Package-level declarations
General annotations which apply to all applications.
General annotations which apply to all applications.
General annotations which apply to all applications.
General annotations which apply to all applications.
Types
Marks an application-level class as an API interface, which defines the abstract surface of a single unit of business logic; combined with Logic, classes annotated with API constitute a set of interface and implementation pairs.
Marks a class as "context"-phase for purposes of dependency injection. Classes marked with this annotation are initialized eagerly on application startup.
Marks a class as "context"-phase for purposes of dependency injection. Classes marked with this annotation are initialized eagerly on application startup.
Marks a class as "context"-phase for purposes of dependency injection. Classes marked with this annotation are initialized eagerly on application startup.
Marks a class as "context"-phase for purposes of dependency injection. Classes marked with this annotation are initialized eagerly on application startup.
Triggers eager initialization on the target class or type.
Marks a class as an API endpoint, which enables functionality for type conversion between elide.model.WireMessage types and Micronaut requests / responses.
Marks a class as a factory for an injected type. Factories are responsible for creating instances of injected types. On JVM platforms, this annotation is aliased to a Micronaut Factory annotation.
Marks a class as a factory for an injected type. Factories are responsible for creating instances of injected types.
Marks a class as a factory for an injected type. Factories are responsible for creating instances of injected types. On JVM platforms, this annotation is aliased to a Micronaut Factory annotation.
Marks a class as a factory for an injected type. Factories are responsible for creating instances of injected types.
Marks a given Java or Kotlin class as "Generated," which excuses it from coverage requirements and other tooling strictness; should be used sparingly.
This annotation marks a constructor argument, field/property, or parameter as an injected value. Injected values are generally resolved at build-time but may be resolved at run-time. Dependency Injection (DI) is an opt-in pattern which inverts control of object creation. Instead of creating objects directly, they are created by a DI container and provided to each object that requires them.
This annotation marks a constructor argument, field/property, or parameter as an injected value. Injected values are generally resolved at build-time but may be resolved at run-time. Dependency Injection (DI) is an opt-in pattern which inverts control of object creation. Instead of creating objects directly, they are created by a DI container and provided to each object that requires them.
This annotation marks a constructor argument, field/property, or parameter as an injected value. Injected values are generally resolved at build-time but may be resolved at run-time. Dependency Injection (DI) is an opt-in pattern which inverts control of object creation. Instead of creating objects directly, they are created by a DI container and provided to each object that requires them.
This annotation marks a constructor argument, field/property, or parameter as an injected value. Injected values are generally resolved at build-time but may be resolved at run-time. Dependency Injection (DI) is an opt-in pattern which inverts control of object creation. Instead of creating objects directly, they are created by a DI container and provided to each object that requires them.
Marks an application class as "business logic," which automatically makes it eligible for dependency injection, autowired logging, and other framework features.
This annotation works in cooperation with Inject to qualify injected values via simple string names. "Qualified" values are filtered by their qualification criteria at injection time. In this case, we are filtering by a simple name which should correspond with a name of equal value on an injected instance.
This annotation works in cooperation with Inject to qualify injected values via simple string names. "Qualified" values are filtered by their qualification criteria at injection time. In this case, we are filtering by a simple name which should correspond with a name of equal value on an injected instance.
This annotation works in cooperation with Inject to qualify injected values via simple string names. "Qualified" values are filtered by their qualification criteria at injection time. In this case, we are filtering by a simple name which should correspond with a name of equal value on an injected instance.
This annotation works in cooperation with Inject to qualify injected values via simple string names. "Qualified" values are filtered by their qualification criteria at injection time. In this case, we are filtering by a simple name which should correspond with a name of equal value on an injected instance.
This annotation works in cooperation with Inject to qualify an injectable value by some criteria. Qualifiers can be affixed to any injectable value; the annotation values at the call-site must match the values on an eligible instance for injection.
This annotation works in cooperation with Inject to qualify an injectable value by some criteria. Qualifiers can be affixed to any injectable value; the annotation values at the call-site must match the values on an eligible instance for injection.
This annotation works in cooperation with Inject to qualify an injectable value by some criteria. Qualifiers can be affixed to any injectable value; the annotation values at the call-site must match the values on an eligible instance for injection.
Marks a class which participates in injection (DI) as a singleton; singletons are classes with the constraint that only one instance may exist at runtime. In injected contexts, the singleton lifecycle is managed by the DI container.
Marks a class which participates in injection (DI) as a singleton; singletons are classes with the constraint that only one instance may exist at runtime. In injected contexts, the singleton lifecycle is managed by the DI container.
Marks a class which participates in injection (DI) as a singleton; singletons are classes with the constraint that only one instance may exist at runtime. In injected contexts, the singleton lifecycle is managed by the DI container.
Marks a class which participates in injection (DI) as a singleton; singletons are classes with the constraint that only one instance may exist at runtime. In injected contexts, the singleton lifecycle is managed by the DI container.