def test_namedArguments(self):
resolvedArguments = [
ResolvedArgument(
'myNumber',
PrimitiveArgument(123, 'myNumber'),
InspectedArgument('myNumber', DType('builtins', 'int'))
),
ResolvedArgument(
'manuallyWiredService',
ServiceArgument('my.module.ManuallyWiredClass', 'manuallyWiredService'),
InspectedArgument('manuallyWiredService', DType('my.module.ManuallyWiredClass', 'ManuallyWiredClass'))
),
ResolvedArgument(
'autowiredService',
None,
InspectedArgument('autowiredService', DType('my.module.OtherClass', 'OtherClass')),
)
]
classes2Services = {
'my.module.OtherClass': {'OtherClass': ['my.module.OtherClass']}
}
newResolvedArguments = self.__argumentsAutowirer.autowire(
'my.module.MyClass',
resolvedArguments,
classes2Services,
)
self.assertEqual(3, len(newResolvedArguments))
self.assertEqual(PrimitiveArgument(123, 'myNumber'), newResolvedArguments[0].argument)
self.assertEqual(ServiceArgument('my.module.ManuallyWiredClass', 'manuallyWiredService'), newResolvedArguments[1].argument)
self.assertEqual(ServiceArgument('my.module.OtherClass', 'autowiredService'), newResolvedArguments[2].argument)
def test_basic(self):
serviceArgument = ServiceArgument('foo.Bar')
inspectedArgument = InspectedArgument('bar', DType('foo.Bar', 'Bar'))
services2Classes = {'foo.Bar': DType('foo.Bar', 'Bar')}
aliases2Services = {}
serviceArgument.checkTypeMatchesDefinition(inspectedArgument,
services2Classes,
aliases2Services)
def test_basic(self):
service_argument = ServiceArgument("foo.Bar")
inspected_argument = InspectedArgument("bar", DType("foo.Bar", "Bar"))
services2_classes = {"foo.Bar": DType("foo.Bar", "Bar")}
aliases2_services = {}
service_argument.check_type_matches_definition(inspected_argument,
services2_classes,
aliases2_services)
def test_undefined_service(self):
service_argument = ServiceArgument("foo.Bar")
inspected_argument = InspectedArgument("bar", DType("foo.Bar", "Bar"))
services2_classes = {}
aliases2_services = {}
with self.assertRaises(Exception) as error:
service_argument.check_type_matches_definition(
inspected_argument, services2_classes, aliases2_services)
self.assertEqual("Undefined service foo.Bar", str(error.exception))
def test_interface(self):
serviceArgument = ServiceArgument('injecta.mocks.Bar')
inspectedArgument = InspectedArgument(
'bar', DType('injecta.mocks.BarInterface', 'BarInterface'))
services2Classes = {
'injecta.mocks.Bar': DType('injecta.mocks.Bar', 'Bar')
}
aliases2Services = {}
serviceArgument.checkTypeMatchesDefinition(inspectedArgument,
services2Classes,
aliases2Services)
def test_unknown_aliased_service(self):
service_argument = ServiceArgument("foo.BarAlias")
inspected_argument = InspectedArgument("bar", DType("foo.Bar", "Bar"))
services2_classes = {}
aliases2_services = {"foo.BarAlias": "foo.Bar"}
with self.assertRaises(Exception) as error:
service_argument.check_type_matches_definition(
inspected_argument, services2_classes, aliases2_services)
self.assertEqual('Aliased service "foo.Bar" does not exist',
str(error.exception))
def test_interface(self):
service_argument = ServiceArgument("injecta.mocks.Bar")
inspected_argument = InspectedArgument(
"bar", DType("injecta.mocks.BarInterface", "BarInterface"))
services2_classes = {
"injecta.mocks.Bar": DType("injecta.mocks.Bar", "Bar")
}
aliases2_services = {}
service_argument.check_type_matches_definition(inspected_argument,
services2_classes,
aliases2_services)
def test_undefinedService(self):
serviceArgument = ServiceArgument('foo.Bar')
inspectedArgument = InspectedArgument('bar', DType('foo.Bar', 'Bar'))
services2Classes = {}
aliases2Services = {}
with self.assertRaises(Exception) as error:
serviceArgument.checkTypeMatchesDefinition(inspectedArgument,
services2Classes,
aliases2Services)
self.assertEqual('Undefined service foo.Bar', str(error.exception))
def test_unknownAliasedService(self):
serviceArgument = ServiceArgument('foo.BarAlias')
inspectedArgument = InspectedArgument('bar', DType('foo.Bar', 'Bar'))
services2Classes = {}
aliases2Services = {'foo.BarAlias': 'foo.Bar'}
with self.assertRaises(Exception) as error:
serviceArgument.checkTypeMatchesDefinition(inspectedArgument,
services2Classes,
aliases2Services)
self.assertEqual('Aliased service "foo.Bar" does not exist',
str(error.exception))
def resolve(self, inspected_argument: InspectedArgument, service_name: str,
classes2_services: dict):
module_name = inspected_argument.dtype.module_name
class_name = inspected_argument.dtype.class_name
if class_name == "_empty":
raise Exception("Cannot resolve argument {} for service {}".format(
inspected_argument.name, service_name))
if module_name not in classes2_services:
module_name_stripped = module_name[:module_name.rfind(".")]
if module_name_stripped in classes2_services:
raise Exception(
"Consider changing service dtype from {} -> {} (invalid dtype)"
.format(module_name_stripped + "." + class_name,
module_name + "." + class_name))
raise Exception("Service not found for {} used in {}".format(
module_name + "." + class_name, service_name))
if class_name not in classes2_services[module_name]:
raise Exception("Service not found for {} used in {}".format(
module_name + "." + class_name, service_name))
if len(classes2_services[module_name][class_name]) > 1:
service_names = ", ".join(
classes2_services[module_name][class_name])
raise Exception(
"Multiple services of dtype {} in dtype {} defined ({}), dtype used in service {}"
.format(class_name, module_name, service_names, service_name))
return ServiceArgument(classes2_services[module_name][class_name][0],
inspected_argument.name)
def test_basic(self):
raw_services = {
"injecta.mocks.Bar.Bar": {"arguments": ["Jiri Koutny"]},
"injecta.mocks.Foo.Foo": {"arguments": ["@injecta.mocks.Bar.Bar"]},
"injecta.mocks.Bar.BarAlias": "@injecta.mocks.Bar.Bar",
}
expected_service1 = Service(
"injecta.mocks.Bar.Bar",
DType("injecta.mocks.Bar", "Bar"),
[
PrimitiveArgument("Jiri Koutny"),
],
)
expected_service2 = Service(
"injecta.mocks.Foo.Foo",
DType("injecta.mocks.Foo", "Foo"),
[
ServiceArgument("injecta.mocks.Bar.Bar"),
],
)
expected_alias1 = ServiceAlias("injecta.mocks.Bar.BarAlias", "injecta.mocks.Bar.Bar")
services, aliases = self.__services_preparer.prepare(raw_services)
self.assertEqual(expected_service1, services[0])
self.assertEqual(expected_service2, services[1])
self.assertEqual(expected_alias1, aliases[0])
def resolve(self, resolvedArgument: ResolvedArgument,
containerBuild: ContainerBuild):
argument = resolvedArgument.argument
if not isinstance(argument, TaggedAliasedServiceArgument):
return resolvedArgument
servicesForTag = containerBuild.getServicesByTag(argument.tagName)
if isinstance(argument.tagAlias, str):
tagAlias = self.__resolveParameterValue(argument.tagAlias,
containerBuild.parameters)
else:
tagAlias = argument.tagAlias
for service in servicesForTag:
tagAttributes = service.getTagAttributes(argument.tagName)
if 'alias' not in tagAttributes:
raise Exception(
f'"alias" attribute is missing for tag {argument.tagName}')
if tagAttributes['alias'] == tagAlias:
resolvedArgument.modifyArgument(
ServiceArgument(service.name, argument.name),
'tagged_aliased')
return resolvedArgument
raise Exception(
f'No service tagged with {argument.tagName} found for alias: {tagAlias}'
)
def parse(self, argument, name=None):
if isinstance(argument, str):
if argument[0:1] == '@':
return ServiceArgument(argument[1:], name)
return PrimitiveArgument(argument, name)
if isinstance(argument, TaggedServices):
return TaggedServicesArgument(argument.val, name)
if isinstance(argument, TaggedAliasedService):
return TaggedAliasedServiceArgument(argument.tagName,
argument.tagAlias, name)
if isinstance(argument, (int, bool)):
return PrimitiveArgument(argument, name)
if isinstance(argument, list):
return ListArgument(list(map(self.parse, argument)), name)
if isinstance(argument, dict):
return DictArgument(
{k: self.parse(v)
for k, v in argument.items()}, name)
raise Exception('Unexpected argument type: {}'.format(type(argument)))
def parse(self, service_name: str, raw_service: dict = None):
if raw_service is None:
return Service(service_name,
self.__type_resolver.resolve(service_name))
arguments = self.__parse_arguments(raw_service)
tags = raw_service["tags"] if "tags" in raw_service else []
class_ = self.__type_resolver.resolve(
raw_service["class"] if "class" in raw_service else service_name)
service = Service(service_name, class_, arguments, tags)
if "autowire" in raw_service:
service.set_autowire(raw_service["autowire"] is True)
if "factory" in raw_service:
if raw_service["factory"][0][0:1] != "@":
raise Exception(
"Factory service name must be prefixed with @ (service {})"
.format(service_name))
service.set_factory(ServiceArgument(raw_service["factory"][0][1:]),
raw_service["factory"][1])
return service
def parse(self, serviceName: str, rawService: dict = None):
if rawService is None:
return Service(serviceName,
self.__typeResolver.resolve(serviceName))
arguments = self.__parseArguments(rawService)
tags = rawService['tags'] if 'tags' in rawService else []
class_ = self.__typeResolver.resolve(
rawService['class'] if 'class' in rawService else
serviceName) # pylint: disable = invalid-name
service = Service(serviceName, class_, arguments, tags)
if 'autowire' in rawService:
service.setAutowire(rawService['autowire'] is True)
if 'factory' in rawService:
if rawService['factory'][0][0:1] != '@':
raise Exception(
'Factory service name must be prefixed with @ (service {})'
.format(serviceName))
service.setFactory(ServiceArgument(rawService['factory'][0][1:]),
rawService['factory'][1])
return service
def resolve(self, inspectedArgument: InspectedArgument, serviceName: str,
classes2Services: dict):
moduleName = inspectedArgument.dtype.moduleName
className = inspectedArgument.dtype.className
if className == '_empty':
raise Exception('Cannot resolve argument {} for service {}'.format(
inspectedArgument.name, serviceName))
if moduleName not in classes2Services:
moduleNameStripped = moduleName[:moduleName.rfind('.')]
if moduleNameStripped in classes2Services:
raise Exception(
'Consider changing service dtype from {} -> {} (invalid dtype)'
.format(moduleNameStripped + '.' + className,
moduleName + '.' + className))
raise Exception('Service not found for {} used in {}'.format(
moduleName + '.' + className, serviceName))
if className not in classes2Services[moduleName]:
raise Exception('Service not found for {} used in {}'.format(
moduleName + '.' + className, serviceName))
if len(classes2Services[moduleName][className]) > 1:
serviceNames = ', '.join(classes2Services[moduleName][className])
raise Exception(
'Multiple services of dtype {} in dtype {} defined ({}), dtype used in service {}'
.format(className, moduleName, serviceNames, serviceName))
return ServiceArgument(classes2Services[moduleName][className][0],
inspectedArgument.name)
def test_named_arguments(self):
resolved_arguments = [
ResolvedArgument(
"my_number", PrimitiveArgument(123, "my_number"),
InspectedArgument("my_number", DType("builtins", "int"))),
ResolvedArgument(
"manually_wired_service",
ServiceArgument("my.module.ManuallyWiredClass",
"manually_wired_service"),
InspectedArgument(
"manually_wired_service",
DType("my.module.ManuallyWiredClass",
"ManuallyWiredClass")),
),
ResolvedArgument(
"autowired_service",
None,
InspectedArgument("autowired_service",
DType("my.module.OtherClass", "OtherClass")),
),
]
classes2_services = {
"my.module.OtherClass": {
"OtherClass": ["my.module.OtherClass"]
}
}
new_resolved_arguments = self.__arguments_autowirer.autowire(
"my.module.MyClass",
resolved_arguments,
classes2_services,
)
self.assertEqual(3, len(new_resolved_arguments))
self.assertEqual(PrimitiveArgument(123, "my_number"),
new_resolved_arguments[0].argument)
self.assertEqual(
ServiceArgument("my.module.ManuallyWiredClass",
"manually_wired_service"),
new_resolved_arguments[1].argument)
self.assertEqual(
ServiceArgument("my.module.OtherClass", "autowired_service"),
new_resolved_arguments[2].argument)
def resolve(self, resolvedArgument: ResolvedArgument, containerBuild: ContainerBuild):
argument = resolvedArgument.argument
if not isinstance(argument, TaggedServicesArgument):
return resolvedArgument
servicesForTag = containerBuild.getServicesByTag(argument.tagName)
serviceArguments = list(map(lambda service: ServiceArgument(service.name), servicesForTag))
resolvedArgument.modifyArgument(ListArgument(serviceArguments, argument.name), 'tags')
return resolvedArgument
def test_exception_object_for_string(self):
with self.assertRaises(Exception) as error:
self.__arguments_validator.validate(
"injecta.mocks.Bar",
[ResolvedArgument("name", ServiceArgument("injecta.mocks.Empty"), InspectedArgument("name", DType("builtins", "str")))],
{"injecta.mocks.Empty": DType("injecta.mocks.Empty", "Empty")},
{},
)
self.assertEqual(
'Expected dtype "str", got "injecta.mocks.Empty.Empty" (argument "name", service "injecta.mocks.Bar")', str(error.exception)
)
def modify_services(self, services: List[Service],
aliases: List[ServiceAlias], parameters: Box):
if is_running_in_console():
aliases.append(
ServiceAlias("databricksbundle.logger",
"consolebundle.logger"))
else:
service = Service("databricksbundle.logger",
DType("logging", "Logger"))
service.set_factory(
ServiceArgument(NotebookLoggerFactory.__module__), "create")
services.append(service)
return services, aliases
def resolve(self, resolved_argument: ResolvedArgument,
container_build: ContainerBuild):
argument = resolved_argument.argument
if not isinstance(argument, TaggedServicesArgument):
return resolved_argument
services_for_tag = container_build.get_services_by_tag(
argument.tag_name)
service_arguments = list(
map(lambda service: ServiceArgument(service.name),
services_for_tag))
resolved_argument.modify_argument(
ListArgument(service_arguments, argument.name), "tags")
return resolved_argument
def test_exceptionObjectForString(self):
with self.assertRaises(Exception) as error:
self.__argumentsValidator.validate(
'injecta.mocks.Bar',
[
ResolvedArgument(
'name', ServiceArgument('injecta.mocks.Empty'),
InspectedArgument('name', DType('builtins', 'str')))
],
{'injecta.mocks.Empty': DType('injecta.mocks.Empty', 'Empty')},
{},
)
self.assertEqual(
'Expected dtype "str", got "injecta.mocks.Empty.Empty" (argument "name", service "injecta.mocks.Bar")',
str(error.exception))
def test_factory(self):
result = self.__serviceParser.parse('injecta.api.ApiClient', {
'factory': ['@injecta.api.ApiClientFactory.ApiClientFactory', 'create'],
'arguments': [
'Jirka',
]
})
expected = Service(
'injecta.api.ApiClient',
DType('injecta.api', 'ApiClient'),
[
PrimitiveArgument('Jirka'),
]
)
expected.setFactory(ServiceArgument('injecta.api.ApiClientFactory.ApiClientFactory'), 'create')
self.assertEqual(expected, result)
def autowireArgument(resolvedArgument: ResolvedArgument):
if resolvedArgument.argument or resolvedArgument.inspectedArgument.hasDefaultValue(
):
return resolvedArgument
if resolvedArgument.inspectedArgument.dtype.moduleName == ContainerInterface.__module__:
serviceArgument = ServiceArgument('serviceContainer',
resolvedArgument.name)
resolvedArgument.modifyArgument(serviceArgument,
'container autowiring')
return resolvedArgument
serviceArgument = self.__argumentResolver.resolve(
resolvedArgument.inspectedArgument, serviceName,
classes2Services)
resolvedArgument.modifyArgument(serviceArgument, 'autowiring')
return resolvedArgument
def autowire_argument(resolved_argument: ResolvedArgument):
if resolved_argument.argument or resolved_argument.inspected_argument.has_default_value(
):
return resolved_argument
if resolved_argument.inspected_argument.dtype.module_name == ContainerInterface.__module__:
service_argument = ServiceArgument("service_container",
resolved_argument.name)
resolved_argument.modify_argument(service_argument,
"container autowiring")
return resolved_argument
service_argument = self.__argument_resolver.resolve(
resolved_argument.inspected_argument, service_name,
classes2_services)
resolved_argument.modify_argument(service_argument, "autowiring")
return resolved_argument
def test_basic(self):
result = self.__service_parser.parse(
"injecta.api.ApiClient_test",
{
"class": "injecta.api.ApiClient.ApiClient",
"autowire": True,
"arguments": ["Jirka", 15, False, "@injecta.api.Connector"]
},
)
expected = Service(
"injecta.api.ApiClient_test",
DType("injecta.api.ApiClient", "ApiClient"),
[
PrimitiveArgument("Jirka"),
PrimitiveArgument(15),
PrimitiveArgument(False),
ServiceArgument("injecta.api.Connector"),
],
)
expected.set_autowire(True)
self.assertEqual(expected, result)
def test_basic(self):
rawServices = {
'injecta.mocks.Bar.Bar': {
'arguments': [
'Jiri Koutny'
]
},
'injecta.mocks.Foo.Foo': {
'arguments': [
'@injecta.mocks.Bar.Bar'
]
},
'injecta.mocks.Bar.BarAlias': '@injecta.mocks.Bar.Bar',
}
expectedService1 = Service(
'injecta.mocks.Bar.Bar',
DType('injecta.mocks.Bar', 'Bar'),
[
PrimitiveArgument('Jiri Koutny'),
]
)
expectedService2 = Service(
'injecta.mocks.Foo.Foo',
DType('injecta.mocks.Foo', 'Foo'),
[
ServiceArgument('injecta.mocks.Bar.Bar'),
]
)
expectedAlias1 = ServiceAlias('injecta.mocks.Bar.BarAlias', 'injecta.mocks.Bar.Bar')
services, aliases = self.__servicesPreparer.prepare(rawServices)
self.assertEqual(expectedService1, services[0])
self.assertEqual(expectedService2, services[1])
self.assertEqual(expectedAlias1, aliases[0])
def test_factory(self):
result = self.__service_parser.parse(
"injecta.api.ApiClient",
{
"factory":
["@injecta.api.ApiClientFactory.ApiClientFactory", "create"],
"arguments": [
"Jirka",
],
},
)
expected = Service(
"injecta.api.ApiClient",
DType("injecta.api", "ApiClient"),
[
PrimitiveArgument("Jirka"),
],
)
expected.set_factory(
ServiceArgument("injecta.api.ApiClientFactory.ApiClientFactory"),
"create")
self.assertEqual(expected, result)
def test_basic(self):
result = self.__serviceParser.parse('injecta.api.ApiClient_test', {
'class': 'injecta.api.ApiClient.ApiClient',
'autowire': True,
'arguments': [
'Jirka',
15,
False,
'@injecta.api.Connector'
]
})
expected = Service(
'injecta.api.ApiClient_test',
DType('injecta.api.ApiClient', 'ApiClient'),
[
PrimitiveArgument('Jirka'),
PrimitiveArgument(15),
PrimitiveArgument(False),
ServiceArgument('injecta.api.Connector'),
]
)
expected.setAutowire(True)
self.assertEqual(expected, result)
def resolve(self, resolved_argument: ResolvedArgument, container_build: ContainerBuild):
argument = resolved_argument.argument
if not isinstance(argument, TaggedAliasedServiceArgument):
return resolved_argument
services_for_tag = container_build.get_services_by_tag(argument.tag_name)
if isinstance(argument.tag_alias, str):
tag_alias = self.__resolve_parameter_value(argument.tag_alias, container_build.parameters)
else:
tag_alias = argument.tag_alias
for service in services_for_tag:
tag_attributes = service.get_tag_attributes(argument.tag_name)
if "alias" not in tag_attributes:
raise Exception(f'"alias" attribute is missing for tag {argument.tag_name}')
if tag_attributes["alias"] == tag_alias:
resolved_argument.modify_argument(ServiceArgument(service.name, argument.name), "tagged_aliased")
return resolved_argument
raise Exception(f"No service tagged with {argument.tag_name} found for alias: {tag_alias}")
