Most of the students are familiar with surface theoretical knowledge, but can not apply it to their work. This course was born out of the feedback we received. In order to avoid only learning dead knowledge, dare not in the production environment of practical operation embarrassing situation. In terms of knowledge, this course is also from beginner to master, but the whole course is taught in a progressive way. The goal is to be able to use it, and the course includes a lot of development Tips. And the depth to do enough: read the core source code, based on RabbitMQ secondary development, handwritten distributed transaction framework, enhance the technical depth, cultivate frame thinking.
Develop distributed transaction framework based on RabbitMQ, enhance technical depth, cultivate frame thinking to understand distributed transaction deeply, learn to design SpringBoot plug-in, harvest experience of framework transformation, make your resume more material
How many of the following questions can you answer? This lesson will take you through these issues and see if you can use life examples to illustrate what message-oriented middleware is. How to summarize the characteristics of mainstream middleware, a hit? How to use an example to illustrate the differences between the three exchanges? Did you get the message out? Is it really routed? Is the consumer processing over? Anything unusual? What if the queue is full? How do I transfer expired messages? (dead letter queue) skilled how to achieve efficient listening? Processing messages efficiently? How does the cluster communicate under remote network delay? How to combine Docker and K8s to achieve high availability cluster? How is the cluster status monitored? Know how to design a distributed transaction framework based on RabbitMQ? How to automatically retry a message after it fails? How to notify after message processing? How are dead-letter messages automatically processed and marked? The author
-v: itspcool