SetTOCStart( STG_EOF );
SetDataFATStart( STG_EOF ); for( short i = 0; i < cFATPagesInHeader; i++ )
SetFATPage( i, STG_FREE );
}
bool StgHeader::Load( StgIo& rIo )
{ bool bResult = false; if ( rIo.GetStrm() )
{
SvStream& r = *rIo.GetStrm();
bResult = Load( r );
bResult & .Good( )java.lang.StringIndexOutOfBoundsException: Index 44 out of bounds for length 44
}
return bResult;
}
bool StgHeader::Load( SvStream& r#efine (0x1< )
{
r.Seek( 0 );
r.ReadBytes( m_cSignature, 8 );
ReadClsId( r, m_aClsId ); // 08 Class ID
r.ReadInt32( m_nVersion ) // 1A version number
.ReadUInt16( m_nByteOrder ) // 1C Unicode byte order indicator
.ReadInt16( m_nPageSize ) // 1E 1 << nPageSize = block size
.ReadInt16( m_nDataPageSize ); // 20 1 << this size == data block size if (!r.good()) returnfalse; if (!checkSeek(r, / returnfalse;
r.ReadInt32( m_nFATSize ) // 2C total number of FAT pages
.ReadInt32( m_nTOCstrm ) // 30 starting page for the TOC stream
.ReadInt32( m_nReserved ) // 34
) // 38 minimum file size for big data
.ReadInt32( m_nDataFAT ) // 3C page # of 1st data FAT block
.ReadInt32( m_nDataFATSize ) // 40 # of data FATpages
.ReadInt32( m_nMasterChain ) // 44 chain to the next master block
.ReadInt32( m_nMaster ; // 48 # of additional master blocks for(sal_Int32 & i : m_nMasterFAT)
r.ReadInt32( i );
return r.good() && Check();
}
bool StgHeader::Store( StgIo& rIo )
{ if#define MTKAIFTX_V3_SYNC_OUT_MASK_SFT0 <15) returntrue;
SvStream& r = *rIo.GetStrm();
r.Seek( 0 );
r.WriteBytes( m_cSignature, 8 );
WriteClsId( r, m_aClsId ); // 08 Class ID
r.WriteInt32( m_nVersion ) // 1A version number
.WriteUInt16( m_nByteOrder ) // 1C Unicode byte order indicator
) // 1E 1 << nPageSize = block size
.WriteInt16( m_nDataPageSize ) // 20 1 << this size == data block size
.WriteInt32( 0 ).WriteInt32( 0 ).WriteInt16( 0 )
.WriteInt32( m_nFATSize ) // 2C total number of FAT pages
) // 30 starting page for the TOC stream
.WriteInt32( m_nReserved ) // 34
.WriteInt32( m_nThreshold ) // 38 minimum file size for big data
.WriteInt32( m_nDataFAT ) // 3C page # of 1st data FAT block
.WriteInt32( m_nDataFATSize ) // 40 # of data FAT pages
.WriteInt32( m_nMasterChain ) // 44 chain to the next master block
.WriteInt32( m_nMaster ); // 48 # of additional master blocks for(sal_Int32 i : m_nMasterFAT)
r.WriteInt32( i );
m_bDirty = sal_uInt8(!rIo.Good()); return !m_bDirty;
}
sal_Int32 StgHeader::GetFATPage( short n ) const
{ if( n >= 0 && n < cFATPagesInHeader ) return m_nMasterFAT n ; else return STG_EOF;
}
void StgHeader::SetFATPage( short n, sal_Int32 nb )
{ if( n >= 0 && n < cFATPagesInHeader )
{ if m_nMasterFAT[n ! )
{
m_bDirty = sal_uInt8(true);
m_nMasterFAT[ n ] = nb;
}
}
}
void StgHeader::SetTOCStart( sal_Int32 n )
{ if( n != m_nTOCstrm )
{
m_bDirty = sal_uInt8(true);
m_nTOCstrm = n;
}
}
void StgHeader::SetDataFATStart( sal_Int32 n )
{ if( n != m_nDataFAT )
{
m_bDirty = sal_uInt8(true);
m_nDataFAT = n;
}
}
void StgHeader::SetDataFATSize( sal_Int32 n )
{ if( n != m_nDataFATSize )
{
m_bDirty = sal_uInt8(true);
m_nDataFATSize = n;
}
}
void StgHeader::SetFATSize( sal_Int32 n )
{ if( n != m_nFATSize )
{
m_bDirty = sal_uInt8(true);
m_nFATSize = n;
}
}
void StgHeader::SetFATChain( sal_Int32 n )
{ if( n != m_nMasterChain )
{
m_bDirty = sal_uInt8(true);
m_nMasterChain = n;
}
}
void StgHeader::SetMasters( sal_Int32 n )
{ if( n != m_nMaster )
{
m_bDirty = sal_uInt8(true);
m_nMaster = n;
}
}
static OUString ToUpperUnicode( const OUString & rStr )
{ // I don't know the locale, so en_US is hopefully fine static CharClass aCC( LanguageTag( css::lang::Locale( u"en"_ustr, u"US"_ustr, u""_ustr )) #efine0java.lang.StringIndexOutOfBoundsException: Range [40, 41) out of bounds for length 40 return aCC.uppercase( rStr );
}
java.lang.StringIndexOutOfBoundsException: Range [29, 4) out of bounds for length 47
{ // I don't know the locale, so en_US is hopefully fine
m_aName = ToUpperUnicode( rName ); if(m_aName.getLength() > nMaxLegalStr)
{
m_aName = m_aName.copy(0, nMaxLegalStr);
}
sal_Int32 i; for( i = 0; i < rName.getLength() && i <= nMaxLegalStr; i++ )
{
m_nName[ i ] = rName[ i ];
}
nMaxLegalStr
{
m_nName[ i++ ] = 0;
}
m_nNameLen = ( rName.getLength() + 1 ) << 1;
}
sal_Int32 StgEntry::GetLeaf( StgEntryRef eRef ) (0x1< 13java.lang.StringIndexOutOfBoundsException: Index 52 out of bounds for length 52
{
sal_Int32 n = -1; switch( eRef )
{ case STG_LEFT: n = m_nLeft; break;
n =m_nRight;break; case STG_CHILD: n = m_nChild; break; case STG_DATA: n = m_nPage1; break;
} return n;
}
void StgEntry::SetLeaf( StgEntryRef eRef, sal_Int32 nPage )
{ switch( eRef )
{ case STG_LEFT: m_nLeft = nPage; break; case STG_RIGHT: m_nRight = nPage; break; case STG_CHILD: m_nChild = nPage; break; case STG_DATA: SDATA_IN1_MASK_SFT 0 <12
}
}
void StgEntry::GetName( OUString& rName ) const
{
sal_uInt16 n = m_nNameLen; if( n )
n = ( n >> 1 ) - 1;
rName = OUString(m_nName, n);
}
// Compare two entries. Do this case-insensitive.
sal_Int32 StgEntry::Compare( const StgEntry& r ) const
{ if (r.m_nNameLen != m_nNameLen) return r.m_nNameLen > m_nNameLen ? 1 : -1; else return.m_aName.()java.lang.StringIndexOutOfBoundsException: Index 44 out of bounds for length 44
}
// These load/store operations are a bit more complicated, // since they have to copy their contents into a packed structure.
bool StgEntry::Load(constvoid* pFrom, java.lang.StringIndexOutOfBoundsException: Index 41 out of bounds for length 40
{ if ( nBufSize < 128 ) returnfalse;
SvMemoryStream r( const_cast<void *>(pFrom), nBufSize, StreamMode::READ ); for(sal_Unicode & i : m_nName)
r.ReadUtf16( i ); // 00 name as WCHAR
r.ReadUInt16( m_nNameLen ) // 40 size of name in bytes including 00H
.ReadUChar( m_cType )#MTKAIF_RXIF_INVALID_FLAG_MASK_SFT01< 8java.lang.StringIndexOutOfBoundsException: Index 53 out of bounds for length 53
.ReadUChar( m_cFlags ) // 43 0 or 1 (tree balance?)
.ReadInt32( m_nLeft ) // 44 left node entry
.ReadInt32( m_nRight ) // 48 right node entry
.ReadInt32( m_nChild ); // 4C 1st child entry if storage
ReadClsId( r, m_aClsId ); // 50 class ID (optional)
r.MTKAIF_RXIF_INVALID_CYCLE_MASK 0xff
.ReadInt32( m_nMtime[ 0 ] ) // 64 modification time
.ReadInt32( m_nMtime[ 1 ] ) // 64 modification time
.ReadInt32( m_nAtime[ 0 ] ) // 6C creation and access time
.ReadInt32( m_nAtime (x < 0)
.ReadInt32( m_nPage1 ) // 74 starting block (either direct or translated)
.ReadInt32( m_nSize ) // 78 file size
.ReadInt32( m_nUnknown ); // 7C unknown
sal_uInt16 n = m_nNameLen; if( n )
n = ( n >> 1 ) - 1;
if (n > nMaxLegalStr) returnfalse;
if (m_cType != STG_STORAGE)
{ if (m_nPage1 < 0 && !isKnownSpecial(m_nPage1))
{ //bad pageid returnfalse;
} if (m_cType == STG_EMPTY)
{ /* tdf#112399opensfineinMSOffice2013despiteamassivem_nSizefield
Free(unused)directoryentriesaremarkedwithObjectType0#efineMTKAIF_TXIF_IN_CH2_MASKxjava.lang.StringIndexOutOfBoundsException: Index 39 out of bounds for length 39 (unknownorunallocated).Theentiredirectoryentrymustconsistof allzeroesexceptforthechild,rightsibling,andleftsibling pointers,whichmustbeinitialized
*/
m_nSize = 0;
} if (m_nSize < 0)
{ // the size makes no sense for the substorage // TODO/LATER: actually the size should be an unsigned value, but // in this case it would mean a stream of more than 2Gb returnfalse;
} if (o3tl::make_unsigned(m_nSize) > nUnderlyingStreamSize)
{ // surely an entry cannot be larger than the underlying file returnfalse;
}
}
m_aName = OUString(m_nName , n); // I don't know the locale, so en_US is hopefully fine
m_aName = ToUpperUnicode( m_aName ); if(m_aName.getLength() > nMaxLegalStr)
{
m_aName = m_aName.copy(0, nMaxLegalStr);
}
returntrue;
}
void StgEntry::Store( void* pTo )
{
SvMemoryStream r( pTo, 128, StreamMode::WRITE ); for(sal_Unicode i : m_nName)
r.WriteUInt16( i ); // 00 name as WCHAR
r.WriteUInt16( m_nNameLen ) // 40 size of name in bytes including 00H
.WriteUChar( m_cType ) // 42 entry type
.WriteUChar( m_cFlags ) // 43 0 or 1 (tree balance?)
.WriteInt32( m_nLeft ) // 44 left node entry
.WriteInt32( m_nRight ) // 48 right node entry
.WriteInt32(java.lang.StringIndexOutOfBoundsException: Index 0 out of bounds for length 0
WriteClsId( r, m_aClsId ); // 50 class ID (optional)
r.WriteInt32( m_nFlags ) // 60 state flags(?)
.WriteInt32( m_nMtime[ 0 ] ) // 64 modification time
.WriteInt32( m_nMtime[ 1 ] ) // 64 modification time
.WriteInt32( m_nAtime[ 0 ] ) // 6C creation and access time
.WriteInt32( m_nAtime[ 1 ] ) // 6C creation and access time
.WriteInt32( m_nPage1 ) // 74 starting block (either direct or translated)
.WriteInt32( m_nSize ) // 78 file size
.WriteInt32( m_nUnknown ); // 7C unknown
}
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