When a character is represented using a sequence of two 16-bit code units, it's called a surrogate pair.
当使用两个16位代码单元序列表示字符时，将该字符称为代理对。
Unfortunately, not all software copes with this elegantly, and in fact, the default compiler options generate 32-bit code.
不幸的是，并非所有的软件都可以充分利用这个优点；实际上，默认编译器选项生成的就是32位的代码。
This leads to the surprising result that, in some cases, native 64-bit code runs slower than native 32-bit code, on the same processor!
在某些情况中，这会导致令人惊奇的结果，本地 64位代码的运行速度在相同的处理器上运行会比本地32 位代码速度更慢！
We wanted to see the impact to Lotus Domino's scalability in a single Lotus Domino partition server when using the new native 64-bit code compared to the older 32-bit code.
我们想要看到，与旧的32位代码相比，使用新的本地64位代码对一个LotusDomino分区服务器中Lotus Domino的可伸缩性有什么影响。
One difference is that Edit and Continue is not available for 64-bit code.
其中一个区别是，“编辑并继续”对64位代码不可用。
This is not possible in-process, a 64-bit process cannot load and execute any 32-bit code.
这是不可能的过程，一个64位的程序无法加载和执行任何32位代码。
This is done in order to ensure that your 64-bit merge modules do not contain a mix of 32 - and 64-bit code.
这么做是为了确保64位元合并模组不包含混合的32位元和64位元程序码。
This is done in order to ensure that your 64-bit merge modules do not contain a mix of 32 - and 64-bit code.
这么做是为了确保64位元合并模组不包含混合的32位元和64位元程序码。
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