that is not the same as the code when adding elements to a mass exceeding 5 values

[Jolied]

There's a structure that stores std:vector

struct TRemoteQuestData
{
    bool bActivate;
    int nIndex;
    int nQuestID;
    bool bPreQuestCheckType;
    std::vector<int> nVecPreQuestCondition;
    TEventCondition GainCondition;
};

in this code, when more than five elements are reached in the mass, the sin occurs.

TRemoteQuestData *pData = new TRemoteQuestData;
memset( pData, 0, sizeof(TRemoteQuestData) );
for( int j=0; j<10; j++ )

{

int nPreQuestID = pTable->GetFieldFromLablePtr( iIdx, sFieldNum._PreQuestCondition[j] )->GetInteger();

if( 0 == nPreQuestID )

continue;
pData-&gt;nVecPreQuestCondition.push_back( nPreQuestID );

}

Crash in writing

Вызвано исключение: нарушение доступа для чтения.

_Pnext было 0x8.

But if you write that, there's no mistake.

TRemoteQuestData *pData = new TRemoteQuestData;

memset( pData, 0, sizeof(TRemoteQuestData) );

pData->nVecPreQuestCondition.resize(10);

for( int j=0; j<10; j++ )

{

int nPreQuestID = pTable->GetFieldFromLablePtr( iIdx, sFieldNum._PreQuestCondition[j] )->GetInteger();

if( 0 == nPreQuestID )

continue;
pData-&gt;nVecPreQuestCondition[j] = nPreQuestID;

}

Please explain why pushing_back is cracking and how to fix it, or is this how to use the 2nd option?

[gionna]

You've done it yourself. Better use the second option. It's better (in terms of code). Especially std:vector has an initial design that cannot use 0 with memset.