Method startBleRemote

examples/AutoResearch/AutoResearchRemote.cpp:3662–3701

}

fl::json AutoResearchRemoteControl::startBleRemote() {
    if (mBleRemote) {
        fl::json response = fl::json::object();
        response.set("success", true);
        response.set("message", "BLE remote already active");
        response.set("device_name", AUTORESEARCH_BLE_DEVICE_NAME);
        return response;
    }

    // Create BLE GATT server (heap-allocates transport state)
    // On stub platforms, createTransport returns nullptr and logs FL_ERROR.
    mBleState = fl::net::ble::createTransport(AUTORESEARCH_BLE_DEVICE_NAME);
    if (!mBleState) {
        fl::json response = fl::json::object();
        response.set("success", false);
        response.set("error", "BLE not available on this platform");
        return response;
    }

    // Get transport lambdas that capture mBleState
    auto callbacks = fl::net::ble::getTransportCallbacks(mBleState);

    // Create BLE Remote instance with BLE transport
    mBleRemote = fl::make_unique<fl::Remote>(callbacks.first, callbacks.second);

    // Register RPC methods on the BLE remote
    registerAllMethods(mBleRemote.get());

    mState->ble_server_active = true;
    getBleState().ble_server_active = true;

    fl::json response = fl::json::object();
    response.set("success", true);
    response.set("device_name", AUTORESEARCH_BLE_DEVICE_NAME);
    response.set("service_uuid", FL_BLE_SERVICE_UUID);
    response.set("rx_uuid", FL_BLE_CHAR_RX_UUID);
    response.set("tx_uuid", FL_BLE_CHAR_TX_UUID);
    FL_WARN("[BLE] Remote created and advertising");
    return response;
}

fl::json AutoResearchRemoteControl::stopBleRemote() {
    // Defer actual BLE teardown to tick() so the RPC response is sent first.