Course #:WA2675 Architecting Microservices with Kubernetes, Docker, and Continuous Integration Training Download Sample Labs 12/14/2020 - 12/15/2020 USD$1,395.00 Instructor Led Virtual Guaranteed to Run! 01/04/2021 - 01/05/2021 USD$1,395.00 Instructor Led Virtual 02/01/2021 - 02/02/2021 USD$1,395.00 Instructor Led Virtual 03/22/2021 - 03/23/2021 USD$1,395.00 Instructor Led Virtual 03/29/2021 - 03/30/2021 USD$1,395.00 Instructor Led Virtual This two-day DevOps training class is loaded with practical real-world information. From the foremost Service-Oriented-Architecture/DevOps/Agile development training company, comes a course to move the dial on your organizations’ journey with this workshop. You will leave this course loaded with knowledge on the usage of this stack for Microservices. This class combines instructor-led and hands-on lab exercises. TOPICS Microservices CI/CD Kubernetes Docker WHAT YOU WILL LEARN After completing this course, the student should be able to: Confidently use the stack outlined in the course. Understand the various key components. Apply the knowledge to migrate applications to microservice architected solutions on Docker, Kubernetes, and Jenkins with OpenShift Understand the various components in an OpenShift environment for CI/CD AUDIENCE This course will be particularly useful for architects, technology managers, and development leaders implementing or considering Microservices and DevOps for their organization including the following: Architects Software Reliability Engineers Engineers App Dev Managers Lead Application Developers PREREQUISITES A desire to learn how this Microservices toolchain can improve your organization effectiveness, build & release processes, application architecture & development, and business continuity for greenfield and application modernization DURATION 2 days. Outline of Architecting Microservices with Kubernetes, Docker, and Continuous Integration Training Chapter 1. Docker Introduction What is Docker Where Can I Run Docker? Installing Docker Container Engine Docker Machine Docker and Containerization on Linux Linux Kernel Features: cgroups and namespaces The Docker-Linux Kernel Interfaces Docker Containers vs Traditional Virtualization Docker as Platform-as-a-Service Docker Integration Docker Services Docker Application Container Public Repository Competing Systems Docker Command Line Starting, Inspecting, and Stopping Docker Containers Docker Volume Dockerfile Docker Compose Using Docker Compose Dissecting docker-compose.yml Specifying services Dependencies between containers Injecting Environment Variables Summary Chapter 2. Introduction to Kubernetes What is Kubernetes What is a Container Container – Uses Container – Pros Container – Cons Composition of a Container Control Groups Namespaces Union Filesystems Popular Containerization Software Microservices Microservices and Containers / Clusters Microservices and Orchestration Microservices and Infrastructure-as-Code Kubernetes Container Networking Kubernetes Networking Options Kubernetes Networking – Balanced Design Summary Chapter 3. Kubernetes – From the Firehose What is Kubernetes? Container Orchestration Kubernetes Basic Architecture Kubernetes Detailed Architecture Kubernetes Concepts Cluster and Namespace Node Master Pod Label Annotation Label Selector Replication Controller and Replica Set Service Storage Volume Secret Resource Quota Authentication and Authorization Routing Registry Using Docker Registry Summary Chapter 4. Getting Started with OpenShift What is OpenShift/OKD Differences between OpenShift and Kubernetes Where OpenShift Fits in the IT Landscape? OpenShift Releases OpenShift Architecture OpenShift - Infrastructure OpenShift - Nodes OpenShift - Pods OpenShift – Registry OpenShift - Service layer OpenShift Origin Installation Firewall Configuration OpenShift CLI OpenShift CLI (Contd.) OpenShift – Volumes OpenShift – Secrets OpenShift – Secrets (Contd.) Summary Chapter 5. CI/CD with OpenShift, Jenkins, and Blue Ocean Jenkins Continuous Integration Jenkins Features Running Jenkins Downloading and Installing Jenkins Running Jenkins as a Stand-Alone Application Running Jenkins on an Application Server Installing Jenkins as a Windows Service Different types of Jenkins job Configuring Source Code Management(SCM) Working with Subversion Working with Subversion (cont'd) Working with Git Build Triggers Schedule Build Jobs Polling the SCM Maven Build Steps Configuring Jenkins to Access OpenShift/Kubernetes Jenkins / OpenShift Pipeline Jenkins / OpenShift Pipeline Output Installing Jenkins Plugins The Blue Ocean Plugin Blue Ocean Plugin Features New modern user experience Advanced Pipeline visualizations with built-in failure diagnosis Branch and Pull Request awareness Personalized View OpenShift Pipeline Output Creating OpenShift Blue Ocean Pipeline Summary Chapter 6. Operational Readiness What is Operational Readiness Telemetry End-to-end Requirements Traceability Log Strategy Monitoring Strategy Runbooks Summary Chapter 7. Application Modernization Next Generation Methodologies, Approaches, Tools, and Applications What is Application Modernization Typical App Modernization Projects Why Modernization? Goals for Application Modernization Modernization Process Modernization in a Nutshell Modernization in a Nutshell - Analyze Modernization in a Nutshell - Rationalize Modernization in a Nutshell - Modernize Modernization in a Nutshell – Supervise What Can Be Done to Modernize Applications? So, How Can Microservices Help Me? The Data Exchange Interoperability Consideration Microservices in Their Purest Form: AWS Lambdas The Microservices Architecture Design Principles Decentralized Processing Crossing Process Boundary is Expensive! Managing Microservices Traditional Enterprise Application Architecture (Simplified) Monolithic revisited Monolithic vs. Microservices Microservices Architecture Example (Simplified) Maintaining State in App Modernization Twelve-factor Applications Twelve Factors, Microservices, and App Modernization 12-Factor Microservice Codebase 12-Factor Microservice Dependencies 12-Factor Microservice Config 12-Factor Microservice Backing Services 12-Factor Microservice Continuous Delivery 12-Factor Microservice Processes 12-Factor Microservice Data Isolation 12-Factor Microservice Concurrency 12-Factor Microservice Disposability 12-Factor Microservice Environment Parity 12-Factor Microservice Logs 12-Factor Microservice Admin Processes Design for Failure Fault Injection During System Testing Messaging Architectures – Messaging Models What is Kafka? Kafka Architecture Need for Kafka Summary Chapter 8. Security in Microservices Why Microservice Security? Security Testing in Microservices Security Topology Authorization and Authentication J2EE Security Refresh Role-based Access Control in a Nutshell Claim-based Access Control in a Nutshell Sharing Sessions Session Cookie JSON Web Token (JWT) Spring Security Summary Lab Exercises Lab 1. Getting Started with DockerLab 2. Getting Started with Docker ComposeLab 3. Getting Started with KubernetesLab 4. Getting Started with OpenShiftLab 5. Managing Secrets with OpenShiftLab 6. CI/CD with Jenkins, Docker, and OpenShiftLab 7. CI/CD with Jenkins, Blue Ocean, Docker, and OpenShift FAQ's on Microservices Architecture FAQ 1: What's the difference between microservices architecture and traditional architecture? Answer: The traditional approach focus on monolithic architecture where an application is built as a single unit. The server-side monolithic application is a single logical executable and to make any alterations to the system, a developer must build and deploy an updated version of the server-side application. By contrast, modern software development focus on microservices architecture, and business functions are expressed formally with business-oriented APIs that are loosely coupled, scalable, and highly reusable. FAQ 2: How can I implement microservices architecture? Answer: There are several principles and practices which should be followed to implement the microservices architecture, such as DevOps, REST services, containerization, and 12 -factor applications. FAQ 3: What are the common tools and technologies used to implement microservices architecture? Answer: Tools and technologies wise, you can use several options. Here are some of the commonly used options: REST Services: Java w/ Spring Boot, nodejs, .NET Core Web API Containerization: Docker containers Container orchestration: Kubernetes (or OpenShift platform which bundles Kubernetes and offers a lot more features) Monitoring and Tracing: Prometheus, Jaegar CI/CD: Jenkins We regularly offer classes in these and other cities. Atlanta, Austin, Baltimore, Calgary, Chicago, Cleveland, Dallas, Denver, Detroit, Houston, Jacksonville, Miami, Montreal, New York City, Orlando, Ottawa, Philadelphia, Phoenix, Pittsburgh, Seattle, Toronto, Vancouver, Washington DC. View Course Outline Share This Request On-Site or Customized Course Info Lab Setup Guide REGISTER FOR A COURSEWARE SAMPLE x Sent First Name Last Name Email Request On-Site or Customized Course Info x Sent First Name Last Name Phone Number Company Name Email Question
Course #:WA2675 Architecting Microservices with Kubernetes, Docker, and Continuous Integration Training Download Sample Labs 12/14/2020 - 12/15/2020 USD$1,395.00 Instructor Led Virtual Guaranteed to Run! 01/04/2021 - 01/05/2021 USD$1,395.00 Instructor Led Virtual 02/01/2021 - 02/02/2021 USD$1,395.00 Instructor Led Virtual 03/22/2021 - 03/23/2021 USD$1,395.00 Instructor Led Virtual 03/29/2021 - 03/30/2021 USD$1,395.00 Instructor Led Virtual This two-day DevOps training class is loaded with practical real-world information. From the foremost Service-Oriented-Architecture/DevOps/Agile development training company, comes a course to move the dial on your organizations’ journey with this workshop. You will leave this course loaded with knowledge on the usage of this stack for Microservices. This class combines instructor-led and hands-on lab exercises. TOPICS Microservices CI/CD Kubernetes Docker WHAT YOU WILL LEARN After completing this course, the student should be able to: Confidently use the stack outlined in the course. Understand the various key components. Apply the knowledge to migrate applications to microservice architected solutions on Docker, Kubernetes, and Jenkins with OpenShift Understand the various components in an OpenShift environment for CI/CD AUDIENCE This course will be particularly useful for architects, technology managers, and development leaders implementing or considering Microservices and DevOps for their organization including the following: Architects Software Reliability Engineers Engineers App Dev Managers Lead Application Developers PREREQUISITES A desire to learn how this Microservices toolchain can improve your organization effectiveness, build & release processes, application architecture & development, and business continuity for greenfield and application modernization DURATION 2 days. Outline of Architecting Microservices with Kubernetes, Docker, and Continuous Integration Training Chapter 1. Docker Introduction What is Docker Where Can I Run Docker? Installing Docker Container Engine Docker Machine Docker and Containerization on Linux Linux Kernel Features: cgroups and namespaces The Docker-Linux Kernel Interfaces Docker Containers vs Traditional Virtualization Docker as Platform-as-a-Service Docker Integration Docker Services Docker Application Container Public Repository Competing Systems Docker Command Line Starting, Inspecting, and Stopping Docker Containers Docker Volume Dockerfile Docker Compose Using Docker Compose Dissecting docker-compose.yml Specifying services Dependencies between containers Injecting Environment Variables Summary Chapter 2. Introduction to Kubernetes What is Kubernetes What is a Container Container – Uses Container – Pros Container – Cons Composition of a Container Control Groups Namespaces Union Filesystems Popular Containerization Software Microservices Microservices and Containers / Clusters Microservices and Orchestration Microservices and Infrastructure-as-Code Kubernetes Container Networking Kubernetes Networking Options Kubernetes Networking – Balanced Design Summary Chapter 3. Kubernetes – From the Firehose What is Kubernetes? Container Orchestration Kubernetes Basic Architecture Kubernetes Detailed Architecture Kubernetes Concepts Cluster and Namespace Node Master Pod Label Annotation Label Selector Replication Controller and Replica Set Service Storage Volume Secret Resource Quota Authentication and Authorization Routing Registry Using Docker Registry Summary Chapter 4. Getting Started with OpenShift What is OpenShift/OKD Differences between OpenShift and Kubernetes Where OpenShift Fits in the IT Landscape? OpenShift Releases OpenShift Architecture OpenShift - Infrastructure OpenShift - Nodes OpenShift - Pods OpenShift – Registry OpenShift - Service layer OpenShift Origin Installation Firewall Configuration OpenShift CLI OpenShift CLI (Contd.) OpenShift – Volumes OpenShift – Secrets OpenShift – Secrets (Contd.) Summary Chapter 5. CI/CD with OpenShift, Jenkins, and Blue Ocean Jenkins Continuous Integration Jenkins Features Running Jenkins Downloading and Installing Jenkins Running Jenkins as a Stand-Alone Application Running Jenkins on an Application Server Installing Jenkins as a Windows Service Different types of Jenkins job Configuring Source Code Management(SCM) Working with Subversion Working with Subversion (cont'd) Working with Git Build Triggers Schedule Build Jobs Polling the SCM Maven Build Steps Configuring Jenkins to Access OpenShift/Kubernetes Jenkins / OpenShift Pipeline Jenkins / OpenShift Pipeline Output Installing Jenkins Plugins The Blue Ocean Plugin Blue Ocean Plugin Features New modern user experience Advanced Pipeline visualizations with built-in failure diagnosis Branch and Pull Request awareness Personalized View OpenShift Pipeline Output Creating OpenShift Blue Ocean Pipeline Summary Chapter 6. Operational Readiness What is Operational Readiness Telemetry End-to-end Requirements Traceability Log Strategy Monitoring Strategy Runbooks Summary Chapter 7. Application Modernization Next Generation Methodologies, Approaches, Tools, and Applications What is Application Modernization Typical App Modernization Projects Why Modernization? Goals for Application Modernization Modernization Process Modernization in a Nutshell Modernization in a Nutshell - Analyze Modernization in a Nutshell - Rationalize Modernization in a Nutshell - Modernize Modernization in a Nutshell – Supervise What Can Be Done to Modernize Applications? So, How Can Microservices Help Me? The Data Exchange Interoperability Consideration Microservices in Their Purest Form: AWS Lambdas The Microservices Architecture Design Principles Decentralized Processing Crossing Process Boundary is Expensive! Managing Microservices Traditional Enterprise Application Architecture (Simplified) Monolithic revisited Monolithic vs. Microservices Microservices Architecture Example (Simplified) Maintaining State in App Modernization Twelve-factor Applications Twelve Factors, Microservices, and App Modernization 12-Factor Microservice Codebase 12-Factor Microservice Dependencies 12-Factor Microservice Config 12-Factor Microservice Backing Services 12-Factor Microservice Continuous Delivery 12-Factor Microservice Processes 12-Factor Microservice Data Isolation 12-Factor Microservice Concurrency 12-Factor Microservice Disposability 12-Factor Microservice Environment Parity 12-Factor Microservice Logs 12-Factor Microservice Admin Processes Design for Failure Fault Injection During System Testing Messaging Architectures – Messaging Models What is Kafka? Kafka Architecture Need for Kafka Summary Chapter 8. Security in Microservices Why Microservice Security? Security Testing in Microservices Security Topology Authorization and Authentication J2EE Security Refresh Role-based Access Control in a Nutshell Claim-based Access Control in a Nutshell Sharing Sessions Session Cookie JSON Web Token (JWT) Spring Security Summary Lab Exercises Lab 1. Getting Started with DockerLab 2. Getting Started with Docker ComposeLab 3. Getting Started with KubernetesLab 4. Getting Started with OpenShiftLab 5. Managing Secrets with OpenShiftLab 6. CI/CD with Jenkins, Docker, and OpenShiftLab 7. CI/CD with Jenkins, Blue Ocean, Docker, and OpenShift FAQ's on Microservices Architecture FAQ 1: What's the difference between microservices architecture and traditional architecture? Answer: The traditional approach focus on monolithic architecture where an application is built as a single unit. The server-side monolithic application is a single logical executable and to make any alterations to the system, a developer must build and deploy an updated version of the server-side application. By contrast, modern software development focus on microservices architecture, and business functions are expressed formally with business-oriented APIs that are loosely coupled, scalable, and highly reusable. FAQ 2: How can I implement microservices architecture? Answer: There are several principles and practices which should be followed to implement the microservices architecture, such as DevOps, REST services, containerization, and 12 -factor applications. FAQ 3: What are the common tools and technologies used to implement microservices architecture? Answer: Tools and technologies wise, you can use several options. Here are some of the commonly used options: REST Services: Java w/ Spring Boot, nodejs, .NET Core Web API Containerization: Docker containers Container orchestration: Kubernetes (or OpenShift platform which bundles Kubernetes and offers a lot more features) Monitoring and Tracing: Prometheus, Jaegar CI/CD: Jenkins We regularly offer classes in these and other cities. Atlanta, Austin, Baltimore, Calgary, Chicago, Cleveland, Dallas, Denver, Detroit, Houston, Jacksonville, Miami, Montreal, New York City, Orlando, Ottawa, Philadelphia, Phoenix, Pittsburgh, Seattle, Toronto, Vancouver, Washington DC. View Course Outline Share This Request On-Site or Customized Course Info Lab Setup Guide REGISTER FOR A COURSEWARE SAMPLE x Sent First Name Last Name Email Request On-Site or Customized Course Info x Sent First Name Last Name Phone Number Company Name Email Question
