def test_generate_cmpa(data_dir):
config = json.loads(read_file(data_dir, 'cmpa_96mhz.json'))
binary = read_file(data_dir, 'CMPA_96MHz.bin', 'rb')
key = load_pem_private_key(read_file(data_dir,
'selfsign_privatekey_rsa2048.pem',
'rb'),
password=None,
backend=default_backend())
cmpa = CMPA('lpc55xx', keys=[key.public_key()], user_config=config)
assert binary == cmpa.export(add_hash=False, compute_inverses=True)
def test_config_cmpa():
cmpa = CMPA('lpc55xx')
config = cmpa.generate_config()
config2 = cmpa.generate_config(exclude_computed=False)
assert config != config2
cmpa2 = CMPA('lpc55xx', user_config=config2)
out = cmpa2.parse(bytes(512), exclude_computed=False)
assert out == config2
def test_address():
cmpa = CMPA('lpc55xx')
assert '0x9_E400' == cmpa.get_address(remove_underscore=False)
assert '0x9E400' == cmpa.get_address(remove_underscore=True)
def test_basic_cmpa():
cmpa = CMPA('lpc55xx')
with pytest.raises(AssertionError):
cmpa.export()
def test_supported_devices():
cfpa_devices = CFPA.devices()
cmpa_devices = CMPA.devices()
assert sorted(cmpa_devices) == sorted(cfpa_devices)
def test_cli_devices_global():
runner = CliRunner()
result = runner.invoke(spsdk_apps.main, ['pfr', 'devices'])
for device in CMPA.devices():
assert device in result.stdout
def test_cli_devices():
runner = CliRunner()
result = runner.invoke(cli.main, ['devices'])
for device in CMPA.devices():
assert device in result.stdout
def test_generate_html():
data = _get_data_for_html(CMPA('lpc55xx'))
html = _generate_html('CMPA', data)
assert "<h1>CMPA</h1>" in html
def test_get_data_for_html(data_dir):
data = _get_data_for_html(CMPA('lpc55xx'))
schema = json.loads(read_file(data_dir, 'html_data.schema'))
# in case of a failure, an exception is thrown
jsonschema.validate(data, schema)
assert True
