Application of C++ in Cancer Modeling • The speaker (Ruibo) • University of Washington, department of applied mathematics • Cancer Modeling Group: Evolution of cancer initiation • Group leader:

an arrow on his back i 读者来函 新竹市. 高翠路. 刘嘉均 1996 年11 月，我在书店看到了深入浅出MFC 这本书，让我想起自己曾经暗暗告诉过自 己：Application Framework 真是一个好东西。我在书店驻足察看这本书五分钟之后，我便知 道这本书是一定要买下的。适巧我工作上的项目进度也到了一个即将完成的阶度，所以我便 一口气将这本书给读完了，而且是彻彻底底读了两遍。 先从技术面谈起。我阅读过的VC++ 或MFC 书籍不算少，因此，我很有信心地说，这本书 的内容有其独步全球之处。本书企图引领读者进入MFC 这个十分庞大并在软件工具市场上 极端重要之application framework 的核心；我尝试剖析其中美好的对象导向性质（注1）的实 作方式，亦尝试剖析其中与Windows 程序设计模型（注2）息息相关之特殊性质（注3）的 实作方式。 注1：此指runtime 有了这份基础，你才有轻松驾驭MFC 的本钱。 唯有这份基础，才能使你胸中自有丘壑。 如果够用心，你还可以附带地从本书概略学习到一个application framework 的设计蓝图。虽 然，99.99999% 的programmer 终其一生不会设计一个application framework，这样的蓝图仍 可以为你的对象导向观念带来许多面向的帮助。 我一直希望，能够为此书发行英文国际版。囿

etc) ○ NOTE: this is grossly simplified ● I assert that: aN > bM ○ Let's assume we have an application of 100 error reporting functions ○ N (# of functions called) >= M (total number of functions) = Long Personality with 16-bit scopes (always 8-bytes to 12-bytes) LU32 = Long Personality with 32-bit scopes (always 8-bytes to 12-bytes) 125Unwinding baz() 126 SRAM Address Value 0x4000 0x???? Offset 0x7FFF'F700 =-2304 .exception_table LU16/32 personality GCC LSDA Note: Exception table is 32-bit alignedWhat is a LSDA? header call site table action table(s) personality function personality

compilation is also done by the client application. The different applications in the image above are: • The Conan client: this is a console/terminal command line application, containing the heavy logic for private packages. It is also a service application that can be run as a daemon or service, behind a web server (apache, nginx), or easily as stand-alone application. Both the Conan client and the conan_server will upload their binaries under the same package name to the remotes. Package consumers (client application users that are installing existing packages to reuse in their projects) will typically retrieve

compilation is also done by the client application. The different applications in the image above are: • The Conan client: this is a console/terminal command line application, containing the heavy logic for private packages. It is also a service application that can be run as a daemon or service, behind a web server (apache, nginx), or easily as stand-alone application. Both the Conan client and the conan_server will upload their binaries under the same package name to the remotes. Package consumers (client application users that are installing existing packages to reuse in their projects) will typically retrieve

compilation is also done by the client application. The different applications in the image above are: • The Conan client: this is a console/terminal command line application, containing the heavy logic for private packages. It is also a service application that can be run as a daemon or service, behind a web server (apache, nginx), or easily as stand-alone application. Both the Conan client and the conan_server will upload their binaries under the same package name to the remotes. Package consumers (client application users that are installing existing packages to reuse in their projects) will typically retrieve

compilation is also done by the client application. The different applications in the image above are: • The Conan client: this is a console/terminal command line application, containing the heavy logic for private packages. It is also a service application that can be run as a daemon or service, behind a web server (apache, nginx), or easily as stand-alone application. Both the Conan client and the conan_server will upload their binaries under the same package name to the remotes. Package consumers (client application users that are installing existing packages to reuse in their projects) will typically retrieve

compilation is also done by the client application. The different applications in the image above are: • The Conan client: this is a console/terminal command line application, containing the heavy logic for private packages. It is also a service application that can be run as a daemon or service, behind a web server (apache, nginx), or easily as stand-alone application. Both the Conan client and the conan_server will upload their binaries under the same package name to the remotes. Package consumers (client application users that are installing existing packages to reuse in their projects) will typically retrieve

compilation is also done by the client application. The different applications in the image above are: • The Conan client: this is a console/terminal command line application, containing the heavy logic for private packages. It is also a service application that can be run as a daemon or service, behind a web server (apache, nginx), or easily as stand-alone application. Both the Conan client and the conan_server will upload their binaries under the same package name to the remotes. Package consumers (client application users that are installing existing packages to reuse in their projects) will typically retrieve

compilation is also done by the client application. The different applications in the image above are: • The Conan client: this is a console/terminal command line application, containing the heavy logic for private packages. It is also a service application that can be run as a daemon or service, behind a web server (apache, nginx), or easily as stand-alone application. Both the Conan client and the conan_server will upload their binaries under the same package name to the remotes. Package consumers (client application users that are installing existing packages to reuse in their projects) will typically retrieve