StraviaTEC

Welcome to the StraviaTEC project repository. This project aims to provide a platform for athletes to keep track of their activities and improve their performance post-pandemic. This README offers a comprehensive guide to understanding the project, its structure, and its main objectives.

Table of Contents

1. General Objective
2. Specific Objectives
3. Problem Description
4. Software Requirements
5. Non-functional Requirements
6. Directory Structure
7. Getting Started

General Objective

To develop a platform for athletes and event organizers to track, share, and manage sports activities.

Specific Objectives

• Apply conceptual and relational model concepts.
• Create a database in SQL Server and MongoDB.
• Develop two API services: one for SQL and one for MongoDB.
• Design a user-friendly web page using tools like Angular, Bootstrap, HTML5, CSS, and Reporting Services or Crystal Reports.
• Create installation documentation for cloud deployment (Azure-AWS).
• Collaborate actively in the team and follow team guidelines.

Problem Description

Post-pandemic, individual sports like athletics, cycling, and hiking have gained popularity. StraviaTEC is a solution for athletes (beginners to elites) to record their sessions, share activities, and enhance training. The platform has two main views: "Vista Deportista" for athletes and "Vista Organizador" for event organizers.

Software Requirements

• Vista Deportista: Allows athletes to view their sessions, manage accounts, upload activities, comment, register for events, and more.
• Vista Organizador: Allows organizers to manage events, accept registrations, oversee challenges, and handle groups.
• Default Values: Includes default activities (like running, swimming, hiking), sponsors, and categories.
• Mobile Application: Enables athletes to record activities in real-time, track distance, and store the GPS route.

Non-functional Requirements

• Web application using Angular/React, Bootstrap, HTML5, CSS.
• Databases in Microsoft SQL Server and MongoDB.
• Logic in the database should be via Stored Procedures, Views, and Triggers.
• Service layer in C# using OOP, hosted in the cloud (Azure or AWS).
• A single point of contact for the team for communications.

Directory Structure

• api/sql/: Contains the API service for SQL.
• api/mongo/: Contains the API service for MongoDB.
• database/sql/: Contains the SQL Server database scripts.
• database/mongo/: Contains the MongoDB scripts.
• web/: Contains the web application developed using Angular/React.
• mobile/: Houses the mobile application for athletes.

Getting Started

To kickstart with the project, ensure you have all necessary tools and dependencies installed. Follow individual READMEs and setup guides inside each directory (api/sql/, api/mongo/, database/sql/, database/mongo/, web/, and mobile/) for more detailed installation and running instructions.