darceye
a9d26722d7
M0 (docs/FEASIBILITY.md, verified against esp-emulator wasm v0.51.0): - GPIO outputs observable via gpio_state(); gpio_set_input() drives pads and raises guest interrupts (button-class peripherals work) - LEDC PWM and RMT waveforms are NOT visible in the pad registers; duty is readable from LEDC registers and WS2812 frames decode from RMT channel RAM (per-chip MMIO map in peris/mmio/) - Node probe + ESP-IDF test firmware (gpio/ledc/rmt three-phase loop) M1 peripherals framework: - esp-emu-peris.html entry (stock layout + Peripherals/Debug tabs), peris/worker.js (stock worker clone + per-batch pin sampling hooks) - device plugin API v1 (docs/DEVICE-API.md) with manifest registry: add a peripheral = one module + one manifest line - devices: led, button, touch-button, toggle-switch; wiring config import/export + localStorage autosave; pin-conflict reporting - serve.py merged dev server, sync_www.py publisher (www only gains files, stock ones untouched), xterm vendored locally (no CDN) - tests/m1_smoke.mjs integration smoke (config/LED state/button ISR/ toggle/conflict/unknown-type) - all green
22 lines
761 B
JavaScript
22 lines
761 B
JavaScript
/*
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* Message protocol between the page and the peris worker (v1).
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* These ride on the same postMessage channel as the stock worker protocol.
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*/
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export const PERIS_API_VERSION = 1;
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// page -> worker
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export const PERIS_CONFIG = 'peris_config'; // { config } apply a full config
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export const PERIS_COMMAND = 'peris_command'; // { id, cmd, params } view -> device
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// worker -> page
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export const PERIS_READY = 'peris_ready'; // { ok, errors, devices }
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export const PERIS_STATE = 'peris_state'; // { id, state } device state update
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export const PERIS_LOG = 'peris_log'; // { level, text }
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// Config file shape (also the localStorage shape):
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// {
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// perisVersion: 1,
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// chip: 'esp32c3',
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// devices: [ { id, type, ...deviceConfig } ]
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// }
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