C # Multithreading technology improves RABBITMQ consumption throughput (II.)

I. Introduction of the Course

This sharing course belongs to the second part of the "C # Advanced programming practical Skills Development Treasure Course Series", a stupid follow-up program will be a practical project in some of the more practical about C # Advanced programming skills to share out to everyone to learn, and constantly collect, organize and improve this series of courses! This advanced series of courses is suitable for the following groups:

1, have a certain NET development foundation and have a certain understanding and understanding of RABBITMQ technology.

2, like a stupid dry to share the course of children's shoes.

I hope that you choose a stupid C # advanced Programming Skills Development Course series, according to their own circumstances to choose, because this course is not 0 basic teaching courses series, so say. NET Foundation poor to the point of no friends, that stupid suggest you still first "learn" some basic knowledge of good net, and then come along with a stupid "play"! If you are also interested in this share of the "C # Multithreading technology to improve RABBITMQ consumption rate" course, then please follow the stupid study together. Needless to say, directly on dry goods, we do not produce dry goods, we are just dry goods porter.

Second, actual combat project background

Question: Did you encounter the following exception when consuming RABBITMQ Message Queuing using multithreaded technology?

None of the specified endpoints were reachable.

If it is in the use of RABBITMQ process through the multi-threaded technology encountered, then congratulations on the stupid here to find a solution! Because the stupid in the actual work also encountered the same problem ha.

Bottom line: What are the core technical issues we are addressing today?

C # How to improve the throughput rate of RABBITMQ consumption through multithreading technology!

Third, multi-threaded consumption MQ instance sharing

1), C # How to consume MSMQ messages in a multithreaded manner.

If you are interested in multi-threaded consumption of MSMQ messages, you can focus on the "C # Message Queuing (MQ) 0 basics from Getting Started to walkthrough" course that was previously shared.

2), C # How to increase the consumption rate of RABBITMQ consumers through multithreading.

Iv. Summary

If you want to learn more about RABBITMQ's actual combat skills, we recommend that you learn about the "C # Message Queuing (MQ) 0 basics from Getting started to walkthrough" courses that were shared earlier in the early years. As the saying goes: Master led the door to practice in the individual, I hope everyone in the road of learning has been continued!

Five, the source of online learning and demonstration

C # Multithreading technology improves RABBITMQ consumption throughput (II.)