gcc arch

Ld arch/x86/MM/built-in.oLds arch/x86/vdso/vdso32/vdso32.ldsAs ARCH/x86/vdso/vdso32/Note. oAs ARCH/x86/vdso/vdso32/int80.oVdso ARCH/x86/vdso/vdso32-int80.so.dbgGCC: Error: elf_i386: no such file or directoryMake [2]: *** [ARCH/x86

will prompt "No input file", Otherwise, no installation is successful or the environment variable is not set successfully.3. Compiling Linux kernel--actually just copying Linux kernel header filesThis step is best done after you compile GCC for the first time, or you will be prompted with the "MIPS-LINUX-GCC command does not exist" error--although it may ultimately have little effect on the outcomelsq$: Ma

-shared--enable-static Make Still error, prompt Pnglibconf.c:33:19:fatal error:zlib.h:no such file or directory Reference http://code-by.org/viewtopic.php?f=55t=169 Vim Makefile +256 instead Default_includes =-I.-i/usr/local/mips/opencv-depend/include Make Make install 4, Yasm of the cross-compilation: CC=MIPS-LINUX-GNU-GCC./configure--enable-shared--host=mips-linux-gnu--disable-asm--prefix= $OPENCV _depend Make Make install 5, lib

need to be prefixed.File. h c/c ++ compile the header file.File. ccFile. cpFile. cxxFile. cppFile. CPPFile. c ++The file. C c ++ source file must be prefixed.File. hhThe file. H c ++ header file is converted into a prefix header file. File. sAssembler code. File. SCycler code which must be preprocessed -X language ========== the option is to specify a language to tell the gcc file what language it is,It is unnecessary to identify the default suffix.L

When developing applications for Linux, the C language is used in most cases. Therefore, almost every Linux programmer is faced with a primary problem.Flexible use of the C compiler. Currently, the most common C language compiler in Linux is GCC (GNU Compiler Collection), which complies with ansi c in the GNU project.The standard compilation system can compile programs written in C, C ++, Object C, and other languages.

-gcc-4.4.3Arm-linux-addr2line Arm-none-linux-gnueabi-gccbug--more--method Two: Enter ARM-LINUX-GCC-V in the terminal, this command will display ARM-LINUX-GCC information and version, if the following message indicates the installation is successfulUsing built-in specs.Target:arm-none-linux-gnueabiconfigured with:/opt/friendlyarm/mini2440/build-toolschain/working/

Abi and Eabi1) ABI (application Binary Interface for the ARM Architecture) describes a low-level interface between an application and an operating system or other application.The ABI allows the compiled target code to run without modification in a system that uses a compatible ABI.The API supports the same code to compile on any system that supports this API, and defines the interface for coding and libraries.2) EABI (Embedded ABI), the main difference between the ABI and the general-purpose com

Installing GCC under Ubuntu is a bit different from some other Linux systems. First, installation method one: sudo apt-get build-dep gccMethod Two: sudo apt-get install build-essentialAfter installation, you can perform the following commands to view the version. GCC--versionThe output is as follows: GCC (GCC

AbstractThe attacker of μClinux does not need to upload the program on de2. The important thing is how to place our program on μClinux to upload the program. IntroductionOn de2, how does one install the μClinux operating system? In (IC design) (de2) (nioii) (OS) (Linux) (μClinux), we have run μClinux on de2, is this the end? Developers are concerned about how to run their own programs on μClinux. There are two problems to solve:1. How to Use the nios2-linux-uclibc-

Because the RPM packages in the lab are filtered out, the yum in centos cannot download and install software. Use make to compile various software source code and find no GCC, G ++. The installation must be performed offline. If Yum cannot download the RPM package, you can download the RPM package at the following address. I don't know why. Search information on the internet installed successfully, GCC and

settings, near line 192th#ARCH? = $ (Subarch)ARCH? = ArmCross_compile = $ (config_cross_compile: "%" =%)Modified to (the path of the cross compiler modified by the Cross_compile entry)#ARCH? = $ (Subarch)ARCH? = Arm# Cross_compile = $ (config_cross_compile: "%" =%)Cross_compile? =/usr/local/arm/arm-none-linux-gnueabi/

-version3 -- enable-static -- enable-shared \-- Enable-Cross-compile -- Cross-Prefix = i686-pc-mingw32--- cc = i686-pc-mingw32-gcc -- arch = x86 -- target-OS = mingw32 \-- Enable-libx264 -- extra-libs = '-lx264-lwinmm' -- prefix =/usr/winnt \-- Extra-cflags = '-I/usr/winnt/include-I/cygdrive/D/dx9csdk/include-MnO-cygwin' -- extra-ldflags ='-L/usr/ winnt/lib-L/cygdriver/D/dx9csdk/lib'Iii. parameter descripti

1. What is GCC? In Linux, GCC (gnu c compiler) is a powerful and superior multi-platform compiler launched by GNU. It is one of the representative works of GNU. GCC can compile and execute on multiple hardware platformsProgramThe execution efficiency of the Super compiler is 20% higher than the average efficiency of the general compiler ~ 30%. The

The gcc application in linux-general Linux technology-Linux programming and kernel information. The following is a detailed description. When developing applications for Linux, the C language is used in most cases. Therefore, almost every Linux programmer is faced with the primary issue of flexible use of the C compiler. Currently, the most common C language Compiler in Linux is GCC (GNU Compiler Collection

April 20, 2004 the latest version of the GCC compiler 3.4.0 released. At the moment, GCC can be used to compile programs in C + +, FORTRAN, JAVA, OBJC, and Ada languages, and you can choose to install supported languages as needed. GCC 3.4.0 supports the C + + standard better than previous versions. This article introduces the installation process of

A wonderful tour of GCC **************************************** *************************************This article by zhengtai Linux http://linux-down.kmip.net collection, sorting, If You Need To reprint, please indicate the source!This site has a large number of Linux electronic tutorials, software, and technical documents. Welcome to visit! Webmaster aitai QQ: 253222170***

In this article about configuring the CUDA environment in Linux (see the http://www.linuxidc.com/Linux/2011-12/49874.htm), the latest CUDA version 4.1 only supports gcc4.6 or earlier, while gcc in my Fedora is 4.6.1, to this end, we need to downgrade the gcc version, which is complicated as long as it involves modifying the gcc version. I use Fedora. In this arti

... $ {MAKE_JOBS }" Test-e $ {BASE_DIR} | mkdir-p $ {BASE_DIR} Echo "##### Base directory... $ {BASE_DIR }" Echo "##### Unpacking $ {DL_FILE }..." Tar-xf $ {DL_DIR}/$ {DL_FILE}-C $ {BASE_DIR} Echo "##### Finished unpacking ." Test-e $ {BUILD_DIR} | mkdir-p $ {BUILD_DIR} Cd $ {BUILD_DIR} Echo "##### Build directory... $ PWD" # HELP: http://www.linuxfromscratch.org/lfs/view/development/chapter06/gcc.html # NOTE: apt-get install libgmp10-dev libmp fr-dev libmp C-dev Echo "##### u

When developing applications for Linux, the C language is used in most cases. Therefore, almost every Linux programmer is faced with the primary issue of flexible use of the C compiler. Currently, the most common C language compiler in Linux is GCC (GNU Compiler Collection), which is a compilation system that complies with the ansi c standard in the GNU project, compile programs written in C, C ++, Object C, and other languages. Not only is

Generally, the GCC compiler is provided in Linux. You can use your installation CD to install it. If you think the built-in GCC version is too low, you can download it from the official GCC website. It takes a long time to compile. If you only compile C or C ++, you can only download gcc-G ++ and