Documentation ¶
Index ¶
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
This section is empty.
Types ¶
type ITaskHandler ¶
type ITaskHandler interface { // The `RegisterTaskHandler()` method is likely a method that needs to be implemented by any task // handler that is used with the `TaskProcessor`. It returns a pointer to an instance of the // `asynq.ServeMux` struct, which is used to register the task handler with the Asynq task queue // system. The `ServeMux` struct is a multiplexer that allows multiple task handlers to be registered // with the Asynq task queue, each handling a different type of task. By registering the task handler // with the `ServeMux`, the Asynq task queue system knows which handler to use for each type of task // that is enqueued. This method is likely called during the initialization of the `TaskProcessor` to // ensure that the task handler is properly registered with the Asynq task queue system. RegisterTaskHandler() *asynq.ServeMux // The `Validate()` method is a method of the `TaskProcessor` struct that checks if all the required // properties of the struct have been set. It returns an error if any of the required properties are // not set, indicating that the `TaskProcessor` is not ready to start processing tasks. This method is // typically called before starting the worker to ensure that all the necessary dependencies are in // place. Validate() error }
`type ITaskHandler interface` is defining an interface that specifies the methods that must be implemented by a task handler. This interface is likely used by the `TaskProcessor` to ensure that any task handler that is used with the processor implements the required methods. The `ITaskHandler` interface may include methods such as `RegisterTaskHandler()` and `Validate()`, which are used to register the task handler with the Asynq task queue and validate that the handler is properly configured, respectively. By defining this interface, the `TaskProcessor` can ensure that any task handler used with the processor conforms to a specific set of requirements, making it easier to swap out different task handlers as needed.