container::~container()
{
clear();
{
POOLLIST_DELETE(m_va_pl, variant_array, VARIANT_ARRAY_DELETE(*n));
POOLLIST_DELETE(m_vm_pl, variant_map, VARIANT_MAP_DELETE(*n));
POOLLIST_DELETE(m_v_pl, variant, USE(n));
}
{
POOLLIST_CLEAR(m_cva_pl, variant_array, ARRAY_DEEP_CLEAR(n->va, variant_array *));
POOLLIST_CLEAR(m_cvm_pl, variant_map, HASHMAP_CLEAR(n->vm));
POOLLIST_CLEAR(m_cv_pl, variant, USE(n));
POOLLIST_DELETE(m_cva_pl, variant_array, VARIANT_ARRAY_DELETE(*n));
POOLLIST_DELETE(m_cvm_pl, variant_map, VARIANT_MAP_DELETE(*n));
POOLLIST_DELETE(m_cv_pl, variant, USE(n));
}
}
POOLLIST_DELETE(m_va_pl);
pool<variant_map>::node * pvmn = m_vm_pl.p.m_data;
while (pvmn != 0)
{
VARIANT_MAP_DELETE(pvmn->t);
pvmn = pvmn->next;
}
POOLLIST_DELETE(m_vm_pl);
POOLLIST_DELETE(m_v_pl);
}
void container::clear()
{
POOLLIST_CLEAR(m_va_pl, variant_array, ARRAY_DEEP_CLEAR(n->t.va, pool<variant_array>::node *));
POOLLIST_CLEAR(m_vm_pl, variant_map, HASHMAP_CLEAR(n->t.vm));
POOLLIST_CLEAR(m_v_pl, variant, USE(n));
}
variant_array * container::newarray()
{
pool<variant_array>::node * n = 0;
POOLLIST_POP(m_va_pl, n, variant_array, m_fk->cfg.array_grow_speed);
ARRAY_INI(n->t.va, m_fk);
ARRAY_CLEAR(n->t.va);
return &n->t;
}
variant_map * container::newmap()
