Trackify

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CLI linux-arm64
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A Clean Architecture solution with two front-ends over one shared core: an Uno Platform app (App / HMI / Web) and a Spectre.Console CLI for a Raspberry Pi / Linux server.

Screenshots

Dashboard

Controls

Train editor

Train CLI

Architecture rules (must always hold)

Dependencies point inward; each layer only knows the ones to its left:

Domain  ←  Application  ←  Infrastructure  ←  Front-ends (HMI: CLI, Uno app = App/HMI/Web)

1. Domain (Trackify.Domain) — pure entities, enums, math. Depends on nothing (only the DI abstractions, contract-only). No UI, no logging, no EF, no BLE.
2. Application (Trackify.Application) — use cases + ports (interfaces like ILegoService, ITrainRepository). Depends only on Domain. UI- and transport-agnostic.
3. Infrastructure (Trackify.Infrastructure) — implements Application ports (EF Core + SQLite store, BlueZ hub transport). Depends on Application (+ Domain).
4. Front-ends (Trackify.Cli, Trackify Uno app) — depend on Application; reference Infrastructure only at the composition root to wire concrete implementations into DI.
5. Never depend outward (Domain must not reference Application, Application must not reference Infrastructure, …). Each layer owns its DI: AddTrackifyDomain/Application/Infrastructure.
6. Enforced by the build: project references only point inward, and namespace-matches-folder (IDE0130) + file-scoped namespaces (IDE0161) are errors (Directory.Build.props).

Architecture documentation (arc42)

Full architecture documentation lives in docs/arc42/, following the arc42 template. Good entry points:

If you want to…	Read
Understand why it looks like this	§4 Solution Strategy
Find where code belongs	§5 Building Block View
Know how discovery / driving / shutdown actually work	§6 Runtime View
Deploy to a Pi, or understand the CI	§7 Deployment View
Avoid re-opening a settled decision	§9 Architecture Decisions
See what's knowingly unfinished	§11 Risks and Technical Debt

Projects

Project	Layer	Notes
Source/Trackify.Domain	Domain	Entities (Train, TrackSegment), enums, SpeedFunction
Source/Trackify.Application	Application	Ports, TrainControlService, LegoinoCatalog; hosts the mobile/WinRT ILegoService impls (multi-targeted per build host)
Source/Trackify.Infrastructure	Infrastructure	EF Core + SQLite store, BlueZ (Linux) transport
Source/Trackify	Front-end	Uno app — heads: android, ios, browserwasm (Web), desktop, windows
Source/Trackify.Cli	Front-end	Spectre.Console CLI for the Pi/Linux
Test/Trackify.Tests	Tests	xUnit, foldered by layer

Build & verify

# Shared core + CLI + tests
dotnet build Source/Trackify.Cli/Trackify.Cli.csproj
dotnet test  Test/Trackify.Tests/Trackify.Tests.csproj

# One Uno head (android / ios / browserwasm / desktop / windows)
dotnet build Source/Trackify/Trackify.csproj -f net10.0-desktop

SDK: global.json pins 9.0.100 with rollForward: latestMajor — the newest installed major is used (net10 heads require the .NET 10 SDK); CI provisions .NET 8, 9 and 10.

The train store (trackify.db)

Trains are persisted in a SQLite database via EF Core (SqliteTrainRepository, repository-style ITrainRepository; the schema is created automatically). Default location: ~/.config/Trackify/trackify.db (Linux) / %APPDATA%\Trackify\trackify.db (Windows), overridable with the TRACKIFY_STORE environment variable. The Uno app and the CLI share the same schema.

CLI

trackify                       # dashboard (banner, saved trains, commands)
trackify discover              # scan for hubs
trackify list                  # saved trains
trackify drive "Blauer Zug" --speed 40 --color Green   # run until Ctrl+C
trackify stop  "Blauer Zug"
trackify color "Blauer Zug" Blue

See Source/Trackify.Cli/ReadMe.md for deployment (Raspberry Pi, Docker, systemd autostart).

CI/CD (GitHub Actions)

Workflow	Trigger	Does
ci.yml	PR / push to master	Build the CLI + shared core and run tests (pre-merge gate)
android-apk.yml	tag v* / manual	Build the Android APK
cli-arm64.yml	tag v* / manual	Publish the self-contained linux-arm64 CLI for the Pi

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Trackify (Deutsch)

Konfiguriert und steuert LEGO Powered Up Zug-Hubs über Bluetooth LE, direkt auf dem Gerät — kein Server/Backend. BLE spricht das LEGO Wireless Protocol (LWP) v3 über SharpBrick.PoweredUp.

Eine Clean-Architecture-Solution mit zwei Front-Ends über einem gemeinsamen Kern: eine Uno-Platform-App (App / HMI / Web) und eine Spectre.Console-CLI für Raspberry Pi / Linux-Server. Screenshots siehe oben.

Architektur-Regeln (gelten immer)

Abhängigkeiten zeigen nach innen; jede Schicht kennt nur die links von ihr:

Domain  ←  Application  ←  Infrastructure  ←  Front-Ends (HMI: CLI, Uno-App = App/HMI/Web)

1. Domain (Trackify.Domain) — reine Entities, Enums, Mathematik. Hängt von nichts ab (nur den DI-Abstraktionen, reiner Vertrag). Kein UI, kein Logging, kein EF, kein BLE.
2. Application (Trackify.Application) — Use Cases + Ports (Interfaces wie ILegoService, ITrainRepository). Hängt nur von Domain ab. UI- und transport-neutral.
3. Infrastructure (Trackify.Infrastructure) — implementiert die Application-Ports (EF-Core-+- SQLite-Store, BlueZ-Hub-Transport). Hängt von Application (+ Domain) ab.
4. Front-Ends (Trackify.Cli, Trackify-Uno-App) — hängen von Application ab; referenzieren Infrastructure nur im Composition Root, um konkrete Implementierungen ins DI zu hängen.
5. Nie nach außen abhängen (Domain darf Application nicht kennen, Application nicht Infrastructure …). Jede Schicht besitzt ihr DI: AddTrackifyDomain/Application/Infrastructure.
6. Vom Build erzwungen: Projektverweise zeigen nur nach innen, und Namespace-passt-zu-Ordner (IDE0130) + file-scoped Namespaces (IDE0161) sind Fehler (Directory.Build.props).

Architekturdokumentation (arc42)

Die vollständige Architekturdokumentation liegt in docs/arc42/ und folgt der arc42-Vorlage (auf Englisch, wie Code und CLI). Einstiegspunkte:

Wenn du … willst	Lies
verstehen, warum es so aussieht	§4 Solution Strategy
wissen, wo Code hingehört	§5 Building Block View
Discovery / Fahren / Shutdown im Detail	§6 Runtime View
auf einen Pi deployen oder die CI verstehen	§7 Deployment View
keine bereits getroffene Entscheidung neu aufrollen	§9 Architecture Decisions
sehen, was bewusst offen ist	§11 Risks and Technical Debt

Projekte

Projekt	Schicht	Hinweise
Source/Trackify.Domain	Domain	Entities (Train, TrackSegment), Enums, SpeedFunction
Source/Trackify.Application	Application	Ports, TrainControlService, LegoinoCatalog; enthält die Mobile-/WinRT-ILegoService-Impls (multi-targeted je nach Build-Host)
Source/Trackify.Infrastructure	Infrastructure	EF-Core-+-SQLite-Store, BlueZ-Transport (Linux)
Source/Trackify	Front-End	Uno-App — Heads: android, ios, browserwasm (Web), desktop, windows
Source/Trackify.Cli	Front-End	Spectre.Console-CLI für Pi/Linux
Test/Trackify.Tests	Tests	xUnit, nach Schicht in Ordner sortiert

Bauen & verifizieren

# Gemeinsamer Kern + CLI + Tests
dotnet build Source/Trackify.Cli/Trackify.Cli.csproj
dotnet test  Test/Trackify.Tests/Trackify.Tests.csproj

# Ein Uno-Head (android / ios / browserwasm / desktop / windows)
dotnet build Source/Trackify/Trackify.csproj -f net10.0-desktop

SDK: global.json pinnt 9.0.100 mit rollForward: latestMajor — das höchste installierte Major wird genutzt (net10-Heads brauchen das .NET-10-SDK); die CI stellt .NET 8, 9 und 10 bereit.

Der Train-Store (trackify.db)

Züge werden in einer SQLite-Datenbank über EF Core persistiert (SqliteTrainRepository, Repository-artiges ITrainRepository; das Schema wird automatisch angelegt). Standardpfad: ~/.config/Trackify/trackify.db (Linux) / %APPDATA%\Trackify\trackify.db (Windows), überschreibbar per Umgebungsvariable TRACKIFY_STORE. Uno-App und CLI teilen dasselbe Schema.

CLI

trackify                       # Dashboard (Banner, gespeicherte Züge, Befehle)
trackify discover              # nach Hubs scannen
trackify list                  # gespeicherte Züge
trackify drive "Blauer Zug" --speed 40 --color Green   # fahren bis Ctrl+C
trackify stop  "Blauer Zug"
trackify color "Blauer Zug" Blue

Deployment (Raspberry Pi, Docker, systemd-Autostart) siehe Source/Trackify.Cli/ReadMe.md.

CI/CD (GitHub Actions)

Workflow	Auslöser	Zweck
ci.yml	PR / Push auf master	CLI + gemeinsamen Kern bauen und Tests laufen lassen (Pre-Merge-Gate)
android-apk.yml	Tag v* / manuell	Android-APK bauen
cli-arm64.yml	Tag v* / manuell	Self-contained linux-arm64-CLI für den Pi veröffentlichen