arm m3

Download the source code of GDB 7.3.1 from http://www.gnu.org/software/gdb. Copy to Linux virtual machine, decompress to gdb-7.3.1 directory, enter this directory [Root @ localhost gdb-7.3.1] #./configure -- Host = arm-Linux -- target = arm-Linux Bytes ------------------------------------------------------------------------------------- Make has the following error prompt: Checking for library containing wa

Test the achievements of predecessors, combined with their own practice, arm-linux-gcc-4.4.3.tar.gz download Address: http://ishare.iask.sina.com.cn/f/13836544.html?from=like I use the system is Ubuntu12.04, but as long as Ubuntu should be able to install this step. 1. Extract Files Extract the Tar zxvf arm-linux-gcc-4.4.3.tar.gz-c/(directly after decompression,-c/will let the extracted files automati

Directory structureE2fsprogs:/root/ARM-QT/e2fsprogsJpeg-6b:/root/ARM-QT/jpeg-6bQt-2.3.10:/root/ARM-QT/qt-2.3.10Qt-2.3.2:/root/ARM-QT/qt-2.3.2 // PC version QT, not usedQtopia-free-2.1.1:/root/ARM-QT/qtopia-free-2.1.1Qt-x11-free-3.3.8:/root/

With the growing number of mobile device platforms, and even the momentum to replace the desktop platform, the word "arm" is increasingly appearing in people's eyes, especially on mobile phones or tablet processors, but never see arm's processor, but "the adoption of ARM's latest architecture" processor. In fact, ARM (adanced RISC machines) is not only a generic term for a processor, but also a company name

Technorati Tags: [Copyright Note: This article is based on my own writing, the process is based on the relevant Internet materials or books, if there is a reference to the original paragraph, will be labeled as reference material at the back. Any reprint must be marked from this article. Any publication must be approved by me]RTX The kernel library can be used on the following arm devices: ARM7 and ARM9 CORTEX-M0/M1, CORTEX-

. This is actually tslib.14. I don't know why it became 1.0. It's not very difficult to compile and how to configure it, please read another document, "tslib of arm-Linux". Of course, this document may not help you. You need to use your talents, you may need to read the source code of the touch screen driver in the kernel. In my Development Kit, the touch-screen controller uses the active converter of the CPU itself, and the driver in the kernel is co

Installing the cross-compiler (ARM-LINUX-GCC) and the Integrated development environment (eclipse) 1. Install ARM-LINUX-GCC, whether you are downloading from the Internet, or the development of the CD inside, can be, the version is not limited, my is arm-linux-gcc-4.3.2. Enter ARM-LINUX-GCC installation package direc

Step by step, create a crosstoolchain based on ARM + Linux-Linux general technology-Linux programming and kernel information. The following is a detailed description. Disclaimer: This article is based on the reference of online materials, and is based on Liang yuanen's "How to Build a cross-compiling environment for Embedded Development. I have explained in detail the problems I encountered during the establishment process. This article will be update

Direct quoted from http://blog.csdn.net/wy16223864/article/details/8259146 ===========arm Virtualization Research Report =================================================Research report, in general, the results are as follows: 1) Current ARM virtualization background: A) Commercial background: Virtualization has long been a solution, of which the famous is OKL4 microvisor by OKL4, MVP by vmware,red Bend So

Configure arm-Linux-GCC on the basis of the installation on the Linux platform to make it work normally. I. Preparations before installation 1. Download and install arm-Linux-gcc The version of the arm-linux-gcc-4.2.1 IN THE RELEASE. The following is the download link officially provided by arm: http://www.codesourcery

ARM is a well-known enterprise in the microprocessor industry. It has designed a large number of high-performance, low-cost, and low-energy-consuming Proteus processors, related technologies and software. The technology features high performance, low cost, and low energy consumption. It is applicable to multiple fields, such as embedded control, consumption/education multimedia, DSP, and mobile applications. ARM