Build Microservices with Node.js, Barcelona

November 30th–December 1st, 2017
Barcelona

Two days of training to master microservices with Node.js.

We will meet in Cloud Coworking 4th floor of Carrer de Sardenya, 229, 08013 Barcelona.

Both days the training will take place between 9 AM and 17 PM.

Delivered by the expert instructors of RisingStack.

Czibik Peter Gergely Nemeth Tamas Kadlecsik

Peter Czibik, Gergely Nemeth & Tamas Kadlecsik

Tickets

Register interest

Additional Information

This course is for you if

  • you are considering microservices for your organization,
  • you want to understand microservices better,
  • you want to migrate to microservices,
  • you want hands-on experience in building microservices with Node.js.

Prerequisites

  • Prior Javascript and Node.js experience is nice to have. You will understand the coding part a lot easier, as we won't go into the basics of Node.js

  • No prior experience with microservices is required - we will cover everything you need to get started.

The exact location of the venue in Barcelona will be announced later.

Course outline

Day One:

1. Microservices architecture in the company

  • Monolith applications
  • Microservices
  • Organizational effect
  • Decentralized Data Management
  • Comparison to Service Oriented Architecture (SOA)
  • Comparison to Self-Contained Systems (SCS)

2. Services and teams

  • Granularity of a service
  • Service communication
  • API versioning and routing
  • Service discovery techniques
  • Automation and microservices
  • Service bootstrapping
  • Service principles and best practices

3. Moving to microservices

  • When not to choose microservices?
  • When is it too early?
  • Evolutionary design
  • Proxy approach
  • Direct Client‑to‑Microservices Communication
  • API Gateway
  • Security

4. Architectural patterns in distributed systems

  • Idempotency
  • Data models
  • Microservices anti-patterns
  • Event driven microservices
  • CQRS (Command Query Responsibility Segregation)
  • Event Sourcing

Day Two:

5. Caching

  • Caching microservices
  • Stale caching
  • Failover caching
  • Caching with response headers
  • Multi-level caching
  • LRU algorithm
  • LFU algorithm

6. Reliability in microservices

  • Reliability indicators: SLI, SLO, SLA
  • Error Budget
  • Cost of nines
  • Risk of the microservice architecture
  • Graceful degradation
  • Failover caching
  • Change management
  • Health-check and load balancing
  • Self-healing
  • Retry logic
  • Fail fast
  • Circuit breakers
  • Rate limiters and load shedders
  • Testing for failures

7. Testing microservices

  • Local development
  • Testing in microservices
  • Unit testing
  • Contract testing
  • Integration tests
  • E2E testing
  • UI Testing

8. Debugging and monitoring microservices

  • Logging in a distributed system
  • Distributed Tracing
  • Monitoring Microservices

Venue

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