I6100的扫码头驱动，源代码可以直接控制扫描头扫码，另附ScanWedgeSE4500，可直接发布不用驱动代码开发的程序就可以调用扫描头扫描，由于csdn里面的优博讯全系列根本不适合I6100，特折腾了半天才搞定的，源代码为C#。

Linux驱动程序开发实例，大量驱动代码，给你的学习提供帮助

海思LSADC驱动简单框架，可应用层读取。

Linux常见驱动源码分析(kernel hacker修炼之道)--李万鹏 李万鹏 IBM Linux Technology Center kernel team 驱动资料清单内容如下: Linux设备模型（中）之上层容器.pdf Linux设备模型（上）之底层模型.pdf Linux驱动修炼之道-驱动中一些常见的宏.pdf Linux驱动修炼之道-内存映射.pdf Linux驱动修炼之道-看门狗框架源码分析.pdf Linux驱动修炼之道-触摸屏驱动之s3c2410_ts源码分析.pdf Linux驱动修炼之道-SPI驱动框架源码分析(中).pdf Linux驱动修炼之道-SPI驱动框架源码分析(下).pdf Linux驱动修炼之道-SPI驱动框架源码分析(上).pdf Linux驱动修炼之道-RTC子系统框架与源码分析.pdf Linux驱动修炼之道-platform.pdf Linux驱动修炼之道-LCD背光与gpio控制.pdf Linux驱动修炼之道-INPUT子系统(下).pdf Linux驱动修炼之道-INPUT子系统(上).pdf Linux驱动修炼之道-framebuffer（中）.pdf Linux驱动修炼之道-framebuffer（下）.pdf Linux驱动修炼之道-framebuffer（上）.pdf Linux驱动修炼之道-DMA框架源码分析(下).pdf Linux驱动修炼之道-DMA框架源码分析(上).pdf Linux驱动修炼之道-DM9000A网卡驱动框架源码分析(中).pdf Linux驱动修炼之道-DM9000A网卡驱动框架源码分析(下).pdf Linux驱动修炼之道-DM9000A网卡驱动框架源码分析(上).pdf Linux驱动修炼之道-clock框架.pdf Linux驱动修炼之道-ADC驱动.pdf Linux内核访问外设I O资源的方式.pdf LINUX内核USB子系统学习笔记之初识USB.pdf kernel hacker修炼之道之驱动-流水灯.pdf kernel hacker修炼之道之驱动-混杂设备.pdf kernel hacker修炼之道之驱动-按键.pdf kernel hacker修炼之道之PCI subsystem(五).pdf kernel hacker修炼之道之PCI subsystem(四).pdf kernel hacker修炼之道之PCI subsystem(三).pdf kernel hacker修炼之道之PCI subsystem(六).pdf kernel hacker修炼之道之PCI subsystem(二).pdf

mpu6500在rk3128 andriod平台下驱动

github上下载回来的RTL8723BU 内核驱动源码，亲测可用

OV13850Linux驱动源码，包含datasheet等等

linux 下CAN总线驱动源码,该程序已验经过,成功运在2510上.-linux CAN bus driver source code, the post-mortem after the procedure has been successfully transported in 2510 on.

在　ｇｐio-keyc的基础上改写的旋转按钮　ｅｃ11的驱动，已经经过了测试。可自定义左旋和右旋的键值。如果按键值输入是第三个引脚，也支持按键操作 补存的头文件： gpio_ec11.h #ifndef _GPIO_EC11_H #define _GPIO_EC11_H struct device; struct gpio_desc; /** * struct gpio_ec11_button - configuration parameters * @leftcode: ec11 left direction input event code (KEY_*, SW_*) * @rightcode: ec11 right direction input event code (KEY_*, SW_*) * @gpio: %-1 if this key does not support gpio * @gpio: %-1 if this key does not support gpio * @active_low: %true indicates that button is considered * depressed when gpio is low * @desc: label that will be attached to button's gpio * @type: input event type (%EV_KEY, %EV_SW, %EV_ABS) * @wakeup: configure the button as a wake-up source * @debounce_interval: debounce ticks interval in msecs * @can_disable: %true indicates that userspace is allowed to * disable button via sysfs * @value: axis value for %EV_ABS * @irq: Irq number in case of interrupt keys * @gpiod: GPIO descriptor */ struct gpio_ec11_button { unsigned int code; unsigned int leftcode; /*记录左旋键值*/ unsigned int rightcode; /*记录右旋键值*/ int gpio; /*旋转编码器A引脚的gpio号*/ int subgpio; /*旋转编码器B引脚的gpio号*/ int active_low; const char *desc; unsigned int type; int wakeup; int debounce_interval; bool can_disable; int value; unsigned int irq; unsigned int irq_flags; struct gpio_desc *gpiod; }; /** * struct gpio_ec11_platform_data - platform data for gpio_ec11 driver * @buttons: pointer to array of &gpio;_keys_button structures * describing buttons attached to the device * @nbuttons: number of elements in @buttons array * @poll_interval: polling interval in msecs - for polling driver only * @rep: enable input subsystem auto repeat * @enable: platform hook for enabling the device * @disable: platform hook for disabling the device * @name: input device name */ struct gpio_ec11_platform_data { struct gpio_ec11_button *buttons; int nbuttons; unsigned int poll_interval; unsigned int rep:1; int (*enable)(struct device *dev); void (*disable)(struct device *dev); const char *name; }; #endif

驱动级 进程保护_防调试_注册表保护_文件夹保护 驱动层纯C语言实现