def test_correct_arguments_passed(self):
target = dict()
target["labels"] = ["foo"]
target["extra_labels"] = ["morefoo"]
target["features"] = ["bar"]
target["components"] = ["baz"]
target["macros"] = ["macbaz"]
target["device_has"] = ["stuff"]
target["c_lib"] = ["c_lib"]
target["core"] = ["core"]
target["printf_lib"] = ["printf_lib"]
target["supported_form_factors"] = ["arduino"]
config = ConfigFactory()
mbed_target = "K64F"
toolchain_name = "GCC"
target["supported_c_libs"] = {toolchain_name.lower(): ["small", "std"]}
result = generate_mbed_config_cmake_file(mbed_target, target, config,
toolchain_name)
self.assertEqual(
result,
_render_mbed_config_cmake_template(
target,
config,
toolchain_name,
mbed_target,
),
)
def test_returns_rendered_content(self):
target = dict()
target["labels"] = ["foo"]
target["extra_labels"] = ["morefoo"]
target["features"] = ["bar"]
target["components"] = ["baz"]
target["macros"] = ["macbaz"]
target["device_has"] = ["stuff"]
target["core"] = ["core"]
target["c_lib"] = ["c_lib"]
target["printf_lib"] = ["printf_lib"]
target["supported_form_factors"] = ["arduino"]
config = ConfigFactory()
toolchain_name = "baz"
target["supported_c_libs"] = {toolchain_name.lower(): ["small", "std"]}
result = _render_mbed_config_cmake_template(target, config,
toolchain_name,
"target_name")
for label in target["labels"] + target["extra_labels"]:
self.assertIn(label, result)
for macro in target["features"] + target["components"] + [
toolchain_name
]:
self.assertIn(macro, result)
for toolchain in target["supported_c_libs"]:
self.assertIn(toolchain, result)
for supported_c_libs in toolchain:
self.assertIn(supported_c_libs, result)
def test_correct_arguments_passed(self, get_target_by_name,
assemble_config, datetime):
target = mock.Mock()
target.labels = ["foo"]
target.features = ["bar"]
target.components = ["baz"]
target.macros = ["macbaz"]
target.device_has = ["stuff"]
target.core = ["core"]
target.supported_form_factors = ["arduino"]
datetime = mock.Mock()
datetime.datetime.now.return_value.timestamp.return_value = 2
config = ConfigFactory()
assemble_config.return_value = config
get_target_by_name.return_value = target
mbed_target = "K64F"
program_path = "blinky"
toolchain_name = "GCC"
result = generate_mbed_config_cmake_file(mbed_target, program_path,
toolchain_name)
get_target_by_name.assert_called_once_with(mbed_target, program_path)
assemble_config.assert_called_once_with(mbed_target,
pathlib.Path(program_path))
self.assertEqual(
result,
_render_mbed_config_cmake_template(
target,
config,
toolchain_name,
mbed_target,
),
)
def test_returns_quoted_content(self, fake_target):
config = ConfigFactory()
source = SourceFactory()
# Add an option whose value contains quotes to the config.
_create_config_option(config, "iotc-mqtt-host",
'{"mqtt.2030.ltsapis.goog", IOTC_MQTT_PORT}',
source)
result = _render_mbed_config_cmake_template(fake_target, config,
TOOLCHAIN_NAME,
"target_name")
assert '"-DMBED_CONF_IOTC_MQTT_HOST={\\"mqtt.2030.ltsapis.goog\\", IOTC_MQTT_PORT}"' in result
def test_correct_arguments_passed(self, fake_target):
config = ConfigFactory()
mbed_target = "K64F"
result = generate_mbed_config_cmake_file(mbed_target, fake_target,
config, TOOLCHAIN_NAME)
assert result == _render_mbed_config_cmake_template(
fake_target,
config,
TOOLCHAIN_NAME,
mbed_target,
)
def test_returns_rendered_content(self):
target = mock.Mock()
target.labels = ["foo"]
target.features = ["bar"]
target.components = ["baz"]
target.macros = ["macbaz"]
target.device_has = ["stuff"]
target.core = ["core"]
target.supported_form_factors = ["arduino"]
config = ConfigFactory()
toolchain_name = "baz"
result = _render_mbed_config_cmake_template(target, config,
toolchain_name,
"target_name")
for label in target.labels:
self.assertIn(label, result)
for macro in target.features + target.components + [toolchain_name]:
self.assertIn(macro.upper(), result)
def test_returns_rendered_content(self, fake_target):
config = ConfigFactory()
result = _render_mbed_config_cmake_template(fake_target, config,
TOOLCHAIN_NAME,
"target_name")
for label in fake_target["labels"] + fake_target["extra_labels"]:
assert label in result
for macro in fake_target["features"] + fake_target["components"] + [
TOOLCHAIN_NAME
]:
assert macro in result
for toolchain in fake_target["supported_c_libs"]:
assert toolchain in result
for supported_c_libs in toolchain:
assert supported_c_libs in result
for supported_application_profiles in fake_target[
"supported_application_profiles"]:
assert supported_application_profiles in result