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Write a code using C# for the following images.

Write a code using C# for the following images.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Write a code using C# for the following images.
### Explanation of Producer-Consumer Text Output Below is an example of a producer-consumer problem simulation output. In the context of operating systems and concurrent programming, the producer-consumer problem is a classic example of a multi-process synchronization issue. The goal here is to illustrate how producers and consumers interact with a bounded buffer. - **Producers** generate data and place it into a buffer. - **Consumers** take the data from the buffer. The entries in the text demonstrate the actions of two producers (P1 and P2) and two consumers (C1 and C2). Each action updates the state of buffer occupancy. ``` 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 C1 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 ``` ### Detailed Explanation 1. **Actions of Producers and Consumers:** - Each line in the output either represents a write operation by a producer or a read operation by a consumer. - Example: `Producer P1 writes 13 Buffer cells occupied: 5` -
Transcribed Image Text:### Explanation of Producer-Consumer Text Output Below is an example of a producer-consumer problem simulation output. In the context of operating systems and concurrent programming, the producer-consumer problem is a classic example of a multi-process synchronization issue. The goal here is to illustrate how producers and consumers interact with a bounded buffer. - **Producers** generate data and place it into a buffer. - **Consumers** take the data from the buffer. The entries in the text demonstrate the actions of two producers (P1 and P2) and two consumers (C1 and C2). Each action updates the state of buffer occupancy. ``` 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 C1 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 ``` ### Detailed Explanation 1. **Actions of Producers and Consumers:** - Each line in the output either represents a write operation by a producer or a read operation by a consumer. - Example: `Producer P1 writes 13 Buffer cells occupied: 5` -
Below is the transcription of the log output from a Producer-Consumer simulation: --- **Producer-Consumer Simulation Log** 1. **Producer P3 writes 30** - Buffer cells occupied: 1 2. **Consumer C2 reads 30** - Buffer cells occupied: 0 3. **Producer P3 writes 31** - Buffer cells occupied: 1 4. **Producer P1 writes 10** - Buffer cells occupied: 2 5. **Producer P3 writes 32** - Buffer cells occupied: 3 6. **Producer P2 writes 25** - Buffer cells occupied: 4 7. **Producer P3 writes 33** - Buffer cells occupied: 5 8. **Consumer C1 reads 31** - Buffer cells occupied: 4 9. **Producer P3 writes 34** - Buffer cells occupied: 5 10. **Consumer C1 reads 10** - Buffer cells occupied: 4 11. **Producer P3 writes 35** - Buffer cells occupied: 5 12. **Consumer C1 reads 32** - Buffer cells occupied: 4 13. **Consumer C2 reads 25** - Buffer cells occupied: 3 14. **Producer P1 writes 11** - Buffer cells occupied: 4 15. **Producer P3 writes 36** - Buffer cells occupied: 5 16. **Consumer C1 reads 33** - Buffer cells occupied: 4 17. **Producer P3 writes 37** - Buffer cells occupied: 5 18. **Producer P2 writes 26** - Buffer cells occupied: 5 19. **Consumer C2 reads 34** - Buffer cells occupied: 4 20. **Consumer C1 reads 35** - Buffer cells occupied: 3 21. **Producer P3 writes 12** - Buffer cells occupied: 4 22. **Consumer C2 reads 11** - Buffer cells occupied: 3 23. **Producer P3 writes 38** - Buffer cells occupied: 4 24. **Consumer C2 reads 36** - Buffer cells occupied: 3 25. **Producer P3 writes 39** - Buffer cells occupied: 4 26.
Transcribed Image Text:Below is the transcription of the log output from a Producer-Consumer simulation: --- **Producer-Consumer Simulation Log** 1. **Producer P3 writes 30** - Buffer cells occupied: 1 2. **Consumer C2 reads 30** - Buffer cells occupied: 0 3. **Producer P3 writes 31** - Buffer cells occupied: 1 4. **Producer P1 writes 10** - Buffer cells occupied: 2 5. **Producer P3 writes 32** - Buffer cells occupied: 3 6. **Producer P2 writes 25** - Buffer cells occupied: 4 7. **Producer P3 writes 33** - Buffer cells occupied: 5 8. **Consumer C1 reads 31** - Buffer cells occupied: 4 9. **Producer P3 writes 34** - Buffer cells occupied: 5 10. **Consumer C1 reads 10** - Buffer cells occupied: 4 11. **Producer P3 writes 35** - Buffer cells occupied: 5 12. **Consumer C1 reads 32** - Buffer cells occupied: 4 13. **Consumer C2 reads 25** - Buffer cells occupied: 3 14. **Producer P1 writes 11** - Buffer cells occupied: 4 15. **Producer P3 writes 36** - Buffer cells occupied: 5 16. **Consumer C1 reads 33** - Buffer cells occupied: 4 17. **Producer P3 writes 37** - Buffer cells occupied: 5 18. **Producer P2 writes 26** - Buffer cells occupied: 5 19. **Consumer C2 reads 34** - Buffer cells occupied: 4 20. **Consumer C1 reads 35** - Buffer cells occupied: 3 21. **Producer P3 writes 12** - Buffer cells occupied: 4 22. **Consumer C2 reads 11** - Buffer cells occupied: 3 23. **Producer P3 writes 38** - Buffer cells occupied: 4 24. **Consumer C2 reads 36** - Buffer cells occupied: 3 25. **Producer P3 writes 39** - Buffer cells occupied: 4 26.
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