C++ 堆损坏？Windows已在SwiftIndex.exe中触发断点

我知道有人问过类似的问题，但我仍然无法找出问题所在。如上所述，我正在用VS2010调试一个程序，它总是告诉我这可能是由于堆损坏所致，这表明SwiftIndex.exe或它加载的任何DLL中存在错误……因此，下面是我的部分代码：

Status  PrefixQuickSI::my_QucikSI(std::vector<_QISymbol> &cur_sequence, QISequence        graphcode, int  depth, int feature_size, ECVector<char> cur_UsageTab,     ECVector<SequenceIndex> cur_MappingTab, bool &flag)
{
Status st;
int vcnt = m_QueryGraph->V();
_QISymbol T;
if(depth == 0)                                      
{
    T.tSymbol = graphcode.sequence[depth]->tSymbol; 
    T.rSymbols.clear();
    for(int i = 0; i < graphcode.sequence[depth]->numOfRSymbol; i++)
    {
        int  v1,v2;
        Label elabel;
        v1 = graphcode.sequence[depth]->rSymbol[i].val;
        v2 = graphcode.sequence[depth]->rSymbol[i+1].val;
        elabel = graphcode.sequence[depth]->rSymbol[i].lable;
        if(m_QueryGraph->getELabel(cur_MappingTab[v1],cur_MappingTab[v2]) != elabel)
        {   
            flag = false;
            return OK;
        }
        T.rSymbols.push_back(graphcode.sequence[depth]->rSymbol[i]);
        T.rSymbols.push_back(graphcode.sequence[depth]->rSymbol[i+1]);
        i++;                

    }
    depth++;
    cur_sequence.push_back(T);
    if(depth == graphcode.numOfPrefixNode)
    {
        flag =true;
        return OK;
    }
    else
    {
        st = my_QucikSI(cur_sequence, graphcode,depth, feature_size, cur_UsageTab, cur_MappingTab, flag);
        if(flag == true)
        {
            return OK;
        }
        else
        {
            flag = false;
            return OK;
        }
    }
}
else
{

    T.tSymbol = graphcode.sequence[depth]->tSymbol;  
    for( int j = 0; j < graphcode.sequence[depth]->numOfRSymbol; ++j )  
    {
        RSymbol rSymbol;
        rSymbol = graphcode.sequence[depth]->rSymbol[j];
        T.rSymbols.push_back(rSymbol);
    } 

    int pV;
    VertexIDSet Vcandiates;

    for( int i = 0; i < vcnt; i++ )
    {
        pV = T.tSymbol.p;       
        if( cur_UsageTab[i] > 0 || m_QueryGraph->getLabel(i) != T.tSymbol.l || m_QueryGraph->getELabel(i, cur_MappingTab[pV]) != T.tSymbol.pl)
            continue;

        Vcandiates.insert(i);
    }

    for( VertexIDSet::const_iterator v = Vcandiates.begin(); v != Vcandiates.end(); v++ ) 
    {
        bool mis_match = false;
        for( std::vector<RSymbol>::const_iterator r = T.rSymbols.begin(); r != T.rSymbols.end(); r++ )
        {
            if( !MatchREntry(cur_sequence, *v, *r) )
            {
                mis_match = true;
                break;
            }
        }
        if( mis_match ) 
            continue;
        cur_MappingTab[feature_size + depth] = *v;
        cur_UsageTab[*v] = 1;
        depth++; 
        cur_sequence.push_back(T);
        if(depth == graphcode.numOfPrefixNode)
        {
            flag = true;
            return OK;
        }
        else
        {
            st = my_QucikSI(cur_sequence, graphcode,depth, feature_size, cur_UsageTab, cur_MappingTab,flag);
            if(flag == true)
            {
                return OK;
            }
            else
            {
                cur_UsageTab[*v] = 0;
                depth--;
            }
        }

    }       
}

return OK;
}

我一步一步地调试，发现堆损坏发生在函数my_QuickSIflag的第二次递归返回中，在第三次递归和函数返回第二次递归时，堆损坏已经等于true，当它即将返回第一次递归时，堆损坏发生了。

---

希望有人能找到问题所在。

您可以找到我以前的答案对您的问题有用：

通常，在进程中加载的某些DLL/模块已经发生真正的损坏之后，通常会检测到堆损坏

int depth = 0;
st = my_QucikSI(cur_sequence, datacodes[cur_graphid], depth, cur_size,cur_UsageTab,cur_MappingTab, flag);