項目保密。在此記錄一些知識點：

Linux ?c 讀取文件可以一行一行的讀：read = getline(&line, &len, fp), windows的.txt文件的每一行結尾符是"\r\n", 而linux是"\n"

Linux c 向文件中寫入空行：fwrite("\r\n", 1, 2, fp)

一個調試技巧：#ifdef DEBUG ?#else #endif

字符串復制函數： memcpy() 比strcpy()更好用，出錯更少

結構體或者數組初始化用它更方便:?memset()

switch()函數只能匹配數字，不能匹配字符串。字符串匹配用strcmp()更好

u8,u16,u32 ? : ? ? ?#define u16 unsigned short ? ? ? ?#define u8 unsigned char

悄悄的把源碼貼出來：

#include <stdio.h> #include <stdlib.h> #include <string.h> #include<unistd.h> #include<fcntl.h> #include<signal.h> #include<sys/stat.h> #include <sys/time.h>#define u16 unsigned short #define u8 unsigned char#define SIPCMSG_PARAM_SIZE 150 #define MAX 150#define DEBUG // Main CMD #define SIPC_MAIN_CMD_PWR 0x01 #define SIPC_MAIN_CMD_DISP 0x07 #define SIPC_MAIN_CMD_NET 0x08 #define SIPC_MAIN_CMD_GPRS 0x0D #define SIPC_MAIN_CMD_GEN 0x80 // Sub CMD for Network #define SIPC_NET_PREFERRED_PLMN 0x01 #define SIPC_NET_PLMN_SELECTION 0x02 #define SIPC_NET_SERVING_NETWORK 0x03 #define SIPC_NET_PLMN_LIST 0x04 #define SIPC_NET_NETWORK_REGISTRATION 0x05 #define SIPC_NET_SUBSCRIBER_NUM 0x06 #define SIPC_NET_BAND_SELECTION 0x07 #define SIPC_NET_SERVICE_DOMAIN_CFG 0x08 #define SIPC_NET_POWER_ON_ATTACH_CFG 0x09 #define SIPC_NET_MODE_SELECT 0x0A #define SIPC_NET_ACQUISITION_ORDER 0x0B #define SIPC_NET_NETWORK_IDENTITY 0x0C #define SIPC_NET_HANDOFF_DATA_CONNECTION 0x0F #define SIPC_NET_CELL_INFORMATION 0x11 #define SIPC_NET_RAT_INFO_EMERGENCY 0x12 #define SIPC_NET_CSG_SEARCH 0x13 #define SIPC_NET_DUAL_STANBY_PREFERENCE 0x16 #define SIPC_NET_DOMAIN_SPECIFIC_RESTRICT 0x17 #define SIPC_NET_ACB_INFORMATION 0x18 #define SIPC_NET_SSAC_INFORMATION 0x19 #define SIPC_NET_VOWIFI_HO_THRESHOLD 0x1C #define SIPC_NET_LTE_BAND_PRIORITY 0x20 #define SIPC_NET_LTE_ROAMING 0x21 #define SIPC_NET_LTE_CA 0x22 #define SIPC_NET_VARIOUS_NAS_TIMERS 0x26 // Sub CMD for Power #define SIPC_PWR_PHONE_POWER_UP 0x01 #define SIPC_PWR_PHONE_POWER_OFF 0x02 #define SIPC_PWR_PHONE_RESET 0x03 #define SIPC_PWR_BATTERY_STATUS 0x04 #define SIPC_PWR_PHONE_UNDEFINED_5 0x05 #define SIPC_PWR_PHONE_UNDEFINED_6 0x06 #define SIPC_PWR_PHONE_STATE 0x07 // Sub CMD for Display #define SIPC_DISP_ICON_INFO 0x01 #define SIPC_DISP_RSSI_INFO 0x06 // Sub CMD for GPRS #define SIPC_GPRS_DEFINE_PDP_CONTEXT 0x01 #define SIPC_GPRS_QOS_PROFILE 0x02 #define SIPC_GPRS_PS_ATTACH_DETACH 0x03 #define SIPC_GPRS_PDP_CONTEXT_ACT_DEACT 0x04 #define SIPC_GPRS_ENTER_DATA_STATE 0x05 #define SIPC_GPRS_SHOW_PDP_ADDRESS 0x06 #define SIPC_GPRS_MOBILE_STATION_CLASS 0x07 #define SIPC_GPRS_3G_QOS_PROFILE 0x08 #define SIPC_GPRS_MULTIPLE_PDP_IP 0x09 #define SIPC_GPRS_DEFINE_SECONDARY_PDP_CONTEXT 0x0A #define SIPC_GPRS_TRAFFIC_FLOW_TEMPLATE 0x0B #define SIPC_GPRS_HSDPA_STATUS 0x0C #define SIPC_GPRS_CURRENT_SESSION_DATA_COUNTER 0x0D #define SIPC_GPRS_FORCE_DATA_DORMANT 0x0E #define SIPC_GPRS_PIN_CONTROL 0x0F #define SIPC_GPRS_GPRS_CALL_STATUS 0x10 #define SIPC_GPRS_GPRS_PORT_LIST 0x11 #define SIPC_GPRS_LTE_QOS_PROFILE 0x12 #define SIPC_GPRS_LTE_ATTACH_APN_INFO 0x14 #define SIPC_GPRS_EPDG_HANDOVER 0x15 #define SIPC_GPRS_EPDG_STATUS 0x16 #define SIPC_GPRS_FD_INFORMATION 0x17 #define SIPC_GPRS_LTE_CA_STATUS 0x19 #define SIPC_GPRS_GPRS_BACK_OFF_TIMER_T3396 0x1A #define SIPC_GPRS_SET_APN_INFO 0x1B #define SIPC_GPRS_TRAFFIC_CHANNEL_STATUS 0x1C #define SIPC_GPRS_IMS_TEST_MODE_STATUS 0x21 // Sub CMD for General Resp #define SIPC_GEN_RSP 0x01 // MSG TYPE #define EXE 0x01 #define GET 0x02 #define SET 0x03 #define CNF 0x04 #define EVT 0x05 #define IND 0x01 #define RSP 0x02 #define NTF 0x03typedef struct sipcMessage_t {u16 length;u8 msgSeq;u8 ackSeq;u8 mainCmd;u8 subCmd;u8 cmdType;u8 parameter[SIPCMSG_PARAM_SIZE]; }sipcMessage;// TX MSG and RX MSG u8 tx_msg_count = 0x01; u8 rx_msg_count = 0x01;int stop = 0; //alarm flag//split with the space int split(u8 line[], u8 temp[MAX][MAX]) {int i = 0 ;int j = 0;int k = 0;for(i = 0; i < strlen(line); i++){if(line[i] == '\r' || line[i] == '\n' || line[i] == '\0'){break;}if(line[i] != ' '){temp[j][k] = line[i];k++;}if(line[i] == ' ' && line[i+1] != ' '){j++;k = 0;} }return j+1; }void padding(u8 line[], sipcMessage *sipc) {u8 temp[MAX][MAX] = {0};u8 mainCmd[MAX] = "";u8 subCmd[MAX] = "";u8 cmdType[MAX] = "";split(line, temp); if(line[0] == 'T' && line[1] == 'X'){stpcpy(mainCmd, temp[1]);stpcpy(subCmd, temp[2]);stpcpy(cmdType, temp[3]); }if(line[0] == 'R' && line[1] == 'X'){stpcpy(mainCmd, temp[2]);stpcpy(subCmd, temp[3]);stpcpy(cmdType, temp[4]); }//main CMDif(strcmp(mainCmd, "SIPC_MAIN_CMD_PWR") == 0){sipc->mainCmd = SIPC_MAIN_CMD_PWR;}else if(strcmp(mainCmd, "SIPC_MAIN_CMD_DISP") == 0){sipc->mainCmd = SIPC_MAIN_CMD_DISP;}else if(strcmp(mainCmd, "SIPC_MAIN_CMD_NET") == 0){sipc->mainCmd = SIPC_MAIN_CMD_NET;}else if(strcmp(mainCmd, "SIPC_MAIN_CMD_GPRS") == 0){sipc->mainCmd = SIPC_MAIN_CMD_GPRS;}else if(strcmp(mainCmd, "SIPC_MAIN_CMD_GEN") == 0){sipc->mainCmd = SIPC_MAIN_CMD_GEN;}else{sipc->mainCmd = ' ';}//sub CMDif(strcmp(subCmd, "SIPC_NET_PREFERRED_PLMN") == 0){sipc->subCmd = SIPC_NET_PREFERRED_PLMN;}else if(strcmp(subCmd, "SIPC_NET_PLMN_SELECTION") == 0){sipc->subCmd = SIPC_NET_PLMN_SELECTION;}else if(strcmp(subCmd, "SIPC_NET_SERVING_NETWORK") == 0){sipc->subCmd = SIPC_NET_SERVING_NETWORK;}else if(strcmp(subCmd, "SIPC_NET_PLMN_LIST") == 0){sipc->subCmd = SIPC_NET_PLMN_LIST;}else if(strcmp(subCmd, "SIPC_NET_NETWORK_REGISTRATION") == 0){sipc->subCmd = SIPC_NET_NETWORK_REGISTRATION;}else if(strcmp(subCmd, "SIPC_NET_SUBSCRIBER_NUM") == 0){sipc->subCmd = SIPC_NET_SUBSCRIBER_NUM;}else if(strcmp(subCmd, "SIPC_NET_BAND_SELECTION") == 0){sipc->subCmd = SIPC_NET_BAND_SELECTION;}else if(strcmp(subCmd, "SIPC_NET_SERVICE_DOMAIN_CFG ") == 0){sipc->subCmd = SIPC_NET_SERVICE_DOMAIN_CFG;}else if(strcmp(subCmd, "SIPC_NET_POWER_ON_ATTACH_CFG") == 0){sipc->subCmd = SIPC_NET_POWER_ON_ATTACH_CFG;}else if(strcmp(subCmd, "SIPC_NET_MODE_SELECT") == 0){sipc->subCmd = SIPC_NET_MODE_SELECT;}else if(strcmp(subCmd, "SIPC_NET_ACQUISITION_ORDER ") == 0){sipc->subCmd = SIPC_NET_ACQUISITION_ORDER ;}else if(strcmp(subCmd, "SIPC_NET_NETWORK_IDENTITY ") == 0){sipc->subCmd = SIPC_NET_NETWORK_IDENTITY ;}else if(strcmp(subCmd, "SIPC_NET_HANDOFF_DATA_CONNECTION") == 0){sipc->subCmd = SIPC_NET_HANDOFF_DATA_CONNECTION;}else if(strcmp(subCmd, "SIPC_NET_CELL_INFORMATION") == 0){sipc->subCmd = SIPC_NET_CELL_INFORMATION;}else if(strcmp(subCmd, "SIPC_NET_RAT_INFO_EMERGENCY") == 0){sipc->subCmd = SIPC_NET_RAT_INFO_EMERGENCY;}else if(strcmp(subCmd, "SIPC_NET_CSG_SEARCH") == 0){sipc->subCmd = SIPC_NET_CSG_SEARCH;}else if(strcmp(subCmd, "SIPC_NET_DUAL_STANBY_PREFERENCE") == 0){sipc->subCmd = SIPC_NET_DUAL_STANBY_PREFERENCE;}else if(strcmp(subCmd, "SIPC_NET_DOMAIN_SPECIFIC_RESTRICT") == 0){sipc->subCmd = SIPC_NET_DOMAIN_SPECIFIC_RESTRICT;}else if(strcmp(subCmd, "SIPC_NET_ACB_INFORMATION") == 0){sipc->subCmd = SIPC_NET_ACB_INFORMATION;}else if(strcmp(subCmd, "SIPC_NET_SSAC_INFORMATION") == 0){sipc->subCmd = SIPC_NET_SSAC_INFORMATION;}else if(strcmp(subCmd, "SIPC_NET_VOWIFI_HO_THRESHOLD") == 0){sipc->subCmd = SIPC_NET_VOWIFI_HO_THRESHOLD;}else if(strcmp(subCmd, "SIPC_NET_LTE_BAND_PRIORITY") == 0){sipc->subCmd = SIPC_NET_LTE_BAND_PRIORITY;}else if(strcmp(subCmd, "SIPC_NET_LTE_ROAMING") == 0){sipc->subCmd = SIPC_NET_LTE_ROAMING;}else if(strcmp(subCmd, "SIPC_NET_LTE_CA") == 0){sipc->subCmd = SIPC_NET_LTE_CA;}else if(strcmp(subCmd, "SIPC_NET_VARIOUS_NAS_TIMERS") == 0){sipc->subCmd = SIPC_NET_VARIOUS_NAS_TIMERS;}else if(strcmp(subCmd, "SIPC_PWR_PHONE_POWER_UP") == 0){sipc->subCmd = SIPC_PWR_PHONE_POWER_UP;}else if(strcmp(subCmd, "SIPC_PWR_PHONE_POWER_OFF") == 0){sipc->subCmd = SIPC_PWR_PHONE_POWER_OFF;}else if(strcmp(subCmd, "SIPC_PWR_PHONE_RESET") == 0){sipc->subCmd = SIPC_PWR_PHONE_RESET;}else if(strcmp(subCmd, "SIPC_PWR_BATTERY_STATUS") == 0){sipc->subCmd = SIPC_PWR_BATTERY_STATUS;}else if(strcmp(subCmd, "SIPC_PWR_PHONE_UNDEFINED_5 ") == 0){sipc->subCmd = SIPC_PWR_PHONE_UNDEFINED_5 ;}else if(strcmp(subCmd, "SIPC_PWR_PHONE_UNDEFINED_6") == 0){sipc->subCmd = SIPC_PWR_PHONE_UNDEFINED_6;}else if(strcmp(subCmd, "SIPC_PWR_PHONE_STATE") == 0){sipc->subCmd = SIPC_PWR_PHONE_STATE;}else if(strcmp(subCmd, "SIPC_DISP_ICON_INFO") == 0){sipc->subCmd = SIPC_DISP_ICON_INFO;}else if(strcmp(subCmd, "SIPC_DISP_RSSI_INFO") == 0){sipc->subCmd = SIPC_DISP_RSSI_INFO ;}else if(strcmp(subCmd, "SIPC_GPRS_DEFINE_PDP_CONTEXT") == 0){sipc->subCmd = SIPC_GPRS_DEFINE_PDP_CONTEXT;}else if(strcmp(subCmd, "SIPC_GPRS_QOS_PROFILE") == 0){sipc->subCmd = SIPC_GPRS_QOS_PROFILE;}else if(strcmp(subCmd, "SIPC_GPRS_PS_ATTACH_DETACH") == 0){sipc->subCmd = SIPC_GPRS_PS_ATTACH_DETACH;}else if(strcmp(subCmd, "SIPC_GPRS_PDP_CONTEXT_ACT_DEACT") == 0){sipc->subCmd = SIPC_GPRS_PDP_CONTEXT_ACT_DEACT;}else if(strcmp(subCmd, "SIPC_GPRS_ENTER_DATA_STATE") == 0){sipc->subCmd = SIPC_GPRS_ENTER_DATA_STATE;}else if(strcmp(subCmd, "SIPC_GPRS_SHOW_PDP_ADDRESS") == 0){sipc->subCmd = SIPC_GPRS_SHOW_PDP_ADDRESS;}else if(strcmp(subCmd, "SIPC_GPRS_MOBILE_STATION_CLASS") == 0){sipc->subCmd = SIPC_GPRS_MOBILE_STATION_CLASS;}else if(strcmp(subCmd, "SIPC_GPRS_3G_QOS_PROFILE") == 0){sipc->subCmd = SIPC_GPRS_3G_QOS_PROFILE;}else if(strcmp(subCmd, "SIPC_GPRS_MULTIPLE_PDP_IP") == 0){sipc->subCmd = SIPC_GPRS_MULTIPLE_PDP_IP;}else if(strcmp(subCmd, "SIPC_GPRS_DEFINE_SECONDARY_PDP_CONTEXT") == 0){sipc->subCmd = SIPC_GPRS_DEFINE_SECONDARY_PDP_CONTEXT;}else if(strcmp(subCmd, "SIPC_GPRS_TRAFFIC_FLOW_TEMPLATE") == 0){sipc->subCmd = SIPC_GPRS_TRAFFIC_FLOW_TEMPLATE;}else if(strcmp(subCmd, "SIPC_GPRS_HSDPA_STATUS") == 0){sipc->subCmd = SIPC_GPRS_HSDPA_STATUS;}else if(strcmp(subCmd, "SIPC_GPRS_CURRENT_SESSION_DATA_COUNTER") == 0){sipc->subCmd = SIPC_GPRS_CURRENT_SESSION_DATA_COUNTER;}else if(strcmp(subCmd, "SIPC_GPRS_FORCE_DATA_DORMANT") == 0){sipc->subCmd = SIPC_GPRS_FORCE_DATA_DORMANT;}else if(strcmp(subCmd, "SIPC_GPRS_PIN_CONTROL") == 0){sipc->subCmd = SIPC_GPRS_PIN_CONTROL;}else if(strcmp(subCmd, "SIPC_GPRS_GPRS_CALL_STATUS") == 0){sipc->subCmd = SIPC_GPRS_GPRS_CALL_STATUS;}else if(strcmp(subCmd, "SIPC_GPRS_GPRS_PORT_LIST") == 0){sipc->subCmd = SIPC_GPRS_GPRS_PORT_LIST;}else if(strcmp(subCmd, "SIPC_GPRS_LTE_QOS_PROFILE") == 0){sipc->subCmd = SIPC_GPRS_LTE_QOS_PROFILE;}else if(strcmp(subCmd, "SIPC_GPRS_LTE_ATTACH_APN_INFO") == 0){sipc->subCmd = SIPC_GPRS_LTE_ATTACH_APN_INFO;}else if(strcmp(subCmd, "SIPC_GPRS_EPDG_HANDOVER") == 0){sipc->subCmd = SIPC_GPRS_EPDG_HANDOVER;}else if(strcmp(subCmd, "SIPC_GPRS_EPDG_STATUS") == 0){sipc->subCmd = SIPC_GPRS_EPDG_STATUS;}else if(strcmp(subCmd, "SIPC_GPRS_FD_INFORMATION") == 0){sipc->subCmd = SIPC_GPRS_FD_INFORMATION;}else if(strcmp(subCmd, "SIPC_GPRS_LTE_CA_STATUS") == 0){sipc->subCmd = SIPC_GPRS_LTE_CA_STATUS;}else if(strcmp(subCmd, "SIPC_GPRS_GPRS_BACK_OFF_TIMER_T3396") == 0){sipc->subCmd = SIPC_GPRS_GPRS_BACK_OFF_TIMER_T3396;}else if(strcmp(subCmd, "SIPC_GPRS_SET_APN_INFO") == 0){sipc->subCmd = SIPC_GPRS_SET_APN_INFO;}else if(strcmp(subCmd, "SIPC_GPRS_TRAFFIC_CHANNEL_STATUS") == 0){sipc->subCmd = SIPC_GPRS_TRAFFIC_CHANNEL_STATUS;}else if(strcmp(subCmd, "SIPC_GPRS_IMS_TEST_MODE_STATUS") == 0){sipc->subCmd = SIPC_GPRS_IMS_TEST_MODE_STATUS;}else if(strcmp(subCmd, "SIPC_GEN_RSP") == 0){sipc->subCmd = SIPC_GEN_RSP;}else{sipc->subCmd = ' ';}//CMD Typeif(strcmp(cmdType, "EXE") == 0){sipc->cmdType = EXE;}else if(strcmp(cmdType, "GET") == 0){sipc->cmdType = GET;}else if(strcmp(cmdType, "SET") == 0){sipc->cmdType = SET;}else if(strcmp(cmdType, "CNF") == 0){sipc->cmdType = CNF;}else if(strcmp(cmdType, "EVT") == 0){sipc->cmdType = EVT;}else if(strcmp(cmdType, "IND") == 0){sipc->cmdType = IND;}else if(strcmp(cmdType, "RSP") == 0){sipc->cmdType = RSP;}else if(strcmp(cmdType, "NTF") == 0){sipc->cmdType = NTF;}else{sipc->cmdType = ' ';} }void alarmhandle(int sig) { stop = 1; }void set_alarm(unsigned int time) {int ret ;struct itimerval tick;tick.it_value.tv_sec = time; tick.it_value.tv_usec = 0;tick.it_interval.tv_sec = 0; tick.it_interval.tv_usec = 0;signal(SIGALRM, alarmhandle);ret = setitimer(ITIMER_REAL, &tick, NULL);if(ret != 0){printf("Set timer error.\n");return ;}printf("Wait!\n"); }int Highlight(u8 data[MAX][MAX], sipcMessage *sipc_recv) {int i, j;sipcMessage sipc; u8 temp[MAX][MAX] = {0};for(i = 0; i < MAX; i++){split(data[i], temp);if(strcmp(temp[0], "HIGHLIGHT") == 0){for(j = i; j < MAX; j++){padding(data[j], &sipc);if(sipc.mainCmd == sipc_recv->mainCmd && sipc.subCmd == sipc_recv->subCmd){return 1;}if(strcmp(data[j], "") == 0){return 0;}}}}return 0; }void main(void) {sipcMessage sipc; //from senario.txtsipcMessage sipc_recv; //from driver FILE * fp; //.txt fileint fd; //driveru8 data[MAX][MAX] = {0};u8 temp[MAX][MAX] = {0};u8 previous[MAX][MAX] = {0};u8 *line = NULL;size_t len = 0;ssize_t read;int i = 0;int j = 0;int m = 0;int n = 0;int number; //senario file total lineunsigned int sec; int pre = -1; //previous CMD int ret;memset(&sipc, 0, sizeof(sipcMessage));//read senario.txtfp = fopen("./senario.txt", "r"); if(fp == NULL){exit(EXIT_FAILURE);}while((read = getline(&line, &len, fp)) != -1){if(read == 2){stpcpy(data[i], "");}else if(line[0] == '/' && line[1] == '/'){continue;}else{stpcpy(data[i], line);} i++; }number = i ;printf("number = %d \n", number);for(i = 0 ; i < number; i++){if(strcmp(data[i], "") == 0)continue;printf("data[%d] = %s", i, data[i]); //printf("data[%d][0] = %c \t data[%d][1] = %c \n", i, data[i][0], i, data[i][1]);}printf("\n");if(line)free(line);fclose(fp); //write result.txt and padding sipcMessage fp = fopen("./result.txt", "w+"); if(fp == NULL){exit(EXIT_FAILURE);}fd = open("/dev/my_misc_dev", O_RDWR);if(fd != -1){exit(EXIT_FAILURE);}i = 0; while(i < number){//Send CMDif(data[i][0] == 'T' && data[i][1] == 'X'){//put into result filefwrite(data[i], strlen(data[i]), 1, fp);n = 0;for(j = i+1; j < number; j++){if(strcmp(data[j], "") == 0){break;}else{fwrite(data[j], strlen(data[j]), 1, fp);if(n > 0){sipc.parameter[n] = ' ';n++;} // padding sipcMessage parameter for(m = 0; m < strlen(data[j]); m++, n++){ if(data[j][m] == '\n' ||data[j][m] == '\r'){break;}else{sipc.parameter[n] = data[j][m];} }} } //padding sipcMessage sipc.msgSeq = tx_msg_count;sipc.ackSeq = 0xFF; //default 0xFF tx_msg_count ++;padding(data[i], &sipc); pre = i;i = j; memset(&sipc, 0, sizeof(sipcMessage));//send to driver#ifndef DEBUGwrite(fd, (void *)&sipc, sizeof(sipc));#endiffwrite("\r\n", 1, 2, fp); continue;}// Receive CMDif(data[i][0] == 'R' && data[i][1] == 'X'){ //padding sipcMessage parameter n = 0;for(j = i+1; j < number; j++){if(strcmp(data[j], "") == 0){break;}else{if(n > 0){sipc.parameter[n] = ' ';n++;}for(m = 0; m < strlen(data[j]); m++, n++){ if(data[j][m] == '\n' ||data[j][m] == '\r'){break;}else{sipc.parameter[n] = data[j][m];} }} } //padding sipcMessagesipc.msgSeq = rx_msg_count;rx_msg_count ++;padding(data[i], &sipc); //set alarmsplit(data[i], temp);sec = atol(temp[1]);printf("sec = %d \n", sec); set_alarm(sec); #ifndef DEBUG while(1){if (stop == 1) break; ret = read(fd, (void *)&sipc_recv, sizeof(sipc_recv)); } #elsewhile(1){if(stop == 1){break;} }//構造假的sipc_recv, 未完待續?? //如果上一條是TX命令，則構造應該接收的RX命令；如果上一條是RX命令，則根據本條命令構造RX 本程序只給出根據GET命令構造的RX的response命令//get-response set-general response execute-general responsesplit(data[pre], previous);if(strcmp(previous[0], "TX") == 0){if(strcmp(previous[3], "GET") == 0) //根據GET命令，構造response命令{sipc_recv.msgSeq = rx_msg_count - 1;sipc_recv.ackSeq = tx_msg_count - 1; //如果前一個命令是TX類型的，那么最新的TX msg sequence 就是本條RX命令的ack sequencesipc_recv.mainCmd = SIPC_MAIN_CMD_GEN;sipc_recv.subCmd = SIPC_GEN_RSP;sipc_recv.cmdType = RSP;rx_msg_count++;} //需要增加SET等命令回應命令 未完待續??ret = 5;}//如果上一條命令是RX類型的，就根據本條RX命令，去構造sipc_recv if(strcmp(previous[0], "RX") == 0){sipc_recv.msgSeq = rx_msg_count - 1;sipc_recv.ackSeq = 0xFF;sipc_recv.mainCmd = sipc.mainCmd;sipc_recv.subCmd = sipc.subCmd;sipc_recv.cmdType = sipc.cmdType; strcpy(sipc_recv.parameter, sipc.parameter);rx_msg_count++;ret = 5;} #endifif(strcmp(sipc_recv.parameter, "") != 0) {strcat(sipc_recv.parameter, "\r\n");}if(ret < 1){//Highlightif(Highlight(data, &sipc_recv)){u8 error[MAX] = "ERROR : There is no RX MSG"; fwrite(error, strlen(error), 1, fp);fwrite(data[i], strlen(data[i]), 1, fp);fwrite(sipc_recv.parameter, strlen(sipc_recv.parameter), 1, fp);}else{u8 error[MAX] = "ERROR : Receive nothing"; fwrite(error, strlen(error), 1, fp);}}else{if(sipc_recv.mainCmd == sipc.mainCmd && sipc_recv.subCmd == sipc.subCmd){fwrite(data[i], strlen(data[i]), 1, fp);fwrite(sipc_recv.parameter, strlen(sipc_recv.parameter), 1, fp); }else{u8 error[MAX] = "ERROR : Data error"; fwrite(error, strlen(error), 1, fp);} } pre = i;i = j; ret = 0 ;memset(&sipc, 0, sizeof(sipcMessage));memset(&sipc_recv, 0, sizeof(sipcMessage));fwrite("\r\n", 2, 1, fp);continue;}i = i + 1 ; } exit(EXIT_SUCCESS); }
readme.txt

已完成：


1.讀取senario.txt文件
2.切割每條命令。根據senario.txt文件中的空格符，把整條命令切割。
3.將每條命令填充到結構體sipcMessage中
4.將處理結果寫回result.txt文件
5.對于HightLight類型的命令特殊處理
6.等待接收時間的處理（設定鬧鐘）


待完善：


1.根據TX的命令類型構造對應的回復命令，本程序給出了TX-GET類型命令回復命令RX，但是TX其它類型的（比如SET等）待完成
2.應用程序收到RX后，如何判定此命令是正確的。此判定條件待完成。
3.用線程實現

?

總結

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