void THierarchicalStorage::WriteBinaryDataAsString(const UnicodeString & Name, const RawByteString & Value)
{
// This should be exactly the same operation as calling WriteString in
// C++Builder 6 (non-Unicode) on Unicode-based OS
// (conversion is done by Ansi layer of the OS)
WriteString(Name, AnsiToString(Value));
}
RawByteString THierarchicalStorage::ReadStringAsBinaryData(const UnicodeString & Name, const RawByteString & Default) const
{
UnicodeString UnicodeDefault = AnsiToString(Default);
// This should be exactly the same operation as calling ReadString in
// C++Builder 6 (non-Unicode) on Unicode-based OS
// (conversion is done by Ansi layer of the OS)
UnicodeString String = ReadString(Name, UnicodeDefault);
AnsiString Ansi = AnsiString(String);
RawByteString Result = RawByteString(Ansi.c_str(), Ansi.Length());
return Result;
}
extern "C" int WINAPI WinMain (HINSTANCE hInst, HINSTANCE hPrevInst, LPSTR pszCmdLineA, int nCmdShow)
{
LPTSTR pszCmdLine = AnsiToString (pszCmdLineA);
if (InitApplication (hInst, pszCmdLine, nCmdShow))
{
AfsAppLib_MainPump();
}
ExitApplication();
FreeString (pszCmdLine, pszCmdLineA);
return g.rc;
}
UnicodeString UnMungeStr(const UnicodeString & Str)
{
// Str should contain ASCII characters only
RawByteString Source = Str;
RawByteString Dest;
char * Buffer = Dest.SetLength(Source.GetLength());
putty_unmungestr(Source.c_str(), Buffer, static_cast<int>(Source.GetLength()));
// Cut the string at null character
PackStr(Dest);
UnicodeString Result;
const std::string Bom(CONST_BOM);
if (Dest.Pos(Bom.c_str()) == 1)
{
Dest.Delete(1, Bom.size());
Result = UTF8ToString(Dest);
}
else
{
Result = AnsiToString(Dest);
}
return Result;
}
BOOL SERVER::RefreshAggregates (BOOL fNotify, ULONG *pStatus)
{
BOOL rc = TRUE;
DWORD status = 0;
if (m_fAggregatesOutOfDate)
{
m_fAggregatesOutOfDate = FALSE;
if (fIsMonitored())
{
if (fNotify)
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshAggregatesBegin, GetIdentifier());
// First thing is to forget about what aggregates we think we have
// now.
//
LPENUM pEnum;
for (pEnum = m_lAggregates->FindLast(); pEnum; pEnum = pEnum->FindPrevious())
{
LPAGGREGATE lpAggregate = (LPAGGREGATE)(pEnum->GetObject());
lpAggregate->SendDeleteNotifications();
m_lAggregates->Remove (lpAggregate);
Delete (lpAggregate);
}
// Next, the harder part: look through the server to find a list
// of aggregates.
//
PVOID hCell;
PVOID hVOS;
if ((hVOS = OpenVosObject (&hCell, &status)) == NULL)
rc = FALSE;
else
{
WORKERPACKET wpBegin;
wpBegin.wpVosPartitionGetBegin.hCell = hCell;
wpBegin.wpVosPartitionGetBegin.hServer = hVOS;
if (!Worker_DoTask (wtaskVosPartitionGetBegin, &wpBegin, &status))
rc = FALSE;
else
{
for (;;)
{
WORKERPACKET wpNext;
wpNext.wpVosPartitionGetNext.hEnum = wpBegin.wpVosPartitionGetBegin.hEnum;
if (!Worker_DoTask (wtaskVosPartitionGetNext, &wpNext, &status))
{
if (status == ADMITERATORDONE)
status = 0;
else
rc = FALSE;
break;
}
vos_partitionEntry_p pData = &wpNext.wpVosPartitionGetNext.Data;
LPTSTR pszName = AnsiToString (pData->name);
LPTSTR pszDevice = AnsiToString (pData->deviceName);
LPAGGREGATE lpAggregate = New2 (AGGREGATE,(this, pszName, pszDevice));
lpAggregate->m_as.dwID = lpAggregate->GetID();
FreeString (pszDevice, pData->deviceName);
FreeString (pszName, pData->name);
lpAggregate->m_wGhost |= GHOST_HAS_SERVER_ENTRY;
lpAggregate->m_as.ckStorageTotal = pData->totalSpace;
lpAggregate->m_as.ckStorageFree = pData->totalFreeSpace;
m_lAggregates->Add (lpAggregate);
NOTIFYCALLBACK::SendNotificationToAll (evtCreate, lpAggregate->GetIdentifier());
}
WORKERPACKET wpDone;
wpDone.wpVosPartitionGetDone.hEnum = wpBegin.wpVosPartitionGetBegin.hEnum;
Worker_DoTask (wtaskVosPartitionGetDone, &wpDone);
}
CloseVosObject();
}
if (fNotify)
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshAggregatesEnd, GetIdentifier(), ((rc) ? 0 : status));
}
}
if (pStatus && !rc)
*pStatus = status;
return TRUE;
}