/** Reset the buffer */ public final void recycle() { try { // Must clear super's buffer. while (ready()) { // InputStreamReader#skip(long) will allocate buffer to skip. read(); } } catch(IOException ignore){ } } }
public void convert( ByteChunk bb, CharChunk cb, int limit) throws IOException { iis.setByteChunk( bb ); int debug = 0; try { // read from the reader int bbLengthBeforeRead; while( limit > 0 ) { // conv.ready() ) { int size = limit < BUFFER_SIZE ? limit : BUFFER_SIZE; bbLengthBeforeRead = bb.getLength(); int cnt=conv.read( result, 0, size ); if( cnt <= 0 ) { // End of stream ! - we may be in a bad state if( debug >0) log( "EOF" ); return; } if( debug > 1 ) log("Converted: " + new String( result, 0, cnt )); cb.append( result, 0, cnt ); limit = limit - (bbLengthBeforeRead - bb.getLength()); } } catch( IOException ex) { if( debug >0) log( "Resetting the converter " + ex.toString() ); reset(); throw ex; } }
/** Reset the buffer */ public final void recycle() { try { // Must clear super's buffer. while (ready()) { // InputStreamReader#skip(long) will allocate buffer to skip. read(); } } catch(IOException ignore){ } } }
public void convert( ByteChunk bb, CharChunk cb, int limit) throws IOException { iis.setByteChunk( bb ); int debug = 0; try { // read from the reader int bbLengthBeforeRead; while( limit > 0 ) { // conv.ready() ) { int size = limit < BUFFER_SIZE ? limit : BUFFER_SIZE; bbLengthBeforeRead = bb.getLength(); int cnt=conv.read( result, 0, size ); if( cnt <= 0 ) { // End of stream ! - we may be in a bad state if( debug >0) log( "EOF" ); return; } if( debug > 1 ) log("Converted: " + new String( result, 0, cnt )); cb.append( result, 0, cnt ); limit = limit - (bbLengthBeforeRead - bb.getLength()); } } catch( IOException ex) { if( debug >0) log( "Resetting the converter " + ex.toString() ); reset(); throw ex; } }
/** Reset the buffer */ public final void recycle() { try { // Must clear super's buffer. while (ready()) { // InputStreamReader#skip(long) will allocate buffer to skip. read(); } } catch(IOException ignore){ } } }
public void convert( ByteChunk bb, CharChunk cb, int limit) throws IOException { iis.setByteChunk( bb ); int debug = 0; try { // read from the reader int bbLengthBeforeRead; while( limit > 0 ) { // conv.ready() ) { int size = limit < BUFFER_SIZE ? limit : BUFFER_SIZE; bbLengthBeforeRead = bb.getLength(); int cnt=conv.read( result, 0, size ); if( cnt <= 0 ) { // End of stream ! - we may be in a bad state if( debug >0) log( "EOF" ); return; } if( debug > 1 ) log("Converted: " + new String( result, 0, cnt )); cb.append( result, 0, cnt ); limit = limit - (bbLengthBeforeRead - bb.getLength()); } } catch( IOException ex) { if( debug >0) log( "Resetting the converter " + ex.toString() ); reset(); throw ex; } }
/** Reset the buffer */ public final void recycle() { try { // Must clear super's buffer. while (ready()) { // InputStreamReader#skip(long) will allocate buffer to skip. read(); } } catch(IOException ignore){ } } }
public void convert( ByteChunk bb, CharChunk cb, int limit) throws IOException { iis.setByteChunk( bb ); int debug = 0; try { // read from the reader int bbLengthBeforeRead; while( limit > 0 ) { // conv.ready() ) { int size = limit < BUFFER_SIZE ? limit : BUFFER_SIZE; bbLengthBeforeRead = bb.getLength(); int cnt=conv.read( result, 0, size ); if( cnt <= 0 ) { // End of stream ! - we may be in a bad state if( debug >0) log( "EOF" ); return; } if( debug > 1 ) log("Converted: " + new String( result, 0, cnt )); cb.append( result, 0, cnt ); limit = limit - (bbLengthBeforeRead - bb.getLength()); } } catch( IOException ex) { if( debug >0) log( "Resetting the converter " + ex.toString() ); reset(); throw ex; } }
/** Reset the buffer */ public final void recycle() { try { // Must clear super's buffer. while (ready()) { // InputStreamReader#skip(long) will allocate buffer to skip. read(); } } catch(IOException ignore){ } } }
public void convert( ByteChunk bb, CharChunk cb, int limit) throws IOException { iis.setByteChunk( bb ); int debug = 0; try { // read from the reader int bbLengthBeforeRead; while( limit > 0 ) { // conv.ready() ) { int size = limit < BUFFER_SIZE ? limit : BUFFER_SIZE; bbLengthBeforeRead = bb.getLength(); int cnt=conv.read( result, 0, size ); if( cnt <= 0 ) { // End of stream ! - we may be in a bad state if( debug >0) log( "EOF" ); return; } if( debug > 1 ) log("Converted: " + new String( result, 0, cnt )); cb.append( result, 0, cnt ); limit = limit - (bbLengthBeforeRead - bb.getLength()); } } catch( IOException ex) { if( debug >0) log( "Resetting the converter " + ex.toString() ); reset(); throw ex; } }
/** Reset the buffer */ public final void recycle() { try { // Must clear super's buffer. while (ready()) { // InputStreamReader#skip(long) will allocate buffer to skip. read(); } } catch(IOException ignore){ } } }
public void convert( ByteChunk bb, CharChunk cb, int limit) throws IOException { iis.setByteChunk( bb ); int debug = 0; try { // read from the reader int bbLengthBeforeRead; while( limit > 0 ) { // conv.ready() ) { int size = limit < BUFFER_SIZE ? limit : BUFFER_SIZE; bbLengthBeforeRead = bb.getLength(); int cnt=conv.read( result, 0, size ); if( cnt <= 0 ) { // End of stream ! - we may be in a bad state if( debug >0) log( "EOF" ); return; } if( debug > 1 ) log("Converted: " + new String( result, 0, cnt )); cb.append( result, 0, cnt ); limit = limit - (bbLengthBeforeRead - bb.getLength()); } } catch( IOException ex) { if( debug >0) log( "Resetting the converter " + ex.toString() ); reset(); throw ex; } }
/** Reset the buffer */ public final void recycle() { try { // Must clear super's buffer. while (ready()) { // InputStreamReader#skip(long) will allocate buffer to skip. read(); } } catch(IOException ignore){ } } }
public void convert( ByteChunk bb, CharChunk cb, int limit) throws IOException { iis.setByteChunk( bb ); int debug = 0; try { // read from the reader int bbLengthBeforeRead; while( limit > 0 ) { // conv.ready() ) { int size = limit < BUFFER_SIZE ? limit : BUFFER_SIZE; bbLengthBeforeRead = bb.getLength(); int cnt=conv.read( result, 0, size ); if( cnt <= 0 ) { // End of stream ! - we may be in a bad state if( debug >0) log( "EOF" ); return; } if( debug > 1 ) log("Converted: " + new String( result, 0, cnt )); cb.append( result, 0, cnt ); limit = limit - (bbLengthBeforeRead - bb.getLength()); } } catch( IOException ex) { if( debug >0) log( "Resetting the converter " + ex.toString() ); reset(); throw ex; } }
/** Reset the buffer */ public final void recycle() { try { // Must clear super's buffer. while (ready()) { // InputStreamReader#skip(long) will allocate buffer to skip. read(); } } catch(IOException ignore){ } } }
public void convert( ByteChunk bb, CharChunk cb, int limit) throws IOException { iis.setByteChunk( bb ); int debug = 0; try { // read from the reader int bbLengthBeforeRead; while( limit > 0 ) { // conv.ready() ) { int size = limit < BUFFER_SIZE ? limit : BUFFER_SIZE; bbLengthBeforeRead = bb.getLength(); int cnt=conv.read( result, 0, size ); if( cnt <= 0 ) { // End of stream ! - we may be in a bad state if( debug >0) log( "EOF" ); return; } if( debug > 1 ) log("Converted: " + new String( result, 0, cnt )); cb.append( result, 0, cnt ); limit = limit - (bbLengthBeforeRead - bb.getLength()); } } catch( IOException ex) { if( debug >0) log( "Resetting the converter " + ex.toString() ); reset(); throw ex; } }
/** Reset the buffer */ public final void recycle() { try { // Must clear super's buffer. while (ready()) { // InputStreamReader#skip(long) will allocate buffer to skip. read(); } } catch(IOException ignore){ } } }
public void convert( ByteChunk bb, CharChunk cb, int limit) throws IOException { iis.setByteChunk( bb ); int debug = 0; try { // read from the reader int bbLengthBeforeRead; while( limit > 0 ) { // conv.ready() ) { int size = limit < BUFFER_SIZE ? limit : BUFFER_SIZE; bbLengthBeforeRead = bb.getLength(); int cnt=conv.read( result, 0, size ); if( cnt <= 0 ) { // End of stream ! - we may be in a bad state if( debug >0) log( "EOF" ); return; } if( debug > 1 ) log("Converted: " + new String( result, 0, cnt )); cb.append( result, 0, cnt ); limit = limit - (bbLengthBeforeRead - bb.getLength()); } } catch( IOException ex) { if( debug >0) log( "Resetting the converter " + ex.toString() ); reset(); throw ex; } }
/** Reset the buffer */ public final void recycle() { try { // Must clear super's buffer. while (ready()) { // InputStreamReader#skip(long) will allocate buffer to skip. read(); } } catch(IOException ignore){ } } }
public void convert( ByteChunk bb, CharChunk cb, int limit) throws IOException { iis.setByteChunk( bb ); int debug = 0; try { // read from the reader int bbLengthBeforeRead; while( limit > 0 ) { // conv.ready() ) { int size = limit < BUFFER_SIZE ? limit : BUFFER_SIZE; bbLengthBeforeRead = bb.getLength(); int cnt=conv.read( result, 0, size ); if( cnt <= 0 ) { // End of stream ! - we may be in a bad state if( debug >0) log( "EOF" ); return; } if( debug > 1 ) log("Converted: " + new String( result, 0, cnt )); cb.append( result, 0, cnt ); limit = limit - (bbLengthBeforeRead - bb.getLength()); } } catch( IOException ex) { if( debug >0) log( "Resetting the converter " + ex.toString() ); reset(); throw ex; } }