Golang开发中是否应该考虑使用线程池？

package main

import (
    "fmt"
    "sync"
)

// 定义任务结构体
type Task struct {
    ID int
}

// 定义线程池结构体
type ThreadPool struct {
    MaxWorkers int
    MaxTasks   int
    Tasks      chan Task
    Workers    []*Worker
    WaitGroup  sync.WaitGroup
}

// 定义工作者结构体
type Worker struct {
    ID      int
    Channel chan Task
}

// 初始化线程池
func NewThreadPool(maxWorkers, maxTasks int) *ThreadPool {
    pool := &ThreadPool{
        MaxWorkers: maxWorkers,
        MaxTasks:   maxTasks,
        Tasks:      make(chan Task, maxTasks),
    }
    pool.Workers = make([]*Worker, pool.MaxWorkers)

    for i := 0; i < pool.MaxWorkers; i++ {
        worker := &Worker{
            ID:      i,
            Channel: make(chan Task),
        }
        pool.Workers[i] = worker
        go worker.Start(pool)
    }

    return pool
}

// 工作者开始执行任务
func (w *Worker) Start(pool *ThreadPool) {
    for task := range w.Channel {
        fmt.Println("Worker", w.ID, "started task", task.ID)
        // 模拟任务处理过程
        fmt.Println("Worker", w.ID, "finished task", task.ID)
        pool.WaitGroup.Done()
    }
}

// 向线程池添加任务
func (pool *ThreadPool) AddTask(task Task) {
    pool.WaitGroup.Add(1)
    pool.Tasks <- task
}

// 关闭线程池
func (pool *ThreadPool) Shutdown() {
    close(pool.Tasks)
    pool.WaitGroup.Wait()
    for _, worker := range pool.Workers {
        close(worker.Channel)
    }
}

func main() {
    pool := NewThreadPool(5, 10)

    // 添加任务到线程池
    for i := 0; i < 10; i++ {
        task := Task{ID: i}
        pool.AddTask(task)
    }

    pool.WaitGroup.Wait()
    pool.Shutdown()
}