Function listLocalDeviceInventory

src/core/platform-inventory.ts:42–85

(
  request: DeviceInventoryRequest,
)

};

export async function listLocalDeviceInventory(
  request: DeviceInventoryRequest,
): Promise<DeviceInfo[]> {
  if (request.platform === 'web') {
    return [WEB_DESKTOP_DEVICE];
  }

  if (shouldUseHostMacFastPath(request)) {
    const { listMacosDevices } = await import('../platforms/apple/os/macos/devices.ts');
    return await listMacosDevices();
  }

  if (request.platform === 'linux') {
    const { listLinuxDevices } = await import('../platforms/linux/devices.ts');
    return await listLinuxDevices();
  }

  if (request.platform === 'android') {
    const { listAndroidDevices } = await import('../platforms/android/devices.ts');
    return await listAndroidDevices({
      serialAllowlist: request.androidSerialAllowlist
        ? new Set(request.androidSerialAllowlist)
        : undefined,
    });
  }

  if (request.platform) {
    const { listAppleDevices } = await import('../platforms/apple/core/devices.ts');
    return await listAppleDevices({
      simulatorSetPath: request.iosSimulatorSetPath,
      udid: request.udid,
    });
  }

  const devices: DeviceInfo[] = [];
  // Linux local device is appended last so it does not displace
  // connected Android/Apple devices in implicit auto-selection.
  for (const platform of LOCAL_DEVICE_INVENTORY_PLATFORM_SELECTORS) {
    try {
      devices.push(...(await listLocalDeviceInventory({ ...request, platform })));
    } catch {}
  }
  return devices;
}

export function countDeviceInventoryByGroup(devices: DeviceInfo[]): DeviceInventoryGroupCounts {
  const counts = emptyDeviceInventoryGroupCounts();