What you'll learn

Microservice architecture & patterns that can be used to design good microservice-based application
Identify technical challenges & common pitfalls when designing microservice application, and how to handle them using proven patterns
Example code on Spring Boot & Spring Cloud with various technologies : Apache Kafka, Consul, API Gateway, Hashicorp Vault, Circuit Breaker
Deploy & monitor your microservice application using various technologies : Docker, Zipkin, Elasticsearch, Kibana, Logstash, Exception Tracking Service

Requirements

The focus is NOT on coding course. We will see full, detail code & explanation, but not line-by-line hands-on.
This course has theory & code part, if you're not interested in code part, no requirement needed.
You must know Java Spring programming if you want to fully understand sample code. This course will NOT teach basic Java Spring programming
If you want to run sample code, you need a computer with enough memory (at least 8 GB, ideally 16 GB)
For convenience, use Linux, Mac, or Windows 10 Professional edition. Older Windows version, or Windows 10 Home should possible runs docker too using Docker Toolbox.

Description

Before you purchase:

The course will be focused on architecture & microservice patterns, not how to hand-code the application.

You will get full source code (downloadble). I will explain the code & algorithm, but we will not learn how to code line-by-line.

To get full understanding of sample code, you must know how to code with Java Spring.

Basic spring programming with REST API is NOT covered in this course.

If you need to know the concept, you don't need to know Spring programming


Microservice architecture has become general choice for modern application development. It solves certain problems, although it is not a solution for ecerything.

When using microservice, complexity shifts, and mindset change required. Technical challenges will arise and must be addressed. Fortunately, many people already facing the same technical challenges and developed a solution. These solutions become common patterns to solve thes problems. Thus, it become design patterns for microservices architecture.


There are many patterns to design and implement microservices.

Microservices is -by nature- distributed system, thus some technical challenges comes from this nature. Communication among services in distributed places require different approach to works efficiently. In this course, we will learn many things :


what is microservice architecture

microservice chassis to boost productivity

organize clean & standard microservice code

communication among services : synchronous, asynchronous

service discovery

handling communication error

synchronize data & keeping data integrity on transaction which involves several distributed services

capture changed data in real time, in reliable way

querying data from multiple services

event sourcing, replaying data flow

API gateway concept

composing several API

cache

monitoring services

tracing call chain that involves several services

centralized log & exception tracking

deploy the application as docker container


This course will be delivered with full sample code using Java Spring Boot & Spring Cloud.

Several other tools that we will use on this course :

Apache Kafka (will use a lot of this!)

MySQL

Debezium

Docker

Hashicorp Consul

Hashicorp Vault

Elasticsearch

Logstash

Kibana

Zipkin

Kong API management

Who this course is for:

Software Engineers who want to learn what is microservice architecture, and how to solve common technical problems as well as avoid pitfalls
Technical Manager / Architect that needs to design microservice implementation strategy

Homepage: https://www.udemy.com/course/microservice-pattern-architecture-java-spring-cloud-boot/

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Download Part 03

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