openjdk arm

Reprint please indicate the source of the original, http://www.cnblogs.com/flyingcloude/p/6992396.htmlRecently, due to learning needs, began to build an embedded development environment, but the hardware platform has not been ready, so first in the Ubuntu environment simulation.The following method installs a ARM11 operating system on the ubuntu10.10 host, using Qemu-system-arm. The system uses NFS to mount the file system, which can be used to simula

PART1 Environment Building and tool installation 1.1 setting up a cross-compilation environmentTo install the relevant compilation tools:sudo Install Gcc-arm-linux-gnueabiHere I use the Gcc-arm-linux-gnueabi series tools that are included in the Ubuntu system source and have the following tools after installation:Arm-linux-gnueabi-addr2line arm-linux-gnueabi-GCC

In the development of ARM-based embedded systems, there are usually two types of GCC tool chains that use cross-Compilation: Arm-Linux-* andArm-elf-*, the main difference between the two lies in the use of different C library files. Arm-Linux-* uses GNU glibc, while arm-elf-* generally usesUclibc/UC-libc or newlib. gli

Naming rulesThe naming convention for the cross-compilation toolchain is:arch [-vendor] [-os] [-(GNU) Eabi] [-GCC] Arch – architecture, such as Arm,mips Vendor – tool chain Provider OS – Target operating system Eabi – Embedded Application Binary interface (Embedded application binary Interface) Attention When there is no vendor, replace with none; If there is no OS support, use none instead With no vendor

What is the difference between arm-elf and arm-linux-general Linux technology-Linux programming and kernel information? For more information, see the following. The following are the differences between the two cross-compilation environments: These two cross environments have been used In the development of ARM-based embedded systems, there are often two types

Original URL: http://www.veryarm.com/296.htmlNaming rulesThe naming convention for the cross-compilation toolchain is:arch [-vendor] [-os] [-(GNU) Eabi] Arch -architecture, such as Arm,mips Vendor -tool chain Provider OS -Target operating system Eabi -Embedded Application Binary interface (Embedded application binary Interface) Depending on whether the operating system is supported or not,

In ARM-based embedded system development, there are two GCC tool chains that often use cross-Compilation:The main difference between ARM-Linux-* and arm-elf-* is that they use different C-library files. Arm-Linux-* useWhile arm-elf-* generally uses uclibc/UC-libc or RedHat f

In ARM-based embedded system development, there are two GCC tool chains that often use cross-Compilation:The main difference between ARM-Linux-* and arm-elf-* is that they use different C-library files. Arm-Linux-* useWhile arm-elf-* generally uses uclibc/UC-libc or RedHat f

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

I. INTRODUCTION of GCC:The GNU Compiler Collection, often referred to as GCC, is a set of compilers developed by GNU, and why is it an editor set instead of a compiler? That's because it not only supports C language compilation, but also supports C + +, Ada, Objective C and many other languages. In addition, GCC support for the hardware platform can be ubiquitous, it not only supports the X86 processor architecture, but also supports arm, Motorola 680

Analysis on the Relationship between GCC, arm-Linux-GCC, and arm-elf-gcc Embedded Development Exchange Group 280352802, welcome to join!1. Introduction to GCC The GNU Compiler Collection, usually GCC for short, is a set of compilers developed by GNU. Why is it an editor set rather than a compiler? This is because it not only supports C language compilation, but also supports many languages such as C ++, Ada

Enterprise-level open-source software vendor RedHat is paying close attention to the development of servers using 64-bit ARM processors. By improving enterprise-level features, it will soon begin to adopt the 64-bit ARM platform in the data center. Ldquo; although you have not seen our commercial products on the market today, we are building leading capabilities. From top to bottom for the upcoming 64-bit

I have not been able to understand the two cross-compiler exactly what the problem, deliberately Google, summed up as follows, hoping to help the road and I have the same confused brother .... I. What is ABI and Eabi1) ABI: Binary Application Interface (application binary Interface (ABI) for the ARM Architecture)In computers, applying a binary interface describes a low-level interface between an application (or other type) and an operating system or a

The most commonly used build version is arm-linux-gcc-3.4.1 and arm-linux-3.3.2, now embedded development basically use these, 3.4.1 is used to compile 2.6 kernel, and 3.3.2 is commonly used to compile busybox, if the compilation version does not work well with bootloader (u-boot), errors may occur. Therefore, you must select a compiled version. If this version does not work, try other versions,

Label: style blog HTTP ar strong SP data Div 2014 We have been studying arm recently. Speaking of arm, we first thought of Samsung, Qualcomm, and other companies. These companies make CPUs. In fact, arm is also a company, however, it provides the core logic circuit, and its way of making money is win-win with other companies! How many chips do you sell? I just

-2.6.12.0.tar.bz2Ftp.gnu.org Gdb6.5.tar.bz2 3. Crosstoo Installation Steps 1. Prepare resource files First, download the required resource files from the Internet, put these toolkit files under the newly created $ home/downloads directory, and then decompress crosstool-0.43.tar.gz in the $ home/downloadsdirectory. The command is as follows: # Cd/home/zhoug/downloads (note $ home =/home/zhoug) # Tar-xzvf crosstool-0.42.tar.gz ( For the tar.bz2 file, decompress the command # Tar-xjvf xxx.tar.bz2

Create an ARM directoryMkdir/disk/a9-pNext you need to prepare the following things1, arm-linux-gcc-4.5.1 Cross compiler2. linux-3.5-tiny4412 kernel3, rootfs_qtopia_qt4-20140124.tar.gz qt file System (DO)4. busybox-1.22.1.tar.bz2 File System original code BusyBox5, Uboot_tiny4412-20130729.tgz Uboot6, arm-qte-4.8.5-20131207.tar.gz QT original code

The development data of a company's development Board ti_tools/cgt_a8/ there was a problem with the arm cross-compilation tool in the folder, .. /bin/ld:cannot find-lgcc_sLookup does not find the existence of a dynamic link library libgcc_s.so, so this cross-compilation toolset may not be available or completeDownload New cross-compilation tool, install, problem solvingDownload link (version 4.3.3) Link: http://pan.baidu.com/s/1kTHUJv5sudo tar-jxvf

Questions about arm instruction sets, static library running, compilation errors, and other issues, arm Instruction Sets Reprint from http://www.jianshu.com/p/4a70aa03a4ea? Utm_campaign = hugo utm_medium = reader_share utm_content = note utm_source = qq I read a lot of information about the arm Instruction Set and the running of the static library, as shown b

In ARM-based embedded system development, there are two GCC tool chains that often use cross-Compilation:The main difference between ARM-Linux-* and arm-elf-* is that they use different C-library files. Arm-Linux-* useWhile arm-elf-* generally uses uclibc/UC-libc or RedHat f