def test_news_file_item_text_formatting(self):
with mock.patch("ci_scripts.sync_board_database.Path", autospec=True) as mock_path:
mock_path().exists.return_value = False
text = sync_board_database.create_news_item_text(
"New boards added:",
Boards([Board.from_online_board_entry(BOARD_1), Board.from_online_board_entry(BOARD_2)]),
)
self.assertEqual(text, "New boards added: u-blox NINA-B1, Multitech xDOT", "Text is formatted correctly.")
def create_fake_device(
serial_number="8675309",
serial_port="/dev/ttyUSB/default",
mount_points=(pathlib.Path("/media/you/DISCO"),
pathlib.Path("/media/you/NUCLEO")),
interface_version="VA3JME",
board_type="BoardType",
board_name="BoardName",
product_code="0786",
target_type="TargetType",
slug="slug",
build_variant=("NS", "S"),
mbed_os_support=("mbed1", "mbed2"),
mbed_enabled=("baseline", "extended"),
):
device_attrs = {
"serial_number": serial_number,
"serial_port": serial_port,
"mount_points": mount_points,
"interface_version": interface_version,
}
board_attrs = {
"board_type": board_type,
"board_name": board_name,
"product_code": product_code,
"target_type": target_type,
"slug": slug,
"build_variant": build_variant,
"mbed_os_support": mbed_os_support,
"mbed_enabled": mbed_enabled,
}
return Device(Board(**board_attrs), **device_attrs)
def from_candidate(cls, candidate: CandidateDevice) -> "Device":
"""Contruct a Device from a CandidateDevice.
We try to resolve a board using data files that may be stored on the CandidateDevice.
If this fails we set the board to `None` which means we couldn't verify this Device
as being an Mbed enabled device.
Args:
candidate: The CandidateDevice we're using to create the Device.
"""
device_file_info = read_device_files(candidate.mount_points)
try:
mbed_board = resolve_board(device_file_info.product_code,
device_file_info.online_id,
candidate.serial_number)
mbed_enabled = True
except NoBoardForCandidate:
# Create an empty Board to ensure the device is fully populated and rendering is simple
mbed_board = Board.from_offline_board_entry({})
mbed_enabled = False
except ResolveBoardError:
raise DeviceLookupFailed(
f"Failed to resolve the board for candidate device {candidate!r}. There was a problem looking up the "
"board data in the database.")
return Device(
serial_port=candidate.serial_port,
serial_number=candidate.serial_number,
mount_points=candidate.mount_points,
mbed_board=mbed_board,
mbed_enabled=mbed_enabled,
interface_version=device_file_info.interface_details.get(
"Version"),
)
def test_offline_database_entry(self):
"""Given an entry from the offline database, a Board is generated with the correct information."""
board = Board.from_offline_board_entry({
"mbed_os_support": ["Mbed OS 5.15"],
"mbed_enabled": ["Basic"],
"board_type":
"B_1",
"board_name":
"Board 1",
"product_code":
"P1",
"target_type":
"platform",
"slug":
"Le Slug",
})
self.assertEqual("B_1", board.board_type)
self.assertEqual("Board 1", board.board_name)
self.assertEqual(("Mbed OS 5.15", ), board.mbed_os_support)
self.assertEqual(("Basic", ), board.mbed_enabled)
self.assertEqual("P1", board.product_code)
self.assertEqual("platform", board.target_type)
self.assertEqual("Le Slug", board.slug)
self.assertEqual((), board.build_variant)
def test_json_dump_from_raw_and_filtered_data(self, mocked_get_offline_board_data, mocked_get_online_board_data):
raw_board_data = [
{"attributes": {"product_code": "0200", "board": "test"}},
{"attributes": {"product_code": "0100", "board": "test2"}},
]
mocked_get_online_board_data.return_value = raw_board_data
boards = [Board.from_online_board_entry(b) for b in raw_board_data]
filtered_board_data = [asdict(board) for board in boards]
mocked_get_offline_board_data.return_value = filtered_board_data
# Boards.from_online_database handles "raw" board entries from the online db
boards = Boards.from_online_database()
json_str_from_raw = boards.json_dump()
t1_raw, t2_raw = boards
# Boards.from_offline_database expects the data to have been "filtered" through the Boards interface
offline_boards = Boards.from_offline_database()
json_str_from_filtered = offline_boards.json_dump()
t1_filt, t2_filt = offline_boards
self.assertEqual(
json_str_from_raw,
json.dumps([asdict(t1_raw), asdict(t2_raw)], indent=4),
"JSON string should match serialised board __dict__.",
)
self.assertEqual(json_str_from_filtered, json.dumps([t1_filt.__dict__, t2_filt.__dict__], indent=4))
def test_online_database_entry(self):
online_data = {
"type": "target",
"id": "1",
"attributes": {
"features": {
"mbed_enabled": ["Advanced"],
"mbed_os_support": [
"Mbed OS 5.10",
"Mbed OS 5.11",
"Mbed OS 5.12",
"Mbed OS 5.13",
"Mbed OS 5.14",
"Mbed OS 5.15",
"Mbed OS 5.8",
"Mbed OS 5.9",
],
"antenna": ["Connector", "Onboard"],
"certification": [
"Anatel (Brazil)",
"AS/NZS (Australia and New Zealand)",
"CE (Europe)",
"FCC/CFR (USA)",
"IC RSS (Canada)",
"ICASA (South Africa)",
"KCC (South Korea)",
"MIC (Japan)",
"NCC (Taiwan)",
"RoHS (Europe)",
],
"communication": ["Bluetooth & BLE"],
"interface_firmware": ["DAPLink", "J-Link"],
"target_core": ["Cortex-M4"],
"mbed_studio_support": ["Build and run"],
},
"board_type": "k64f",
"flash_size": 512,
"name": "u-blox NINA-B1",
"product_code": "0455",
"ram_size": 64,
"target_type": "module",
"hidden": False,
"device_name": "nRF52832_xxAA",
"slug": "u-blox-nina-b1",
},
}
board = Board.from_online_board_entry(online_data)
self.assertEqual(online_data["attributes"]["board_type"].upper(), board.board_type)
self.assertEqual(online_data["attributes"]["name"], board.board_name)
self.assertEqual(tuple(online_data["attributes"]["features"]["mbed_os_support"]), board.mbed_os_support)
self.assertEqual(tuple(online_data["attributes"]["features"]["mbed_enabled"]), board.mbed_enabled)
self.assertEqual(online_data["attributes"]["product_code"], board.product_code)
self.assertEqual(online_data["attributes"]["target_type"], board.target_type)
self.assertEqual(online_data["attributes"]["slug"], board.slug)
self.assertEqual(tuple(), board.build_variant)
def test_empty_database_entry(self):
"""Given no data, a Board is created with no information."""
board = Board.from_online_board_entry({})
self.assertEqual("", board.board_type)
self.assertEqual("", board.board_name)
self.assertEqual((), board.mbed_os_support)
self.assertEqual((), board.mbed_enabled)
self.assertEqual("", board.product_code)
self.assertEqual("", board.target_type)
self.assertEqual("", board.slug)
def test_empty_values_keys_are_always_present(self):
"""Asserts that keys are present even if value is None."""
device = Device(
mbed_board=Board.from_offline_board_entry({}),
serial_number="foo",
serial_port=None,
mount_points=[],
)
output = json.loads(_build_json_output([device]))
self.assertIsNone(output[0]["serial_port"])
def make_board(
board_type="BoardType",
board_name="BoardName",
mbed_os_support=None,
mbed_enabled=None,
product_code="9999",
slug="BoardSlug",
target_type="TargetType",
):
return Board(
board_type=board_type,
product_code=product_code,
board_name=board_name,
target_type=target_type,
slug=slug,
mbed_os_support=mbed_os_support if mbed_os_support else (),
mbed_enabled=mbed_enabled if mbed_enabled else (),
build_variant=(),
)
def add_device(self, candidate_device: CandidateDevice, mbed_board: Optional[Board] = None) -> None:
"""Add a candidate device and optionally an Mbed Target to the connected devices.
Args:
candidate_device: a CandidateDevice object containing the device information.
mbed_board: a Board object for identified devices, for unidentified devices this will be None.
"""
new_device = Device(
serial_port=candidate_device.serial_port,
serial_number=candidate_device.serial_number,
mount_points=candidate_device.mount_points,
# Create an empty Board to ensure the device is fully populated and rendering is simple
mbed_board=mbed_board if mbed_board is not None else Board.from_offline_board_entry({}),
)
if mbed_board is None:
# Keep a list of devices that could not be identified but are Mbed Boards
self.unidentified_devices.append(new_device)
else:
# Keep a list of devices that have been identified as Mbed Boards
self.identified_devices.append(new_device)
def test_displays_unknown_serial_port_value(self):
device = Device(
mbed_board=Board.from_offline_board_entry({}),
serial_number="serial",
serial_port=None,
mount_points=[pathlib.Path("somepath")],
)
output = _build_tabular_output([device])
expected_output = tabulate(
[[
"<unknown>",
device.serial_number,
"<unknown>",
"\n".join(map(str, device.mount_points)),
"\n".join(_get_build_targets(device.mbed_board)),
]],
headers=[
"Board name", "Serial number", "Serial port", "Mount point(s)",
"Build target(s)"
],
)
self.assertEqual(output, expected_output)
def _make_mbed_boards_for_diff(boards_a, boards_b):
return (
Boards(Board.from_online_board_entry(b) for b in boards_a),
Boards(Board.from_online_board_entry(b) for b in boards_b),
)
