/* ****************************************************************************** * @file main.c / 3-control * @author Jeep.zhang * @version V1.0 * @date 05-Dec-2015 * @brief Main Service Routines. ****************************************************************************** * @attention * AT+GMR * AT version:0.50.0.0(Sep 18 2015 20:55:38) * SDK version:1.4.0 * compile time:Sep 18 2015 21:46:52 * OK * 1.Espressif-SDK,The Latest Version:esp_iot_sdk_v1.4.0_15_09_18 * 2.Please refer to:esp_iot_sdk_v1.4.0_15_09_18\esp_iot_sdk_v1.4.0\bin\at * 3.or Reference information is as follows: * ---------Flash size 32Mbit: 512KB+512KB-----------ESP-12F * boot_v1.2+.bin 0x00000 * user1.1024.new.2.bin 0x01000 * esp_init_data_default.bin 0x3fc000 (optional) * blank.bin 0x7e000 & 0x3fe000 * -------------------------------------------------- * 4.MCU Model: STM8S005K6,16MHz,FLASH(32K)/RAM(2K)/EEPROM(128bytes) * 5.WIFI Module: ESP-WROOM-02(Espressif)/ESP-03(AiThinker) * *

© COPYRIGHT 2015 www.ifish7.com

****************************************************************************** */ #include "STM8S005K6.h" #include //#include /* for printf */ /**********************************************/ #define factory_data 0x0a // 厂商编号 #define pcb_data 0x0c // 硬件型号 #define mcu_data 0x01 // 版本号 // 按键值定义H #define Lamp1_Key1 0x1 // lamp1 #define Lamp2_Key2 0x2 // lamp2 #define UVC_Key3 0x3 // UVC #define Adjust_Key4 0x4 // 调节键 #define Lamp_ShiDuan_Key5 0x5 // 时段照明 #define Clock_Setup_Key6 0x6 // 时间设置 #define K1K3 0x7 // 组合键 #define K2K4 0x8 // 组合键 #define K3K5 0x9 // 组合键 #define K4K6 0xa // 组合键 // (HT1621B:LCD)命令字定义：100 A5A4A3A2-A1A0D0D1-D2D3 //#define Read_Data 0xc0 // Read Data //#define Write_Data 0xa0 // Write Data/Read-Modify-Write Data #define Command 0x80 // Command #define sysen 0x02 // 1 0 0 0000-0001-X #define lcdon 0x06 // 1 0 0 0000-0011-X #define lcdoff 0x04 // 1 0 0 0000-0010-X #define rc256k 0x30 // 1 0 0 0001-10XX-X #define bias 0x52 // 1/4 0x50 1/3 #define tone2k 0x80 // 1 0 0 100X-0XXX-X #define toneon 0x12 // 1 0 0 0000-1001-X #define toneoff 0x10 // 1 0 0 0000-1000-x // 寄存器定义 #define RAMBIT 0x80 unsigned char state0 @RAMBIT; //@near unsigned char state0; unsigned char flag0 @RAMBIT+1; unsigned char flag1 @RAMBIT+2; unsigned char flag2 @RAMBIT+3; unsigned char flag3 @RAMBIT+4; unsigned char flag4 @RAMBIT+5; unsigned char flag5 @RAMBIT+6; //unsigned char flag6 @RAMBIT+7; //unsigned char flag7 @RAMBIT+8; // 寄存器flag各位变量定义 _Bool flag_TimeSetup_Jump @flag0:0; _Bool flag_have_key @flag0:1; _Bool flag_ClockTime_Change @flag0:2; // 钟表时间设置变化了，保存EEPROM _Bool flag_TCP0_Connected @flag0:3; _Bool flag_ScreenLock_Status @flag0:4; _Bool flag_unlock_key @flag0:5; _Bool flag_RS232_TimeoutStart @flag0:6; _Bool flag_WiFi_ready @flag0:7; // 寄存器flag1各位变量定义 _Bool flag_ClockTimeSetting @flag1:0;//s1 _Bool flag_Colon_Jump @flag1:1; _Bool flag_Buzzering @flag1:2; _Bool flag_Receive_NewFrame_Buffer0 @flag1:3; _Bool flag_Receive_NewOneByte @flag1:4; _Bool flag_WiFi_Connected @flag1:5;// 设备是否入网（路由器）：1=入网，0=没入网； _Bool flag_WiFi_Data_Sending @flag1:6; //=0数据发送完; =1正在发送数据 _Bool flag_Start_HeartBeat @flag1:7; //=1,启动心跳了 // 寄存器flag2各位变量定义 //_Bool flag_NoLoginBack150s_CIPSTART @flag2:0; _Bool flag_Tempture_Abnormal @flag2:1;// 设备是否发送温度报警：1=可以，0=不可以 _Bool flag_TCP_Logined @flag2:2;// 设备是否登录服务器：1=登录，0=没登录； _Bool flag_LoginTCP_SendOnce @flag2:3; _Bool flag_HeartBeat10s @flag2:4;// 设备是否可以发心跳包10s：1=可以，0=不可以 _Bool flag_WiFi_Connect_Enable @flag2:5;// 设备是否发送设备状态信息5min：1=可以，0=不可以 _Bool flag_Buzzer @flag2:6; _Bool flag_TCP0_Connecting @flag2:7; // 寄存器flag3各位变量定义 _Bool flag_lamp4_onoff @flag3:0; _Bool flag_lamp5_onoff @flag3:1; _Bool flag_NoLoginBack150s_CIPSTART @flag3:2; _Bool flag_ready5s_STARTSMART @flag3:3; _Bool flag_DisConnect180s_StartRST @flag3:4; _Bool flag_Have_STAMAC @flag3:5; _Bool flag_Have_STAIP @flag3:6; _Bool flag_ready_Monitoring5s @flag3:7; // 寄存器flag4各位变量定义 _Bool flag_LampTimeSetting @flag4:0; _Bool flag_LampTime_Change @flag4:1; // 灯的定时时间设置变化了，保存DS1302 _Bool flag_Open_Time @flag4:2; _Bool flag_Close_Time @flag4:3; _Bool flag_NoLoginBack_Monitoring150s @flag4:4; _Bool flag_DisConnect_Monitoring180s @flag4:5; _Bool flag_Tempture_Abnormal_Q0 @flag4:6; _Bool flag_Tempture_Abnormal_Q1 @flag4:7; // 寄存器flag5各位变量定义 _Bool flag_WiFi_Smarting @flag5:0; _Bool flag_SEND_FAIL @flag5:1; _Bool flag_RS232_Timeout @flag5:2; _Bool flag_WiFi_Disconnect @flag5:3; _Bool flag_UDP1_Connected @flag5:4; _Bool flag_auto_hand_change @flag5:5; _Bool flag_Restart_Connect_TCP @flag5:6; _Bool flag_Enable_Connect_TCP @flag5:7; // 寄存器state0各位变量定义 //_Bool flag_lamp2_onoff @state0:0;// t16 lamp2 灯光照明2 //_Bool flag_lamp1_onoff @state0:1;// t18 lamp1 灯光照明1 //_Bool flag_UVC_onoff @state0:2;// t19 //冲浪 lamp3 杀菌冲浪 //_Bool flag_WiFi_HaveSet @state0:3;// wifi已设置为1 //_Bool flag_auto_hand @state0:4;// 0=手动 1=自动 //_Bool flag_TemptureAlam @state0:5;// 0= //_Bool flag_TemptureAlam_High @state0:6; //_Bool flag_have_save_URL @state0:7; unsigned char flag_lamp1_onoff=0; unsigned char flag_lamp2_onoff=0; unsigned char flag_UVC_onoff=0; unsigned char flag_auto_hand=0; // 端口定义*****(QTC186B:TOUCH)***** _Bool B0 @PB_IDR:4;// PB4=Data0(QTC186B) _Bool B1 @PB_IDR:5;// PB5=Data1(QTC186B) _Bool B2 @PF_IDR:4;// PF4=Data2(QTC186B) _Bool B3 @PD_IDR:2;// PD2=Data3(QTC186B) // 端口定义*****(DS1302:RTC)***** _Bool ds_rst @PC_ODR:2;// PC2=RST(DS1302) _Bool ds_io @PC_ODR:1;// PC1=IO(DS1302) _Bool ds_data @PC_IDR:1;// PC1=Data(DS1302) IN _Bool ds_clk @PE_ODR:5;// PE5=CLK(DS1302) // 端口定义*****(DENG1,DENG2,BENG,HEAT)***** _Bool lamp2_PC5 @PC_ODR:5;// PC5=DENG1(Relay) _Bool lamp1_PC6 @PC_ODR:6;// PC6=DENG2(Relay) _Bool UVC_PC7 @PC_ODR:7;// PC7=BENG (Relay) _Bool heating_PC4 @PC_ODR:4;// PC4=HEAT (Relay) //_Bool ap_set_key @PD_IDR:0; //***************** // 端口定义*****(HT1621B:LCD)***** _Bool LCD_backled_PC3 @PC_ODR:3;// PC3=LED _Bool ht1621_cs @PD_ODR:7;// PD7=LCD_CS(HT1621B) _Bool ht1621_wr @PD_ODR:4;// PD4=LCD_WR(HT1621B) _Bool ht1621_data @PD_ODR:3;// PD3=LCD_Data(HT1621B) //_Bool power_pin @PD_ODR:0; _Bool PB1_ESP_EN @PB_ODR:1;// ESP8266使能 _Bool PD0_ESP_RST @PD_ODR:0;// ESP8266硬件复位 unsigned int HeartBeat_0_TimeoutCounter=0; unsigned int HeartBeat_1_TimeoutCounter=0; unsigned int TCP0_TimeoutCounter=0; unsigned int NoLoginBack150s_TimeoutCounter=0; unsigned char WiFi_Disconnect_TimeoutCounter=0; unsigned char Restart_Connect_TCP_TimeoutCounter=0; unsigned char LockScreen_TimeoutCounter=0; unsigned char UnLockScreen_TimeoutCounter=0; unsigned char RS232_TimeoutCounter=0; unsigned char DisConnect180s_TimeoutCounter=0; unsigned char NoWiFi5s_TimeoutCounter=0; unsigned char HeartBeat10s_TimeoutCounter=0; // 心跳时间是否到10s unsigned char Lcd_Colon_TimeoutCounter=0; unsigned char ThreeMS_Counter=0; unsigned char auto_hand_TimeoutCounter; unsigned char InBuffer_ID=0; unsigned char Link_id='0'; unsigned char Key_Back=0; unsigned char Key_Back_Config=0; unsigned char Key_Shake=0; unsigned char Key_Shake_Config=0; unsigned char Disp_Year; unsigned char Disp_Month; unsigned char Disp_Day; unsigned char Disp_Hour; unsigned char Disp_Minute; unsigned char Disp_Second; unsigned char Disp_Week; unsigned int Real_Tempture; unsigned char LampTimeSetup_Stepper=0; unsigned char ClockTimeSetup_Stepper=0; unsigned char Tempture_Read_Counter=0; unsigned char TemptureAlam_Close_Open_Setup=0; unsigned char TemptureAlam_NormalLowHigh='N';// 'L'=低温状态,'H'=高温状态,'N'=正常状态 unsigned char System_Status=0; // flag_System_ERROR unsigned int Set_High_Tempture=30; unsigned int Set_Low_Tempture=5; unsigned char Buzzer_TimeoutCounter=0; unsigned char Receive_NewFrame_TimeoutCounter=0; unsigned char Receive_Num0=0; // 单次接收帧，总字节数； unsigned char Receive_Count0=0; // 单次接收帧，帧内字节索引号index； unsigned char Receive_Count1=0; unsigned char Send_Count=0; // 单次发送帧，帧内字节索引号index； unsigned char Send_Num=0; // 单次发送帧，总字节数； unsigned char Have_New_URL=0; unsigned char Receive_NewFrame_Length=0; unsigned char Function_Code=0; // ZDH,功能码=00~FEH，若=FFH，表明数据校验出错，重新发送上条命令 unsigned char * pStr1=NULL; unsigned char * pStr0=NULL; unsigned char AT_Command_Stepper=0; // 设备联网步骤； unsigned char Connect_TCP_Counter=0; //@tiny 由编译器自动在地址小于0x100的RAM中为其分配一个地址; //@near 由编译器自动在地址大于0xFF 的RAM中为其分配一个地址; @near unsigned char Timers_Enable[11]={0,0,0,0,0,0,0,0,0,0,0}; @near unsigned char Set_Open_Hour[10]={0,0,0,0,0,0,0,0,0,0}; @near unsigned char Set_Open_Minute[10]={0,0,0,0,0,0,0,0,0,0}; @near unsigned char Set_Close_Hour[10]={0,0,0,0,0,0,0,0,0,0}; @near unsigned char Set_Close_Minute[10]={0,0,0,0,0,0,0,0,0,0}; @near unsigned char LOC_IP_buf[4]={0,0,0,0}; // 本地IP @near unsigned char RMT_IP_buf[4]={0,0,0,0}; // 远端IP @near unsigned int RMT_IP_PORT=9954; @near unsigned char LOC_MAC_buf[6]={0,0,0,0,0,0}; // 发送方MAC地址 @near unsigned char RMT_MAC_buf[6]={0,0,0,0,0,0}; // 接收方MAC地址 //@near unsigned char wifi_ssid[20]; //@near unsigned char wifi_password[20]; @near unsigned char Send_Buffer[120]; // 发送缓冲区 @near unsigned char Receive_Buffer0[120]; // 接受缓冲区0 @near unsigned char Receive_Buffer1[120]; // 接受缓冲区1 // 【www.ifish7.com=120.55.190.56】 @near unsigned char URL_ADDR[]={'w','w','w','.','i','f','i','s','h','7','.','c','o','m',0,0,0,0,0,0}; //@near unsigned char URL_ADDR[]={'1','2','0','.','5','5','.','1','9','0','.','5','6',0,0,0,0,0,0}; //@near unsigned char URL_ADDR[]={'1','9','2','.','1','6','8','.','6','1','.','1','2','8',0,0,0,0,0,0}; //AT+CIPSTART=0,"TCP","192.168.1.103",8080 //const unsigned char URL_TCP0_LOC103[]={'0',',','"','T','C','P','"',',','"','1','9','2','.','1','6','8','.','0','.','1','0','4','"',',','8','0','8','0'}; const unsigned char URL_UDP1_LOC104[]={'1',',','"','U','D','P','"',',','"','1','9','2','.','1','6','8','.','0','.','1','0','4','"',',','3','3','3'}; //AT+CIPSTART=0,"TCP","192.168.61.128",9955 //const unsigned char URL_TCP0_LOC128[]={'0',',','"','T','C','P','"',',','"','1','9','2','.','1','6','8','.','6','1','.','1','2','8','"',',','9','9','5','5'}; //const unsigned char URL_UDP1_LOC128[]={'1',',','"','U','D','P','"',',','"','1','9','2','.','1','6','8','.','6','1','.','1','2','8','"',',','3','3','3'}; //AT+CIPSTART=0,"TCP","www.ifish7.com",9955 【www.ifish7.com=120.55.190.56】 //const unsigned char URL_TCP0_ifish7[]={'0',',','"','T','C','P','"',',','"','w','w','w','.','i','f','i','s','h','7','.','c','o','m','"',',','9','9','5','5'}; const unsigned char URL_TCP0_ifish7[]={'0',',','"','T','C','P','"',',','"','1','2','0','.','5','5','.','1','9','0','.','5','6','"',',','9','9','5','5'}; //const unsigned char URL_UDP1_ifish7[]={'1',',','"','U','D','P','"',',','"','w','w','w','.','i','f','i','s','h','7','.','c','o','m','"',',','3','3','3'}; const unsigned char URL_UDP1_ifish7[]={'1',',','"','U','D','P','"',',','"','1','2','0','.','5','5','.','1','9','0','.','5','6','"',',','3','3','3'}; //**********************************AT CMD************************************** // AT_Command_Stepper=1 // AT+RST重启模块； const unsigned char RST[6]={"AT+RST"}; // AT_Command_Stepper=2 // 恢复出厂设置 const unsigned char RESTORE[10]={"AT+RESTORE"}; // AT_Command_Stepper=3 // AT+CWSMARTSTART=1 启动智能连接（安信可指令）； //const unsigned char CWSMARTSTART[17]={"AT+CWSMARTSTART=1"}; // AT_Command_Stepper=3 // AT+CWSTARTSMART=3 启动智能连接（乐鑫指令）； const unsigned char CWSTARTSMART[17]={"AT+CWSTARTSMART=3"}; // AT_Command_Stepper=4 // AT+CWMODE=1选择wifi应用模式1=STA,2=AP,3=AP+STA; const unsigned char CWMODE[10] ={"AT+CWMODE="}; // AT_Command_Stepper=5 // AT+CIPMODE=0设置模块传输模式；=1透传 const unsigned char CIPMODE[11]={"AT+CIPMODE="}; // AT_Command_Stepper=6 // AT+CIPMUX=1 启动多路连接；Link id=0~4 const unsigned char CIPMUX[10] ={"AT+CIPMUX="}; // AT_Command_Stepper=7 // AT+CIFSR获取本地IP地址； const unsigned char CIFSR[8]={"AT+CIFSR"}; // AT_Command_Stepper=8 // AT+CIPSTART=建立TCP连接或注册UDP端口号； const unsigned char CIPSTART[12]={"AT+CIPSTART="}; // AT_Command_Stepper=9 // AT+CWSMARTSTOP 停止智能连接（安信可指令）； //const unsigned char CWSMARTSTOP[14]={"AT+CWSMARTSTOP"}; // AT_Command_Stepper=9 // AT+CWSTOPSMART 停止智能连接（乐鑫指令）； const unsigned char CWSTOPSMART[14]={"AT+CWSTOPSMART"}; // AT_Command_Stepper=10 // AT+CIPSEND =发送数据； const unsigned char CIPSEND[11]={"AT+CIPSEND="}; // AT_Command_Stepper=11 // AT+CIPCLOSE=5关闭TCP/UDP传输； const unsigned char CIPCLOSE[12]={"AT+CIPCLOSE="}; // AT_Command_Stepper=12 // AT+CIPSTATUS – 查询网络连接信息 const unsigned char CIPSTATUS[12]={"AT+CIPSTATUS"}; // AT_Command_Stepper=13 // AT+CIPDINFO=1 – 接收网络数据时是否提示对端IP和端口 const unsigned char CIPDINFO[12]={"AT+CIPDINFO="}; // AT_Command_Stepper=14 // 查看信息 :SDK and AT 版本； //const unsigned char ATGMR[6]={"AT+GMR"}; // AT_Command_Stepper=15 // AT+CWJAP="SSID","PASSWORD" 加入AP； //const unsigned char CWJAP[9]={"AT+CWJAP="}; // AT_Command_Stepper=16 // 开0/关1回显； //const unsigned char ATE0[4]={"ATE"}; // AT_Command_Stepper=17 // 自动连接AP； //const unsigned char CWAUTOCONN[15]={"AT+CWAUTOCONN=1"}; // AT_Command_Stepper=18 // 其他..... //**********************************AT RETURN******************************************* const unsigned char WIFI_CONNECTED[]="WIFI CONNECTED"; // - WiFi 已连接； const unsigned char WIFI_GOT_IP[]="WIFI GOT IP"; // - ESP8266 station 已从 AP 获得 IP； const unsigned char WIFI_DISCONNECT[]="WIFI DISCONNECT"; // - WiFi 连接断开； const unsigned char Smart_get_wifi_info[]="Smart get wifi info"; // Smart Config 成功获取AP信息； const unsigned char smarting_connected_wifi[]="smartconfig connected wifi"; // Smart Config 成功连接WIFI； const unsigned char OK[]="OK"; const unsigned char FAIL[]="FAIL"; // AT+ CWJAP = 加入路由失败； const unsigned char ERROR[]="ERROR"; const unsigned char ALREADY_CONNECT[]="ALREADY CONNECT"; // TCP/UDP连接已经存在 const unsigned char SEND_OK[]="SEND OK"; // AT+CIPSEND=0,n: 发送数据成功 const unsigned char plusIPD[]="+IPD,"; // 服务器发来数据开头； const unsigned char send_logo[]="> "; //收到CIPSEND命令后,8266先换行返回”> ”，然后开始接收串口数据=>等待本机发送数据； const unsigned char ready[]="ready"; // 上电8266复位成功；等待状态； const unsigned char TCP_0_CONNECT[]="0,CONNECT"; // TCP-0连接成功； const unsigned char UDP_1_CONNECT[]="1,CONNECT"; // UDP-1连接成功； const unsigned char TCP0_CLOSED[]="CLOSED"; // TCP/UDP连接失败；smartconfig connected wifi const unsigned char DNS_Fail[]="DNS Fail"; const unsigned char STAMAC[]="STAMAC"; const unsigned char STAIP[]="STAIP"; const unsigned char link_is_not_valid[]="link is not valid"; //const unsigned char no_change[]="no change"; //const unsigned char OK_Linked[]="OK Linked"; //const unsigned char busy_now[]="busy now..."; //const unsigned char CONNECT_OK[]="CONNECT,OK"; //const unsigned char invalid[]="invalid"; //const unsigned char CLOSED[]="CLOSED"; // 断开 TCP/UDP 通信 //const unsigned char TCIPMUXandCIP_SERVER_mustbe0_ERROR[]="TCIPMUX and CIP SERVER must be 0 ,ERROR"; // ............... //**********************************AT RETURN******************************************* //**********************************AT CMD************************************** const unsigned char Lcd_Table0123456789[10]={0xeb,0x60,0xc7,0xe5,0x6c,0xad,0xaf,0xe0,0xef,0xed};//0~9 const unsigned char lcd_day_tab[4]={0x0,0x9,0xe,0xd}; //f 0~3 const unsigned char Lcd_Hour_Tab[3]={0x0,0xa,0xc}; //e 0~2 const unsigned char lcd_shiduan_tab[4]={0x0,0x9,0x7,0xb}; //0~3 /**********************系统变量初始化************************/ void System_Init(void) { unsigned char len=0; // ----------初始化：状态位； if(flag_ScreenLock_Status) flag0=0x10; else flag0=0x10; flag1=0; flag2=0; flag3=0; flag4=0; flag5=0; //state0=0; flag_WiFi_ready=0; flag_WiFi_Connected=0; flag_WiFi_Disconnect=0; flag_TCP0_Connected=0; //flag_ScreenLock_Status=1; // 开机设定面板是锁定的； flag_have_key=0; flag_Restart_Connect_TCP=0; flag_Enable_Connect_TCP=0; flag_Receive_NewFrame_Buffer0=0; flag_Receive_NewOneByte=0; flag_WiFi_Connect_Enable=0; //lamp2_PC5=0; // 硬件信号没有输出 DENG2(PC5) //lamp1_PC6=0; //UVC_PC7=0; //LCD_backled_PC3=0; //LCD_backled_PC3=1; for(len=0;len<120;len++) { Receive_Buffer1[len]=0; Receive_Buffer0[len]=0; } Connect_TCP_Counter=0; Lcd_Colon_TimeoutCounter=0; System_Status=0; Key_Shake=0; Key_Shake_Config=0; WiFi_Disconnect_TimeoutCounter=0; TCP0_TimeoutCounter=0; ThreeMS_Counter=0; Lcd_Colon_TimeoutCounter=0; RS232_TimeoutCounter=0; HeartBeat10s_TimeoutCounter=0; UnLockScreen_TimeoutCounter=0; LockScreen_TimeoutCounter=0; NoLoginBack150s_TimeoutCounter=0; DisConnect180s_TimeoutCounter=0; NoWiFi5s_TimeoutCounter=0; Receive_NewFrame_TimeoutCounter=0; HeartBeat_0_TimeoutCounter=0; HeartBeat_1_TimeoutCounter=0; Receive_Num0=0; InBuffer_ID=0; Receive_Count0=0; Receive_Count1=0; Send_Num=0; Send_Count=0; pStr0=pStr1=NULL; } /* CRC余式表 */ const unsigned int crc_table[256]= { 0x0000, 0xC0C1, 0xC181, 0x0140, 0xC301, 0x03C0, 0x0280, 0xC241, 0xC601, 0x06C0, 0x0780, 0xC741, 0x0500, 0xC5C1, 0xC481, 0x0440, 0xCC01, 0x0CC0, 0x0D80, 0xCD41, 0x0F00, 0xCFC1, 0xCE81, 0x0E40, 0x0A00, 0xCAC1, 0xCB81, 0x0B40, 0xC901, 0x09C0, 0x0880, 0xC841, 0xD801, 0x18C0, 0x1980, 0xD941, 0x1B00, 0xDBC1, 0xDA81, 0x1A40, 0x1E00, 0xDEC1, 0xDF81, 0x1F40, 0xDD01, 0x1DC0, 0x1C80, 0xDC41, 0x1400, 0xD4C1, 0xD581, 0x1540, 0xD701, 0x17C0, 0x1680, 0xD641, 0xD201, 0x12C0, 0x1380, 0xD341, 0x1100, 0xD1C1, 0xD081, 0x1040, 0xF001, 0x30C0, 0x3180, 0xF141, 0x3300, 0xF3C1, 0xF281, 0x3240, 0x3600, 0xF6C1, 0xF781, 0x3740, 0xF501, 0x35C0, 0x3480, 0xF441, 0x3C00, 0xFCC1, 0xFD81, 0x3D40, 0xFF01, 0x3FC0, 0x3E80, 0xFE41, 0xFA01, 0x3AC0, 0x3B80, 0xFB41, 0x3900, 0xF9C1, 0xF881, 0x3840, 0x2800, 0xE8C1, 0xE981, 0x2940, 0xEB01, 0x2BC0, 0x2A80, 0xEA41, 0xEE01, 0x2EC0, 0x2F80, 0xEF41, 0x2D00, 0xEDC1, 0xEC81, 0x2C40, 0xE401, 0x24C0, 0x2580, 0xE541, 0x2700, 0xE7C1, 0xE681, 0x2640, 0x2200, 0xE2C1, 0xE381, 0x2340, 0xE101, 0x21C0, 0x2080, 0xE041, 0xA001, 0x60C0, 0x6180, 0xA141, 0x6300, 0xA3C1, 0xA281, 0x6240, 0x6600, 0xA6C1, 0xA781, 0x6740, 0xA501, 0x65C0, 0x6480, 0xA441, 0x6C00, 0xACC1, 0xAD81, 0x6D40, 0xAF01, 0x6FC0, 0x6E80, 0xAE41, 0xAA01, 0x6AC0, 0x6B80, 0xAB41, 0x6900, 0xA9C1, 0xA881, 0x6840, 0x7800, 0xB8C1, 0xB981, 0x7940, 0xBB01, 0x7BC0, 0x7A80, 0xBA41, 0xBE01, 0x7EC0, 0x7F80, 0xBF41, 0x7D00, 0xBDC1, 0xBC81, 0x7C40, 0xB401, 0x74C0, 0x7580, 0xB541, 0x7700, 0xB7C1, 0xB681, 0x7640, 0x7200, 0xB2C1, 0xB381, 0x7340, 0xB101, 0x71C0, 0x7080, 0xB041, 0x5000, 0x90C1, 0x9181, 0x5140, 0x9301, 0x53C0, 0x5280, 0x9241, 0x9601, 0x56C0, 0x5780, 0x9741, 0x5500, 0x95C1, 0x9481, 0x5440, 0x9C01, 0x5CC0, 0x5D80, 0x9D41, 0x5F00, 0x9FC1, 0x9E81, 0x5E40, 0x5A00, 0x9AC1, 0x9B81, 0x5B40, 0x9901, 0x59C0, 0x5880, 0x9841, 0x8801, 0x48C0, 0x4980, 0x8941, 0x4B00, 0x8BC1, 0x8A81, 0x4A40, 0x4E00, 0x8EC1, 0x8F81, 0x4F40, 0x8D01, 0x4DC0, 0x4C80, 0x8C41, 0x4400, 0x84C1, 0x8581, 0x4540, 0x8701, 0x47C0, 0x4680, 0x8641, 0x8201, 0x42C0, 0x4380, 0x8341, 0x4100, 0x81C1, 0x8081, 0x4040 }; //下面函数获得CRC校验码 采用标准CRC16 初始CRC=0XFFFF 运算多项式参数 8005 非1021 unsigned int GetRevCrc_16(unsigned char * pData, int nLength) { unsigned int cRc_16 = 0xffff; unsigned char temp; while(nLength-- > 0) { temp = cRc_16&0xff; cRc_16 = (cRc_16 >> 8) ^ crc_table[(temp ^ *pData++) & 0xFF]; } return cRc_16; } /**********************************************/ void Delay(unsigned int delay_num) // Delay(10000)=14ms { unsigned int i; for(i=0;i>1; } for(i=0;i<8;i++) { ds_clk=0; ds_io=(byte & 0x01); ds_clk=1; byte=byte>>1; } ds_rst=0; } /*********************DS1302时钟芯片,读1byte**************************/ unsigned char readds1302(unsigned char address) { unsigned char i,byte=0; ds_clk=0; ds_io=1; // 读=1 address=((address<<1) | 0x81); ds_rst=1; for(i=0;i<8;i++) { ds_io=(address & 0x01); ds_clk=1; address=address>>1; ds_clk=0; } ds_io=1; for(i=0;i<8;i++) { ds_clk=0; byte=byte>>1; if(ds_data){byte=byte | 0x80;} //else { byte=byte & 0x7f;} ds_clk=1; // nop; // nop; } ds_rst=0; return(byte); } /*******************读时间=》合成到数组***********************/ void Read_Time(void) { unsigned char temp=0; if(flag_ClockTimeSetting==0)//&&flag_HeartBeat10s) //if(flag_ClockTime_Change==1) { temp=readds1302(6);// Disp_Year=(temp>>4)*10 + (temp & 0x0f); temp=readds1302(5); Disp_Week= temp & 0x07; temp=readds1302(4); Disp_Month=((temp & 0x10)>>4)*10 + (temp & 0x0f); temp=readds1302(3); Disp_Day= ((temp & 0x30)>>4)*10 + (temp & 0x0f); temp=readds1302(2); Disp_Hour= ((temp & 0x30)>>4)*10 + (temp & 0x0f); temp=readds1302(1); Disp_Minute= ((temp & 0x70)>>4)*10 + (temp & 0x0f); temp=readds1302(0); Disp_Second=((temp & 0x70)>>4)*10 + (temp & 0x0f); } } /*******************数组=》写时间***********************/ void Write_Time(void) { unsigned char i; //if(flag_ClockTimeSetting==0)//&&flag_HeartBeat10s) //if(flag_ClockTime_Change==1) { flag_ClockTime_Change=0; if(Disp_Year>99){Disp_Year=99;} if(Disp_Month>12){Disp_Month=12;} if(Disp_Day>31){Disp_Day=31;} if(Disp_Hour>23){Disp_Hour=23;} if(Disp_Minute>59){Disp_Minute=59;} writeds1302(0x0,7); //writeds1302(0x0,7);writeds1302(0xa5,8); i=((Disp_Year/10)<<4) | (Disp_Year%10); writeds1302(i,6); i=Disp_Week&0x7; writeds1302(i,5); i=((Disp_Month/10)<<4) | (Disp_Month%10); writeds1302(i,4); i=((Disp_Day/10)<<4) | (Disp_Day%10); writeds1302(i,3); i=((Disp_Hour/10)<<4) | (Disp_Hour%10); writeds1302(i,2); i=((Disp_Minute/10)<<4) | (Disp_Minute%10); writeds1302(i,1); i=((Disp_Second/10)<<4) | (Disp_Second%10); writeds1302(i,0); writeds1302(0x80,7); //send_pc(0x71); } } /*********************HT1621,LCD送8位*************************/ void sendbit_MSBfirst(unsigned char dat,unsigned char bitcnt) { unsigned char i; for(i=0;i>1; } } /** HT1621,LCD送命令*12bit(3+9):100+C8C7C6C5C4C3C2C1C0 **/ void ht_writecmd(unsigned char cmd,unsigned char cmd_data) { ht1621_cs = 0; sendbit_MSBfirst(cmd,4); // 0x80 = Command sendbit_MSBfirst(cmd_data,8); ht1621_cs = 1; } void BEEP_ms(unsigned int ms) { ht_writecmd(Command, toneon); Delay_ms(ms); ht_writecmd(Command, toneoff); } /** HT1621,LCD送数据*13bit(3+6+4):101+A5A4A3A2A1A0+D0D1D2D3 **/ void ht_writedata(unsigned char waddr,unsigned char wdata,unsigned char wnum) { ht1621_cs = 0; sendbit_MSBfirst(0xa0,3); // 0xa0 = Write Data/Read-Modify-Write Data waddr = waddr << 2; sendbit_MSBfirst(waddr,6); wdata = wdata << (8-wnum); sendbit_MSBfirst(wdata,wnum);// error 反了,应该LSB first send ht1621_cs = 1; } void ht_writedata_zdh(unsigned char waddr,unsigned char wdata,unsigned char wnum) { ht1621_cs = 0; sendbit_MSBfirst(0xa0,3); // 0xa0 = Write Data/Read-Modify-Write Data waddr = waddr << 2; sendbit_MSBfirst(waddr,6); //wdata = wdata << (8-wnum); sendbit_LSBfirst_zdh(wdata,wnum); ht1621_cs = 1; } /********************HT1621,LCD初始化***************************/ void ht1621_cmd_init(void) { unsigned char i; LCD_backled_PC3=1; // LCD背灯 1=open； ht_writecmd(Command,sysen); // 打开系统振荡器命令 ht_writecmd(Command,lcdon); // 打开LCD偏压发生器命令 ht_writecmd(Command,rc256k); // 系统时钟源片内RC振荡器命令 ht_writecmd(Command,bias); // LCD1/3偏压选项4个公共口命令 ht_writecmd(Command,tone2k); // 2k声音频率命令 for(i=0;i<32;i++) ht_writedata(i,0x00,4); Delay(500); for(i=0;i<32;i++) ht_writedata(i,0x0f,4); // Delay(5000); // ht_writecmd(Command, toneoff); // Delay(50000); // ht_writecmd(Command, toneoff); } /* ht_writecmd(Command, toneon ); // 打开声音输出 ht_writecmd(Command, toneoff ); // 关闭声音输出 */ /**********************温度显示*故障代码***********************/ void Lcd_Disp_Tempture(unsigned int Disp) //温度显示[XX:X] { /* "8"字型段定义 ---A--- ---A--- ---A--- | | | | | | F B F B F B | | | | | | ---G--- ---G--- ---G--- | | | | | | E C E C E C | | | | | | ---D--- ---D--- . ---D--- */ unsigned char temp,lcd_high4,lcd_low4; // 温度值小位数X；SEG14+SEG15 temp=Lcd_Table0123456789[Disp%10]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; lcd_high4=lcd_high4|0x1; // S13="水温标记" ht_writedata(14,lcd_high4,4); // SEG14:9A9B9C+S13 ht_writedata(15,lcd_low4,4); // SEG15:9F9G9E9D // 温度值个位数X；SEG16+SEG17 temp=Lcd_Table0123456789[Disp%100/10]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; lcd_high4=lcd_high4|0x1; // DP="." ht_writedata(16,lcd_high4,4); // SEG16:8A8B8C+DP ht_writedata(17,lcd_low4,4); // SEG17:8F8G8E8D // 温度值十位数X；SEG18+SEG19 temp=Lcd_Table0123456789[Disp/100]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; lcd_high4=lcd_high4|0x1; // S14="Temperature" ht_writedata(18,lcd_high4,4); // SEG18:7A7B7C+S14 ht_writedata(19,lcd_low4,4); // SEG19:7F7G7E7D Delay_ms(250); } /********************读取”按键“值************************* 触键编号 B3 B2 B1 B0 备注 无有效触摸 1 1 1 1 无触摸状态 K0(=0) 0 0 0 0 0=VSS\1=VDD K1(=1) 0 0 0 1 1 K2(=2) 0 0 1 0 2 K3(=3) 0 0 1 1 3 K4(=4) 0 1 0 0 4 K5(=5) 0 1 0 1 5 K6(=5) 0 1 1 0 6 K1+K3(=7) 0 1 1 1 7 K1、K3 同时压下 K2+K4(=8) 1 0 0 0 8 K2、K4 同时压下 K3+K5(=9) 1 0 0 1 9 K3、K5 同时压下 K4+K6(=10) 1 0 1 0 10 K4、K6 同时压下 《K1=灯光照明1》的键值=1 《K2=灯光照明2》的键值=2 《K3=杀菌冲浪》 的键值=3 《K4=调节键》 的键值=4 《K5=时段照明》 的键值=5 《K6=时间设置》 的键值=6 《K6时间设置》+ 《K4调节键》 =10 */ unsigned char Read_Key_Num(void) { unsigned char temp=0; if(B0){temp|=0x1;} if(B1){temp|=0x2;} if(B2){temp|=0x4;} if(B3){temp|=0x8;} if(temp<0xf) {return(temp);} else {return(0xff);} } #define LOC_data 0 #define RMT_data 1 /**********************UART2-TXD************************/ void UART2_sendchar(unsigned char c) { while((UART2_SR & 0x80)==0x00); // 发送移位寄存器为空； UART2_DR=c; } // 功能是求得一字符串str1在另一字符串str2中的首次出现的位置， // 如果str1不在str2中，则返回-1。 // 例如'假设str1为do，str2为how do you do，则返回值为4 。 /* int strloc(char *str2,char *str1) { int la=strlen(str1);// 子串； int i,j; int lb=strlen(str2); // 母串； for(i=0;i>8; Send_Buffer[19]=CRC16; if(0xff==STR) { for(i=0;i<20;i++) Send_Buffer[i]=0xff; } Send_Num=20; //UART2_Send_Buffer_NoCheck(Send_Num); UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,SEND_OK))==NULL&&flag_RS232_TimeoutStart); // 等待出现"SEND OK" flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) { // 打印了 "SEND OK" flag_SEND_FAIL=0; System_Status=11; } else { // 串口超时了 flag_SEND_FAIL=1; flag_UDP1_Connected=0; System_Status=10; //Lcd_Disp_Tempture(System_Status); } } } /**********************************************/ void Heart_and_State_Return(unsigned char str) // 心跳包&状态返回 { // 根据功能码，进行命令回复,Function_Code unsigned char i,temp; unsigned int CRC16 = 0xffff; switch(Function_Code) { case 1: break; case 2: break; case 3: break; case 4: break; case 5: break; case 6: break; case 7: break; case 8: break; case 9: break; case 10: break; default:break; } Load_Header_15data(0,str); // str表示发放0还是回复1 i=15; if(flag_auto_hand) Send_Buffer[i++]=0x1; else Send_Buffer[i++]=0x0; // 设备当前工作模式 Send_Buffer[i++]=0x1; // 灯1: 1=on,0=off if(flag_lamp1_onoff) Send_Buffer[i++]=0x1; else Send_Buffer[i++]=0x0; Send_Buffer[i++]=0x2; // 灯2: 1=on,0=off if(flag_lamp2_onoff) Send_Buffer[i++]=0x1; else Send_Buffer[i++]=0x0; Send_Buffer[i++]=0x3; // 灯3: 1=on,0=off if(flag_UVC_onoff) Send_Buffer[i++]=0x1; else Send_Buffer[i++]=0x0; // Send_Buffer[i++]=0x4; // 灯4: 1=on,0=off // if(flag_lamp4_onoff) // Send_Buffer[i++]=0x1; // else // Send_Buffer[i++]=0x0; // Send_Buffer[i++]=0x5; // 灯5: 1=on,0=off // if(flag_lamp5_onoff) // Send_Buffer[i++]=0x1; // else // Send_Buffer[i++]=0x0; for(temp=0;temp<6;temp++)//6个定时器 { Send_Buffer[i++]=temp+1; // 定时器编号1~10，(1字节) Send_Buffer[i++]=Timers_Enable[temp+1]; // 定时器开关:0关，1开(1字节) Send_Buffer[i++]=Set_Open_Hour[temp]; // 定时时间开时；(1字节) Send_Buffer[i++]=Set_Open_Minute[temp]; // 定时时间开分；(1字节) Send_Buffer[i++]=Set_Close_Hour[temp]; // 定时时间关时；(1字节) Send_Buffer[i++]=Set_Close_Minute[temp];// 定时时间关分；(1字节) } Send_Buffer[i++]=Real_Tempture/0x100; Send_Buffer[i++]=Real_Tempture%0x100;//实际温度 Send_Buffer[i++]=0x0; Send_Buffer[i++]=0x0;//PH值 Send_Buffer[i++]=0x0; Send_Buffer[i++]=0x0;//湿度 Send_Buffer[i++]=TemptureAlam_Close_Open_Setup; Send_Buffer[i++]=Set_Low_Tempture/0x100; Send_Buffer[i++]=Set_Low_Tempture%0x100; // 报警温度-低 Send_Buffer[i++]=Set_High_Tempture/0x100; Send_Buffer[i++]=Set_High_Tempture%0x100; // 报警温度-高 CRC16=GetRevCrc_16(Send_Buffer,i); Send_Buffer[i++]=CRC16>>8; Send_Buffer[i++]=CRC16; Send_Num=i; UART2_Send_Buffer_NoCheck(Send_Num); if(0) { UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,SEND_OK))==NULL&&flag_RS232_TimeoutStart); // 等待出现"SEND OK" flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) { // 打印了 "SEND OK" flag_SEND_FAIL=0; System_Status=11; } else { // 串口超时了 flag_SEND_FAIL=1; flag_TCP0_Connected=0; System_Status=10; //Lcd_Disp_Tempture(System_Status); } } } /*****************************************************************/ //生成右边这样的指令，将参数a_len 改成10进制，右边这条指令 "AT+CIPSEND=id,XX" XX是发送的数量 void make_AT_CIPSEND(unsigned char len,unsigned char STR,unsigned char X) // 动态构造发送AT指令 { // len数据长度 STR=255是否UDP广播 X='0'心跳TCP返回,其他根据Link_id unsigned char i,j,k; for(i=0;i<11;i++) Send_Buffer[i]=CIPSEND[i]; // 发送数据命令 Send_Buffer[i]=Link_id; // 需要用于传输连接的 id 号 // 【设备登录服务器指令(24字节)每次设备入网都会主动发送登陆指令】 if(len==24) { Send_Buffer[i]='0'; Send_Buffer[++i]=','; Send_Buffer[++i]='2'; Send_Buffer[++i]='4'; } // 回复设备入网的指令（UDP方式）(20字节)每次设备入网都会向局域网内发送一次 else if(len==20) { Send_Buffer[i]='1'; // UDP=1 需要用于传输连接的 id 号=1 Send_Buffer[++i]=','; Send_Buffer[++i]='2'; Send_Buffer[++i]='0'; Send_Buffer[++i]=','; Send_Buffer[++i]='"'; //i=16 if(STR==255) { // 第一次群发末端IP段：IP_buf[3]=255 //LOC_IP_buf[0]=192,LOC_IP_buf[1]=168,LOC_IP_buf[2]=61 if(LOC_IP_buf[0]/100) { Send_Buffer[++i]=LOC_IP_buf[0]/100+'0'; Send_Buffer[++i]=(LOC_IP_buf[0]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[0]%10+'0'; } else if((LOC_IP_buf[0]/10)%10) { Send_Buffer[++i]=(LOC_IP_buf[0]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[0]%10+'0'; } else Send_Buffer[++i]=LOC_IP_buf[0]%10+'0'; Send_Buffer[++i]='.'; if(LOC_IP_buf[1]/100) { Send_Buffer[++i]=LOC_IP_buf[1]/100+'0'; Send_Buffer[++i]=(LOC_IP_buf[1]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[1]%10+'0'; } else if((LOC_IP_buf[1]/10)%10) { Send_Buffer[++i]=(LOC_IP_buf[1]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[1]%10+'0'; } else Send_Buffer[++i]=LOC_IP_buf[1]%10+'0'; Send_Buffer[++i]='.'; if(LOC_IP_buf[2]/100) { Send_Buffer[++i]=LOC_IP_buf[2]/100+'0'; Send_Buffer[++i]=(LOC_IP_buf[2]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[2]%10+'0'; } if((LOC_IP_buf[2]/10)%10) { Send_Buffer[++i]=(LOC_IP_buf[2]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[2]%10+'0'; } else Send_Buffer[++i]=LOC_IP_buf[2]%10+'0'; Send_Buffer[++i]='.'; Send_Buffer[++i]='2'; Send_Buffer[++i]='5'; Send_Buffer[++i]='5'; } else { // 第二次指定UDP的IP // RMT_IP_buf[0]=192,RMT_IP_buf[1]=168,RMT_IP_buf[2]=61,RMT_IP_buf[3]=128 if(RMT_IP_buf[0]/100) { Send_Buffer[++i]=RMT_IP_buf[0]/100+'0'; Send_Buffer[++i]=(RMT_IP_buf[0]/10)%10+'0'; Send_Buffer[++i]=RMT_IP_buf[0]%10+'0'; } else if((RMT_IP_buf[0]/10)%10) { Send_Buffer[++i]=(RMT_IP_buf[0]/10)%10+'0'; Send_Buffer[++i]=RMT_IP_buf[0]%10+'0'; } else Send_Buffer[++i]=RMT_IP_buf[0]%10+'0'; Send_Buffer[++i]='.'; if(RMT_IP_buf[1]/100) { Send_Buffer[++i]=RMT_IP_buf[1]/100+'0'; Send_Buffer[++i]=(RMT_IP_buf[1]/10)%10+'0'; Send_Buffer[++i]=RMT_IP_buf[1]%10+'0'; } else if((RMT_IP_buf[1]/10)%10) { Send_Buffer[++i]=(RMT_IP_buf[1]/10)%10+'0'; Send_Buffer[++i]=RMT_IP_buf[1]%10+'0'; } else Send_Buffer[++i]=RMT_IP_buf[1]%10+'0'; Send_Buffer[++i]='.'; if(RMT_IP_buf[2]/100) { Send_Buffer[++i]=RMT_IP_buf[2]/100+'0'; Send_Buffer[++i]=(RMT_IP_buf[2]/10)%10+'0'; Send_Buffer[++i]=RMT_IP_buf[2]%10+'0'; } else if((RMT_IP_buf[2]/10)%10) { Send_Buffer[++i]=(RMT_IP_buf[2]/10)%10+'0'; Send_Buffer[++i]=RMT_IP_buf[2]%10+'0'; } else Send_Buffer[++i]=RMT_IP_buf[2]%10+'0'; Send_Buffer[++i]='.'; if(RMT_IP_buf[3]/100) { Send_Buffer[++i]=RMT_IP_buf[3]/100+'0'; Send_Buffer[++i]=(RMT_IP_buf[3]/10)%10+'0'; Send_Buffer[++i]=RMT_IP_buf[3]%10+'0'; } else if((RMT_IP_buf[3]/10)%10) { Send_Buffer[++i]=(RMT_IP_buf[3]/10)%10+'0'; Send_Buffer[++i]=RMT_IP_buf[3]%10+'0'; } else Send_Buffer[++i]=RMT_IP_buf[3]%10+'0'; } Send_Buffer[++i]='"'; Send_Buffer[++i]=','; Send_Buffer[++i]='9'; // RMT_IP_PORT Send_Buffer[++i]='9'; Send_Buffer[++i]='5'; Send_Buffer[++i]='4'; } // 心跳或者返回(71字节) else if(len==71)//else if(flag_HeartBeat10s) { if(X=='0') Send_Buffer[i]='0'; // 需要用于传输连接的 id 号 Send_Buffer[++i]=','; Send_Buffer[++i]='7'; Send_Buffer[++i]='1'; // 71bytes 【设备发送心跳包（71字节，周期10秒）】 } // 报警温度信息(22字节) else if(len==22)//else if(flag_Tempture_Abnormal) { //Send_Buffer[i]='0'; // 需要用于传输连接的 id 号 Send_Buffer[++i]=','; Send_Buffer[++i]='2'; Send_Buffer[++i]='2'; // 22bytes 温度报警【返回状态信息(22字节)】 } Send_Buffer[++i]='\r'; // '\r'=0x0d; Send_Buffer[++i]='\n'; // '\n'=0x0a; Send_Num=i+1; UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,send_logo))==NULL&&flag_RS232_TimeoutStart); // 等待出现"> " flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) { // 打印了 "> " flag_SEND_FAIL=0; System_Status=211; } else { flag_SEND_FAIL=1; if(len==20) flag_UDP1_Connected=0; else flag_TCP0_Connected=0; System_Status=210; //Lcd_Disp_Tempture(System_Status); } } #define MASS_KEY1 0xAE // flash' 秘钥1 #define MASS_KEY2 0x56 // flash' 秘钥2 #define EEP_BASE 0x4000 // eerom 起始地址 /********************STM8S内部EEPROM 初始化**************************/ void MCUeeprom_Init(void) { FLASH_CR1 = 0x00; FLASH_CR2 = 0x00; FLASH_NCR2 = 0xff; FLASH_DUKR = MASS_KEY1; FLASH_DUKR = MASS_KEY2; while(!(FLASH_IAPSR & 0x08)); // 等待写保护解锁 } /********************STM8S内部EEPROM 写1byte**************************/ void MCUeeprom_write_byte(unsigned int addr ,unsigned char dat) //不同芯片，EEPROM容量不同 { *((unsigned char*)(addr + EEP_BASE)) = dat; while(!(FLASH_IAPSR & 0x04)); //等待写完成 } /********************STM8S内部EEPROM 读1byte**************************/ unsigned char MCUeeprom_read_byte(unsigned int addr) { return *((unsigned char*)(EEP_BASE + addr)); } /********************STM8S内部批量写**************************/ void MCUeeprom_write_URL(void) { unsigned char i; MCUeeprom_Init(); // 保存当前TCP服务器域名； for(i=55;i<75;i++) MCUeeprom_write_byte(i,URL_ADDR[i-55]); } void MCUeeprom_write(void) { unsigned char i; //if(flag_LampTime_Change) { // flag_LampTime_Change=0; MCUeeprom_Init(); //for(i=0;i<128;i++) // MCUeeprom_write_byte(i,0); for(i=0;i<10;i++) {MCUeeprom_write_byte(i,Set_Open_Hour[i]);} for(i=10;i<20;i++) {MCUeeprom_write_byte(i,Set_Open_Minute[i-10]);} for(i=20;i<30;i++) {MCUeeprom_write_byte(i,Set_Close_Hour[i-20]);} for(i=30;i<40;i++) {MCUeeprom_write_byte(i,Set_Close_Minute[i-30]);} for(i=40;i<50;i++) {MCUeeprom_write_byte(i,Timers_Enable[i-39]);} MCUeeprom_write_byte(50,TemptureAlam_Close_Open_Setup); //Set_High_Tempture=0x2505; MCUeeprom_write_byte(51,Set_High_Tempture/0x100); MCUeeprom_write_byte(52,Set_High_Tempture%0x100); //Set_Low_Tempture=0x1505; MCUeeprom_write_byte(53,Set_Low_Tempture/0x100); MCUeeprom_write_byte(54,Set_Low_Tempture%0x100); MCUeeprom_write_byte(55,state0); MCUeeprom_write_byte(56,flag_lamp1_onoff); MCUeeprom_write_byte(57,flag_lamp2_onoff); MCUeeprom_write_byte(58,flag_UVC_onoff); MCUeeprom_write_byte(59,flag_auto_hand); MCUeeprom_write_byte(60,Have_New_URL); // 保存当前TCP服务器域名； for(i=61;i<81;i++) MCUeeprom_write_byte(i,URL_ADDR[i-61]); } } /*******************STM8S内部批量读***************************/ void MCUeeprom_read(void) { unsigned char i,j; unsigned int k; if(0) { for(i=0;i<10;i++) { Set_Open_Hour[i]=0; Set_Close_Hour[i]=0; Set_Open_Minute[i]=0; Set_Close_Minute[i]=0; Timers_Enable[i+1]=0; } TemptureAlam_Close_Open_Setup = 0; Set_High_Tempture = 0; Set_High_Tempture = Set_High_Tempture*0x100; Set_High_Tempture+= 0; Set_Low_Tempture = 0; Set_Low_Tempture = Set_Low_Tempture*0x100; Set_Low_Tempture+= 0; for(i=0;i<20;i++) // URL_TCP0_ifish7[i]=0; state0=0; } for(i=0;i<10;i++) {Set_Open_Hour[i]=MCUeeprom_read_byte(i);} for(i=10;i<20;i++) {Set_Open_Minute[i-10]=MCUeeprom_read_byte(i);} for(i=20;i<30;i++) {Set_Close_Hour[i-20]=MCUeeprom_read_byte(i);} for(i=30;i<40;i++) {Set_Close_Minute[i-30]=MCUeeprom_read_byte(i);} for(i=40;i<50;i++) {Timers_Enable[i-39]=MCUeeprom_read_byte(i);} TemptureAlam_Close_Open_Setup = MCUeeprom_read_byte(50); i = MCUeeprom_read_byte(51); j = MCUeeprom_read_byte(52); Set_High_Tempture = i*0x100+j; i = MCUeeprom_read_byte(53); j = MCUeeprom_read_byte(54); Set_Low_Tempture = i*0x100+j; // 读取当前TCP服务器域名；(避免第一次读出来是空的) /* for(i=55;i<75;i++) k+=MCUeeprom_read_byte(i); if(k==0||k==20*0xff) {} else { for(i=55;i<75;i++) URL_ADDR[i-55]=MCUeeprom_read_byte(i); } */ state0=MCUeeprom_read_byte(55); flag_lamp1_onoff=MCUeeprom_read_byte(56); flag_lamp2_onoff=MCUeeprom_read_byte(57); flag_UVC_onoff=MCUeeprom_read_byte(58); flag_auto_hand=MCUeeprom_read_byte(59); Have_New_URL=MCUeeprom_read_byte(60); flag_lamp1_onoff&=0x01; flag_lamp2_onoff&=0x01; flag_UVC_onoff&=0x01; flag_auto_hand&=0x01; if(0xea==Have_New_URL) { for(i=61;i<81;i++) URL_ADDR[i-61]=MCUeeprom_read_byte(i); } } /***********************解析读取MAC和IP***********************/ const unsigned char test_IPMAC[]={'A','T','+','C','I','P','F','S','R','\r', '+','C','I','P','F','S','R',':','S','T', 'A','I','P',',','"','1','9','2','.','1', '6','8','.','0','.','1','0','8','"','\r','+', 'C','I','P','F','S','R',':','S','T','A', 'M','A','C',',','"','1','8',':','f','e', ':','3','4',':','d','b',':','0','d',':', '3','3','"','\r','\n','O','K'}; //AT+CIPFSR 字符串转数字 //+CIFSR:STAIP,"192.168.0.108" //+CIFSR:STAMAC,"18:fe:34:db:0d:33" //OK void Read_STAIP_STAMAC(void) { unsigned char temp,i,i_temp; //for(i=0;i<100;i++) // Receive_Buffer1[i]=test_IPMAC[i]; if((pStr1=strstr(Receive_Buffer1,STAIP))!=NULL); { LOC_IP_buf[0]=LOC_IP_buf[1]=LOC_IP_buf[2]=LOC_IP_buf[3]=0; flag_Have_STAIP=1; temp=strloc(Receive_Buffer1,STAIP); // (strstr(Receive_Buffer1,ready)==NULL); temp=temp+7; for(i=0;i<10;i++) { if(Receive_Buffer1[temp+i]=='.') break; } if(i==1) LOC_IP_buf[0]=(Receive_Buffer1[temp]-'0'); else if(i==2) LOC_IP_buf[0]=(Receive_Buffer1[temp]-'0')*10 +(Receive_Buffer1[temp+1]-'0'); else if(i==3) LOC_IP_buf[0]=(Receive_Buffer1[temp]-'0')*100+(Receive_Buffer1[temp+1]-'0')*10+(Receive_Buffer1[temp+2]-'0'); temp=temp+i+1; for(i=0;i<10;i++) { if(Receive_Buffer1[temp+i]=='.') break; } if(i==1) LOC_IP_buf[1]=(Receive_Buffer1[temp]-'0'); else if(i==2) LOC_IP_buf[1]=(Receive_Buffer1[temp]-'0')*10+(Receive_Buffer1[temp+1]-'0'); else if(i==3) LOC_IP_buf[1]=(Receive_Buffer1[temp]-'0')*100+(Receive_Buffer1[temp+1]-'0')*10+(Receive_Buffer1[temp+2]-'0'); temp=temp+i+1; for(i=0;i<10;i++) { if(Receive_Buffer1[temp+i]=='.') break; } if(i==1) LOC_IP_buf[2]=(Receive_Buffer1[temp+i-1]-'0'); else if(i==2) LOC_IP_buf[2]=(Receive_Buffer1[temp+i-2]-'0')*10+(Receive_Buffer1[temp+i-1]-'0'); else if(i==3) LOC_IP_buf[2]=(Receive_Buffer1[temp+i-3]-'0')*100+(Receive_Buffer1[temp+i-2]-'0')*10+(Receive_Buffer1[temp+i-1]-'0'); temp=temp+i+1; for(i=0;i<10;i++) { if(Receive_Buffer1[temp+i]=='"') break; } if(i==1) LOC_IP_buf[3]=(Receive_Buffer1[temp+i-1]-'0'); else if(i==2) LOC_IP_buf[3]=(Receive_Buffer1[temp+i-2]-'0')*10+(Receive_Buffer1[temp+i-1]-'0'); else if(i==3) LOC_IP_buf[3]=(Receive_Buffer1[temp+i-3]-'0')*100+(Receive_Buffer1[temp+i-2]-'0')*10+(Receive_Buffer1[temp+i-1]-'0'); temp=temp+i+1; } //AT+CIPFSR\r 字符串转数字 //+CIFSR:STAIP,"192.168.1.104"\r //+CIFSR:STAMAC,"5c:cf:7f:07:65:21"\r\n //OK if((pStr1=strstr(Receive_Buffer1,STAMAC))!=NULL) // >='a',<='f' { LOC_MAC_buf[0]=LOC_MAC_buf[1]=LOC_MAC_buf[2]=LOC_MAC_buf[3]=LOC_MAC_buf[4]=LOC_MAC_buf[5]=0; flag_Have_STAMAC=1; temp=strloc(Receive_Buffer1,STAMAC); temp=temp+8; for(i=0;i<6;i++) { if(Receive_Buffer1[temp]>='0'&&Receive_Buffer1[temp]<='9') LOC_MAC_buf[i]=(Receive_Buffer1[temp]-'0'); if(Receive_Buffer1[temp]>='a'&&Receive_Buffer1[temp]<='f') LOC_MAC_buf[i]=(Receive_Buffer1[temp]-'a')+10; if(Receive_Buffer1[temp+1]>='0'&&Receive_Buffer1[temp+1]<='9') LOC_MAC_buf[i]=LOC_MAC_buf[i]*16+(Receive_Buffer1[temp+1]-'0'); if(Receive_Buffer1[temp+1]>='a'&&Receive_Buffer1[temp]<='f') LOC_MAC_buf[i]=LOC_MAC_buf[i]*16+(Receive_Buffer1[temp+1]-'a')+10; temp=temp+3; } } } /*********************看门狗复位************************/ /** * @brief Enables IWDG. "stm8s_iwdg.h" * @param None * @retval None */ void IWDG_Enable(void) { IWDG_KR = 0xcc; //IWDG_KEY_ENABLE; } /**********************模块复位************************/ void ESP8266_RST(void) { unsigned char i; System_Init(); for(i=0;i<6;i++) Send_Buffer[i]=RST[i]; Send_Buffer[6]='\r'; Send_Buffer[7]='\n'; Send_Num=8; UART2_Send_Buffer_NoCheck(Send_Num); // Monitoring //Delay_ms(1000); //BEEP_ms(200); } /********************模块出厂设置**********************/ void ESP8266_RESTORE(void) { unsigned char i; for(i=0;i<10;i++) Send_Buffer[i]=RESTORE[i]; Send_Buffer[10]='\r'; Send_Buffer[11]='\n'; Send_Num=12; UART2_Send_Buffer_NoCheck(Send_Num); // Monitoring //Delay_ms(1000); BEEP_ms(200); } /**********************ESP8266模块设置************************/ void ESP8266_CWMODE(unsigned char STR) { unsigned char i; // 1-1.AT+CWMODE=1 station for(i=0;i<10;i++) Send_Buffer[i]=CWMODE[i]; Send_Buffer[10]=STR; Send_Buffer[11]='\r'; Send_Buffer[12]='\n'; Send_Num=13; UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,OK))==NULL&&flag_RS232_TimeoutStart);// 等待返回 OK flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) System_Status=41; else System_Status=40; //Lcd_Disp_Tempture(System_Status); } /**********************ESP8266普通/透传模式************************/ void ESP8266_CIPMODE(unsigned char STR) { unsigned char i; // 1-2.AT+CIPMODE=0 非透传，普通模式 for(i=0;i<11;i++) Send_Buffer[i]=CIPMODE[i]; Send_Buffer[11]=STR; Send_Buffer[12]='\r'; Send_Buffer[13]='\n'; Send_Num=14; UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,OK))==NULL&&flag_RS232_TimeoutStart);// 等待返回 OK flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) System_Status=51; else System_Status=50; //Lcd_Disp_Tempture(System_Status); } /**********************ESP8266多路连接************************/ void ESP8266_CIPMUX(unsigned char STR) { unsigned char i; // 1-3.AT+CIPMUX=1 多路连接 for(i=0;i<10;i++) Send_Buffer[i]=CIPMUX[i]; Send_Buffer[10]=STR; Send_Buffer[11]='\r'; Send_Buffer[12]='\n'; Send_Num=13; UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,OK))==NULL&&flag_RS232_TimeoutStart);// 等待返回 OK flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) System_Status=61; else System_Status=60; //Lcd_Disp_Tempture(System_Status); } /**********************ESP8266显示对端IP和端口************************/ void ESP8266_CIPDINFO(unsigned char STR) { unsigned char i; // 1-4.AT+CIPDINFO=1 显示对端IP和端口 for(i=0;i<12;i++) Send_Buffer[i]=CIPDINFO[i]; Send_Buffer[i++]=STR; Send_Buffer[i++]='\r'; Send_Buffer[i++]='\n'; Send_Num=i; UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,OK))==NULL&&flag_RS232_TimeoutStart);// 等待返回 OK flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) System_Status=61; else System_Status=60; //Lcd_Disp_Tempture(System_Status); } /**********************ESP8266关闭连接************************/ void ESP8266_CIPCLOSE(unsigned char STR) { unsigned char i; // 1-5.AT+CIPCLOSE=0~4，5=关闭所有 TCP/UDP 传输 for(i=0;i<12;i++) Send_Buffer[i]=CIPCLOSE[i]; Send_Buffer[12]=STR; //STR=id Send_Buffer[13]='\r'; Send_Buffer[14]='\n'; Send_Num=15; UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,OK))==NULL&&flag_RS232_TimeoutStart); flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) System_Status=141; else System_Status=140; //Lcd_Disp_Tempture(System_Status); } /**********************ESP8266智能启动************************/ void ESP8266_STARTSMART(void) { unsigned char i; flag_WiFi_Smarting=1; flag_WiFi_Connect_Enable=1; flag_WiFi_Disconnect=0; flag_WiFi_Connected=0; flag_TCP0_Connected=0; if(flag_WiFi_Connected==0) { for(i=0;i<14;i++) Send_Buffer[i]=CWSTOPSMART[i]; Send_Buffer[14]='\r'; Send_Buffer[15]='\n'; Send_Num=16; UART2_Send_Buffer_Check(Send_Num);// 智能连接先关一下 while((pStr1=strstr(Receive_Buffer1,OK))==NULL&&flag_RS232_TimeoutStart);// 等待返回 OK flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) System_Status=71; else System_Status=70; //Lcd_Disp_Tempture(System_Status); for(i=0;i<17;i++) Send_Buffer[i]=CWSTARTSMART[i];// 智能连接 Send_Buffer[17]='\r'; Send_Buffer[18]='\n'; Send_Num=19; flag_WiFi_Connected=0; UART2_Send_Buffer_NoCheck(Send_Num); // Monitoring } } /**********************模块获取MAC和IP************************/ void ESP8266_CIFSR(void) { unsigned char i; // 在此发送："AT+CIFSR" / ESP8266 station IP 需连上 AP 后，才可以查询。 for(i=0;i<8;i++) Send_Buffer[i]=CIFSR[i]; Send_Buffer[8]='\r'; Send_Buffer[9]='\n'; Send_Num=10; UART2_Send_Buffer_Check(Send_Num); Delay_ms(10); while(((pStr1=strstr(Receive_Buffer1,STAIP))==NULL)&&\ ((pStr1=strstr(Receive_Buffer1,STAMAC))==NULL)&&flag_RS232_TimeoutStart); flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) { Read_STAIP_STAMAC(); System_Status=131; } else System_Status=130; //Lcd_Disp_Tempture(System_Status); } /**********************模块连接服务器*UDP1***********************/ void ESP8266_CIPSTART_UDP(unsigned char STR) { unsigned char i,j; if(1)//if(STR==1) { for(i=0;i<12;i++) // AT+CIPSTART=1,"UDP",“IP0.IP1.IP2.255”,9954,333,0 Send_Buffer[i]=CIPSTART[i]; Send_Buffer[12]=STR; Send_Buffer[13]=','; Send_Buffer[14]='"'; Send_Buffer[15]='U'; Send_Buffer[16]='D'; Send_Buffer[17]='P'; Send_Buffer[18]='"'; Send_Buffer[19]=','; Send_Buffer[20]='"'; i=20; if(LOC_IP_buf[0]/100) { Send_Buffer[++i]=LOC_IP_buf[0]/100+'0'; Send_Buffer[++i]=(LOC_IP_buf[0]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[0]%10+'0'; } else if((LOC_IP_buf[0]/10)%10) { Send_Buffer[++i]=(LOC_IP_buf[0]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[0]%10+'0'; } else Send_Buffer[++i]=LOC_IP_buf[0]%10+'0'; Send_Buffer[++i]='.'; if(LOC_IP_buf[1]/100) { Send_Buffer[++i]=LOC_IP_buf[1]/100+'0'; Send_Buffer[++i]=(LOC_IP_buf[1]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[1]%10+'0'; } else if((LOC_IP_buf[1]/10)%10) { Send_Buffer[++i]=(LOC_IP_buf[1]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[1]%10+'0'; } else Send_Buffer[++i]=LOC_IP_buf[1]%10+'0'; Send_Buffer[++i]='.'; if(LOC_IP_buf[2]/100) { Send_Buffer[++i]=LOC_IP_buf[2]/100+'0'; Send_Buffer[++i]=(LOC_IP_buf[2]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[2]%10+'0'; } else if((LOC_IP_buf[2]/10)%10) { Send_Buffer[++i]=(LOC_IP_buf[2]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[2]%10+'0'; } else Send_Buffer[++i]=LOC_IP_buf[2]%10+'0'; Send_Buffer[++i]='.'; if(LOC_IP_buf[3]/100) { Send_Buffer[++i]=LOC_IP_buf[3]/100+'0'; Send_Buffer[++i]=(LOC_IP_buf[3]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[3]%10+'0'; } else if((LOC_IP_buf[3]/10)%10) { Send_Buffer[++i]=(LOC_IP_buf[3]/10)%10+'0'; Send_Buffer[++i]=LOC_IP_buf[3]%10+'0'; } else Send_Buffer[++i]=LOC_IP_buf[3]%10+'0'; i++; Send_Buffer[i++]='"'; Send_Buffer[i++]=','; Send_Buffer[i++]='9'; Send_Buffer[i++]='9'; Send_Buffer[i++]='5'; Send_Buffer[i++]='4'; Send_Buffer[i++]=','; Send_Buffer[i++]='3'; Send_Buffer[i++]='3'; Send_Buffer[i++]='3'; Send_Buffer[i++]=','; Send_Buffer[i++]='0'; Send_Buffer[i++]='\r'; // '\r'=0x0d; Send_Buffer[i++]='\n'; // '\n'=0x0a; Send_Num=i; UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,OK))==NULL&&flag_RS232_TimeoutStart); flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; make_AT_CIPSEND(20,255,255); // AT+CIPSEND=1,20,全网群发 UDP1_Return(11); // 完整通讯结束。。。 } } /**********************模块连接服务器*TCP0***********************/ void ESP8266_CIPSTART_TCP(unsigned char STR) { unsigned char i,j; if(1)//if(STR==1) // 方式一，组合再发 { for(i=0;i<12;i++) //AT+CIPSTART=0,"TCP","192.168.61.128",9955 Send_Buffer[i]=CIPSTART[i]; Send_Buffer[12]=STR; Send_Buffer[13]=','; Send_Buffer[14]='"'; Send_Buffer[15]='T'; Send_Buffer[16]='C'; Send_Buffer[17]='P'; Send_Buffer[18]='"'; Send_Buffer[19]=','; Send_Buffer[20]='"'; for(j=0;j<20;j++) { if(URL_ADDR[j]==0) break; } if(j>10) { for(i=21;i<(j+21);i++) Send_Buffer[i]=URL_ADDR[i-21]; Send_Buffer[i++]='"'; Send_Buffer[i++]=','; Send_Buffer[i++]='9'; Send_Buffer[i++]='9'; Send_Buffer[i++]='5'; Send_Buffer[i++]='5'; Send_Buffer[i++]='\r'; // '\r'=0x0d; Send_Buffer[i++]='\n'; // '\n'=0x0a; Send_Num=i; UART2_Send_Buffer_NoCheck(Send_Num); } } /* else if(STR==2) // 方式二，固定直发 { for(i=0;i<12;i++) Send_Buffer[i]=CIPSTART[i]; for(i=12;i<40;i++) { //Send_Buffer[i]=URL_TCP0_LOC104[i-12];//i<40 0,"TCP","192.168.0.104",8080 28 //Send_Buffer[i]=URL_TCP0_LOC128[i-12]; //i<41 0,"TCP","192.168.61.128",9955 29 Send_Buffer[i]=URL_TCP0_ifish7[i-12]; //i<40 0,"TCP","120.55.190.56",9955 28 } Send_Buffer[i++]='\r'; // '\r'=0x0d; Send_Buffer[i++]='\n'; // '\n'=0x0a; Send_Num=i; UART2_Send_Buffer_NoCheck(Send_Num); } */ } /**********************LCD显示刷新*********SEG0~SEG31***************/ void Lcd_Display(void) { /* "8"字型段定义 col ---A--- ---A--- ---A--- ---A--- | | | | | | | | F B F B . F B F B | | | | | | | | ---G--- ---G--- ---G--- ---G--- | | | | | | | | E C E C . E C E C | | | | | | | | ---D--- ---D--- ---D--- ---D--- */ unsigned char temp,lcd_high4,lcd_low4; /* ClockTimeSetup_Stepper 时钟设置：（当前北京时间设置） 1. 年十位 2. 年个位 3. 月十位 4. 月个位 5. 日十位 6. 日个位 7. 时十位 8. 时个位 9. 分十位 10.分个位 */ // 时间小时个位值；SEG0+SEG8-8: if(flag_LampTimeSetting) { if(flag_TimeSetup_Jump) temp=0x0; else if(flag_Open_Time) temp=Lcd_Table0123456789[Set_Open_Hour[(LampTimeSetup_Stepper-1)/2]%10]; else if(flag_Close_Time) temp=Lcd_Table0123456789[Set_Close_Hour[(LampTimeSetup_Stepper-1)/2]%10]; } else if(flag_ClockTimeSetting) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==8) temp=0x0; else temp=Lcd_Table0123456789[Disp_Hour%10]; } else temp=Lcd_Table0123456789[Disp_Hour%10]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; if(flag_Colon_Jump){lcd_high4=lcd_high4|0x1;} // COL标记“:”,跳闪 ht_writedata(0,lcd_high4,4); // SEG0:11A11B11C+COL ht_writedata(8,lcd_low4,4); // SEG8:11F11G11E11D // 时间分钟十位值；SEG2+SEG1-8 if(flag_LampTimeSetting) { if(flag_TimeSetup_Jump) temp=0x0; else if(flag_Open_Time) temp=Lcd_Table0123456789[Set_Open_Minute[(LampTimeSetup_Stepper-1)/2]/10]; else if(flag_Close_Time) temp=Lcd_Table0123456789[Set_Close_Minute[(LampTimeSetup_Stepper-1)/2]/10]; } else if(flag_ClockTimeSetting) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==9) temp=0x0; else temp=Lcd_Table0123456789[Disp_Minute/10]; } else temp=Lcd_Table0123456789[Disp_Minute/10]; lcd_high4=(temp&0xf0)>>4; if(flag_LampTimeSetting){lcd_high4=lcd_high4|0x1;} // S17="时段" lcd_low4=temp&0xf; ht_writedata(2,lcd_high4,4); // SEG2:11A11B11C+COL ht_writedata(1,lcd_low4,4); // SEG1:11A11B11C+COL // 时间分钟个位值；SEG4+SEG3-8: if(flag_LampTimeSetting) { if(flag_TimeSetup_Jump) temp=0x0; else if(flag_Open_Time) temp=Lcd_Table0123456789[Set_Open_Minute[(LampTimeSetup_Stepper-1)/2]%10]; else if(flag_Close_Time) temp=Lcd_Table0123456789[Set_Close_Minute[(LampTimeSetup_Stepper-1)/2]%10]; } else if(flag_ClockTimeSetting) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==10) temp=0x0; else temp=Lcd_Table0123456789[Disp_Minute%10]; } else temp=Lcd_Table0123456789[Disp_Minute%10]; lcd_high4=(temp&0xf0)>>4; if(flag_LampTimeSetting){lcd_high4=lcd_high4|0x1;} // S18=时段的":" lcd_low4=temp&0xf; ht_writedata(4,lcd_high4,4);// SEG4:13A13B13C+S18 ht_writedata(3,lcd_low4,4); // SEG3:13F13G13E13D // 灯光照明2LOGO: S24=lamp2-1左三点闪, S25=lamp2-2中三点闪, S26=lamp2-3右三点闪, S27=lamp2-0内心:SEG5 if(flag_lamp2_onoff) { lcd_low4=0x1; if(Lcd_Colon_TimeoutCounter>1&&Lcd_Colon_TimeoutCounter<5) {lcd_low4=lcd_low4|0x8;} if(Lcd_Colon_TimeoutCounter>2&&Lcd_Colon_TimeoutCounter<5) {lcd_low4=lcd_low4|0x4;} if(Lcd_Colon_TimeoutCounter>3&&Lcd_Colon_TimeoutCounter<5) {lcd_low4=lcd_low4|0x2;} } else {lcd_low4=0xf;} if(Key_Back==Lamp2_Key2) { if(flag_Colon_Jump) lcd_low4=0x0f; else lcd_low4=0x00; } ht_writedata(5,lcd_low4,4); // SEG5:S24+S25+S26+S27 // 灯光照明1LOGO: S29=lamp1-1左三点闪, S30=lamp1-2中三点闪, S31=lamp1-3右三点闪, S32=lamp1-0内心 SEG6 if(flag_lamp1_onoff) { lcd_low4=0x1; if(Lcd_Colon_TimeoutCounter>1&&Lcd_Colon_TimeoutCounter<5) lcd_low4=lcd_low4|0x8; if(Lcd_Colon_TimeoutCounter>2&&Lcd_Colon_TimeoutCounter<5) lcd_low4=lcd_low4|0x4; if(Lcd_Colon_TimeoutCounter>3&&Lcd_Colon_TimeoutCounter<5) lcd_low4=lcd_low4|0x2; } else {lcd_low4=0x0f;} if(Key_Back==Lamp1_Key1) { if(flag_Colon_Jump) lcd_low4=0x0f; else lcd_low4=0x00; } ht_writedata(6,lcd_low4,4); // SEG6:S29+S30+S31+S32 // 灯光照明1,右弧, ,灯光照明2 lcd_low4=0xf; ht_writedata(7,lcd_low4,4); // SEG7:S28+S33+ +S23 // 时间小时十位值；SEG9 if(flag_LampTimeSetting) { if(flag_TimeSetup_Jump) temp=0x0; else if(flag_Open_Time) temp=Lcd_Hour_Tab[Set_Open_Hour[(LampTimeSetup_Stepper-1)/2]/10]; else if(flag_Close_Time) temp=Lcd_Hour_Tab[Set_Close_Hour[(LampTimeSetup_Stepper-1)/2]/10]; } else if(flag_ClockTimeSetting) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==7) {temp=0x0;} else {temp=Lcd_Hour_Tab[Disp_Hour/10];} } else {temp=Lcd_Hour_Tab[Disp_Hour/10];} lcd_low4=temp&0xf; if(flag_LampTimeSetting){lcd_low4=lcd_low4|0x1;} //S16="时段" ht_writedata(9,lcd_low4,4); // SEG9:10B(10AGED)10C+S16 /* LampTimeSetup_Stepper 时段设置：lamp1，lamp2，UV-C 1.lamp1（1时段）：1 开 定时器0-开 Set_Open_Hour + Set_Open_Minute 2. 1 关 定时器0-关 Set_Close_Hour+ Set_Close_Minute 3. 2 开 定时器1-开 4. 2 关 定时器1-关 5.lamp2（2时段）：1 开 定时器2-开 6. 1 关 定时器2-关 7. 2 开 定时器3-开 8. 2 关 定时器3-关 9.UV-C（3时段）： 1 开 定时器4-开 10. 1 关 定时器4-关 11. 2 开 定时器5-开 12. 2 关 定时器5-关 定时器6~定时器9 备用 */ // "几"时段:SEG10 lcd_low4=0; if(flag_LampTimeSetting) { if(LampTimeSetup_Stepper>=1&&LampTimeSetup_Stepper<=4) lcd_low4=lcd_shiduan_tab[1]; else if(LampTimeSetup_Stepper>=5&&LampTimeSetup_Stepper<=8) lcd_low4=lcd_shiduan_tab[2]; else if(LampTimeSetup_Stepper>=9&&LampTimeSetup_Stepper<=12) lcd_low4=lcd_shiduan_tab[3]; } ht_writedata(10,lcd_low4,4); // SEG10:14C14E(14AGD)14B // "几"开关:SEG11, lcd_low4=0; if(flag_LampTimeSetting) { switch(LampTimeSetup_Stepper) { case 1: lcd_low4=lcd_shiduan_tab[1]; case 2: lcd_low4=lcd_shiduan_tab[1]; case 5: lcd_low4=lcd_shiduan_tab[1]; case 6: lcd_low4=lcd_shiduan_tab[1]; case 9: lcd_low4=lcd_shiduan_tab[1]; case 10: lcd_low4=lcd_shiduan_tab[1]; break; case 3: lcd_low4=lcd_shiduan_tab[2]; case 4: lcd_low4=lcd_shiduan_tab[2]; case 7: lcd_low4=lcd_shiduan_tab[2]; case 8: lcd_low4=lcd_shiduan_tab[2]; case 11: lcd_low4=lcd_shiduan_tab[2]; case 12: lcd_low4=lcd_shiduan_tab[2]; break; default:break; } } ht_writedata(11,lcd_low4,4); // SEG11:15C15E(15AGD)15B // S22=冲浪杀菌LOGO,S21=冲浪杀菌,S19=开,S20=关:SEG12 lcd_low4=0x4; if(Lcd_Colon_TimeoutCounter<3&&flag_UVC_onoff) {} else lcd_low4=lcd_low4|0x8; if(flag_LampTimeSetting) { if(flag_Open_Time) lcd_low4|=0x2; else if(flag_Close_Time) lcd_low4|=0x1; } ht_writedata(12,lcd_low4,4); // SEG12:S22+S21+S19+S20 // LL=仪表盘,S12=“℃”,S15=下弧,S10=调节键LOGO lcd_low4=0xe; if(Key_Back==Adjust_Key4&&flag_TimeSetup_Jump){} else{lcd_low4=lcd_low4|0x1;} ht_writedata(13,lcd_low4,4); // SEG13:LL+S12+S15+S10 // 温度值小位数X；SEG14+SEG15 temp=Lcd_Table0123456789[Real_Tempture%10]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; lcd_high4=lcd_high4|0x1; // S13="水温标记" ht_writedata(14,lcd_high4,4); // SEG14:9A9B9C+S13 ht_writedata(15,lcd_low4,4); // SEG15:9F9G9E9D // 温度值个位数X；SEG16+SEG17 temp=Lcd_Table0123456789[Real_Tempture%100/10]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; lcd_high4=lcd_high4|0x1; // DP="." ht_writedata(16,lcd_high4,4); // SEG16:8A8B8C+DP ht_writedata(17,lcd_low4,4); // SEG17:8F8G8E8D // 温度值十位数X；SEG18+SEG19 temp=Lcd_Table0123456789[Real_Tempture/100]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; lcd_high4=lcd_high4|0x1; // S14="Temperature" ht_writedata(18,lcd_high4,4); // SEG18:7A7B7C+S14 ht_writedata(19,lcd_low4,4); // SEG19:7F7G7E7D // S4=自动,S3=手动,S2=锁LOGO,S9=调节键:SEG20 lcd_low4=0x1; if(flag_ScreenLock_Status){lcd_low4|=0x2;} // S2=锁LOGO if(flag_auto_hand){lcd_low4|=0x8;}else{lcd_low4|=0x4;} ht_writedata(20,lcd_low4,4); // SEG20:S4+S3+S2+S9 // 日显示 "个" 位数：SEG21+SEG22 zhang if(flag_ClockTimeSetting) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==6) temp=0x00; else {temp=Lcd_Table0123456789[Disp_Day%10];} } else {temp=Lcd_Table0123456789[Disp_Day%10];} lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; if(flag_TimeSetup_Jump&&flag_LampTimeSetting&&LampTimeSetup_Stepper!=0){} else lcd_high4=lcd_high4|0x1; // S8="时段照明LOGO" ht_writedata(21,lcd_high4,4); // SEG21:6A6B6C+S8 ht_writedata(22,lcd_low4,4); // SEG22:6F6G6E6D // 日显示 "十" 位数：SEG23 if(flag_ClockTimeSetting) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==5) {temp=0x00;} else {temp=lcd_day_tab[Disp_Day/10];} } else {temp=lcd_day_tab[Disp_Day/10];} lcd_low4=temp&0xf; ht_writedata(23,lcd_low4,4); // SEG23:5B(5AGD)5E5C // 月份显示 "个" 位数：SEG24+SEG25 if(flag_ClockTimeSetting) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==4) temp=0x00; else temp=Lcd_Table0123456789[Disp_Month%10]; } else temp=Lcd_Table0123456789[Disp_Month%10]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; lcd_high4=lcd_high4|0x1; if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==3) lcd_high4=lcd_high4&0xe; // 3B:长显示月十的"|"=1,"[|"=0 ht_writedata(24,lcd_high4,4); // SEG24:4A4B4C+3B ht_writedata(25,lcd_low4,4); // SEG25:4F4G4E4D // 年份显示 "十" 位数：SEG28+SEG29 if(flag_ClockTimeSetting) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==1) temp=0x00; else temp=Lcd_Table0123456789[Disp_Year/10]; } else temp=Lcd_Table0123456789[Disp_Year/10]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; lcd_high4=lcd_high4|0x1; // S1="20 - - " ht_writedata(28,lcd_high4,4); // SEG28:1A1B1C+S1 ht_writedata(29,lcd_low4,4); // SEG29:1F1G1E1D // 年份显示 "个" 位数：SEG26+SEG27 if(flag_ClockTimeSetting) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==2) temp=0x00; else temp=Lcd_Table0123456789[Disp_Year%10]; } else temp=Lcd_Table0123456789[Disp_Year%10]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; lcd_high4|=0x01; if(Disp_Month<10) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==3) lcd_high4&=0x0e; else lcd_high4|=0x01; // 3A:月十的"[" } else { lcd_high4&=0x0e; } ht_writedata(26,lcd_high4,4); // SEG26:2A2B2C+3A ht_writedata(27,lcd_low4,4); // SEG27:2F2G2E2D // K1=”()”,K2=”( )”,K3=”( )”=>router ,WiFi=“WiFi”=>server :SEG30 lcd_low4=0x00; if((flag_WiFi_ready&&flag_WiFi_Connect_Enable)) { if(flag_WiFi_Disconnect) // 仅“((( )))”闪 { if(flag_Colon_Jump) lcd_low4=0x0f; else lcd_low4=0x01; } else if(flag_WiFi_Smarting) // 全闪(((WIFI))) { if(flag_Colon_Jump) lcd_low4=0x0f; else lcd_low4=0x00; } else if(flag_WiFi_Connected==0) // 仅“((( )))”闪 { if(flag_Colon_Jump) lcd_low4=0x0f; else lcd_low4=0x01; } else if(flag_TCP0_Connected==0) // 仅“WIFI”闪 { if(flag_Colon_Jump) lcd_low4=0x0f; else lcd_low4=0x0e; } else if(flag_WiFi_Connected&&flag_TCP0_Connected) // 不闪 { lcd_low4=0x0f; } } ht_writedata(30,lcd_low4,4); // SEG30:K1+K2+K3+WiFi:"(((WiFi)))" // S5=时间设置,S6=时间设置LOGO,S11=左弧,S7=时段照明 lcd_low4=0x0f; // 1011 if(flag_TimeSetup_Jump&&flag_ClockTimeSetting&&ClockTimeSetup_Stepper!=0) {lcd_low4=lcd_low4&0x0b;} ht_writedata(31,lcd_low4,4); // SEG31:S5+S6+S11+S7 } /**********************模块组合键配置************************/ void ESP8266_CombineKey(void) { unsigned char i,key_use; unsigned int disp; if(flag_ScreenLock_Status==0) { key_use=Read_Key_Num(); // 读组合键值 if(Key_Back_Config==key_use&&Key_Back_Config!=0xff) // 上一次键值 { if(++Key_Shake_Config>=25) // 去键抖动25 { Key_Shake_Config=0; // ***********************组合键************************ if((flag_LampTimeSetting==0)&&(flag_ClockTimeSetting==0)) { if(key_use==Adjust_Key4) { while(key_use==Adjust_Key4) // 等待组合键 { key_use=Read_Key_Num(); Delay_ms(10); Lcd_Display(); } ht_writecmd(Command, toneon); Delay_ms(500); ht_writecmd(Command, toneoff); System_Status=171; //Lcd_Disp_Tempture(System_Status=171); } } // ***************************************************** //* 《K4=调节键》+《K6=时间设置》；出厂设置=>重新配网K4+K6(=10) if(key_use==K4K6) { System_Init(); ESP8266_RESTORE(); } //* 《K2=灯光照明2》+《K4=调节键》：模块复位，K2+K4(=8) else if(key_use==K2K4) { //System_Init(); //ESP8266_RST(); } } } else // 去键抖动 or 没有按键的情况下： { Key_Shake_Config=0; Key_Back_Config=key_use; flag_have_key=0; } } } /*********************温度表查*************************/ const float tempture_tab[]= { 34.467,32.946,31.508,30.147,28.835, 27.606,26.427,25.308,24.236,23.218,22.259,21.331,20.450,19.621,18.819, 18.018,17.322,16.641,15.968,15.337,14.750,14.615,13.618,13.081,12.581, 12.110,11.647,11.210,10.786,10.386,10.000,9.631,9.277,8.937,8.613, 8.302,8.003,7.718,7.445,7.182,6.929,6.688,6.457,6.233,6.019, 5.813,5.616,5.427,5.244,5.069,4.901,4.740,4.582,4.435,4.288, 4.151,4.016,3.880,3.764,3.644,3.527,3.416,3.308,3.205,3.106, 3.011,2.919,2.830,2.744,2.662,2.583,2.504,2.430,2.359,2.289, 2.224,2.158,2.096,2.036,1.978,1.921,1.867,1.814,1.764,1.714, 1.667,1.621,1.576,1.533,1.492,1.451,1.412,1.374,1.338,1.302, 1.268,1.235,1.203,1.171,1.141,1.112,1.083,1.056,1.029,1.003,0.9777 }; float cha_biao(float tem_num) { float temp; unsigned char i; for(i=0;i<106;i++) { if(tem_num>tempture_tab[i]) {break;} } if(i>=105) {temp=99.9;} else if(i<=5) {temp=0;} else {temp=(tempture_tab[i-1]-tem_num)/(tempture_tab[i-1]-tempture_tab[i])-5-1+i;} return(temp); } /*********************AD读温度值*************************/ float ADC_DATA=0; void Read_Tempture(void) { float TEMP; //static float ADC_DATA; /* if((ADC_CSR & 0x80) == 0x80) { //ADC_DATA=ADC_DATA>>2; temp=10*(float)ADC_DRH/(0x100-(float)ADC_DRH); // temp=10*(float)(ADC_DATA/(0x100-ADC_DATA)); temp=cha_biao(temp); tempture_temp=tempture_temp+temp; if(++Tempture_Read_Counter>39) { Tempture_Read_Counter=0; Real_Tempture=(((int)tempture_temp>>2)+Real_Tempture)>>1; tempture_temp=0; } ADC_CSR&=0x7f; //清转换结束标志 ADC_CR1|=0x01; // 再次将CR1寄存器的最低位置1//启动ad转换 } */ if((ADC_CSR & 0x80) == 0x80) { //ADC_DATA=ADC_DATA>>2; TEMP=10*(float)ADC_DRH/(0x100-(float)ADC_DRH); // temp=10*(float)(ADC_DATA/(0x100-ADC_DATA)); TEMP=cha_biao(TEMP); ADC_DATA+=TEMP; if(++Tempture_Read_Counter>39) { Tempture_Read_Counter=0; if((Real_Tempture>Set_High_Tempture)||(Real_Tempture>2)+Real_Tempture)>>1; ADC_DATA=0; //[Set_High_Tempture : Set_Low_Tempture],exp:[15C:35C] if((Real_Tempture>Set_High_Tempture)||(Real_TemptureSet_High_Tempture) TemptureAlam_NormalLowHigh='H'; else if(Real_TemptureSet_High_Tempture)||(Real_Tempture=25) // 去键抖动25 { Key_Shake=0; UnLockScreen_TimeoutCounter=0; LockScreen_TimeoutCounter=0; if(flag_ScreenLock_Status==1) // 判断屏状态 { do { flag_have_key=1; key_unlock=Read_Key_Num(); Lcd_Disp_KeyDynamic(); //Delay_ms(100); Lcd_Display(); }while(flag_ScreenLock_Status==1&&key_unlock!=0xff); if(flag_ScreenLock_Status==0) { Lcd_Display(); //if(flag_Buzzer==0){ht_writecmd(Command, toneoff);flag_Buzzer=1;} } if(key_unlock==0xff) // 防止半途松开按键 { flag_ScreenLock_Status=1; flag_have_key=0; } ht_writecmd(Command, toneon); while(Read_Key_Num()!=0xff); // 等待键松开 ht_writecmd(Command, toneoff); } else //if(flag_ScreenLock_Status==0) // 不锁屏的情况下直接按键操作 { key_use=Read_Key_Num(); flag_have_key=1; //if(flag_Buzzer==0){ht_writecmd(Command, toneoff);flag_Buzzer=1;} switch(key_use) { case Lamp1_Key1: if(flag_auto_hand==0) {flag_lamp1_onoff=(~flag_lamp1_onoff)&0x01;} break; case Lamp2_Key2: if(flag_auto_hand==0) {flag_lamp2_onoff=(~flag_lamp2_onoff)&0x01;} break; case UVC_Key3: if(flag_auto_hand==0) {flag_UVC_onoff=(~flag_UVC_onoff)&0x01;} break; case Adjust_Key4: /* ClockTimeSetup_Stepper 时段设置：lamp1，lamp2，UV-C 1.lamp1（1时段）：1 开 定时器0-开 2. 1 关 定时器0-关 3. 2 开 定时器1-开 4. 2 关 定时器1-关 5.lamp2（2时段）：1 开 定时器2-开 6. 1 关 定时器2-关 7. 2 开 定时器3-开 8. 2 关 定时器3-关 9.UV-C（3时段）： 1 开 定时器4-开 10. 1 关 定时器4-关 11. 2 开 定时器5-开 12. 2 关 定时器5-关 定时器6~定时器9 备用 */ if(flag_LampTimeSetting) // 处于《灯的定时》设置状态... { switch(LampTimeSetup_Stepper) // 共12步，12个位置调节 { case 1: if(Set_Open_Minute[0]!=0) { Set_Open_Minute[0]=0; if(++Set_Open_Hour[0]>=24) {Set_Open_Hour[0]=0;} } else {Set_Open_Minute[0]=30;} break; case 2: if(Set_Close_Minute[0]!=0) { Set_Close_Minute[0]=0; if(++Set_Close_Hour[0]>=24) {Set_Close_Hour[0]=0;} } else {Set_Close_Minute[0]=30;} break; case 3: if(Set_Open_Minute[1]!=0) { Set_Open_Minute[1]=0; if(++Set_Open_Hour[1]>=24) {Set_Open_Hour[1]=0;} } else {Set_Open_Minute[1]=30;} break; case 4: if(Set_Close_Minute[1]!=0) { Set_Close_Minute[1]=0; if(++Set_Close_Hour[1]>=24) {Set_Close_Hour[1]=0;} } else {Set_Close_Minute[1]=30;} break; case 5: if(Set_Open_Minute[2]!=0) { Set_Open_Minute[2]=0; if(++Set_Open_Hour[2]>=24) {Set_Open_Hour[2]=0;} } else {Set_Open_Minute[2]=30;} break; case 6: if(Set_Close_Minute[2]!=0) { Set_Close_Minute[2]=0; if(++Set_Close_Hour[2]>=24) {Set_Close_Hour[2]=0;} } else {Set_Close_Minute[2]=30;} break; case 7: if(Set_Open_Minute[3]!=0) { Set_Open_Minute[3]=0; if(++Set_Open_Hour[3]>=24) {Set_Open_Hour[3]=0;} } else {Set_Open_Minute[3]=30;} break; case 8: if(Set_Close_Minute[3]!=0) { Set_Close_Minute[3]=0; if(++Set_Close_Hour[3]>=24) {Set_Close_Hour[3]=0;} } else {Set_Close_Minute[3]=30;} break; case 9: if(Set_Open_Minute[4]!=0) { Set_Open_Minute[4]=0; if(++Set_Open_Hour[4]>=24) {Set_Open_Hour[4]=0;} } else {Set_Open_Minute[4]=30;} break; case 10: if(Set_Close_Minute[4]!=0) { Set_Close_Minute[4]=0; if(++Set_Close_Hour[4]>=24) {Set_Close_Hour[4]=0;} } else {Set_Close_Minute[4]=30;} break; case 11: if(Set_Open_Minute[5]!=0) { Set_Open_Minute[5]=0; if(++Set_Open_Hour[5]>=24) {Set_Open_Hour[5]=0;} } else {Set_Open_Minute[5]=30;} break; case 12: if(Set_Close_Minute[5]!=0) { Set_Close_Minute[5]=0; if(++Set_Close_Hour[5]>=24) {Set_Close_Hour[5]=0;} } else {Set_Close_Minute[5]=30;} break; default: LampTimeSetup_Stepper=0; flag_LampTimeSetting=0; break; } } /* LampTimeSetup_Stepper 时钟设置：（当前北京时间设置） 1. 年十位 2. 年个位 3. 月十位 4. 月个位 5. 日十位 6. 日个位 7. 时十位 8. 时个位 9. 分十位 10.分个位 */ else if(flag_ClockTimeSetting) // 处于《时钟调时》设置状态... { switch(ClockTimeSetup_Stepper) // 共10步，10个位置调节 { case 1: unit=Disp_Year%10; decade=Disp_Year/10; decade++; decade%=10; Disp_Year=decade*10+unit; break; case 2: unit=Disp_Year%10; decade=Disp_Year/10; unit++; unit%=10; Disp_Year=decade*10+unit; break; case 3: unit=Disp_Month%10; decade=Disp_Month/10; decade++; decade%=2; Disp_Month=decade*10+unit; break; case 4: unit=Disp_Month%10; decade=Disp_Month/10; unit++; if(decade==1) unit%=3; else unit%=10; if(decade==0&&unit==0) unit=1; Disp_Month=decade*10+unit; break; case 5: unit=Disp_Day%10; decade=Disp_Day/10; decade++; decade%=4; if(decade==0&&unit==0) unit=1; Disp_Day=decade*10+unit; break; case 6: unit=Disp_Day%10; decade=Disp_Day/10; unit++; if(decade==3) unit%=2; else unit%=10; if(decade==0&&unit==0) unit=1; Disp_Day=decade*10+unit; break; case 7: unit=Disp_Hour%10; decade=Disp_Hour/10; decade++; decade%=3; Disp_Hour=decade*10+unit; break; case 8: unit=Disp_Hour%10; decade=Disp_Hour/10; unit++; if(decade==2) unit%=4; else unit%=10; Disp_Hour=decade*10+unit; break; case 9: unit=Disp_Minute%10; decade=Disp_Minute/10; decade++; decade%=6; Disp_Minute=decade*10+unit; break; case 10: unit=Disp_Minute%10; decade=Disp_Minute/10; unit++; unit%=10; Disp_Minute=decade*10+unit; break; default: ClockTimeSetup_Stepper=0; flag_ClockTimeSetting=0; break; } } else // 手动自动切换 { flag_auto_hand_change=1; do { flag_have_key=1; key_use=Read_Key_Num(); Lcd_Disp_KeyDynamic(); //Delay_ms(100); Lcd_Display(); }while(flag_auto_hand_change==1&&key_use!=0xff&&key_use!=K4K6); if(key_use==K4K6) { System_Init(); ESP8266_RESTORE(); } if(flag_auto_hand_change==0) { //if(key_use==K4K6) //{ // System_Init(); // ESP8266_RESTORE(); //} if(key_use==Adjust_Key4) { flag_auto_hand=(~flag_auto_hand)&0x01; Lcd_Display(); } } if(key_use==0xff) // 防止半途松开按键 { flag_auto_hand_change=0; flag_have_key=0; } //ht_writecmd(Command, toneon); //while(Read_Key_Num()!=0xff); // 等待键松开 //ht_writecmd(Command, toneoff); } break; case Lamp_ShiDuan_Key5: flag_LampTimeSetting=1; // 即将进行《灯的定时》设置 flag_ClockTimeSetting=0; LampTimeSetup_Stepper++; if(LampTimeSetup_Stepper%2==1) {flag_Open_Time=1;flag_Close_Time=0;} else {flag_Open_Time=0;flag_Close_Time=1;} if(LampTimeSetup_Stepper>12) { LampTimeSetup_Stepper=0; flag_LampTimeSetting=0; flag_LampTime_Change=1; //MCUeeprom_write(); //MCUeeprom_read(); } break; case Clock_Setup_Key6: flag_ClockTimeSetting=1; // 即将进行《时钟调时》设置 flag_LampTimeSetting=0; ClockTimeSetup_Stepper++; if(ClockTimeSetup_Stepper>10) { Write_Time(); //Disp_Year=Disp_Month=Disp_Day=Disp_Hour=Disp_Minute=Disp_Week=0; //Read_Time(); ClockTimeSetup_Stepper=0; flag_ClockTimeSetting=0; flag_ClockTime_Change=1; } break; default:break; } //if((flag_LampTimeSetting&&key_use==Adjust_Key4)||(flag_ClockTimeSetting&&key_use==Adjust_Key4)||key_use<4||key_use==5|key_use==6) { ht_writecmd(Command, toneon); while(Read_Key_Num()!=0xff); // 等待键松开 ht_writecmd(Command, toneoff); } MCUeeprom_write(); } } } else // 去键抖动 or 没有按键的情况下： { Key_Shake=0; Key_Back=key_use; flag_have_key=0; } } /*********************自动还是手动处理*************************/ void Autohand_Control(void) { unsigned char i; unsigned int Timer_open[10],Timer_close[10],Now_time; /* @near unsigned char Timers_Enable[11]; 1,2,3,4,5,6,7,8,9,10 @near unsigned char Set_Open_Hour[10]; 0,1,2,3,4,5,6,7,8,9 @near unsigned char Set_Open_Minute[10]; 0,1,2,3,4,5,6,7,8,9 @near unsigned char Set_Close_Hour[10]; 0,1,2,3,4,5,6,7,8,9 @near unsigned char Set_Close_Minute[10]; 0,1,2,3,4,5,6,7,8,9 */ if(flag_auto_hand==1) //0=手动，1=自动 { for(i=0;i<10;i++) { Timer_open[i] =Set_Open_Hour[i]*60+Set_Open_Minute[i]; Timer_close[i]=Set_Close_Hour[i]*60+Set_Close_Minute[i]; } Now_time=Disp_Hour*60+Disp_Minute; // Timer1 = 1时段（Lamp1）：1开 1关 if(Timers_Enable[1]&&(Now_time>=Timer_open[0])&&(Now_time=Timer_open[1])&&(Now_time=Timer_open[2])&&(Now_time=Timer_open[3])&&(Now_time=Timer_open[4])&&(Now_time=Timer_open[5])&&(Now_time=10) // { // //ESP8266_RST(); // IWDG_Enable(); // } // 1.9 上电若DISCONNECT设置flag_DisConnect_Monitoring180s=1,若180s无入网信息, 则复位模块,设置flag_DisConnect180s_StartRST=1 // else if(flag_DisConnect180s_StartRST) // { // flag_DisConnect180s_StartRST=0; // ESP8266_RST(); // } else if(flag_LoginTCP_SendOnce) // 登录TCP服务器 24 { flag_LoginTCP_SendOnce=0; flag_NoLoginBack_Monitoring150s=1; make_AT_CIPSEND(24,0,255); // 命令头：AT+CIPSEND=0,len 【0=id，len=数据长度】; Function_Code=1; Load_Header_15data(0,'S'); Send_Buffer[15]=factory_data; Send_Buffer[16]=pcb_data; Send_Buffer[17]=mcu_data; for(i=18;i<22;i++) Send_Buffer[i]=LOC_IP_buf[i-18]; CRC16=GetRevCrc_16(Send_Buffer,22); Send_Buffer[22]=CRC16>>8; Send_Buffer[23]=CRC16; Send_Num=24; UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,SEND_OK))==NULL&&flag_RS232_TimeoutStart);// 此循环完成 SEND OK flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) { System_Status=161; // 打印了 "SEND OK" flag_SEND_FAIL=0; } else { System_Status=160; // 打印了 "SEND FAIL" flag_SEND_FAIL=1; } //Lcd_Disp_Tempture(System_Status); // 等待回复，接收网络时间; } else if(flag_TCP_Logined) { if(flag_Tempture_Abnormal&&TemptureAlam_NormalLowHigh!='N')// 温度异常报警（包括：高温和低温） 22 { if(TemptureAlam_Close_Open_Setup==1) // 报警状态开启的情况下 { if((Real_Tempture>(Set_High_Tempture+6))||(Real_Tempture<(Set_Low_Tempture-6))) { flag_Tempture_Abnormal=0; make_AT_CIPSEND(22,0,255); // 命令头：AT+CIPSEND=0,len 【0=id，len=数据长度】; Function_Code=9; Load_Header_15data(0,'S'); Send_Buffer[16]=Real_Tempture/0x100; Send_Buffer[17]=Real_Tempture%0x100;//温度 if('H'==TemptureAlam_NormalLowHigh) { Send_Buffer[15]=1; Send_Buffer[18]=Set_High_Tempture/0x100; Send_Buffer[19]=Set_High_Tempture%0x100;//报警温度 High } else if('L'==TemptureAlam_NormalLowHigh) { Send_Buffer[15]=0; Send_Buffer[18]=Set_Low_Tempture/0x100; Send_Buffer[19]=Set_Low_Tempture%0x100;//报警温度 Low } CRC16=GetRevCrc_16(Send_Buffer,20); Send_Buffer[20]=CRC16>>8; Send_Buffer[21]=CRC16; Send_Num=22; UART2_Send_Buffer_Check(Send_Num); while((pStr1=strstr(Receive_Buffer1,SEND_OK))==NULL);// 此循环完成 SEND OK flag_RS232_TimeoutStart=0; InBuffer_ID=0;Receive_Count0=0; if(pStr1!=NULL) { System_Status=201; // 打印了 "SEND OK" flag_SEND_FAIL=0; } else { System_Status=200; // 打印了 "SEND FAIL" flag_SEND_FAIL=1; } //Lcd_Disp_Tempture(System_Status); // 等待回复 } } } else if(flag_HeartBeat10s)//&&flag_NoLoginBack_Monitoring150s==0) // 心跳包 { flag_HeartBeat10s=0; HeartBeat10s_TimeoutCounter=0; make_AT_CIPSEND(71,0,'0'); // 命令头：AT+CIPSEND=0,len 【0=id，len=数据长度】; Function_Code=8; Heart_and_State_Return('S'); // 不回复 } } } /*********************形成整个帧数据链，接收*************************/ // \r\n +IPD,0,xx:0Fdd... // LOCMAC,"18:fe:34:db:0d:33" // RMTMAC,"5c:cf:7f:07:65:21" //const unsigned char maohao[]={":"}; const unsigned char test_IPD[]={'\r','\n','+','I','P','D',',','0',',','1','9', '1','9','2','.','1','9','2','.','1','9','2','.','1','9','2',',','9','9','9','9',':', 0, // 发送方0 7, // 功能码 0x18,0xfe,0x34,0xdb,0x0d,0x33, // LOC_MAC 0x5c,0xcf,0x7f,0x07,0x65,0x21, // RMT_MAC 19, // 数据长度 11,22,33,44,55,66,77,88, // data 'C','R' // CRC16 }; void ReceiveData_Process(void) // +IPD,0,32:http://www.cmsoft.cn QQ:10865600 { unsigned char i,j,temp,CRC16_L,CRC16_H,CRC16_Check_OK; unsigned int CRC16 = 0xffff; /* flag_Receive_NewFrame_Buffer0=1; for(i=0;i<50;i++) Receive_Buffer0[i]=test_IPD[i]; temp=strloc(Receive_Buffer0,plusIPD); temp=0; temp=strloc(Receive_Buffer0,"+IPD,"); temp=0; temp=strloc(Receive_Buffer0,plusIPD); temp=0; */ if(flag_Receive_NewFrame_Buffer0) { flag_Receive_NewFrame_Buffer0=0; HeartBeat10s_TimeoutCounter=0; HeartBeat_0_TimeoutCounter=0; HeartBeat_1_TimeoutCounter=0; //for(i=0;i, : // +IPD,,[,,]: // 0 1 23456789abcdef //例如：\r\n+IPD,0,32:http://www.cmsoft.cn QQ:10865600 if(Receive_Buffer0[temp+5]=='0') // id号 {Link_id='0';} else // if(Receive_Buffer0[temp+7]=='1') {Link_id='1';} // udp_adder=Receive_Buffer0[temp+7]; temp=temp+7; // =9 if((Receive_Buffer0[temp]>='0')&&(Receive_Buffer0[temp]<='9'))//9 maxlen=2048 { Receive_NewFrame_Length=Receive_Buffer0[temp]-'0'; temp++; if((Receive_Buffer0[temp]>='0')&&(Receive_Buffer0[temp]<='9'))//10 { Receive_NewFrame_Length=(Receive_Buffer0[temp-1]-'0')*10+(Receive_Buffer0[temp]-'0'); temp++; if((Receive_Buffer0[temp]>='0')&&(Receive_Buffer0[temp]<='9')) //*11 { Receive_NewFrame_Length=(Receive_Buffer0[temp-2]-'0')*100+(Receive_Buffer0[temp-1]-'0')*10+(Receive_Buffer0[temp]-'0'); temp++; if((Receive_Buffer0[temp]>='0')&&(Receive_Buffer0[temp]<='9')) //*12 { Receive_NewFrame_Length=(Receive_Buffer0[temp-3]-'0')*1000+(Receive_Buffer0[temp-2]-'0')*100\ +(Receive_Buffer0[temp-1]-'0')*10+(Receive_Buffer0[temp]-'0'); } } } } // 获取远端IP和对端端口 if(Receive_Buffer0[temp]==','); // 11="," temp++; //if(Receive_Buffer0[temp]=='"'); // 12=""" //temp++; for(i=0;i<10;i++) { if(Receive_Buffer0[temp+i]=='.') break; } if(i==1) RMT_IP_buf[0]=(Receive_Buffer0[temp]-'0'); else if(i==2) RMT_IP_buf[0]=(Receive_Buffer0[temp]-'0')*10 +(Receive_Buffer0[temp+1]-'0'); else if(i==3) RMT_IP_buf[0]=(Receive_Buffer0[temp]-'0')*100+(Receive_Buffer0[temp+1]-'0')*10+(Receive_Buffer0[temp+2]-'0'); temp=temp+i+1; for(i=0;i<10;i++) { if(Receive_Buffer0[temp+i]=='.') break; } if(i==1) RMT_IP_buf[1]=(Receive_Buffer0[temp]-'0'); else if(i==2) RMT_IP_buf[1]=(Receive_Buffer0[temp]-'0')*10+(Receive_Buffer0[temp+1]-'0'); else if(i==3) RMT_IP_buf[1]=(Receive_Buffer0[temp]-'0')*100+(Receive_Buffer0[temp+1]-'0')*10+(Receive_Buffer0[temp+2]-'0'); temp=temp+i+1; for(i=0;i<10;i++) { if(Receive_Buffer0[temp+i]=='.') break; } if(i==1) RMT_IP_buf[2]=(Receive_Buffer0[temp+i-1]-'0'); else if(i==2) RMT_IP_buf[2]=(Receive_Buffer0[temp+i-2]-'0')*10+(Receive_Buffer0[temp+i-1]-'0'); else if(i==3) RMT_IP_buf[2]=(Receive_Buffer0[temp+i-3]-'0')*100+(Receive_Buffer0[temp+i-2]-'0')*10+(Receive_Buffer0[temp+i-1]-'0'); temp=temp+i+1; for(i=0;i<10;i++) { if(Receive_Buffer0[temp+i]==',') break; } if(i==1) RMT_IP_buf[3]=(Receive_Buffer0[temp+i-1]-'0'); else if(i==2) RMT_IP_buf[3]=(Receive_Buffer0[temp+i-2]-'0')*10+(Receive_Buffer0[temp+i-1]-'0'); else if(i==3) RMT_IP_buf[3]=(Receive_Buffer0[temp+i-3]-'0')*100+(Receive_Buffer0[temp+i-2]-'0')*10+(Receive_Buffer0[temp+i-1]-'0'); temp=temp+i+1; for(i=0;i<10;i++) { if(Receive_Buffer0[temp+i]==':') break; } if(i==1) RMT_IP_PORT=(Receive_Buffer0[temp+i-1]-'0'); else if(i==2) RMT_IP_PORT=(Receive_Buffer0[temp+i-2]-'0')*10+(Receive_Buffer0[temp+i-1]-'0'); else if(i==3) RMT_IP_PORT=(Receive_Buffer0[temp+i-3]-'0')*100+(Receive_Buffer0[temp+i-2]-'0')*10+(Receive_Buffer0[temp+i-1]-'0'); else if(i==4) RMT_IP_PORT=(Receive_Buffer0[temp+i-4]-'0')*1000+(Receive_Buffer0[temp+i-3]-'0')*100+(Receive_Buffer0[temp+i-2]-'0')*10+(Receive_Buffer0[temp+i-1]-'0'); temp=temp+i+1; // temp=strloc(Receive_Buffer0,":"); if(Receive_Buffer0[temp]==':'); // 11=":" temp++; if(Receive_Buffer0[temp]==1); // 12,对方发=1，我方回复=0 Function_Code=Receive_Buffer0[temp+1]; // 13,功能码 //1.服务器回复设备登录指令(25字节) Function_Code==1， 主动发送的 这里是返回 if((25==Receive_NewFrame_Length)&&(1==Function_Code)) { flag_HeartBeat10s=1; // 立马启动一次心跳 flag_TCP_Logined=1; flag_NoLoginBack_Monitoring150s=0; if(Check_Header_15data(temp)) { temp=temp+15; CRC16=Receive_Buffer0[temp++]*0x100; // 0x07 CRC16+=Receive_Buffer0[temp++]; // 0xdf Disp_Year=CRC16%100; // 0x07df=2015 Disp_Month=Receive_Buffer0[temp++]; Disp_Day=Receive_Buffer0[temp++]; Disp_Hour=Receive_Buffer0[temp++]; Disp_Minute=Receive_Buffer0[temp++]; Disp_Second=Receive_Buffer0[temp++]; Disp_Week=Receive_Buffer0[temp]; Write_Time(); CRC16_L=Receive_Buffer0[temp+1]; CRC16_H=Receive_Buffer0[temp+2]; CRC16=GetRevCrc_16(Receive_Buffer0,temp+1); if(CRC16==(CRC16_H*0x100+CRC16_L)){CRC16_Check_OK=1;} // 数据校验 CRC16_Check_OK=1; for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ht_writecmd(Command, toneon); //flag_Buzzer=1; BEEP_ms(10); } } //2.切换工作模式指令(18字节)Function_Code==2 else if((18==Receive_NewFrame_Length)&&(2==Function_Code)) { if(Check_Header_15data(temp)) { temp=temp+15; if(Receive_Buffer0[temp]==0x0) flag_auto_hand=0; else flag_auto_hand=1; CRC16_L=Receive_Buffer0[temp+1]; CRC16_H=Receive_Buffer0[temp+2]; CRC16=GetRevCrc_16(Receive_Buffer0,temp+1); if(CRC16==(CRC16_H*0x100+CRC16_L)){CRC16_Check_OK=1;} // 数据校验 CRC16_Check_OK=1; //// for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ht_writecmd(Command, toneon); //flag_Buzzer=1; BEEP_ms(10); } } //3.手动模式下开关指令(19字节)Function_Code==3 else if((19==Receive_NewFrame_Length)&&(3==Function_Code)) { if(Check_Header_15data(temp)) { temp=temp+15; if(flag_auto_hand==0) { if(Receive_Buffer0[temp]==1)//灯编号1=lamp1 { if(Receive_Buffer0[temp+1]==0)flag_lamp1_onoff=0; else if(Receive_Buffer0[temp+1]==1)flag_lamp1_onoff=1; } else if(Receive_Buffer0[temp]==2)//灯编号2=lamp2 { if(Receive_Buffer0[temp+1]==0)flag_lamp2_onoff=0; else if(Receive_Buffer0[temp+1]==1)flag_lamp2_onoff=1; } else if(Receive_Buffer0[temp]==3)//灯编号3=UVC_pump { if(Receive_Buffer0[temp+1]==0)flag_UVC_onoff=0; else if(Receive_Buffer0[temp+1]==1)flag_UVC_onoff=1; } else if(Receive_Buffer0[temp]==4)//灯编号4=.. { if(Receive_Buffer0[temp+1]==0)flag_lamp4_onoff=0; else flag_lamp4_onoff=1; } else if(Receive_Buffer0[temp]==5)//灯编号5=.. { if(Receive_Buffer0[temp+1]==0)flag_lamp5_onoff=0; else flag_lamp5_onoff=1; } CRC16_L=Receive_Buffer0[temp+2]; CRC16_H=Receive_Buffer0[temp+3]; CRC16=GetRevCrc_16(Receive_Buffer0,temp+2); if(CRC16==(CRC16_H*0x100+CRC16_L)){CRC16_Check_OK=1;} // 数据校验 CRC16_Check_OK=1; } //// for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ht_writecmd(Command, toneon); //flag_Buzzer=1; BEEP_ms(10); } } //4.设置定时器时间指令(22字节)Function_Code==4 else if((22==Receive_NewFrame_Length)&&(4==Function_Code)) { if(Check_Header_15data(temp)) { temp=temp+15; //Timers_Enable[Receive_Buffer0[temp]]=1; // 只是设定定时器定时时间 i=Receive_Buffer0[temp]-1; // 1~10 Set_Open_Hour[i]=Receive_Buffer0[temp+1]; Set_Open_Minute[i]=Receive_Buffer0[temp+2]; Set_Close_Hour[i]=Receive_Buffer0[temp+3]; Set_Close_Minute[i]=Receive_Buffer0[temp+4]; CRC16_L=Receive_Buffer0[temp+5]; CRC16_H=Receive_Buffer0[temp+6]; CRC16=GetRevCrc_16(Receive_Buffer0,temp+5); if(CRC16==(CRC16_H*0x100+CRC16_L)){CRC16_Check_OK=1;} // 数据校验 CRC16_Check_OK=1; //// for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ht_writecmd(Command, toneon); //flag_Buzzer=1; BEEP_ms(10); } } //5.设置报警温度指令(22字节)Function_Code==5 else if((22==Receive_NewFrame_Length)&&(5==Function_Code)) { if(Check_Header_15data(temp)) { temp=temp+15; if(Receive_Buffer0[temp]<2) TemptureAlam_Close_Open_Setup=Receive_Buffer0[temp]; // TemptureAlam_Close_Open_Setup=0,关报警； // TemptureAlam_Close_Open_Setup=1,开报警； // TemptureAlam_Close_Open_Setup=2,只是设置预警温度（不管是否开关报警） else if(2==Receive_Buffer0[temp]) { Set_Low_Tempture=Receive_Buffer0[temp+1]*0x100+Receive_Buffer0[temp+2]; Set_High_Tempture=Receive_Buffer0[temp+3]*0x100+Receive_Buffer0[temp+4]; } CRC16_L=Receive_Buffer0[temp+5]; CRC16_H=Receive_Buffer0[temp+6]; CRC16=GetRevCrc_16(Receive_Buffer0,temp+5); if(CRC16==(CRC16_H*0x100+CRC16_L)){CRC16_Check_OK=1;} // 数据校验 CRC16_Check_OK=1; //// for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ht_writecmd(Command, toneon); //flag_Buzzer=1; BEEP_ms(10); } } //6.查询设备所有状态指令(17字节)Function_Code==6 else if((17==Receive_NewFrame_Length)&&(6==Function_Code)) { if(Check_Header_15data(temp)) { temp=temp+15; CRC16_L=Receive_Buffer0[temp]; CRC16_H=Receive_Buffer0[temp+1]; CRC16=GetRevCrc_16(Receive_Buffer0,temp); if(CRC16==(CRC16_H*0x100+CRC16_L)){CRC16_Check_OK=1;} // 数据校验 CRC16_Check_OK=1; } for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ht_writecmd(Command, toneon); //flag_Buzzer=1; BEEP_ms(10); } //7.配置设备入网指令(37字节)Function_Code==7 zhang else if((37==Receive_NewFrame_Length)&&(7==Function_Code)) { //\r\n +IPD,0,xx:0Fdd... 多路连接时(+CIPMUX=1)+IPD,,: // 0 1 23456789abcdef //例如：\r\n+IPD,0,32:http://www.cmsoft.cn QQ:10865600 if(Check_Header_15data(temp)) { temp=temp+15; for(i=0;i<20;i++) URL_ADDR[i]=Receive_Buffer0[temp+i]; CRC16_L=Receive_Buffer0[temp+i]; CRC16_H=Receive_Buffer0[temp+i+1]; CRC16=GetRevCrc_16(Receive_Buffer0,temp+i); if(CRC16==(CRC16_H*0x100+CRC16_L)){CRC16_Check_OK=1;} // 数据校验 CRC16_Check_OK=1; //// for(i=0;i<120;i++) Receive_Buffer0[i]=0; Have_New_URL=0xea; make_AT_CIPSEND(20,0,255); UDP1_Return(7); if(flag_TCP0_Connected) ESP8266_CIPCLOSE('0'); ESP8266_CIPSTART_TCP('0'); flag_TCP_Logined=0; // 验证下新域名是否正确(是否能连接上'id=2'？) /* if(Link_id=='1') ESP8266_CIPSTART_NewTCP_Check('2'); else if(Link_id=='2') ESP8266_CIPSTART_NewTCP_Check('1'); // 这里是回复UDP命令 make_AT_CIPSEND(20,0,255); // AT+CIPSEND=1,20,255.255.255.255,9954 全网群发 if(Have_New_URL==0xea) UDP1_Return(7); else UDP1_Return(0xff); */ //ht_writecmd(Command, toneon); //flag_Buzzer=1; BEEP_ms(10); } } //8.Function_Code==8,心跳 主动发送 不设返回 //9.Function_Code==9,报温 主动发送 不设返回 //10.开关定时器指令(19字节)Function_Code==10 else if((19==Receive_NewFrame_Length)&&(10==Function_Code)) { if(Check_Header_15data(temp)) { temp=temp+15; i=Receive_Buffer0[temp]; Timers_Enable[i]=Receive_Buffer0[temp+1]; CRC16_L=Receive_Buffer0[temp+2]; CRC16_H=Receive_Buffer0[temp+3]; CRC16=GetRevCrc_16(Receive_Buffer0,temp+2); if(CRC16==(CRC16_H*0x100+CRC16_L)){CRC16_Check_OK=1;} // 数据校验 CRC16_Check_OK=1; //// for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ht_writecmd(Command, toneon); //flag_Buzzer=1; BEEP_ms(10); } } // 进行回复,Function_Code=,2,3,4,5,6,7,,,10 if(CRC16_Check_OK&&Function_Code!=1&&Function_Code!=7&&Function_Code!=8&&Function_Code!=9) { make_AT_CIPSEND(71,0,255); // 命令头：AT+CIPSEND=0,len 【0=id，len=数据长度】; Heart_and_State_Return('R'); } else { //Function_Code=0xff; // 要求重发上条命令 } MCUeeprom_write(); // 保存xin数据到MCUeeprom；60bytes; } // 一、密码正确的情况下：第一次"SmartLink"后显示1~7, 第二次上电自动联网显示5和6,5~6相隔3秒 // 1. smartconfig type:ESPTOUCH // 2. Smart get wifi info // 3. ssid:TP-LINK_0202 // 4. password:1234567890 // 5. WIFI CONNECTED // 6. WIFI GOT IP // 7. smartconfig connected wifi // 二、密码错误的情况下： //smartconfig type:ESPTOUCH //Smart get wifi info //ssid:TP-LINK_0202 //password:15800 //WIFI DISCONNECT else if((pStr0=strstr(Receive_Buffer0,ready))!=NULL)// "ready" { for(i=0;i<120;i++) Receive_Buffer0[i]=0; flag_WiFi_ready=1; ESP8266_CWMODE('1'); //ESP8266_CIPMODE('0'); // 默认'0' ESP8266_CIPMUX('1'); ESP8266_CIPDINFO('1'); NoWiFi5s_TimeoutCounter=0; flag_ready_Monitoring5s=1; // 5S ago 启动flag_ready5s_STARTSMART=1; System_Status=31; //Lcd_Disp_Tempture(System_Status); } else if((pStr0=strstr(Receive_Buffer0,WIFI_DISCONNECT))!=NULL)// "WIFI DISCONNECT" { for(i=0;i<120;i++) Receive_Buffer0[i]=0; flag_WiFi_Disconnect=1; flag_WiFi_Connected=0; flag_TCP0_Connected=0; flag_WiFi_Connect_Enable=1; NoWiFi5s_TimeoutCounter=0; flag_ready_Monitoring5s=0; // 5S ago 启动flag_ready5s_STARTSMART=1; System_Status=220; //Lcd_Disp_Tempture(System_Status); //ESP8266_RST(); } else if((pStr0=strstr(Receive_Buffer0,WIFI_CONNECTED))!=NULL)// "WIFI CONNECTED" { for(i=0;i<120;i++) Receive_Buffer0[i]=0; flag_ready_Monitoring5s=0; flag_ready5s_STARTSMART=0; flag_WiFi_Connect_Enable=1; flag_WiFi_Disconnect=0; } else if((pStr0=strstr(Receive_Buffer0,WIFI_GOT_IP))!=NULL)// "WIFI GOT IP" { for(i=0;i<120;i++) Receive_Buffer0[i]=0; //flag_DisConnect_Monitoring180s=0; flag_WiFi_Disconnect=0; flag_WiFi_Connected=1; flag_WiFi_Smarting=0; ESP8266_CIFSR(); //ESP8266_CIPDINFO('1'); InBuffer_ID=0; ESP8266_CIPSTART_UDP('1'); // 开启UDP0连接 ESP8266_CIPSTART_TCP('0'); // 开启TCP1连接 System_Status=151; //Lcd_Disp_Tempture(System_Status); } // "0,CONNECT",TCP0连接成功 else if(((pStr0=strstr(Receive_Buffer0,TCP_0_CONNECT))!=NULL)) { for(i=0;i<120;i++) Receive_Buffer0[i]=0; flag_TCP0_Connected=1; flag_LoginTCP_SendOnce=1; //flag_NoLoginBack_Monitoring150s=0; BEEP_ms(200); System_Status=161; flag_Restart_Connect_TCP=0; //Lcd_Disp_Tempture(System_Status); } // "1,CONNECT",UDP连接成功 else if((pStr0=strstr(Receive_Buffer0,UDP_1_CONNECT))!=NULL) { for(i=0;i<120;i++) Receive_Buffer0[i]=0; flag_UDP1_Connected=1; } else if((pStr0=strstr(Receive_Buffer0,SEND_OK))!=NULL)// "SEND OK" CIPSEND发送数据成功 { for(i=0;i<120;i++) Receive_Buffer0[i]=0; //flag_NoLoginBack_Monitoring150s=0; flag_TCP0_Connected=1; } else if(((pStr0=strstr(Receive_Buffer0,TCP0_CLOSED))!=NULL)||((pStr0=strstr(Receive_Buffer0,DNS_Fail))!=NULL))// "CLOSED",TCP连接失败DNS Fail { for(i=0;i<120;i++) Receive_Buffer0[i]=0; flag_TCP0_Connected=0; //flag_TCP0_Connecting=1; flag_SEND_FAIL=0; flag_TCP_Logined=0; BEEP_ms(200); //Delay_ms(10000); //ESP8266_RST(); //ESP8266_CIPCLOSE(Link_id); //ESP8266_CIPSTART_TCP('0');// 开启TCP0连接 //flag_NoLoginBack_Monitoring150s=1; System_Status=160; //Lcd_Disp_Tempture(System_Status); flag_Restart_Connect_TCP=1; } else if((pStr0=strstr(Receive_Buffer0,ERROR))!=NULL) { for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ESP8266_RST(); IWDG_Enable(); //flag_Restart_Connect_TCP=1; } else if((pStr0=strstr(Receive_Buffer0,link_is_not_valid))!=NULL) { for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ESP8266_RST(); IWDG_Enable(); } else if((pStr0=strstr(Receive_Buffer0,FAIL))!=NULL) { for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ESP8266_RST(); IWDG_Enable(); } else if(flag_SEND_FAIL) { for(i=0;i<120;i++) Receive_Buffer0[i]=0; //ESP8266_RST(); IWDG_Enable(); } /* else if((pStr0=strstr(Receive_Buffer0,Smart_get_wifi_info))!=NULL)// "Smart_get_wifi_info" {for(i=0;i<120;i++)Receive_Buffer0[i]=0;} else if((pStr0=strstr(Receive_Buffer0,smarting_connected_wifi))!=NULL)// "smartconfig connected wifi" {for(i=0;i<120;i++)Receive_Buffer0[i]=0;} else if((pStr0=strstr(Receive_Buffer0,SEND_OK))!=NULL)// "SEND OK" CIPSEND发送数据成功 {for(i=0;i<120;i++)Receive_Buffer0[i]=0;} else if((pStr0=strstr(Receive_Buffer0,send_logo))!=NULL)// "> " {for(i=0;i<120;i++)Receive_Buffer0[i]=0;} else if((pStr0=strstr(Receive_Buffer0,ALREADY_CONNECT))!=NULL)// "ALREADY CONNECT",TCP连接已经存在； {for(i=0;i<120;i++)Receive_Buffer0[i]=0;} else if((pStr0=strstr(Receive_Buffer0,FAIL))!=NULL)// "FAIL" {for(i=0;i<120;i++)Receive_Buffer0[i]=0;} else if((pStr0=strstr(Receive_Buffer0,ERROR))!=NULL)// "ERROR" {for(i=0;i<120;i++)Receive_Buffer0[i]=0;} else if((pStr0=strstr(Receive_Buffer0,OK))!=NULL)// "OK" {for(i=0;i<120;i++)Receive_Buffer0[i]=0;} */ } } /* 启朱唇，发皓齿，丁香小舌，吹气如兰。 不急不慢似吟似唱，莺啼婉转情意绵绵。 心旷神怡，如听高山流水；意乱情迷，如闻艳曲狂弦。 先惹起满腔心火，又送上一缕清泉。 制服诱惑巧裁剪，勾出一身玲珑线。 婀娜体态，遮得庄严。 稍不慎露出半截手腕，怎不能叫人浮想联翩。 领口又开三分低，贴身小衣竟可见。 拿捏得恰到好处，总不给看个完全。 望眼欲穿，捶胸空叹。 遥不可及，枉自垂涎。 只可远观，不可亵玩。 惟从这深深沟渠，梦想那壮美山川。 今朝把发辫松挽，明日将青丝束偏。 百变妆容，千般娇艳。 亭亭玉立姿，盈盈秋波转。 天生本是风流骨，偏要板起桃花面。 撩动春风吸人魄，潜入春梦惹人怜。 这一番销魂蚀骨，端的是难以言传。 */ /**********************************************/ void main(void) { unsigned char i,j; int USE; //**********************初始化UART2********************** UART2_CR1 = 0x00; UART2_CR2 = 0x00; UART2_CR3 = 0x00; UART2_BRR2 = 0x00; UART2_BRR1 = 0x06; // UART_DIV[15:0]=fMASTER/波特率; // UART_BRR1=UART_DIV[11:4] // UART_BRR1=UART_DIV[15:12]+UART_DIV[3:0] // fMASTER=11059200(11.0592MHz) // 例如对于波特率115200时，分频系数=11059200/115200=96 // 对应的十六进制数为0060，BBR1=0x06,BBR2=00 // 例如对于波特率 9600时，分频系数=11059200/9600=1152 // 对应的十六进制数为0480，BBR1=0x48,BBR2=00 // UART2_SR = 0x0; UART2_CR2 = 0x2C; //00101100 //位7:TIEN 发送中断使能； //位6:TCIEN 发送完成中断使能； //位5:RIEN *接收中断使能； //位4:ILIEN IDLE中断使能； //位3:TEN *发送使能； //位2:REN *接收使能； //位1:RWU 接收唤醒； //位0:SBK 发送断开帧； //******************************************************* //*********************初始化MCU端口********************* //pb口 pb0悬浮输入 ad // pb1上拉输入 *PB1-ESP_EN // pb4上拉输入 b0 // pb5上拉输入 b1 //pc口 pc1开漏输出 ds_data // pc2开漏输出 ds_rst // pc3开漏输出 LCD_backled_PC3 // pc4开漏输出 heating_PC4 // pc5开漏输出 UVC_PC7 // pc6开漏输出 lamp1_PC6 // pc7开漏输出 lamp2_PC5 //pd口 pd0开漏输出 *PD6-RSTESP // pd2上拉输入 b3 // pd3开漏输出 lcd_data // pd4开漏输出 lcd_wr // pd5 TX // pd6 RX // pd7开漏输出 lcd_cs //pe口 pe5开漏输出 ds_clk //pf口 pf4上拉输入 b2 PE_DDR|=0x20;PE_CR1|=0x00;PE_CR2|=0x00;PE_ODR=0x00; PF_DDR|=0x00;PF_CR1|=0x10;PF_CR2|=0x00;PF_ODR|=0x10; PB_DDR|=0x00;PB_CR1|=0x30;PB_CR2|=0x00;PB_ODR|=0x30; PC_DDR|=0xfe;PC_CR1|=0x00;PC_CR2|=0x00;PC_ODR=0x08; PD_DDR|=0xb8;PD_CR1|=0x44;PD_CR2|=0x00;PD_ODR|=0x4; //******************************************************* //************************时钟控制*********************** // 8.9.1 内部时钟寄存器(CLK_ICKR) // CLK_ICKR=0x01; // 8.9.2 外部时钟寄存器(CLK_ECKR) // CLK_ECKR=0x00; // 8.9.3 主时钟状态寄存器(CLK_CMSR) // CLK_CMSR=0xE1; // CLK_CMSR=CKM[7:0]：主时钟状态位 //0xE1：HSI为主时钟源(复位值) //0xD2：LSI为主时钟源(仅当LSI_EN选项位为1时) //0xB4：HSE为主时钟源 // 8.9.4 主时钟切换寄存器(CLK_SWR) // 8.9.5 切换控制寄存器(CLK_SWCR) CLK_SWCR|=0x02; // 向第二位SWEN写1将切换主时钟至寄存器CLK_SWR指定的时钟源。 CLK_SWR = 0xb4; // 0xB4：HSE为主时钟源 // 0xE1：HSI为主时钟源(复位值)16MHz // 8.9.6 时钟分频寄存器(CLK_CKDIVR[4:0]),复位值：0x18 // 位 4:3(HSIDIV[1:0]：高速内部时钟预分频器) 11：fHSI = fHSI RC输出/8 // 位 2:0(CPUDIV[2:0]：CPU时钟预分频器) 000：fCPU = fMASTER // CLK_CKDIVR = 0x18; // 主时钟 = 16MHZ / 8 // fCPU时钟 = fMASTER主时钟 = 2MHZ // 8.9.7 外设时钟门控寄存器(CLK_PCKENR1) // 8.9.8 外设时钟门控寄存器(CLK_PCKENR2) // 8.9.9 时钟安全系统寄存器(CLK_CSSR) // 8.9.10 可配置时钟输出寄存器 // 8.9.11 CAN 外部时钟控制寄存器(CLK_CANCCR) // 8.9.12 HSI 时钟修正寄存器(CLK_HSITRIMR) // 8.9.13 SWIM 时钟控制寄存器(CLK_SWIMCCR) //******************************************************* //**********************初始化A/D模块********************* // ----------初始化A/D模块; ADC_CR2 = 0x00; // A/D结果数据左对齐 ADC_CR1 = 0x00; // ADC时钟=主时钟/2=1MHZ // ADC转换模式=单次 // 禁止ADC转换 ADC_CSR = 0x00; // 选择通道0 ADC_TDRL = 0x1; ADC_CR1 = 0x01; // CR1寄存器的最低位置1，使能ADC转换 并且连续转换 Delay(100); // 延时一段时间，至少7uS，保证ADC模块的上电完成 ADC_CR1 = ADC_CR1 | 0x01; // 再次将CR1寄存器的最低位置1 // 使能ADC转换 //******************************************************* //********************初始化定时器模块******************* TIM4_IER = 0x00; // 禁止中断 TIM4_EGR = 0x01; // 允许产生更新事件 TIM4_PSCR = 0x07; // 计数器时钟=主时钟/128=2MHZ/128=64us微秒 TIM4_ARR =255;// 156; // 设定重装载时的寄存器值，255是最大值*64=16.320ms毫秒 TIM4_CNTR=255;//156; // 设定计数器的初值 //2MHZ/128/255/ // 定时周期=(ARR+1)*64=16320uS TIM4_CR1 = 0x01; // b0 = 1,允许计数器工作 // b1 = 0,允许更新 // 设置控制器，启动定时器 TIM4_IER = 0x01; // 允许更新中断 //******************************************************* _asm("rim"); // _asm("sim"); // 这是关中断 // _asm("rim"); // 这是开中断 //ht_writecmd(Command, toneon); System_Init(); // 开机接收缓存区清零； ht1621_cmd_init(); // 开机LCD初始化 //Disp_Second=readds1302(0)&0x7f; //writeds1302(0x0,7); // 可以写 //writeds1302(Disp_Second,0); //writeds1302(0xa5,8); //writeds1302(0x80,7); // 写保护WP //state0=readds1302(0x20); //MCUeeprom_read(); //Read_Time(); //Delay_ms(200); //ht_writecmd(Command, toneoff); while (0) // for test { Delay(5000); // Delay(5000)=14ms Delay(5000); Delay(5000); Delay(5000); Delay(5000); lamp2_PC5=~lamp2_PC5; lamp1_PC6=~lamp1_PC6; UVC_PC7=~UVC_PC7; LCD_backled_PC3=~LCD_backled_PC3; //ReceiveData_Process(); } //_asm("rim"); while(0) { Delay(5000); } while (0) // for test { ht_writecmd(Command,lcdon); Delay(5000); Delay(5000); ht_writecmd(Command,lcdoff); Delay(5000); Delay(5000); for(i=0;i<32;i++) ht_writedata(i,0xff,4); Delay(5000); Delay(5000); for(i=0;i<32;i++) { Delay(5000); Delay(5000); for(j=0;j<16;j++) { ht_writedata_zdh(31-i,j,4); Delay(5000); Delay(5000); } } } while (0) { ht_writecmd(Command,lcdoff); ESP8266_CombineKey(); // ESP8266入网配置； Delay(5000); } while(0) { _asm("sim"); state0=0xaa; Have_New_URL=0xab; MCUeeprom_write(); Delay(50000); for(i=55;i<75;i++) URL_ADDR[i-55]=0; state0=0; Have_New_URL=0; MCUeeprom_read(); Delay(50000); flag_lamp2_onoff=1; flag_lamp1_onoff=0; flag_UVC_onoff=1; flag_auto_hand=1; MCUeeprom_write(); state0=0; Delay(50000); MCUeeprom_read(); Delay(50000); } while (0) // for test { flag_ScreenLock_Status=0; while (0) { Key_Scanning_OK(); Lcd_Display(); Delay(50000); //Delay(50000); } } while(0) // for test { //Read_STAIP_STAMAC(); Delay(10); //ReceiveData_Process(); Delay(10); Heart_and_State_Return('S'); //Check_Header_15data(0); Delay(10); } //flag_lamp2_onoff=0; while(0) { //Key_Scanning_OK(); // 按键扫描; _asm("sim"); //Read_Tempture(); make_AT_CIPSEND(20,255,255); //ESP8266_CIPSTART_UDP1_BK(1); Delay(10); } //MCUeeprom_write_URL(); //MCUeeprom_write(); MCUeeprom_read(); ESP8266_RST(); Link_id='0'; flag_ScreenLock_Status=1; // 开机设定面板是锁定的? //ESP8266_RESTORE(); while (1) { InBuffer_ID=0; //ESP8266_CombineKey(); // ESP8266组合键入网配置； ReceiveData_Process(); // 被动：对接收的新数据.进行分析（回复、赋值、处理） Key_Scanning_OK(); //ok 按键扫描; Read_Time(); //ok 读DS1302的时间; Read_Tempture(); //ok 采集温度and高温判断处理; Lcd_Display(); //ok 屏幕刷新 Autohand_Control(); //ok 状态控制flag_auto_hand；若0手动模式(根据按键处理)...，若1自动模式(根据定时器处理)...; CIPSendData_Process(); // 主动：根据状态变化主动发送数据； // 温度显示或者通讯故障代码打印； if(0)//if(flag_ScreenLock_Status==1&&Key_Back==Adjust_Key4) { Lcd_Disp_Tempture(System_Status); //ht_writecmd(Command, toneon); //while(Read_Key_Num()!=0xff); // 等待键松开 //ht_writecmd(Command, toneoff); //MCUeeprom_write(); } } } /* "步骤" "返回" "说明" 1、AT+RST ready 重启; 1、AT+RESTORE ready 恢复出厂设置； 1、ATE0/1 OK 取消/设置回显功能; 2、AT+CWMODE=1 OK/ERROR 设置成STA; 2、AT+CIPMODE=0 OK/ERROR 设置非透传模式; 2、AT+CIPMUX=1 OK/ERROR 启动多路连接; 3、AT+CWSTARTSMART OK 智能连接路由器; 3、AT+CWSTOPSMART OK 关闭连接路由器; 3、AT+CIFSR OK 查询模块自身IP; AT+CIFSR +CIFSR:STAIP,"192.168.0.108" +CIFSR:STAMAC,"18:fe:34:db:0d:33" OK 4、AT+CIPSTART=0,"TCP","192.168.1.2",9955 OK/ERROR/ALREADY CONNECT 连接TCP服务器 4、AT+CIPCLOSE=5 OK/ERROR 关闭所有连接 5、AT+CIPSEND=x,len:ddddd OK+"> " 发送数据: x= 网络连接ID号(0~4)用于多连接的情况 5、+IPD,0,len:www.ifish7.com 接收数据；len是数据长度(MAX=2048) */ /**********************************************/ // 函数功能：UART2的接收中断服务程序 1byte // 输入参数：无 // 输出参数：无 // 返 回 值：无 /**********************************************/ @far @interrupt void UART2_Recv_IRQHandler (void) { unsigned char i; // flag_Receive_NewFrame_Buffer0=1; if(Receive_Count0>119) Receive_Count0=0; if(Receive_Count1>119) Receive_Count1=0; if(1==flag_WiFi_Data_Sending||0==InBuffer_ID) { Receive_Buffer0[Receive_Count0++]=UART2_DR;// 读入接收到的字符0 针对系统 Receive_NewFrame_TimeoutCounter=0; flag_Receive_NewOneByte=1; } else Receive_Buffer1[Receive_Count1++]=UART2_DR;// 读入接收到的字符1 针对单命令 /* if(1==InBuffer_ID) { Receive_Buffer1[Receive_Count1++]=UART2_DR;// 读入接收到的字符1 针对单命令 } else { Receive_Buffer0[Receive_Count0++]=UART2_DR;// 读入接收到的字符0 针对系统 Receive_NewFrame_TimeoutCounter=0; flag_Receive_NewOneByte=1; } */ return; } /**********************************************/ // 函数功能：UART2的发送中断服务程序 // 输入参数：无 // 输出参数：无 // 返 回 值：无 /**********************************************/ @far @interrupt void UART2_Send_IRQHandler (void) { if(flag_WiFi_Data_Sending==1) { if(Send_Count<=Send_Num) UART2_DR = Send_Buffer[++Send_Count]; else { flag_WiFi_Data_Sending=0; UART2_CR2&= 0x7f; //TIEN=0：发送中断使能被禁止； } } return; } void Display_T(void) { unsigned char temp,lcd_high4,lcd_low4; // 时间小时个位值；SEG0+SEG8-8: if(flag_LampTimeSetting) { if(flag_TimeSetup_Jump) temp=0x0; else if(flag_Open_Time) temp=Lcd_Table0123456789[Set_Open_Hour[(LampTimeSetup_Stepper-1)/2]%10]; else if(flag_Close_Time) temp=Lcd_Table0123456789[Set_Close_Hour[(LampTimeSetup_Stepper-1)/2]%10]; } else if(flag_ClockTimeSetting) { if(flag_TimeSetup_Jump&&ClockTimeSetup_Stepper==8) temp=0x0; else temp=Lcd_Table0123456789[Disp_Hour%10]; } else temp=Lcd_Table0123456789[Disp_Hour%10]; lcd_high4=(temp&0xf0)>>4; lcd_low4=temp&0xf; if(flag_Colon_Jump){lcd_high4=lcd_high4|0x1;} // COL标记“:”,跳闪 ht_writedata(0,lcd_high4,4); // SEG0:11A11B11C+COL ht_writedata(8,lcd_low4,4); // SEG8:11F11G11E11D // K1=”()”,K2=”( )”,K3=”( )”=>router ,WiFi=“WiFi”=>server :SEG30 lcd_low4=0x00; if((flag_WiFi_ready&&flag_WiFi_Connect_Enable)||flag_WiFi_Disconnect) { if(flag_TCP0_Connected) {lcd_low4|=0x01;} else { if(flag_Colon_Jump) lcd_low4|=0x01; else lcd_low4&=0x00; } if(flag_WiFi_Connected) {lcd_low4|=0x0e;} else { if(flag_Colon_Jump) lcd_low4|=0x0f; else lcd_low4&=0x00; } if(flag_WiFi_Disconnect) {lcd_low4|=0x01;} } ht_writedata(30,lcd_low4,4); // SEG30:K1+K2+K3+WiFi:"(((WiFi)))" } /**********************************************/ // 函数功能：定时器4的更新中断服务程序 // 输入参数：无 // 输出参数：无 // 返 回 值：无 16.32ms【3MS】进一次TIM4中断, /**********************************************/ @far @interrupt void TIM4_UPD_OVF_IRQHandler (void)//2MHZ/128/255/ { TIM4_SR = 0x00; // 清除更新标志 //PD_ODR = PD_ODR ^ 0x08; // LED驱动信号取反 // //LED闪烁频率=2MHZ/128/255/2=30.63 // 1. 基本时间片= 50*3=150ms if(++ThreeMS_Counter>=50) { ThreeMS_Counter=0; // 1.0 跳闪设置 if(flag_TCP0_Connected==0&&flag_WiFi_Connected) { if(++TCP0_TimeoutCounter>=400) //150ms*400=60s { TCP0_TimeoutCounter=0; //ESP8266_RST(); IWDG_Enable(); } } if(flag_TCP0_Connected)TCP0_TimeoutCounter=0; // 1.1 跳闪设置 flag_TimeSetup_Jump=~flag_TimeSetup_Jump; if(++Lcd_Colon_TimeoutCounter>5) // 600ms { Lcd_Colon_TimeoutCounter=0; // 灯光跳闪三部曲 flag_Colon_Jump=~flag_Colon_Jump; // ClockTime秒跳，":","(((WiFi)))" //Display_T(); } // 1.2 串口RS232连接超时 //50*3*40=6000ms if(++RS232_TimeoutCounter>=40&&flag_RS232_TimeoutStart) { RS232_TimeoutCounter=0; flag_RS232_TimeoutStart=0; flag_RS232_Timeout=1; } if(flag_RS232_TimeoutStart==0)RS232_TimeoutCounter=0; // 1.3 按键解屏 //50*3*15=2250ms if(flag_ScreenLock_Status&&flag_have_key) { if(++UnLockScreen_TimeoutCounter>=15) { if(flag_ScreenLock_Status) flag_ScreenLock_Status=0; UnLockScreen_TimeoutCounter=0; } } if(flag_ScreenLock_Status==0)UnLockScreen_TimeoutCounter=0; // 1.4 手动自动切换 //50*3*10=1500ms if(flag_auto_hand_change&&flag_have_key) { if(++auto_hand_TimeoutCounter>=10) { if(flag_auto_hand_change) flag_auto_hand_change=0; auto_hand_TimeoutCounter=0; } } if(flag_auto_hand_change==0)auto_hand_TimeoutCounter=0; // 1.5 超时锁屏 //50*3*50=7500ms if(flag_ScreenLock_Status==0)//&&flag_auto_hand_change==0) { if(++LockScreen_TimeoutCounter>=50) { flag_ScreenLock_Status=1; LockScreen_TimeoutCounter=0; if(flag_ClockTimeSetting) { flag_ClockTimeSetting=0; ClockTimeSetup_Stepper=0; } if(flag_LampTimeSetting) { flag_LampTimeSetting=0; LampTimeSetup_Stepper=0; flag_Open_Time=0; flag_Close_Time=0; } } } if(flag_ScreenLock_Status)LockScreen_TimeoutCounter=0; // 1.6 约10s心跳包 //50*3*68=10200ms Connect_TCP_Counter=0; if(flag_TCP0_Connected&&flag_WiFi_Connected&&flag_TCP_Logined) { if(++HeartBeat10s_TimeoutCounter>68) { HeartBeat10s_TimeoutCounter=0; flag_HeartBeat10s=1; } } if(flag_TCP_Logined==0)HeartBeat10s_TimeoutCounter=0; // 长时间60s没有心跳、服务器、路由器，看门狗复位 if(flag_HeartBeat10s&&flag_TCP0_Connected&&flag_WiFi_Connected) { HeartBeat_0_TimeoutCounter=0; if(++HeartBeat_1_TimeoutCounter>400) { HeartBeat_1_TimeoutCounter=0; //ESP8266_RST(); IWDG_Enable(); } } else if(flag_HeartBeat10s==0&&flag_TCP0_Connected&&flag_WiFi_Connected) { HeartBeat_1_TimeoutCounter=0; if(++HeartBeat_0_TimeoutCounter>400) { HeartBeat_0_TimeoutCounter=0; //ESP8266_RST(); IWDG_Enable(); } } // 1.7 连接服务器失败，一直约10s重连10次； if(flag_Restart_Connect_TCP) { if(++Restart_Connect_TCP_TimeoutCounter>90) { Connect_TCP_Counter++; Restart_Connect_TCP_TimeoutCounter=0; flag_Enable_Connect_TCP=1; } } if(flag_Restart_Connect_TCP==0)Restart_Connect_TCP_TimeoutCounter=0; // 连接路由失败，10s后路由复位连接 if(flag_WiFi_Disconnect) { if(++WiFi_Disconnect_TimeoutCounter>90) { WiFi_Disconnect_TimeoutCounter=0; //ESP8266_RST(); IWDG_Enable(); } } if(flag_have_key) WiFi_Disconnect_TimeoutCounter=0; // 1.8 上电若ready设置flag_ready_Monitoring5s=1,若5s无入网信息, 则重新启动智能入网,设置flag_ready5s_STARTSMART=1 if(flag_ready_Monitoring5s&&flag_WiFi_ready) { if(++NoWiFi5s_TimeoutCounter>34) { NoWiFi5s_TimeoutCounter=0; flag_ready5s_STARTSMART=1; } } if(flag_ready_Monitoring5s==0)NoWiFi5s_TimeoutCounter=0; // 1.9 发出登陆指令设置flag_NoLoginBack_Monitoring150s=1,若150s没有返回网络时间,则重新启动连接服务器,设置flag_NoLoginBack150s_CIPSTART=1 //if((flag_NoLoginBack_Monitoring150s&&flag_TCP0_Connected&&flag_WiFi_Connected)) if(flag_NoLoginBack_Monitoring150s)//||(flag_TCP0_Connected==0&&flag_WiFi_Connected)) { if(++NoLoginBack150s_TimeoutCounter>1000) { NoLoginBack150s_TimeoutCounter=0; flag_NoLoginBack150s_CIPSTART=1; //ESP8266_RST(); //IWDG_Enable(); } } else NoLoginBack150s_TimeoutCounter=0; // 1.9 上电若DISCONNECT设置flag_DisConnect_Monitoring180s=1,若180s无入网信息, 则复位模块,设置flag_DisConnect180s_StartRST=1 // if(flag_DisConnect_Monitoring180s&&flag_WiFi_Connect_Enable) // { // if(++DisConnect180s_TimeoutCounter>400) //1200 // { // DisConnect180s_TimeoutCounter=0; // flag_DisConnect180s_StartRST=1; // } // } // if(flag_DisConnect_Monitoring180s==0)DisConnect180s_TimeoutCounter=0; } // 2.串口接收时间片 // 3*3=9ms没有再收到新的字符，认为前面一帧结束 if(flag_Receive_NewOneByte) { if(++Receive_NewFrame_TimeoutCounter>10) // 超时处理，一帧数据收集完毕 { Receive_NewFrame_TimeoutCounter=0; flag_Receive_NewOneByte=0; // =1UART接收1个新的字符；? flag_Receive_NewFrame_Buffer0=1; // =1表明接收完了一帧新字符 Receive_Num0=Receive_Count0; Receive_Count0=0; } } /* if(flag_Buzzer) { //flag_Buzzering=1; if(++Buzzer_TimeoutCounter>5) { flag_Buzzer=0; //flag_Buzzering=0; ht_writecmd(Command, toneoff); Buzzer_TimeoutCounter=0; } } */ return; }