def app_bootstrap(settings: Settings) -> ServiceRegistry:
# Make the registry
registry = ServiceRegistry()
# Store the settings in the registry so things later can
# get to them.
registry.register_singleton(settings, Settings)
# Scan for registrations
scanner = venusian.Scanner(registry=registry, settings=settings)
from . import models
scanner.scan(models)
# Grab the datastore singleton to pass into setup
container: ServiceContainer = registry.create_container()
datastore: Datastore = container.get(Datastore)
# Do setup for the core application features
setup(registry, datastore)
# Import the add-on and initialize it
from . import custom
scanner.scan(custom)
custom.setup(registry, datastore)
return registry
def setup() -> ServiceRegistry:
# Make the registry
registry = ServiceRegistry()
# Make the greeter
greeter = Greeter(greeting='Hello')
# Register it as a singleton using its class for the "key"
registry.register_singleton(greeter, Greeter)
return registry
def app_setup():
# Make the application's registry
registry = ServiceRegistry()
# Greeters are nice...they greet people!
greeter = Greeter(greeting='Hello')
# Register it as a singleton using its class for the "key"
registry.register_singleton(greeter, Greeter)
return registry
def test():
assert isinstance(Foo.impl00, AutowireField)
assert isinstance(Foo.impl01, AutowireField)
assert isinstance(Foo.impl02, AutowireField)
assert isinstance(Foo.impl03, AutowireField)
registry = ServiceRegistry()
enable_autowire(registry)
impl00 = object()
impl01 = object()
impl02 = object()
impl03 = object()
registry.register_singleton(impl00, Iface00)
registry.register_singleton(impl01, name="impl01")
registry.register_singleton(impl02, name="r_impl02")
registry.register_singleton(impl03, context=Ctxt)
registry.register_autowire(
Foo,
IFoo,
namespace=dict(n_impl02="r_impl02", n_impl03=Ctxt()),
lazy=False,
)
container = registry.create_container()
foo = container.get(IFoo)
assert foo.impl00 is impl00
assert foo.impl01 is impl01
assert foo.impl02 is impl02
assert foo.impl03 is impl03
def setup(registry: ServiceRegistry, settings: Settings):
""" Initialize the features in the core application """
# Make and register the Datastore singleton
datastore = Datastore()
registry.register_singleton(datastore, Datastore)
# Context factory
def context_factory(container) -> Resource:
# Presumes that "url" is in the container
ds: Datastore = container.get(Datastore)
url: str = container.get(Url)
context: Resource = ds.customers.get(url)
return context
registry.register_factory(context_factory, Resource)
# Request factory
def request_factory(container) -> Request:
url: str = container.get(Url)
request = Request(url=url, container=container)
return request
registry.register_factory(request_factory, Request)
# **** Default View
def view_factory(container) -> View:
request: Request = container.get(Request)
context: Resource = container.get(Resource)
greeter: Greeter = container.get(Greeter, context=context)
view = View(request=request, context=context, greeter=greeter)
return view
registry.register_factory(view_factory, View)
# **** Default Greeter
def default_greeter_factory(container) -> Greeter:
# Use the dataclass default for greeting
return Greeter(punctuation=settings.punctuation)
# Register it as a factory using its class for the "key"
registry.register_factory(default_greeter_factory, Greeter)
# During bootstrap, make some Customers
mary = Customer(name='mary', title='Mary')
datastore.customers['mary'] = mary
def app_bootstrap(settings: Settings) -> ServiceRegistry:
# Make the registry
registry = ServiceRegistry()
# Store the settings in the registry so things later can
# get to them.
registry.register_singleton(settings, Settings)
# Make and register the Datastore singleton
datastore = Datastore()
registry.register_singleton(datastore, Datastore)
# Do setup for the core application features
setup(registry, datastore)
# Import the add-on and initialize it
from .custom import setup as addon_setup
addon_setup(registry, datastore)
return registry
def setup(registry: ServiceRegistry, settings: Settings):
""" Initialize the features in the core application """
# Make and register the Datastore
datastore = Datastore()
registry.register_singleton(datastore, Datastore)
# **** Default Greeter
# Make the greeter factory, using punctuation from settings
punctuation = settings.punctuation
def default_greeter_factory(container) -> Greeter:
# Use the dataclass default for greeting
return Greeter(punctuation=punctuation)
# Register it as a factory using its class for the "key"
registry.register_factory(default_greeter_factory, Greeter)
# During bootstrap, make some Customers
customer1 = Customer(name='Mary')
datastore.customers.append(customer1)
def make_registry(
root: Optional[Root] = None,
root_factory: Optional[Callable] = None,
scannables: Union[Iterable[Scannable], Scannable] = tuple(),
plugins: Union[Iterable[Plugin], Plugin] = tuple(),
theme_config: Optional[ThemeConfig] = None,
) -> ServiceRegistry:
""" Construct a Themester registry with some defaults """
registry = ServiceRegistry()
# Handle the venusian scanner
scanner = Scanner(registry=registry)
registry.register_singleton(scanner, Scanner)
# Handle the root
if root is not None:
registry.register_singleton(root, Root)
# Handle a root factory
if root_factory is not None:
registry.register_factory(root_factory, Root)
# Handle the theme config
if theme_config is not None:
registry.register_singleton(theme_config, ThemeConfig)
# Scan themester factories
_scan_target(scanner, factories)
# Handle anything that needs to be scanned
if isinstance(scannables, Sequence):
for scannable in scannables:
_scan_target(scanner, scannable)
else:
_scan_target(scanner, scannables)
# Handle any plugins
if isinstance(plugins, Sequence):
for plugin in plugins:
_setup_target(registry, scanner, plugin)
else:
_setup_target(registry, scanner, plugins)
return registry
def wired_setup(registry: ServiceRegistry):
scanner = WiredScanner(registry=registry)
registry.register_singleton(scanner, IScanner)
def assert_lazy(cls_args, cls_kwargs):
assert isinstance(Foo.impl00, AutowireField)
assert isinstance(Foo.impl01, AutowireField)
assert isinstance(Foo.impl02, AutowireField)
assert isinstance(Foo.impl03, AutowireField)
assert isinstance(Foo.impl04, AutowireField)
assert isinstance(Foo.impl05, AutowireField)
assert isinstance(Foo.impl06, AutowireField)
registry = ServiceRegistry()
enable_autowire(registry)
impl00 = object()
impl01 = object()
impl02 = object()
impl03 = object()
impl04 = object()
impl05 = object()
impl06 = object()
registry.register_singleton(impl00, Iface00)
registry.register_singleton(impl01, name="impl01")
registry.register_singleton(impl02, name="r_impl02")
registry.register_singleton(impl03, context=Ctxt)
registry.register_singleton(impl04, name="pv_impl04")
registry.register_singleton(impl05, context=Ctxt2)
registry.register_singleton(impl06, context=IFoo)
registry.register_autowire(
Foo,
IFoo,
namespace=dict(n_impl02="r_impl02", n_impl03=Ctxt()),
cls_args=cls_args,
cls_kwargs=cls_kwargs,
lazy=True,
)
container = registry.create_container()
foo = container.get(IFoo)
assert foo.impl00 is impl00
assert foo.impl01 is impl01
assert foo.impl02 is impl02
assert foo.impl03 is impl03
assert foo.impl04 is impl04
assert foo.impl05 is impl05
assert foo.impl06 is impl06
def root_setup(registry: ServiceRegistry) -> None:
from wired_components import samples
d = Path(samples.__file__).parent / 'simple' / 'contents'
root: Root = load_resources(d)
registry.register_singleton(root, IRoot)
