global(5852).c 9.6 KB

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  1. /* includes ----------------------------------------------------------*/
  2. #include "global.h"
  3. /* typedef -----------------------------------------------------------*/
  4. /* define ------------------------------------------------------------*/
  5. /* macro -------------------------------------------------------------*/
  6. /* variables ---------------------------------------------------------*/
  7. global_par s_global_par;
  8. /* function prototypes -----------------------------------------------*/
  9. // 定义指令周期数,用于实现1ms的延时
  10. // 假设时钟频率为72MHz,每个指令周期为1/72MHz = 13.889ns
  11. // 因此,1ms需要72000个指令周期
  12. #define INSTRUCTION_CYCLES_PER_MS 72000
  13. // 延时函数
  14. void global_delay_ms(uint32_t ms) {
  15. uint32_t i;
  16. uint32_t cycles = ms * INSTRUCTION_CYCLES_PER_MS; // 计算需要消耗的指令周期数
  17. // 消耗指令周期
  18. for (i = 0; i < cycles; ++i) {
  19. __NOP(); // 使用NOP指令来消耗一个指令周期
  20. }
  21. }
  22. /**
  23. * @brief 中控板初始化
  24. * @param p_param_boot : 参数区指针
  25. * @param p_rs485RecDate:485接收数据区的指针
  26. * @note NONE
  27. * @retval 无
  28. */
  29. void centralCtrSys_Init(param_boot *p_param_boot, global_par *p_global_par){
  30. uint8_t recBack = 0;
  31. rs485RecDate *p_rs485RecDate = &s_rs485RecDate;
  32. // 1. 从flash中读出VIN
  33. Read_ParamArea(); // 读出参数区的所有数据
  34. // 2. 与车通信获取vin数据(读取所有寄存器的值)
  35. modbus_read_holding_registers(0x01, 0x0000, 67);
  36. global_delay_ms(1000); // 延时3s
  37. // 3. vin码比对
  38. if(s_comData.vinRecSuccess == 1){ // 成功获取到车辆数据
  39. if(memcmp(p_param_boot->vin, p_rs485RecDate->VIN, 26) != 0){ // 比对不成功
  40. // 备份新的VIN码
  41. memcpy(p_param_boot->vin, p_rs485RecDate->VIN, 26);
  42. Write_paramArea();
  43. // 置位中控板迁移事件
  44. BIT_SET(p_global_par->ctrEvent, CtrlPanelMigration);
  45. }
  46. }
  47. // 4. 初始化4g模块 4g模块在这里不好处理 放在任务中,围栏数据也一样
  48. // 5. 读取96位(或者说是3个32位的字)的唯一ID
  49. GetUniqueID(s_messageDate.devId);
  50. // 6. 陀螺仪的初始化
  51. recBack = atk_ms6050_init();
  52. if(recBack != 0){
  53. printf("ATK-MS6050 init failed!\r\n");
  54. BIT_SET(s_comData.Malfunction, gyroscope); // 置位陀螺仪数据异常故障
  55. }
  56. printf("ATK-MS6050 init\r\n");
  57. recBack = atk_ms6050_dmp_init();
  58. if(recBack != 0){
  59. printf("ATK-MS6050 DMP init failed!\r\n");
  60. BIT_SET(s_comData.Malfunction, gyroscope); // 置位陀螺仪数据异常故障
  61. }
  62. printf("ATK-MS6050 DMP init!\r\n");
  63. // 7. 外部flash初始化
  64. norflash_init();
  65. }
  66. // 车本体故障判断
  67. void fault_car(rs485RecDate *p_rs485RecDate, comData *p_comData){
  68. uint16_t errorLevel = 0;
  69. /* 尝试获取互斥量,等待无限长时间 */
  70. if(osMutexAcquire(mutex_rs485RecDateHandle, osWaitForever) == osOK)
  71. {
  72. errorLevel = p_rs485RecDate->alarmLevel;
  73. /* 访问完成,释放互斥量 */
  74. osMutexRelease(mutex_rs485RecDateHandle);
  75. }
  76. // 存在车故障
  77. if(errorLevel != 0){
  78. BIT_SET(s_comData.Malfunction, carError); // 置位车故障
  79. }else{
  80. BIT_CLEAR(s_comData.Malfunction, carError); // 清除车故障
  81. }
  82. }
  83. /**
  84. * @brief 中控板故障检测
  85. * @param p_global_par:global_par的全局参数指针
  86. * @note 周期为1s1次 清除除电池故障的其他故障
  87. * @retval 无
  88. */
  89. void faultDetection(global_par *p_global_par){
  90. // 参数定义
  91. static uint16_t timesCnt_gps = 0; // gps记时
  92. static uint8_t errorCnt_gyro = 0; // 陀螺仪数据故障滤波次数
  93. static uint16_t timesOut_ota = 0; // OTA超时计数
  94. static uint16_t timesCnt_runFence; // 超运行围栏计数
  95. static uint16_t timesCnt_outSpeed; // 超速计时器
  96. comData *p_comData = &s_comData;
  97. param_boot *p_param_boot = &s_param_boot;
  98. // 开启超级权限 不判断所有故障
  99. if(p_global_par->superUser == 1){
  100. p_comData->Malfunction = 0; // 清除所有故障
  101. return;
  102. }
  103. // 1. 车本体故障判断
  104. fault_car(&s_rs485RecDate, &s_comData); // 车故障判断
  105. // 2. 超出围栏故障判断
  106. if(p_comData->fenceStatus == 1){
  107. if(timesCnt_runFence < p_param_boot->fenceBreach_Timeout){
  108. timesCnt_runFence++;
  109. }else{
  110. timesCnt_runFence = p_param_boot->fenceBreach_Timeout;
  111. BIT_SET(s_comData.Malfunction, fence);
  112. }
  113. }else{
  114. timesCnt_runFence = 0;
  115. BIT_CLEAR(s_comData.Malfunction, fence);
  116. }
  117. // 3. GPS信号丢失
  118. // 获取gps失败,但陀螺仪数据正常的情况下,一分钟之后置位gps故障
  119. // 获取gps失败,陀螺仪数据异常,直接置位gps故障
  120. if((p_global_par->positionErrorCnt >= 3) && (BIT_CHECK(s_comData.Malfunction, fence) == 0)){
  121. if(timesCnt_gps < FILTER_TIME_GPS){ // 4分钟滤波时间
  122. timesCnt_gps++;
  123. }else{
  124. timesCnt_gps = FILTER_TIME_GPS;
  125. BIT_SET(s_comData.Malfunction, positionError);
  126. }
  127. }else if((p_global_par->positionErrorCnt >= 3) && (BIT_CHECK(s_comData.Malfunction, fence) == 1)){
  128. timesCnt_gps = 0;
  129. BIT_SET(s_comData.Malfunction, positionError);
  130. }else{
  131. timesCnt_gps = 0;
  132. }
  133. if(p_global_par->positionErrorCnt == 0){ // 清除gps故障
  134. BIT_CLEAR(s_comData.Malfunction, positionError);
  135. }
  136. // 4. MQTT通信异常
  137. if(p_global_par->mqttTimeoutCnt >= PUBLISH_TIME_MS){
  138. BIT_SET(s_comData.Malfunction, errorMqtt); // 置位MQTT故障
  139. }
  140. if(p_global_par->mqttTimeoutCnt == 0){ // 清除MQTT故障
  141. BIT_CLEAR(s_comData.Malfunction, errorMqtt);
  142. }
  143. // 5. 4G模块初始化故障
  144. if(p_global_par->InitFaultFlag_4G == 1){
  145. BIT_SET(s_comData.Malfunction, init_4G_error); // 置位4g模块初始化故障
  146. }else{
  147. BIT_CLEAR(s_comData.Malfunction, init_4G_error); // 清除4g模块初始化故障
  148. }
  149. // 6. 485通信故障
  150. if(p_global_par->timeoutCnt_485 >= TIMEOUT_485){
  151. BIT_SET(s_comData.Malfunction, com485); // 置位485通信故障
  152. }
  153. if(p_global_par->timeoutCnt_485 == 0){
  154. BIT_CLEAR(s_comData.Malfunction, com485); // 置位485通信故障
  155. }
  156. // 7. 陀螺仪数据故障-- 获取的姿态角数据全部为0
  157. if(p_global_par->gyroDataFaultFlag == 1){
  158. if(errorCnt_gyro < FILTER_TIME_gyro){
  159. errorCnt_gyro++;
  160. }else{
  161. errorCnt_gyro = FILTER_TIME_gyro;
  162. BIT_SET(s_comData.Malfunction, gyroscope); // 置位陀螺仪数据异常故障
  163. }
  164. }else{
  165. errorCnt_gyro = 0;
  166. BIT_CLEAR(s_comData.Malfunction, gyroscope);
  167. }
  168. // 8. 超速故障
  169. if(s_rs485RecDate.vehicleSpeed > s_param_boot.speed_limit){
  170. if(timesCnt_outSpeed < s_param_boot.overspeed_Timeout){
  171. timesCnt_outSpeed++;
  172. }else{
  173. timesCnt_outSpeed = s_param_boot.overspeed_Timeout;
  174. BIT_SET(s_comData.Malfunction, outSpeed); // 置位超速故障
  175. }
  176. }else{
  177. timesCnt_outSpeed = 0;
  178. BIT_CLEAR(s_comData.Malfunction, outSpeed); // 清零超速故障
  179. }
  180. // 9. 升级故障--开始升级后,开始记时,2分钟还未升级成功的话,置位升级故障,
  181. // 退出升级,此次升级失败,旧版本运行,清除升级状态变量、标志、数据,重启释放
  182. // OTA开始后任务周期为200ms
  183. if(p_global_par->otaUpgradeStartFlag == 1){
  184. if(timesOut_ota < TIME_OUT_OTA){
  185. timesOut_ota++;
  186. }else{
  187. timesOut_ota = TIME_OUT_OTA;
  188. BIT_SET(s_comData.Malfunction, OTA_fault); // 置位OTA异常故障
  189. }
  190. }
  191. }
  192. /**
  193. * @brief 控制蜂鸣器响停
  194. * @param count 当前计数
  195. * @param on_threshold 响的阈值
  196. * @param off_threshold 停的阈值
  197. * @retval 无
  198. */
  199. void beep_control(uint8_t count, uint8_t on_threshold, uint8_t off_threshold) {
  200. if (count < on_threshold) {
  201. GPIO_BEEP(GPIO_PIN_SET);
  202. } else if (count < off_threshold) {
  203. GPIO_BEEP(GPIO_PIN_RESET);
  204. }
  205. }
  206. /**
  207. * @brief 控制蜂鸣器响应
  208. * @note 根据不同条件控制蜂鸣器的响停 进入周期为100ms
  209. * @param 无
  210. * @retval 无
  211. */
  212. void control_beep_response(void) {
  213. comData *p_comData = &s_comData;
  214. global_par *p_global_par = &s_global_par;
  215. // 蜂鸣器计数器
  216. static uint8_t beep_count_fence = 0;
  217. // static uint8_t beep_count_fault = 0;
  218. static uint8_t beep_count_ota = 0;
  219. // 超出围栏 500ms频率响应
  220. if (p_comData->fenceStatus == 1) {
  221. beep_control(beep_count_fence, 5, 10);
  222. beep_count_fence = (beep_count_fence >= 10) ? 0 : beep_count_fence + 1;
  223. }
  224. // OTA升级 2s的响应频率
  225. else if (p_global_par->otaUpgradeStartFlag == 1) {
  226. beep_control(beep_count_ota, 20, 40);
  227. beep_count_ota = (beep_count_ota >= 40) ? 0 : beep_count_ota + 1;
  228. }
  229. // 不存在蜂鸣器响应,蜂鸣器应关闭
  230. else{
  231. GPIO_BEEP(GPIO_PIN_RESET);
  232. }
  233. }
  234. // 格式转换函数
  235. void formatDateTimeAndMalfunction(uint16_t year, uint8_t month, uint8_t day,
  236. uint8_t hour, uint8_t minute, uint8_t sec,
  237. uint32_t malfunction, char *output) {
  238. // 确保提供的output数组足够大
  239. // 格式化字符串为 YYYYMMDD-HHMM:0xXXXXXXXX 格式
  240. sprintf(output, "%04u%02u%02u-%02u%02u%02u:0x%08X,",
  241. year, month, day, hour, minute, sec, malfunction);
  242. output[29] = '\0'; // 确保字符串以空字符结尾
  243. }
  244. /**
  245. * @brief 历史故障存储
  246. * @note 此函数1s1次
  247. * @param 无
  248. * @retval 无
  249. */
  250. void storeFaultRecord(void) {
  251. uint16_t id = 0;
  252. char storeFaultData[30] = {0};
  253. static uint32_t fault_log = 0; // 用来同当前故障数据对比,看是否产生故障变化
  254. static uint16_t timeCnt_delay = 0; // 存在故障
  255. id = norflash_read_id(); /* 读取FLASH ID */
  256. if((id == 0) || (id == 0XFFFF)) { // 检测不到FLASH芯片
  257. return;
  258. }
  259. // 检查是否存在故障
  260. if (s_comData.Malfunction == 0) {
  261. return; // 如果没有故障,直接返回
  262. }
  263. // 检查是否产生故障变化或者到达计时时间
  264. if((fault_log == s_comData.Malfunction) && (timeCnt_delay < FAULT_RECORD_TIME)){
  265. timeCnt_delay++;
  266. return; // 如果没有故障变化或者未到达计时时间,直接返回
  267. }else{
  268. // 更新计数值和故障log
  269. timeCnt_delay = 0;
  270. fault_log = s_comData.Malfunction;
  271. }
  272. // 存储格式转换成 这样的20240513-172203:0x0000000f,字符串数据
  273. formatDateTimeAndMalfunction(s_nmea_utc_time.year,s_nmea_utc_time.month,s_nmea_utc_time.date,
  274. s_nmea_utc_time.hour,s_nmea_utc_time.min,s_nmea_utc_time.sec,s_comData.Malfunction, storeFaultData);
  275. // 写入数据
  276. norflash_write((uint8_t *)storeFaultData, s_param_boot.nextFaultAddr, strlen(storeFaultData));
  277. // 更新索引
  278. s_param_boot.faultRecordIndex = (s_param_boot.faultRecordIndex < MAX_RECORDS) ? (s_param_boot.faultRecordIndex + 1) : 0 ;
  279. // 更新地址
  280. s_param_boot.nextFaultAddr += strlen(storeFaultData);
  281. if(s_param_boot.faultRecordIndex == 0){
  282. s_param_boot.nextFaultAddr = 0;
  283. }
  284. // 保存最新的索引和地址数据
  285. Write_paramArea();
  286. }