com.dtp.core.support

类 ThreadPoolCreator

java.lang.Object

com.dtp.core.support.ThreadPoolCreator

public class ThreadPoolCreator
extends Object

Offer a fast dtp creator, use only in simple scenario. It is best to use ThreadPoolBuilder and assign relevant values.

从以下版本开始:

1.0.0

作者:

yanhom

方法概要

限定符和类型	方法和说明
static ThreadPoolExecutor	createCommonFast(String threadPrefix)
static ExecutorService	createCommonWithTtl(String threadPrefix)
static DtpExecutor	createDynamicFast(String poolName)
static DtpExecutor	createDynamicFast(String poolName, String threadPrefix)
static ExecutorService	createDynamicWithTtl(String poolName)
static ExecutorService	createDynamicWithTtl(String poolName, String threadPrefix)
static ExecutorService	newCachedThreadPool(String threadPrefix, int maximumPoolSize)
static ThreadPoolExecutor	newExecutorByBlockingCoefficient(float blockingCoefficient) 阻塞系数 = 阻塞时间／（阻塞时间+使用CPU的时间） 建议线程数 = CPU可用核心数 / (1 - 阻塞系数) 计算密集型任务的阻塞系数为0，而IO密集型任务的阻塞系数则接近于1
static ThreadPoolExecutor	newFixedThreadPool(String threadPrefix, int poolSize, int queueCapacity)
static ThreadPoolExecutor	newSingleThreadPool(String threadPrefix, int queueCapacity)
static ThreadPoolExecutor	newThreadPool(String threadPrefix, int corePoolSize, int maximumPoolSize, int queueCapacity)

从类继承的方法 java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

方法详细资料

createCommonFast

public static ThreadPoolExecutor createCommonFast(String threadPrefix)

createCommonWithTtl

public static ExecutorService createCommonWithTtl(String threadPrefix)

createDynamicFast

public static DtpExecutor createDynamicFast(String poolName)

createDynamicFast

public static DtpExecutor createDynamicFast(String poolName,
                                            String threadPrefix)

createDynamicWithTtl

public static ExecutorService createDynamicWithTtl(String poolName)

createDynamicWithTtl

public static ExecutorService createDynamicWithTtl(String poolName,
                                                   String threadPrefix)

newSingleThreadPool

public static ThreadPoolExecutor newSingleThreadPool(String threadPrefix,
                                                     int queueCapacity)

newFixedThreadPool

public static ThreadPoolExecutor newFixedThreadPool(String threadPrefix,
                                                    int poolSize,
                                                    int queueCapacity)

newCachedThreadPool

public static ExecutorService newCachedThreadPool(String threadPrefix,
                                                  int maximumPoolSize)

newThreadPool

public static ThreadPoolExecutor newThreadPool(String threadPrefix,
                                               int corePoolSize,
                                               int maximumPoolSize,
                                               int queueCapacity)

newExecutorByBlockingCoefficient

public static ThreadPoolExecutor newExecutorByBlockingCoefficient(float blockingCoefficient)

阻塞系数 = 阻塞时间／（阻塞时间+使用CPU的时间） 建议线程数 = CPU可用核心数 / (1 - 阻塞系数) 计算密集型任务的阻塞系数为0，而IO密集型任务的阻塞系数则接近于1

参数:

blockingCoefficient - 阻塞系数，阻塞因子介于0~1之间的数，阻塞因子越大，线程池中的线程数越多

返回:

ThreadPoolExecutor