How jeremy-g14/an2026 works
1. Repository purpose
- This looks like a small test/educational repository rather than a full product codebase.
- The README only says “repositorio de prueba”, so there is no documented domain architecture or deployment story.
2. Main runtime code
- The only executable source files visible are:
- main.py
- fronted.py (likely intended as frontend.py, but the filename is exactly fronted.py)
- These are the only files that appear to define application behavior.
3. Likely code split
- The naming suggests a very simple two-part layout:
- main.py as the primary entry point or core logic
- fronted.py as a presentation/UI layer or a separate script related to the “front end”
- There is no evidence of deeper layering such as services, repositories, or modules.
4. Data flow boundaries
- Based on the file names alone, the most plausible boundary is:
- user interaction / interface logic in fronted.py
- processing or orchestration logic in main.py
- No explicit connectors, APIs, databases, queues, or external services are visible in the repository tree.
5. Non-code artifacts
- The repository also contains:
- Analisis Numerico-Biseccion y Secante.pptx
- Chapra.pdf
- Informe funadamento sistema ubuntu.docx
- These appear to be reference or coursework documents, not runtime dependencies.
6. Technology footprint
- The only clear runtime technology is Python.
- No dependency manifest is visible (requirements.txt, pyproject.toml, setup.py are absent), so the execution environment and third-party libraries cannot be determined from the tree.
7. Architecture characteristics
- The repo appears to be monolithic and flat:
- no package directories
- no shared library folder
- no tests folder
- no config or deployment files
- That indicates an early-stage, minimal, or prototype structure.
8. Integration points
- There are no visible integrations with:
- web frameworks
- databases
- message brokers
- cloud services
- build pipelines
- For an architecture diagram, this repo should be drawn as a standalone local Python application unless code inspection proves otherwise.
9. Operational view
- There is no observable infrastructure layer.
- No containers, virtual environment metadata, or environment configuration files are present in the tree.
10. What an architecture diagram should show
- A simple diagram would likely have:
- a user or operator
- fronted.py as the interaction layer
- main.py as the core logic layer
- optional document assets as offline references
- Do not add external systems unless they are confirmed by code.
11. Confidence limits
- Because only filenames and a minimal README are available, the exact internal responsibilities of main.py and fronted.py remain unknown.
- The safe conclusion is that this repository is a very small Python-based test project with supporting documents, not a multi-service system.
Main entry points: fronted.py fronted.py · main.py main.py · Chapra.pdf Chapra.pdf · Analisis Numerico-Biseccion y Secante.pptx Bisección
Components 7
Runtime
Executable Python entry points and core logic.
- fronted.py · Likely presentation or interaction layer.
fronted.py - main.py · Primary processing or orchestration logic.
main.py
References
Offline documents and repository description.
- README · Minimal repository description.
README.md - Chapra.pdf · Offline reference material.
Chapra.pdf - Bisección · Presentation on numerical methods.
Analisis Numerico-Biseccion y Secante.pptx - Ubuntu doc · Supporting document or coursework artifact.
Informe funadamento sistema ubuntu.docx
Other components
- User · Local operator interacting with the scripts.
Connections 9
- User → fronted.py: uses · Operator starts or interacts with the interface script.
- fronted.py → main.py: delegates · Presentation layer hands work to core logic.
- main.py → README: described by · Repository intent is only lightly documented.
- fronted.py → Chapra.pdf: references · May use the document as a study/reference asset.
- main.py → Chapra.pdf: references · Core logic may draw on the numerical methods reference.
- fronted.py → Bisección: references · May use the presentation as supporting material.
- main.py → Bisección: references · May use the presentation as supporting material.
- fronted.py → Ubuntu doc: references · Offline supporting document.
- main.py → Ubuntu doc: references · Offline supporting document.