Quarkus Cookbook Kubernetes Optimized Java Solutions 1st Edition by Alex Soto Bueno, Jason Porter ISBN 1492062650 978-1492062653

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Product details:

ISBN 10: 1492062650 

ISBN 13: 978-1492062653

Author: Alex Soto Bueno, Jason Porter

Optimized for Kubernetes, Quarkus is designed to help you create Java applications that are cloud first, container native, and serverless capable. With this cookbook, authors Alex Soto Bueno and Jason Porter from Red Hat provide detailed solutions for installing, interacting with, and using Quarkus in the development and production of microservices.

The recipes in this book show midlevel to senior developers familiar with Java enterprise application development how to get started with Quarkus quickly. You’ll become familiar with how Quarkus works within the wider Java ecosystem and discover ways to adapt this framework to your particular needs. Each stand-alone chapter features recipes written in O’Reilly’s popular problem-solution-discussion format.

Table of contents: 

Foreword

Preface

Who Should Read This Book

Why We Wrote This Book

Navigating This Book

Conventions Used in This Book

Using Code Examples

O’Reilly Online Learning

How to Contact Us

Acknowledgments

1. Quarkus Overview

Developer-Friendly

Integration with Kubernetes

Memory and First Response Time

A Basic Quarkus Workflow

2. Scaffolding

2.1. Scaffolding a Quarkus Project with Maven

2.2. Scaffolding a Quarkus Project with Gradle

2.3. Scaffolding a Quarkus Project with the Quarkus Start Coding Website

2.4. Scaffolding a Quarkus Project with Visual Studio Code

2.5. Live Reloading with Dev Mode

2.6. Serving Static Resources

3. Developing RESTful Services

3.1. Creating a Simple REST API Endpoint

3.2. Extracting Request Parameters

3.3. Using Semantic HTTP Response Status Codes

3.4. Binding HTTP Methods

3.5. Enabling Cross-Origin Resource Sharing (CORS)

3.6. Using Reactive Routes

3.7. Intercepting HTTP Requests

3.8. Secure Connections with SSL

4. Configuration

4.1. Configuring the Application with Custom Properties

4.2. Accessing Configuration Properties Programmatically

4.3. Overwriting Configuration Values Externally

4.4. Configuring with Profiles

4.5. Changing Logger Configuration

4.6. Adding Application Logs

4.7. Advanced Logging

4.8. Configuring with Custom Profiles

4.9. Creating Custom Sources

4.10. Creating Custom Converters

4.11. Grouping Configuration Values

4.12. Validating Configuration Values

5. Programming Model

5.1. Marshalling/Unmarshalling JSON

5.2. Marshalling/Unmarshalling XML

5.3. Validating Input and Output Values

5.4. Creating Custom Validations

5.5. Validating Objects Programmatically

5.6. Injecting Dependencies

5.7. Creating Factories

5.8. Executing Object Life Cycle Events

5.9. Executing Application Life Cycle Events

5.10. Using a Named Qualifier

5.11. Using Custom Qualifiers

5.12. Qualifying and Configuring Annotations

5.13. Creating Interceptors

5.14. Writing Behavioral Tests

5.15. Writing Unit Tests

5.16. Creating Mock Objects

5.17. Creating Mock Objects with Mockito

5.18. Grouping Several Annotations into One with a Meta-Annotation

5.19. Executing Code Before or After a Test

5.20. Testing the Native Executable

6. Packaging Quarkus Applications

6.1. Running in Command Mode

6.2. Creating a Runnable JAR File

6.3. Über-JAR Packaging

6.4. Building a Native Executable

6.5. Building a Docker Container for JAR File

6.6. Building a Docker Container for Native File

6.7. Build and Dockerize a Native SSL Application

7. Persistence

7.1. Defining a Datasource

7.2. Using Multiple Datasources

7.3. Adding Datasource Health Check

7.4. Defining Transaction Boundaries Declaratively

7.5. Setting a Transaction Context

7.6. Programmatic Transaction Control

7.7. Setting and Modifying a Transaction Timeout

7.8. Setup with Persistence.xml

7.9. Setup Without persistence.xml

7.10. Using Entities from a Different JAR

7.11. Persisting Data with Panache

7.12. Finding All Entity Instances with Panache listAll Method

7.13. Finding Individual Entities with Panache findById Method

7.14. Finding Entities Using Panache Find and List Methods

7.15. Obtaining a Count of Entities Using the Panache count Method

7.16. Paginating Through Entity Lists Using the Panache page Method

7.17. Streaming Results via the Panache Stream Method

7.18. Testing Panache Entities

7.19. Using a Data Access Object (DAO) or Repository Pattern

7.20. Using Amazon DynamoDB

7.21. Working with MongoDB

7.22. Using Panache with MongoDB

7.23. Using Neo4j with Quarkus

7.24. Flyway at Startup

7.25. Using Flyway Programmatically

8. Fault Tolerance

8.1. Implementing Automatic Retries

8.2. Implementing Timeouts

8.3. Avoiding Overloads with the Bulkhead Pattern

8.4. Avoiding Unnecessary Calls with the Circuit Breaker Pattern

8.5. Disabling Fault Tolerance

9. Observability

9.1. Using Automatic Health Checks

9.2. Creating Custom Health Checks

9.3. Exposing Metrics

9.4. Creating Metrics

9.5. Using Distributed Tracing

9.6. Custom Distributed Tracing

10. Integrating with Kubernetes

10.1. Building and Pushing Container Images

10.2. Generating Kubernetes Resources

10.3. Generating Kubernetes Resources with Health Checks

10.4. Deploying Services on Kubernetes

10.5. Deploying Services on OpenShift

10.6. Building and Deploying a Container Image Automatically

10.7. Configuring an Application from Kubernetes

10.8. Configuring an Application from Kubernetes with Config Extension

10.9. Interacting with a Kubernetes Cluster Programmatically

10.10. Testing Kubernetes Client Interactions

10.11. Implementing a Kubernetes Operator

10.12. Deploying and Managing Serverless Workloads with Knative

11. Authentication and Authorization

Quarkus Security Basics

11.1. Authentication and Authorization with Elytron Properties File Config

11.2. Authentication and Authorization with Elytron Security JDBC Config

11.3. Authorization with MicroProfile JWT

11.4. Authorization and Authentication with OpenId Connect

11.5. Protecting Web Resources with OpenId Connect

12. Application Secrets Management

12.1. Storing Data Using Kubernetes Secrets

12.2. Store Configuration Secrets Securely with Vault

12.3. Cryptography as a Service

12.4. Generate Database Password as Secret

12.5. Authenticating Services Using Vault Kubernetes Auth

13. Quarkus REST Clients

13.1. Using the JAX-RS Web Client

13.2. Using the MicroProfile REST Client

13.3. Implementing a CRUD Client

13.4. Manipulating Headers

13.5. Using REST Client for Multipart Messages

13.6. Using REST Client to Configure SSL

14. Developing Quarkus Applications Using Spring APIs

14.1. Using Spring Dependency Injection

14.2. Using Spring Web

14.3. Using Spring Data JPA

14.4. Using Spring Security

14.5. Using Spring Boot Properties

15. Working with a Reactive Programming Model

15.1. Creating Async HTTP Endpoints

15.2. Streaming Data Asynchronously

15.3. Using Messaging to Decouple Components

15.4. Reacting to Apache Kafka Messages

15.5. Sending Messages to Apache Kafka

15.6. Marshalling POJOs into/out of Kafka

15.7. Using Kafka Streams API

15.8. Using AMQP with Quarkus

15.9. Using MQTT

15.10. Query Using Reactive SQL

15.11. Insert Using Reactive SQL Client

15.12. Using the Reactive MongoDB Client

15.13. Using the Reactive Neo4j Client

16. Additional Quarkus Features

16.1. Creating Templates with the Qute Template Engine

16.2. Rending HTML Using Qute

16.3. Changing the Location of Qute Templates

16.4. Extending Qute Data Classes

16.5. Describing Endpoints with OpenAPI

16.6. Customizing OpenAPI Spec

16.7. Sending Email Synchronously

16.8. Sending Email Reactively

16.9. Creating Scheduled Jobs

16.10. Using Application Data Caching

Minikube

Keycloak

Knative

Index

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Tags: Alex Soto Bueno, Jason Porter, Quarkus Cookbook, Kubernetes, Optimized Java Solutions