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Getting started

Introduction to RAVET Getting started with RAVET Independent project starters RAVET architecture RAVET feature catalogue Small examples and use cases

Processing & events

Extended portable processing Parameters, state, bypass and metering Parameter attachments CLAP gain editor control bridge Control-thread data services Building an audio processor Sample-timed events and automation Audio-thread ownership and control handoff

DSP

Prepared signal processing Prepared processor routing graphs Stereo delay: controls, timing and feedback

Instruments & MIDI

Portable MIDI short messages CoreMIDI UMP endpoints Bounded OSC packets and explicit UDP MIDI sine CLAP reference Native sidechain CLAP reference Subtractive synth: voices, envelope and filter

State & files

Observable state, undo and presets Coherent control/audio snapshots Gain session state Explicit preset-file libraries WAV/AIFF streams and audio handoff buffers

Editors & graphics

Native embedded-editor prototype Portable layout, SVG drawing and animation Reusable local web controls Native UI messages, device settings and snapshots

Devices & plug-in formats

Standalone audio devices Explicit CLAP discovery and trusted loading REAPER host validation VST3 gain reference AudioUnit v2 gain reference AAX references LV2 gain reference

Runtime & distribution

Rust control-thread runtime services Runtime contract automation Explicit local signed entitlements Maintaining RAVET documentation RAVET licensing Contributing to RAVET Prepared native AAX audio buses Native AAX generated short-MIDI output Prepared native AAX meters Native AAX custom editor Internal native precision in AAX Owned raw short-MIDI AAX effects and auxiliary buses AAX complete short MIDI input Prepared AAX timing Native AAX transport capture Optional AUv3 hosting Browser text editing Explicit color preparation Local control semantic contracts CPU path and font rasterization Embedded projects Explicit font-stack paragraphs Explicit local font fallback RAVET Foundry Explicit grid layout and a resizable workspace Owned worker image assets Fixed flat-list selection Local video worker boundary Native LV2 generated short MIDI Explicit Metal offscreen drawing AUv3 and mobile native adapters Local native modal dialogs Native AUv2 consumer helpers Exact native client acquisition Native DSP boundary Prepared native planar processing Explicit native semantic companion Canonical native table identity Native Performance AAX instrument reference AUv2 performance instrument reference Local popup menus Explicit OpenType PostScript outlines Local split-pane layout Owned SVG image import Explicit font discovery and styled rendering Local labelled tabbed panels Fixed readonly table grid Bounded source text editing Fixed hierarchical tree selection Fixed-model virtual text list Explicit trusted VST3 catalogues Explicit trusted VST3 instances Owned VST3 parameters and timed input Prepared hosted VST3 events and block context Reference VST3 modules for hosted-VST3 tests Owned stopped VST3 state Explicit standalone content constraints Owned standalone window closure

Example tutorials

Tutorial overview Delay example entry point Subtractive synth entry point MPE expression entry point MIDI 2.0 and UMP entry point Tutorial package and platform entry point Offline rendering and WAV helpers Portable stereo delay processor Portable subtractive synthesizer Bounded live audio adapter Main-thread UI and device owner Delay regression tests Subtractive synth regression tests Executable tutorial fixtures HTML editor, controls and native messages

API reference

Reference overview

effect

support

Constants

BLOCK_FRAMES MAX_EVENTS SAMPLE_RATE

Source snapshot · 12 October 2026

API reference / effect::support::BLOCK_FRAMES

effect::support

Constant BLOCK_FRAMES

const BLOCK_FRAMES: usize = 256;

RAVET · Rust Audio Visual Engineering Toolkit

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© DJW Audio · 2026