As graphics hardware evolved, GDI gained the ability to be hardware-accelerated through a set of DDIs (Device Driver Interface).
随着图形硬件(显卡)演进，GDI通过DDI(设备驱动接口)获得了硬件加速的能力。
MS08-071, which contains two separate vulnerabilities, both critical, updates the graphics Device Interface (GDI), the core graphics rendering component of Windows.
代号MS08 - 071，包含两个单独的“严重”补丁，更新了Windows的核心图形渲染组件-Graphics Device Interface (GDI)。
The original rendering system (which still exists to this day) was GDI (Graphics Device Interface).
最初的渲染系统叫做GDI(图形设备接口)，今天仍然存在。
This requires that the graphics interface language provide facilities for a program to determine the hardware characteristics of the device and make appropriate adjustments.
这要求图形界面语言为程序提供确定设备的硬件特征和做适当的矫正的方便性。
Just as C is sometimes thought of as a "high-level assembly language, " you can think of GDI as a high-level interface to the hardware of the graphics device.
正如C有时候被看作是“高级汇编语言”一样，你可以把GDI 看作是图形设备硬件的高级接口。
The output device USES pixels for a graphics representation, but the program doesn't talk to the interface in terms of pixels.
输出设备将像素用于图形的表现，但是程序不会按照像素告诉界面。
When you use a video card-supported cursor, the Graphics Device Interface (GDI) gives the video card a bitmap and a mask and says, "OK, this is the mouse cursor."
使用视频卡支持游标时，图形设备接口(GDI)将使视频卡，一个位图和掩码，并指出，确定“，这是将鼠标光标。”
When you use a video card-supported cursor, the Graphics Device Interface (GDI) gives the video card a bitmap and a mask and says, "OK, this is the mouse cursor."
使用视频卡支持游标时，图形设备接口(GDI)将使视频卡，一个位图和掩码，并指出，确定“，这是将鼠标光标。”
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