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1. Pengenalan Docker 8
2. Docker Registry 3
3. Docker Container CLI 8
1. Docker CLI (Command Line Interface)
2. Management Docker Container
3. Management Docker Images
4. Run a command in a running container
5. Expose services to outside using ports
6. Copying files/content between container and filesystem
7. Logging, Inspect, & Resource Usage Statistics Containers
8. Run a Container using Environtment File
4. Docker Networks 7
5. Docker Volumes 5
6. Dockerfile 15
1. Build Docker Image Overview
2. Usage docker build
3. FROM Instruction
4. Environtment Replacement
5. Copying Resources
6. Excluding files/directories
7. Label Instruction
8. Execution Instruction
9. CMD vs ENTRYPOINT?
10. Exposing Ports
11. User, Volumes and Working Directory
12. Health Check Instruction
13. Multiple Stage Builds
14. Best practices for writing Dockerfiles
15. Best practices for scanning images
7. Study Kasus: Build docker image 14
1. Build specific docker image by programming languages
2. Build Docker Image for Java Webapp
3. Build Java Web using maven-docker-plugin
4. Build docker image for spring-boot
5. Springboot - using Environtment
6. Springboot - where data such as files/images we stored?
7. Springboot - Using Database
8. Build docker image for Angular Project
9. Angular - Access Rest API
10. Angular - Proxy to backend
11. Build docker image for PHP
12. Build Docker image for Laravel Framework
13. Laravel - Using Frontend & Rest API
14. Laravel - Using Database
8. Docker Compose 19
1. Overview of Docker Compose
2. Get started with Docker Compose
3. Overview of docker-compose CLI
4. Compose file specification and syntax
5. Environment variables in Compose
6. Volume in Compose
7. Share data between Containers in Compose
8. Using sshfs for share data in Compose
9. Using NFS for share data in Compose
10. Networking Overview in Compose file
11. Network links in Compose file
12. Specify custom networks in Compose file
13. Dependency between services in Compose file
14. Build docker image using Compose file
15. Using profiles with Compose file
16. Multiple Compose files to Add & Override attribute
17. Example use case of multiple compose files
18. Scale services using compose command
19. Use Compose in production
9. Study Kasus: Docker Compose 7
10. Docker Context 8
11. Study Kasus: Docker for CI 8
1. Overview of Study Cases using docker for CI
2. Setup environment for CI using Gitlab & Nexus OSS
3. The `.gitlab-ci.yml` file
4. Pipeline: PHP deployment using Gitlab CI
5. Pipeline: Java Web deployment using Gitlab CI
6. Pipeline: spring-boot deploy with Gitlab CI
7. Pipeline: Angular deploy with Gitlab CI
8. Pipeline: Laravel deploy with Gitlab CI
12. Docker Machine 7
13. Study Kasus: Ansible for Docker 4
14. Docker Swarm
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15. Study Kasus: Docker Swarm
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16. Docker on Cloud using GCP
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What is Container
Hai semuanya di materi kali ini, kita akan membahas
Apa itu Container?, tpi sebelum itu saya mau ceritain dulu sejarahnya Docker.
Docker Inc. was founded by Kamel Founadi, Solomon Hykes, and Sebastien Pahl during the Y Combinator Summer 2010 startup incubator group and launched in 2011. The startup was also one of the 12 startups in Founder’s Den first cohort. Hykes started the Docker project in France as an internal project within dotCloud, a platform-as-a-service company. Docker debuted to the public in Santa Clara at PyCon in 2013. It was released as open-source in March 2013.
- September 19, 2013: Red Hat and Docker announced a collaboration around Fedora, Red Hat Enterprise Linux (RHEL), and OpenShift.
- October 15, 2014: Microsoft announced the integration of the Docker engine into Windows Server
- November 2014: Docker container services were announced for the Amazon Elastic Compute Cloud (EC2)
- December 4, 2014: IBM announced a strategic partnership with Docker that enables Docker to integrate more closely with the IBM Cloud.
- June 8, 2016: Microsoft announced that Docker could now be used natively on Windows 10.
- May 6, 2019: Microsoft announced the second version of Windows Subsystem for Linux (WSL). Docker, Inc. announced that it has started working on a version of Docker for Windows that runs on WSL 2. In particular, this means Docker can run on Windows 10 Home (previously it was limited to Windows Pro and Enterprise since it used Hyper-V).
- August 2020: Microsoft announced backport of WSL2 to Windows 10 versions 1903 and 1909 (previously WSL2 was available only on version 2004)
Virtualization container terminology
Sebelum era container, Virtual-machine sangat merajai dunia infrastructure mulai dari Oracle Virtualbox, VMware, QEMU ,Citrix Hypervisor, Microsoft Hyper-V dan lain-lain. Jika digambarkan maka seperti berikut kurang-lebih architecturenya:
Virtual machines (VMs) are an abstraction of physical hardware turning one server into many servers. The hypervisor allows multiple VMs to run on a single machine. Each VM includes a full copy of an operating system, the application, necessary binaries and libraries - taking up tens of GBs. VMs can also be slow to boot.
Docker Container terminology
Containers are an abstraction at the app layer that packages code and dependencies together. Multiple containers can run on the same machine and share the OS kernel with other containers, each running as isolated processes in user space. Containers take up less space than VMs (container images are typically tens of MBs in size), can handle more applications and require fewer VMs and Operating systems.
Containers and virtual machines have similar resource isolation and allocation benefits, but function differently because containers virtualize the operating system instead of hardware. Containers are more portable and efficient.
Docker containers that run on Docker Engine:
- Standard: Docker created the industry standard for containers, so they could be portable anywhere
- Lightweight: Containers share the machine’s OS system kernel and therefore do not require an OS per application, driving higher server efficiencies and reducing server and licensing costs
- Secure: Applications are safer in containers and Docker provides the strongest default isolation capabilities in the industry
Docker Engine is the industry’s de facto container runtime that runs on various Linux (CentOS, Debian, Fedora, Oracle Linux, RHEL, SUSE, and Ubuntu) and Windows Server operating systems. Docker creates simple tooling and a universal packaging approach that bundles up all application dependencies inside a container which is then run on Docker Engine. Docker Engine enables containerized applications to run anywhere consistently on any infrastructure, solving “dependency hell” for developers and operations teams, and eliminating the “it works on my laptop!” problem.
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