void PhysicalFileInfo::init(IDistributedFile * _df)
{
df.set(_df);
totalSize = 0;
Owned<IDistributedFilePartIterator> iter = df->getIterator();
ForEach(*iter)
{
IDistributedFilePart & cur = iter->query();
offset_t partSize = cur.getFileSize(true, false);
if (partSize == -1)
partSize = getPartSize(cur, 0);
if (partSize == -1)
partSize = getPartSize(cur, 1);
if (partSize == -1)
partSize = 0x100000; // force an error when the part is opened.
partSizes.append(partSize);
totalSize += partSize;
}
}
bool CWizApi::callDownloadDataPart(const CString& strObjectGUID, const CString& strObjectType, int pos)
{
m_bDownloadingObject = true;
unsigned int size = getPartSize();
m_currentObjectPartData.strObjectGUID = strObjectGUID;
m_currentObjectPartData.strObjectType = strObjectType;
m_currentObjectPartData.nStartPos = pos;
m_currentObjectPartData.nQuerySize = size;
CWizApiTokenParam param(*this);
param.AddString(_T("obj_guid"), strObjectGUID);
param.AddString(_T("obj_type"), strObjectType);
param.AddInt64(_T("start_pos"), pos);
param.AddInt64(_T("part_size"), size);
return callXmlRpc(SyncMethod_DownloadObjectPart, ¶m);
}
bool CWizApi::uploadNextPartData()
{
if (m_currentObjectData.arrayData.isEmpty())
{
onUploadObjectDataCompleted(m_currentObjectData);
return true;
}
int allSize = m_nCurrentObjectAllSize;
int partSize = getPartSize();
int partCount = allSize / partSize;
if (allSize % partSize != 0)
{
partCount++;
}
int lastSize = m_currentObjectData.arrayData.size();
int partIndex = (allSize - lastSize) / partSize;
QByteArray arrayData;
if (lastSize <= partSize)
{
arrayData = m_currentObjectData.arrayData;
m_currentObjectData.arrayData.clear();
}
else
{
arrayData = QByteArray(m_currentObjectData.arrayData.constData(), partSize);
m_currentObjectData.arrayData.remove(0, partSize);
}
return callUploadDataPart(m_currentObjectData.strObjectGUID,
WIZOBJECTDATA::ObjectTypeToTypeString(m_currentObjectData.eObjectType),
m_strCurrentObjectMD5,
allSize, partCount, partIndex, arrayData.size(), arrayData);
}
