def test_reserved_regions():
value = parse_property_value(
PropertyTag.RESERVED_REGIONS,
[
0,
0,
805306368,
805339135,
536870912,
536903679,
67108864,
67125247,
335544320,
335552511,
],
)
assert value.tag == 12
expected_strings = [
f"0x30000000 - 0x30007FFF",
f"0x20000000 - 0x20007FFF",
f"0x04000000 - 0x04003FFF",
f"0x14000000 - 0x14001FFF",
]
for expected_string in expected_strings:
assert expected_string in str(value)
def test_device_uid_value():
value = parse_property_value(PropertyTag.UNIQUE_DEVICE_IDENT, [0x4B000102, 0x4B000102])
assert isinstance(value, DeviceUidValue)
assert value.tag == PropertyTag.UNIQUE_DEVICE_IDENT
assert value.name == PropertyTag[PropertyTag.UNIQUE_DEVICE_IDENT]
assert value.desc == PropertyTag.desc(PropertyTag.UNIQUE_DEVICE_IDENT)
assert value.value == 0x4B0001024B000102
assert value.to_str() == '4B0001024B000102'
def test_int_value():
value = parse_property_value(PropertyTag.FLASH_SIZE, [1024])
assert isinstance(value, IntValue)
assert value.tag == PropertyTag.FLASH_SIZE
assert value.name == PropertyTag[PropertyTag.FLASH_SIZE]
assert value.desc == PropertyTag.desc(PropertyTag.FLASH_SIZE)
assert value.value == 1024
assert value.to_str() == '1.0 kiB'
def test_enum_value():
value = parse_property_value(PropertyTag.FLASH_READ_MARGIN, [0])
assert isinstance(value, EnumValue)
assert value.tag == PropertyTag.FLASH_READ_MARGIN
assert value.name == PropertyTag[PropertyTag.FLASH_READ_MARGIN]
assert value.desc == PropertyTag.desc(PropertyTag.FLASH_READ_MARGIN)
assert value.value == 0
assert value.to_int() == 0
assert value.to_str() == "NORMAL"
def test_bool_value():
value = parse_property_value(PropertyTag.VERIFY_WRITES, [0])
assert isinstance(value, BoolValue)
assert value.tag == PropertyTag.VERIFY_WRITES
assert value.name == PropertyTag[PropertyTag.VERIFY_WRITES]
assert value.desc == PropertyTag.desc(PropertyTag.VERIFY_WRITES)
assert not value
assert value.to_int() == 0
assert value.to_str() == "OFF"
def test_device_uid_value(input_numbers, out_string, out_int):
value = parse_property_value(PropertyTag.UNIQUE_DEVICE_IDENT,
input_numbers)
assert isinstance(value, DeviceUidValue)
assert value.tag == PropertyTag.UNIQUE_DEVICE_IDENT
assert value.name == PropertyTag[PropertyTag.UNIQUE_DEVICE_IDENT]
assert value.desc == PropertyTag.desc(PropertyTag.UNIQUE_DEVICE_IDENT)
assert value.to_int() == out_int
assert value.to_str() == out_string
def test_version_value():
value = parse_property_value(PropertyTag.CURRENT_VERSION, [0x4B000102])
assert isinstance(value, VersionValue)
assert value.tag == PropertyTag.CURRENT_VERSION
assert value.name == PropertyTag[PropertyTag.CURRENT_VERSION]
assert value.desc == PropertyTag.desc(PropertyTag.CURRENT_VERSION)
assert value.value == Version(0x4B000102)
assert value.to_int() == 0x4B000102
assert value.to_str() == "K0.1.2"
def test_mone_value():
value = parse_property_value(1000, [0])
assert value is None
def test_available_commands():
value = parse_property_value(PropertyTag.AVAILABLE_COMMANDS, [0xF])
assert value.tags == [1, 2, 3, 4]
assert all(index in value for index in [1, 2, 3, 4])
command_names = [CommandTag.name(i) for i in [1, 2, 3, 4]]
assert all(name in value.to_str() for name in command_names)