Sy7

原始简单的mfc界面编程，新学者可以学习(The original simple MFC interface programming, the new scholar can learn)

his small example receives files over a network listens on,(His small example receives files over a network listens on,)

用Visual Basic 改变Windows图标大小 程序源代码(Visual Basic program source code to change the Windows icon size)

最近做了一个类似Windows画图板的小程序，拿来和大家分享一下。功能和界面全部模仿于Windows自带的画图板，界面如截图。功能主要有： 手绘线、简单图形、文字输入、图块拖放、重复撤销、画面缩放、打开保存图片文件，另外为了直接从数据库或者XML中存取图片，另外还提供了从Base64编码存取图片的接口，其他还实现了和画图板同样效果的工具箱及颜料盒。(Recently to do a similar drawing board a small Windows program, use and share with you. Features and interfaces in Windows, bringing all to imitate the drawing board, such as interface screenshot. The main features include: hand-painted lines, simple graphics, text input, drag and drop block, duplicate revoked, screen zoom, open the Save picture files, the other in order to directly from the database or XML access picture also provides a survival from the Base64 encoding Photos from the interface, the other also drawing board and achieve the same effect toolbox and paint boxes.)

一个类似于vc的界面源码,让vc界面开发变得简单多了.(Vc interface similar to the one source, so that vc interface development becomes much simpler.)

用一个自已写的VB程序，发送信息到正在运行的第三方程序的某个指定的窗体之中。遍历所有窗体与子窗体，以找到需要发送信息的子窗子句柄(please read THE CHINESE notes)

VB图像标尺示例（获取图像像素）,有需要的就下载吧。(VB image scale sample (image pixels), has the need to download it.)

说明：  百叶窗式面板组 界面比较酷，大家可以借鉴(louver panel-group comparison Cool interface, we can draw!)

MFC消息映射机制的剖析，讲述如何运用ClassWizard(MFC message mapping mechanism analysis, how to use ClassWizard)

说明：  许多现代浮点单元的一项主要体系结构功能，是能够将一个乘法与后面紧跟的加法作为单个运算执 行，且没有中间舍入误差。例如，Intel 的 Itanium 体系结构提供了一些指令，将三元运算 (a*b+c) 、(a*b-c) 和 (c-a*b) 中的每一个都组合为单个浮点指令（分别为 fma、fms 和 fnma）。这些单个 指令都比执行独立的乘法和加法指令快，并且因为没有中间乘法舍入，所以更为精确。该优化可以显 著提高那些含有多个交错乘法和加法运算的函数的速度(many modern floating point unit of a major system structure and function is to be a follow closely behind multiplication and addition of implementation as a single operator, with no intermediate rounding error. For example, Intel's Itanium architecture provides a number of directives to the ternary operator (a* b, c), (a* b-c) and (c-a* b) each have a portfolio to a single floating point instructions (Fullmetal respectively, and fms fnma) . These individual instruction than the implementation of an independent and additive multiplication instructions quickly, and because no middle multiplication into homes, so more precise. The optimization can significantly increase those containing more than staggered multiplication and addition operations function of the speed)