该段代码如何补充完整，使其能够按要求运行

#include <stdio.h>
#include <stdlib.h>
#define MAXSIZE 10 //最大长度
typedef char ElemType;
typedef struct {
ElemType* elem; //指向顺序存储的线性表的基地址
unsigned int uListLength; //线性表的当前长度
unsigned int uListSize; //线性表的最大长度

}SqList;
//线性表采用顺序存储实现，基本操作函数声明如下：
bool InitList(SqList& L, unsigned int uListSize); //线性表初始化
bool DestroyList(SqList& L); //销毁线性表
//下面是三个在表尾插入一个数据元素的函数声明
bool ListTailInsertPassByValue(SqList L, ElemType e);
bool ListTailInsertPassByRef(SqList& L, ElemType e);
bool ListTailInsertPassByPoint(SqList* L, ElemType e);
int main()
{
SqList sqList;
int i = 0;
char cTemp = 0;
ElemType eTemp = '1';
InitList(sqList, MAXSIZE);
eTemp = '1';
ListTailInsertPassByValue(sqList, eTemp);
eTemp = '2';
ListTailInsertPassByRef(sqList, eTemp);
eTemp = '3';
ListTailInsertPassByPoint(&sqList, eTemp);
DestroyList(sqList);
}

//线性表初始化，InitList，代码略，参考教材或PPT代码
//销毁线性表，DestroyList，代码略，参考教材或PPT代码
//三个在顺序表尾巴插入数据元素函数的实现代码
bool ListTailInsertPassByValue(SqList L, ElemType e) {
if ((L.elem) && (L.uListLength < L.uListSize))
{ L.elem[L.uListLength] = e; L.uListLength++;
return true; }
else
return false;
}
bool ListTailInsertPassByRef(SqList& L, ElemType e) {
if ((L.elem) && (L.uListLength < L.uListSize))
{ L.elem[L.uListLength] = e; L.uListLength++;
return true; }
else
return false; }
bool ListTailInsertPassByPoint(SqList* L, ElemType e) {
if (!L)
return false;
if ((L->elem) && (L->uListLength < L->uListSize))
{ L->elem[L->uListLength] = e; L->uListLength++;
return true; }
else
return false; }

#include <stdio.h>
#include <stdlib.h>
#define MAXSIZE 10 //最大长度
typedef char ElemType;
typedef struct {
    ElemType* elem; //指向顺序存储的线性表的基地址
    unsigned int uListLength; //线性表的当前长度
    unsigned int uListSize; //线性表的最大长度

}SqList;
//线性表采用顺序存储实现，基本操作函数声明如下：
bool InitList(SqList& L, unsigned int uListSize); //线性表初始化
bool DestroyList(SqList& L); //销毁线性表
//下面是三个在表尾插入一个数据元素的函数声明
bool ListTailInsertPassByValue(SqList L, ElemType e);
bool ListTailInsertPassByRef(SqList& L, ElemType e);
bool ListTailInsertPassByPoint(SqList* L, ElemType e);
int main()
{
    SqList sqList;
    int i = 0;
    char cTemp = 0;
    ElemType eTemp = '1';
    InitList(sqList, MAXSIZE);
    eTemp = '1';
    ListTailInsertPassByValue(sqList, eTemp);
    eTemp = '2';
    ListTailInsertPassByRef(sqList, eTemp);
    eTemp = '3';
    ListTailInsertPassByPoint(&sqList, eTemp);
    DestroyList(sqList);

    return 0;
}

//线性表初始化，InitList，代码略，参考教材或PPT代码
bool InitList(SqList& L, unsigned int uListSize)
{
    L.elem = new ElemType[uListSize];
    L.uListLength = 0;
    L.uListSize = uListSize;
    return true;
}
//销毁线性表，DestroyList，代码略，参考教材或PPT代码
 bool DestroyList(SqList& L)
 {
     delete[] L.elem;
     L.elem = nullptr;
     L.uListLength = 0;
     L.uListSize = 0;
     return true;
 }
//三个在顺序表尾巴插入数据元素函数的实现代码
bool ListTailInsertPassByValue(SqList L, ElemType e) {
    if ((L.elem) && (L.uListLength < L.uListSize))
    {
        L.elem[L.uListLength] = e; L.uListLength++;
        return true;
    }
    else
        return false;
}
bool ListTailInsertPassByRef(SqList& L, ElemType e) {
    if ((L.elem) && (L.uListLength < L.uListSize))
    {
        L.elem[L.uListLength] = e; L.uListLength++;
        return true;
    }
    else
        return false;
}
bool ListTailInsertPassByPoint(SqList* L, ElemType e) {
    if (!L)
        return false;
    if ((L->elem) && (L->uListLength < L->uListSize))
    {
        L->elem[L->uListLength] = e; L->uListLength++;
        return true;
    }
    else
        return false;
}