testing-guide

Codify VST plugin DSP testing best practices for C++ Krate Audio plugins.

8|1|Updated Dec 22, 2025
One-click install
npx skills add https://github.com/rolandzwaga/krate-audio --skill testing-guide-rolandzwaga
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: testing-guide
Source: https://github.com/rolandzwaga/krate-audio/tree/main/.claude/skills/testing-guide
Command: npx skills add https://github.com/rolandzwaga/krate-audio --skill testing-guide-rolandzwaga

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

The Testing Guide provides comprehensive, repeatable practices for building and validating DSP-focused tests for VST plugins, reducing flaky results and aligning team approaches across DSP and UI test needs.

Core Features & Use Cases

  • Guided testing patterns for unit, integration, and UI interactions across DSP codebases.
  • Anti-patterns and guardrails to avoid common testing mistakes and flaky behavior.
  • Practical workflows covering build verification, artifact detection, spectral analysis, and VST3 validator integration for regression and quality assurance.

Quick Start

Build the DSP test target with CMake and begin writing tests following this guide.

Frequently Asked Questions about testing-guide

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

FAQPage Schema
What are the best practices for writing deterministic VST3 DSP tests?

Deterministic VST3 DSP testing requires standardized unit structures, guardrails against insecure tests, and reproducible validation workflows. Applying these patterns prevents flaky behavior and ensures reliable builds across unit, integration, and VST3 validation contexts.

How do I set up CMake build verification for C++ audio plugin DSP testing?

CMake build verification for C++ audio plugins involves configuring the DSP test target to compile correctly before running tests. This approach validates artifact detection and ensures your codebase builds reliably during continuous integration workflows.

Does this testing guide cover spectral analysis for audio plugin validation?

Yes, this testing guide covers practical workflows for spectral analysis alongside artifact detection and VST3 validator integration. These workflows provide comprehensive regression and quality assurance for your DSP codebases.

What testing anti-patterns should I avoid when validating DSP code?

Common DSP testing anti-patterns include insecure tests, brittle validation workflows, and non-deterministic results. Establishing guardrails and following standardized unit structures prevents these mistakes and reduces flaky behavior in your builds.

Can I use these testing patterns for both DSP and UI interactions in audio plugins?

Yes, these testing patterns provide guided approaches spanning unit, integration, and UI interactions across DSP codebases. This ensures comprehensive coverage and aligns team approaches for both DSP and UI test needs.

Why do I need VST3 validator integration in my DSP testing workflow?

VST3 validator integration ensures your plugins meet required compliance standards through reproducible validation workflows. It automates regression checks and quality assurance, catching build and DSP errors before release.