DBTYPE DBQueryResult::ColumnType( uint32 index ) const
{
#ifdef COLUMN_BOUNDS_CHECKING
if( index >= ColumnCount() )
{
sLog.Error( "DBCore Query Result", "ColumnType: Column index %d exceeds number of columns (%s) in row\n", index, ColumnCount() );
return DBTYPE_STR; //nothing better to do...
}
#endif
uint32 columnType = mFields[ index ]->type;
/* tricky needs to be checked */
if ( columnType > MYSQL_TYPE_BIT )
columnType -= ( MYSQL_TYPE_NEWDECIMAL - MYSQL_TYPE_BIT - 1 );
DBTYPE result = ( IsUnsigned( index ) ? MYSQL_DBTYPE_TABLE_UNSIGNED : MYSQL_DBTYPE_TABLE_SIGNED )[ columnType ];
/* if result is (wide) binary string, set result to DBTYPE_BYTES. */
if( ( DBTYPE_STR == result
|| DBTYPE_WSTR == result )
&& IsBinary( index ) )
{
result = DBTYPE_BYTES;
}
/* debug check */
assert( DBTYPE_ERROR != result );
return result;
}
size_t CRegEntry::GetBinaryLength() {
assert(IsBinary());
REGENTRY_REFRESH_IF_NOCACHE
return vBytes.size();
}
void TMultinomial::AddFtr(const TStrV& StrV, const TFltV& FltV, TIntFltKdV& SpV) const {
// make sure we either do not have explicit values, or their dimension matches with string keys
EAssertR(FltV.Empty() || (StrV.Len() == FltV.Len()), "TMultinomial::AddFtr:: String and double values not aligned");
// generate internal feature vector
SpV.Gen(StrV.Len(), 0);
for (int StrN = 0; StrN < StrV.Len(); StrN++) {
const int FtrId = FtrGen.GetFtr(StrV[StrN]);
// only use features we've seen during updates
if (FtrId != -1) {
const double Val = FltV.Empty() ? 1.0 : FltV[StrN].Val;
if (Val > 1e-16) { SpV.Add(TIntFltKd(FtrId, Val)); }
}
}
SpV.Sort();
// merge elements with the same id
int GoodSpN = 0;
for (int SpN = 1; SpN < SpV.Len(); SpN++) {
if (SpV[GoodSpN].Key == SpV[SpN].Key) {
// repetition of previous id, sum counts
SpV[GoodSpN].Dat += SpV[SpN].Dat;
} else {
// increase the pointer to the next good position
GoodSpN++;
// and move the new value down to the good position
SpV[GoodSpN] = SpV[SpN];
}
}
// truncate the vector
SpV.Trunc(GoodSpN + 1);
// replace values with 1 if needed
if (IsBinary()) { for (TIntFltKd& Sp : SpV) { Sp.Dat = 1.0; } }
// final normalization, if needed
if (IsNormalize()) { TLinAlg::Normalize(SpV); }
}
void CRegEntry::GetBinary(LPBYTE lpbDest, size_t nMaxLen) {
assert(IsBinary()); // Must be stored as Binary
REGENTRY_REFRESH_IF_NOCACHE
if ((size_t)(&vBytes.back() - &vBytes.at(0)+1) == vBytes.size()*sizeof(BYTE))
memcpy(lpbDest, (LPBYTE)&vBytes.at(0), vBytes.size() > nMaxLen ? nMaxLen : vBytes.size());
else
for (size_t n=0; n < vBytes.size() && n < nMaxLen; n++)
lpbDest[n] = vBytes[n];
}
UINT WebFeedContentElement::GetApproximateSaveSize()
{
UINT size = 32;
if (HasValue())
if (IsBinary())
size += (UINT)(m_value_length * 0.75);
else // content is saved in UTF-8. With mostly western characters
// it will probably use less space than this, with others probably more
size += (UINT)(m_value_length * 0.75);
return size;
}
void WebFeedContentElement::SaveL(WriteBuffer &buf, BOOL force_tags)
{
BOOL is_plain_text = IsPlainText();
BOOL in_cdata = FALSE;
if (!is_plain_text || force_tags)
{
if (!is_plain_text)
{
buf.Append("<content type=\"");
buf.AppendOpString(&m_type);
buf.Append("\"><![CDATA[");
in_cdata = TRUE;
}
else
buf.Append("<content>");
}
if (HasValue())
{
if (!IsBinary())
if (in_cdata)
buf.Append(Data());
else
buf.AppendQuotedL(Data());
else
buf.AppendBinaryL(m_value, m_value_length);
}
if (!is_plain_text || force_tags)
{
if (in_cdata)
buf.Append("]]>");
buf.Append("</content>");
}
}
void IntegrityDeleteFileL(const TDesC& aPath, CIntegrityTreeLeaf* aLeaf, RFs& aFs,
RLoader& aLoader, CFileMan& aFileMan)
{
_LIT(KSysBin, "\\sys\\bin");
RBuf name;
name.CreateL(aPath, KMaxFileName);
CleanupClosePushL(name);
name.Append(aLeaf->Name());
TEntry entry;
TInt err = aFs.Entry(name, entry);
if (err == KErrNone)
{
aFs.SetAtt(name, 0, KEntryAttReadOnly);
if(entry.IsDir())
{
// Make sure to append slash before calling RmDir - otherwise it deletes the parent directory
if (name[name.Length()-1] != KPathDelimiter)
{
name.Append(KPathDelimiter);
}
User::LeaveIfError(aFileMan.RmDir(name));
}
else
{
if ( aLeaf->Type() == EBackupFile ) // Implies a commit operation is in progress
{
if ( IsBinary(entry) )
{
// Forming the file name so the renamed file can be under sys/bin
// for special delete mechanism using RLoader::Delete
RBuf tmpName;
TParsePtrC fileName(name);
tmpName.CreateL(name.Length() + KSysBin.iTypeLength);
CleanupClosePushL(tmpName);
tmpName.Append(fileName.Drive());
tmpName.Append(KSysBin);
tmpName.Append(fileName.Path());
tmpName.Append(fileName.NameAndExt());
DEBUG_PRINTF3(_L("Integrity Services - Renaming %S to %S"), &name, &tmpName);
aFileMan.Rename(name,tmpName,CFileMan::EOverWrite);
User::LeaveIfError(aLoader.Delete(tmpName)); // Using RLoader delete for paged binaries
DEBUG_PRINTF2(_L("Integrity Services - Deleted renamed file %S"), &tmpName);
// prune the directory tree if possible
RemoveDirectoryTreeL(aFs, tmpName);
CleanupStack::PopAndDestroy(&tmpName);
}
else
{
User::LeaveIfError(aFileMan.Delete(name));
}
}
else
{
// Need to use RLoader Delete which can be used during deletion of Added files during Rollback
User::LeaveIfError(aLoader.Delete(name));
}
}
// prune the directory tree if possible
RemoveDirectoryTreeL(aFs, name);
}
else if(err != KErrNotFound && err != KErrPathNotFound)
{
DEBUG_PRINTF3(_L("Integrity Services - error %d removing %S"), err, &name);
User::Leave(err);
}
else
{
DEBUG_PRINTF3(_L("Integrity Services - error %d removing %S"), err, &name);
// Check for any renamed files to move it to sys/bin for special delete mechanism
RBuf tmpName;
TParsePtrC fileName(name);
tmpName.CreateL(name.Length() + KSysBin.iTypeLength);
CleanupClosePushL(tmpName);
tmpName.Append(fileName.Drive());
tmpName.Append(KSysBin);
tmpName.Append(fileName.Path());
tmpName.Append(fileName.NameAndExt());
DEBUG_PRINTF2(_L("Integrity Services - Removing %S renamed binary files if any"), &tmpName);
aLoader.Delete(tmpName);
// prune the directory tree if possible
RemoveDirectoryTreeL(aFs, tmpName);
CleanupStack::PopAndDestroy(&tmpName);
}
CleanupStack::PopAndDestroy(&name);
}