Ryan Malloy
6398a5223a
UART-controlled ESP32 peripheral for automated E2E Bluetooth testing. Dual-mode (Classic BT + BLE) via Bluedroid on original ESP32. Firmware (ESP-IDF v5.x, 2511 lines C): - NDJSON protocol over UART1 (115200 baud) - System commands: ping, reset, get_info, get_status - Classic BT: GAP, SPP, all 4 SSP pairing modes - BLE: GATTS, advertising, GATT service/characteristic management - 6 device personas: headset, speaker, keyboard, sensor, phone, bare - Event reporter: thread-safe async event queue to host Python MCP server (FastMCP, 1626 lines): - Async serial client with command/response correlation - Event queue with wait_for pattern matching - Tools: connection, configure, classic, ble, persona, events - MCP resources: esp32://status, esp32://events, esp32://personas Tests: 74 unit tests passing, 5 integration test stubs (skip without hardware)
30 lines
921 B
Python
30 lines
921 B
Python
"""E2E test: SSP Just Works pairing between Linux and ESP32.
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Requires both mcbluetooth and mcbluetooth-esp32 MCP servers, plus
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real hardware with the test firmware flashed.
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"""
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from __future__ import annotations
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import pytest
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from .conftest import requires_esp32
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@requires_esp32
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class TestSSPJustWorks:
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"""SSP Just Works pairing -- both sides declare no_io capability."""
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async def test_just_works_pairing(self, esp32_client):
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"""Test Just Works pairing mode (no_io on both sides).
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Steps (once firmware is ready):
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1. Load 'headset' persona (no_io -> Just Works)
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2. Enable Classic BT, set discoverable
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3. Scan from Linux side via mcbluetooth
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4. Initiate pairing from Linux
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5. Verify pair_complete event on ESP32
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6. Verify device paired on Linux
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"""
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pytest.skip("Not yet implemented -- waiting for firmware flash")
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