Struct NotifierClientImpl

pub struct NotifierClientImpl { /* private fields */ }

Implementations

impl NotifierClientImpl

pub async fn new( queue_config: QueueConfig, redis_config: RedisConfig, smtp_config: SmtpConfig, ) -> Result<Arc<Self>, MappedErrors>

Trait Implementations

impl ClientProvider for NotifierClientImpl

fn get_queue_config(&self) -> Arc<QueueConfig>

fn get_smtp_client(&self) -> Arc<SmtpTransport>

fn get_redis_config(&self) -> Arc<RedisConfig>

fn get_redis_client(&self) -> Arc<Client>

impl Clone for NotifierClientImpl

fn clone(&self) -> NotifierClientImpl

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<M: Module + HasComponent<dyn SharedClientProvider>> Component<M> for NotifierClientImpl

type Interface = dyn ClientProvider

The trait/interface which this component implements

type Parameters = NotifierClientImplParameters

The parameters this component requires. If none are required, use ().

fn build( context: &mut ModuleBuildContext<M>, params: Self::Parameters, ) -> Box<Self::Interface>

Use the build context and parameters to create the component. Other components can be resolved by adding a HasComponent bound to the M generic, then calling M::build_component.

impl HasComponent<<NotifierClientImpl as Component<NotifierAppModule>>::Interface> for NotifierAppModule

fn build_component( context: &mut ModuleBuildContext<Self>, ) -> Arc<<NotifierClientImpl as Component<Self>>::Interface>

Build the component during module build. Usually this involves calling ModuleBuildContext::build_component with the implementation.

fn resolve(&self) -> Arc<<NotifierClientImpl as Component<Self>>::Interface>

Get a reference to the component. The ownership of the component is shared via Arc.

fn resolve_ref(&self) -> &<NotifierClientImpl as Component<Self>>::Interface

Get a reference to the component.