Requirements of Chat Server Go program:

1.  The program must be written in Go.

2. The server should be able to read short messages from clients concurrently (at the same time) and enable other participants to respond quickly. The communication should be similar to that of a spoken conversation, unlike apps such as those for forums and email.

3. Let multiple people talk at the same time on the Chat server.

4. Anything said is seen by everyone unless the sender specifies that the message is a PM (private message) and names the receiver.

5. Make the chat app extensible. To add more features we should be able to implement and export a server-side method and write a client stub which calls the exported method over RPC.

6. Test your program to see that the Request and Reply, and the PM work. Use the Go Testing program for doing this.

7. User Requests should include a Request to join the Chat Room, get and display unseen messages including PM.

8. Use the Go RPC package for implementing remote procedure calls in Go including the implementation of a client-server interface with the server by the client.

9. Register the program with an HTTP handler in the RPC package and turn the terminal program into a Web Service that handles HTTP requests through a TCP Listener. See HandleHTTP and DialHTTP in Go RPC package. 

Submit the Go source code, a ReadME file with the compile and run options that you use, and submit a file containing the sequence of input strings that you use as client messages to the Chat server. Zip the files submitted into one .zip file using 7-zip.  

1. Read the narrative on Acme Electric, LLC.
2. Create a domain model class diagram for Acme Electric, LLC’s proposed Job Management Application.
3. Using Lucidchart
4. saved as PDF 

Problem 1: Create a Python program to solve a simple pay calculation. Calculate the amount of pay, given employee name, hours worked, and hourly rate. (The formula to calculate payroll is pay = hourly rate * hours worked.) Display employee name, hourly rate, hours worked, and pay. (Do not add any rules such as overtime)

Problem 2: Create a Python program to calculate the average miles per gallon obtained on a trip. Input car name, the amount of gas used and the number of miles driven. (The formula to calculate miles per gallon is miles per gallon = number of miles driven / amount of gas used. ) Display car name, gas used, miles driven and MPG. Use your own values to test the. You can hard code the values or you can use the input() function. See announcement  for sample code.

Instructions:

Create a FLOWCHART and a PSEUDOCODE for each problem.

Use the information below to create a pseudocode (which can be a text-based description for solving the problems) and a flowchart (using flowchart symbols to illustrate how you would program) to solve each problem. You may use Microsoft Word® for your pseudocode and Microsoft PowerPoint® for your flowchart.

1. Problem:

Create a flowchart and pseudo code to do the following:-

You are going to modify week 4 assignment (2 problems) to use input() function (no hard coded values) to prompt the user to enter the values.

Make sure the prompt message is meaningful, do not say “Enter value”, say something like this “Enter hours worked” after you get all the inputs, display the results and prompt the user if wants more calculation (y/n). If no then print a message like “Thank you for …….”

The flowchart must include a loop and if-then

Instructions:

Create a FLOWCHART and a PSEUDOCODE for each problem.

Use the information below to create a pseudocode (which can be a text-based description for solving the problems) and a flowchart (using flowchart symbols to illustrate how you would program) to solve each problem. You may use Microsoft Word® for your pseudocode and Microsoft PowerPoint® for your flowchart.

1. Problem:

Create a flowchart and pseudo code to do the following:-

You are going to modify week 4 assignment (2 problems) to use input() function (no hard coded values) to prompt the user to enter the values.

Make sure the prompt message is meaningful, do not say “Enter value”, say something like this “Enter hours worked” after you get all the inputs, display the results and prompt the user if wants more calculation (y/n). If no then print a message like “Thank you for …….”

The flowchart must include a loop and if-then