mirror of https://github.com/01-edu/public.git
nprimo
11 months ago
committed by
MSilva95
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## play-with-containers |
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### Objectives |
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This project aims to discover the container concepts and tools, and practice these tools by creating a microservices architecture with docker and docker-compose. Additionally, as a cloud and DevOps student, you will gain insight into key containers and docker concepts as follows: |
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- `Containers`, is a unit of software that packages code and its dependencies so the application runs quickly and reliably across computing environments. |
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- `Docker`, is a set of "platform as a service" products that use OS-level virtualization to deliver software in packages called containers. |
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- `Dockerfile`, is a text document that contains all the commands a user could call on the command line to assemble an image. |
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- `Docker Images`, is a read-only template that contains a set of instructions for creating a container that can run on the Docker platform. |
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- `Docker Networks`, it enables a user to link a Docker container to as many networks as he/she requires. |
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- `Docker Volumes`, Volumes are the preferred mechanism for persisting data generated and used by Docker containers. |
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- `Docker Compose`, Compose is a tool for defining and running multi-container Docker applications. With Compose, you use a YAML file to configure your application's services. |
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This project aims to discover the container concepts and tools, and practice |
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these tools by creating a microservices' architecture with docker and |
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docker-compose. Additionally, as a cloud and DevOps student, you will gain |
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insight into key containers and docker concepts as follows: |
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- `Containers`, is a unit of software that packages code and its dependencies, |
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so the application runs quickly and reliably across computing environments. |
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- `Docker`, is a set of "platform as a service" products that use OS-level |
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virtualization to deliver software in packages called containers. |
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- `Dockerfile`, is a text document that contains all the commands a user could |
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call on the command line to assemble an image. |
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- `Docker Images`, is a read-only template that contains a set of instructions |
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for creating a container that can run on the Docker platform. |
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- `Docker Networks`, it enables a user to link a Docker container to as many |
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networks as he/she requires. |
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- `Docker Volumes`, Volumes are the preferred mechanism for persisting data |
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generated and used by Docker containers. |
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- `Docker Compose`, Compose is a tool for defining and running multi-container |
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Docker applications. With Compose, you use a YAML file to configure your |
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application's services. |
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### Tips |
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- Spend time on the theory before rushing into the practice. |
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- Read the official documentation of Docker. |
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> Any lack of understanding of the concepts of this project may affect the difficulty of future projects, take your time to understand all concepts. |
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> Any lack of understanding of the concepts of this project may affect the |
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> difficulty of future projects, take your time to understand all concepts. |
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> Be curious and never stop searching! |
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> Each operation in Dockerfile is a layer in the image, You must design it appropriately to avoid duplicate or useless layers in the image. |
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> Each operation in Dockerfile is a layer in the image, You must design it |
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> appropriately to avoid duplicate or useless layers in the image. |
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> It is not recommended to use 'latest' in your Dockerfile, instead of that you can specify the version in the tag. |
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> It is not recommended to use 'latest' in your Dockerfile, instead of that |
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> you can specify the version in the tag. |
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### Instructions |
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You have to install Docker in your Linux virtual machine, you will also need it in the audit. |
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You have to install Docker in your Linux virtual machine, you will also need it |
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in the audit. |
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You have to implement this architecture: |
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You will use the services you developed in the `crud-master` project. |
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You will use the services you developed in the `crud-master-py` project. |
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You are required to create `Dockerfile`s for each service and call them in your `docker-compose.yml` (Each service should have its container for optimal performance.). |
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To ensure performance, the containers should be created from the penultimate stable version of either `Alpine` or `Debian`, depending on your preference. |
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The corresponding service and Docker image must share the same name. |
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This implies that you must build your project's Docker images and you are not allowed to use pre-built Docker images or services like DockerHub, except for `Alpine` and `Debian`. |
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You are required to create a `Dockerfile` for each service and call them in |
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your `docker-compose.yml` (each service should have its container for optimal |
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performance.). To ensure performance, the containers should be created from the |
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penultimate stable version of either `Alpine` or `Debian`, depending on your |
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preference. The corresponding service and Docker image must share the same |
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name. This implies that you must build your project's Docker images, and you are |
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not allowed to use pre-built Docker images or services like Docker Hub, except |
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for `Alpine` and `Debian`. |
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#### Docker Containers: |
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- `inventory-database container` is a SQL database server that contains your inventory database, it must be accessible via port `5432`. |
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- `billing-database container` is a SQL database server that contains your billing database, it must be accessible via port `5432`. |
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- `inventory-app container` is a Node.js server that contains your inventory-app. It will be connected to the inventory database and accessible via port `8080`. |
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- `billing-app container` is a Node.js server that contains your billing-app. It will be connected to the billing database and consuming the messages from the RabbitMQ queue. It will be accessible via port `8080`. |
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- `RabbitMQ container` is a RabbitMQ server that contains the queue. |
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- `api-gateway-app container` is a Node.js server that contains your api-gateway-app. It will forward the requests to the other services and it's accessible via port `3000`. |
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- `inventory-db container` is a SQL database server that contains your |
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inventory database, it must be accessible via port `5432`. |
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- `billing-db container` is a SQL database server that contains your |
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billing database, it must be accessible via port `5432`. |
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- `inventory-app container` is a server that contains your |
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inventory-app. It will be connected to the inventory database and accessible |
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via port `8080`. |
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- `billing-app container` is a server that contains your billing-app. |
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It will be connected to the billing database and consuming the messages from |
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the RabbitMQ queue. It will be accessible via port `8080`. |
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- `rabbit-queue` is a RabbitMQ server that contains the queue. |
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- `api-gateway-app container` is a server that contains your |
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API gateway. It will forward the requests to the other services, and it's |
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accessible via port `3000`. |
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> Containers must be restarted in case of failure! |
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#### Docker Volumes: |
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- `inventory-database volume` contains your inventory database. |
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- `billing-database volume` contains your billing database. |
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- `api-gateway-app volume` contains your Api gateway logs. |
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- `inventory-db volume` contains your inventory database. |
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- `billing-db volume` contains your billing database. |
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- `api-gateway-app volume` contains your API gateway logs. |
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#### Docker Network: |
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- You must have a docker network that establishes the connection between all services inside your docker host. |
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- Any outside request must be able to access only the `api-gateway-app` via port `3000`. |
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- You must have a docker network that establishes the connection between all |
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services inside your docker host. |
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- Any outside request must be able to access only the `api-gateway-app` via |
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port `3000`. |
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> All resources in your infrastructure must be targeted and managed by docker-compose. |
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> All resources in your infrastructure must be targeted and managed by |
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> docker-compose. |
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> You don't have to push your credentials and passwords to your repo, the credentials and passwords must be in the `.env` file, and this file must be ignored in the `.gitignore` file. |
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> You don't have to push your credentials and passwords to your repo, the |
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> credentials and passwords must be in the `.env` file, and this file must be |
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> ignored in the `.gitignore` file. |
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> Don't push your passwords to Git, unless you want to throw a thief's party with free drinks and no bouncers on duty! |
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> Don't push your passwords to Git, unless you want to throw a thief's party |
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> with free drinks and no bouncers on duty! |
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### Documentation |
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You must push a `README.md` file containing full documentation of your solution (prerequisites, configuration, setup, usage, etc). |
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You must push a `README.md` file containing full documentation of your solution |
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(prerequisites, configuration, setup, usage, etc.). |
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### Bonus |
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If you complete the mandatory part successfully and you still have free time, you can implement anything that you feel deserves to be a bonus. |
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If you complete the mandatory part successfully, and you still have free time, |
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you can implement anything that you feel deserves to be a bonus. |
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Challenge yourself! |
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### Submission and audit |
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You must submit the `README.md` file and all files used to create, delete and manage your infrastructure: docker-compose, Dockerfiles, scripts and so on. |
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You must submit the `README.md` file and all files used to create, delete and |
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manage your infrastructure: docker-compose, Dockerfiles, scripts and so on. |
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> The infrastructure must be able to be created, deleted, and managed only by docker-compose. |
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> In the audit you will be asked different questions about the concepts and the practices of this project, prepare yourself! |
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> The infrastructure must be able to be created, deleted, and managed only by |
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> `docker-compose`. In the audit you will be asked different questions about |
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> the concepts and the practices of this project, prepare yourself! |
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