A comprehensive integration for managing vvvv gamma's reactive channel system directly through C# code and AI agents.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install vvvv-channels
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install vvvv-channels using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is vvvv gamma Channels C# Integration?
Channels serve as the backbone of reactive data flow in vvvv gamma, functioning as named, typed, and observable value containers. This integration enables developers to interact with the IChannelHub, allowing any C# node or external binding to read and write data via string paths. By leveraging this Openclaw Skills resource, you can implement robust two-way data binding and maintain complex hierarchical states across your vvvv projects.
The integration emphasizes the use of the CanBePublished attribute to expose .NET types as public channels, ensuring that your custom data models are fully integrated into the vvvv ecosystem. Whether you are building MIDI controllers, UI components, or complex data pipelines, this skill provides the necessary patterns for safe and efficient channel management within the vvvv gamma environment.
vvvv gamma Channels C# Integration Use Cases
- Reading and writing public channels from custom C# nodes.
- Publishing .NET types as observable channels using the CanBePublished attribute.
- Implementing reactive data flow and observable state patterns.
- Managing hierarchical channel states for complex data models.
- Creating bang channels using System.Reactive.Unit for event-driven triggers.
- Subscribing to channel changes to synchronize external systems or UI elements.
How vvvv gamma Channels C# Integration Works
- Access the app-wide channel hub singleton using the IChannelHub.HubForApp property.
- Perform a safe lookup of a channel by its string path using the TryGetChannel method.
- Implement a retry-bind pattern during the Update loop to ensure channels are bound as they appear post-initialization.
- Apply the CanBePublished attribute to .NET classes to automatically generate sub-channels for properties.
- Subscribe to channel updates using the IObservable pattern to react to data changes in real-time.
- Dispose of subscriptions in the node's lifecycle to prevent memory leaks and ensure clean state management.
vvvv gamma Channels C# Integration Setup
Ensure your project references VL.Core.Reactive and VL.Core.EditorAttributes. For version 2025.7.1-0163 or later, include the following in your C# file:
using VL.Core.Reactive;
using VL.Core.EditorAttributes;
When using Openclaw Skills, configure your AI agent to prioritize the retry-bind pattern for channel access to handle the asynchronous nature of channel publication.
vvvv gamma Channels C# Integration Data Schema & Taxonomy
The system organizes data through hierarchical string paths and metadata attributes. This Openclaw Skills implementation follows this structure:
| Component | Description | Example |
|---|---|---|
| Path | Dot-separated hierarchy for leaf parameters | Root.Settings.Volume |
| Spread | Indexed elements for sub-channel access | Items[0].Name |
| Type | Strongly typed containers for data integrity | float, string, Unit |
| Attribute | Metadata for exposing .NET properties | [CanBePublished(true)] |
vvvv gamma Channels C# Integration Advanced Features
- Automated sub-channel creation for published Spread properties which allows for deep data manipulation.
- Bulk operations via root record writes that propagate changes through the entire hierarchy automatically.
- PublicChannelHelper utility class for encapsulated retry-bind and callback subscription logic.
- Feedback loop prevention using suppression flags during simultaneous read and write operations.
- Support for indexed spread element accessors to manage dynamic scene objects or list items.
SKILL.md
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