msgid "Libffi-&libffi-version;" msgstr "Libffi-&libffi-version;" #. type: Content of: <sect1><sect2><variablelist><varlistentry><listitem><indexterm><primary> msgid "libffi" msgstr "libffi" #. type: Content of: <sect1><sect2><para> msgid "" "The Libffi library provides a portable, high level programming interface to " "various calling conventions. This allows a programmer to call any function " "specified by a call interface description at run time." msgstr "" "Libffi 库提供一个可移植的高级编程接口，用于处理不同调用惯例。这允许程序在运行" "时调用任何给定了调用接口的函数。" #. type: Content of: <sect1><sect2><segmentedlist><segtitle> msgid "&buildtime;" msgstr "&buildtime;" #. type: Content of: <sect1><sect2><segmentedlist><segtitle> msgid "&diskspace;" msgstr "&diskspace;" #. type: Content of: <sect1><sect2><segmentedlist><seglistitem><seg> msgid "&libffi-fin-sbu;" msgstr "&libffi-fin-sbu;" #. type: Content of: <sect1><sect2><segmentedlist><seglistitem><seg> msgid "&libffi-fin-du;" msgstr "&libffi-fin-du;" #. type: Content of: <sect1><sect2><title> msgid "Installation of Libffi" msgstr "安装 Libffi" #. type: Content of: <sect1><sect2><note><para> msgid "" "Similar to GMP, libffi builds with optimizations specific to the proccesor " "in use. If building for another system, export CFLAGS and CXXFLAGS to " "specify a generic build for your architecture. If this is not done, all " "applications that link to libffi will trigger Illegal Operation Errors." msgstr "" "和 GMP 类似，libffi 在构建时会使用特定于当前处理器的优化。如果是在为另一台计" "算机构建系统，请导出 CFLAGS 和 CXXFLAGS 环境变量，为您的架构指定较为通用的构" "建目标。否则，所有链接到 libffi 的程序都可能触发非法指令异常。" #. type: Content of: <sect1><sect2><para> msgid "Prepare libffi for compilation:" msgstr "准备编译 libffi：" #. type: Content of: <sect1><sect2><screen> #, no-wrap msgid "<userinput remap=\"configure\">./configure --prefix=/usr --disable-static --with-gcc-arch=native</userinput>" msgstr "<userinput remap=\"configure\">./configure --prefix=/usr --disable-static --with-gcc-arch=native</userinput>" #. type: Content of: <sect1><sect2><variablelist><title> msgid "The meaning of the configure option:" msgstr "配置选项的含义：" #. type: Content of: <sect1><sect2><variablelist><varlistentry><term> msgid "<parameter>--with-gcc-arch=native</parameter>" msgstr "<parameter>--with-gcc-arch=native</parameter>" #. type: Content of: <sect1><sect2><variablelist><varlistentry><listitem><para> msgid "" "Ensure GCC optimizes for the current system. If this is not specified, the " "system is guessed and the code generated may not be correct for some " "systems. If the generated code will be copied from the native system to a " "less capable system, use the less capable system as a parameter. For details " "about alternative system types, see <ulink url='https://gcc.gnu.org/" "onlinedocs/gcc-&gcc-version;/gcc/x86-Options.html'> the x86 options in the " "GCC manual</ulink>." msgstr "" "保证 gcc 为当前系统进行优化。如果不使用该选项，构建系统会猜测系统架构，在某些" "系统上可能生成不正确的代码。如果要将生成的代码从本地系统复制到指令集功能较弱" "的系统中，需要使用目标系统架构作为该选项的参数值。关于不同系统架构的信息，参" "阅 <ulink url='https://gcc.gnu.org/onlinedocs/gcc-&gcc-version;/gcc/x86-" "Options.html'>gcc 手册中提供的的 x86 选项</ulink>。" #. type: Content of: <sect1><sect2><para> msgid "Compile the package:" msgstr "编译该软件包：" #. type: Content of: <sect1><sect2><screen> #, no-wrap msgid "<userinput remap=\"make\">make</userinput>" msgstr "<userinput remap=\"make\">make</userinput>" #. type: Content of: <sect1><sect2><para> msgid "To test the results, issue:" msgstr "运行以下命令以测试编译结果：" #. type: Content of: <sect1><sect2><screen> #, no-wrap msgid "<userinput remap=\"test\">make check</userinput>" msgstr "<userinput remap=\"test\">make check</userinput>" #. type: Content of: <sect1><sect2><para> msgid "Install the package:" msgstr "安装该软件包：" #. type: Content of: <sect1><sect2><screen> #, no-wrap msgid "<userinput remap=\"install\">make install</userinput>" msgstr "<userinput remap=\"install\">make install</userinput>" #. type: Content of: <sect1><sect2><title> msgid "Contents of Libffi" msgstr "Libffi 的内容" #. type: Content of: <sect1><sect2><segmentedlist><segtitle> msgid "Installed library" msgstr "安装的库" #. type: Content of: <sect1><sect2><segmentedlist><seglistitem><seg> msgid "libffi.so" msgstr "libffi.so" #. type: Content of: <sect1><sect2><variablelist><bridgehead> msgid "Short Descriptions" msgstr "简要描述" #. type: Content of: <sect1><sect2><variablelist> msgid "" "<?dbfo list-presentation=\"list\"?> <?dbhtml list-presentation=\"table\"?>" msgstr "" "<?dbfo list-presentation=\"list\"?> <?dbhtml list-presentation=\"table\"?>" #. type: Content of: <sect1><sect2><variablelist><varlistentry><term> msgid "<filename class=\"libraryfile\">libffi</filename>" msgstr "<filename class=\"libraryfile\">libffi</filename>" #. type: Content of: <sect1><sect2><variablelist><varlistentry><listitem><para> msgid "contains the libffi API functions." msgstr "包含 libffi API 函数"

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#, no-wrap msgid "&libffi-url;" msgstr "&libffi-url;" #. type: Content of: msgid "" "libffi &libffi-version; " msgstr "" "libffi &libffi-version; " #. type: Content of: msgid "Libffi-&libffi-version;" msgstr "Libffi-&libffi-version;" #. type: Content of: <sect1><sect2><variablelist><varlistentry><listitem><indexterm><primary> msgid "libffi" msgstr "libffi" #. type: Content of: <sect1><sect2><para> msgid "" "The Libffi library provides a portable, high level programming interface to " "various calling conventions. This allows a programmer to call any function " "specified by a call interface description at run time." msgstr "" "Libffi 库提供一个可移植的高级编程接口，用于处理不同调用惯例。这允许程序在运行" "时调用任何给定了调用接口的函数。" #. type: Content of: <sect1><sect2><segmentedlist><segtitle> msgid "&buildtime;" msgstr "&buildtime;" #. type: Content of: <sect1><sect2><segmentedlist><segtitle> msgid "&diskspace;" msgstr "&diskspace;" #. type: Content of: <sect1><sect2><segmentedlist><seglistitem><seg> msgid "&libffi-fin-sbu;" msgstr "&libffi-fin-sbu;" #. type: Content of: <sect1><sect2><segmentedlist><seglistitem><seg> msgid "&libffi-fin-du;" msgstr "&libffi-fin-du;" #. type: Content of: <sect1><sect2><title> msgid "Installation of Libffi" msgstr "安装 Libffi" #. type: Content of: <sect1><sect2><note><para> msgid "" "Similar to GMP, libffi builds with optimizations specific to the proccesor " "in use. If building for another system, export CFLAGS and CXXFLAGS to " "specify a generic build for your architecture. If this is not done, all " "applications that link to libffi will trigger Illegal Operation Errors." msgstr "" "和 GMP 类似，libffi 在构建时会使用特定于当前处理器的优化。如果是在为另一台计" "算机构建系统，请导出 CFLAGS 和 CXXFLAGS 环境变量，为您的架构指定较为通用的构" "建目标。否则，所有链接到 libffi 的程序都可能触发非法指令异常。" #. type: Content of: <sect1><sect2><para> msgid "Prepare libffi for compilation:" msgstr "准备编译 libffi：" #. type: Content of: <sect1><sect2><screen> #, no-wrap msgid "<userinput remap=\"configure\">./configure --prefix=/usr --disable-static --with-gcc-arch=native</userinput>" msgstr "<userinput remap=\"configure\">./configure --prefix=/usr --disable-static --with-gcc-arch=native</userinput>" #. type: Content of: <sect1><sect2><variablelist><title> msgid "The meaning of the configure option:" msgstr "配置选项的含义：" #. type: Content of: <sect1><sect2><variablelist><varlistentry><term> msgid "<parameter>--with-gcc-arch=native</parameter>" msgstr "<parameter>--with-gcc-arch=native</parameter>" #. type: Content of: <sect1><sect2><variablelist><varlistentry><listitem><para> msgid "" "Ensure GCC optimizes for the current system. If this is not specified, the " "system is guessed and the code generated may not be correct for some " "systems. If the generated code will be copied from the native system to a " "less capable system, use the less capable system as a parameter. For details " "about alternative system types, see <ulink url='https://gcc.gnu.org/" "onlinedocs/gcc-&gcc-version;/gcc/x86-Options.html'> the x86 options in the " "GCC manual</ulink>." msgstr "" "保证 gcc 为当前系统进行优化。如果不使用该选项，构建系统会猜测系统架构，在某些" "系统上可能生成不正确的代码。如果要将生成的代码从本地系统复制到指令集功能较弱" "的系统中，需要使用目标系统架构作为该选项的参数值。关于不同系统架构的信息，参" "阅 <ulink url='https://gcc.gnu.org/onlinedocs/gcc-&gcc-version;/gcc/x86-" "Options.html'>gcc 手册中提供的的 x86 选项</ulink>。" #. type: Content of: <sect1><sect2><para> msgid "Compile the package:" msgstr "编译该软件包：" #. type: Content of: <sect1><sect2><screen> #, no-wrap msgid "<userinput remap=\"make\">make</userinput>" msgstr "<userinput remap=\"make\">make</userinput>" #. type: Content of: <sect1><sect2><para> msgid "To test the results, issue:" msgstr "运行以下命令以测试编译结果：" #. type: Content of: <sect1><sect2><screen> #, no-wrap msgid "<userinput remap=\"test\">make check</userinput>" msgstr "<userinput remap=\"test\">make check</userinput>" #. type: Content of: <sect1><sect2><para> msgid "Install the package:" msgstr "安装该软件包：" #. type: Content of: <sect1><sect2><screen> #, no-wrap msgid "<userinput remap=\"install\">make install</userinput>" msgstr "<userinput remap=\"install\">make install</userinput>" #. type: Content of: <sect1><sect2><title> msgid "Contents of Libffi" msgstr "Libffi 的内容" #. type: Content of: <sect1><sect2><segmentedlist><segtitle> msgid "Installed library" msgstr "安装的库" #. type: Content of: <sect1><sect2><segmentedlist><seglistitem><seg> msgid "libffi.so" msgstr "libffi.so" #. type: Content of: <sect1><sect2><variablelist><bridgehead> msgid "Short Descriptions" msgstr "简要描述" #. type: Content of: <sect1><sect2><variablelist> msgid "" "<?dbfo list-presentation=\"list\"?> <?dbhtml list-presentation=\"table\"?>" msgstr "" "<?dbfo list-presentation=\"list\"?> <?dbhtml list-presentation=\"table\"?>" #. type: Content of: <sect1><sect2><variablelist><varlistentry><term> msgid "<filename class=\"libraryfile\">libffi</filename>" msgstr "<filename class=\"libraryfile\">libffi</filename>" #. type: Content of: <sect1><sect2><variablelist><varlistentry><listitem><para> msgid "contains the libffi API functions." msgstr "包含 libffi API 函数"