public DataChunk getDecodedRequestURIBC(final boolean isSlashAllowed, final Charset charset) throws CharConversionException { if (isDecoded && isSlashAllowed == wasSlashAllowed && charset == decodedURIEncoding) { return decodedRequestURIDC; } checkDecodedURICapacity(requestURIDC.getLength()); decodedRequestURIDC.setBytes(preallocatedDecodedURIBuffer); HttpRequestURIDecoder.decode(requestURIDC, decodedRequestURIDC, isSlashAllowed, charset); isDecoded = true; wasSlashAllowed = isSlashAllowed; decodedURIEncoding = charset; return decodedRequestURIDC; }
public DataChunk getDecodedRequestURIBC(final boolean isSlashAllowed, final Charset charset) throws CharConversionException { if (isDecoded && isSlashAllowed == wasSlashAllowed && charset == decodedURIEncoding) { return decodedRequestURIDC; } checkDecodedURICapacity(requestURIDC.getLength()); decodedRequestURIDC.setBytes(preallocatedDecodedURIBuffer); HttpRequestURIDecoder.decode(requestURIDC, decodedRequestURIDC, isSlashAllowed, charset); isDecoded = true; wasSlashAllowed = isSlashAllowed; decodedURIEncoding = charset; return decodedRequestURIDC; }
public DataChunk getDecodedRequestURIBC(final boolean isSlashAllowed, final Charset charset) throws CharConversionException { if (isDecoded && isSlashAllowed == wasSlashAllowed && charset == decodedURIEncoding) { return decodedRequestURIDC; } checkDecodedURICapacity(requestURIDC.getLength()); decodedRequestURIDC.setBytes(preallocatedDecodedURIBuffer); HttpRequestURIDecoder.decode(requestURIDC, decodedRequestURIDC, isSlashAllowed, charset); isDecoded = true; wasSlashAllowed = isSlashAllowed; decodedURIEncoding = charset; return decodedRequestURIDC; }
public DataChunk getDecodedRequestURIBC(final boolean isSlashAllowed, final Charset charset) throws CharConversionException { if (isDecoded && isSlashAllowed == wasSlashAllowed && charset == decodedURIEncoding) { return decodedRequestURIDC; } checkDecodedURICapacity(requestURIDC.getLength()); decodedRequestURIDC.setBytes(preallocatedDecodedURIBuffer); HttpRequestURIDecoder.decode(requestURIDC, decodedRequestURIDC, isSlashAllowed, charset); isDecoded = true; wasSlashAllowed = isSlashAllowed; decodedURIEncoding = charset; return decodedRequestURIDC; }
public DataChunk getDecodedRequestURIBC(final boolean isSlashAllowed, final Charset charset) throws CharConversionException { if (isDecoded && isSlashAllowed == wasSlashAllowed && charset == decodedURIEncoding) { return decodedRequestURIDC; } checkDecodedURICapacity(requestURIDC.getLength()); decodedRequestURIDC.setBytes(preallocatedDecodedURIBuffer); HttpRequestURIDecoder.decode(requestURIDC, decodedRequestURIDC, isSlashAllowed, charset); isDecoded = true; wasSlashAllowed = isSlashAllowed; decodedURIEncoding = charset; return decodedRequestURIDC; }
public DataChunk getDecodedRequestURIBC(final boolean isSlashAllowed, final Charset charset) throws CharConversionException { if (isDecoded && isSlashAllowed == wasSlashAllowed && charset == decodedURIEncoding) { return decodedRequestURIDC; } checkDecodedURICapacity(requestURIDC.getLength()); decodedRequestURIDC.setBytes(preallocatedDecodedURIBuffer); HttpRequestURIDecoder.decode(requestURIDC, decodedRequestURIDC, isSlashAllowed, charset); isDecoded = true; wasSlashAllowed = isSlashAllowed; decodedURIEncoding = charset; return decodedRequestURIDC; }
public DataChunk getDecodedRequestURIBC(final boolean isSlashAllowed, final Charset charset) throws CharConversionException { if (isDecoded && isSlashAllowed == wasSlashAllowed && charset == decodedURIEncoding) { return decodedRequestURIDC; } checkDecodedURICapacity(requestURIDC.getLength()); decodedRequestURIDC.setBytes(preallocatedDecodedURIBuffer); HttpRequestURIDecoder.decode(requestURIDC, decodedRequestURIDC, isSlashAllowed, charset); isDecoded = true; wasSlashAllowed = isSlashAllowed; decodedURIEncoding = charset; return decodedRequestURIDC; }
public DataChunk getDecodedRequestURIBC(final boolean isSlashAllowed, final Charset charset) throws CharConversionException { if (isDecoded && isSlashAllowed == wasSlashAllowed && charset == decodedURIEncoding) { return decodedRequestURIDC; } checkDecodedURICapacity(requestURIDC.getLength()); decodedRequestURIDC.setBytes(preallocatedDecodedURIBuffer); HttpRequestURIDecoder.decode(requestURIDC, decodedRequestURIDC, isSlashAllowed, charset); isDecoded = true; wasSlashAllowed = isSlashAllowed; decodedURIEncoding = charset; return decodedRequestURIDC; }
public DataChunk getDecodedRequestURIBC(final boolean isSlashAllowed, final Charset charset) throws CharConversionException { if (isDecoded && isSlashAllowed == wasSlashAllowed && charset == decodedURIEncoding) { return decodedRequestURIDC; } checkDecodedURICapacity(requestURIDC.getLength()); decodedRequestURIDC.setBytes(preallocatedDecodedURIBuffer); HttpRequestURIDecoder.decode(requestURIDC, decodedRequestURIDC, isSlashAllowed, charset); isDecoded = true; wasSlashAllowed = isSlashAllowed; decodedURIEncoding = charset; return decodedRequestURIDC; }
public DataChunk getDecodedRequestURIBC(final boolean isSlashAllowed, final Charset charset) throws CharConversionException { if (isDecoded && isSlashAllowed == wasSlashAllowed && charset == decodedURIEncoding) { return decodedRequestURIDC; } checkDecodedURICapacity(requestURIDC.getLength()); decodedRequestURIDC.setBytes(preallocatedDecodedURIBuffer); HttpRequestURIDecoder.decode(requestURIDC, decodedRequestURIDC, isSlashAllowed, charset); isDecoded = true; wasSlashAllowed = isSlashAllowed; decodedURIEncoding = charset; return decodedRequestURIDC; }
public static Protocol valueOf(final DataChunk protocolC) { if (protocolC.getLength() == 0) { return Protocol.HTTP_0_9; } else if (protocolC.equals(Protocol.HTTP_1_1.getProtocolBytes())) { return Protocol.HTTP_1_1; } else if (protocolC.equals(Protocol.HTTP_1_0.getProtocolBytes())) { return Protocol.HTTP_1_0; } else if (protocolC.equals(Protocol.HTTP_2_0.getProtocolBytes())) { return Protocol.HTTP_2_0; } else if (protocolC.equals(Protocol.HTTP_0_9.getProtocolBytes())) { return Protocol.HTTP_0_9; } throw new IllegalStateException("Unknown protocol " + protocolC.toString()); }
public static Protocol valueOf(final DataChunk protocolC) { if (protocolC.getLength() == 0) { return Protocol.HTTP_0_9; } else if (protocolC.equals(Protocol.HTTP_1_1.getProtocolBytes())) { return Protocol.HTTP_1_1; } else if (protocolC.equals(Protocol.HTTP_1_0.getProtocolBytes())) { return Protocol.HTTP_1_0; } else if (protocolC.equals(Protocol.HTTP_2_0.getProtocolBytes())) { return Protocol.HTTP_2_0; } else if (protocolC.equals(Protocol.HTTP_0_9.getProtocolBytes())) { return Protocol.HTTP_0_9; } throw new IllegalStateException("Unknown protocol " + protocolC.toString()); }
public static Protocol valueOf(final DataChunk protocolC) { if (protocolC.getLength() == 0) { return Protocol.HTTP_0_9; } else if (protocolC.equals(Protocol.HTTP_1_1.getProtocolBytes())) { return Protocol.HTTP_1_1; } else if (protocolC.equals(Protocol.HTTP_1_0.getProtocolBytes())) { return Protocol.HTTP_1_0; } else if (protocolC.equals(Protocol.HTTP_2_0.getProtocolBytes())) { return Protocol.HTTP_2_0; } else if (protocolC.equals(Protocol.HTTP_0_9.getProtocolBytes())) { return Protocol.HTTP_0_9; } throw new IllegalStateException("Unknown protocol " + protocolC.toString()); }
public static Protocol valueOf(final DataChunk protocolC) { if (protocolC.getLength() == 0) { return Protocol.HTTP_0_9; } else if (protocolC.equals(Protocol.HTTP_1_1.getProtocolBytes())) { return Protocol.HTTP_1_1; } else if (protocolC.equals(Protocol.HTTP_1_0.getProtocolBytes())) { return Protocol.HTTP_1_0; } else if (protocolC.equals(Protocol.HTTP_2_0.getProtocolBytes())) { return Protocol.HTTP_2_0; } else if (protocolC.equals(Protocol.HTTP_0_9.getProtocolBytes())) { return Protocol.HTTP_0_9; } throw new IllegalStateException("Unknown protocol " + protocolC.toString()); }
public static Protocol valueOf(final DataChunk protocolC) { if (protocolC.getLength() == 0) { return Protocol.HTTP_0_9; } else if (protocolC.equals(Protocol.HTTP_1_1.getProtocolBytes())) { return Protocol.HTTP_1_1; } else if (protocolC.equals(Protocol.HTTP_1_0.getProtocolBytes())) { return Protocol.HTTP_1_0; } else if (protocolC.equals(Protocol.HTTP_2_0.getProtocolBytes())) { return Protocol.HTTP_2_0; } else if (protocolC.equals(Protocol.HTTP_0_9.getProtocolBytes())) { return Protocol.HTTP_0_9; } throw new IllegalStateException("Unknown protocol " + protocolC.toString()); }
public static Protocol valueOf(final DataChunk protocolC) { if (protocolC.getLength() == 0) { return Protocol.HTTP_0_9; } else if (protocolC.equals(Protocol.HTTP_1_1.getProtocolBytes())) { return Protocol.HTTP_1_1; } else if (protocolC.equals(Protocol.HTTP_1_0.getProtocolBytes())) { return Protocol.HTTP_1_0; } else if (protocolC.equals(Protocol.HTTP_2_0.getProtocolBytes())) { return Protocol.HTTP_2_0; } else if (protocolC.equals(Protocol.HTTP_0_9.getProtocolBytes())) { return Protocol.HTTP_0_9; } throw new IllegalStateException("Unknown protocol " + protocolC.toString()); }
public static Protocol valueOf(final DataChunk protocolC) { if (protocolC.getLength() == 0) { return Protocol.HTTP_0_9; } else if (protocolC.equals(Protocol.HTTP_1_1.getProtocolBytes())) { return Protocol.HTTP_1_1; } else if (protocolC.equals(Protocol.HTTP_1_0.getProtocolBytes())) { return Protocol.HTTP_1_0; } else if (protocolC.equals(Protocol.HTTP_2_0.getProtocolBytes())) { return Protocol.HTTP_2_0; } else if (protocolC.equals(Protocol.HTTP_0_9.getProtocolBytes())) { return Protocol.HTTP_0_9; } throw new IllegalStateException("Unknown protocol " + protocolC.toString()); }
public static Protocol valueOf(final DataChunk protocolC) { if (protocolC.getLength() == 0) { return Protocol.HTTP_0_9; } else if (protocolC.equals(Protocol.HTTP_1_1.getProtocolBytes())) { return Protocol.HTTP_1_1; } else if (protocolC.equals(Protocol.HTTP_1_0.getProtocolBytes())) { return Protocol.HTTP_1_0; } else if (protocolC.equals(Protocol.HTTP_2_0.getProtocolBytes())) { return Protocol.HTTP_2_0; } else if (protocolC.equals(Protocol.HTTP_0_9.getProtocolBytes())) { return Protocol.HTTP_0_9; } throw new IllegalStateException("Unknown protocol " + protocolC.toString()); }
public static Protocol valueOf(final DataChunk protocolC) { if (protocolC.getLength() == 0) { return Protocol.HTTP_0_9; } else if (protocolC.equals(Protocol.HTTP_1_1.getProtocolBytes())) { return Protocol.HTTP_1_1; } else if (protocolC.equals(Protocol.HTTP_1_0.getProtocolBytes())) { return Protocol.HTTP_1_0; } else if (protocolC.equals(Protocol.HTTP_2_0.getProtocolBytes())) { return Protocol.HTTP_2_0; } else if (protocolC.equals(Protocol.HTTP_0_9.getProtocolBytes())) { return Protocol.HTTP_0_9; } throw new IllegalStateException("Unknown protocol " + protocolC.toString()); }
public static Protocol valueOf(final DataChunk protocolC) { if (protocolC.getLength() == 0) { return Protocol.HTTP_0_9; } else if (protocolC.equals(Protocol.HTTP_1_1.getProtocolBytes())) { return Protocol.HTTP_1_1; } else if (protocolC.equals(Protocol.HTTP_1_0.getProtocolBytes())) { return Protocol.HTTP_1_0; } else if (protocolC.equals(Protocol.HTTP_2_0.getProtocolBytes())) { return Protocol.HTTP_2_0; } else if (protocolC.equals(Protocol.HTTP_0_9.getProtocolBytes())) { return Protocol.HTTP_0_9; } throw new IllegalStateException("Unknown protocol " + protocolC.toString()); }