搜索资源列表
TQ2440-640-480-linux-ov9650
- 在天嵌2440的开发板上能够用群创的7寸液晶800*480上显示640*480的OV9650摄像头图像的驱动和程序,注意,其他开发板不一定能用,下载之后,直接insmod ov9650-640.ko,然后运行camera_test640就可以了,附带代码。-the application program and device drive for ov9650 CMOS camera. the code is using for TQ2440 develepment board only.
0V9650-drive-application-source-code
- 编译器必须为 3.3.2 编译时候要加参数 1)加载模块:insmod s3c2440a_camif.ko (设备节点为:/dev/v4l/video0) 2)运行程序:./ov9650_init (通过iic初始化ov9650芯片,运行一次即可) 2)运行测试程序:./testcamera (加-h可查看参数说明) 注: 1)驱动模块中不含摄像头芯片的iic初始化,初始化部分位于ov9650_init中。 2)若文件系统不支持2.6下的insmod命令,请
spca5xx
- spca5xx.ko为中星微电子301摄像头驱动,在使用时用insmod spca5xx.ko命令插入该模块,运行udevstart命令后,再运行./v4lcap 便可显示 -spca5xx.ko Vimicro 301 camera driver, when used with the insmod spca5xx.ko command to insert the module, run udevstart command, and then run ./v4lcap to display t
bcm4329ko
- bcm4329.ko file broadcom module (linux )
SPI2UART
- 开发环境Ubuntu10.10 内核源代码版本linux2.6.32.2 交叉编译环境版本V4.4.3 驱动函数说明: 该代码将S3C2440的SPI口连接SC16IS752,扩展为2路串口。代码分2部分,分别Make后生成2个.ko文件,分别加载即可使用。 本代码项目实用,可参考。-Development environment Ubuntu10.10 Kernel source code version linux2.6.32.2 Cross-compiler
How-to-compile-the-first-module
- 如何编译第一个模块 如何编译第一个模块 hello.ko -How to compile the first module
ov511driver
- 为中星微电子301摄像头驱动,在使用时用insmod spca5xx.ko命令插入该模块,运行udevstart命令后,再运行./v4lcap 便可显示-spca5xx.ko as Vimicro 301 camera driver, when in use insmod spca5xx.ko command to insert the module, run udevstart command, then run ./v4lcap can display
cdev
- 这是一个简单的字符设备驱动,ARM中移植一个linux系统,下载到ARM的linux系统中编译,安装.KO文件-This is a simple character device driver, ARM in the transplant a linux system, download the ARM linux system to compile and install. KO file
character_hello
- 该文档的功能是创建一个简单的字符设备驱动,压缩包里包含module_hello和user_hello,其中module_hello文件夹里面包含了hello.c字符驱动代码和MakeFile文件,经过编译可生成相应的.ko模块;user_hello是用户程序,经过编译后可生成相应的可执行文件,执行用户的可执行文件可对相应的字符设备进行读写操作。-The document' s function is to create a simple character device driver, c
KOexample
- 适合于想要编写内核KO驱动程序的初学者,根据范例可以很快编写,只需要关注驱动本身功能的实现-Suitable when you want to write a kernel driver for beginners KO, based on a sample can be quickly prepared, just need to focus on driving their own functions to achieve
mygpio
- should use the general purpose input/output (GPIO) interface of the XScale architecture. Your module mygpio.ko should implement a counter operating at 1Hz-a kernel module to interface with the buttons and LEDs that connect to the soldered headers
linux_pwm_timer_spi_driver
- am1808 linux pwm,spi,timer的驱动,ko形式,带测试代码-am1808 linux driver for spi,pwm,timer,and test app
smart210_led_driver
- 1.首先加载驱动 insmod smart210_led.ko 2.open( /dev/设备文件名 ,O_RDWR) 3.用ioctl(fd,LED_ON,value) 操作led 第二个参数可以为LED_ON,LED_OFF,LED_ALL 当为LED_ON时第三个参数只能取值1-4 (说明点亮固定led,若第三个参数为3表示点亮第三个led) 当为LED_OFF时第三个参数只能取值1-4 (说明熄灭固定led,若第三个参数为3表示熄灭第三个led) 当为LED
DS1339-driver
- DS1339芯片驱动 包括c语言源码,以及编译生成的内核ko-DS1339 s driver source code, including source code and ko.
IT6604-driver
- IT6604芯片驱动,包括源码以及编译后的ko-IT6604 s driver, including source code and ko
TVP7002-driver
- TVP7002驱动 包括源码以及编译后的ko文件-TVP7002 s driver, including source code and ko
02_sil9135.tar
- 海思hi3531/3516A sil9135HDMI驱动,借助海思SDK里的makefile编译,insmod sil9135.ko,驱动中做了分辨率检测是接口,app端直接调用-with Hass SDK in the makefile to compile, insmod sil9135.ko, the drive to do is detect the resolution of the interface, app called directly
nand-stress
- am335 nand 压力测试 ko模块-am335 nand
