#The best time to plant a tree is ten years ago, followed by now
Many programmers can't find a direction in learning at first, but I think after a period of novice period, most of these problems will become less obvious, and the direction of work will gradually become clear.
But it didn't take long for the information that I could understand began to exceed the ability to learn every day, such as buying books that I didn't read, collecting posts that I didn't read, and articles that I didn't follow after I marked them, not to mention the accumulation of more and more articles. Every day, I am faced with various technology sharing or new things in Weibo.
Most people have limited time for learning every day, and how to improve learning efficiency at this stage has become the focus of the solution.
Talking about your experience in improving learning efficiency is actually very simple: systematic learning.
I used to like to read some blogs or some articles that "look" relatively easy to understand. I would mark any technical article I swiped on Weibo and WeChat every day, and I could read it in a few minutes. But after a period of time, although I read a lot of things, I still have a state of spinning around in place, and I have not felt any actual improvement.
In the end, I couldn't help it, and I nibbled it hard with the thick book, and suddenly I felt a sense of enlightenment: what I learned when I was reading is a complete knowledge network, and each knowledge point is related to and different from other content. This kind of comprehensive understanding is much higher than an independent article.
After repeating the painful learning-combing process several times, it is often more effective to read some independent articles or materials, because the corresponding knowledge can be found in the system, and sometimes even a page in a book only needs to read a sentence If you break the window paper, you can master new knowledge. Many programmers can't find the direction in learning at first, but I think after a period of novice period, most of these problems will become less obvious, and the direction of work will gradually become clear.
But it didn't take long for the information that I could understand began to exceed the ability to learn every day, such as buying books that I didn't read, collecting posts that I didn't read, and articles that I didn't follow after I marked them, not to mention the accumulation of more and more articles. Every day, I am faced with various technology sharing or new things in Weibo.
Most people have limited time for learning every day, and how to improve learning efficiency at this stage has become the focus of the solution.
Talking about your experience in improving learning efficiency is actually very simple: systematic learning.
I used to like to read some blogs or some articles that "look" relatively easy to understand. Every day, I will mark any technical articles I swipe on Weibo and WeChat, and I can basically read them in a few minutes. But after a period of time, although I read a lot of things, I still have a state of spinning around in place, and I have not felt any actual improvement.
In the end, I couldn't help it, and I nibbled it hard with the thick book, and suddenly I felt a sense of enlightenment: what I learned when I was reading was a complete knowledge network, and each knowledge point and other content were interconnected and differentiated. This kind of comprehensive understanding is much higher than an independent article.
After repeating the painful learning-combing process several times, it is often more effective to read some independent articles or materials, because the corresponding knowledge can be found in the system, and sometimes even a page in a book only needs to read a sentence If you break the window paper, you can master new knowledge. So I suggest that you read articles and blogs, not just one article. The best results are achieved through transparent and continuous learning.
Today, let's talk about Spring Cloud Alibaba, which is a set of implementations of Spring Cloud specifications and provides a one-stop solution for distributed application development. It contains all the components needed to develop distributed applications, making it easy for you to develop applications with Spring Cloud. The components in Spring Cloud Alibaba are basically transformed from Alibaba's internal middleware and have experienced many double eleven tests. Stress resistance.
However, there are some scattered blogs about Spring Cloud Alibaba on the market, but they are not always comprehensive. Therefore, this Spring Cloud Alibaba microservice architecture notes and brain map routes and supporting videos are organized here to systematically analyze the use and principles of each component. For beginners or experienced developers, it can provide very large s help!
Dear friends, please read down. Due to space reasons, only some screenshots are shown. Each knowledge point has a left navigation bookmark page, which is very convenient to read. Due to the large amount of content, here are some screenshots. For those who need to get the complete notes, you can see the end of the article
Spring Cloud Alibaba Microservice Architecture Notes Directory
- Chapter 1: Introduction to Microservice Architecture
- Chapter 2: Microservice Environment Construction
- Chapter 3 Nacos Discovery – Service Governance
- Chapter 4 Sentinel – Service Fault Tolerance
- Chapter 5 Gateway – Service Gateway
- Chapter 6 Sleuth – Link Tracing
- Chapter 7 Rocketmq – Message Driven
- Chapter 8 SMS – Short Message Service
- Chapter 9 Nacos Config – Service Configuration
- Chapter 10 Seata – Distributed Transactions
Spring Cloud Alibaba Microservice Architecture Notes Content Display
Spring Cloud Alibaba Microservice Architecture Brain Map
SpringCloud Hystrix service downgrade/fuse/isolate
Spring Cloud Gateway service gateway
SpringCloud Config service configuration
Apache Doubbo Service Registry
Spring Cloud Stream message driven
SpringCloud Alibaba Seata Distributed Transaction
SpringCloud Alibaba Sentinel realizes circuit breaker and current limit
SpringCloud AlibbaNacos Service Registry
Spring Cloud Alibaba Microservice Architecture Learning Tutorial
- Defect analysis of single war package and microservice
- Online e-commerce project micro-service architecture practice
- Simple explanation of Nacos service registration
- Nacos-server installation and startup combat
- Nacos service architecture explanation
- Online service load balancing calling algorithm handwritten combat
- Zero-invasion transformation of business code
- Simple Interpretation of Service Fault Tolerance
- Nacos client startup entry source code analysis
- Analysis of the underlying source code of Nacos client service registration
- How to adjust the Nacos interface source code analysis for service registration
- How does the client send a heartbeat to the Nacos service source code analysis
- Nacos server entry source code analysis
- Interpretation of Alibaba's online microservice structure storage source code
- Interpretation of service information registered to Nacos cache Task queue source code
- Interpretation of Naocs writing and copying source code
- Interpretation of Naocs Service Elimination Source Code
- Spring Cloud Alibaba learning ideas and advanced technical analysis
- Easy to understand and master the seata transaction model
- Interpretation of the construction steps of seata transaction framework
- Seata completes data consistency practice
- Interpretation of the source code of the global transaction scanner class
- Seata—Interpretation of the core source code of stage 1pc
- Seata server source code interpretation
- Seata server global transaction open source code interpretation
- Interpretation of the source code of seata server branch transaction
- How seata writes the undo_log log source code analysis
Summarize
As the saying goes, a lot of skills do not overwhelm you, not to mention that in the employment needs of major factories, the "Spring Microservice System" is just at the right time, and it will even raise its own value! Friends who are interested in business interface development, middleware research and development, distributed systems, e-commerce/finance/live broadcast back-end development, high-availability platform design and other related fields, don't miss it!