Object pool

Design and implementation of object pool based on Java

基于Java的对象池技术的设计和实现

The Reference Counter - based Object Pool and Its Java Implementation

引用计数型对象池及其Java实现

Research and design of Web-based OLAP object pool technology

Web环境下OLAP对象池的研究与设计

Adaptive Thread Pool Technique Based on Object Pool Pattern

基于对象池模式的自适应线程池技术

An Object Pool Model in Multi - thread Concurrency Environment

一种多线程并发环境下的对象缓存模型

In the data acquisition , object pool based mobile agent object management is studied in depth .

在数据获取方面，重点研究了基于对象池技术的移动Agent对象管理。

The minimum queue depth shows how shallow the measurement object pool got .

最小队列深度显示了度量对象池有多浅。

The resource manager uses the object pool provided by the container to manage system resources .

资源管理器会使用容器提供的对象池来管理系统资源。

Extension and Implementation of Object pool pattern

对象池模式的扩展与设计

Pool manager answers for the construction and destroy of the object pool .

而缓冲容器中的池管理器负责对象池的创建和销毁。

In the design process we have also introduced connection pool ; object pool and multiplexers .

在设计过程中还引入连接池、对象池以及多路复用的概念并得以实现。

Web-OLAP System Based on Object Pool and Data Caching

基于对象池和数据缓存技术的Web-OLAP系统

The object pool needs to keep track of the state of each object and to be thread safe .

对象池需要跟踪每个对象的状态，而且应该是线程安全的。

On the basis of object pool expansion 's designed pattern , the highly efficient thread pool is designed ;

在对象池扩展设计模式的基础上，设计了高效线程池。

The third architecture is emphasized on , providing with connection pool , prepared statement object pool and distributed transaction function .

第三种体系结构是本文研究的重点，可提供了连接池、预编译语句对象池和分布式交易等功能。

The definition of mobile agent object pool is put forward , and the relationship between types of the decision-making and objects is researched .

给出了移动Agent对象池的形式化定义，研究了决策任务类型与移动Agent对象之间的关系，设计了对象池中的对象，并提出了基于对象池技术的移动Agent对象管理方法。

And introduces the key attributes and parameters in configuring object pool , and analyzes the architecture of Commons-Pool .

分析了与对象池的配置相关的重要属性和参数。

The Object Pool Pattern is used in Communication layer in order to separate using of singlechip objects from creating and managing of objects .

通信层上采用对象池模式可以使业务层中对下位机对象的使用与对象的产生、管理分离。

The paper indicates a basic approach to implement object pool with Commons-Pool , and analyzes the interfaces / classes and methods .

利用Commons-Pool重点分析了对象池的基本实现方法，以及它里面与对象池的实现有密切关系的接口/类和方法。

Object pool distinguishes the stateful Web Services from stateless Web Services by attaching a key to the Web Services objects .

对象池将Web服务对象附上键值，将有状态Web服务与无状态Web服务区分开。

The resource manager implements the object pool and it gets the managed resource that implements persistence , security state management , and transaction .

资源管理器实现了对象池，它能够获得实现持久化、安全性状态管理和事务的托管资源模式。

To accomplish this effect , resolve these two issues : First , modify the object pool so that it understands the concept of scope .

为了实现这种效果，要解决两个问题：首先，修改对象池，让它理解范围的概念。

Much like an object pool , an object manager is responsible for getting objects from a pool and returning objects back to the pool .

与对象池一样，对象管理器也负责从池中获取对象和把对象返回池中。

If you use a custom object pool , you can add performance and scalability tests to monitor usage and log problems that affect all clients .

如果您使用自定义对象池，可以添加性能测试和可伸缩性测试，以监控使用情况并记录影响所有客户端的问题。

In order to use the resource well , we shall take advantage of Object Pool Pattern , one of Shared Pool , to manage and reused database connections .

为了复用数据库连接，就需要利用共享池模式中的对象池模式，使用数据库连接池来管理和复用数据库连接。

Object pool interface & An object-aware interface that calls the constructor and destructors appropriately during object creation and deletion , respectively .

对象池接口&有对象意识的接口，在对象创建和删除过程中分别相应地调用构造函数和析构函数。

When using an object pool , the allocation , initialization , collection , and finalization only occur once , reducing both the memory usage and the processing time that is required .

在使用对象池时，分配、初始化、回收和终结只发生一次，从而减少了内存使用和所需的处理时间。

Analyzed with emphasis in the design of courseware based on B / S structure , how to use the object pool technology , reduce the courseware storehouse server expenses , enhance the data transmission speed of the system , thus enhances Agricultural Mechanics the courseware operating efficiency .

重点分析了在设计基于B/S结构的课件时，如何采用对象池技术，降低了课件库服务器的开销，并提高了系统的数据传输速度，从而提高农业机械学课件的运行效率。

Object caching pool solves the problem of the cumbersome in object searching because unitary caching queue stores so many types of data items .

采用对象缓存池，解决了单一缓存队列中存放多种类型的数据项，对象查询比对繁琐的问题。

Oriented-object caching pool management technology manage all caching pools by caching management class , and each object caching pool adopts independent access management mode .

基于对象缓存池方式管理缓存数据对象，通过缓存管理类管理所有缓存池，各对象缓存池采用独立的访问管理模式。