 Bad Request,
404 File Not Found, 304 Not Modified (20 marks, 5 marks each)
o Handle Last-Modified and If-Modified-Since header fields (10 marks)
o Handle Connection header field for both HTTP persistent connection
(keep-alive) and non-persistent connection (close) (10 marks, 5 marks each)
x Quality of your project’s report (25 marks)
o A good summary of your design and implementation of the server program
(10 marks)
o A full demonstration of executing your program and screen capturing of
results of all functions (5 marks)
o A complete log file (5 marks)
o A clear README text file (5 marks)
x Quality of your project’s source code (5 marks)
o Complete source code for the project
o Good naming and coding conventions used in your source code
o Compile the source code successfully
o Execute the program without runtime errors
Comp 2322 Computer Networking
Project Marking Sheet
Student Information Name Student ID
TA Information
Check List Marks
Design and implement the Web server program (70 marks)
o Multi-threaded Web server (5 marks)
o Proper request and response message exchanges (5 marks)
o GET command for both text files and image files (10 marks)
o HEAD command (10 marks)
o Four types of response statuses ONLY (20 marks)
o Handle Last-Modified and If-Modified-Since header fields (10 marks)
o Handle Connection header field (10 marks)
Quality of your project’s report (25 marks)
o A good summary of your design and implementation (10 marks)
o A full demonstration of executing your program and screen capturing of
results of all functions (5 marks)
o A complete log file (5 marks)
o A clear README text file (5 marks)
Quality of your project’s source code (5 marks)
o Complete source code for the project
o Good naming and coding conventions used in your source code
o Compile the source code successfully
o Execute the program without runtime errors
Total