gear-message-execution

Diagnose Gear/Vara Sails message flow, timeout, and byte decoding issues.

17|23|Updated Mar 12, 2026
One-click install
npx skills add https://github.com/gear-foundation/vara-skills --skill gear-message-execution
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: gear-message-execution
Source: https://github.com/gear-foundation/vara-skills/tree/main/skills/gear-message-execution
Command: npx skills add https://github.com/gear-foundation/vara-skills --skill gear-message-execution

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill eliminates the frustration of debugging unexpected Gear message replies, timeouts, delayed execution, reservation or waitlist issues, and raw byte decoding errors in standard Gear/Vara Sails applications, which are common pain points for builders working with low-level Gear messaging.

Core Features & Use Cases

  • Structured Debugging Workflow: Provides an 8-step working model to systematically diagnose message flow issues, from classifying byte sources to matching correct decoders.
  • Edge Case Guidance: Covers rare but critical scenarios like undecodable replies from hardcoded ActorIds, fire-and-forget vs reply-driven paths, and test block-advance timing mismatches.
  • Use Case: For example, if a builder is receiving error replies from a Sails service and cannot determine if the issue is a transport failure, timeout, or actual error response, this Skill provides clear guardrails to distinguish between these states and resolve the issue.

Quick Start

Use the gear-message-execution skill to debug unexpected message replies, timeouts, or raw byte decoding problems in your standard Gear/Vara Sails app.

Frequently Asked Questions about gear-message-execution

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

FAQPage Schema
Why does my Gear message reply with an unexpected error or timeout in Sails?

Gear message replies, timeouts, or delayed execution in Sails often stem from transport failures, routing mismatches, or actual error responses. A structured debugging workflow helps distinguish between these states by classifying byte sources and validating execution guardrails.

How do I debug raw byte decoding errors in Vara Sails applications?

Debug raw byte decoding errors in Vara Sails by matching the correct SCALE decoder artifacts to your message payloads. An 8-step working model systematically diagnoses issues from classifying byte sources to ensuring proper scale binary decoding alignment.

What is the best way to resolve gas reservation and waitlist issues in Gear?

Resolving gas reservation and waitlist issues in Gear requires checking gas constraints and waitlist behavior against standard execution guardrails. Structured debugging workflows identify whether constraints or delayed execution patterns cause the unexpected message flow.

How do I fix test block-advance timing mismatches in Gear workloads?

Fix test block-advance timing mismatches in Gear workloads by validating your test block-advance patterns against standard execution models. Mismatches cause delayed execution or timeout issues, requiring systematic diagnosis of message flow and timing guardrails.

Can I decode undecodable replies from hardcoded ActorIds in Gear?

Undecodable replies from hardcoded ActorIds in Gear require edge case guidance to distinguish fire-and-forget paths from reply-driven paths. Structured debugging workflows classify byte sources and match correct decoders to resolve these rare scenarios.

Does this Gear message debugging approach work with standard Sails message routing?

Yes, this Gear message debugging approach works with standard Sails message routing. It targets builder scenarios involving Sails message routing, SCALE binary decoding, and gas reservation constraints, providing structured workflows for Gear-based workloads.