Preface
As a programmer, it is very important to determine your own development direction and route as early as possible, and the architect is one of the directions. Many programmers struggle for most of their lives in order to become a qualified and excellent architect, but becoming an architect is not an easy task, and it has very high technical requirements.
Of course, architects from big factories are more valuable, so what technologies do you need to learn if you want to be an architect at a big factory? You may be confused now, but in fact, there are many ready-made architecture technical routes on the market. It is very easy to learn from the routes! What I want to share today is the "architecture technology strategy" that looks general, but after reading it, you will feel really fragrant. This strategy is personally recommended by the Alibaba technical officer. From the basics to the source code, you can stop at the big factory!
This set of "Java Architecture Technology Strategy" contains three topics: A, B, and C:
- A: Performance linear improvement architecture technology
- B: Efficient storage makes the project take off
- C: Interpretation of open source framework by design thinking
The content of the article is limited. It is impossible to write all of this guide. The complete pdf version of the framework guide, add my VX (tkzl6666) to receive it for free.
A. Performance linear improvement architecture technology
1.Zookeeper
- Basics (Getting Started + Installation and Application + Quick Instructions)
- Advanced (native client analysis + zkclient application + curtor rapid development)
- Actual combat (cluster election + distributed)
- zk advanced skills (low level + Byzantine generals problem + Paxos + interpretation of Raft algorithm)
2.Nginx
- Basic (installation and use + realization of Nginx distribution)
- Advanced (Nginx process model and configuration details + location rules + rewrite analysis)
- Actual combat (separation of dynamics and statics, reverse proxy and cross-domain + cache configuration, Gzip+https authentication and LVS high availability)
- Advanced (OpenRestry+Lua script to achieve dynamic and static separation)
3.RabbitMQ
- Getting started with messaging middleware
- News release and consumption trade-off
- How to solve the message rejection?
- Integrate Spring to complete application decoupling
- Clustering and mirror queue combat
4.RocketMQ
- Basic (installation and configuration + messaging model + message sending + message consumption)
- Advanced (message storage mechanism + multiple message modes + high availability mechanism + load balancing + message retry + consumption idempotence issues, etc.)
- Actual combat (dual master dual cluster/monitoring platform rapid construction + project)
- Advanced (Rocket core source code + NameServer architecture design + storage file memory mapping technology + linux zero copy principle, etc.)
5.Kafka
- Getting started with Kafka
- Kafka's producers and consumers and advanced features
- Deep understanding of Kafka
- Ensure reliable data transmission in Kafka
- Kafka cluster
- Integration of Kafka and Spring
- Actual combat: cutting peaks and filling valleys
- First look at big data
6.elastic elk
- ElasticSearch
- Logstash
- Kibana
B. Efficient storage allows project performance to take off
1.Redis
- 基础（What，Why，When？）
- Advanced (project + sentinel mechanism + high availability cluster mechanism + Redis slow operation optimization)
- Advanced (cache avalanche, cache breakdown, cache warm-up, hot key, cache degradation + actual combat and solutions)
- Expert level (source code interpretation)
2.mongoDB
- Getting started (installation and use + addition, deletion, modification, and checking)
- Advanced (security settings and storage engine)
- Actual combat (performance tuning and indexing + replication architecture analysis + mongoDB transaction implementation in cluster mode + sharded cluster, etc.)
3. MySQL high availability
- Mysql master-slave replication, read-write separation high-availability solution
- Mysql+ Keepalived realizes dual-master high-availability solution
- Mysq|Achieve a high-performance solution for sub-database and sub-table
4.Mycat
- Introduction and use of Mycat
- Based on Mycat to achieve Mysq|Read and write separation
- Realize database segmentation based on Mycat
- Global table, ER table, fragmentation mechanism analysis
5.Sharding-Sphere
- Sharding—JDBC
- Sharding—Proxy
6. FastDFS (file storage + file synchronization + file query + distributed deployment)
C. Interpretation of open source framework by design thinking
1. Six principles + structural mode + creation mode + behavior mode
2. Interpretation of Spring5 source code
3. Interpretation of Spring MVC framework source code
4. Interpretation of Mybatis framework source code
to sum up
Everyone wants to be an architect, but often only 10% of programmers can succeed. Imagination is simple, but persistence is difficult.
Finally, I want to give all programmers a piece of advice: In your daily work, don’t just confine yourself to the work at hand, because the work you are responsible for may only be the “tip of the iceberg” on a certain system, which is left by the predecessors. We must learn how to use it. At this time, we need to stand taller and look farther, to understand the entire meridian of this system, to guess the "Why? How?" it was originally designed, and what we should do instead, so that maybe you will leave The architect is one step closer.
All the contents of the "Architect Training Guide" above are available in full version pdf to share, friends who need it, don't need to do anything else, just give me more support.