Management 10.5. JSP Tag Library IV. Auxiliary Support 辅助支持 11. Caching 缓存 12. Concurrency & Multithreading 并发与多线程 13. Testing 测试 14. Custom Subjects 自定义 Subject V. Integration 整合 15. Spring Framework Manual 中文翻译 116 11. Caching 缓存 12. Concurrency & Multithreading 并发与多 线程 待定 Apache Shiro 1.2.x Reference Manual 中文翻译 117 12. Concurrency & Multithreading 并发与多线程 13. Testing 测试 文档的这一部分介绍了在单元测试中如何使用Shiro。

第一篇【勿在浮砂筑高台】提供进入MFC 核心技术以及应用技术之前的所有技术基础， 包括： ■ Win32 程序观念：message based, event driven, multitasking, multithreading, console programming。 ■ C++ 重要技术：类别与对象、this 指针与继承、静态成员、虚拟函数与多态、 深入淺出 MFC 28 模板（templa Goal : Fibonacci sequencee, less than 100 #0005 // Build : cl /MT mfccon.cpp (/MT means Multithreading) #0006 #0007 #include #0008 #include #0009 #0010 int main() #0011 { #0012 和_endthreadex，以及执行线程的其它各种理论基础、程序技术、使 用技巧，可参考由Jim Beveridge & Robert Wiener 合着，Addison Wesley 出版的 Multithreading Applications in Win32 一书（Win32 多线程程序设计/ 侯俊杰译/ 峰出 版）。 48 执行线程优先权（Priority） 优先权是排程的重要依据。优先权高的执行线程，永远先获得CPU

方法能够被子类调用，用来清除特殊账户缓存的 授权信息。它通常被自定义逻辑调用，如果与之匹配的账户授权数据发生了改变（来确保下次的授权检查能够捕获 新数据）。 Concurrency & Multithreading TODO:未翻译 Testing with Apache Shiro 文档的这一部分介绍了在单元测试中如何使用 Shiro。 What to know for

can build Krita: you@yourcomputer:~/kritadev/build> make You can speed this up by enabling multithreading. To do so, you first figure out how many threads your processor can handle: cat /proc/cpuinfo code, but also interface design help. Some features, such as new frame types for animation, or multithreading on some part or the other also needs careful discussion so we know what is going to need changes during undo operations, that is not what we want). And, btw, it would be really good idea to have multithreading support for such actions, because some of them (like Scale Image) may be quite slow. KisNodeVisitor

can build Krita: you@yourcomputer:~/kritadev/build> make You can speed this up by enabling multithreading. To do so, you first figure out how many threads your processor can handle: cat /proc/cpuinfo code, but also interface design help. Some features, such as new frame types for animation, or multithreading on some part or the other also needs careful discussion so we know what is going to need changes during undo operations, that is not what we want). And, btw, it would be really good idea to have multithreading support for such actions, because some of them (like Scale Image) may be quite slow. KisNodeVisitor

can build Krita: you@yourcomputer:~/kritadev/build> make You can speed this up by enabling multithreading. To do so, you first figure out how many threads your processor can handle: cat /proc/cpuinfo code, but also interface design help. Some features, such as new frame types for animation, or multithreading on some part or the other also needs careful discussion so we know what is going to need changes during undo operations, that is not what we want). And, btw, it would be really good idea to have multithreading support for such actions, because some of them (like Scale Image) may be quite slow. KisNodeVisitor

can build Krita: you@yourcomputer:~/kritadev/build> make You can speed this up by enabling multithreading. To do so, you first figure out how many threads your processor can handle: cat /proc/cpuinfo code, but also interface design help. Some features, such as new frame types for animation, or multithreading on some part or the other also needs careful discussion so we know what is going to need changes during undo operations, that is not what we want). And, btw, it would be really good idea to have multithreading support for such actions, because some of them (like Scale Image) may be quite slow. KisNodeVisitor

can build Krita: you@yourcomputer:~/kritadev/build> make You can speed this up by enabling multithreading. To do so, you first figure out how many threads your processor can handle: cat /proc/cpuinfo code, but also interface design help. Some features, such as new frame types for animation, or multithreading on some part or the other also needs careful discussion so we know what is going to need changes during undo operations, that is not what we want). And, btw, it would be really good idea to have multithreading support for such actions, because some of them (like Scale Image) may be quite slow. KisNodeVisitor

can build Krita: you@yourcomputer:~/kritadev/build> make You can speed this up by enabling multithreading. To do so, you first figure out how many threads your processor can handle: cat /proc/cpuinfo code, but also interface design help. Some features, such as new frame types for animation, or multithreading on some part or the other also needs careful discussion so we know what is going to need changes during undo operations, that is not what we want). And, btw, it would be really good idea to have multithreading support for such actions, because some of them (like Scale Image) may be quite slow. KisNodeVisitor

information about hardware and the operating system. source Base.Threads – Module. Experimental multithreading support. source Base.GC – Module. Base.GC Module with garbage collection utilities. source