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Red Hat Cloud-native Microservices Development with Quarkus and Exam
Course Description
Overview
Course DescriptionEnterprises are moving to cloud-native microservices architectures. Quarkus is an exciting new technology that brings the reliability, familiarity, and maturity of Java Enterprise with a container-ready lightning fast deployment time. Red Hat Cloud-native Microservices Development with Quarkus (DO378) emphasizes learning architectural principles and implementing microservices based on Quarkus and OpenShift. You will build on application development fundamentals and focus on how to develop, monitor, test, and deploy modern microservices applications. Red Hat Certified Cloud-native Developer exam included in this offering.
- Develop microservice-based applications with Quarkus and OpenShift.
Objectives
- Design a microservices-based architecture for an enterprise application.
- Quickly build and test microservices with Quarkus and deploy on to OpenShift Container Platform.
- Implement fault tolerance and health checks for microservices.
- Secure microservices to prevent unauthorized access.
- Monitor and trace microservices.
- Deploy microservice applications on Red Hat? OpenShift Container Platform.
- Build a microservice application with Quarkus.
- Implement unit and integration tests for microservices.
- Use the config specification to inject data into a microservice.
- Secure a microservice using OAuth.
- Implement health checks, tracing and monitoring of microservices.
- Build reactive and asynchronous applications using Quarkus.
Audience
Prerequisites
-
Recommended training
- Experience with Java application development or Red Hat Application Development I: Programming in Java EE (JB183)
- Be proficient in using an IDE such as Visual Studio Code
- Recommended, but not required: experience with Maven and version control.
- Recommended, but not required: experience with OpenShift or Introduction to OpenShift Applications (DO101)
- Take our free assessment to gauge whether this offering is the best fit for your skills.
- Internet access required
Topics
- Describe the components and patterns of microservice-based application architectures and the features of the Red Hat Build of Quarkus.
- Implement microservices based applications by using the Red Hat Build of Quarkus runtime and associated developer tooling.
- Implement unit and integration tests for microservices.
- Describe the features of reactive architectures and implement reactive services by using Quarkus.
- Secure microservice communications by applying origin validation, requests authentication and authorization.
- Develop and deploy cloud-native applications on the Red Hat OpenShift Container Platform.
- Implement fault tolerance in a microservice architecture.
- Monitor the operation of a microservice by using logging, metrics and distributed tracing.
- Introducing the Red Hat Build of Quarkus
- Describing Microservices
- Microservices Architecture Patterns and Practices
- Introducing the Red Hat Build of Quarkus
- Reviewing the Developer Environment
- Developing Cloud-native Microservices with Quarkus
- Managing Application Configuration in Microservices
- Developing REST based Microservices
- Data Persistence with Panache
- Building Native Applications with Quarkus and GraalVM
- Testing Quarkus Microservices
- Testing Quarkus Microservices
- Testing Microservices with Mock Frameworks
- Testing Microservices with Dev Services
- Developing Reactive and Asynchronous Microservices
- Introduction to Reactive Architecture
- Developing Reactive Applications with Quarkus
- Event-driven Microservices with Reactive Messaging
- Securing Quarkus Microservices
- Securing Communication between Microservices by using Transport Layer Security (TLS) and Cross-Origin Resource Sharing (CORS)
- Securing Microservices and Role Based Access Control by using JSON Web Tokens (JWT)
- Implementing Single Sign On by using OpenID and OAuth
- Implementing Quarkus Microservices on the Red Hat OpenShift Container Platform
- Deploying Quarkus Microservices on the Red Hat OpenShift Container Platform
- Deploying Microservices on Red Hat OpenShift from Source Code
- Connecting to External Services with the Service Binding Operator
- Implementing Fault Tolerance in Microservices
- Implementing Fault Tolerance Policies in Microservices
- Implementing Health Checks for Microservices
- Monitoring Quarkus Microservices
- Implementing Logging for Microservices
- Gathering Metrics from Microservices
- Implementing Distributed Tracing in Microservices
- Comprehensive Review
- Red Hat Cloud-native Microservices Development with Quarkus
Related Courses
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Red Hat OpenShift I: Containers & Kubernetes
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- Price: 4,280.00 USD
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Red Hat OpenShift Development I: Introduction to Containers with Podman
RHT-DO188- Duration: 4 Days
- Delivery Format: Classroom Training, Online Training
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- Same in-demand topics as instructor-led public and private classes.
- Standalone learning or supplemental reinforcement.
- e-Learning content varies by course and technology.
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Self-Paced Training Terms & Conditions
ONCE YOU ARE ENROLLED IN THIS COURSE YOU WILL NOT BE ABLE TO CANCEL YOUR ENROLLMENT. You are billed for the course when you submit the enrollment form. Self-Paced Virtual Classes are non-refundable. Once you purchase a Self-Paced Virtual Class, you will be charged the full price.
This is a Red Hat Self-paced subscription; it is intended for students who do not need the support of a classroom instructor. If you feel you would better benefit from having access to a Subject Matter Expert, please check to see if an Instructor-Led version is available.
- Students will receive an access code within 1-3 business days.
- Students have access to the course 24/7 and will need to read and follow all instructions carefully to complete the course successfully within their allotted time.
The Term of a Self-paced Subscription is ninety (90) days from the start date selected at the time of order. While Client may not reschedule the start date of a Self-paced subscription, the start date may be scheduled up to ninety (90) days after the effective date of purchase, if agreed in writing.
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