C语言停车场管理系统（完整代码）

#include<stdio.h> #include<stdlib.h> #include<malloc.h> #include<string.h> #include<conio.h> #include<time.h> #include <windows.h> //#include <graphics.h> #define price 0.05 //每车每分钟费用 typedef struct time //时间结点 { int hour; int min; }Time; /*----------------------------------*/ /*记录汽车的牌照号码和汽车的当前状态*/ /*----------------------------------*/ typedef struct { char license_plate[10]; //汽车牌照号码 Time reach; Time leave; char state; //汽车的当前状态，可字符s表示停放在停车位上 //可字符p表示停放在便道上，每辆车的初始状态用字符i表示 }CAR; /*-----------------------------------*/ /*为每个车位分配-个固定的编号(顺序栈)*/ /*-----------------------------------*/ #define MAX_STOP 5 typedef struct { CAR STOP[MAX_STOP]; //各汽车信息的存储空间 int top; //用来指示栈顶位置的静态指针 }STOPPING; /*------------*/ /*便道(顺序队)*/ /*------------*/ #define MAX_PAVE 100 //便道不限制停放车辆的数目，设为足够大 typedef struct { CAR PAVE[MAX_PAVE]; //各汽车信息的存储空间 int front,rear; //用来指示队头和队尾位置的静态指针 }PAVEMENT; /*----------------------------------*/ /*停车位中让路的车依次"压入"(辅助栈)*/ /*----------------------------------*/ typedef struct { CAR BUF[MAX_STOP]; //各汽车信息的存储空间 int top; //用来指示栈顶位置的静态指针 }BUFFER; void gotoxy(int y , int x) { COORD pos = {x,y}; HANDLE hOut = GetStdHandle(STD_OUTPUT_HANDLE); SetConsoleCursorPosition(hOut, pos); } /*--------*/ /*输入框*/ /*--------*/ void Text() { int i,j,k; for(j=17,k=30,i=1;i<3;i++) { gotoxy(i,j); putchar('|'); gotoxy(i+1,k); putchar('|'); } gotoxy(1,17); putchar('+'); gotoxy(3,17); putchar('+'); gotoxy(3,30); putchar('+'); for(j=1,k=3,i=18;i<30;i++) { gotoxy(j,i); putchar('-'); gotoxy(k,i); putchar('-'); } gotoxy(1,30); putchar('+'); gotoxy(2,20); } /*--------*/ /*初始化栈*/ /*--------*/ void InitStack(STOPPING *s) { s->top=0; } void InitStack1(BUFFER *s) { s->top=0; } /*----------*/ /*初始化队列*/ /*----------*/ void InitQueue(PAVEMENT *s) { s->front = 0; s->rear = 0; } //*********************************************************** //停入便道 //************************************************************ void Pave(PAVEMENT *sq) { system("cls"); printf("●\t\t车位已满！请依次停在便道上等候\n"); while(1){ printf("●\t\t是否继续停在便道?(y/n)"); if (tolower(getchar())=='n') { break; } getchar(); system("cls"); if((sq->rear+1)%MAX_PAVE == sq->front) printf("●\t\t便道已满！"); else { printf("●\t\t请输入车牌号(例:渝A1234):\n"); sq->rear = (sq->rear+1) % MAX_PAVE; Text(); gets(sq->PAVE[sq->rear].license_plate); gotoxy(4,0); sq->PAVE[sq->rear].state='p'; printf("●\t\t排号为%s的车已在便道上等候！\n",sq->PAVE[sq->rear].license_plate); } } } //*********************************************************** //停入停车场 //************************************************************ void Parking(STOPPING *s,PAVEMENT *sq) { system("cls"); while(1){ if(s->top==MAX_STOP) { Pave(sq); break; } else { system("cls"); printf("●\t\t请输入车牌号(例:渝A1234)：\n"); printf("●\t\t"); Text(); gets(s->STOP[s->top].license_plate); gotoxy(4,0); //getchar(); time_t timep; struct tm *p; time (&timep); p=gmtime(&timep); //printf("●\t\t请输入进场时间(例:**：**)：\n"); s->STOP[s->top].reach.hour = 8+p->tm_hour; s->STOP[s->top].reach.min = p->tm_min; //获取当前分 //scanf("%d%d",&(s->STOP[s->top].reach.hour),&(s->STOP[s->top].reach.min)); printf("●\t\t牌照为%s的汽车进入停车位的%d号车位！！\n",s->STOP[s->top].license_plate,s->top+1); s->STOP[s->top++].state='s'; } printf("●\t\t是否继续?(y/n)"); if (tolower(getchar())=='n') { break; } getchar(); } } //*********************************************************** //列表打印信息 //************************************************************ void List(PAVEMENT *sq) { system("cls"); while(1){ if(sq->front==sq->rear) { printf("\n"); printf("\t\t ◆◆◆◆便道◆◆◆◆\n"); printf("\n\n"); printf("●\t\t还没有车辆进入便道！！\n"); } else { int i; int count = 1; i = (MAX_PAVE+sq->rear-sq->front)%MAX_PAVE; printf("\n"); printf("\t\t ◆◆◆◆便道◆◆◆◆\n"); printf("\n\n"); printf("\t\t------------------------"); printf("\n●\t\t位置\t车牌号\t 状态\n"); printf("\t\t------------------------\n"); for(int j=sq->front+1;j<=i+sq->front;j++) { printf("●\t\t%d\t",count); printf("%s\t %c\n",sq->PAVE[j].license_plate,sq->PAVE[j].state); count++; printf("\t\t------------------------\n"); } } printf("●\t\t按回车键退出"); if (getchar()) { break; } } } void print(STOPPING *s) { system("cls"); while(1){ int i; i = s->top; if(i == 0) { printf("\n"); printf("\t\t ◆◆◆◆车场◆◆◆◆\n"); printf("\n\n"); printf("\n●\t\t车场里没有车！！\n"); } else { printf("\n"); printf("\t\t ◆◆◆◆车场◆◆◆◆\n"); printf("\n\n"); printf("\t\t--------------------------------------"); printf("\n●\t\t位置\t到达时间\t车牌号\t 状态\n"); printf(" \t\t--------------------------------------\n"); for(int j=0;j<i;j++) { printf("●\t\t%d\t%d:%d\t\t",j+1,s->STOP[j].reach.hour,s->STOP[j].reach.min); printf("%s\t %c\n",s->STOP[j].license_plate,s->STOP[j].state); printf("\t\t--------------------------------------\n"); } } printf("●\t\t按回车键退出"); if (getchar()) { break; } } } void list(STOPPING *s,PAVEMENT *sq) { int ch; int flag; flag=1; while(flag) { system("cls"); //必须包含头文件 #include <stdlib.h> 其作用是清除屏幕先前的显示内容！ printf("\t\t-----------------------------------\n"); printf("\t\t ------ 车辆信息查询------\n"); printf("\t\t-----------------------------------\n"); printf("\n\t\t********************************\n"); printf("\t\t==\t1.车场\n\t\t+\n"); printf("\t\t==\t2.便道\n\t\t+\n"); printf("\t\t==\t3.返回\n\t\t+\n"); printf("\t\t********************************\n"); printf("\t\t==---------------------------------\n"); char c; int x,y,i,j; x=20; y=5; gotoxy(5,20); printf("->"); while(1) { if((c=getch())<0) c=getch(); switch(c) { case 72: if(y>5) y=y-2; else if(y=3) y=9; break; case 80: if(y<9) y=y+2; else if(y=11) y=5; break; case 10:break; case 13:break; default: break; } if(c==10||c==13) { if(x==20&&y==5) ch=1; else if(x=20&&y==7) ch=2; else if(x=20&&y==9) ch=3; //getchar(); break; } else { system("cls"); gotoxy(0,0); printf("\t\t-----------------------------------\n"); printf("\t\t ------ 车辆信息查询------\n"); printf("\t\t-----------------------------------\n"); printf("\n\t\t********************************\n"); printf("\t\t==\t1.车场\n\t\t+\n"); printf("\t\t==\t2.便道\n\t\t+\n"); printf("\t\t==\t3.返回