Your application is based on the Concurrency Guided Practice code and includes modifications to that code to

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Question:

Your application is based on the Concurrency Guided Practice code and includes modifications to that code to support the creation of multiple producers and consumers, which is more representative of a real-world scenario. Incorporate the following requirements into your application:

For all classes provide the following
- Documentation at the top of the class file that includes
  - Your name
  - Date of development
  - Assignment (e.g., CIS317 Performance Assessment - Concurrency - Multiple Producers & Consumers)
  - Description of the class
Creat a C# project called yourname_pa_concurrency
Using the code from the concurrency guided practice, perform the following actions:
- BlockingBuffer class
  - Modify the BlockingBuffer constructor to include an integer parameter that will represent the buffer (or collection) size
  - Use the parameter value as the size when creating the BlockingCollection object
  - Modify the BlockingPut and BlockingGet methods to include a name parameter, and incorporate that name into the output
- Producer and Consumer classes
  - Add the following data members (private properties) to each class:
    - Name (string)
    - SleepTime (int)
    - StartProducing (int)
    - StopProducing (int)
  - Modify the constructor for each class to add parameters to set these properties
  - Modify the Run method in each class as follows:
    - the for loop should go from StartProducing to StopProducing
    - the sleep time should be SleepTime * 1000 instead of the hard-coded value
    - add the Name property as a parameter to the BlockingPut or BlockingGet call
    - add the Name property to the output string
The main application must be updated to do the following
- Create the buffer with a size of 5
- Create 3 producers as follows:
  - P1: start 10, stop 16, sleep 2
  - P2: start 25, stop 29, sleep 3
  - P3: start 30, stop 39, sleep 1
- Create 2 consumers as follows:
  - C1: start 1, stop 9, sleep 3
  - C2: start 1, stop 13, sleep 2

Sample Output:

Your Name, Week 5 Concurrency PA - Multiple Producers & Consumers Producer P3 writes 30 Buffer cells occupied: 1 Consumer C2 reads 30 Buffer cells occupied: 0 Producer P3 writes 31 Buffer cells occupied: 1 Producer P1 writes 10 Buffer cells occupied: 2 Producer P3 writes 32 Buffer cells occupied: 3 Producer P2 writes 25 Buffer cells occupied: 4 Producer P3 writes 33 Buffer cells occupied: 5 Consumer C1 reads 31 Buffer cells occupied: 4 Producer P3 writes 34 Buffer cells occupied: 5 Consumer C1 reads 10 Buffer cells occupied: 4 Producer P3 writes 35 Buffer cells occupied: 5 Consumer C1 reads 32 Buffer cells occupied: 4 Consumer C2 reads Buffer cells occupied: 3 Producer P1 writes 11 Buffer cells occupied: 4 Producer P3 writes 36 Buffer cells occupied: 5 Consumer C1 reads 33 Buffer cells occupied: 4 Producer P3 writes 37 Buffer cells occupied: 5 Producer P2 writes 26 Buffer cells occupied: 5 Consumer C2 reads 34 Buffer cells occupied: 5 Consumer C1 reads 35 Buffer cells occupied: 4 Producer P1 writes 12 Buffer cells occupied: 5 Consumer C2 reads 11 Buffer cells occupied: 4 Producer P3 writes 38 Buffer cells occupied: 5 Consumer C2 reads 36 Buffer cells occupied: 4 Producer P3 writes 39 Buffer cells occupied: 5 Producer P3 done producing Terminating Producer Consumer C1 reads 37 Buffer cells occupied: 4 Producer P1 writes 13 Buffer cells occupied: 5 Consumer C2 reads 26 Buffer cells occupied: 5 Producer P2 writes 27 Buffer cells occupied: 5 Consumer C2 reads 12 Buffer cells occupied: 4 Producer P1 writes 14 Buffer cells occupied: 5 Consumer C2 reads 38 Buffer cells occupied: 4 Consumer C1 reads 39 Buffer cells occupied: 3 Consumer C2 reads 13 Buffer cells occupied: 2 Consumer C1 reads 27 Buffer cells occupied: 1 Producer P1 writes 15 Buffer cells occupied: 2 Producer P2 writes 28 Buffer cells occupied: 3 Consumer C2 reads 14 Buffer cells occupied: 2 Consumer C2 reads 15 Buffer cells occupied: 1 Consumer C2 reads 28 Buffer cells occupied: 0 Producer P1 writes 16 Buffer cells occupied: 1 Producer P1 done producing Terminating Producer Consumer C1 reads 16 Buffer cells occupied: 0 Consumer C1 read values totaling 260 Terminating Consumer Producer P2 writes 29 Buffer cells occupied: 1 Producer P2 done producing Terminating Producer Consumer C2 reads 29 Buffer cells occupied: 0 Consumer C2 read values totaling 311 Terminating Consumer

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