hyperliquid-run

Name: hyperliquid-run
Availability: InStock
Author: carter

Automate daily Hyperliquid Ruby SDK maintenance with tests and commits.

Updated Feb 9, 2025

Search Tags:#automation #workflow #devops #sdk #state-management #ruby #hyperliquid

Ready to run

npx skills add https://github.com/carter2099/.dotfiles-homelab --skill hyperliquid-run

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: hyperliquid-run
Source: https://github.com/carter2099/.dotfiles-homelab/tree/main/.claude/skills/hyperliquid-run
Command: npx skills add https://github.com/carter2099/.dotfiles-homelab --skill hyperliquid-run

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Autonomous daily development workflow for the Hyperliquid Ruby SDK — reads a state file, scans upstream refs for API gaps, implements a fixed scope of changes with tests, runs test suite, commits to dev branch, updates state, and emails a progress summary.

Core Features & Use Cases

State-driven daily run that reads a local state file to determine current version and pending work.
Upstream monitoring and gap-scoped changes with automated testing and deterministic commits to dev.
Progress reporting via email and state updates to enable traceability.

Quick Start

Trigger the hyperliquid-run workflow to perform the automated daily development cycle.

Frequently Asked Questions about hyperliquid-run

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

FAQPage Schema

How do I automate daily maintenance for a Ruby SDK?▼

Automating daily Ruby SDK maintenance requires a state-driven workflow that reads a local state file, detects upstream API gaps, applies scoped changes with tests, and commits to a dev branch. This approach ensures deterministic daily updates.

How does state-driven workflow automation detect upstream API gaps in Ruby development?▼

State-driven workflow automation detects upstream API gaps by reading a local state file to determine the current version and pending work, then scanning upstream references to identify discrepancies. It applies gap-scoped changes with automated testing to maintain synchronization.

Do I need Bundler and RBENV_VERSION configured to run automated Ruby SDK workflows?▼

Yes, automated Ruby SDK workflows require Ruby tooling and specific environment configuration, including RBENV_VERSION and Bundler, to operate safely. These dependencies ensure the deterministic dev-branch workflow and test suite execute correctly within the expected runtime context.

What's the best way to track progress in an automated Hyperliquid SDK development cycle?▼

Tracking progress in an automated development cycle is best handled by updating the local state file after committing changes and sending an email progress summary. This enables full traceability of upstream monitoring, gap-scoped changes, and test results.

Why does my automated SDK maintenance workflow fail to commit changes to the dev branch?▼

Automated SDK maintenance workflows fail to commit changes when the local state file is misconfigured, environment variables like RBENV_VERSION are missing, or the test suite encounters errors before reaching the deterministic dev-branch commit stage.

Can I use automated workflow automation to apply scoped changes with tests for state management?▼

Yes, workflow automation can apply a scoped set of changes with tests by reading a local state file to determine pending work. It runs the test suite, applies deterministic commits to the dev branch, and updates the state file to reflect completed work.