https://github.com/lesiaukr/goit-cs-hw-06
Masters degree | Computer Systems and Their Fundamentals course | HW | Final project | goit-cs-hw-06
https://github.com/lesiaukr/goit-cs-hw-06
asyncio docker goit-cs-hw-06 http-server mongodb python websocket
Last synced: 3 months ago
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Masters degree | Computer Systems and Their Fundamentals course | HW | Final project | goit-cs-hw-06
- Host: GitHub
- URL: https://github.com/lesiaukr/goit-cs-hw-06
- Owner: LesiaUKR
- Created: 2024-11-28T14:56:07.000Z (11 months ago)
- Default Branch: main
- Last Pushed: 2024-11-29T20:31:59.000Z (11 months ago)
- Last Synced: 2025-01-29T23:16:18.107Z (9 months ago)
- Topics: asyncio, docker, goit-cs-hw-06, http-server, mongodb, python, websocket
- Language: HTML
- Homepage:
- Size: 1.81 MB
- Stars: 0
- Watchers: 1
- Forks: 0
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
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README
# Final Assignment |
## Hello, friends!
Welcome to the final stage of your exciting journey through the Computer Systems course 😉. Look at how much you’ve already achieved! Now, you need to complete a homework assignment, which serves as the course's final task.
This last project is not just an assignment; it’s your triumph. **Are you ready to showcase your understanding and skills?** You’ve done this before, and you can do it again 💪🏼.
This assignment is **comprehensive** and covers knowledge from various course modules.
---
## Your goal
Create a **web application** that interacts with a server using **sockets** and can store information in a **MongoDB database**.
---
## Skills to strengthen:
### 1. Working with an HTTP Server:
- Create a web application in Python without using web frameworks.
- Implement routing and handle static resources.
### 2. Working with Sockets:
- Build a simple Socket server to process data.
- Use **UDP** or **TCP** protocol for communication between the web application and the server.
### 3. Using Docker:
- Create a Docker container for the web application and the Socket server.
- Write a `Dockerfile` and a `docker-compose.yaml` file for automated deployment.
### 4. Working with MongoDB:
- Store data in a MongoDB database.
- Create records in a format applicable to real-world usage.
---
## Technical Task Description
You need to implement a **basic web application** without using a web framework.
---
## Instructions and Requirements
Following the example in the course notes, create a **web application** with routing for two HTML pages:
`index.html` and `message.html`.
Use the provided base files.
Additionally:
- Handle static resources during the program execution: `style.css`, `logo.png`.
- Implement form handling on the `message.html` page.
- Return an `error.html` page for **404 Not Found** errors.
- Your HTTP server must run on port **3000**.
---
### For handling the form:
Create a **Socket server** on port `5000`. The workflow should be:
1. Enter data into the form.
2. The data is sent to the web application, which forwards it for processing via **sockets** (using **UDP** or **TCP** protocol) to the Socket server.
3. The Socket server converts the received byte string into a dictionary and saves it in the **MongoDB** database.
---
### MongoDB document format:
```json
{
"date": "2022-10-29 20:20:58.020261",
"username": "krabaton",
"message": "First message"
},
{
"date": "2022-10-29 20:21:11.812177",
"username": "Krabat",
"message": "Second message"
}
```
**The `date` key of each message** should be the message receipt time: `datetime.now()`. Each new message from the web application should be **added to the database** with the receipt time.
---
## Acceptance Criteria
1. A **single `main.py` file** is used for the web application creation.
2. The **HTTP server** and **Socket server** are launched in separate processes.
3. A **Dockerfile** is created, and the application is run as a **Docker container**.
4. A `docker-compose.yaml` file is written with configurations for the application and **MongoDB**.
5. **Docker Compose** is used to build the environment, and the `docker-compose up` command is used to start the environment.
6. **Data is saved outside the container** using volumes.
7. **Static resources** (`style.css`, `logo.png`) are handled.
8. A **404 Not Found** error returns the `error.html` page.
9. **Form handling** is organized according to the above requirements.
10. **MongoDB document format** meets the specified requirements.
## Task Result
