chenbingjy的个人空间动态-电子工程世界

chenbingjy

个性签名：为江山踏坏了乌骓马，为社稷拉断了宝雕弓。

动态发布点评好友关于

2024-12-22
回复了主题帖：人体红外感应的问题

tagetage 发表于 2024-12-21 17:31 实物拍个照片啊。。明天拍
2024-12-20
发表了主题帖：人体红外感应的问题

这个手册找不到我自己写了个测试程序： GPIO_InitStruct.Pin = GPIO_PIN_15; GPIO_InitStruct.Mode = GPIO_MODE_INPUT; GPIO_InitStruct.Pull = GPIO_PULLUP; HAL_GPIO_Init(GPIOA, &GPIO_InitStruct); i=HAL_GPIO_ReadPin(GPIOA,GPIO_PIN_15); if(i==0) HAL_GPIO_WritePin(GPIOB, GPIO_PIN_4, GPIO_PIN_RESET); else HAL_GPIO_WritePin(GPIOB, GPIO_PIN_4, GPIO_PIN_SET); 可是我手不靠近红外人体感应模块，灯也亮。请问高手，怎么回事？如何解决？谢谢
2024-12-18
回复了主题帖：移动硬盘的问题

分区助手创建分区失败
回复了主题帖：移动硬盘的问题

这个怎么办？也没有进度提示？谢谢
回复了主题帖：移动硬盘的问题

Verifone 发表于 2024-12-17 23:23 用分区助手，分区魔法师，很多软件都有这个功能，我个人喜欢用分区助手谢谢
2024-12-17
回复了主题帖：移动硬盘的问题

qwqwqw2088 发表于 2024-12-17 21:08 系统还能识别出来，应该没有坏，重新格式化如不行，就分区试试谢谢！用什么软件分区？
回复了主题帖：移动硬盘的问题

我用一种格式化软件格式化移动硬盘，显示如下：
发表了主题帖：移动硬盘的问题

这个移动硬盘前面有个红圈，是不是坏掉了？谢谢
2024-12-16
回复了主题帖：我想学MQTT

flyaqiao 发表于 2024-12-16 18:15 这个简单呀,学呗,一个WIFI模块就行了.ESP的资料最多了. 谢谢
发表了主题帖：我想学MQTT

我想学MQTT，不知道如何入手。我看淘宝上有这种模块卖，听说它是用来连网的，连服务器。也可以给其他mqtt设备发数据那我买模块是买一个好，还是买两个。请高手指教，谢谢！
回复了主题帖： STC8H1K28内部晶振是多少Hz

tagetage 发表于 2024-12-16 16:01 STC8H 系列单片机是不需要外部晶振和外部复位的单片机，是以超强抗干扰/超低价/高速/低功耗为目标的 8051 ... 谢谢
发表了主题帖： STC8H1K28内部晶振是多少Hz

请问高手，STC8H1K28内部晶振是多少Hz？谢谢！手册上没找到。
2024-12-13
回复了主题帖：读写ISL12026EEPROM失败

wangerxian 发表于 2024-12-12 16:22 啥问题，是写不进去吗？不知道，写了读出来不对。
2024-12-10
发表了主题帖：读写ISL12026EEPROM失败

代码： #include<reg51.h> #include"OLED.H" extern unsigned char code Dot[]; #define uint unsigned int #define uchar unsigned char #define UINT8 unsigned char #define HMS_FLAG 1 //--------与24C02相关的设置和子函数------------- void delay(){ ;;;;;;;;;;;;;; ;;;;;;;;;;;;;;} //简单短延时子函数 sbit sda_24c02=P2^6; //定义24C02的数据线与单片机的连接 sbit scl_24c02=P2^7; void start_24c02(); //24C02开始信号 void stop_24c02(); //24C02停止 void respons_24c02(); //24C02应答 void init_24c02(); //24C02初始化 void write_byte_24c02(uchar date); //写一个byte到24C02 uchar read_byte_24c02(); //从24C02读一个byte void write_add_24c02(uchar address,uchar date); //写一个字节到指定的24C02单元 uchar read_add_24c02(uchar address); //从24C02指定单元读一个字节数据 void write_add1_24c02(uchar address,uchar date); //写一个字节到指定的24C02单元 uchar read_add1_24c02(uchar address); //从24C02指定单元读一个字节数据 void XWrite_eeprom(UINT8 Address,UINT8 eeprom_Data); UINT8 XRead_eeprom(UINT8 Address); sbit led=P1^0; unsigned char code table_num[]="0123456789"; //LCD显示的数字代码 void delay_ms(uint xms); //ms级延时子函数 unsigned char i; // struct ccb { uchar second; uchar minute; uchar hour; uchar day; uchar month; uchar year; }; struct ccb CurrentTime; UINT8 Change10ToBCD(UINT8 data1) //10->BCD数值转化 { UINT8 high,low,result; high=data1/10; low=data1%10; result=(high<<4)|low; return result; } void init_ISL12026() { XWrite_eeprom(0x3F,0x02); XWrite_eeprom(0x3F,0x06); } void ResetRtcTime() { init_ISL12026(); XWrite_eeprom(0x37,Change10ToBCD(20));//世纪 XWrite_eeprom(0x36,Change10ToBCD(0));//周 XWrite_eeprom(0x35,Change10ToBCD(10));//年 XWrite_eeprom(0x34,Change10ToBCD(1));//月 XWrite_eeprom(0x33,Change10ToBCD(1));//日 XWrite_eeprom(0x32,Change10ToBCD(12)|0x80);//时 XWrite_eeprom(0x31,Change10ToBCD(12));//分 XWrite_eeprom(0x30,Change10ToBCD(12));//秒 } UINT8 ChangeBCDTo10(UINT8 data1) //BCD->10数值转化 { UINT8 temp,result; result=data1&0x0F; temp=data1>>4; result+=temp*10; return result; } void readCurrentTime() { CurrentTime.year=ChangeBCDTo10(XRead_eeprom(0x35)); CurrentTime.month=ChangeBCDTo10(XRead_eeprom(0x34)); CurrentTime.day=ChangeBCDTo10(XRead_eeprom(0x33)); CurrentTime.hour=ChangeBCDTo10(XRead_eeprom(0x32)&0x7F); CurrentTime.minute=ChangeBCDTo10(XRead_eeprom(0x31)); CurrentTime.second=ChangeBCDTo10(XRead_eeprom(0x30)); } /**************************************************************************/ //按页写入。 pBuffer数组指针首地址，WriteAddr要写入页的首地址，NumByteToWrite写入字符个数 /*************************************************************************/ void ISL12026_PageWrite(UINT8* pBuffer, UINT8 WriteAddr, UINT8 NumByteToWrite) { init_ISL12026(); //XStart_iic(); start_24c02(); write_byte_24c02(0xde); respons_24c02(); //XWriteByte(0); //XReceiveAck(); write_byte_24c02(0); respons_24c02(); //XWriteByte(WriteAddr); //XReceiveAck(); write_byte_24c02(WriteAddr); respons_24c02(); while(NumByteToWrite--) { //XWriteByte(*pBuffer); //Point to the next byte to be written write_byte_24c02(*pBuffer); respons_24c02(); pBuffer++; //XReceiveAck(); } //XStop_iic(); stop_24c02(); for(i=0;i<40;i++) delay(); } /**************************************************************************/ //写入时间信息，按照秒，分，时，天，月，年的顺序写入 /*************************************************************************/ void ISL12026_TimeWrite(UINT8 second,UINT8 minute,UINT8 hour,UINT8 day,UINT8 month,UINT8 year) { UINT8 temp[8]; temp[0]=Change10ToBCD(second); temp[1]=Change10ToBCD(minute); temp[2]=Change10ToBCD(hour)|0x80; temp[3]=Change10ToBCD(day); temp[4]=Change10ToBCD(month); temp[5]=Change10ToBCD(year); temp[6]=Change10ToBCD(0); //周，不用则写0 temp[7]=Change10ToBCD(20); ISL12026_PageWrite(temp,0x30,8); } /* void saveX1226(UINT8 hour_year,UINT8 minute_month,UINT8 second_day,UINT8 index) { init_X1226(); if(index==HMS_FLAG)//写时分秒 { XWrite_eeprom(0x30,Change10ToBCD(second_day));//秒 XWrite_eeprom(0x31,Change10ToBCD(minute_month));//分 XWrite_eeprom(0x32,Change10ToBCD(hour_year)|0x80);//时 } else//写年月日星期 { XWrite_eeprom(0x33,Change10ToBCD(second_day));//日 XWrite_eeprom(0x34,Change10ToBCD(minute_month));//月 XWrite_eeprom(0x35,Change10ToBCD(hour_year));//年 } XWrite_eeprom(0x11,0x00);//按定时输出 //XWrite_eeprom(0x3F,0x00); Delay(50); }*/ /*void init_ISL12026_IQR() { //UINT8 mRtcStatus; init_ISL12026(); //mRtcStatus=ChangeBCDTo10(XRead_eeprom(0x11)); //mRtcStatus=mRtcStatus; XWrite_eeprom(0x11,0x00);//0x18, 1秒一个频冲 //Delay(100); for(i=0;i<80;i++) delay(); } */ void init_ISL12026_Alarm(UINT8 Hour_Week,UINT8 Minute_Month,UINT8 Second_Day,UINT8 index) // 设置报警时间 { init_ISL12026(); if(index==HMS_FLAG)//写时分秒 { XWrite_eeprom(0x00,Change10ToBCD(Second_Day));//秒 XWrite_eeprom(0x01,Change10ToBCD(Minute_Month));//分 XWrite_eeprom(0x02,Change10ToBCD(Hour_Week)|0x80);//时 } else//写月日星期 { XWrite_eeprom(0x03,Change10ToBCD(Second_Day));//日 XWrite_eeprom(0x04,Change10ToBCD(Minute_Month));//月 XWrite_eeprom(0x06,Change10ToBCD(Hour_Week));//年 } XWrite_eeprom(0x11,0xA0);//按定时输出 //Delay(50); for(i=0;i<40;i++) delay(); } void PowerInitTime(void) { struct ccb DownTime; UINT8 mRtcStatus; init_ISL12026(); //mRtcStatus=XRead_eeprom(0x14); XWrite_eeprom(0x14,0x00); mRtcStatus=XRead_eeprom(0x14); mRtcStatus=ChangeBCDTo10(XRead_eeprom(0x3F)); if ( mRtcStatus & 0x01 ) //如果完全断电,设置为上次参数下载的时间 { /*DownTime.year=ByteReadEeprom(DownLoadYearAddrOne); DownTime.month=ByteReadEeprom(DownLoadMonthAddrOne); DownTime.day=ByteReadEeprom(DownLoadDayAddrOne); DownTime.hour=ByteReadEeprom(DownLoadHourAddrOne); DownTime.minute=ByteReadEeprom(DownLoadMinuteAddrOne); DownTime.second=ByteReadEeprom(DownLoadSecondAddrOne); */ ISL12026_TimeWrite(DownTime.second,DownTime.minute,DownTime.hour,DownTime.day,DownTime.month,DownTime.year); } } void readSecond() { //CurrentTime.minute=ChangeBCDTo10(XRead_eeprom(0x31)); CurrentTime.second=ChangeBCDTo10(XRead_eeprom(0x30)); } void main(void) { unsigned int i; unsigned char temp; unsigned char second; unsigned char bai,shi,ge; unsigned char year,month,day,hour,minute; LCD_Init(); LCD_CLS(); //LCD_P8x16Str(45,5,(u8*)"EASEAR"); //LCD_P6x8Str(0,7,(u8*)"www.holteksupport.com"); //Draw_BMP(0,0,100,3,(u8*)Dot); init_ISL12026(); //XWrite_eeprom(0x3F,0x82); //delay2(); //XWrite_eeprom(0x3F,0x86); XWrite_eeprom(0x50,209);// for(i=0;i<60000;i++); XWrite_eeprom(0x52,126);// for(i=0;i<60000;i++); XWrite_eeprom(0x54,158);// for(i=0;i<60000;i++); temp=XRead_eeprom(0x52); bai=temp/100+48; shi=temp%100/10+48; ge=temp%10+48; LCD_P8x16Char(0,0,bai); LCD_P8x16Char(8,0,shi); LCD_P8x16Char(16,0,ge); temp=XRead_eeprom(0x54); bai=temp/100+48; shi=temp%100/10+48; ge=temp%10+48; LCD_P8x16Char(32,0,bai); LCD_P8x16Char(40,0,shi); LCD_P8x16Char(48,0,ge); temp=XRead_eeprom(0x50); bai=temp/100+48; shi=temp%100/10+48; ge=temp%10+48; LCD_P8x16Char(64,0,bai); LCD_P8x16Char(72,0,shi); LCD_P8x16Char(80,0,ge); //XWrite_eeprom(0x10,0x00);//去除写保护 /*XWrite_eeprom(0x37,0x06);// second=XRead_eeprom(0x3f); bai=second/100; shi=second%100/10; ge=second%10; lcd_display_char(12,0,bai+0x30); lcd_display_char(13,0,shi+0x30); lcd_display_char(14,0,ge+0x30); //XWrite_eeprom(0x3f,0x00);// XWrite_eeprom(0x14,0x00);// */ //XWrite_eeprom(0x10,0x00);//去除写保护 LCD_P8x16Str(0,2,(u8*)" : : "); LCD_P8x16Str(0,4,(u8*)"20 - - "); ISL12026_TimeWrite(50,59,23,31,12,23); while(1) { // readSecond(); readCurrentTime(); shi=(CurrentTime.second/10)+0x30; ge=(CurrentTime.second%10)+0x30; LCD_P8x16Char(48,2,shi); LCD_P8x16Char(56,2,ge); shi=(CurrentTime.minute/10)+0x30; ge=(CurrentTime.minute%10)+0x30; LCD_P8x16Char(24,2,shi); LCD_P8x16Char(32,2,ge); shi=(CurrentTime.hour/10)+0x30; ge=(CurrentTime.hour%10)+0x30; LCD_P8x16Char(0,2,shi); LCD_P8x16Char(8,2,ge); shi=(CurrentTime.day/10)+0x30; ge=(CurrentTime.day%10)+0x30; LCD_P8x16Char(64,4,shi); LCD_P8x16Char(72,4,ge); shi=(CurrentTime.month/10)+0x30; ge=(CurrentTime.month%10)+0x30; LCD_P8x16Char(40,4,shi); LCD_P8x16Char(48,4,ge); shi=(CurrentTime.year/10)+0x30; ge=(CurrentTime.year%10)+0x30; LCD_P8x16Char(16,4,shi); LCD_P8x16Char(24,4,ge); for(i=0;i<20000;i++); } } void delay_ms(uint xms) //ms级延时子程序 { unsigned int aa,bb; for(aa=xms;aa>0;aa--) for(bb=4000;bb>0;bb--); //调整数值以使本句运行时间为1ms } //--------与24C02相关的设置和子函数------------- void start_24c02() //24c02开始信号 { sda_24c02=1; delay(); scl_24c02=1; delay(); sda_24c02=0; delay(); } void stop_24c02() //24c02停止 { sda_24c02=0; delay(); scl_24c02=1; delay(); sda_24c02=1; delay(); } void respons_24c02() //24c02应答 { uchar i; scl_24c02=1; delay(); while((sda_24c02==1)&&(i<250))i++; scl_24c02=0; delay(); } void init_24c02() //24c02初始化 { sda_24c02=1; delay(); scl_24c02=1; delay(); } void write_byte_24c02(uchar date) //写8个 { uchar i,temp; temp=date; for(i=0;i<8;i++) { temp=temp<<1; scl_24c02=0; delay(); sda_24c02=CY; delay(); scl_24c02=1; delay(); } scl_24c02=0; delay(); sda_24c02=1; delay(); } uchar read_byte_24c02() { uchar i,k; scl_24c02=0; delay(); sda_24c02=1; delay(); for(i=0;i<8;i++) { scl_24c02=1; delay(); k=(k<<1)|sda_24c02; scl_24c02=0; delay(); } return k; } void write_add_24c02(uchar address,uchar date)//将某数据写入24C02某个单元中 { start_24c02(); write_byte_24c02(0xa0); //24c02的写地址（1010 0000） respons_24c02(); write_byte_24c02(address); respons_24c02(); write_byte_24c02(date); respons_24c02(); stop_24c02(); } uchar read_add_24c02(uchar address)//读出24c02某个单元数据到变量中 { uchar date; start_24c02(); write_byte_24c02(0xa0); //24c02的读地址（1010 0001） respons_24c02(); write_byte_24c02(address); respons_24c02(); start_24c02(); write_byte_24c02(0xa1); respons_24c02(); date=read_byte_24c02(); stop_24c02(); return date; } //--------与24C02相关的设置和子函数结束----------- void write_add1_24c02(uchar address,uchar date)//将某数据写入24C02某个单元中 { start_24c02(); write_byte_24c02(address<<1); respons_24c02(); write_byte_24c02(date); respons_24c02(); stop_24c02(); } uchar read_add1_24c02(uchar address)//读出24c02某个单元数据到变量中 { uchar date; start_24c02(); write_byte_24c02((address<<1)+1); respons_24c02(); //start_24c02(); //write_byte_24c02(0xa1); //respons_24c02(); date=read_byte_24c02(); stop_24c02(); return date; } void XWrite_eeprom(UINT8 Address,UINT8 eeprom_Data) { //XStart_iic(); start_24c02(); //XWriteByte(0xDE); write_byte_24c02(0xde); //XReceiveAck(); respons_24c02(); /*XWriteByte(0); XReceiveAck(); XWriteByte(Address); XReceiveAck(); XWriteByte(eeprom_Data); XReceiveAck(); XStop_iic();*/ write_byte_24c02(0); //XReceiveAck(); respons_24c02(); write_byte_24c02(Address); //XReceiveAck(); respons_24c02(); write_byte_24c02(eeprom_Data); //XReceiveAck(); respons_24c02(); stop_24c02(); } UINT8 XRead_eeprom(UINT8 Address) { UINT8 rdata; //XStart_iic(); //XWriteByte(0xDE); //XReceiveAck(); start_24c02(); write_byte_24c02(0xde); respons_24c02(); //XWriteByte(0); //XReceiveAck(); //XWriteByte(Address); //XReceiveAck(); write_byte_24c02(0); respons_24c02(); write_byte_24c02(Address); respons_24c02(); /*XStart_iic(); XWriteByte(0xDF); XReceiveAck(); rdata=XReadByte(); XNo_Acknowledge(); XStop_iic(); */ start_24c02(); write_byte_24c02(0xdf); respons_24c02(); rdata=read_byte_24c02(); stop_24c02(); return(rdata); } 读写时间都没问题。读写EEPROM，读出来都是158，也就是最后写进去的值。请问高手，哪里有错？谢谢
2024-12-09
发表了主题帖：计数型信号量的问题

代码： #include "at32l021_board.h" #include "at32l021_clock.h" #include "FreeRTOS.h" #include "task.h" #include "queue.h" #include "semphr.h" /** @addtogroup UTILITIES_examples * @{ */ QueueHandle_t CountSemaphore; //unsigned char flag=0; /** @addtogroup FreeRTOS_demo * @{ */ button_type key=1; //extern QueueHandle_t xQueueCreateCountingSemaphore( const UBaseType_t uxMaxCount, //const UBaseType_t uxInitialCount ); static void vPeriodicTassk(void *pvParamters) { unsigned int i; UBaseType_t err; while(1) { key=at32_adatin_state(); if(key==0) { for(i=0;i<3000;i++) { key=at32_adatin_state(); if(key==0) { while(1) { key=at32_adatin_state(); if(key==1) break; } if(CountSemaphore!=NULL) { err=xSemaphoreGive(CountSemaphore); if(err==pdFALSE) { printf("Sem Rele Failed!\r\n"); //flag=0; } else { printf("Sem Role Succeed!\r\n"); //flag=1; } } } } //LED0_TOGGLE(); //vTaskDelay(10); }/* 延时1000ticks */ } } static void vHandlerTask(void *pvParamters) { unsigned int i; UBaseType_t semavalue=0; while(1) { if(CountSemaphore!=NULL) { //if(flag==1) //{ // flag=0; xSemaphoreTake(CountSemaphore,portMAX_DELAY); semavalue=uxSemaphoreGetCount(CountSemaphore); printf("semavalue value=%d\r\n",(int)semavalue); //} } //else //{ // for(i=0;i<1000;i++); //} //printf("Task2 Running!\r\n"); //vTaskDelay(1000); for(i=0;i<60000;i++); } } /** * [url=home.php?mod=space&uid=159083]@brief[/url] main function. * @param none * @retval none */ int main(void) { system_clock_config(); at32_board_init(); /* init led2 and led3 */ at32_led_init(LED2); at32_led_init(LED3); /* init usart1 */ uart_print_init(115200); /* enter critical */ taskENTER_CRITICAL(); CountSemaphore=xSemaphoreCreateCounting(10,10); if(CountSemaphore==NULL) { printf("create CountSemaphore failed!\r\n"); } /* create led2 task */ xTaskCreate((TaskFunction_t )vPeriodicTassk, (const char* )"vTask1", (uint16_t )128, (void* )NULL, (UBaseType_t )2, (TaskHandle_t* )NULL); /* create led3 task */ xTaskCreate((TaskFunction_t )vHandlerTask, (const char* )"vTask2", (uint16_t )128, (void* )NULL, (UBaseType_t )2, (TaskHandle_t* )NULL) ; /* exit critical */ taskEXIT_CRITICAL(); /* start scheduler */ vTaskStartScheduler(); } /** * @} */ /** * @} */ 这个程序，一运行就收到信号量到零后，按下按键，发送成功，可是收不到信号量。请问高手，这个程序有什么问题？谢谢
回复了主题帖：设置局域网能访问Jupyter Lab失败

tagetage 发表于 2024-12-8 15:10 建议你树莓派重新做一下系统，重新安装jupyter lab后再设定局域网访问。谢谢，我试试
2024-12-08
回复了主题帖：设置局域网能访问Jupyter Lab失败

tagetage 发表于 2024-12-7 17:42 问题说清楚了。你现在局域网能访问Jupyter Lab了吗？？？？不能
2024-12-07
回复了主题帖：设置局域网能访问Jupyter Lab失败

tagetage 发表于 2024-12-7 15:10 Raspberry pi 树莓派安装 Jupyter lab通用于（4B-3B+） https://blog.csdn.net/qq_43100539/article/det ... 谢谢，现在除了新的问题找不到下面这个位置请多指教，谢谢
回复了主题帖： FREERTOS编译错误的问题

andeyqi 发表于 2024-12-7 12:21 是不是这里面的 --far 或者 --interrupt 没有被正常识别编译器不认识报错了那怎么改呀
发表了主题帖：设置局域网能访问Jupyter Lab失败

先上图：我在学习树莓派，遇到问题。请问高手，这个问题如何解决？谢谢