C / C++ / MFC

Maximilien wrote:

I strongly suggest you start using STL and std::map

Roger Stoltz wrote:

So if I know how to use the STL library I can write more portable code

class CRICH {};
 
vector<CRICH*> m_table;
CRICH *CRICHobj = new CRICH;
m_table.push_back(CRICHobj);

vector<CRICH*>::iterator it;
 
for (it = m_table.begin(); it != m_table.end(); it++) {
    delete(*it);
}
m_table.clear();

CRICH CRICHobj = CRICH();
m_table.push_back(CRICHobj);

prithaa wrote:

But then what should I do about the insert in a vector

prithaa wrote:

How can I access the all the elements of the vector once I insert

prithaa wrote:

Now the pointers after 2 become invalid if I already have vector of about 10 elements of CRICH*

std::vector<patate*> myVectorPatate;

patate* p = new patate( 1 );
myVectorPatate.push_back( p );

p = new patate( 2 );
myVectorPatate.push_back( p );

p = new patate( 3 );
myVectorPatate.push_back( p );

patate* p4 = new patate( 4 );
myVectorPatate.push_back( p4 );

p = new patate( 5 );
myVectorPatate.push_back( p );

p = new patate( 6 );
myVectorPatate.push_back( p );

p = new patate( 7 );
myVectorPatate.push_back( p );

for ( unsigned int i = 0; i < myVectorPatate.size(); i++ )
{
    patate* p  = myVectorPatate[i];
    std::cout << p->m_i << std::endl;
}


p = new patate( 33 );
myVectorPatate.insert( myVectorPatate.begin() + 2, p );

for ( unsigned int i = 0; i < myVector.size(); i++ )
{
    patate* p  = myVectorPatate[i];
    std::cout << p->m_i << std::endl;
}

Magonnew wrote:

When I set the 'owner-draw style' and 'has strings' attribute to false...