C语言如何实现单位车辆调度管理

本篇内容主要讲解“C语言如何实现单位车辆调度管理”，感兴趣的朋友不妨来看看。本文介绍的方法操作简单快捷，实用性强。下面就让小编来带大家学习“C语言如何实现单位车辆调度管理”吧!

单位车辆信息包括：车牌号、车型、载重（客）量，车牌，生产厂家，出厂日期，购买日期，购买单价等；车辆调度信息还应包括：用车人，用车单位，调度人，出车车牌，出车司机，出车用途，出车日期，出车时间，收车日期，收车时间及出车费用等信息等。设计“车辆调度管理系统”，使之能提供以下功能：

系统以菜单方式工作；

车辆调度信息录入功能(车辆调度信息用文件vehicle.txt保存)；

车辆信息及车辆调度信息浏览功能；

车辆调度查询和排序功能： 

车辆信息及车辆调度信息的删除与修改等功能。

代码如下，完全原创，代码功能完整！！

#include <stdio.h>#include <stdlib.h>#include <string.h>#include <windows.h> int feature;//定义输入的功能选项char now_date[12];//定义系统当前日期存储缓冲区SYSTEMTIME sys; //定义系统时间变量 //定义车辆数据结构typedef struct Vehicle{    char *ver_id;//定义车辆编号    char *ver_no;//定义车辆牌号    char *weight;//定义车辆对应载重量    char *ver_trand;//定义车牌    char *factory;//定义车辆生产厂家    char *outdate;//定义车辆出厂日期    char *buydate;//定义车辆购买日期    char *section;//定义车辆调用单位    char *purpose;//定义车辆出车用途    char *usedate;//定义车辆出车日期    char *usetime;//定义车辆调度时长    char *useprice;//定义车辆出车费用    char *price;//定义车辆购买单价    char *ver_type;//定义车辆类型    char *ver_status;//定义车辆状态    char *state;//定义车辆运营状态    char *service;//定义车辆维修情况    char *violation;//定义车辆违章情况    char *ver_last_date;//定义车辆归还日期    char *lender_name;//定义租车人姓名    char *lender_id;//定义租车人身份证号码    char *return_time;//定义归还时间}Vehicle,*VData; //定义车辆链表typedef struct VNode{    Vehicle data;    struct VNode *next;}VNode,*VehicleList; //声明函数VehicleList select_vehicle(VehicleList L, char * key);//定义车辆查询函数VehicleList InitList(VehicleList L);//定义链表初始化函数VehicleList LoadData(VehicleList L, char *filename);//定义信息读取函数void SaveData(VehicleList L, char *filename);//定义存储数据函数int main_menu();//定义主菜单int dispatch(VehicleList L, char *lender_name, char *lender_id, char *return_time, char *section,char *purpose,             char *usedate,char *useprice,char *usetime);//定义车辆调度函数void back_vehicle(VehicleList L, char * key, char *lender_name, char *lender_id);//定义车辆归还函数void list_all(VehicleList L);//定义车辆总览函数VehicleList select_vehicle(VehicleList L, char * key);//定义车辆查询函数VehicleList register_vehicle(VehicleList L);//定义车辆登记函数void delete_vehicle(VehicleList L, char * key);//定义车辆删除函数int datecmp(char *a,char *b);//定义日期比较函数int quit();//定义退出函数char *getS(); //定义字符串输入接口函数char *getS(){    char *c;    char s[30];    scanf("%s",s);    c=(char*)malloc(sizeof(char)*(strlen(s)+1));    strcpy(c,s);    return c;} //定义链表初始化函数VehicleList InitList(VehicleList L){    L=(VehicleList)malloc(sizeof(VNode));    L->next=NULL;    return L;} //定义比较日期大小函数int datecmp(char *a,char *b){    int i;    for(i=0;i<11;i++)    {        if(a[i]>b[i])            return 1;        else if(a[i]==b[i])            continue;        else            return -1;     }    return 0;} //定义从文件加载数据函数VehicleList LoadData(VehicleList L,char *filename){    VehicleList p,q;    //Vehicle v,v2,v3;    Vehicle vdata;    FILE *fp;//定义文件指针    char ver_id[20],ver_no[20],weight[20],ver_trand[20],factory[20],outdate[20];    char buydate[20],price[20],ver_type[20],ver_status[20],ver_date[20],usetime[20];    char section[20],purpose[20],usedate[20],useprice[20];    char state[20],service[20],violation[20];    char lender_name[20],lender_id[20],return_time[20];    q=L;    if((fp = fopen(filename,"r+")) == NULL)    {        printf("文件数据读取失败！\n");    }    else    {        while (!feof(fp))//将文件中数据读取到链表中        {            fscanf(fp,"%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s\r\n",                   ver_id,ver_no,weight,ver_trand,factory,outdate,buydate,price,ver_type,ver_status,                   ver_date,purpose,usedate,usetime,useprice,state,service,violation,                   lender_name,lender_id,return_time);            vdata.ver_id=(char*)malloc(sizeof(char)*(strlen(ver_id)+1));            vdata.ver_no=(char*)malloc(sizeof(char)*(strlen(ver_no)+1));            vdata.weight=(char*)malloc(sizeof(char)*(strlen(weight)+1));            vdata.ver_trand=(char*)malloc(sizeof(char)*(strlen(ver_trand)+1));            vdata.factory=(char*)malloc(sizeof(char)*(strlen(factory)+1));            vdata.outdate=(char*)malloc(sizeof(char)*(strlen(outdate)+1));            vdata.buydate=(char*)malloc(sizeof(char)*(strlen(buydate)+1));            vdata.price=(char*)malloc(sizeof(char)*(strlen(price)+1));            //vdata.section=(char*)malloc(sizeof(char)*(strlen(section)+1));            vdata.purpose=(char*)malloc(sizeof(char)*(strlen(purpose)+1));            vdata.usedate=(char*)malloc(sizeof(char)*(strlen(usedate)+1));            vdata.usetime=(char*)malloc(sizeof(char)*(strlen(usetime)+1));            vdata.useprice=(char*)malloc(sizeof(char)*(strlen(useprice)+1));            vdata.ver_type=(char*)malloc(sizeof(char)*(strlen(ver_type)+1));            vdata.state=(char*)malloc(sizeof(char)*(strlen(state)+1));            vdata.service=(char*)malloc(sizeof(char)*(strlen(service)+1));            vdata.violation=(char*)malloc(sizeof(char)*(strlen(violation)+1));            vdata.ver_status=(char*)malloc(sizeof(char)*(strlen(ver_status)+1));            vdata.ver_last_date=(char*)malloc(sizeof(char)*(strlen(ver_date)+1));            vdata.lender_name=(char*)malloc(sizeof(char)*(strlen(lender_name)+1));            vdata.lender_id=(char*)malloc(sizeof(char)*(strlen(lender_id)+1));            vdata.return_time=(char*)malloc(sizeof(char)*(strlen(return_time)+1));            strcpy(vdata.ver_id,ver_id);            strcpy(vdata.ver_no,ver_no);            strcpy(vdata.weight,weight);            strcpy(vdata.ver_trand,ver_trand);            strcpy(vdata.factory,factory);            strcpy(vdata.outdate,outdate);            strcpy(vdata.buydate,buydate);            strcpy(vdata.price,price);            strcpy(vdata.purpose,purpose);            strcpy(vdata.usedate,usedate);            strcpy(vdata.usetime,usetime);            strcpy(vdata.useprice,useprice);            strcpy(vdata.ver_type,ver_type);            strcpy(vdata.ver_status,ver_status);            strcpy(vdata.state,state);            strcpy(vdata.service,service);            strcpy(vdata.violation,violation);            strcpy(vdata.ver_last_date,ver_date);            strcpy(vdata.lender_name,lender_name);            strcpy(vdata.lender_id,lender_id);            strcpy(vdata.return_time,return_time);            p=(VehicleList)malloc(sizeof(VNode));            p->data=vdata;            q->next=p;            q=p;        }        fclose(fp);    }    q->next=NULL;    return L; }//定义存储数据函数void SaveData(VehicleList L, char *filename){    VehicleList p;    FILE *fp;//定义文件指针    p=L;     if((fp = fopen(filename,"w+")) == NULL)    {        printf("文件写入失败！\n");    }    else    {        while (p->next != NULL)        {            fprintf(fp,"%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s\r\n",p->next->data.ver_id,                    p->next->data.ver_no,p->next->data.weight,p->next->data.ver_trand,p->next->data.factory,                    p->next->data.outdate,p->next->data.buydate,p->next->data.price,                    p->next->data.usedate,p->next->data.useprice,                    p->next->data.ver_type,p->next->data.ver_status,p->next->data.usetime,                    p->next->data.state,p->next->data.service,p->next->data.violation,                    p->next->data.ver_last_date,p->next->data.lender_name,                    p->next->data.lender_id,p->next->data.return_time);            p=p->next;        }    }     fclose(fp); }  //定义主菜单int main_menu(){    int i;    printf("******************************************************\n");    printf("*                     汽车调度程序                   *\n");    printf("*                                         韩力毅     *\n");    printf("******************************************************\n");    printf("*                      1.汽车调度                    *\n");    printf("*                      2.汽车归还                    *\n");    printf("*                      3.车辆总况一览                *\n");    printf("*                      4.车辆查询                    *\n");    printf("*                      5.新车登记                    *\n");    printf("*                      6.车辆注销                    *\n");    printf("*                      7.退出系统                    *\n");    printf("******************************************************\n");    printf("*                      请选择: 1-7                   *\n");    printf("******************************************************\n");    printf("请输入您的选项:");    scanf("%d", &i);    feature=i;    return i;} //定义功能1--汽车调度int dispatch(VehicleList L, char *lender_name, char *lender_id, char *return_time, char *section,char *purpose,             char *usedate,char *useprice,char *usetime){    char *vtype,*vid;//车型    VehicleList p,q1,q2;    char tmpdate[20];    int i=0;    p=L;    q1=L;    q2=L;    strcpy(tmpdate,now_date);    printf("\n请选择您需要的车型(A.大型车 B.中型车 C.小型车 E.返回主菜单 请输入大写字母!):");    vtype = getS();    if (strcmp("E",vtype) == 0) return 0;//如果输入E，返回主菜单    printf("\n*************************************本次出车费用为200元*************************************\n");    printf("\n****************************************可选车辆列表******************************************");    printf("\n车辆编号   车牌号  载重量  车牌  车辆类型    车辆状态    上次出车时间(DDYYMM)\n");    while (L->next != NULL)    {//显示符合条件的在库车辆信息        if (strcmp("出车中",L->next->data.ver_status) !=0 && strcmp(vtype,L->next->data.ver_type) ==0)        {            if(datecmp(tmpdate,L->next->data.ver_last_date) > -1)//调用比较未调度时间的函数            {                q1=L;//获得最长时间没有被调度的车的节点指针                strcpy(tmpdate,q1->next->data.ver_last_date);            }             printf("%6s %10s %-10s %3s %8s %13s %15s\n",                   L->next->data.ver_id,L->next->data.ver_no,L->next->data.weight,L->next->data.ver_trand,L->next->data.ver_type,                   L->next->data.ver_status,L->next->data.ver_last_date);        }        if (strcmp("NEW",L->next->data.ver_last_date) ==0 && strcmp(vtype,L->next->data.ver_type) ==0)        {            i++;//计算新车数量            q2=L;//获得新车的节点指针        }         L=L->next;    }    L=p;    printf("**************************************************************************\n");    printf("请输入车辆编号或输入W智能筛选(输入E返回主菜单):");    vid = getS();    if (strcmp("W",vid) == 0)    {        if(i>0)        {            printf("\n****************************************车辆调度结果****************************************");            printf("\n已调出车辆:%s,载重量:%s,车牌:%s,出车日期:%s\n",q2->next->data.ver_id,q2->next->data.weight,q2->next->data.ver_trand,now_date);            printf("**********************************************************************************************\n");            q2->next->data.ver_status="出车中";//修改车辆状态和上次出车时间            q2->next->data.ver_last_date=(char*)malloc(sizeof(char)*(strlen(now_date)+1));            strcpy(q2->next->data.ver_last_date,now_date);            strcpy(q2->next->data.lender_name,lender_name);            strcpy(q2->next->data.lender_id,lender_id);            strcpy(q2->next->data.return_time,return_time);            strcpy(q2->next->data.section,section);            strcpy(q2->next->data.purpose,purpose);            strcpy(q2->next->data.usedate,usedate);            strcpy(q2->next->data.useprice,useprice);            strcpy(q2->next->data.usetime,usetime);            return 1;         }        else        {            printf("\n****************************************车辆调度结果****************************************");            printf("\n已调出车辆:%s,载重量:%s,车牌:%s,出车日期:%s\n",q1->next->data.ver_id,q1->next->data.weight,q1->next->data.ver_trand,now_date);            printf("**********************************************************************************************\n");            q1->next->data.ver_status="出车中";//修改车辆状态和上次出车时间            q1->next->data.ver_last_date=(char*)malloc(sizeof(char)*(strlen(now_date)+1));            strcpy(q1->next->data.ver_last_date,now_date);            strcpy(q1->next->data.lender_name,lender_name);            strcpy(q1->next->data.lender_id,lender_id);            strcpy(q1->next->data.return_time,return_time);            strcpy(q2->next->data.section,section);            strcpy(q2->next->data.purpose,purpose);            strcpy(q2->next->data.usedate,usedate);            strcpy(q2->next->data.useprice,useprice);            strcpy(q2->next->data.usetime,usetime);            return 1;         }     }    else if ((p=select_vehicle(L,vid)) != NULL)    {        p->next->data.ver_status="出车中";//修改车辆状态和上次出车时间        p->next->data.ver_last_date=(char*)malloc(sizeof(char)*(strlen(now_date)+1));        strcpy(p->next->data.ver_last_date,now_date);        strcpy(p->next->data.lender_name,lender_name);        strcpy(p->next->data.lender_id,lender_id);        strcpy(p->next->data.return_time,return_time);        strcpy(q2->next->data.section,section);        strcpy(q2->next->data.purpose,purpose);        strcpy(q2->next->data.usedate,usedate);        strcpy(q2->next->data.useprice,useprice);        strcpy(q2->next->data.usetime,usetime);        printf("\n****************************************车辆调度结果****************************************");        printf("\n已调出车辆:%s,载重量:%s,车牌:%s,出车日期:%s\n",p->next->data.ver_id,p->next->data.weight,p->next->data.ver_trand,now_date);        printf("**********************************************************************************************\n");        return 1;    }    else if (strcmp("E",vid) == 0)    {        return 0;    }    else    {        printf("输入错误，请返回!\n");        return 4;    }    return 4;} //定义功能2--汽车归还void back_vehicle(VehicleList L, char * key, char *lender_name,                  char *lender_id){    VehicleList p;    if ((p=select_vehicle(L,key)) != NULL)    {        if (strcmp(lender_name,p->next->data.lender_name) == 0 &&            strcmp(lender_id,p->next->data.lender_id) == 0)//姓名和身份证号输入正确才可还车        {            if (datecmp(now_date,p->next->data.return_time) < 1)//如果实际归还时间超出预定归还时间，提示到服务台办理            {                p->next->data.ver_status="可调出";//恢复车辆状态及租车人信息为初始状态                p->next->data.lender_name="N/A";                p->next->data.lender_id="N/A";                p->next->data.return_time="N/A";                printf("\n汽车归还成功!\n\n");            }            else            {                printf("\n归还失败，您的车辆已超期，请到总服务台办理超期还车手续!\n\n");            }        }        else        {            printf("\n租车人姓名或身份证号输入有误!\n\n");        }     }else{        printf("\n没有查询到编号为:%s的车辆信息!\n\n",key);    } } //定义功能3--车辆总况一览void list_all(VehicleList L){    printf("\n车辆编号  车 牌 号  载重量  车 牌  生产厂家  出 厂 日 期  购 买 日 期  购买单价  车型  车辆状态  车辆运营状态  车辆维修情况  车辆违章情况  上次出车时间  租车人姓名  计划归还时间\n");    while (L->next != NULL)    {        //显示所有已登记车辆信息        //if(strcmp("出车中",L->next->data.ver_status) !=0)        printf("%6s %10s %6s %8s %9s %11s %12s %9s %4s %10s %10s %12s %13s %13s %18s %14s\n",               L->next->data.ver_id,L->next->data.ver_no,L->next->data.weight,               L->next->data.ver_trand,L->next->data.factory,               L->next->data.outdate,L->next->data.buydate,L->next->data.price,               L->next->data.ver_type,L->next->data.ver_status,L->next->data.state,               L->next->data.service,L->next->data.violation,L->next->data.ver_last_date,               L->next->data.lender_name,L->next->data.return_time);        L=L->next;    }    printf("\n");    system("pause");} //定义功能4--车辆查询VehicleList select_vehicle(VehicleList L, char * key){    VehicleList p;    p=L;    while (p->next != NULL)    {        //如果查找到符合条件的车辆信息，则返回这个车辆信息节点的指针，strcmp，字符串比较函数        if (strcmp(key,p->next->data.ver_id) == 0 || strcmp(key,p->next->data.ver_no) == 0)        {            return p;//P为该车辆信息节点的指针        }        else        {            p=p->next;        }    }    return NULL;} //定义功能5--新车登记VehicleList register_vehicle(VehicleList L){    VehicleList p,q;    Vehicle v;//定义新增车辆结构体    int id=1001;//初始车辆编号起始ID    char tmpID[5];//车辆编号格式化为字符串    q=L;    while (q->next != NULL)    {        q=q->next;//将指针调至链表尾部以插入新数据    }    //printf("请输入车辆编号: ");    //v.ver_id=getS();    printf("请输入车牌号: ");    v.ver_no=getS();    printf("请输入载重量: ");    v.weight=getS();    printf("请输入车牌: ");    v.ver_trand=getS ();    printf("请输入生产厂家: ");    v.factory=getS();    printf("请输入出厂日期:(格式,如2012-02-22) ");    v.outdate=getS();    printf("请输入购买日期:(格式,如2012-02-22) ");    v.buydate=getS();    printf("请输入购买单价: ");    v.price=getS();    printf("请选择车辆类型(A/B/C): ");    v.ver_type=getS();    printf("请输入车辆运营状态(正常/报废): ");    v.state=getS();    printf("请输入车辆维修情况(否/几次): ");    v.service=getS();    printf("请输入车辆违章情况(否/几次): ");    v.violation=getS();    v.ver_status="可调出";    v.ver_last_date="NEW";    v.lender_name=(char*)malloc(10);    strcpy(v.lender_name, "N/A       ");    v.lender_id=(char*)malloc(10);    strcpy(v.lender_id, "N/A       ");    v.return_time=(char*)malloc(10);    strcpy(v.return_time, "N/A       ");    v.section=(char*)malloc(10);    strcpy(v.section,"N/A       ");    v.purpose=(char*)malloc(10);    strcpy(v.purpose,"N/A       ");    v.usedate=(char*)malloc(10);    strcpy(v.usedate,"N/A       ");    v.useprice=(char*)malloc(10);    strcpy(v.useprice,"N/A       ");    v.usetime=(char*)malloc(10);    strcpy(v.usetime,"N/A       ");    //自动生成车辆编号    sprintf(tmpID, "%d", id);    while(select_vehicle(L,tmpID) != NULL)    {        id++;        sprintf(tmpID, "%d", id);//将id转为字符串存储到tmpID中    }     v.ver_id=(char*)malloc(sizeof(char)*(strlen(tmpID)+1));//分配内存空间    strcpy(v.ver_id,tmpID);//将tmpID拷贝到车辆信息结构中    if(select_vehicle(L,v.ver_no) == NULL)    {        //检查是否已有该车牌号        p=(VehicleList)malloc(sizeof(VNode));//创建新的车辆节点        p->data=v;        q->next=p;//连接新的车辆节点        q=p;    //将q指针移至最后节点        q->next=NULL;//将最后一个节点的next设为NULL        printf("\n成功登记牌号为:%s的车辆，车辆编号为:%s!\n\n",v.ver_no,v.ver_id);    }    else    {        printf("\n已存在该车辆!\n\n");    }    return L;} //定义功能6--车辆注销void delete_vehicle(VehicleList L, char * key){    VehicleList p,q;    p=L;     if ((p=select_vehicle(L,key)) != NULL)    {        q=p->next;        p->next=q->next;//将节点p连接到下下一个节点，即删除找到的节点        free(q);        printf("\n已注销编号为%s的车辆!\n\n",key);     }    else    {        printf("\n没有找到符合条件的车辆!\n\n");    }     system("pause");} //定义功能7--退出系统函数int quit(){    char *temp;    temp=getS();//接受用户输入     if(strcmp("Y",temp)==0)    {        return 1;//返回1，为确实退出    }    else if(strcmp("N",temp)==0)    {        return 0;//返回0，则不退出，并清屏，加载主菜单    }    else    {        return 2;//返回2，说明输入错误，任意键返回主菜单    }     return 2;//默认返回2 } int main(){    VehicleList L1,tmpL;    char *vehicle_key,*lender_name,*lender_id,*return_time,*section,*purpose,*usedate,*useprice,*usetime;    char *filename="vehicle.txt";//设置数据文件    GetLocalTime(&sys);    sprintf(now_date,"%4d-%02d-%02d",sys.wYear,sys.wMonth,sys.wDay);     L1=(VehicleList)malloc(sizeof(VNode));    L1=InitList(L1);    L1=LoadData(L1,"vehicle.txt");     main_menu:    //SaveData(L1,filename);//每完成一个操作都保存数据到文件,默认选择7程序退出时才保存数据    main_menu();//加载主菜单    switch (feature)    {        case 1:        {            int i;            printf("请输入租车人姓名: ");            lender_name = getS();            printf("请输入租车人身份证号: ");            lender_id = getS();            printf("请输入用车单位: ");            section = getS();            printf("请输入出车用途: ");            purpose = getS();            printf("请输入出车时长(格式N天): ");            usetime = getS();            printf("请输入出车日期(格式YYYY-MM-DD,如 %s): ",now_date);            usedate = getS();            printf("请输入计划归还时间(格式YYYY-MM-DD,如 %s): ",now_date);            return_time = getS();            useprice = "200";            if (datecmp(now_date,return_time) > 0)            {                printf("\n归还时间输入错误，最少需要租一天，即时间应该大于等于 %s\n\n",now_date);                system("pause");                system("cls");                goto main_menu;            }            i=dispatch(L1,lender_name,lender_id,return_time,section,purpose,usedate,useprice,usetime);        //调用车辆调度函数            if (i==0)            {                system("cls");                goto main_menu;            }            else            {                system("pause");                system("cls");                goto main_menu;            }        }         case 2:        {            printf("请输入汽车编号: ");            vehicle_key = getS();            printf("请输入租车人姓名: ");            lender_name = getS();            printf("请输入租车人身份证号: ");            lender_id = getS();            back_vehicle(L1,vehicle_key,lender_name,lender_id);//调用车辆归还函数            system("pause");            system("cls");            goto main_menu;        }         case 3:        {            list_all(L1);//调用车辆总览函数            system("cls");            goto main_menu;        }         case 4:        {            printf("请输入汽车编号或车牌号: ");            vehicle_key=getS();            tmpL=select_vehicle(L1,vehicle_key);//调用车辆查找函数            if (tmpL != NULL)//返回不为空，说明找到了            {                printf("\n*****************************找到了符合条件的车辆信息****************************\n");                printf("\n车辆编号  车 牌 号  载重量  车 牌  车 型  车辆状态  上次出车时间  租车人姓名  计划归还时间\n");                printf("\n%6s %10s %6s %8s %4s %10s %10s %18s %14s\n",                       tmpL->next->data.ver_id,tmpL->next->data.ver_no,tmpL->next->data.weight,tmpL->next->data.ver_trand,                       tmpL->next->data.ver_type,tmpL->next->data.ver_status,                       tmpL->next->data.ver_last_date,tmpL->next->data.lender_name,                       tmpL->next->data.return_time);                system("pause");            }            else            {                printf("\n\n没有找到符合条件的车辆信息!\n\n");                system("pause");//按任意键继续            }            system("cls");            goto main_menu;        }         case 5:        {            L1=register_vehicle(L1);//调用车辆登记函数            system("pause");            system("cls");            goto main_menu;        }         case 6:        {            vehicle_key = "0008";            printf("请输入需要注销的车辆编号: ");            vehicle_key=getS();            delete_vehicle(L1,vehicle_key);//调用车辆注销函数            system("cls");            goto main_menu;        }         case 7:        {            int temp;            printf("您确定要退出系统？输入Y确定，输入N返回主菜单\n");            temp = quit();            if(1 == temp)            {                SaveData(L1,filename);//保存数据                return 0;            }            else if(0 == temp){                system("cls");                goto main_menu;//如果返回真则退出，否则返回主菜单            }            else            {                printf("输入错误!");                system("pause");            }        }         default:        {            system("cls");            getchar();            goto main_menu;//如果输入不在1-7内，则返回主菜单        }     }     return 0;}

到此，相信大家对“C语言如何实现单位车辆调度管理”有了更深的了解，不妨来实际操作一番吧！这里是编程网网站，更多相关内容可以进入相关频道进行查询，关注我们，继续学习！