System
system_en.html
This document explains how the MyAnythingList system is deployed, hosted,
archived, and maintained operationally.
Architecture describes how the software works internally.
System describes how it runs in the real world.
1. Hosting Philosophy
The system is intentionally designed to run on simple infrastructure.
- Static hosting is preferred whenever possible.
- Complex server frameworks are avoided.
- CPU-heavy server processing should be minimized.
- Client-side logic performs most rendering.
A major design goal is that a media wall can be deployed using
only static files on inexpensive hosting.
2. Typical Hosting Architecture
Authoring VPS
↓
Build / Testing
↓
Static publish
↓
S3 or CDN hosting
↓
Public browsers / kiosks
- Authoring and mastering occur on a development VPS.
- Public content may be served from object storage.
- CDNs may be used for global distribution.
3. Documentation Tree
_docs/
index-docs.html
en/
index_en.html
requirements_en.html
architecture_en.html
system_en.html
developer_en.html
vision_en.html
- Each language has its own folder.
- Documents are directly browsable.
- File system transparency is intentional.
4. Multilingual Documentation
The documentation architecture is designed for translation.
- English documents act as the canonical source.
- Other languages mirror the same structure.
- Translations may be human or AI assisted.
_docs/
en/
es/
fr/
de/
zh/
5. Static Deployment
The player itself is a static HTML + JavaScript application.
- No database is required.
- No backend runtime is required.
- Static hosting platforms can serve the entire application.
6. Logging
Usage can be monitored using normal web server logs.
Examples:
- Apache access logs
- S3 access logs
- CDN request logs
These logs allow operators to see:
- player usage
- playlist loading
- bot activity
- traffic sources
7. Daily Builds
Development builds may be archived in dated directories.
Example:
beta/
_daily-builds/
2026-03-11/
2026-03-12/
These builds provide transparency into development progress.
8. Public Mirrors
The project is intentionally mirror-friendly.
- Static file trees can be mirrored easily.
- Documentation folders can be copied directly.
- S3 object trees can act as distributed mirrors.
9. Operational Goal
The system should remain usable and understandable even on
simple infrastructure and inexpensive hosting.
Current Implementation Targets — v08
- Stabilize QR startup placement so the QR layer is correct on first paint.
- Keep visible-first wall rendering while appending remaining off-screen tiles afterward.
- Preserve fixed tile layering in live rendering and export paths.
- Treat URL Art as a first-class thumbnail type with WYSIWYG export expectations.
- Add runtime layout controls for Fit mode and Safe Area, including startup config and GET/state support.