Foreword
We all know that to interview Ali is very difficult, you not only need education as a stepping stone, and have to have a rich technology stack to successfully get the support they can offer.
Xiao Bian has learned that there is an ordinary two graduate junior partner during the epidemic, Ali P6 successfully get the offer.
Because he is learning to master this knowledge point and 2 six large projects to learn:
1: Multi-threaded high-concurrency
2: JVM virtual machine
3: Design mode (see Tankedaizhan a project)
4: repeat
5: zookeeper
6: mysql Tuning
Two projects: one hundred million net of approximately + car traffic, which nets about car projects often teachers live every weekend (Ali his work so usually do not have time)
Next Xiao Bian gave you share, you want to master the technical documentation the six knowledge to learn:
A multi-threaded and highly concurrent
1 .Java core multithreaded programming techniques
Chapter 2 concurrent access objects and variables in Chapter 1 Java multi-threading skills between Chapter 3, Chapter 4 Using Lock thread communication Chapter 5 Chapter 6 Timer Timer singleton and multi-threaded Chapter 7 Supplements Supplement
2.Java high concurrency programming explain, multi-threaded architecture and design
Chapter 1 Getting recognize thread Chapter 2 depth understanding details Thread constructor Chapter 3 Thread API Chapter 4 thread-safe and data synchronization first five chapters thread communication Chapter 6 ThreadGroup explained in detail in Chapter 7 Hook thread and capture abnormal execution threads
Chapter 8 loading process as well as custom thread pool principle Chapter 9 Class Chapter 10 JVM class loader
Chapter 11 describes the thread context class loader Chapter 12 volatile keyword
Chapter 13 deep volatile keyword
Chapter 14 Design of seven single design pattern
Chapter 15 monitoring tasks of the life cycle
Chapter 16 Single Thread Execution Design Patterns
Chapter 17 separate write lock design pattern. Chapter 18 immutable chapter 19 Future Design Model Design Mode Chapter 20 Guarded Suspension Design Patterns
Chapter 21 thread context design patterns. Balking Chapter 22 Chapter 23 Latch Design Patterns Design Patterns
Chapter 24 Thread-Per-Message Design Patterns Chapter 25 Two Phase Termination Design Patterns Chapter 26 Worker-Thread Design Patterns Chapter 27 Active Obijcts Design Patterns Chapter 28 Event Bus Design Patterns Chapter 29 Event Driven Design Mode
II. Secret Java Virtual Machine, JVM design principles and implementation
Chapter 1 Java Virtual Machine Overview Chapter 2 Java execution engine works: Chapter 3 Java method call to the object-oriented data structures in Chapter 4 Java bytecode the actual constant pool analysis Chapter 5, Chapter 6, Section 7 Class multivariate analysis Java stack frames. Chapter 8 class methods to resolve life-cycle execution engine Chapter 9 Chapter 10 class
Three .Java depth study of design patterns
Chapter 1 abstract class interface reflection Chapter 2 Section 3 Section 4 factory pattern generator mode observer mode Chapter 5 Chapter Chapter 7 6 bridging mode proxy mode Chapter 8 Chapter 9 visitor state pattern model. Chapter 10 command mode Chapter 11 section 12 decorator combined mode
Four .Redis depth Adventures: core principles and practical application
Open tube: Give a man a fish, teach a man to fish, if not a Redis What can you do?
Basics: oaks from little acorns
Redis underlying data structures
Application 1: Thousand sails compete in a distributed lock
Application 2: a stall delay of a queue
Application 3: scrimp and save a bitmap
Application 4: forty-two aid jin a HyperLogLog
Application 5: several overlapping peaks - Bloom filter
Application 6: tails survive a simple current limiting
Application 7: - hair pulling a funnel flow restrictor ring
Application 8: proximity to a GeoHash
Application 9: Scan a needle in a haystack
Principle 1: penetrating a threading model I0
Principle 2: whisper a communication protocol
Principle 3: a persistent rainy day
Principle 4: vigorous and resolute a pipeline
Principle 5: the same boat a transaction
Principle 6: gossip a PubSub
Principle 7: cut costs a small target compression
Principle 8: be prepared for a master-slave synchronization
Cluster 1: Lee on behalf of a peach would Sentinel
Cluster 2: Divide and conquer one of Codis
Cluster 3: surmount a Cluster
Expand 1: ears -Stream
Expand 2: omniscient -Info instruction
Expand 3: pick up a catch drain talk Distributed Lock
Expand 4: Chaosheng death eleven expiration policy
Expand 5: survival of the fittest a LRU
Expand 6: smoothing jog a lazy deletion
Expand 7: Healing Hands Jedis use a gracefully
Expand 8: a vigilant protection Redis
Expand 9: walls have ears Redis a secure communication
Source 1: Jidushenhan explore a "string" internal structure
Source 2: Deep Rising explore inside a "dictionary"
Source 3: Deep Rising explore a "Packing List" internal
Source 4: Deep Rising explore a "quick list" internal
5 Source: Jidushenhan a - Explore "jump list" internal structure
6 Source: Exploring Deep Rising eleven internal "Compact List"
7 Source: Jidushenhan eleven explore internal "base tree"
Epilogue: Continuing success a guide for further studies
Five .MySQL technology essence of architecture, advanced features, performance optimization and cluster combat
Introduction Chapter 1 MySQL architecture
Chapter 2 MySQL permissions and security
Chapter 3 Data backup and restore
Chapter 4 Advanced Features of MySQL
Chapter 5 MySQL locking mechanism
Chapter 6 Using MySQL Workbench database management
Chapter 7 SQL Performance Tuning
Chapter 8 MySQL server performance optimization
Chapter 9 MySQL Performance Monitoring
Chapter 10 MySQL Replication
Chapter 11 MySQL Cluster combat
Chapter 12 enterprises in MySQL high availability architecture
Six .ZooKeeper distributed collaborative process technology explain
The concept and the basis of the first frame part ZooKeeper
Chapter 1 Introduction Chapter 2 Learn ZooKeeper ZooKeeper part second shot into ⾏ Use Development
Chapter 3. Using the API ZooKeeper
Chapter 4 state change process
Chapter 5 Troubleshooting
Chapter. 6 ZooKeeper Considerations
Chapter 7 C Language The language client
Chapter 8 Curator: ZooKeeper API library section of a third package ADVANCED ZooKeeper managementChapter 9 ZooKeeper internal principles of Chapter 10 when running a ZooKeeper
Project: Network about car project
first lesson
Micro Services Overview
Network about car introduced
Network about car project overall presentation.
Service Evolution
Describes the process of traditional single services to micro-evolution of service from the network point of view about the car,
It facilitates a better understanding of micro-services.
Popular micro-service solutions
Introduction case
Popular micro-service solutions on the market, compare, and choose the course that we
Optional reasons Spring Cloud.
Micro-service design principles
Four major design principles introduced micro-services.
Micro Component Services
Introduce micro-services common components.
About car registration center network set
Group set up
The actual net about car registration center cluster.
Second lesson
Micro service discovery and registration
Registry Introduction
It introduces the concept of a registry and common registry.
Registration center set up
Set up registration centers and registration center cluster.
Eureka principle
Eureka principle to explain.
Eureka source
Introduction Source Eureka Client and Server. Eureka metadata
Service metadata description
Eureka self-protection machine
system
Eureka introduction and use of the principle of self-protection mechanism.
Lesson Three
Ribbon Load Balancing
Ribbon foundation
Ribbon introduce the concept and use.
Ribbon Configuration
Ribbon comprising a code configuration and properties configuration.
Ribbon Ribbon principle and source insight into the principle and source code.
Between network service call about cars
Between about car service Ribbon using real network.
lesson Four
Declarative call Feign
OpenFeign basis
OpenFeign concept and use.
OpenFeign Configuration
Including Java code configuration attributes and configurations.
Inheritance and compression support
Introduction OpenFeign support for inheritance and compression.
OpenFeign configuration parameters
Make
Construction OpenFeign many cases the parameters of use.
OpenFeign principles and
Source
Introduction OpenFeign principle and source code.
Network about car Feign practical application of network application about the car Feign.
fifth lesson
Micro fuse and downgrade services
Fault-tolerant means
Introduction avalanche effect, and fault-tolerant thinking.
breaker
Introduction breaker to use.
Service downgraded
It describes the use of degradation.
Source breaker
Insight into the source code breaker.
Visualization of use circuit breakers
By visualization UI, see HystrixCommand indicators.
Network about the car and blown down
Level of combat
Through a network of about vehicle combat, a deep understanding of the fuse and demotion.
Lesson Six
Gateway
The gateway infrastructure
Gateway introduces the concept and use.
Detailed routing configuration
Details of the various configurations of the route.
Zuul sensitive header header introduce some sensitive problems encountered in the production.
Gateway theory and source code
Gateway introduced the principle and source code.
Network gateway applications around the car
Introduction about vehicle network gateway used, including user filtering, current limiting.
Lesson Seven
Uniform distribution center, link tracking, and classical problems
Configuration Center building
RabbitMQ set up based on dynamic configuration center.
Configure dynamic updates Principle
Introduces Config Server and Client.
Link Trace
Introduce Based Sleuth link tracking, and through zipkin UI display.
Classic problem summary
Introduce micro-services in the classic problems and solutions.
Lesson Eight
The driver grab a single application in a distributed lock
Distributed traditional lock to lock
Evolution
Traditional single lock to lock the evolution of distributed and synchronized ask might encounter
question. Use Redis achieve distribution
Lock principle
It describes implementation of distributed lock principle by Redis.
Redis end Distributed
RedLock
Redis Sentinel RedLock implemented using a distributed mode locking.
Distributed lock should grab one
use
Distributed Lock introduction grab list.
Lesson Nine
Application of the message queue in the network about the vehicle
Message Queue Introduction
Learning JMS, Message Queue concepts and introduce common message queue
Handwritten message queue
By manually writing the message queue demo, a deeper understanding of the composition of a message queue
And functions.
ActiveMQ two kinds of consumption
Information usage patterns
Introduction point to point, publish / subscribe messaging using two methods.
The network integration project about cars
message queue
Application message queue in the project.
Distributed Transaction
The use of message queues implement a distributed transaction network about the car.
Tenth class
About car safety net programs and interfaces to send a single business
Interface safety design
Describes how to develop secure interface solutions, and practical.
Send a single business process
Send a single business process description.
Send a single code design
Code to send a single service design and implementation.
Division XI
Other business network about cars
Passengers and drivers of public power
Can design
Introduction passengers and drivers a total design features, such as text messages, orders and so on.
Payment Services
While integrating micro-channel payment and Alipay. Passengers recharge and consumption.
The driver did not single
SSE achieved by the driver to listen to a single function.
Reporting and self-monitoring platform
There are separate business
Achieved through the message queue, and reports the traffic separating own business.
DB and cache design
The overall design and DB cache design.
Class XII
Network deployment project about cars
Deployment topology
About car network deployment topology, components, and various micro-micro-service service topology.
Based on the introduction Docker
Docker basic concepts introduced.
Docker Docker installation and installation and use of common operations, mirrored. Common commands and image container.
Micro-network services and items about cars
Head summary.
to sum up.
Item two: one hundred million traffic website architecture core technology
Part 1 Overview
These principles - a type of trading system design
Part 2 High Availability
2 load balancing and reverse proxy
Reference material
3 isolation technique
4 limiting Comments
Reference material
5 downgrade stunt
6 timeout and retry mechanism
7 rollback mechanism
8 and pressure measurement plan
Part 3 high concurrency
9 application-level cache
10H TT P buffer
Reference material
More than 11 level cache
12 Detailed connection pool thread pool
How asynchronous concurrent 13 14 combat expansion
15 patients queue
Part 4 Case
16 one hundred million to build demand-responsive product details page
17 Jingdong product details page Services closed practice
18 high-performance Web applications developed using OpenResty
19 static application data architecture of high-performance single-page Web applications
20 to develop Web services using OpenResty
21 Using OpenResty develop product details page
So far, six points and two projects of knowledge on the introduction done for, need to receive technical documentation junior partner to hurry up ~ ~ ~ Forward this article focus on small series, the last private letter Xiaobian "Documents" to get get way!
