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Sorry, it's been too long for everyone to wait. The upgraded black gold Development Board can finally meet you. According to your needs, I have made constant changes to it, so the longer the time is, the more I believe that it is worthwhile to use this time to wait for an upgraded version of the black gold Development
, you'll learn how to create an object with 7 vertices, then concatenate the seven vertices, move the vertices as a whole, and finally fill the created object with a translucent color.Here is the HTML5 game development toolConstruct: If you are ignorant of JS or HTML5, this tool is more suitable for you. In fact, this is a game tool for game designers. Free and paid editions are available.Jukebox: It's not a Jukebox CD, it's a game music and sound com
Minnowboard Maxminnowboard Max is a compact, cost-effective and powerful Development board for professionals and manufacturers. The open hardware design enables endless customization and integration of potential. It uses 64-bit intel® atom™? E38XX Series SOC CPU, integrated with Intel HD graphics. Video and digital audio output is available via HDMI with analog audio via expansion
Http://code.google.com/p/blob-xscale-yf255
Is
Blob-xscale-yf255 project code library.
The version of Blob used is.
Tool-chain is downloaded from ftp://ftp.arm.linux.org.uk/pub/armlinux/toolchain/cross-3.0.tar.bz2.
Ftp://ftp.arm.linux.org.uk/pub/armlinux/toolchain/cross-3.2.tar.bz2 and
Neither Eabi nor GNU/Linux on the http://www.codesourcery.com/gnu_toolchains/arm works.
1. Modify the configure. In File
1. Add a Development
First, prefaceThe Development Board is technically similar to the mobile phone we often use, and it also includes modules such as displays, keyboards, Wi-Fi, Bluetooth, and so on (possibly optional). But unlike phones, it is much easier to install embedded systems on board than phones. and the general development of th
, you can still power the board through a USB port. See the powering your board-over USB sections for details.
A Green LED should light up on the expansion board. If it doesn ' t, check your connection.
Find the Microswitch in between the USB ports on the expansion board. Switch the Microswitch down towards the MIC
I. Porting Environment
MASTER: ubuntu
Development Board: friendly arm mini2440
Compiler: arm-linux-gcc-4.3.2
U-boot: u-boot-2009.03.tar.bz2
2. Migration stepsAt present, u-boot directly supports many CPUs. You can view some subdirectories of the board directory, such as the support for some samsung ARM processors under the
7. Install the Wince to the Development BoardCourse Requirements:1. Understand the composition and start-up process of wince embedded systems.2. Automatically burn and write the wince system to NAND flash via SD card.3. Experience the wince system.Laboratory Equipment:Software:1.ok6410 Disc A, bHardware:1. SD card and card reader each piece.2. OK6410 Development Board
Most of this article is based on others'ArticleWith some of my own changes, I use ubuntu9.10.
First, let me explain my basic configurations:
I connected my computer to the Development Board through a vro. The IP address of the computer is 192.168.1.167. the IP address of the Development Board is 192.168.1.230, t
The development Board is used for driver testing, debugging. Perform hardware simulation, debugging and testing.The difference between different development boards is mainly in the way of burning embedded system5.2 Installing the Serial debugging tool: MinicomOK6410 Development Boa
NFS file system of Linux virtual machine on the Development Board
Http://apps.hi.baidu.com/share/detail/48189956
Today, I did an experiment on embedded applications.
How can I run cross-compiled applications on your host on an embedded system?
Here I chose to mount the NFS file system over a network.
My lab environment:
The host machine is a virtual machine centos5.4
The target machine is Linux on mini2440.
Recently, I want to learn about the arm Development Board and develop bare metal programs as per the single-chip microcomputer routine. Baidu, most bare-metal programs are developed using rvds or ads, and written to SDRAM using jlink or JTAG for execution. Because I am used to it in Ubuntu and want to break away from the integrated development environment, I will
has also partnered with temboo to use one-stop APIs to access information from Twitter, Facebook, Foursquare, FedEx, PayPal, and more websites.
The price of this board is $69, considering the cost of integrating embedded Linux devices, Arduino and WiFi transmitters, and other Expansion Boards into one Development Board, this price suits the psychological price
First, the installation of serial debugging toolsDeveloping Linux drivers cannot be developed directly in Eclipse, like developing Android applications, but can be communicated through the serial port. So we need to install serial debugging tools, here we use the Serial debugging tool is minicom.1, first detect whether the current system supports USB to the serial port, because many notebooks do not support the direct use of the serial line;2, installation minicom Apt-get install minicom3, Confi
Reprint please indicate the source of the article as a link, micropythonqq Exchange Group: 157816561, public number: Micropython playerhas always been about the temperature and humidity of the detection is uninterrupted, this time we continue to detect temperature and humidity, the same or use DHT11 to detect. But this time detected temperature and humidity does not show, also do not alarm, this time to the detected data through the Ethernet upload to the server up. First of all, the desired de
Part1 preface recently I have been studying the OK6410 Development Board. However, rvds in windows is really not easy to use. It also requires dnw to download programs to the Development Board, and all the software should be done under win, in addition, 64-bit win7 also has various problems. I want to port a Linux syst
The Development Board of ARM architecture can be different in CPU instruction and binary format for PC based on X86 architecture. Linux drivers require access to hardware and these hardware are difficult to emulate on a PC, so they need to be debugged and tested on boards with these hardware.S3C6410 is a low-power, cost-effective RISC processor from Samsung, based on the ARM11 core, which can be widely used
The s3c6410 Development Board is a low-power, cost-effective RISC processor, based on the arm core, using the "core technology + BACKPLANE" structure, which can be used in mobile phone and communication processing.The Linux driver is developed using serial communication to realize debugging information. The Development Board
Through the study of this chapter, I have a certain understanding of the test environment of s3c6410 Development Board, and have mastered the following knowledge points:First, for s3c6410 This development Board, it is a low-power, cost-effective processor, it is based on the ARM11 core.The difference between different
1 Overview
This task is to debug the touch screen driver on the flykar I. mx 6 quqd sabrelite Development Board. The touch screen chip is goodix's gt828 chip and the touch screen interface is I2C.
Operating System: Android 4.0.4
Kernel version: 3.0.15
2 debugging steps 2.1 hardware connection 2.1.1 development board h
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