//停车场管理系统 #include〈stdio.h>#include=S.stacksize) return OK;elsereturn ERROR;}//入栈int Push(SqStack &S,Car e){if(S.top-S.base==S.stacksize) return ERROR;*S。top++=e;return OK;} //出栈int Pop(SqStack &S,Car &e){if(S。top==S.base) return ERROR;e=*-—S。top; return OK;} //遍历栈int StackTraverse(SqStack S) {Car *p=S。top; Car *q=S.base;int l=1;if(StackEmpty(S)){for(int j=1;j〈=STACKSIZE;j++){printf(”\t 车牌: ");printf("\t\t 到达时间: ");printf(”\t 位置%d:空空",j);printf(”\n");}return OK; }while(p!=q){Car car=*(q);printf(”\t 车牌: %d”,car。CarNum);printf("\t\t 到达时间:%5.2f",car.time);printf(”\t\t 位置:%d”,l++);printf("\n");q++;}return OK;}//备用车道 (顺序栈)typedef struct {Car2 *top2;Car2 *base2; // int stacksize2;}SqStack2; //初始化 int InitStack2(SqStack2 &S2){S2。base2=new Car2[STACKSIZE];if(!S2。top2) exit(OVERFLOW); //S2.top2=S2。base2;S2.stacksize2=STACKSIZE;return OK; } //判空int StackEmpty2(SqStack2 S2){if(S2。top2==S2.base2) return OK;else return ERROR;} //进栈int Push2(SqStack2 &S2,Car2 e2){if(S2。top2-S2.base2==STACKSIZE) return ERROR;*S2。top2++=e2;return OK;} //出栈int Pop2(SqStack2 &S2,Car2 &e2){if(S2。top2==S2.base2...