resolvedXrefTrailer = new XrefTrailerObj(); resolvedXrefTrailer.trailer = new COSDictionary();
/** * Reset all data so that it can be used to rebuild the trailer. * */ protected void reset() { for (XrefTrailerObj trailerObj : bytePosToXrefMap.values()) { trailerObj.reset(); } curXrefTrailerObj = null; resolvedXrefTrailer = null; } }
resolvedXrefTrailer = new XrefTrailerObj(); resolvedXrefTrailer.trailer = new COSDictionary();
resolvedXrefTrailer = new XrefTrailerObj(); resolvedXrefTrailer.trailer = new COSDictionary();
/** * Reset all data so that it can be used to rebuild the trailer. * */ protected void reset() { for (XrefTrailerObj trailerObj : bytePosToXrefMap.values()) { trailerObj.reset(); } curXrefTrailerObj = null; resolvedXrefTrailer = null; } }
/** * Reset all data so that it can be used to rebuild the trailer. * */ protected void reset() { for (XrefTrailerObj trailerObj : bytePosToXrefMap.values()) { trailerObj.reset(); } curXrefTrailerObj = null; resolvedXrefTrailer = null; } }
/** * Signals that a new XRef object (table or stream) starts. * @param startBytePos the offset to start at * @param type the type of the Xref object */ public void nextXrefObj( final long startBytePos, XRefType type ) { bytePosToXrefMap.put( startBytePos, curXrefTrailerObj = new XrefTrailerObj() ); curXrefTrailerObj.xrefType = type; }
/** * Signals that a new XRef object (table or stream) starts. * @param startBytePos the offset to start at * @param type the type of the Xref object */ public void nextXrefObj( final long startBytePos, XRefType type ) { bytePosToXrefMap.put( startBytePos, curXrefTrailerObj = new XrefTrailerObj() ); curXrefTrailerObj.xrefType = type; }
/** * Signals that a new XRef object (table or stream) starts. * @param startBytePos the offset to start at * @param type the type of the Xref object */ public void nextXrefObj( final long startBytePos, XRefType type ) { bytePosToXrefMap.put( startBytePos, curXrefTrailerObj = new XrefTrailerObj() ); curXrefTrailerObj.xrefType = type; }