def get(self, key, provider):
try:
return self._locals.scope[key]
except KeyError:
provider = InstanceProvider(provider.get())
self._locals.scope[key] = provider
return provider
def get(self, key, provider):
try:
return self._locals.scope[key]
except KeyError:
provider = InstanceProvider(provider.get())
self._locals.scope[key] = provider
return provider
def configure(self, binder):
binder.bind(guiinjectorkeys.EVENT_CROSS_REFERENCES_FACTORY_KEY,
ClassProvider(EventCrossReferencesWidgetFactory),
scope=singleton)
binder.bind(guiinjectorkeys.DOCUMENT_EVENT_REFERENCES_FACTORY_KEY,
ClassProvider(DocumentEventReferencesWidgetFactory),
scope=singleton)
binder.bind(guiinjectorkeys.EVENT_DOCUMENT_REFERENCES_FACTORY_KEY,
ClassProvider(EventDocumentReferencesWidgetFactory),
scope=singleton)
binder.bind(guiinjectorkeys.DOCUMENT_FILE_REFERENCES_FACTORY_KEY,
ClassProvider(DocumentFileReferencesWidgetFactory),
scope=singleton)
binder.bind(guiinjectorkeys.EVENT_TYPE_REFERENCES_FACTORY_KEY,
ClassProvider(EventTypeReferencesWidgetFactory),
scope=singleton)
binder.bind(guiinjectorkeys.EVENT_CROSS_REFERENCES_VIEW_CLASS_KEY,
InstanceProvider(EventCrossReferencesView),
scope=singleton)
binder.bind(guiinjectorkeys.DOCUMENT_FILE_REFERENCES_VIEW_CLASS_KEY,
InstanceProvider(DocumentFileReferencesView),
scope=singleton)
binder.bind(guiinjectorkeys.DOCUMENT_EVENT_REFERENCES_VIEW_CLASS_KEY,
InstanceProvider(DocumentEventReferencesView),
scope=singleton)
binder.bind(guiinjectorkeys.EVENT_DOCUMENT_REFERENCES_VIEW_CLASS_KEY,
InstanceProvider(EventDocumentReferencesView),
scope=singleton)
binder.bind(guiinjectorkeys.EVENT_TYPE_REFERENCES_VIEW_CLASS_KEY,
InstanceProvider(EventTypeReferencesView),
scope=singleton)
def get(self, key, provider):
if self.context is None:
raise UnsatisfiedRequirement(None, key)
try:
return self.context[key]
except KeyError:
provider = InstanceProvider(provider.get(self.injector))
self.context[key] = provider
return provider
def get(self, key, provider):
if self.context is None:
raise UnsatisfiedRequirement(None, key)
try:
return self.context[key]
except KeyError:
provider = InstanceProvider(provider.get())
self.context[key] = provider
return provider
def configure(self, binder):
binder.bind('ansible_client', to=AnsibleClient)
binder.bind('args', to=InstanceProvider(self._args), scope=singleton)
binder.bind('emr_cluster', to=EmrCluster)
binder.bind('emr_deploy', to=EmrDeploy)
binder.bind('excel_writer', to=ExcelWriter, scope=singleton)
binder.bind('filesystem', to=Filesystem, scope=singleton)
binder.bind('hdfs', to=HDFSFilesystem)
binder.bind('hive_templates_render', to=HiveTemplatesRender)
binder.bind('interactive_cluster_id', to=ClusterId, scope=singleton)
binder.bind('interactive_configuration_file',
to=ConfigurationFile,
scope=singleton)
binder.bind('interactive_default_configuration',
to=DefaultConfiguration)
binder.bind('interactive_properties_file', to=PropertiesFile)
binder.bind('job_flow', to=RunJobFlow)
binder.bind('job_flow_configuration', to=JobFlowConfigurationParser)
binder.bind('object_configuration',
to=WfConfigurationObject,
scope=singleton)
binder.bind('templates_lib', to=TemplatesLib)
binder.bind('wf_configuration', to=WorkflowConfiguration)
binder.bind('wf_templates_render', to=WfTemplatesRender)
binder.bind('yaml_configuration', to=YamlConfiguration)
binder.bind('yaml_configuration_writer',
to=WorkflowsYamlConfigurationWriter)
def _get_or_set_provider(self, context_var, provider) -> InstanceProvider:
try:
value = context_var.get()
except LookupError:
value = InstanceProvider(provider.get(self.injector))
context_var.set(value)
return value
def get_polygon(self, arg_string):
"""Get class using reflection and Dependency Injection with API Injector"""
self.parser.set_string(arg_string)
arguments = self.parser.argument_parser().get_arguments()
# instead of abstract fabric have used reflection and assential injection
TypePolygon = getattr(importlib.import_module("models.type_polygons"),
arguments[0])
InjectedPolygon = BoundKey(TypePolygon,
x=InstanceProvider(arguments[1]),
y=InstanceProvider(arguments[2]),
side=InstanceProvider(arguments[3]),
n=InstanceProvider(arguments[4]))
injector = Injector()
polygon = injector.get(InjectedPolygon)
self.notify_observer(polygon)
return polygon
def configure(self, binder):
binder.bind(guiinjectorkeys.WINDOW_MANAGER_KEY,
ClassProvider(WindowManager),
scope=singleton)
binder.bind(guiinjectorkeys.EVENT_WINDOW_KEY,
ClassProvider(EventWindow),
scope=singleton)
binder.bind(guiinjectorkeys.DOCUMENT_WINDOW_KEY,
ClassProvider(DocumentWindow),
scope=singleton)
binder.bind(guiinjectorkeys.EVENT_MENU_ADDITIONS_KEY,
InstanceProvider([]))
binder.bind(guiinjectorkeys.DOCUMENT_MENU_ADDITIONS_KEY,
InstanceProvider([]))
binder.bind(guiinjectorkeys.DOCUMENT_WINDOW_ADDITIONAL_REFERENCES_KEY,
InstanceProvider([]))
binder.bind(guiinjectorkeys.EVENT_WINDOW_ADDITIONAL_REFERENCES_KEY,
InstanceProvider([]))
def configure(self, binder):
super().configure(binder)
binder.bind(SYSTEMATIC_POINT_SELECTION_DIALOG_KEY,
ClassProvider(SystematicPointSelectionDialog),
scope=singleton)
binder.bind(SYSTEMATIC_POINT_SELECTION_PRESENTER_KEY,
ClassProvider(SystematicPointSelectionPresenter),
scope=singleton)
binder.bind(DOCUMENT_SYSTEMATIC_REFERENCES_PRESENTER_KEY,
ClassProvider(DocumentSystematicReferencesPresenter),
scope=singleton)
binder.bind(DOCUMENT_SYSTEMATIC_REFERENCES_VIEW_CLASS_KEY,
InstanceProvider(DocumentSystematicReferenceView),
scope=singleton)
binder.bind(SYSTEMATIC_MENU_ADDITIONS_PRESENTER_KEY,
ClassProvider(SystematicMenuAdditionsPresenter),
scope=singleton)
binder.bind(guiinjectorkeys.DOCUMENT_FILTER_DIALOG_KEY,
ClassProvider(SystematicDocumentFilterDialog),
scope=singleton)
def test_binder_provider_for_method_with_explicit_provider():
injector = Injector()
binder = injector.binder
provider = binder.provider_for(int, to=InstanceProvider(1))
assert type(provider) is InstanceProvider
assert provider.get(injector) == 1
def configure(binder):
binder.bind(InjectMe, to=InstanceProvider(InjectMe()))
def configure(binder):
binder.bind(ProviderOf[int], to=InstanceProvider(None))
def test_binder_provider_for_method_with_explicit_provider():
binder = Injector().binder
provider = binder.provider_for(int, to=InstanceProvider(1))
assert (type(provider) is InstanceProvider)
assert (provider.get() == 1)
interface_bindings = {
"web_container": {
"to": ClassProvider(web_container.WebContainer),
"scope": singleton
},
"ioloop": {
"to": IOLoopInstanceProvider(),
"scope": singleton
},
"http_server": {
"to": HTTPServerInstanceProvider(),
"scope": singleton
},
"configuration": {
"to": InstanceProvider(settings.read_configuration()),
"scope": singleton
},
"msg_broker_client": {
"to": ClassProvider(pika_client.PikaClientForTornado),
"scope": singleton
},
"instant_messenger": {
"to": ClassProvider(instant_message_websockets.InstantMessenger),
"scope": noscope
},
"im_incoming_queue": {
"to": ClassProvider(pika_client.ImIncomingQueue),
"scope": noscope
},
"im_message_publisher": {
from injector import InstanceProvider
from injector import singleton
class MockObject(object):
pass
mock_object = MockObject()
interface_bindings = {
"mock_object": {"to": InstanceProvider(mock_object), "scope": singleton},
}
