 public void dumpOld(long maxLength,
InputStream in,
PrintStream out) throws LittleEndian.BufferUnderrunException, IOException {
long remainingBytes = maxLength;
short options; // 4 bits for the version and 12 bits for the instance
short recordId;
int recordBytesRemaining; // including enclosing records
StringBuffer stringBuf = new StringBuffer();
short nDumpSize;
String recordName;
boolean atEOF = false;
while ( !atEOF && ( remainingBytes > 0 ) )
{
stringBuf = new StringBuffer();
options = LittleEndian.readShort( in );
recordId = LittleEndian.readShort( in );
recordBytesRemaining = LittleEndian.readInt( in );
remainingBytes -= 2 + 2 + 4;
switch ( recordId )
{
case (short) 0xF000:
recordName = "MsofbtDggContainer";
break;
case (short) 0xF006:
recordName = "MsofbtDgg";
break;
case (short) 0xF016:
recordName = "MsofbtCLSID";
break;
case (short) 0xF00B:
recordName = "MsofbtOPT";
break;
case (short) 0xF11A:
recordName = "MsofbtColorMRU";
break;
case (short) 0xF11E:
recordName = "MsofbtSplitMenuColors";
break;
case (short) 0xF001:
recordName = "MsofbtBstoreContainer";
break;
case (short) 0xF007:
recordName = "MsofbtBSE";
break;
case (short) 0xF002:
recordName = "MsofbtDgContainer";
break;
case (short) 0xF008:
recordName = "MsofbtDg";
break;
case (short) 0xF118:
recordName = "MsofbtRegroupItem";
break;
case (short) 0xF120:
recordName = "MsofbtColorScheme";
break;
case (short) 0xF003:
recordName = "MsofbtSpgrContainer";
break;
case (short) 0xF004:
recordName = "MsofbtSpContainer";
break;
case (short) 0xF009:
recordName = "MsofbtSpgr";
break;
case (short) 0xF00A:
recordName = "MsofbtSp";
break;
case (short) 0xF00C:
recordName = "MsofbtTextbox";
break;
case (short) 0xF00D:
recordName = "MsofbtClientTextbox";
break;
case (short) 0xF00E:
recordName = "MsofbtAnchor";
break;
case (short) 0xF00F:
recordName = "MsofbtChildAnchor";
break;
case (short) 0xF010:
recordName = "MsofbtClientAnchor";
break;
case (short) 0xF011:
recordName = "MsofbtClientData";
break;
case (short) 0xF11F:
recordName = "MsofbtOleObject";
break;
case (short) 0xF11D:
recordName = "MsofbtDeletedPspl";
break;
case (short) 0xF005:
recordName = "MsofbtSolverContainer";
break;
case (short) 0xF012:
recordName = "MsofbtConnectorRule";
break;
case (short) 0xF013:
recordName = "MsofbtAlignRule";
break;
case (short) 0xF014:
recordName = "MsofbtArcRule";
break;
case (short) 0xF015:
recordName = "MsofbtClientRule";
break;
case (short) 0xF017:
recordName = "MsofbtCalloutRule";
break;
case (short) 0xF119:
recordName = "MsofbtSelection";
break;
case (short) 0xF122:
recordName = "MsofbtUDefProp";
break;
default:
if ( recordId >= (short) 0xF018 && recordId < = (short) 0xF117 )
recordName = "MsofbtBLIP";
else if ( ( options & (short) 0x000F ) == (short) 0x000F )
recordName = "UNKNOWN container";
else
recordName = "UNKNOWN ID";
}
stringBuf.append( " " );
stringBuf.append( HexDump.toHex( recordId ) );
stringBuf.append( " " ).append( recordName ).append( " [" );
stringBuf.append( HexDump.toHex( options ) );
stringBuf.append( '," );
stringBuf.append( HexDump.toHex( recordBytesRemaining ) );
stringBuf.append( "] instance: " );
stringBuf.append( HexDump.toHex( ( (short) ( options > > 4 ) ) ) );
out.println( stringBuf.toString() );
if ( recordId == (short) 0xF007 && 36 < = remainingBytes && 36 < = recordBytesRemaining )
{ // BSE, FBSE
// ULONG nP = pIn- >GetRecPos();
byte n8;
// short n16;
// int n32;
stringBuf = new StringBuffer( " btWin32: " );
n8 = (byte) in.read();
stringBuf.append( HexDump.toHex( n8 ) );
stringBuf.append( getBlipType( n8 ) );
stringBuf.append( " btMacOS: " );
n8 = (byte) in.read();
stringBuf.append( HexDump.toHex( n8 ) );
stringBuf.append( getBlipType( n8 ) );
out.println( stringBuf.toString() );
out.println( " rgbUid:" );
HexDump.dump( in, out, 0, 16 );
out.print( " tag: " );
outHex( 2, in, out );
out.println();
out.print( " size: " );
outHex( 4, in, out );
out.println();
out.print( " cRef: " );
outHex( 4, in, out );
out.println();
out.print( " offs: " );
outHex( 4, in, out );
out.println();
out.print( " usage: " );
outHex( 1, in, out );
out.println();
out.print( " cbName: " );
outHex( 1, in, out );
out.println();
out.print( " unused2: " );
outHex( 1, in, out );
out.println();
out.print( " unused3: " );
outHex( 1, in, out );
out.println();
// subtract the number of bytes we've read
remainingBytes -= 36;
//n -= pIn- >GetRecPos() - nP;
recordBytesRemaining = 0; // loop to MsofbtBLIP
}
else if ( recordId == (short) 0xF010 && 0x12 < = remainingBytes && 0x12 < = recordBytesRemaining )
{ // ClientAnchor
//ULONG nP = pIn- >GetRecPos();
// short n16;
out.print( " Flag: " );
outHex( 2, in, out );
out.println();
out.print( " Col1: " );
outHex( 2, in, out );
out.print( " dX1: " );
outHex( 2, in, out );
out.print( " Row1: " );
outHex( 2, in, out );
out.print( " dY1: " );
outHex( 2, in, out );
out.println();
out.print( " Col2: " );
outHex( 2, in, out );
out.print( " dX2: " );
outHex( 2, in, out );
out.print( " Row2: " );
outHex( 2, in, out );
out.print( " dY2: " );
outHex( 2, in, out );
out.println();
remainingBytes -= 18;
recordBytesRemaining -= 18;
}
else if ( recordId == (short) 0xF00B || recordId == (short) 0xF122 )
{ // OPT
int nComplex = 0;
out.println( " PROPID VALUE" );
while ( recordBytesRemaining >= 6 + nComplex && remainingBytes >= 6 + nComplex )
{
short n16;
int n32;
n16 = LittleEndian.readShort( in );
n32 = LittleEndian.readInt( in );
recordBytesRemaining -= 6;
remainingBytes -= 6;
out.print( " " );
out.print( HexDump.toHex( n16 ) );
out.print( " (" );
int propertyId = n16 & (short) 0x3FFF;
out.print( " " + propertyId );
if ( ( n16 & (short) 0x8000 ) == 0 )
{
if ( ( n16 & (short) 0x4000 ) != 0 )
out.print( ", fBlipID" );
out.print( ") " );
out.print( HexDump.toHex( n32 ) );
if ( ( n16 & (short) 0x4000 ) == 0 )
{
out.print( " (" );
out.print( dec1616( n32 ) );
out.print( ')" );
out.print( " {" + propName( (short)propertyId ) + "}" );
}
out.println();
}
else
{
out.print( ", fComplex) " );
out.print( HexDump.toHex( n32 ) );
out.print( " - Complex prop len" );
out.println( " {" + propName( (short)propertyId ) + "}" );
nComplex += n32;
}
}
// complex property data
while ( ( nComplex & remainingBytes ) > 0 )
{
nDumpSize = ( nComplex > (int) remainingBytes ) ? (short) remainingBytes : (short) nComplex;
HexDump.dump( in, out, 0, nDumpSize );
nComplex -= nDumpSize;
recordBytesRemaining -= nDumpSize;
remainingBytes -= nDumpSize;
}
}
else if ( recordId == (short) 0xF012 )
{
out.print( " Connector rule: " );
out.print( LittleEndian.readInt( in ) );
out.print( " ShapeID A: " );
out.print( LittleEndian.readInt( in ) );
out.print( " ShapeID B: " );
out.print( LittleEndian.readInt( in ) );
out.print( " ShapeID connector: " );
out.print( LittleEndian.readInt( in ) );
out.print( " Connect pt A: " );
out.print( LittleEndian.readInt( in ) );
out.print( " Connect pt B: " );
out.println( LittleEndian.readInt( in ) );
recordBytesRemaining -= 24;
remainingBytes -= 24;
}
else if ( recordId >= (short) 0xF018 && recordId < (short) 0xF117 )
{
out.println( " Secondary UID: " );
HexDump.dump( in, out, 0, 16 );
out.println( " Cache of size: " + HexDump.toHex( LittleEndian.readInt( in ) ) );
out.println( " Boundary top: " + HexDump.toHex( LittleEndian.readInt( in ) ) );
out.println( " Boundary left: " + HexDump.toHex( LittleEndian.readInt( in ) ) );
out.println( " Boundary width: " + HexDump.toHex( LittleEndian.readInt( in ) ) );
out.println( " Boundary height: " + HexDump.toHex( LittleEndian.readInt( in ) ) );
out.println( " X: " + HexDump.toHex( LittleEndian.readInt( in ) ) );
out.println( " Y: " + HexDump.toHex( LittleEndian.readInt( in ) ) );
out.println( " Cache of saved size: " + HexDump.toHex( LittleEndian.readInt( in ) ) );
out.println( " Compression Flag: " + HexDump.toHex( (byte) in.read() ) );
out.println( " Filter: " + HexDump.toHex( (byte) in.read() ) );
out.println( " Data (after decompression): " );
recordBytesRemaining -= 34 + 16;
remainingBytes -= 34 + 16;
nDumpSize = ( recordBytesRemaining > (int) remainingBytes ) ? (short) remainingBytes : (short) recordBytesRemaining;
byte[] buf = new byte[nDumpSize];
int read = in.read( buf );
while ( read != -1 && read < nDumpSize )
read += in.read( buf, read, buf.length );
ByteArrayInputStream bin = new ByteArrayInputStream( buf );
InputStream in1 = new InflaterInputStream( bin );
int bytesToDump = -1;
HexDump.dump( in1, out, 0, bytesToDump );
recordBytesRemaining -= nDumpSize;
remainingBytes -= nDumpSize;
}
boolean isContainer = ( options & (short) 0x000F ) == (short) 0x000F;
if ( isContainer && remainingBytes >= 0 )
{ // Container
if ( recordBytesRemaining < = (int) remainingBytes )
out.println( " completed within" );
else
out.println( " continued elsewhere" );
}
else if ( remainingBytes >= 0 )
// - > 0x0000 ... 0x0FFF
{
nDumpSize = ( recordBytesRemaining > (int) remainingBytes ) ? (short) remainingBytes : (short) recordBytesRemaining;
if ( nDumpSize != 0 )
{
HexDump.dump( in, out, 0, nDumpSize );
remainingBytes -= nDumpSize;
}
}
else
out.println( " > > OVERRUN < < " );
}
}
This version of dump is a translation from the open office escher dump routine. | org.apache.poi.ddf.EscherDump
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