def test_usb_match_linux_nxp(filter_usb_id: str, vid: str, pid: str, path: str,
expected: bool):
with patch("platform.system", MagicMock(return_value="Linux")):
usb_filter = NXPUSBDeviceFilter(usb_id=filter_usb_id)
g_virtual_hid_device = {
"vendor_id": int(vid, 0),
"product_id": int(pid, 0),
"path": path
}
assert usb_filter.compare(g_virtual_hid_device) == expected
def test_device_name_mac(filter_usb_id: str, vid: str, pid: str, path: str,
expected: bool):
with patch("platform.system", MagicMock(return_value="Darwin")):
usb_filter = NXPUSBDeviceFilter(usb_id=filter_usb_id,
nxp_device_names=USB_DEVICES)
g_virtual_hid_device = {
"vendor_id": int(vid, 0),
"product_id": int(pid, 0),
"path": path
}
assert usb_filter.compare(g_virtual_hid_device) == expected
def scan_usb(device_name: str = None) -> Sequence[Interface]:
"""Scan connected USB devices. Return a list of all devices found.
:param device_name: see USBDeviceFilter classes constructor for usb_id specification
:return: list of matching RawHid devices
"""
usb_filter = NXPUSBDeviceFilter(usb_id=device_name, nxp_device_names=USB_DEVICES)
return RawHid.enumerate(usb_filter)
def scan_usb(device_id: str = None) -> List["RawHid"]:
"""Scan connected USB devices.
:param device_id: see USBDeviceFilter classes constructor for usb_id specification
:return: list of matching RawHid devices
"""
usb_filter = NXPUSBDeviceFilter(usb_id=device_id,
nxp_device_names=USB_DEVICES)
return RawHid.enumerate(usb_filter)