Are 2020 years have not used microService it?
During the interview, the high concurrent answers can not always satisfy the interviewer?
How many details does an Internet project have?
I searched a bunch of spike system solutions on the Internet, what should real online e-commerce companies do?
You lack these two words
Actual combat
Eliminate pain points
Solve the interview
Accumulate actual combat experience
But what should be done in this process? Should we do microservices under the existing conditions? What granularity is appropriate for service splitting? What pits need our attention? How does the system achieve data consistency and high availability and scalability of services under distributed services? In the process of splitting, the number of systems increases. How should testing, deployment, operation and maintenance, and monitoring be handled?
The editor recently spent 2 months compiling a set of actual microservice documentation, which was very thorough. Share with everyone today. This information is especially suitable for the following people:
- Have never used microservice technology, only use the traditional SSM framework
- Have used Spring Cloud, Dubbo and other technologies, but they are only limited to use, and problems can't be solved basically
- I have never studied microservice architecture systematically, and feel that architecture design is out of reach
- Some understanding of microservice technology, but no practical experience in designing high availability and high concurrency
Due to space limitations, the editor here only displays all the contents of this actual combat document, divided into 11 chapters. Friends who need to obtain the complete document for learning can follow the editor, background private message: [microservice] Get a free way to claim it!
PDF document catalog and content:
Module 1: Basics
- What is microservice architecture
- Difference from single system
- How to implement emblem service
- Why choose Spring Cloud
- Introduction to Spring Cloud
Module 2: Microservice construction: Spring Boot
- Introduction to the framework
- Quick start
- Project construction and analysis
- Implement RESTful API
- Detailed configuration
- Configuration file
- Custom parameters
- Parameter reference
- Use random numbers
- Command line parameters
- Multi-environment configuration
- Load order
- Monitoring and management
- Getting to know the actuator
- Native endpoint
Module 3: Service governance: Spring Cloud Eureka
- Service governance
- Netlix Eureka
- Build a service registry
- Registered service provider
- High-availability registry
- Service discovery and consumption
- Eureka detailed
- Infrastructure
- Service governance mechanism
- Source code analysis
- Detailed configuration
- Service registration class configuration
- Service instance class configuration
- Cross-platform support
Module 4: Client Load Balancing: Spring Cloud Ribbon
- Client load balancing
- Detailed RestTemplate
- GET request
- POST request
- PUT request
- DELETE request
- Source code analysis
- Wear Equalizer
- Load balancing strategy
- Detailed configuration
- Automated configuration
- Camden version optimized RibbonClient configuration
- Parameter configuration
- Combine with Eureka
- Retry mechanism
Module 5: Service Fault Tolerance Protection: Spring Cloud Hystrix
- Quick start
- Principle analysis
- work process
- Circuit breaker principle
- Dependency isolation
- Detailed use
- Create request command
- Define service degradation
- Exception handling
- Command name, grouping and thread pool division
- Request cache
- Request merge
- Detailed attribute
- Command attribute
- collapser attribute
- threadPool attribute
- Hystrix dashboard
- Turbine cluster monitoring
- Build monitoring aggregation service
- Combine with message broker
Module 6: Declarative Service Invocation: Spring Cloud Feign
- Quick start
- Parameter binding
- Inherited features
- Ribbon configuration
- Global configuration
- Specify service configuration
- Retry mechanism
- Hystrix placement
- Global configuration
- Disable Hystrix
- Specify command configuration
- Service degradation configuration
- Other configuration
Module 7: API Gateway Service: Spring Cloud Zuul
- Quick start
- Build the gateway
- Request routing
- Request filtering
- Detailed routing
- Traditional routing configuration
- Service routing configuration
- Default rules for service routing
- Custom route mapping rules
- Path matching
- Routing prefix
- Local jump
- Cookies and header information
- Hystrix and Ribbon support
- Detailed filter
- Filter
- Request life cycle
- Core filter
- Exception handling
- Disable filter
- Dynamic loading
- Dynamic routing
- Dynamic filter
Chapter 8 Distributed Configuration Center: Spring Cloud Config
- Build Configuration Center
- Detailed configuration rules
- Client configuration mapping
- Server detailed
- Infrastructure
- Git configuration repository
- SVN configuration warehouse
- Local warehouse
- Local file system
- Health monitoring
- Attribute override
- safety protection
- encrypt and decode
- Highly available configuration
- Client detailed
- URI designated configuration center
- Servicing Configuration Center
- Quick response to failure and retry
- Get remote configuration
- Dynamic refresh configuration
Module 9: Message Bus: Spring Cloud Bus
- Message broker
- RabitMQ implements the message bus
- basic concepts
- Installation and use
- Quick start
- Integrate Spring
- Cloud Bus
- Principle analysis
- Specify refresh range
- Architecture optimization
- RabbitMQ configuration
- Kafka implements the message bus
- Introduction to Kafka
- Quick start
- Integrate Spring Cloud Bus
- Kafka placement
- Deep understanding
- Source code analysis
- Other message broker support
Module 10: Message-driven microservices: Spring Cloud Stream
- Key concept
- Binder
- Publish-subscribe model
- Consumer group
- Message partition
- Detailed use
- Turn on the binding function
- Bind message channel
- Message production and consumption
- Responsive programming
- Consumer group and message partition
- Message type
- Detailed description of the binder
- Binder SPI
- Automated configuration
- Multiple binder configuration
- RabbitMQ and Kafka binder
- Detailed configuration
- Basic configuration
- Bonding channel configuration
- Binder configuration
Module 11: Distributed Service Tracking: Spring Cloud Sleuth
- Ready to work
- Realize tracking
- Tracking principle
- Sample collection
- Integration with Logstash
- Integration with Zipkin
- HTTP collection
- Message middleware collection
- Collection principle
- data storage
- API interface
Due to space limitations, the editor only displays all the contents of this actual combat document here. Friends who need to obtain the complete document for learning can "add my assistant VX for free". Riding the wind and the waves, the future is promising. I wish everyone a satisfactory offer. If you feel that the writing is good, please like to collect and comment. Thank you, dear audience!
