//////////////////////////////////////////////////////////////////////////// ///@copyright Copyright (c) 2017, 传控科技 All rights reserved. ///------------------------------------------------------------------------- /// @file hard_config.h /// @brief hard config include /// @info FILE FOR HARDWARE SETUP AND SOFTWARE SETUP///FOR EXAMPLE: BAORD ,MCU,IDE /// @info YOU CAN CHANGE OR ADD THE DEFINE IF YOU NEED /// @info 整个嵌入式项目的入口 首先是确认电路板 然后确认cpu 芯片型号 然后确认编译器 之后是软件框架 最后是应用程序 /// @info bsp_CONFIG 为其他头文件的始祖 TYPE_BOARD_xx ///------------------------------------------------------------------------- /// @version 1.1 /// @author CC /// @date 20180308 /// @note ////////////////////////////////////////////////////////////////////////////// /// @version 5.1 /// @author CC /// @date 20200301 /// @note ////////////////////////////////////////////////////////////////////////////// ////////////////////////////////////////////////////////////////////////// #ifndef _BSP_CONFIG_H #define _BSP_CONFIG_H #include #include "c_bit.h" #include "bsp_config_const.h"// //STEP 1 TYPE_UASER_BOARD SELECT >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> #define TYPE_UASER_BOARD TYPE_BOARD_TTSS2_w5 //STEP 2 TYPE_UASER_BOARD CONFIG >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> #if(TYPE_UASER_BOARD == TYPE_BOARD_TTSS2_w5) #include #include #include //基本配置(工作频率、时钟、看门狗、字节序) #define TYPE_MCU TYPE_MCU_STC_8H #define TYPE_IDE TYPE_IDE_KEIL /// #define D_sys_MainFre MainFre_11M////STC8A8K64D4 z最大45M #define D_sys_MainFre MainFre_22M////STC8A8K64D4 z最大45M /// #define D_sys_MainFre MainFre_44M////STC8A8K64D4 z最大45M #define D_sys_Jiffies TYPE_JIFFIES_12MS #warning "MainFre_22M" #define D_MCU_NAME "STC8A8K64U4" #define D_str_version "\r\n stcTTSS2NB2_" #define D_BOARD_NAME " NB2" #include "c_type51.h" /************** 正在检测目标单片机 ... 单片机型号: STC8H3K48S2 固件版本号: 7.4.1U 当前芯片的硬件选项为: . 系统ISP工作频率: 23.844MHz . 内部IRC振荡器的频率: 11.057MHz . 掉电唤醒定时器的频率: 35.250KHz . 振荡器放大增益使能 . P3.2和P3.3与下次下载无关 . 上电复位时增加额外的复位延时 . 复位引脚用作普通I/O口 . 检测到低压时复位 . 低压检测门槛电压 : 2.00 V . 上电复位时,硬件不启动内部看门狗 . 上电自动启动内部看门狗时的预分频数为 : 256 . 空闲状态时看门狗定时器停止计数 . 下次下载用户程序时,将用户EEPROM区一并擦除 . 下次下载用户程序时,没有相关的端口控制485 . 下次下载时不需要校验下载口令 . 内部参考电压: 1195 mV (参考范围: 1100~1300mV) . 内部安排测试时间: 2021年9月2日 单片机型号: STC8H3K48S2 固件版本号: 7.4.1U 开始调节频率 ... [0.906"] 调节后的频率: 22.094MHz (-0.109%) 正在重新握手 ... 成功 [0.125"] 当前的波特率: 460800 正在擦除目标区域 ... 完成 ! [0.656"] 正在下载用户代码 ... 完成 ! [2.860"] 正在设置硬件选项 ... 完成 ! [0.016"] 更新后的硬件选项为: . 系统ISP工作频率: 23.844MHz . 内部IRC振荡器的频率: 22.094MHz . 掉电唤醒定时器的频率: 35.250KHz . 振荡器放大增益使能 . P3.2和P3.3与下次下载无关 . 上电复位时增加额外的复位延时 . 复位引脚用作普通I/O口 . 检测到低压时复位 . 低压检测门槛电压 : 2.00 V . 上电复位时,硬件不启动内部看门狗 . 上电自动启动内部看门狗时的预分频数为 : 256 . 空闲状态时看门狗定时器停止计数 . 下次下载用户程序时,将用户EEPROM区一并擦除 . 下次下载用户程序时,没有相关的端口控制485 . 下次下载时不需要校验下载口令 . 内部参考电压: 1195 mV (参考范围: 1100~1300mV) . 内部安排测试时间: 2021年9月2日 芯片出厂序列号 : F74DC52602599C 单片机型号: STC8H3K48S2 固件版本号: 7.4.1U . 用户设定频率: 22.118MHz . 调节后的频率: 22.094MHz (主时钟分频系数 = 1) . 频率调节误差: -0.109% 操作成功 !(2023-04-06 21:16:42) -------------------------------------------------------------- 电源开关 EN_DEC3V3 P14 PIN8 网络模块 EN_DC5V P37 PIN28 LED5VEN1 P20 PIN33 4位数码管 LED5VEN4 RFID5VEN P41 PIN29 RFID -------------------------------------------------------------- 蜂鸣器 BEE P22 -------------------------------------------------------------- 20230317_ CCmodify U1 DEBUG U2 5311 U3 485 U4 xx -------------------------------------------------------------- TTSS 使用定时器0 作为任务的主要时间 定时器1 作为溢出的工123 uart1 使用定时器2 实现文件 uart1.c uart2 使 实现文件 uart2.c modbus使用定时器2 作为uart空闲状态的判定 （区分协议的结束） 定时器有限的情况下可以使用定时器0,只是关联受限 *******************************************************/ #include "bsp_config_stc.h" #define D_WDT_STATUS TYPE_WDT_DISABLE //如果配置为enable，请在bsp_config.c中设置wdt溢出时间 #define D_MCU_ENDIAN TYPE_MCU_BIGENDIAN #define D_CODE_ENCRYPTION_TYPE TYPE_ENCRYPTION_ENABLE //是否代码加密 //串口配置 /// #define D_UART1_BRT BRT_460800 /// #define D_UART1_BRT BRT_921600 // #define D_UART1_BRT BRT_115200 #define D_UART1_BRT BRT_9600 #define D_UART1_SBIT SBIT_1 #define D_PIN_UART1 PIN_UART1_Rxd_30_Txd_31 #define D_UART2_BRT BRT_115200///BRT_921600///BRT_115200/// #define D_UART3_BRT BRT_115200///BRT_921600///BRT_115200 #define D_UART4_BRT BRT_115200///BRT_921600///BRT_115200 //485配置 #define D_UART1_485_TYPE TYPE_485_NONE //UART1启用485 #define D_UART1_485_SLAVER_ID_BROADCAST 0xFF //485从机总是响应0xFF消息 #define D_UART1_485_SLAVER_ID 0x11 //板卡作为485从机 slaverId // #define D_UART1_485_TX() D_P55_stdIO();D_P55_ON(); // #define D_UART1_485_RX() D_P55_stdIO();D_P55_OFF(); #define D_UART2_485_TYPE TYPE_485_NONE //UART2不启用485 #define D_UART3_485_TYPE TYPE_485_NONE //UART2不启用485 #define D_UART4_485_TYPE TYPE_485_NONE //UART2不启用485 //MODBUS协议配置 #define D_MODBUS_ENABLE //MODBS启用开关，如果不使用modbus，可以注释掉本行 #define D_MODBUS_SPLIT_ENTRY L1_modbus_split //modbus切割函数，在tpc_modbus.c中实现，依据实际情况修改 #define D_MODBUS_REG_MAX_NUM 32 //每次最多读取/写入的寄存器数量，此处的数量要注意和 D_tp_handle_x_len 对应 //外设定义 #define D_LED1_INIT() D_LED1_OFF() #define D_LED1_ON() D_P12_stdIO();D_P12_OFF() #define D_LED1_OFF() D_P12_stdIO();D_P12_ON() #define D_LED1_REV() D_P12_stdIO();D_P12_REV() // #define _INIT() D_LED2_OFF() // #define D_LED2_ON() D_P54_stdIO();D_P54_OFF() // #define D_LED2_OFF() D_P54_stdIO();D_P54_ON() // #define D_LED2_REV() D_P54_stdIO();D_P54_REV() //EEP存储地址定义 #define D_EEP_SECTOR_SIZE 0x200 #define D_EEP_PARAM_ADDR (D_EEP_SECTOR_SIZE * 0) //eeprom参数区扇区地址 //存储器特殊参数地址配置 #define D_MCU_SPEC_PARAM_CHIPID 0xFDF9 //...其他参数 #define D_iicch_0 0 #define D_iicch_1 1 #define D_iicch_2 2 #define D_iicch_3 3 #define D_iicch_4 4 #define D_iicch_5 5 #define D_iicch_6 6 #define D_iicch_7 7 #define D_iicch_8 8 #define D_iicch_9 9 #define D_iic_chnum 2 #define D_SIIC_USE_0 #define D_SIIC_USE_1 ///#define D_SIIC_USE_2 ///#define D_SIIC_USE_3 ///#define D_SIIC_USE_4 ///#define D_SIIC_USE_5 ///#define D_SIIC_USE_6 ///#define D_SIIC_USE_7 ///#define D_SIIC_USE_8 #define D_iicch_MSA D_iicch_1///第3路iic配置程mas301加速度传感器 #define D_iicch_CLK D_iicch_0 ///////////////////////////3////////////////////////////////////////////// //////////////////////////ch=1 /0/////////////////////////////////////////////// #ifdef D_SIIC_USE_0 //IICM0 SDA //IICM0 SDA #define L0_IICM0_SDA_init() D_PUON_P2(BITN2) ;D_OpenD_P4(BITN2) #define L0_IICM0_SDA_OUT() D_P22_OUT() #define L0_IICM0_SDA_IN() D_P22_IN() #define L0_IICM0_SDA_ON() D_P22_ON() #define L0_IICM0_SDA_OFF() D_P22_OFF() #define L0_IICM0_SDA_AT() D_P22_AT() //IICM0 SCL #define L0_IICM0_SCL_init() D_PUON_P2(BITN3) ;D_stdIO_P2(BITN3) #define L0_IICM0_SCL_OUT() D_P23_OUT() #define L0_IICM0_SCL_IN() D_P23_IN() #define L0_IICM0_SCL_ON() D_P23_ON() #define L0_IICM0_SCL_OFF() D_P23_OFF() #endif //-------------------------------------------- #ifdef D_SIIC_USE_1 #define L0_IICM1_SDA_init() D_PUON_P4(BITN1);D_OpenD_P4(BITN1) #define L0_IICM1_SDA_OUT() D_P41_OUT() #define L0_IICM1_SDA_IN() D_P41_IN() #define L0_IICM1_SDA_ON() D_P41_ON() #define L0_IICM1_SDA_OFF() D_P41_OFF() #define L0_IICM1_SDA_AT() D_P41_AT() #define L0_IICM1_SCL_init() D_PUON_P4(BITN2);D_stdIO_P4(BITN2) #define L0_IICM1_SCL_OUT() D_P42_OUT() #define L0_IICM1_SCL_IN() D_P42_IN() #define L0_IICM1_SCL_ON() D_P42_ON() #define L0_IICM1_SCL_OFF() D_P42_OFF() #endif #ifdef D_SIIC_USE_2 ///DOUT2 P04 sch；MAS_SDA MAS_SCL P50 #define L0_IICM2_SDA_init() D_PUON_P3(BITN4) ;D_OpenD_P3(BITN4) #define L0_IICM2_SDA_OUT() D_P34_OUT() #define L0_IICM2_SDA_IN() D_P34_IN() #define L0_IICM2_SDA_ON() D_P34_ON() #define L0_IICM2_SDA_OFF() D_P34_OFF() #define L0_IICM2_SDA_AT() D_P34_AT() #define L0_IICM2_SCL_init() D_PUON_P5(BITN0) ;D_stdIO_P5(BITN0) #define L0_IICM2_SCL_OUT() D_P50_OUT() #define L0_IICM2_SCL_IN() D_P50_IN() #define L0_IICM2_SCL_ON() D_P50_ON() #define L0_IICM2_SCL_OFF() D_P50_OFF() /////////////////////////ch=3 //2////////////////////////////////////////////// #endif #ifdef D_SIIC_USE_3 #define L0_IICM3_SDA_init() D_PUON_P3(BITN7) ;D_OpenD_P3(BITN7) #define L0_IICM3_SDA_OUT() D_P37_OUT() #define L0_IICM3_SDA_IN() D_P37_IN() #define L0_IICM3_SDA_ON() D_P37_ON() #define L0_IICM3_SDA_OFF() D_P37_OFF() #define L0_IICM3_SDA_AT() D_P37_AT() #define L0_IICM3_SCL_init() D_PUON_P4(BITN1) ;D_stdIO_P4(BITN1) #define L0_IICM3_SCL_OUT() D_P41_OUT() #define L0_IICM3_SCL_IN() D_P41_IN() #define L0_IICM3_SCL_ON() D_P41_ON() #define L0_IICM3_SCL_OFF() D_P41_OFF() #endif #ifdef D_SIIC_USE_4 /////////////////////////ch=4 //2////////////////////////////////////////////// #define L0_IICM4_SDA_init() D_PUON_P3(BITN7) ;D_OpenD_P3(BITN7) #define L0_IICM4_SDA_OUT() D_P37_OUT() #define L0_IICM4_SDA_IN() D_P37_IN() #define L0_IICM4_SDA_ON() D_P37_ON() #define L0_IICM4_SDA_OFF() D_P37_OFF() #define L0_IICM4_SDA_AT() D_P37_AT() #define L0_IICM4_SCL_init() D_PUON_P4(BITN1) ;D_stdIO_P4(BITN1) #define L0_IICM4_SCL_OUT() D_P41_OUT() #define L0_IICM4_SCL_IN() D_P41_IN() #define L0_IICM4_SCL_ON() D_P41_ON() #define L0_IICM4_SCL_OFF() D_P41_OFF() #endif #ifdef D_SIIC_USE_5 //IICM5 SDA #define L0_IICM5_SDA_init() D_stdIO_P1(BITN5) #define L0_IICM5_SDA_OUT() D_P15_OUT() #define L0_IICM5_SDA_IN() D_P15_IN() #define L0_IICM5_SDA_ON() D_P15_ON() #define L0_IICM5_SDA_OFF() D_P15_OFF() #define L0_IICM5_SDA_AT() D_P15_AT() //IICM5 SCL #define L0_IICM5_SCL_init() D_stdIO_P1(BITN4) #define L0_IICM5_SCL_OUT() D_P14_OUT() #define L0_IICM5_SCL_IN() D_P14_IN() #define L0_IICM5_SCL_ON() D_P14_ON() #define L0_IICM5_SCL_OFF() D_P14_OFF() #endif #ifdef D_SIIC_USE_6 //IICM6 SDA #define L0_IICM6_SDA_init() D_stdIO_P1(BITN5) #define L0_IICM6_SDA_OUT() D_P15_OUT() #define L0_IICM6_SDA_IN() D_P15_IN() #define L0_IICM6_SDA_ON() D_P15_ON() #define L0_IICM6_SDA_OFF() D_P15_OFF() #define L0_IICM6_SDA_AT() D_P15_AT() //IICM6 SCL #define L0_IICM6_SCL_init() D_stdIO_P1(BITN4) #define L0_IICM6_SCL_OUT() D_P14_OUT() #define L0_IICM6_SCL_IN() D_P14_IN() #define L0_IICM6_SCL_ON() D_P14_ON() #define L0_IICM6_SCL_OFF() D_P14_OFF() #endif #ifdef D_SIIC_USE_7 //IICM7 SDA #define L0_IICM7_SDA_init() D_stdIO_P1(BITN5) #define L0_IICM7_SDA_OUT() D_P15_OUT() #define L0_IICM7_SDA_IN() D_P15_IN() #define L0_IICM7_SDA_ON() D_P15_ON() #define L0_IICM7_SDA_OFF() D_P15_OFF() #define L0_IICM7_SDA_AT() D_P15_AT() //IICM7 SCL #define L0_IICM7_SCL_init() D_stdIO_P1(BITN4) #define L0_IICM7_SCL_OUT() D_P14_OUT() #define L0_IICM7_SCL_IN() D_P14_IN() #define L0_IICM7_SCL_ON() D_P14_ON() #define L0_IICM7_SCL_OFF() D_P14_OFF() #endif #ifdef D_SIIC_USE_8 //IICM8 SDA #define L0_IICM8_SDA_init() D_stdIO_P1(BITN5) #define L0_IICM8_SDA_OUT() D_P15_OUT() #define L0_IICM8_SDA_IN() D_P15_IN() #define L0_IICM8_SDA_ON() D_P15_ON() #define L0_IICM8_SDA_OFF() D_P15_OFF() #define L0_IICM8_SDA_AT() D_P15_AT() //IICM8 SCL #define L0_IICM8_SCL_init() D_stdIO_P1(BITN4) #define L0_IICM8_SCL_OUT() D_P14_OUT() #define L0_IICM8_SCL_IN() D_P14_IN() #define L0_IICM8_SCL_ON() D_P14_ON() #define L0_IICM8_SCL_OFF() D_P14_OFF() #endif #define D_LPCD_INT_INIT(); P_SW2|=0x80;IT0 = 1;//下降沿中断 #define D_LPCD_INT_OPEN(); EX0 = 1; #define D_LPCD_INT_CLOSE(); EX0 = 0; #define D_RTC_INT_INIT(); INTCLKO = EX2; #define D_RTC_INT_OPEN(); INTCLKO = EX2; #define D_RTC_INT_CLOSE(); INTCLKO = 0; #define D_MSA_INT_INIT(); IT1 = 1;//下降沿中断 #define D_MSA_INT_OPEN(); EX1 = 1; #define D_MSA_INT_CLOSE(); EX1 = 0; typedef struct { U8 time_f; U8 clear_dog; U8 weak_up; U8 dog_ok; U8 who_wake; /// 谁让我醒来 =D_int_RTC 20221002_18542 CCmodify vU16 sleeptime; ///系统休眠的时间间隔 vU16 sleeptime_left; ///系统休眠的时间间隔 U8 start_sleep; ///上电后多久进入睡眠状态 时间颗粒1秒 U8 nb_status; }TS_low_time; extern TS_low_time ts_low_time; /*********** #define L0_IICM1_SDA_init() D_stdIO_P4(BITN2) #define L0_IICM1_SDA_OUT() D_P42_OUT() #define L0_IICM1_SDA_IN() D_P42_IN() #define L0_IICM1_SDA_ON() D_P42_ON() #define L0_IICM1_SDA_OFF() D_P42_OFF() #define L0_IICM1_SDA_AT() D_P42_AT() #define L0_IICM1_SCL_init() D_stdIO_P4(BITN1) #define L0_IICM1_SCL_OUT() D_P41_OUT() #define L0_IICM1_SCL_IN() D_P41_IN() #define L0_IICM1_SCL_ON() D_P41_ON() #define L0_IICM1_SCL_OFF() D_P41_OFF() ***********/ #else #error "未指定当前板卡" #endif///#if(TYPE_UASER_BOARD //STEP 3 Register CONFIG >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> //STEP 5 <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<