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This path focuses on the skills and knowledge required to design, build, and configure applications for Kubernetes.
If you need to get your application containers into Kubernetes, then this course will help jumpstart that process. In this course, Kubernetes for Developers: Core Concepts, you'll be provided a developer-focused look at the role Kubernetes can play in the development workflow. First, you'll learn how to get Kubernetes up and running locally on your machine, interact with Kubernetes using kubectl, and how to use different resources it provides. Next, you'll discover how to deploy containers within Pods, work with deployments, and expose a Pod with a service. Then, you'll explore the role of storage, ConfigMaps, and secrets. Finally, you'll delve into troubleshooting Pods. By the end of this course, you'll understand the role Kubernetes can play in your development workflow and how it can be used to orchestrate and manage your containers.
Deploying code to different environments can be challenging. In this course, Kubernetes for Developers: Deploying Your Code, you’ll learn about different deployment techniques that can be used to ensure your code and applications work correctly. First, you'll discover how deployments work in Kubernetes, this includes showing how to define a deployment using YAML and migrate it to Kubernetes using the kubectl tool. Then, you'll explore how rolling deployments work, the benefits they offer, and how you can roll back a deployment if something goes wrong. Next, you'll delve into Canary deployments, the role they can play to ensure code updates run properly, and when they're appropriate to use, followed by Blue-Green deployments. From there, you'll learn about jobs and CronJobs, and how to run a one-time job or even run a job on a schedule using the Cron format. Finally, you'll explore different monitoring and troubleshooting tools such as Prometheus and Grafana that can be used to monitor Kubernetes and provide alerts when things go wrong, along with key troubleshooting commands that you can run to obtain more information about problems that arise. When you’re finished with this course, you’ll have the skills and knowledge required to deploy your code and ensure it works properly in a Kubernetes cluster.
This course teaches vital skills for deploying applications to Kubernetes in production environments.
In this course, Kubernetes for Developers: Integrating Volumes and Using Multi-container Pods, you'll gain the ability to deploy and secure complex real-world applications on Kubernetes.
First, you'll learn how to integrate production-grade external storage volumes into real-world Kubernetes clusters. Next, you'll discover the major multi-container Pod Patterns and gain hands-on experience implementing them and learning how they can augment and productionise your Kubernetes applications. Finally, you'll explore Kubernetes authentication and authorization, and learn how to use Service Accounts and RBAC to control access to the Kubernetes API from the applications running on your clusters.
When you're finished with this course, you'll have the skills and knowledge needed to securely deploy more complex applications to Kubernetes.
Software required: Access to a Kubernetes cluster (easy options include Docker Desktop or Minikube on your laptop, or any of the major hosted cloud Kubernetes services).
As a developer, you may find that you need to move from the Docker Compose to Kubernetes. In this course, Kubernetes for Developers: Moving from Docker Compose to Kubernetes, you'll be provided with a developer-focused look at how Docker Compose services map to Kubernetes resources, and the process for moving between the two environments. First, you'll learn about different techniques and tools that can be used to convert Docker Compose YAML to Kubernetes manifest YAML such as Kompose. Next, you'll discover how Kubernetes can be used for live development of an application using a tool called Skaffold. Finally, you'll learn how to use Kompose and Skaffold to move an application from Docker Compose to Kubernetes. By the end of the course, you'll understand the available options for moving from Docker Compose to Kubernetes, and understand the different techniques that can help your productivity.
Running your Kubernetes application on a managed service in the cloud can simplify operations, reduce ongoing maintenance costs, and improve performance and stability. In this course, Kubernetes for Developers: Moving to the Cloud, you will gain the ability to deploy a basic application on a managed Kubernetes cluster in the cloud. First, you will learn about the tools available to you in the cloud including container repositories, cloud native approaches, and options for automation. Next, you will discover how to create a Kubernetes cluster in a managed cloud service. Finally, you will explore how to update your application and manage ongoing cluster maintenance. When you are finished with this course, you will have the skills and knowledge to deploy and update a basic Kubernetes app on the following major cloud providers: AWS (EKS), Azure (AKS), and Google Cloud (GKE).
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