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Description: 一个FPGA 测试例子,可以直接调试I/O口
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Size: 86188 |
Author: awney |
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Description: 基于ARMs3c44b0的键盘输入输出i/o的在 led上显示出来的程序--Show the output based from ARMs3c44b0 keyboard on led.
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Size: 9497 |
Author: 欧阳纯风 |
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Description: 基于ARMs3c44b0的键盘输入输出i/o的在 led上显示出来的程序--Show the output based from ARMs3c44b0 keyboard on led.
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Size: 9216 |
Author: 欧阳纯风 |
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Description: 实现ARM 芯片的一对PWM 输出用于控制直流电机的转动，通过A/D 旋钮控
制其正反转及转速。编程实现ARM 的四路I/O 通道实现环形脉冲分配用于控制步进电机的转动，通过
A/D 旋钮转角控制步进电机的转角。-ARM chip to achieve a PWM control for the DC motor rotation, the A/D control knob and the speed of its reversion. Programming ARM 4P I/O channel to achieve pulse distribution ring used to control the stepping motor rotation, the A/D control knob rotation angle stepper motor.
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Size: 17408 |
Author: 陈小平 |
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Description: The project KEIL_IODemo shows how to use memory allocation routines (malloc) and char I/O (printf, scanf) via a serial interface with the Keil ARM toolchain.
The I/O functions are adapted for the Analog Devices ADuC7000 series using the SERIAL.C module.
The example also shows the efficiency of the Keil CA ARM Compiler run-time library which is tuned for single chip systems.
-The project shows how to use me mory allocation routines (malloc) and char I/O (printf, Scanf) via a serial interface with the Keil ARM t oolchain. The I/O functions are adapted for the Analog Devices ADuC7000 series using the SERIA Synchronization module. The example also shows the efficien cy of the CA Keil ARM Compiler run-time library w hich is tuned for single chip systems.
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Size: 19456 |
Author: 郭文彬 |
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Description: 编译环境arm ads 1.2
Arm 可以对I/O操作-build environment arm ads 1.2 Arm can I/O operation
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Size: 81920 |
Author: 徐先生 |
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Description: Philips ARM LPC2100 的I/O口程序，别小看这段通用接口程序，这里面包含了完整的启动代码，而且是汇编和C对照的，希望对硬件编程的朋友有帮助，因为当时我就位了启动代码学习了好一阵子，才算学会。-the I/O procedures Do not underestimate this common interface, which contains a complete boot code, but is the compilation and C contrast to the hopes of hardware programming friends to help, because I place the boot code to learn from the good while, considered Institute .
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Size: 256000 |
Author: 王真 |
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Description: 关于 uC/OS-II 在 LPC210X 上移植的说明
1. 全部代码在 ADS1.2 中编译调试.
2. 您可以更改 RO BASE 为 0x0000 0000, 这样可以将代码写入 flash 中运行.
5. 全部代码采用 ARM 指令.
6. uC/OS-II 版本为 V2.52.
7. 当您暂停程序的时候, 如果定时器开着, 那么定时器并不会暂停,需要注意
8. Vectors.S 文件中的 startup 段为程序入口.
9. 编译时下面的警告不必理会.
Warning : C2871W: static OS_InitTaskStat declared but not used
OS_CORE.C line 1108
10. 如果您想通过软件仿真,请将 PLL.C 中的第 51 行屏蔽, 怎样就可以看到任务逐个切换,最后将进入空闲任务.
11. 此次移植将许多 uC/OS-II 的功能函数都关闭了,请查看 OS_CFG.H 文件.-on Phone/OS-II in the MCU on the note a transplant. All the code in degenerate. 2 compiler debugging. 2. You can change to the RO BASE 0x0000 0000, This code can be written into the flash run. 5. all code using ARM instructions. 6. uC/OS- II Version V2.52. 7. When you suspend the procedures, if the timer drive, then the timer will not be suspended need to 8. Vectors.S document of the startup procedures for entrance. 9. The following was compiled to disregard the warning. Warning : C2871W : static OS_InitTaskStat declared but not used O S_CORE.C line 1108 10. If you want to use software simulation, I would be grateful if PLL.C the first 51 firms shielding, you can see how each task switching, Finally, enter idle task. 11. This transplant of many embedded/OS-II functional functions are c
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Size: 246784 |
Author: 百度哥2010 |
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Description: Real-time processing with the Philips LPC ARM
microcontroller using GCC and the MicroC/OS-II RTOS.-Real-time processing with the Philips LPC ARM microcontroller using GCC and the MicroC/O S-II RTOS.
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Size: 293888 |
Author: |
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Description: s3c44box 的异步串行通信口介绍，the introduction of the asyhnomus serial port of the s3c44b0x-s3c44box asynchronous serial communication port, the the introduction of the asyhnomus serial port o f the s3c44b0x
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Size: 659456 |
Author: 冯兴利 |
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Description: 全中文介绍ARM系统的设计全过程包括存储器及外围芯片的选型，各单元电路的设计、调试等。系统的各功能模块工作原理与应用编程示例，包括通用I/O口、串行接口、定时器、中断控制器、GDMA控制器、MAC控制器等的工作原理与编程示例，Flash存储器的编程与擦除等。uClinux操作系统上的应用程序的设计。-the Chinese government introduced ARM system design process, including memory chips and external selection, the module circuit design and debugging. System of the working principle of functional modules and application programming examples, including generic I/O port and serial interface, timer, Interrupt Controller, Decomposition controller, MAC controller of physics and programming examples, Flash memory programming and erase such. UClinux operating systems on the application design.
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Size: 2248704 |
Author: caiko |
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Description: gpio驱动
leddrv.c为驱动源程序
writeled.c为应用程序
writeled.c 编译方式 arm-elf-gcc -Wall -O2 -Wl,-elf2flt -o writeled writeled.c
leddrv.c 编译方式 arm-elf-gcc -D__KERNEL__ -I你的uClinux目录/linux-2.4.x/include-Wall -Wstrict-prototypes -Wno-trigraphs -O2 -fno-strict-aliasing -fno-common -fno-common -pipe -fno-builtin -D__linux__ -DNO_MM -mapcs-32 -march=armv4 -mtune=arm7tdmi -mshort-load-bytes -msoft-float -DMODULE -c -o leddrv.o leddrv.c
-GPIO driver leddrv.c-driven source code for applications writeled.c way writeled.c compiler arm-elf-gcc-Wall-O2-Wl,-elf2flt-o writeled writeled.cleddrv.c way compiler arm-elf-gcc-- you are D__KERNEL__-I of the uClinux directory/linux-2.4.x/include-Wall-Wstrict-prototypes-Wno-trigraphs-O2-fno-strict-aliasing-fno-common-fno-common-pipe-fno-builtin-D__linux__-- DNO_MM-mapcs-32-march = armv4-mtune = arm7tdmi-mshort-load-bytes-msoft-float-DMODULE-c-o leddrv.o leddrv.c
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Size: 2048 |
Author: zhengbo |
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Description: ARM调试笔记 包含I/O输出试验、ISP实验、 I2C接口实验等内容
压缩文件中还含有keil_uVision2的入门pdf-ARM debug notebook that contains I/O output test, ISP experiment, I2C interface, such as the contents of the experimental compressed file also contains keil_uVision2 entry pdf
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Size: 975872 |
Author: buliang |
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Description: This example project shows how to use the IAR Embedded Workbench for ARM
to develop code for the IAR-STM32-SK evaluation board. It shows
basic use of I/O, timer and the interrupt controllers.
Displays running lights on the board LED s.-This example project shows how to use the IAR Embedded Workbench for ARM to develop code for the IAR-STM32-SK evaluation board. It shows basic use of I/O, timer and the interrupt controllers. Displays running lights on the board LED s.
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Size: 459776 |
Author: HJ |
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Description: 一个FPGA 测试例子,可以直接调试I/O口-A FPGA test examples can be directly debug I/O port
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Size: 86016 |
Author: awney |
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Description:
DESCRIPTION
===========
This example project shows how to use the IAR Embedded Workbench for ARM
to develop code for the Atmel AT91SAM9261 evaluation boards.
It shows basic use of parallel I/O, timer and the interrupt controller.
It starts by showing different patterns on the LED s separated by half second.
COMPATIBILITY
=============
The project is compatible with the AT91SAM9261-EK board.
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Size: 294912 |
Author: 姓名 |
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Description: 程序是根据vidcat改的,只能抓PPM的图.
makefile的内容如下,请注意打小写:
cc=gcc
#cflags=-i/firendly-arm/kernel/include -i/usr/local/arm/2.95.3/arm-linux/include -wall -dhave_libjpeg #-dvideo_dev=\"/dev/v4l/video0\" -dversion=\"0.7.2\"
cflags=-wall -dvideo_dev=\"/dev/video0\" -dversion=\"0.7.2\"
camsnap: camsnap.c
用法如下:
camsnap -v -s 420x420 -o my.ppm
这儿请注意:s 的大小必需是8能整除的倍数.
这个程序我是在rh9下作的,需要交叉编译的朋友就把注释去掉,再给下面的注释就可以了.-Vidcat procedure is in accordance with the law, can only grasp PPM plans. Makefile reads as follows, please note that playing lowercase: cc = gcc# Cflags =- i/firendly-arm/kernel/include-i/usr/local/arm/2.95 .3/arm-linux/include-wall-dhave_libjpeg#-dvideo_dev =
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Size: 2048 |
Author: yinlingpeng |
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Description: 用ARM芯片GPIO模拟I2C程序，能在51或ARM使用-GPIO with ARM chip I2C simulation procedures can be used in 51 or ARM
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Size: 3072 |
Author: snb |
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Description: 嵌入式系统通常是以具体应用为中心，以处理器为核心且面向实际应用的软
硬件系统，其硬件是整个嵌入式系统运行的基础和平台，提供了软件运行所需的
物理平台和通信接口；而嵌入式系统的软件一般包括操作系统和应用软件，它们
是整个系统的控制核心，提供人机交互的信息等。所以，嵌入式系统的开发通常
包括硬件和软件两部分的开发，硬件部分主要包括选择合适的MCU或者 SOC
器件、存储器类型、通讯接口及I/O、电源及其他的辅助设备等；软件部分主要
涉及OS porting和应用程序的开发等，与此同时，软件中断调试和实时调试、
代码的优化、可移植性/可重用以及软件固化等也是嵌入式软件开发的关键。 -Embedded systems are generally based on the specific application as the center, the core processor and the practical application-oriented soft-
Hardware systems, hardware, embedded system running the whole foundation and platform that provides the software required to run
Physical platform and the communication interface and embedded system software typically includes operating systems and application software, they are
The control of the core of the entire system to provide human-computer interaction of information. Therefore, the development of embedded systems is usually
Two parts, including hardware and software development, hardware components include selection of suitable MCU or SOC
Devices, memory types, communication interfaces and I/O, power supply and other auxiliary equipment, etc. software, some of the major
Related to OS porting and application development, etc. At the same time, software interrupt debugging and real-time debugging,
Code optimization, porta
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Size: 851968 |
Author: yanghong |
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Description: 华清远见 嵌入式实验箱 S5PV210 ARM体系结构与接口技术部分 源代码(s5pv210 code,ARM I/O section 1 FS)
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Size: 5417984 |
Author: tiger28
|
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