文字列をカンマで分割し、二次元配列を形成し、結果をC/C++に伝える

次の特徴("abcdef,acccd,eeee,aaa,e 3 eeeee,sssss,")に合致する文字列があり、関数(インタフェース)を書き、次の結果を出力する必要があります.
1)文字列をカンマで分割し,2次元配列を形成し,結果を伝達する.
2)2次元配列行数演算結果も出力する.

int getStrArray(const char *src, char dst[100][100])      
{      
    int i = 0,j = 0, nLength  = 0;      
    char *curStart = src; 
    char *lastStart = src;

    do 
    {
        curStart = strstr(curStart, ",");
        nLength = curStart - lastStart;  
        memcpy(dst[i++], lastStart, nLength);      
        lastStart = ++curStart;      
    } while (*curStart != '\0');   
    return 0;      
}      
int main()      
{      
    char *src = "abcdef,acccd,eeee,aaaa,e3eeeee,sssss,";      
    char dst[100][100] = {0};      
    getStrArray(src, dst);      
    return 0;      
}  

また、2 Dポインタモデルを別の2 Dポインタモデルで実現することもできます.

void printfArr(char **arrayPtr, int nLength)  
{  
    int i = 0;  
    for (; i < nLength; i++)  
    {  
        printf("%s
", arrayPtr[i]);  
    }  
}  


int getStrArray(const char *src, char **dst)      
{      
    int i = 0,j = 0, nLength  = 0;      
    char *curStart = src; 
    char *lastStart = src;

do 
{
    curStart = strstr(curStart, ",");
    nLength = curStart - lastStart;  
    memcpy(dst[i++], lastStart, nLength);      
    lastStart = ++curStart;      
} while (*curStart != '\0');   
return 0;      
}      
int main() 
{ 
int j = 0; 
int i =0; 
char *src = “abcdef,acccd,eeee,aaaa,e3eeeee,sssss,”; 
char dst = (char )malloc(10 * sizeof(char *));
if (!dst)
{
    return -1;
}
for (; i < 10; i++)
{
    dst[i] = (char *)malloc(100);
    memset(dst[i],'\0',100);
}

getStrArray(src, dst); 

printfArr(dst, 10);

for (i = 0; i < 10; i++)
{
    free(dst[i]);
}
free(dst);
return 0;      
} 
//全部で何行に分けますか
void getLine(char *str, char c, int *line){ 
char *p = str; 
char *q = str; 
int num = 0; 
while (*p != ‘\0’){ 
if (*p == c){ 
num++; 
} 
p++; 
} 
num = num + 1; 
*line = num; 
} 
char **  getData(char *str, char c, int line){ 
char *p = str; 
char *q = str;
char **result = (char **)malloc(line*sizeof(char*));
for (int i = 0; i < line; i++){
    while (*q != '\0' && *q != c){//                c
        q++;
    }
    char *part = (char *)malloc(100 * sizeof(char));
    int length = q - p;
    memcpy(part, p, length);//    
    part[length] = '\0';

    p = q + 1 ;
    q = q + 1;
    result[i] = part;       
}
return result;
};
void main(){ 
char *str =”abcdef,acccd,eeee,aaaa,e3eeeee,sssss”; 
int line = (int )malloc(1*sizeof(int)); 
char c = ‘,’; 
getLine(str, c, line); 
printf(“%s文字列は%d行に分けることができます”,str,*line);
char ** result = getData(str, c, *line); 
printf(「分割された文字列配列データ:」);
for (int i = 0; i < *line; i++){ 
printf(“%s”,result[i]); 
} 
system(“pause”); 
}