High-Level Architecture
Relevant source files
The following files were used as context for generating this wiki page:
Introduction
The High-Level Architecture of the TAMV Online system represents a comprehensive structural framework designed to manage complex documentation and system operations. Described as an "ambitious system created by a single human mind," the architecture centralizes project requirements, database schemas, and functional logic into a unified repository.
The system is organized to support modular growth, ensuring that the documentation covers everything from low-level database constraints to high-level user interactions. This structure serves as the blueprint for the entire TAMV Online ecosystem, facilitating maintenance and scalability.
Sources: README.md:1-2, Arquitectura del Sistema/Arquitectura General.md
System Component Overview
The architecture is divided into several logical layers that separate concerns between the user interface, data management, and business requirements.
Component Breakdown
| Layer | Description | Key Files |
|---|---|---|
| User Manuals | Documentation for end-user interaction and system navigation. | Manual de Usuario/ |
| System Architecture | Structural diagrams and project organization logic. | Arquitectura del Sistema/ |
| Data Layer | Definition of tables, relationships, and data dictionaries. | Base de Datos/ |
| Requirements | Functional and non-functional specifications of the system. | Requerimientos/ |
Sources: Arquitectura del Sistema/Estructura del Proyecto.md, Base de Datos/Diccionario de Datos.md
Logical Data Flow
The TAMV Online system follows a structured flow where user requirements drive the architectural design, which in turn defines the database schema and manual documentation.
The diagram above illustrates how requirements act as the foundation for the architectural components, eventually leading to data definitions and end-user documentation.
Sources: Requerimientos/Requerimientos Funcionales.md, Arquitectura del Sistema/Arquitectura General.md
Database Architecture
The data layer is defined by a rigorous dictionary that ensures data integrity across the system. The architecture utilizes a relational approach to manage the various entities required for the "ambitious" scope of the project.
Entity Relationship Model
The system architecture implies a centralized database where user roles, system states, and documentation logs are maintained.
This diagram represents the conceptual relationship between users, the documentation they interact with, and the resulting system logs.
Sources: Base de Datos/Diccionario de Datos.md, Arquitectura del Sistema/Estructura del Proyecto.md
Project Organization Structure
The high-level file structure is designed to reflect the architectural layers, allowing for intuitive navigation of the system's "total documentation."
Conclusion
The TAMV Online architecture serves as a holistic map for a complex system. By integrating detailed requirements with a structured data layer and clear architectural diagrams, the project establishes a robust foundation for what is characterized as a significant individual development effort. The separation of documentation into specialized modules ensures that the high-level vision remains aligned with technical implementation details.
Sources: README.md:1-2, Arquitectura del Sistema/Arquitectura General.md