estilo-pampa / estilo-casa-wealth

home and personal economic tool

estilo-pamba-wealth

home and personal economic tool

Summary:

• We developed a web application using various programming languages and frameworks such as HTML, CSS, JavaScript, Python, Flask, and MongoDB.
• The application allows users to manage projects, assign tasks to team members, track time spent on tasks, and generate financial reports.
• We created a database schema to store project and task data, and wrote Python scripts to interact with the database and perform CRUD operations.
• We used Flask to create the web server and define routes for handling HTTP requests, and used JavaScript and CSS to create an interactive user interface.
• We implemented a self-regulating agile Scrum system to automatically assign tasks to idle team members based on previous project completion rates.
• We created a visual flowchart and stack diagram to visualize the different components of the application and how they interact.

Regarding the Git files, here are the steps you should follow:

1. Initialize a new Git repository in the root directory of your project by running the command git init.
2. Create a .gitignore file to exclude files and directories that should not be tracked by Git, such as virtual environments and log files.
3. Add all the files to the staging area by running the command git add ..
4. Commit the changes to the repository by running the command git commit -m "Initial commit".
5. Create a new remote repository on GitHub or any other Git hosting service you prefer.
6. Add the remote repository URL as a remote to your local repository by running the command git remote add origin <remote repository URL>.
7. Push the local repository to the remote repository by running the command git push -u origin main.

That's it! Now your project files are version controlled and stored in a remote repository

continued outline with file names and a brief description:

1. arduino.ino - This is the main code for the Arduino framework, which includes the functions for the temperature and humidity sensors, as well as the LCD display.

2. backend.py - This file is responsible for handling the server-side processing, including data storage and retrieval, and communication with the frontend.

3. frontend.html - This is the frontend code for the web interface, which allows users to view and interact with the temperature and humidity data.

4. style.css - This file contains the styling rules for the frontend, including the colors, fonts, and layout.

5. script.js - This file contains the client-side scripting code for the frontend, which handles the real-time data updates and user interactions.

6. database.sql - This file contains the SQL code for creating the database schema and tables, as well as any necessary queries for data retrieval and storage.

7. README.txt - This file provides a summary of the project, including its functionality and the steps required to set it up and run it.

Some tricky areas to pay attention to include properly configuring the Arduino sensors and LCD display, ensuring proper data storage and retrieval in the database, and implementing real-time data updates in the frontend using client-side scripting. Additionally, it may be necessary to ensure proper formatting and input validation for user inputs to prevent any security vulnerabilities.