Kubernetes and Docker: The Complete Hands-On Guide

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Shikhar Verma • 60k+ Students Worldwide

9:30:48

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1 - Introduction

1 - Introduction to the course.mp4

06:11

1 - Kubernetes.pptx

2 - Introduction Kubernetes.mp4

04:18

3 - Monolithic approach for developing applications.mp4

04:02

4 - Microservices Vs Monolithic.mp4

03:04

5 - Kubernetes Gateway API.mp4

01:56

6 - Evolution of Containers Dockers VMs.mp4

05:01

7 - Microservices running as containers.mp4

04:16

8 - Kubernetes Orchestration or container management tool.mp4

02:35

9 - Features of Kubernetes.mp4

02:06

2 - Architecture of the Kubernetes Cluster

10 - Theory-Kubernetes-Arc.txt

10 - The architecture of the Kubernetes Cluster.mp4

08:23

11 - Understand architecture with examples.mp4

04:48

12 - Working with Kubernetes.mp4

03:34

13 - Components of Control Plane Master Node.mp4

02:54

14 - Scheduler component of Control Plane.mp4

02:13

15 - Control manager component of Control Plane.mp4

01:53

3 - Setup of Kubernetes Cluster AWS Environment

16 - Lab 1.mp4

07:26

16 - Setup-Kubernetes-Master-and-Worker-Nodes-on-AWS-Environment.docx

17 - Lab 2.mp4

07:42

18 - Lab 3.mp4

05:46

19 - Lab 4.mp4

04:19

20 - Lab 5.mp4

01:14

21 - Lab 6.mp4

03:11

4 - Kubernetes Concepts Cluster types Minikube Server YAML Pod Kubelet Ports

22 - Types of Kubernetes Cluster.mp4

02:22

22 - minikube-Installation.txt

23 - Installation of Minikube Server.mp4

10:23

24 - Create the first Pod Using YAML.mp4

07:01

25 - Pods with YAML.mp4

02:59

26 - Check details about the pod and logs of a container using the Kubelet command.mp4

03:38

27 - Create a pod with multiple containers.mp4

03:44

28 - Kubernetes annotations.mp4

03:14

29 - Explore running container.mp4

04:37

30 - Environment variables.mp4

03:56

31 - Defining ports to the containers.mp4

02:36

5 - Labels Selectors

32 - Labels Selectors.mp4

05:30

32 - lab.txt

33 - Lab labels selectors.mp4

04:21

34 - Declarative vs Imperative way to define labels.mp4

03:23

35 - Lab Search the pod with equality setbased.mp4

05:00

36 - Node Selectors.mp4

02:02

37 - Lab Create a pod to on specify node.mp4

06:14

6 - Scaling Replication

38 - Replication Controller RC.mp4

04:49

38 - lab.txt

38 - manifest.txt

39 - Practice Lab Create Replicas of POD using RC.mp4

06:37

40 - Scaleup scaledown the pod as load increases.mp4

04:57

41 - Replica set RS.mp4

02:55

42 - Lab Create Replicas of POD using ReplicaSet.mp4

04:44

7 - Deployment Rollback

43 - Overview of Deployment and Rollback.mp4

07:25

43 - labs.txt

44 - Lab Launch an application with two PODs using the deployment object.mp4

06:28

45 - Lab upgrade the application from v1 to v2 using deployment object.mp4

05:15

46 - Lab Roll back the application to the previous version.mp4

02:29

47 - Lab Roll back the application to any specific version.mp4

02:44

8 - Kubernetes Networking

48 - Overview of kubernetes networking.mp4

06:33

48 - lab.txt

49 - Lab Container communication via localhost.mp4

02:24

50 - Podtopod communication.mp4

05:41

51 - Service object.mp4

05:08

52 - Lab Access the applservice using cluster IP within the cluster using service.mp4

06:48

53 - Lab Access the applservice using cluster IP within the cluster using service.mp4

02:26

54 - Lab Access the applservice using NodePort outside the cluster.mp4

06:13

9 - Volumes in Kubernetes Cluster

55 - Volumes in Kubernetes Cluster.mp4

04:23

56 - Lab Create a POD with attached emptyDir volume.mp4

06:15

57 - Lab Attach a shareable volume for containers within a POD.mp4

05:13

58 - Lab Create a POD with attached hostpath volume.mp4

05:56

59 - Lab attached hostpath volume exists after the pod recreation.mp4

02:20

10 - Persistent Volumes

60 - Overview of Persistent volumes.mp4

06:22

60 - lab.txt

61 - Persistent volumes in kubernetes cluster.mp4

03:47

62 - Configure a Volume using AWS ElasticBlockStore.mp4

05:35

63 - Lab Create a PersistentVolumeClaim.mp4

06:21

64 - Create a Pod to Use a PersistentVolume for Storage.mp4

02:38

65 - Lab persistent volume exists even after the pod recreation.mp4

03:07

11 - Docker training bootcamp A Practical way of learningDevOps

66 - Docker.pptx

66 - Introduction about containers.mp4

08:20

67 - Installation of Docker.mp4

05:16

68 - Create a first container.mp4

06:49

69 - Fetch container image from docker hub.mp4

05:23

70 - Run a container in backgroup interactive with tty terminal.mp4

04:37

71 - Delete exited dockers using a single command.mp4

02:04

72 - Get complete details of a running container.mp4

02:20

73 - Check logs stats of a running container.mp4

04:11

74 - Port forwarding.mp4

04:50

75 - exec rename restart the running container.mp4

03:32

76 - Attach a container.mp4

03:49

77 - Killstop pauseunpause a container.mp4

06:02

78 - Create start cp command.mp4

06:47

79 - ExportImport Command in Docker.mp4

06:11

80 - Create a image from running container.mp4

04:05

81 - Pull a specific version image from Docker hub.mp4

06:29

82 - Push your image to docker hub.mp4

03:04

83 - Image history inspect remove image.mp4

06:04

12 - Dockerfile

84 - Overview of Dockerfile layered architecture.mp4

09:18

85 - Create a centos 7 image using Dockerfile.mp4

07:44

86 - Overview of Label env run command.mp4

06:17

87 - Overview of WORKDIR.mp4

06:04

88 - Copy add command with their differences.mp4

07:54

89 - Create a user account with password using dockerfile.mp4

04:15

90 - CMD Command.mp4

03:23

91 - SSH to a container.mp4

07:42

92 - Overview of EXPOSE Command.mp4

05:11

93 - ENTRYPOINT in Dockerfile.mp4

04:28

13 - Manage Data in Docker

94 - Overview of managing data in Docker.mp4

10:09

95 - Volumes.mp4

02:31

96 - Create attach a volume to a container.mp4

04:18

97 - Delete volumes from the Docker host machine.mp4

03:35

98 - Bind mounts.mp4

06:11

14 - Networking in Docker

99 - Bridge networking.mp4

09:13

100 - Run containers in custom created bridge networking.mp4

10:04

101 - Enable communication between dockers belong to different bridge network.mp4

06:01

102 - DNS enabled with custom bridge networking.mp4

04:49

103 - Host networking.mp4

04:45

104 - None networking.mp4

01:52

105 - Connect one or more network to a running container.mp4

02:33

106 - Create private docker registry.mp4

12:56

107 - Create private docker registry 2.mp4

05:22

15 - Docker Compose

108 - Overview of docker compose.mp4

03:06

109 - Docker compose Installation.mp4

01:51

110 - Create my first docker compose file.mp4

08:14

111 - Create docker compose file in json language.mp4

02:10

112 - Learn basic commands 1.mp4

04:05

113 - Learn basic commands 2.mp4

01:36

114 - Learn basic commands 3.mp4

06:00

115 - Learn basic commands 4.mp4

02:47

116 - Attach a volume port mapping using docker compose.mp4

04:42

117 - Build a custom image using docker compose.mp4

05:55

118 - Last lecture.mp4

00:29

Description

Real-time project - Deploy an application to a Kubernetes cluster using Jenkins CI/CD pipeline, Ansible, Docker, Webhook

What You'll Learn?

Kubernetes Introduction
Architecture of the Kubernetes Cluster
Microservices Vs. Monolithic
Components of Control Plane - API Server, Etcd, Scheduler, Controller Manager
Setup of Kubernetes Cluster AWS Environment
Types of Cluster
Installation of Minikube Server
Labels & Selectors
Scaling & Replication
ReplicationController & ReplicaSet
Deployment & Rollback
Kubernetes Networking
Volumes in Kubernetes Cluster
Persistent Volumes
Beginner level introduction to Docker
Learn practical techniques for creating and deploying containers on Docker platform.
Build Docker images using Dockerfiles & containers with hands-on exercises
Manage Data & networking in Docker
Use Docker compose to create multi-container applications
Practical approach to learn Docker for the Absolute Beginner
Namespaces in Kubernetes
Resource Management for Pods and Containers
Kubernetes HPA - Horizontal Pod Autoscaler
Kubernetes Jobs, Init container
Real-time project - Deploy an application to a Kubernetes cluster using Jenkins CI/CD pipeline.

Who is this for?

System administrators, Developers, DevOps teams, and IT professionals who would like to learn Docker & Kubernetes

What You Need to Know?

PC or Laptop with internet Connection

Must have one AWS Free Tier Account

Motivation to Learn Docker, Kubernetes, DevOps required

More details

Description
Course Description:
Section 1: Kubernetes Introduction
What is Kubernetes
Why do we use Kubernetes?
Monolithic approach for developing applications.
Microservices Vs. Monolithic
Kubernetes Gateway API
Evolution of Containers, Dockers & VMs
Microservices running as containers
Kubernetes - Orchestration or container management tool
Features of Kubernetes
Section2: Architecture of the Kubernetes Cluster
The architecture of the Kubernetes Cluster
Understand architecture with various examples
Working with Kubernetes
Roles of Master Node
Components of Control Plane (Master Node)
API Server
Etcd
Scheduler
Controller Manager
Kubelet
Service Proxy
POD
Container Engine - Docker, Containerd, or Rocket
Section 3: Setup of Kubernetes Cluster AWS Environment
Setup Kubernetes Master and Worker Node on AWS Environment
Update the System
Install HTTP package
Docker Installation
Setup open GPG Key
Install the Kubernetes packages
Bootstrapping the master node
Configure Worker Nodes
Section 4:Â Kubernetes Concepts - Cluster types, Minikube Server, YAML, Pod, Kubelet, Ports
KubernetesÂ Cluster
Types of Cluster
All-in-one (Single Node Cluster)
Single-node, single-master, and multi-worker node clusters.
Single-Node etcd, multi-Master, and Multi-Worker Node Cluster.
About MinikubeÂ
Installation of Minikube Server
Create the first POD using manifest file written in YAML Language
Kubelet commands
Check logs of the container
Create multiple containers in a POD
Kubernetes Annotations
Variables in the YAML file
Defining Ports
Section 5: Kubernetes Pod Restart Policy
Overview of Pod Restart Policies
Three restart policies: Always, OnFailure & Never
Lab - Create a pod definition with â€˜restartPolicyâ€™ as Always
Lab - Create a pod definition with â€˜restartPolicyâ€™ as OnFailure
Lab - Change the pod definition a bit to check the working of OnFailure
Lab - 4. Create a pod definition with â€˜restartPolicyâ€™ as Never
Section 6: Labels & Selectors
Labels & Selectors
Commands for managing labels & selectors
Declarative vs. Imperative Kubernetes commands
Two types Selectors
Â Equality Based
Â Set based
Practice Lab - Labels & Selectors
Practice Lab - Assign a label to the running POD
Practice Lab - Search the pod with equality & set-based
Node Selector
Lab - Create a pod on a specific node
Section 7: Scaling & Replication
What is ReplicationController?
Features of RC
Practice Lab - Create Replicas of POD using RC
Practice Lab - Recreate the POD, if it crashes, fails, orÂ terminated
Scale up & scale down the POD as the load increases
Practice Lab - Scale up & scale down the POD
What is ReplicaSet?
Difference between ReplicationController & ReplicaSet
Practice Lab - Create Replicas of POD using ReplicaSet
Practice Lab - Use set-based match expressions in RS
Section 8: Deployment & Rollback
Overview of Deployment and Rollback
Manifest for a POD with one container using the deployment object.
Lab: Launch an application with two PODs using the deployment object.
Lab: Using the deployment object, upgrade an application from version 1 to version 2.
Lab: Roll back the application to the previous version.
Lab: Roll back the application to any specific version.
Section 9: Kubernetes Networking
Overview of Kubernetes Networking
Container communication via localhost
Practice Lab - container-to-container communication on specific port within a pod
Pod-to-pod communication
Practice Lab - Pod-to-pod communication
Object - Service
Why service is required?
Service type
Cluster IP
NodePort
LoadBalancer
Headless
Practice Lab - Access the appl/service using cluster IP within the cluster using the service object
Practice Lab - Access the appl/service using NodePort outside the cluster using the service object
Section 10: Volumes in Kubernetes Cluster
Overview of Volumes in Kubernetes Cluster.
Volume types
EmptyDir
hostpath
Practice Lab: Create a POD with attached volume using volumes.
Practice Lab - Attach a shareable volume for containers within a POD.
Practice Lab - Attach a shareable volume for containers within a POD as well as with the host or worker node.
Practice Lab - EmptyDir
Practice Lab - hostpath
Section 11: Persistent Volumes
Overview of Persistent volumes
PersistentVolumeClaim - PVC
Configure a Volume using AWS ElasticBlockStore
Configure a Pod to Use a PersistentVolume for Storage
Practice Lab - Create a PersistentVolume
Practice Lab - Create a PersistentVolumeClaim
Practice Lab - Create a Pod to Use a PersistentVolume for Storage
Section 12: Namespaces in Kubernetes
Overview of Namespaces
Lab - Create new namespaces
Lab - Create Pod and Service in Namespaces
Lab - Switch between Kubernetes namespaces
Lab - Create pods in the namespace.
Lab - delete a Kubernetes namespace
Section 13: Resource Management for Pods and Containers
Overview of resource management for pods, containers
Lab resource-based quota
Lab - Apply pod quotas to namespaces
Requests and Limits
Lab - Set requests and limits in each container running in a pod.
Lab - Apply quotas to namespaces
Lab - Create pods with resources in namespaces
Section 14: Kubernetes HPA - Horizontal Pod Autoscaler
Kubernetes autoscaling basics
Lab: Configuring Minikube Cluster
Lab: Installation of Metric Server
Lab: Creating pods using deployment objects
Lab: Configure HPA - Horizontal Pod Autoscaler
Lab: A new pod is created automatically if the CPU load reaches a threshold value
Lab: A new pod is automatically terminated if the CPU load falls below the threshold value
Section 15: Kubernetes Jobs, Init container
Overview of Jobs and cron job pattern
Lab: Create a Pod Using Job Object
Lab: Run Multiple Pods in Parallel Using Job Object
Lab: Create jobs on a repeating schedule using CronJob
About Init Container and their use cases
Lab: Init Container
Section 16: Introduction to docker containers
Introduction about containers
Installation of Docker
Create a first container
Fetch container image from docker hub
Run a container in the background, interactive with tty terminal
Delete exited dockers using a single command
Get complete details of a running container
Check logs & stats of a running container
Port forwarding
exec, rename & restart the running container
Attach a container
Kill/stop, pause/unpause a container
Create, start, the cp command
Export/Import Command in Docker
Create an image from a running container
Pull a specific version image from the Docker hub
Image history, inspect & remove the image
Section 17: Dockerfile
Overview of Dockerfile, layered architecture
Create centos 7 images using Dockerfile
Overview of LABEL, ENV & RUN Command
Overview of WORKDIR
Copy, and add commands with their differences
Create a user account with a password using dockerfile
CMD Command
SSH to a container
Overview of EXPOSE Command
ENTRYPOINT in Dockerfile
Section 18: Manage Data in Docker
Overview of managing data in Docker
Volumes
Create & attach a volume to a container
Delete volumes from the Docker host machine
Bind mounts
Section 19: Networking in Docker
Bridge networking
Run containers in custom-created bridge networking
Enable communication between dockers belonging to different bridge network
DNS enabled with custom bridge networking
Host networking
None networking
Connect one or more networks to a running container
Create a private docker registry
How to allow images in the private registry for non-secure network
Section 20: Docker Compose
Overview of docker-compose
Docker compose Installation
Create my first docker-compose file
Create the docker-compose file in JSON language
Learn basic commands
docker-compose up
docker-compose down
docker-compose create
docker-compose start
docker-compose stop
docker-compose rm
docker-compose images
docker-compose ps
docker-compose pause
docker-compose unpause
docker-compose kill
docker-compose port port
docker-compose logs
docker-compose exec
docker-compose run
docker-compose scale
docker-compose top
Attach a volume & port mapping using docker-compose
Build a custom image using docker-compose
Section 21: Real-time project - Deploy an application to a Kubernetes cluster using Jenkins CI/CD pipeline, Ansible, Docker, Git, Webhook etc.

Who this course is for:
System administrators, Developers, DevOps teams, and IT professionals who would like to learn Docker & Kubernetes

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Hi there, my name is Shikhar Verma And I love making complex technical topics easy to understand. I have been in the IT Industry for more than 12 years and I had started my career as a Unix and Linux System Engineer in 2005 and currently working as solution architect in multinational company and also a professional IT trainer.My passion is to work in an environment where my technical skills and experience is put to proper use for the prospective growth of company & his career. And I'm here on Udemy to teach what I know in an approachable way. I started teaching courses in 2017, and have taught over 20,000 students. I am grateful every day with being able to connect with so many students in almost every country around the world. Primary Skills are Linux, Red Hat Cluster, Ansible, Shell Scripting, AWS Cloud (Amazon Web Services), Linux Cluster, Perl etcEnvironment: HP Servers (Itanium/PA-RISC), Superdome 2 8s,16s & 32s, 9000/RX Series Server running HP-UX 11iv1, v2 and v3, HP P & C Class Blades Servers c7000 running HP-UX/RHEL8,7,6 etc.

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