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【Software Engineering】 12 DL : 0: 这是参加西门子过程控制竞赛时的一套详细设计方案。控制对象是聚合反应釜。此方案最后获得了优秀奖 -This is the Siemens process control in the race a set of detailed design. Control object is polymerization reactor. This program is finally an award for excellence
Update : 2008-10-13 Size : 1197931 Publisher : li
【WinSock-NDIS】 MFC_Reactor_Srv DL : 0: MFC与ACE相结合,采用Reactor模式
Update : 2008-10-13 Size : 435825 Publisher : leejia
【Other resource】 Reactor DL : 1: 在VC++2005开发环境中，利用ObjectARX2007开发的应用程序，实现了反应器的使用和创建
Update : 2008-10-13 Size : 16036 Publisher : 李国鑫
【Other】堆的实现 DL : 0: 堆的实现-reactor
Update : 2008-10-13 Size : 5421 Publisher : 哈哈
【JSP】 Java 实用系统开发指南JavaPractice DL : 0: ·VI· 目录前言第1章高性能聊天系统...................................................................................................1 1.1 系统需求...........................................................................................................1 1.2 架构设计...........................................................................................................2 1.2.1 Java事件模型.....................................................................................................2 1.2.2 架构设计图.......................................................................................................5 1.2.3 协议设计.........................................................................................................5 1.2.4 多线程...........................................................................................................6 1.2.5 线程池...........................................................................................................9 1.2.6 非堵塞I/O........................................................................................................11 1.3 Socket核心设计和实现...............................................................................................13 1.3.1 TCP和Reactor模式.................................................................................................14 1.3.2 UDP实现..........................................................................................................19 1.3.3 客户端实现.......................................................................................................22 1.4 Socket接口设计和实现..............................................................................................28 1.4.1 队列和对象类型..................................................................................................28 1.4.2 访问者模式定义..................................................................................................32 1.4.3 访问者模式实现..................................................................................................36 1.4.4 协议封装........................................................................................................39 1.4.5 重整Refactoring.................................................................................................41 1.5 应用接口设计和实现................................................................................................45 1.5.1 Connection API..................................................................................................46 1.5.2 ConnectionFactory API...........................................................................................49 1.5.3 TcpConnection API...............................................................................................53 1.5.4 UdpConnection API...............................................................................................54 1.6 应用层设计和实现..................................................................................................56 1.6.1 客户端聊天测试..................................................................................................56 1.6.2 服务器聊天测试..................................................................................................58 1.7 性能测试..........................................................................................................59 1.8 小结..............................................................................................................61 第2章简单的用户注册系统..............................................................................................62 2.1 需求分析............................................................................................................62 2.2 系统设计............................................................................................................62 2.2.1 JSP/Servlet与J2EE.................................................................................................63 2.2.2 结构设计图........................................................................................................64 2.2.3 JSP/JavaBeans技术要点.............................................................................................65 2.2.4 JDBC和连接池......................................................................................................68 2.2.5 数据库设计........................................................................................................70 2.3 类的详细设计和实现..................................................................................................71 2.3.1 Facade模式........................................................................................................71 2.3.2 JDBC通用操作类....................................................................................................73 2.3.3 E-mail发送通用类..................................................................................................78 2.3.4 用户资料管理......................................................................................................79 2.3.5 密码数据操作类....................................................................................................83 2.3.6 登陆验证功能......................................................................................................85 2.4 界面编程实现........................................................................................................87 2.4.1 登陆验证页面......................................................................................................87 2.4.2 注册页面..........................................................................................................88 2.5 调试、发布和运行....................................................................................................90 2.5.1 单元测试..........................................................................................................91 2.5.2 快速配置开发环境..................................................................................................92 2.5.3 Tomcat配置和调试..................................................................................................93 2.5.4 Tomcat连接池使用..................................................................................................95 2.6 Hibernate使用.......................................................................................................99 2.7 小结................................................................................................................103 第3章 Jive论坛系统.....................................................................................................107 3.1 Jive功能需求.......................................................................................................107 3.2 Jive与设计模式.....................................................................................................108 3.2.1 设计模式.........................................................................................................109 3.2.2 ForumFactory与工厂模式...........................................................................................109 3.2.3 统一入口与单态模式...............................................................................................113 3.2.4 访问控制与代理模式...............................................................................................114 3.2.5 批量分页查询与迭代模式...........................................................................................115 3.2.6 过滤器与装饰模式.................................................................................................120 3.2.7 主题监测与观察者模式.............................................................................................124 3.3 Jive安全管理机制...................................................................................................128 3.3.1 安全验证机制.....................................................................................................129 3.3.2 用户资料管理.....................................................................................................132 3.4 Jive的缓存机制.....................................................................................................133 3.4.1 缓存原理和实现...................................................................................................133 3.4.2 缓存使用.........................................................................................................136 3.4.3 小结.............................................................................................................139 3.5 Jive的其他组件技术.................................................................................................140 3.5.1 Jive的树形结构...................................................................................................140 3.5.2 XML和JDOM........................................................................................................143 3.5.3 全文检索和Lucene.................................................................................................147 3.5.4 Jive的中文问题...................................................................................................152 3.6 Jive图形处理.......................................................................................................154 3.6.1 图片上传处理.....................................................................................................154 3.6.2 服务器端图形处理.................................................................................................157 3.7 Jive安装调试运行...................................................................................................159 3.8 小结...............................................................................................................160 第4章网站内容管理系统.................................................................................................161 4.1 需求分析...........................................................................................................161 4.2 架构设计...........................................................................................................162 4.2.1 系统架构图.......................................................................................................163 4.2.2 MVC模式和Struts..................................................................................................164 4.2.3 DBO模式和Castor..................................................................................................167 4.2.4 Cache设计........................................................................................................172 4.3 详细设计和实现.....................................................................................................173 4.3.1 基本对象设计.....................................................................................................173 4.3.2 数据模型的实现...................................................................................................174 4.3.3 抽象工厂(Abstract Factory)模式...................................................................................175 4.3.4 生成器(Builder)模式..............................................................................................180 4.4 表现层的实现.......................................................................................................187 4.4.1 Strut相关设置....................................................................................................187 4.4.2 创建PageForm.....................................................................................................189 4.4.3 创建PageAction...................................................................................................192 4.4.4 创建page.jsp页面.................................................................................................194 4.4.5 自定义标签库.....................................................................................................196 4.4.6 创建SavePageAction...............................................................................................199 4.4.7 Tile模板.........................................................................................................201 4.4.8 创建cmsMenu.jsp..................................................................................................203 4.4.9 创建index.jsp....................................................................................................203 4.4.10 小技巧..........................................................................................................204 4.5 项目重整Refactoring................................................................................................205 4.6 调试、发布和运行...................................................................................................206 4.6.1 配置和运行.......................................................................................................206 4.6.2 Log调试信息的配置................................................................................................206 4.7 小结...............................................................................................................207 第5章订阅信息系统.....................................................................................................209 5.1 需求分析...........................................................................................................209 5.2 架构设计...........................................................................................................209 5.2.1 Cache和Pool......................................................................................................210 5.2.2 EJB框架体系......................................................................................................211 5.2.3 架构图...........................................................................................................213 5.2.4 接口框架设计.....................................................................................................213 5.3 EJB详细设计和实现..................................................................................................214 5.3.1 业务对象建模.....................................................................................................215 5.3.2 开发环境配置.....................................................................................................216 5.3.3 CMP图形开发......................................................................................................217 5.3.4 实体Bean.........................................................................................................221 5.3.5 Facade Session Bean..............................................................................................229 5.3.6 Transfer Object模式..............................................................................................232 5.4 Web与EJB接口框架...................................................................................................233 5.4.1 框架的设计.......................................................................................................233 5.4.2 框架的实现.......................................................................................................235 5.4.3 框架的使用.......................................................................................................243 5.5 表现层的设计和实现.................................................................................................247 5.5.1 创建ActionForm...................................................................................................247 5.5.2 创建Action 类....................................................................................................248 5.5.3 创建JSP页面......................................................................................................248 5.6 调试配置和运行.....................................................................................................249 5.6.1 JBoss和MySQL的配置...............................................................................................250 5.6.2 JNDI配置.........................................................................................................251 5.6.3 部署和发布.......................................................................................................253 5.6.4 调试和测试.......................................................................................................254 5.7 小结...............................................................................................................254 第6章用户安全管理系统.................................................................................................256 6.1 需求分析...........................................................................................................256 6.2 架构设计...........................................................................................................256 6.2.1 角色.............................................................................................................257 6.2.2 J2EE的JAAS.......................................................................................................257 6.2.3 单点登录.........................................................................................................259 6.2.4 邮件发送组件.....................................................................................................261 6.3 详细设计和实现.....................................................................................................261 6.3.1 业务对象建模.....................................................................................................261 6.3.2 数据库设计.......................................................................................................263 6.3.3 实体bean实现.....................................................................................................263 6.3.4 Session Bean实现.................................................................................................266 6.3.5 EJB容器安全配置..................................................................................................273 6.4 JMS 邮件发送组件...................................................................................................275 6.4.1 消息发送器.......................................................................................................276 6.4.2 MDB..............................................................................................................279 6.5 Web层的实现........................................................................................................282 6.5.1 用户资料管理.....................................................................................................282 6.5.2 Web容器安全配置..................................................................................................287 6.6 调试配置和运行.....................................................................................................289 6.6.1 JAAS配置.........................................................................................................290 6.6.2 邮件服务的配置...................................................................................................291 6.6.3 部署和发布.......................................................................................................292 6.7 小结...............................................................................................................292 第7章 EJB方法调用框架..................................................................................................294 7.1 框架概况...........................................................................................................294 7.1.1 远程调用技术背景.................................................................................................294 7.1.2 框架结构.........................................................................................................295 7.2 框架设计..........................................................................................................296 7.2.1 代理（Proxy）模式...............................................................................................296 7.2.2 动态代理........................................................................................................298 7.2.3 反射（Reflection）和方法调用....................................................................................300 7.2.4 HTTP协议和对象序列化............................................................................................302 7.2.5 框架设计图......................................................................................................304 7.2.6 HTTPSession和缓存机制...........................................................................................305 7.2.7 基于HTTP的安全机制..............................................................................................306 7.3 类的详细设计和实现................................................................................................309 7.3.1 基本业务对象....................................................................................................310 7.3.2 动态代理工厂....................................................................................................312 7.3.3 肥客户端/服务器架构下实现.......................................................................................315 7.3.4 Web层代理Servlet Proxy..........................................................................................322 7.3.5 浏览器/服务器架构下实现.........................................................................................324 7.3.6 核心代理Business Proxy实现......................................................................................327 7.4 框架的使用和调试..................................................................................................333 7.4.1 配置............................................................................................................333 7.4.2 浏览器/服务器架构下的应用.......................................................................................335 7.4.3 肥客户端/服务器架构下的应用.....................................................................................336 7.5 小结..............................................................................................................337 第8章网上商店系统...................................................................................................338 8.1 系统需求和设计...................................................................................................338 8.1.1 基本业务对象...................................................................................................339 8.1.2 数据表设计.....................................................................................................340 8.2 数据操作通用框架.................................................................................................344 8.2.1 框架的提炼和设计...............................................................................................347 8.2.2 增、删、改、查框架实现.........................................................................................352 8.3 商品类别管理功能的实现...........................................................................................356 8.3.1 创建Session Bean................................................................................................357 8.3.2 EJB配置.........................................................................................................358 8.3.3 创建Category相关类实现..........................................................................................360 8.3.4 Web配置.........................................................................................................361 8.3.5 创建Category.jsp................................................................................................362 8.4 商品管理功能的实现................................................................................................364 8.4.1 创建ProductManager..............................................................................................364 8.4.2 EJB配置.........................................................................................................366 8.4.3 创建Product相关类实现...........................................................................................368 8.4.4 Web配置.........................................................................................................369 8.4.5 创建product.jsp.................................................................................................370 8.4.6 商品图片上传功能................................................................................................374 8.5 商品批量查询和多页显示............................................................................................376 8.5.1 DAO模式.........................................................................................................377 8.5.2 Strut框架下设计和实现...........................................................................................385 8.5.3 页导航条实现....................................................................................................388 8.6 购物车功能的实现..................................................................................................393 8.6.1 有状态Session Bean..............................................................................................393 8.6.2 Web功能实现.....................................................................................................396 8.7 小结..............................................................................................................399
Update : 2009-04-08 Size : 31514707 Publisher : fengbozs@163.com
【Education soft system】 StudInfoManager(Win) DL : 0: 一个学生信息管理系统,使用了多中数值算法,有HASH查找,归并排序,堆排序,快速排序,界面也不错-a student information management system, using a number of numerical algorithms, hash search, merging, in order of ranking reactor, rapid sequencing, and the interface is good
Update : 2024-05-06 Size : 750592 Publisher : 哈哈哈
【Documents】 Biginteger DL : 0: 实现大整数的加减乘除及堆运算-achieving large integer arithmetic and the Reactor Operators
Update : 2024-05-06 Size : 25600 Publisher : 杨向前
【ActiveX/DCOM/ATL】 dcmo DL : 0: Microsoft RPCSS DCERPC DCOM对象激活包长度堆破坏漏洞-RPCSS DCERPC Microsoft DCOM object activation packet length damaged reactor loophole
Update : 2024-05-06 Size : 5120 Publisher :
【Other】堆的实现 DL : 0: 堆的实现-reactor
Update : 2024-05-06 Size : 5120 Publisher : 哈哈
【Post-TeleCom sofeware systems】张课程设计 DL : 0: 三点式振荡器是指LC回路的三个端点与晶体管的三个电极分别连接而成的电路，如图4-1（a）所示。图中三个电抗元件X1、X2、X3构成了决定振荡频率的并联谐振回路，同时也构成了正反馈所需的反馈网络。从相位条件看，要构成振荡器，必须满足： (1)极相连的两个电抗X1、X2性质相同。 (2)X1与X2、X3的电抗性质相反。-three-point refers to LC oscillator circuit with three transistors endpoint of three electrodes were connected with the circuit, Figure 4-1 (a) below. Figure 3 reactor components X1, X2, X3 decision constitutes a frequency of the oscillation parallel resonant circuit, but also constitutes a positive feedback for the feedback network. From Phase conditions, to constitute an oscillator, to be met : (a) very connected to the two reactor X1, X2 the same nature. (2) X1 and X2, X3 nature of the resistance-- contrary.
Update : 2024-05-06 Size : 15360 Publisher : 张枫
【Other】优先队列 DL : 0: 用数组表示堆从而实现优先队列存储紧凑，空间利用率高-array reactor used to achieve priority queue storage compact, space utilization high
Update : 2024-05-06 Size : 16384 Publisher : 刘通学
【Data structs】 Some_Sort_Program_Implement_by_C DL : 0: 几种排序算法的C语言实现用函数实现如下算法：（1）直接插入排序, 希尔排序（2）冒泡排序, 快速排序（3）选择排序, 堆排序（4）归并排序（5）基数排序 -several algorithm using C language function algorithm to achieve the following : (a) direct insertion sort, Hill sequencing (2) Bubble Sort, rapid sequencing (3) choose, in order of ranking reactor (4) Merging Sort (5) Sort base
Update : 2024-05-06 Size : 4096 Publisher : 丘方
【Other】 java_example DL : 1: 实例（java) 1．编写一个程序，列出1 到1000 以内的，求59 的余后为1 质数。 2．试编写程序解下面的问题。猴子吃桃问题：猴子第一天摘下若干个桃子，当即吃了一半，还不瘾，又多吃了一个第二天早上又将剩下的桃子吃掉一半，又多吃了一个。以后每天早上都吃了前一天剩下的一半零一个。到第10 天早上想再吃时，见只剩下一个桃子了。求第一天共摘了多少。 3．编写一个程序求1+2!+3!+...+20!的和。 4．试编写程序求解下面的问题：海滩上有一堆桃子，五只猴子来分。第一只猴子把这堆桃子凭据分为五份，多了一个，这只猴子把多的一个扔入海中，拿走了一份。第二只猴子把剩下的桃子又平均分成五份，又多了一个，它同样把多的一个扔入海中，拿走了一份，第三、第四、第五只猴子都是这样做的，问海滩上原来最少有多少个桃子？（请列举出1000000 以内的最小总数） -Example (java) 1. Preparation of a procedure set out within 1-1000, I seek 59 after a prime number. 2. Test preparation procedures solution to the problem below. The monkeys eat peaches : monkeys became the first several days of peaches, a half-eaten immediately, not addiction, Also eat a morning of the second day will eat the remaining peach half, eat one. The morning after the day before telling the remaining half of a zero. Article 10 days served, when the morning to see only one of the peach. For the first days of the number of extraction. 3. Process for the preparation of a 1 2! Three! ... 20! And. 4. Test preparation procedures to solve the following problems : on the beach with a pile of peaches, five minutes to monkeys. First monkeys peaches evidence of this reactor were divided in
Update : 2024-05-06 Size : 1024 Publisher : wangqi
【Windows Develop】 SocketDemo1 DL : 0: 数据结构----常用算法的堆排序算法，完整版可直接编译运行，教学实验中常用！-data structure-the reactor algorithm commonly used algorithm, a complete version can be run directly translated, Teaching experiment used!
Update : 2024-05-06 Size : 57344 Publisher : popandsmtp
【Education soft system】 TravelInHIT DL : 0: 本程序以哈尔滨工业大学为例，用堆结构实现了校园内导航图这一功能，用户输入自己在校园内的所在地和目的地，程序会自动给出路线。-procedures to the Harbin Industrial University as an example, the use of the reactor structure to achieve campus navigation map of this function, Users input their campus, the location and the destination, the program will automatically given route.
Update : 2024-05-06 Size : 19456 Publisher : xiaoyu
【JSP/Java】 openwfe-1.7.1 DL : 0: OpenWFE是一个开放源码的Java工作流引擎。它是一个完整的业务处理管理套件：一个引擎，一个工作列表，一个Web界面和一个反应器（存放自动代理）。它可以可以跟你的程序很好的给合。初步尝试这个东东，从WEB页面上感觉是一个很好的东东，也是一个比较理想的工作流设计的东东，也没有像uengine这个工作流复杂，是一个自由派的工作流引擎技术。现在正在学习当中 -OpenWFE is an open source Java workflow engine. It is a complete business process management suite : an engine, a list, a Web interface and a reactor (automatic storage agent). It can tell you the procedures for the good cooperation. The initial attempt to Eastern, from the Web pages is a very good impression of the Eastern, is an ideal work flow design of the Eastern nor as uengine this complex work flow, is the work of a liberal engine technology. Which is now learning
Update : 2024-05-06 Size : 26524672 Publisher : 何天
【Technology Management】 differenct DL : 0: 堆和栈的区别一、预备知识—程序的内存分配一个由c/C++编译的程序占用的内存分为以下几个部分 1、栈区（stack）— 由编译器自动分配释放，存放函数的参数值，局部变量的值等。其操作方式类似于数据结构中的栈。 2、堆区（heap） — 一般由程序员分配释放，若程序员不释放，程序结束时可能由OS回收。注意它与数据结构中的堆是两回事，分配方式倒是类似于链表，呵呵。 3、全局区（静态区）（static）—，全局变量和静态变量的存储是放在一块的，初始化的全局变量和静态变量在一块区域，未初始化的全局变量和未初始化的静态变量在相邻的另一块区域。 - 程序结束后有系统释放 4、文字常量区—常量字符串就是放在这里的。程序结束后由系统释放 5、程序代码区—存放函数体的二进制代码。二、例子程序 -reactors and the distinction between a stack, prior knowledge-memory allocation procedures from a c/C compiler procedures occupied by the memory is divided into the following sections 1, Stack (stack)- automatically by the compiler release distribution, storage function parameters, local variables, such as the value. Their mode of operation similar to the data structure of the stack. 2, the reactor (heap)- General to release the allocation by programmers, programmers if not released at the end of proceedings by the OS may recall. Attention to its data structure and the reactor are two different things, but similar to the distribution chain, Ha ha. 3, the overall situation (static) (static)-, global variables and static variables are stored on one, initialize the global variables and s
Update : 2024-05-06 Size : 14336 Publisher : stevephen
【Other】 LJTHREE DL : 0: 假设定义堆为满足如下性质的完全三叉树：（1）空树为堆；（2）根结点的值不小于所有子树根的值，且所有子树均为堆。编写利用上述定义的堆进行排序的算法，并分析推导算法的时间复杂度。-assumptions to meet the definition of reactor following the complete nature of the trigeminal tree : (1) Air trees reactor; (2) The root node is not less than the value of all the value-roots, and all the sub-trees are heap. Prepared using the above definition of the heap for sorting algorithm and analysis derived algorithm's time complexity.
Update : 2024-05-06 Size : 427008 Publisher : liujing
【Internet-Network】 libwlei DL : 0: 自已写的源码库，包含有，日志，反应器，主动器，和一个简单的HTTP服务器！写这个库的目的，主要是为了自己的软件工程思想（合理安排资源所处的位置）！这是很久以前写的，现在回头看看，感觉还有很多需要改进的地方！-write their own code libraries, includes, log, reactor, on the initiative, and a simple HTTP server! This was the purpose is mainly to the software engineering (of reasonable arrangements resources are located)! This was written a long time ago, and now look back and feel there is a need to improve the lot!
Update : 2024-05-06 Size : 31744 Publisher : 王雷
【Applications】 heapxu DL : 0: 通过堆（heap）排序法对关键字成员为实数的结构体一维数组进行排序计算和数值模拟。-through the reactor (heap) the keyword method of ranking members of the real structure of the one-dimensional array by calculated and Numerical simulation.
Update : 2024-05-06 Size : 1024 Publisher : lsx

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