SmartHaus — IoT & Agentic Smart Home on the Edge

Early proof-of-concept / first public release. This project is under active development — expect rough edges, breaking changes, and missing documentation. Bugs are expected and the project is fully unsupported. Contributions and feedback are welcome, but please set expectations accordingly.

I started this IoT/home automation project in 2022 and for four years struggled to find the time to get it over the line. In the last two months I switched to agentic development using GitHub Copilot — and this is the end result!

An open-source, .NET 10 IoT smart-home platform designed to run on the edge — from a Raspberry Pi to a full GPU-accelerated workstation. SmartHaus connects real-world devices (solar inverters, heating systems, lighting, security cameras, smart plugs, and more) into a single, event-driven application with AI-powered decision-making via the Microsoft Agent Framework and Model Context Protocol (MCP).

Highlights

Edge-first architecture — runs on ARM64 (Raspberry Pi 4/5), x64, and ARM via a cross-architecture container image published to GitHub Container Registry
Agentic AI — 12+ MCP tool services expose device telemetry, control, and automation to LLM agents. Domain-specific agents (CommsAgent, SecurityAgent, HeatingAgent, AudioAgent) orchestrate decisions autonomously — see the CasCap.SmartHaus README for the full agent architecture, MCP tool registry, and Signal messenger integration. Run locally with Ollama or connect to Azure OpenAI
Feature-flag driven — enable only the integrations you need; each feature is an independent module with its own data pipeline, sinks, and MCP tools
Azure cloud integration — optional Azure Table Storage and Azure Blob Storage sinks for telemetry persistence, with local Azurite emulation for development
Azure Key Vault — optional Azure Key Vault integration for secrets management (disabled via KeyVaultName=skip for local development)
Standalone NuGet client libraries — device-specific API libraries (Fronius, Buderus, KNX, DoorBird, and more) are designed to be 100% standalone and published as individual NuGet packages — use them independently of SmartHaus in your own projects. Some libraries are not yet published and require further work before release.
Real-time event streaming — SignalR hub, Redis Streams, and OpenTelemetry metrics for observability
GitOps-ready — Kubernetes deployment via Helm charts and ArgoCD, with CI/CD through GitHub Actions

Quick Start

Clone the repo and run the self-contained demo — no external hardware or Azure subscription required.

Prerequisites: Docker with an NVIDIA GPU and the NVIDIA Container Toolkit for GPU-accelerated LLM inference. CPU-only mode works by removing the deploy block from the Ollama service in docker-compose.yml.

git clone https://github.com/f2calv/SmartHaus.git
cd KNX
docker compose --profile demo up --build

This builds the application from source and launches EdgeHardware (CPU/GPU telemetry monitoring), Ubiquiti (webhook-based camera events), and Comms (Signal messaging pipeline) with local infrastructure: Redis, Azurite, OpenTelemetry Collector, Ollama, and signal-cli.

Wait for the Ollama model pull to finish:

docker compose --profile demo logs ollama-init -f

Then explore:

Swagger UI — http://localhost:8080/swagger
EdgeHardware snapshot — curl http://localhost:8080/api/v1.0/edgehardware
Ubiquiti test event — curl -X POST "http://localhost:8080/api/v1.0/ubiquiti/event/smart?type=person&camera_name=FrontDoor&score=0.95"
Redis UI — http://localhost:7843

See the Docker Compose section below for full details, including Signal messaging setup.

Features

Defined as constants in FeatureNames, validated at startup by FeatureConfig.GetEnabledFeatures().

Name	Description
`Buderus`	Buderus heating system integration
`Comms`	Single-instance communications service that consumes a Redis Stream of key events and forwards agent-processed decisions
`DDns`	Dynamic DNS service
`DoorBird`	DoorBird video doorbell integration
`EdgeHardware`	Edge hardware monitoring — GPU telemetry via `nvidia-smi`, CPU temperature, and Raspberry Pi GPIO sensors. CPU monitoring is always enabled; GPU is auto-detected via ILGPU at startup
`Fronius`	Fronius solar inverter integration
`Knx`	KNX home automation integration
`Miele`	Miele appliance integration
`Shelly`	Shelly smart plug integration
`Sicce`	Sicce aquarium pump integration
`SignalRHub`	Consolidated SignalR hub server, providing a single real-time event endpoint for all features. Can run as a standalone pod for separation of responsibility
`Ubiquiti`	Ubiquiti network device integration
`Wiz`	Wiz smart lighting integration

Features are configured via CasCap:FeatureConfig:EnabledFeatures as a comma-separated string (e.g. Knx,Fronius,DoorBird).

Multiple application deployment targets;

CasCap.App.Server — Containerized backend services for Kubernetes, runnable locally during development. Visual Studio users should set this as the startup project to run the backend.
CasCap.App.Console — Console application for local MCP/AI agent development and testing. Leverages many of the same MCP tools as the backend, providing a client-side console test environment. Visual Studio users should launch this project to interactively test MCP tools and agent behaviour.

Agentic AI Architecture

SmartHaus uses a multi-agent architecture where a central CommsAgent orchestrates domain-specific sub-agents, each with their own MCP tools and instruction prompts. Users interact with the system via Signal Messenger — no custom mobile app required.

For detailed configuration, Redis Stream settings, and implementation specifics, see the CasCap.SmartHaus README.

Agents

Agent	Role	MCP Tools
CommsAgent	Gateway orchestrator — routes user messages and system events to sub-agents, relays responses to Signal	8 direct + 98 via delegation
SecurityAgent	Front door intercom, IP cameras, door lighting	17
HeatingAgent	Heat pump control, KNX heating zones	11
EnergyAgent	Solar inverter telemetry and battery status	13
HomeControlAgent	Shutters, outlets, rooms, floors, all lighting	35
InfraAgent	Edge hardware monitoring (CPU/GPU metrics)	7
AppliancesAgent	Miele appliance control (disabled — planned)	15
AudioAgent	Speech-to-text transcription via Whisper	—

MCP Tool Services

MCP query services expose 70+ tools and 25 prompts to AI agents, conditionally registered based on enabled features.

Service	Tools	Prompts	Domain
`SystemMcpQueryService`	3	—	Date/time, provider list, agent list
`BusSystemMcpQueryService`	19	5	Shutters, HVAC, power outlets, diagnostics
`HeatPumpMcpQueryService`	2	5	Heat pump state and control
`InverterMcpQueryService`	7	5	Solar inverter readings
`FrontDoorMcpQueryService`	8	5	DoorBird intercom — photos, video, unlock
`AppliancesMcpQueryService`	9	5	Miele appliance management
`EdgeHardwareMcpQueryService`	1	—	GPU/CPU telemetry snapshots
`IpCameraMcpQueryService`	1	—	UniFi Protect event status
`AquariumMcpQueryService`	2	—	Sicce water pump control
`SmartPlugMcpQueryService`	3	—	Shelly smart plug control
`SmartLightingMcpQueryService`	15	—	KNX ceiling/wall lights and Wiz smart bulbs
`MessagingMcpQueryService`	3	—	Signal messaging polls

Service Architecture

flowchart TD
    subgraph FeaturePods["Feature pods (Fronius / KNX / DoorBird / Buderus)"]
        FRONIUS_SINK["FroniusSinkSignalRService"]
        KNX_SINK["KnxSinkSignalRService"]
        DOORBIRD_SINK["DoorBirdSinkSignalRService"]
        BUDERUS_SINK["BuderusSinkSignalRService"]
        FRONIUS_COMMS["FroniusSinkCommsStreamService"]
        KNX_COMMS["KnxSinkCommsStreamService"]
        DOORBIRD_MEDIA["DoorBirdSinkMediaStreamService"]
    end

    subgraph Hub["CasCap.SmartHaus (HausHub @ /hubs/haus)"]
        HAUSHUB["HausHub\n[Authorize]"]
        HUB_CONSOLE["HausHubSinkConsoleService"]
        HUB_METRICS["HausHubSinkMetricsService"]
    end

    subgraph Comms["CasCap.SmartHaus (Comms instance — gateway + media analysis)"]
        COMMS_BG["CommunicationsBgService"]
        COMMS_AGENT(("CommsAgent"))
        AUDIO_AGENT(("AudioAgent\n(Whisper STT)"))
        MEDIA_BG["MediaBgService"]
        SECURITY_AGENT(("SecurityAgent\n(vision)"))
    end

    MEDIA_STREAM[("Redis Stream\nmedia:stream:events")]
    COMMS_STREAM[("Redis Stream\ncomms:stream:events")]
    REDIS_CACHE[("Redis\nimage cache")]
    CLIENTS["SignalR clients\n(MAUI app, browser, etc.)"]
    SIGNALCLI["Signal messenger\n(signal-cli REST API)"]

    %% SignalR path
    FRONIUS_SINK -->|SendFroniusEvent| HAUSHUB
    KNX_SINK -->|SendKnxTelegram| HAUSHUB
    DOORBIRD_SINK -->|SendDoorBirdEvent| HAUSHUB
    BUDERUS_SINK -->|SendBuderusEvent| HAUSHUB
    HAUSHUB -->|ReceiveFroniusEvent etc.| CLIENTS
    HAUSHUB --> HUB_CONSOLE
    HAUSHUB --> HUB_METRICS

    %% Comms stream path (text events)
    FRONIUS_COMMS -->|CommsEvent| COMMS_STREAM
    KNX_COMMS -->|CommsEvent| COMMS_STREAM

    %% Media stream path (binary media)
    DOORBIRD_MEDIA -->|cache bytes| REDIS_CACHE
    DOORBIRD_MEDIA -->|MediaEvent| MEDIA_STREAM
    MEDIA_STREAM --> MEDIA_BG
    MEDIA_BG -->|fetch bytes| REDIS_CACHE
    MEDIA_BG --> SECURITY_AGENT
    SECURITY_AGENT -->|analysis CommsEvent| COMMS_STREAM

    %% CommsAgent gateway
    COMMS_STREAM --> COMMS_BG
    COMMS_BG -->|audio attachment| AUDIO_AGENT
    AUDIO_AGENT -->|transcribed text| COMMS_BG
    COMMS_BG --> COMMS_AGENT
    COMMS_AGENT -->|relay to group| SIGNALCLI
    SIGNALCLI -->|incoming messages| COMMS_BG

Dependency Graph

Direct ProjectReference links only. External NuGet packages from the CasCap.Common and CasCap.Api.Azure repos are omitted for clarity (consumed as ProjectReference in Debug, PackageReference in Release).

graph TD
    %% ── Applications ────────────────────────────────────────────────────────
    subgraph apps ["🖥️ Applications"]
        SERVER["CasCap.App.Server<br/><sub>ASP.NET Core · K8s</sub>"]
        CONSOLE["CasCap.App.Console<br/><sub>Spectre.Console · Dev tool</sub>"]
    end

    %% ── Shared App Bootstrap ────────────────────────────────────────────────
    subgraph shared ["📦 Shared App Bootstrap"]
        APP["CasCap.App"]
        EXT2["CasCap.Common.Configuration"]
    end

    %% ── Core Orchestration ──────────────────────────────────────────────────
    subgraph core ["⚙️ Core"]
        HAUS["CasCap.SmartHaus"]
    end

    %% ── Feature Libraries ───────────────────────────────────────────────────
    subgraph features ["🔌 Feature Libraries"]
        subgraph buderus ["Buderus (KM200)"]
            BUD["Api.Buderus"]
            BUD_SINKS["Api.Buderus.Sinks"]
        end
        subgraph doorbird ["DoorBird"]
            DB["Api.DoorBird"]
            DB_SINKS["Api.DoorBird.Sinks"]
        end
        subgraph fronius ["Fronius (Solar)"]
            FRO["Api.Fronius"]
            FRO_SINKS["Api.Fronius.Sinks"]
        end
        subgraph knx ["KNX (Bus)"]
            KNX["Api.Knx"]
            KNX_SINKS["Api.Knx.Sinks"]
        end
        subgraph miele ["Miele"]
            MIE["Api.Miele"]
            MIE_SINKS["Api.Miele.Sinks"]
        end
        subgraph sicce ["Sicce"]
            SIC["Api.Sicce"]
            SIC_SINKS["Api.Sicce.Sinks"]
        end
        subgraph wiz ["Wiz (Lighting)"]
            WIZ["Api.Wiz"]
            WIZ_SINKS["Api.Wiz.Sinks"]
        end
        subgraph shelly ["Shelly (Smart Plugs)"]
            SHEL["Api.Shelly"]
            SHEL_SINKS["Api.Shelly.Sinks"]
        end
        subgraph ubiquiti ["Ubiquiti"]
            UBI["Api.Ubiquiti"]
            UBI_SINKS["Api.Ubiquiti.Sinks"]
        end
        subgraph edgehw ["Edge Hardware"]
            EDGE["Api.EdgeHardware"]
            EDGE_SINKS["Api.EdgeHardware.Sinks"]
        end
        SIGNAL["Api.SignalCli"]
        DDNS["Api.DDns"]
    end

    %% ── AI / MCP ────────────────────────────────────────────────────────────
    subgraph ai ["🤖 AI / MCP"]
        HAUS_AI["CasCap.Common.AI<br/><sub>Consolidated MCP tools & prompts</sub>"]
    end

    %% ── Foundation ──────────────────────────────────────────────────────────
    subgraph foundation ["🧱 Foundation"]
        ABS["CasCap.Common.Abstractions"]
    end

    %% ── Test Projects ───────────────────────────────────────────────────────
    subgraph tests ["🧪 Tests"]
        T_APP["App.Tests"]
        T_BUD["Api.Buderus.Tests"]
        T_DB["Api.DoorBird.Tests"]
        T_FRO["Api.Fronius.Tests"]
        T_KNX["Api.Knx.Tests"]
        T_MIE["Api.Miele.Tests"]
        T_SIG["Api.SignalCli.Tests"]
    end

    %% ── Application edges ───────────────────────────────────────────────────
    SERVER --> APP
    CONSOLE --> APP
    CONSOLE --> HAUS_AI
    CONSOLE --> FRO_SINKS
    CONSOLE --> BUD_SINKS
    CONSOLE --> KNX_SINKS
    CONSOLE --> DB_SINKS
    APP --> HAUS
    APP --> EXT2

    %% ── Core edges ──────────────────────────────────────────────────────────
    HAUS --> SIGNAL
    HAUS --> HAUS_AI
    HAUS --> BUD_SINKS
    HAUS --> DB_SINKS
    HAUS --> FRO_SINKS
    HAUS --> KNX_SINKS
    HAUS --> MIE_SINKS
    HAUS --> SIC_SINKS
    HAUS --> WIZ_SINKS
    HAUS --> SHEL_SINKS
    HAUS --> UBI_SINKS
    HAUS --> EDGE_SINKS
    HAUS --> DDNS

    %% ── AI / MCP edges ─────────────────────────────────────────────────────
    HAUS_AI --> BUD
    HAUS_AI --> DB
    HAUS_AI --> FRO
    HAUS_AI --> KNX
    HAUS_AI --> MIE
    HAUS_AI --> SIC
    HAUS_AI --> WIZ
    HAUS_AI --> SHEL
    HAUS_AI --> UBI
    HAUS_AI --> EDGE
    HAUS_AI --> SIGNAL

    %% ── Feature ↔ Core edges ────────────────────────────────────────────────
    BUD_SINKS --> BUD

    DB_SINKS --> DB

    FRO_SINKS --> FRO

    KNX_SINKS --> KNX
    KNX_SINKS --> SIGNAL

    MIE_SINKS --> MIE

    SIC_SINKS --> SIC

    WIZ_SINKS --> WIZ

    SHEL_SINKS --> SHEL

    UBI_SINKS --> UBI

    EDGE_SINKS --> EDGE

    %% ── Foundation edges ────────────────────────────────────────────────────
    HAUS --> ABS

    %% ── Test edges ──────────────────────────────────────────────────────────
    T_APP --> SERVER & HAUS & KNX & EXT2
    T_BUD --> BUD & EXT2
    T_DB --> DB & EXT2
    T_FRO --> FRO & EXT2
    T_KNX --> KNX & KNX_SINKS & EXT2
    T_MIE --> MIE & EXT2
    T_SIG --> SIGNAL & EXT2

    %% ── Styles ──────────────────────────────────────────────────────────────
    classDef appNode fill:#1565C0,stroke:#0D47A1,color:#fff
    classDef coreNode fill:#6A1B9A,stroke:#4A148C,color:#fff
    classDef featureNode fill:#2E7D32,stroke:#1B5E20,color:#fff
    classDef mcpNode fill:#00695C,stroke:#004D40,color:#fff
    classDef sinkNode fill:#E65100,stroke:#BF360C,color:#fff
    classDef foundationNode fill:#455A64,stroke:#263238,color:#fff
    classDef testNode fill:#78909C,stroke:#546E7A,color:#fff

    class SERVER,CONSOLE appNode
    class APP,EXT2,HAUS coreNode
    class BUD,DB,FRO,KNX,MIE,SIC,WIZ,SHEL,UBI,EDGE,SIGNAL,DDNS featureNode
    class HAUS_AI mcpNode
    class BUD_SINKS,DB_SINKS,FRO_SINKS,KNX_SINKS,MIE_SINKS,SIC_SINKS,WIZ_SINKS,SHEL_SINKS,UBI_SINKS,EDGE_SINKS sinkNode
    class ABS foundationNode
    class T_APP,T_BUD,T_DB,T_FRO,T_KNX,T_MIE,T_SIG testNode

NuGet Packages

Standalone device API libraries published from this repository. Some libraries are not yet published — badges will appear once the first version is pushed to NuGet.

Library	Package
CasCap.Api.Buderus
CasCap.Api.Buderus.Sinks
CasCap.Api.DoorBird
CasCap.Api.DoorBird.Sinks
CasCap.Api.Fronius
CasCap.Api.Fronius.Sinks
CasCap.Api.Knx
CasCap.Api.Knx.Sinks

Prerequisites

.NET SDK: 10.0.x stable (see global.json — allowPrerelease: false)
Docker: Required for local infrastructure (Redis, Azurite, OpenTelemetry Collector)
NVIDIA GPU + Container Toolkit: Required for GPU-accelerated Ollama inference in the demo profile (CPU-only mode available by removing the deploy block)
Azure subscription (optional): For cloud sinks (Table Storage, Blob Storage) and Key Vault secrets management. Not required for local development — Azurite emulates Azure Storage locally

Docker Compose

A single docker-compose.yml with profiles for different use cases.

Default — Local Development

Starts infrastructure services only. The application runs from Visual Studio or dotnet run, with appsettings.Development.json pointing to these containers.

# 1. Start infrastructure dependencies
docker compose up

# 2. Restore and build
dotnet restore
dotnet build --no-restore

Service	Port	Purpose
Redis	6379	Cache, pub/sub, event sinks
P3x Redis UI	7843	Browser-based Redis inspection
OTEL Collector	4317 / 4318	OpenTelemetry gRPC and HTTP endpoints
Azurite	10000–10002	Azure Storage emulator (Blob, Queue, Table)

`demo` Profile — Visitor Demo

Self-contained demo for new visitors — see Quick Start above to get running in minutes.

Builds the application from source and launches EdgeHardware + Ubiquiti + Comms features with local AI inference via Ollama. No external hardware or Azure subscription required.

docker compose --profile demo up --build

Additional services started by the demo profile:

Service	Port	Purpose
SmartHaus	8080	Application with Swagger UI at `/swagger`
signal-cli REST	8081	Signal messaging API
Ollama	11434	Local LLM inference (GPU)

Signal Messaging Setup

Install Signal Messenger on your phone: Android (Google Play) | iOS (App Store)
Link signal-cli to your phone — open the QR code link endpoint in your browser:

http://localhost:8081/v1/qrcodelink?device_name=signal-api

Scan the QR code from Signal on your phone: Settings → Linked Devices → Link New Device.
Send a test event — this triggers the Comms pipeline which forwards the event via Signal:
```
curl -X POST "http://localhost:8080/api/v1.0/ubiquiti/event/smart?type=person&camera_name=FrontDoor&score=0.95"
```
Or use the ubiquiti-demo.http file with the VS Code REST Client extension.

Project Configuration

Solution Files

File	Purpose
`SmartHaus.Debug.slnx`	Development — includes cross-repo references to CasCap.Common and CasCap.Api.Azure projects
`SmartHaus.Release.slnx`	Release builds — SmartHaus projects only, consumes dependencies as NuGet packages

Dependency: Debug builds require CasCap.Common and CasCap.Api.Azure cloned at the same directory level.

Key Files

File	Purpose
`Directory.Build.props`	C# 14.0, `ImplicitUsings`, `Nullable: enable`, `TreatWarningsAsErrors: true`, `IsPackable: false` by default
`Directory.Packages.props`	Central package version management (`ManagePackageVersionsCentrally: true`)
`.editorconfig`	Code style rules (4-space indent, LF line endings, full formatting rules)
`global.json`	SDK constraint — stable releases only
`docker-compose.yml`	Infrastructure services + `demo` profile for visitor demo
`ubiquiti-demo.http`	REST Client test requests for the Ubiquiti demo webhook endpoints
`GitVersion.yml`	Semantic versioning configuration (ContinuousDeployment mode)

Suppressed Warnings

Configured in Directory.Build.props: IDE1006, IDE0079, IDE0042, CS0162, CS1574, S125, NETSDK1233, NU1901, NU1902, NU1903

CI/CD Pipeline

GitHub Actions (`.github/workflows/ci.yml`)

Triggers: Push (except documentation files), PRs to main, manual dispatch.

Jobs:

release — Reusable workflow from f2calv/gha-workflows for semantic versioning and GitHub release creation

Additional workflows:

deploy-all.yml — Triggers GitOps Helm manifest updates for Kubernetes deployment
_gitops-helm-update.yml — Reusable workflow for updating Helm chart image tags

Making Changes

Adding Code

Place code in the correct project by functionality
Follow .editorconfig style rules
Add XML documentation to all public API surface
Add tests in the corresponding .Tests project
Validate: dotnet build SmartHaus.Debug.slnx --no-restore → 0 errors

Adding Dependencies

Add version to Directory.Packages.props
Reference in .csproj without a version attribute:
```
<PackageReference Include="PackageName" />
```
Run dotnet restore

Creating New Projects

Library projects inherit Directory.Build.props automatically
Set <IsPackable>true</IsPackable> explicitly only for NuGet packages
Test projects must not be packable (default)

Validation Checklist

dotnet restore succeeds
dotnet build SmartHaus.Debug.slnx --no-restore completes with 0 errors
Docker dependencies running (docker compose up)
Public API has XML documentation
Properties separated by blank lines
ServiceProvider instances are disposed in tests

Contributing

Fork the repository and create a feature branch
Follow all conventions documented above
Run the full validation checklist before submitting a PR
PRs target the main branch and require CI to pass
Versioning is automated via GitVersion — do not manually edit version numbers

Name		Name	Last commit message	Last commit date
Latest commit History 28 Commits
.devcontainer		.devcontainer
.docker		.docker
.github		.github
.vscode		.vscode
charts		charts
docs		docs
src		src
.dockerignore		.dockerignore
.editorconfig		.editorconfig
.gitattributes		.gitattributes
.gitignore		.gitignore
.pre-commit-config.yaml		.pre-commit-config.yaml
Directory.Build.props		Directory.Build.props
Directory.Packages.props		Directory.Packages.props
Dockerfile		Dockerfile
Dockerfile.Debug		Dockerfile.Debug
GitVersion.yml		GitVersion.yml
LICENSE		LICENSE
README.md		README.md
SmartHaus.Debug.slnx		SmartHaus.Debug.slnx
SmartHaus.Release.slnx		SmartHaus.Release.slnx
appsettings.Development.json		appsettings.Development.json
appsettings.json		appsettings.json
build.ps1		build.ps1
build.sh		build.sh
clean.ps1		clean.ps1
docker-compose-demo.http		docker-compose-demo.http
docker-compose.yml		docker-compose.yml
ffmpeg-record.sh		ffmpeg-record.sh
global.json		global.json
icon.png		icon.png
wait-for-it.sh		wait-for-it.sh

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SmartHaus — IoT & Agentic Smart Home on the Edge

Highlights

Quick Start

Features

Agentic AI Architecture

Agents

MCP Tool Services

Service Architecture

Dependency Graph

NuGet Packages

Prerequisites

Docker Compose

Default — Local Development

`demo` Profile — Visitor Demo

Signal Messaging Setup

Project Configuration

Solution Files

Key Files

Suppressed Warnings

CI/CD Pipeline

GitHub Actions (`.github/workflows/ci.yml`)

Making Changes

Adding Code

Adding Dependencies

Creating New Projects

Validation Checklist

Contributing

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Repository files navigation

SmartHaus — IoT & Agentic Smart Home on the Edge

Highlights

Quick Start

Features

Agentic AI Architecture

Agents

MCP Tool Services

Service Architecture

Dependency Graph

NuGet Packages

Prerequisites

Docker Compose

Default — Local Development

demo Profile — Visitor Demo

Signal Messaging Setup

Project Configuration

Solution Files

Key Files

Suppressed Warnings

CI/CD Pipeline

GitHub Actions (.github/workflows/ci.yml)

Making Changes

Adding Code

Adding Dependencies

Creating New Projects

Validation Checklist

Contributing

About

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Resources

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