Cloud-Native Applications in Java
Cloud-Native Applications in Java, available at $54.99, has an average rating of 4, with 79 lectures, 12 quizzes, based on 47 reviews, and has 387 subscribers.
You will learn about Create Docker containers for microservices and set up continuous integration with Jenkins Monitor and troubleshoot applications in the cloud Use Docker and Kubernetes for containerization Perform log aggregation and visualization with the Elasticsearch, Logstash, and Kibana (ELK) stack Explore a variety of XaaS APIs and build your own XaaS model Migrate from a monolithic architecture to a cloud-native deployment This course is ideal for individuals who are This course is for Java developers who want to build scalable applications for the cloud. It is particularly useful for This course is for Java developers who want to build scalable applications for the cloud.
Enroll now: Cloud-Native Applications in Java
Summary
Title: Cloud-Native Applications in Java
Price: $54.99
Average Rating: 4
Number of Lectures: 79
Number of Quizzes: 12
Number of Published Lectures: 79
Number of Published Quizzes: 12
Number of Curriculum Items: 91
Number of Published Curriculum Objects: 91
Original Price: $199.99
Quality Status: approved
Status: Live
What You Will Learn
- Create Docker containers for microservices and set up continuous integration with Jenkins
- Monitor and troubleshoot applications in the cloud
- Use Docker and Kubernetes for containerization
- Perform log aggregation and visualization with the Elasticsearch, Logstash, and Kibana (ELK) stack
- Explore a variety of XaaS APIs and build your own XaaS model
- Migrate from a monolithic architecture to a cloud-native deployment
Who Should Attend
- This course is for Java developers who want to build scalable applications for the cloud.
Target Audiences
- This course is for Java developers who want to build scalable applications for the cloud.
Businesses today are rapidly evolving and cloud-native applications are now needed more than ever before. To build these types of applications, you must be able to determine the right environment, tools, and resources.
This course is designed to help you get to grips with all the concepts and techniques you need to build secure, robust, and scalable applications for cloud-based deployment. The course begins by explaining the driving factors behind cloud adoption and how cloud deployment is different from regular application deployment. You’ll learn about design patterns specific to apps running in the cloud, and discover how you can build a microservice in Java Spring using REST APIs. Next, you’ll focus on how to build, test, and deploy applications with maximum automation to reduce the deployment cycle time. A dedicated section will then guide you through configuring the Amazon Web Services (AWS) and Azure platforms and working with their APIs to deploy your apps. Toward later chapters, you’ll understand how to write efficient code by exploring API design concerns and their best practices. Finally, you’ll learn to migrate an existing monolithic app to a distributed cloud-native app.
By the end of this course, you’ll have learned how to confidently build and monitor a cloud-native application that is highly available and fault tolerant.
About the Authors :
Ajay Mahajan is a distinguished member of technical staff (DMTS) at Wipro Technologies and currently is in the role of chief technologist of the retail vertical. In his current role, he helps customers adopt cloud-native and digital architecture for next-generation retail applications. He worked with retail and banking clients in Europe and the USA on large-scale mission-critical systems. He has seen the evolution of enterprise Java from the Netscape Application Server to servlets/JSP, JEE, Spring, and now the cloud and microservices during the course of 19 years of working on Java platform.
Munish Kumar Gupta is a lead system architect with Visa. Based in Bangalore, India, his day-to-day work involves solution architectures for applications with stringent non-functional requirements, application performance engineering, managing application infrastructure, and exploring the readiness of cutting-edge, open-source technologies for enterprise adoption. He is the author of Akka Essentials. He is very passionate about software programming and craftsmanship. He blogs about technology trends, application performance engineering, and Akka.
Shyam Sundar is a senior architect with Wipro Technologies based in Bangalore. He is part of the Emerging Technologies Architecture group within Wipro. He is responsible for helping teams adopt new and emerging technologies in their projects. He focuses primarily on the client-side and cloud technologies. He is a lifelong learner who cares deeply about software craftsmanship. He is constantly experimenting with new tools and technologies to improve the development experience.
Anirudhhas multiple years of experience developing in languages such a Python, HTML, and of course Java. Over the years he has implemented the ideas ranging from the basics to more complex paradigms, and have acquired a bounty of knowledge that he loves to share. He spends multiple months preparing his courses and enjoys teaching those new to the Computer Science field as well as those who are more experienced. He has been teaching for a couple of years now, and it’s his primary passion. Hopefully, you enjoy his courses as much as he enjoyed making them!
Course Curriculum
Chapter 1: Introduction to Cloud-Native
Lecture 1: Course Overview
Lecture 2: Installation and Setup
Lecture 3: Lesson Overview
Lecture 4: What is cloud-native?
Lecture 5: Cloud-native and microservices
Lecture 6: The 12-factor app
Lecture 7: Microservice adoption
Lecture 8: Lesson Summary
Chapter 2: Writing Your First Cloud-Native Application
Lecture 1: Lesson Overview
Lecture 2: Setting Up Your Developer Toolbox
Lecture 3: Understanding the Development Life Cycle
Lecture 4: Selecting a Framework
Lecture 5: Writing a Product Service
Lecture 6: Enabling Cloud-Native Behaviors
Lecture 7: Service Registration and Discovery
Lecture 8: Registering a Product Service
Lecture 9: Summary
Chapter 3: Designing Your Cloud-Native Application
Lecture 1: Lesson Overview
Lecture 2: Popularity of REST, HTTP, and JSON
Lecture 3: Rise and Popularity of the APIs
Lecture 4: Application Decoupling
Lecture 5: Microservice Identification
Lecture 6: Microservice Design Guidelines
Lecture 7: Microservice Patterns
Lecture 8: Multiple Services per WAR File
Lecture 9: Data Architecture
Lecture 10: Role of Security
Lecture 11: Summary
Chapter 4: Extending Your Cloud-Native Application
Lecture 1: Lesson Overview
Lecture 2: Implementing the Get Services
Lecture 3: Limitations of Traditional Databases
Lecture 4: Applying CQRS to Separate Data Models and Services
Lecture 5: Data Update Services
Lecture 6: Cache Invalidation
Lecture 7: Exceptions and Error Messages
Lecture 8: Using Spring JMSTemplate to Send a Message
Lecture 9: Summary
Chapter 5: Testing Cloud-Native Applications
Lecture 1: Lesson Overview
Lecture 2: Writing Test Cases Before Development
Lecture 3: Testing Patterns
Lecture 4: Types of Testing
Lecture 5: Testing the Product service
Lecture 6: Summary
Chapter 6: Cloud-Native Application Deployment
Lecture 1: Lesson Overview
Lecture 2: Deployment Models
Lecture 3: Connecting to an External Postgres Container
Lecture 4: Deployment Patterns
Lecture 5: Summary
Chapter 7: Cloud-Native Application Runtime
Lecture 1: Lesson Overview
Lecture 2: The Need for a Runtime
Lecture 3: Implementing Runtime Reference Architecture
Lecture 4: Refreshing the Properties
Lecture 5: Kubernetes – Container Orchestration
Lecture 6: Platform as a Service (Paas)
Lecture 7: Running the Product Service on PCF Dev
Lecture 8: Summary
Chapter 8: Platform Deployment – AWS
Lecture 1: Lesson Overview
Lecture 2: AWS Platform
Lecture 3: AWS Platform Deployment Options
Lecture 4: Deploying to AWS Lambda
Lecture 5: Summary
Chapter 9: Platform Deployment – Azure
Lecture 1: Lesson Overview
Lecture 2: Azure Platform
Lecture 3: Azure Platform Deployment Options
Lecture 4: Summary
Chapter 10: As a Service Integration
Lecture 1: Lesson Overview
Lecture 2: XaaS
Lecture 3: Key Design Concerns When Building XaaS
Lecture 4: Integration with Third-party APIs
Lecture 5: Summary
Chapter 11: API Design Best Practices
Lecture 1: Lesson Overview
Lecture 2: API Design Concerns
Lecture 3: API Modeling
Lecture 4: API Gateway Deployment Models
Lecture 5: Summary
Chapter 12: Digital Transformation
Lecture 1: Lesson Overview
Lecture 2: Application Portfolio Rationalization
Instructors
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Packt Publishing
Tech Knowledge in Motion
Rating Distribution
- 1 stars: 2 votes
- 2 stars: 3 votes
- 3 stars: 8 votes
- 4 stars: 16 votes
- 5 stars: 18 votes
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