async

Manage asynchronous boundaries and AccessContext propagation in MeshWeaver reactive architectures.

11|4|Updated Jan 15, 2024
One-click install
npx skills add https://github.com/Systemorph/MeshWeaver --skill async-systemorph
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: async
Source: https://github.com/Systemorph/MeshWeaver/tree/main/.claude/skills/async
Command: npx skills add https://github.com/Systemorph/MeshWeaver --skill async-systemorph

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This skill prevents deadlocks and identity loss when working with asynchronous, reactive, and actor-model code boundaries in the MeshWeaver framework.

Core Features & Use Cases

  • Deadlock Prevention: Provides strict rules for composing observables instead of blocking threads with await or .Result.
  • Identity Propagation: Ensures AccessContext is correctly re-established across reactive hops and IIoPool boundaries to prevent unauthorized write failures.
  • Use Case: When writing a custom agent round or a Blazor component that updates a mesh node, use this skill to ensure your code remains responsive and maintains the correct user identity.

Quick Start

Analyze my current code implementation for blocking calls or missing AccessContext re-establishment patterns.

Frequently Asked Questions about async

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I prevent deadlocks in reactive mesh architectures when composing observables?

To prevent reactive mesh deadlocks, compose observables instead of blocking threads with await or .Result. This skill enforces strict observable composition rules to keep hub-reachable code and Blazor views responsive.

Why does AccessContext get lost during cross-thread operations in asynchronous code?

AccessContext loss occurs across reactive hops without explicit context re-stamping. You must re-establish identity across IIoPool boundaries during cross-thread operations to prevent unauthorized write failures.

How do I maintain user identity propagation in Blazor components updating a mesh node?

Maintain user identity propagation in Blazor components by explicitly re-stamping AccessContext during cross-thread reactive mesh updates. This prevents identity loss and unauthorized write failures when updating mesh nodes.

Can I use blocking calls with .Result when writing custom agent rounds?

No, avoid blocking calls with .Result in custom agent rounds. Use observable composition patterns instead to prevent deadlocks and ensure responsive asynchronous mesh architecture behavior.

What is the best way to analyze code for missing AccessContext re-establishment patterns?

Analyze code for missing AccessContext re-establishment by scanning for blocking await or .Result calls and verifying explicit context re-stamping across reactive hops to ensure proper identity propagation.

When do I need to explicitly re-stamp context during asynchronous boundary crossings?

Explicitly re-stamp context during asynchronous boundary crossings involving reactive hops, IIoPool boundaries, and Blazor views to prevent AccessContext loss and maintain authorized write operations.