void AllContainersInFileInOrderIterator::Init
(
SourceFile *pFile,
bool fIncludePartialContainers,
bool fIncludeTransientTypes
)
{
// Free the memory.
m_nra.FreeHeap();
if (pFile != NULL)
{
SymbolList *pList = pFile->GetNamespaceLevelSymbolList();
unsigned cContainers = pList->GetCount();
BCSYM_Container **ppContainer;
BCSYM_NamedRoot *pCurrent, *pContainer;
IfFalseThrow(cContainers + 1 > cContainers);
ppContainer = m_ppNext = (BCSYM_Container **)m_nra.Alloc(VBMath::Multiply(
(cContainers + 1),
sizeof(BCSYM_Container *)));
for (pCurrent = pList->GetFirst(); pCurrent; pCurrent = pCurrent->GetNextInSymbolList())
{
pContainer = pCurrent->DigThroughAlias()->PNamedRoot();
if (pContainer->IsContainer() &&
(fIncludePartialContainers || !pContainer->PContainer()->IsPartialTypeAndHasMainType()) &&
(fIncludeTransientTypes || !pContainer->IsTransientClass())
)
{
*ppContainer = pContainer->PContainer();
ppContainer++;
}
}
// Sort the list in file definition order.
extern int _cdecl SortSymbolsByLocation(const void *arg1, const void *arg2);
qsort(m_ppNext, ppContainer - m_ppNext, sizeof(BCSYM_Container *), SortSymbolsByLocation);
}
else
{
m_ppNext = NULL;
}
}
void AllContainersInFileIterator::Init
(
CompilerFile *pFile,
bool fIncludePartialContainers,
bool fIncludeTransientSymbols
)
{
if (pFile != NULL)
{
SymbolList *pList = pFile->GetNamespaceLevelSymbolList();
m_pNext = pList->GetFirst();
}
else
{
m_pNext = NULL;
}
m_fIncludePartialContainers = fIncludePartialContainers;
m_fIncludeTransientSymbols = fIncludeTransientSymbols;
}
