问答

在这个官方例程的基础上我只改了外部晶振为8M,然后烧录进去之后能用HID收发工具连接上，但是一发送数据就会断开连接。有没有大佬知道是怎么回事 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**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**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**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***32Q6iTnssMOeeeYZvVG6/fbbb7zxxq997Wv/J7zLfB4n6nLTUK4ber/+fijXV6K/ru/9+vJoX1/iygSB0f4p7mf1vf5REf2fXu4I3f9JfPXVV3ef3JS5+CNi0Rr/2fW5z3/B90N3+ngEf7W765N/87mpDVe988OfeNcVf/Huj3zywg1/uf6Pr5ZNfvRTk39yjWzqT64xJn/yo9corlqlvXvDXyr/XVdcNbnhk1d99vNNouNrX/vaTTfdJE0iZSJ9IpUirSLFIrMs6/8DAAD//74BVPAAAAAGSURBVAMA7gDjxGmY++MAAAAASUVORK5CYII=[/img]

我用GD32F105RCT6 跑官方的HID例程的时候，是能正常工作的。 但是，一旦将端点时间间隔从0x20改成0x1的时候，端点1的OUT中断就无法触发了。改成0xa就看运气有时候能工作，有时候不能工作 感觉像是初始化的时候出现了问题。 用例程中的 HID IAP例程，默认就是0x1的，直接就无法工作。端点1的IN完全没问题。 我唯一改的地方就是，官方的板子用的25Mhz的晶振，我的板子用的是8Mhz的晶振，我把时钟改了一下。枚举都是正常的。 又试了一下GD32F303 GD32F103 GD32F205 GD32F407，都是没有这个问题的。 有没有大哥知道是什么问题吗

windows电脑外接了一个遥控器（标准hid键盘设备），这个遥控器上有四个按键，分别是上一页、下一页（这两按键是标准按键，跟普通键盘上的page up、page down按键一样，程序能正常接收到）以及扩展的两个按键（这两按键的按键码分别为01和02），这两个扩展按键程序接受不到任何信息，通过键盘hook和raw input也只能接受到遥控器的上一页、下一页按键的信息，接收不到这两个扩展按键的信息。以上是问题，程序里面我尝试用hidapi这个库去打开hid遥控器键盘，发现不能以读或写或读写方式打开，返回错误码5（拒绝访问），以管理员权限运行程序也一样返回错误码5。 但是我使用bud hound程序抓包却能抓到按上一页、下一页、以及其他两个扩展按键按下时发送的8字节数据，按键码也是对的，但是通过程序读取遥控器hid设备和通过键盘钩子以及raw input都不能获取到两个扩展按键的按键信息，求助各位大牛给个思路或者指点一下哈，万分感激

HID收发移植一直存在问题，移植不成功，是否有移植好的可以参考

现象： 1. 自用的一块电路板直接连接电脑，能够正常收发指令，但是如果通过集线器连接电脑，就每次都会在write时出现timeout错误； 2. 电脑是win10系统，主板是清华同方B450M-HDV，这个型号的台式机只有一台，但是是客户指定的一个测试电脑，没办法更换，不过电路板在其他型号的电脑上是可以连接集线器通信的； 做过的一些测试： 1. 更换不同品牌的集线器，问题仍然出现； 2. 让集线器连接到电脑的不同usb口，包括usb2.0和usb3.0的口，问题仍然出现； 3. 更新电脑驱动，问题仍然出现； 4. 在设备管理器中usb集线器的“电源管理”选项中取消"允许计算机关闭此设备以节省电源"，问题仍然出现； 请教一下各位大佬： 有没有什么思路能够定位到这台测试电脑是哪方面出了问题？有没有可能通过修改电路板的硬件或嵌入式程序解决这个问题？

最近一个案子想用CH32F103的usb host功能，从官网下载到的例程中发现usb host没有支持usb hid设备。难道这样的通用功能模块都不能公开吗？？想支持国产真有点难？请教各位大神怎么解，多谢

最新的HK32F103C8T6有USB开发例程吗？用STM32CUBE开发的USB HID程序可以用吗？

[i=s] 本帖最后由 baster11 于 2021-9-3 23:21 编辑 [/i] 我用开发包里的例子custom_hid，把CUSTOMHID_IN_EP改为EP2_IN，发送数据给主机端就有问题，有人知道是什么原因吗？下图是PC端通过USBlyzer抓取的包 [attach]1751128[/attach]

#include #include"ds1302.h" #include"iic.h" sbit S7=P3^0; sbit S6=P3^1; sbit S5=P3^2; sbit S4=P3^3; unsigned char dat_rd2; unsigned char kaiguan=0; unsigned char shidu=50; //初始湿度 unsigned char nowshidu; //当前湿度 unsigned char code table[]={0xc0,0xf9,0xA4,0xB0,0x99,0x92,0x82,0xF8, 0x80,0x90,0x88,0x83,0xA7,0xA1,0x86,0x8E,0xbf,0x7f}; unsigned char write[]={0x80,0x82,0x84,0x86,0x88,0x8a,0x8c}; unsigned char read[]={0x81,0x83,0x85,0x87,0x89,0x8b,0x8d}; unsigned char Time[]={0x16,0x30,0x08,0x02,0x16,0x02,0x21}; void delayms(unsigned char x) { unsigned char i; while(x--) { for(i=0;i<113;i++); } } void select (unsigned char n) { switch(n) { case 4: P2=(P2&0x1f)|0x80; break; case 5: P2=(P2&0x1f)|0xa0; break; case 6: P2=(P2&0x1f)|0xc0; break; case 7: P2=(P2&0x1f)|0xe0; break; } } void guanbi() { select(5); P0=0x00; select(4); P0=0xff; } void DS1302_write() { unsigned char i; Ds1302_Single_Byte_Write(0x8e,0x00); for(i=0;i<7;i++) { Ds1302_Single_Byte_Write(write[i],Time[i]); } Ds1302_Single_Byte_Write(0x8e,0x80); } void DS1302_read() { unsigned char i; for(i=0;i<7;i++) { Time[i]=Ds1302_Single_Byte_Read(read[i]); } } void read_rd2() { IIC_Start(); IIC_SendByte(0x90); IIC_WaitAck(); IIC_SendByte(0x03); IIC_WaitAck(); IIC_Start(); IIC_SendByte(0x91); IIC_WaitAck(); dat_rd2=IIC_RecByte(); IIC_WaitAck(); IIC_Ack(0); IIC_Stop(); } void shuma(unsigned char pos,unsigned char date) { select(6); P0=0x01<shidu) { select(5); P0=0x40; } else if(nowshidu

[color=#333333][backcolor=rgb(255, 255, 255)][font=微软雅黑][size=16px]想问下，使用USB标准库，做HID设备，如何识别主机是PC，还是安卓[/size][/font][/backcolor][/color][color=rgb(65, 131, 196)][backcolor=rgb(255, 255, 255)][font=微软雅黑][size=16px]手机[/size][/font][/backcolor][/color][color=#333333][backcolor=rgb(255, 255, 255)][font=微软雅黑][size=16px]，平板；抓了数据帧，没法辨别，求识别方法[/size][/font][/backcolor][/color]

void TMOS_InitTasks( void ) { UINT8 taskID = 0; /* tmos Task */ TMOS_Init( taskID++ ); /* Hal Task */ Hal_Init( taskID++ ); //硬件初始化 /* LL Task */ LL_Init( taskID++ ); /* L2CAP Task */ L2CAP_Init( taskID++ ); /* GAP Task */ GAP_Init( taskID++ ); /* GATT Task */ GATT_Init( taskID++ ); /* SM Task */ SM_Init( taskID++ ); GAPBondMgr_Init( taskID++ ); GATTServApp_Init( taskID++ ); /* Role */ GAPRole_PeripheralInit( taskID++ ); /* hid */ HidDev_Init(taskID++); /* Application */ HidEmu_Init(taskID++); //USBHID task UsbHid_Init(taskID++); } 上面的函数上面时候执行的？原理什么的有人能解惑一下吗