Examples of using Clang in Chinese and their translations into English
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我已经在Clang和GCC中进行过测试。
I have tested in Clang and GCC.其他需要调整以符合clang的C++11支持。
Others needed to be adjusted to be compliant with clang's C++ 11 support.在这里，clang团队真的很棒!
Clang分析仪工具的诊断UI有很多改进。
Zapcc-基于Clang的C++编译器.
Cling a C++ interpreter based on Clang.目前，gcc4.6生成的代码通常要快一些，但是CLang正在缩小差距。
一个LLVM后端和clang移植已经在计划上。
左边是由Clang编译器翻译成LLVMIR的代码。
On 还有，我们对Clang的支持也很有兴趣。
We are also very interested in improving our support for Clang as well.如果你使用Clang,可以访问zapcc,节省时间上，它仍然是相当好的选择。
If you use clang and can have access to zapcc, it's still quite a good option to save some time.Clang是一个全新的C/C++/Objective-C编译器，它使用自己的前端，LLVM作为后端。
Clang is a whole new C/C++/Objective-C compiler, which uses its own frontend, and LLVM as the backend.根据设计，clang命令行选项与GCC类似。
By design, the clang command line options are similar to those of GCC.Clang项目包括Clang前端和Clang静态分析器等。
The Clang project includes the Clang front end and the Clang static analyzer among others.至于运行时，我并没有看到Clang版本和Zapcc版本有更多不同。
As for runtime,I have not seen any significant difference in performance between the clang version and Clang专案包括Clang前端和Clang静态分析器等。
The Clang project includes the Clang front end and the Clang static analyzer among others.苹果公司决定从不透明的Clang工具切换到另一个，似乎是一个实现细节了(可以这么说)。
Apple's decision to switch from one obscure Clang tool to another would seem to be an implementation detail(so to speak).不仅有Clang，GCC和MSVC，还有鲜为人知的编译器，例如DJGPP，ELLCC，IntelC++等。
Clang, GCC, and MSVC are all there but also lesser-known compilers such as DJGPP, ELLCC, Intel C++, and others.它们分别包括gcc和clang,然后修改其编译过程,发出中间程序集代码(使用-S选项)。
They wrap gcc and clang, respectively, and modify the compile process to emit an intermediate assembly code file(using the-S option).CLang是一个解析C，C++和ObjectiveC代码并将其转换为适合LLVM的表示的前端。
CLang is a front end which parses C, C++ and Objective C code and translates it into a representation suitable for LLVM.而且，它也支持Clang编译器，该编译器广泛用于Objective-C和C/C++应用的开发工作中。
Moreover, it also provides support for Clang compiler which is widely used in the development of Objective-C and C/C++.Clang[2]设计时比GCC编译过程中保留更多的信息，保留原始代码的整体形式。
Clang is designed to retain more information during the compilation process than GCC, and preserve the overall form of the original code.ARC（自动引用计数）是Clang编译器内部的内存管理功能，它管理数字对象的内存。
ARC(Automatic Reference Counting), the memory management functionality inside the Clang compiler, manages the memory of digital objects.MinGW，GCC和Clang（分别是Windows，Linux，Mac）都是基于/兼容GCC的不同编译器。
MinGW, GCC, and Clang(Windows, Linux, Mac, respectively) are all different compilers based/compatible with/on GCC.Emscripten的目标是取代著名的C编译器，如GCC或clang，并且与它们基本上是兼容的。
Emscriptenʼs goal is to function as a drop-inreplacement for well-known C compilers like GCC or clang and is mostly flag compatible.主流C++编译器对新语言特性的支持正在有条不紊地开发：Clang“完全实现了当前草案的所有内容”；.
Support for the new language features is alsowell underway on major C++ compilers: Clang"fully implements all of the current draft";纯粹的LLVM编译器（也成为Clang）自己进行代码解析，提供了更智能、信息量更大的错误和警告信息。
A pure LLVM compiler(also referred to as Clang) does its own parsing and provides more intelligent and helpful error messages and warnings.Xcode具有集成的调试器，支持Git等版本控制系统，具有Clang编译器，并使用libc++作为其标准库。
Xcode has an integrated debugger, supports version control systems like Git,features a Clang compiler, and utilizes libc++ as its standard library.在最近的5.0.0版本中，Clang添加了一个名为Clangd的新工具，它是LLVM对LanguageServerProtocol的实现。
In its recent 5.0.0 release, Clang added a new tool called Clangd, LLVM's implementation for the Language Server Protocol.Zapcc采用激进的缓存策略(aggressivecaching)和其他技术来显著加快编译时间，同时作为GCC或Clang的替代品。
Zapcc employs aggressive caching and other techniques in an effort to significantly speed up compiletimes while being a drop-in replacement to GCC or Clang.QtCreator4.6Beta将其Clang代码模型后端从v3.9升级到v5.0，现在支持更多的C++17功能。
Thanks to Qt Creator 4.6 Beta upgrading its Clang code model back-end from v3.9 to v5.0, there is now support for many more C++17 features.
