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The toolchain used by Android (that is, the cross-compilation tool chain) can be downloaded from the following URL: Http://android.kernel.org/pub/android-toolchain-20081019.tar.bz2. If you download the complete Android project source code, you can find the cross-compilation
Some ARM toolchains can be found online, but the Android system uses Bionic libc instead of glibc. Therefore, only static compilation programs can be used. In fact, Android NDK comes with toolchain, but you cannot directly use the toolchain in the ndk directory. Otherwise, the crtbegin_dynamic.o file cannot be found.
Some arm toolchains can be found online, but the Android system uses bionic libc instead of glibc. Therefore, only static compilation programs can be used. In fact, Android ndk comes with toolchain, but you cannot directly use the toolchain in the ndk directory. Otherwise, the crtbegin_dynamic.o file cannot be found. T
Use ANDROID as an independent compiler tool chain ================================ =================================== this document explains how to do: 1/select your toolchain: ---------------------------- before doing anything, you need to decide whether your independent toolchain is based on arm devices, based on x86, or the mips-based one. Each architecture c
An error occurred while compiling Android kernel after I purchased a desktop amdx6 1100 tcpu and loaded it into the system today. /Bin/sh:./toolchain/arm-eabi-4.4.0/ARM-Eabi-GCC command not found An error is returned when the android SDK is compiled. /Bin/Bash:./toolchain/arm-eabi-4.4.3/ARM-Eabi-GCC no such file or dir
Original URL: http://www.cnblogs.com/muyun/p/3370996.htmlFirst, install the ARM-LINUX-GCC tool chainOnly one command is required: sudo apt-get install gcc-arm-linux-gnueabiThe premise is that your Ubuntu system version is the latest version supported by the official website, if not, please upgrade. Execute the above command.Ii. Use of tool chainsAttention! You cannot use GCC commands to summon it here. Its name is ARM-LINUX-GNUEABI-GCC. If Command not Found appears, close terminal, and then reo
chip manual, -mtune=namethe latest version of Crosstool-ng just need to select the 12th item just fine. Select toolchain Options: 3. start compiling:Execute command: Ct-ng BuildCompilation succeeded:To set all user environment variables:Vim/etc/profileThe first line is added as followsExport path=/home/liu/arm9/tools/ Set the path /bin: $PATHSave and exit, the update takes effect:Source/etc/profilePerformarm-s3c2440a-linux-gnueabi-gcc-vu-boot 2016.0
Independent Toolchain Unzip the NDK package into the system, such as the/mnt directory, and then create the folder My_ndk_toolchain under the/mnt directory, and then execute the following command in the/MNT directory:/mnt/android-ndk-r9c/build/tools/make-standalone-toolchain.sh--platform=android-19--toolchain=arm-
Building your own toolchain Contents[Hide] 1Selecting the right hardware 1.1ARM 7 1.2ARM 9 1.3Arm 11 2Steps of cross compilation 3Specifing target for your toolchain 3.1Eabi target 4Setting Up Build Environment. 5Scripts 5.1Configure default settings for the tool
The toolchain in ndk R5 can finally support the makefile compilation system. However, it takes a lot of effort to support GNU libc ++, and the documentation is too lacking. The following is a simple successful case: First, we will write a simple C ++ program named test. cpp, which contains the basic features of iostream, vector, typeid, and libc ++: # Include Then let's write our makefile: Ndk_home =/developer/a
Patch and Crosstool-ng can be downloaded from the following URL, https://community.freescale.com/thread/386450 but you will be disappointed, changed the script, compiled and found that the wrong, LD,GCC version is not correct,There is no way to reproduce the environment of Freescale, compile the same toolchain, the same toolchain is how to compile, estimated that Freescale is not known.It took a while to re
Reprinted please indicate the source and the author contact: http://blog.csdn.net/mimeppContact information: Yu Tao Keywords: PSP, toolchain, SVN, broken, pspsdk, connection refused Now compile PSP toolchain and a prompt will be displayed for connection refused during SVN connection: SVN: Can't connect to host 'svn .ps2dev.org ': Connection refused The solution is to use jim's PSP
-SYSROOT option configured to work.That is, the path specified by-rpath is recorded in the generated executable program and is used by the runtime to find the dynamic library that needs to be loaded. -rpath-link is only used for link-time lookups.(2). When using the LD link option in gcc, prefix-wl (the letter L, not 1) is required before the option. if the linker is being invoked indirectly,via a compiler driver (GCC) then all the linker command Li NE options should be prefixed by-wl, (or
Recently, we have repeatedly set up the android2.3 compiling environment using cyanogenmod for Samsung captivate. Error during my manual initial build phase I: prebuilt/linux-x86/toolchain/arm-eabi-4.4.3/bin/ARM-Eabi-GCC:/lib/libc. so.6: Version 'glibc _ 2.11 'not found After Google for a long time, I found the answer in the sea: CD prebuilt/linux-x86/toolchain/MV arm-eabi-4.4.3 arm-eabi-4.4.3.flcLn-s arm
This is a creation in Article, where the information may have evolved or changed. The go toolchain currently [does not support the compilation of dynamic link libraries under Windows][1], but [supports static link library][2].To generate a DLL, this can be workaround, refer to Golang [issuse#11058][1]: First I had to install a GCC development environment under Windows, and I used [msys2][3]. Need to configure a quick so
Original URL: http://www.veryarm.com/cross-toolsWhy use a cross compiler?cross-compilation in layman's words is to compile a program on a platform that can run on a different architecture , such as compiling programs on a PC platform (X86 CPU) that can run on an arm-based CPU platform, compiled programs that are X86 The CPU platform is not operational, and must be placed on the ARM CPU platform to run, although the two platforms are all Linux systems.The cross-compilation
(1) Assume that cygwin is installed in c: \ cygwin in windows, Download the installed header file and compiled toolchain4Toolchain4_cygwin_built.tar.bz2 (182.71 MB) (115 download: http://u.115.com/file/e6y9axmh)Place toolchain4_cygwin_built.tar.bz2 under c: \ cygwin(2) enter the cygwin Environment(3) install the toolchain4 folder tar xjvf /toolchain4_cygwin_built.tar.bz2 -C / (4) download and install clangDownload this installation package (592.62 MB): http://u.115.com/file/bhzoyxnjIn C: \ cygw
Ubuntu also ushered in its new generation of long-term support version 14.04 LTS, which brought a lot of new and exciting, so decided to upgrade.Installed the 64-bit version and install the Linux cross-compilation toolchainRun Gcc,${cross_compile}gcc-vThe classic "No file or directory" hint will still be prompted.Based on previous experience, for the 64-bit version of Ubuntu we need to install the "Ia32-libs" dependent library.Then enter: sudo apt-get install Ia32-lib But you are n
Install the build tool chain on Linux, install it will rely on dpkg-dev,g++,libc6-dev,make, etc., so the dependent tools will be installed after installation. So described in the Ubuntu Software LibraryInformational List of build-essential packagesIf you don't plan to build the Debian packages, you don ' t need the package. Starting with dpkg (>= 1.14.18) This is the required for building Debian packages.This is contains an informational list of packages which is considered essential for buildin
Release a bfin-toolchain successfully built under cygwin. This version corresponds to the source code package: blackfin-toolchain-09r1.1-2.src.tar.bz2, which is compiled using the cygwin-gcc-3.4. During use, elf. h must be copied to the/usr/include directory. If you want to allow the internal kernel to support the jffs2file system, copy mkfs.jffs2.exe to the user/MTD-utils directory of the uClinux source c
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