Overview of Concurrency in Continuous Tasks

During the implementation of application service logic, tasks that require extended and irregular execution periods are known as continuous tasks. Executing continuous tasks in the UI main thread may block the thread's normal operations, leading to performance issues such as freezing and frame loss, which degrade user experience. Therefore, it is common practice to run these independent continuous tasks in separate child threads.

The following describes typical service scenarios for continuous tasks.

Service Scenario	Description
Periodic sensor data collection	Regularly collecting data of sensors (such as location and speed) that run continuously throughout the application's operation without interruption.
Listening for socket port information	Continuously monitoring socket data and responding to it at irregular intervals.

These service scenarios are all independent continuous tasks with long execution cycles and simple external interactions. After being dispatched to background threads, these tasks need to respond periodically to obtain results. Using TaskPool can reduce development workload, avoid complex lifecycle management, and prevent thread flooding. You simply need to place these independent continuous tasks into the TaskPool queue and then wait for the results.