/** * Prepare the <tt>ContentType</tt> for the serialization. * * This method might be particularly useful if we use the same <tt>ContentType</tt> * over and over for different responses, so that the <tt>ContentType</tt> * will not have to be parsed and prepared for each response separately. * * @return this <tt>ContentType</tt> */ public ContentType prepare() { getByteArray(); return this; }
/** * Prepare the <tt>ContentType</tt> for the serialization. * * This method might be particularly useful if we use the same <tt>ContentType</tt> * over and over for different responses, so that the <tt>ContentType</tt> * will not have to be parsed and prepared for each response separately. * * @return this <tt>ContentType</tt> */ public ContentType prepare() { getByteArray(); return this; }
/** * Prepare the <tt>ContentType</tt> for the serialization. * * This method might be particularly useful if we use the same <tt>ContentType</tt> * over and over for different responses, so that the <tt>ContentType</tt> * will not have to be parsed and prepared for each response separately. * * @return this <tt>ContentType</tt> */ public ContentType prepare() { getByteArray(); return this; }
/** * Prepare the <tt>ContentType</tt> for the serialization. * * This method might be particularly useful if we use the same <tt>ContentType</tt> * over and over for different responses, so that the <tt>ContentType</tt> * will not have to be parsed and prepared for each response separately. * * @return this <tt>ContentType</tt> */ public ContentType prepare() { getByteArray(); return this; }
/** * Prepare the <tt>ContentType</tt> for the serialization. * * This method might be particularly useful if we use the same <tt>ContentType</tt> * over and over for different responses, so that the <tt>ContentType</tt> * will not have to be parsed and prepared for each response separately. * * @return this <tt>ContentType</tt> */ public ContentType prepare() { getByteArray(); return this; }
/** * Prepare the <tt>ContentType</tt> for the serialization. * * This method might be particularly useful if we use the same <tt>ContentType</tt> * over and over for different responses, so that the <tt>ContentType</tt> * will not have to be parsed and prepared for each response separately. * * @return this <tt>ContentType</tt> */ public ContentType prepare() { getByteArray(); return this; }
/** * Prepare the <tt>ContentType</tt> for the serialization. * * This method might be particularly useful if we use the same <tt>ContentType</tt> * over and over for different responses, so that the <tt>ContentType</tt> * will not have to be parsed and prepared for each response separately. * * @return this <tt>ContentType</tt> */ public ContentType prepare() { getByteArray(); return this; }
/** * Prepare the <tt>ContentType</tt> for the serialization. * * This method might be particularly useful if we use the same <tt>ContentType</tt> * over and over for different responses, so that the <tt>ContentType</tt> * will not have to be parsed and prepared for each response separately. * * @return this <tt>ContentType</tt> */ public ContentType prepare() { getByteArray(); return this; }
/** * Prepare the <tt>ContentType</tt> for the serialization. * * This method might be particularly useful if we use the same <tt>ContentType</tt> * over and over for different responses, so that the <tt>ContentType</tt> * will not have to be parsed and prepared for each response separately. * * @return this <tt>ContentType</tt> */ public ContentType prepare() { getByteArray(); return this; }
/** * Prepare the <tt>ContentType</tt> for the serialization. * * This method might be particularly useful if we use the same <tt>ContentType</tt> * over and over for different responses, so that the <tt>ContentType</tt> * will not have to be parsed and prepared for each response separately. * * @return this <tt>ContentType</tt> */ public ContentType prepare() { getByteArray(); return this; }
/** * Serializes this <tt>ContentType</tt> value into a passed {@link DataChunk}. * * @param dc {@link DataChunk} */ public void serializeToDataChunk(final DataChunk dc) { if (compiledContentTypeArray != null) { dc.setBytes(compiledContentTypeArray, 0, len); return; } else if (compiledContentType != null) { dc.setString(compiledContentType); return; } dc.setBytes(getByteArray(), 0, len); }
/** * Serializes this <tt>ContentType</tt> value into a passed {@link DataChunk}. * * @param dc {@link DataChunk} */ public void serializeToDataChunk(final DataChunk dc) { if (compiledContentTypeArray != null) { dc.setBytes(compiledContentTypeArray, 0, len); return; } else if (compiledContentType != null) { dc.setString(compiledContentType); return; } dc.setBytes(getByteArray(), 0, len); }
/** * Serializes this <tt>ContentType</tt> value into a passed {@link DataChunk}. * * @param dc {@link DataChunk} */ public void serializeToDataChunk(final DataChunk dc) { if (compiledContentTypeArray != null) { dc.setBytes(compiledContentTypeArray, 0, len); return; } else if (compiledContentType != null) { dc.setString(compiledContentType); return; } dc.setBytes(getByteArray(), 0, len); }
/** * Serializes this <tt>ContentType</tt> value into a passed {@link DataChunk}. * * @param dc {@link DataChunk} */ public void serializeToDataChunk(final DataChunk dc) { if (compiledContentTypeArray != null) { dc.setBytes(compiledContentTypeArray, 0, len); return; } else if (compiledContentType != null) { dc.setString(compiledContentType); return; } dc.setBytes(getByteArray(), 0, len); }
/** * Serializes this <tt>ContentType</tt> value into a passed {@link DataChunk}. * * @param dc {@link DataChunk} */ public void serializeToDataChunk(final DataChunk dc) { if (compiledContentTypeArray != null) { dc.setBytes(compiledContentTypeArray, 0, len); return; } else if (compiledContentType != null) { dc.setString(compiledContentType); return; } dc.setBytes(getByteArray(), 0, len); }
/** * Serializes this <tt>ContentType</tt> value into a passed {@link DataChunk}. * * @param dc {@link DataChunk} */ public void serializeToDataChunk(final DataChunk dc) { if (compiledContentTypeArray != null) { dc.setBytes(compiledContentTypeArray, 0, len); return; } else if (compiledContentType != null) { dc.setString(compiledContentType); return; } dc.setBytes(getByteArray(), 0, len); }
/** * Serializes this <tt>ContentType</tt> value into a passed {@link DataChunk}. * * @param dc {@link DataChunk} */ public void serializeToDataChunk(final DataChunk dc) { if (compiledContentTypeArray != null) { dc.setBytes(compiledContentTypeArray, 0, len); return; } else if (compiledContentType != null) { dc.setString(compiledContentType); return; } dc.setBytes(getByteArray(), 0, len); }
/** * Serializes this <tt>ContentType</tt> value into a passed {@link DataChunk}. * * @param dc {@link DataChunk} */ public void serializeToDataChunk(final DataChunk dc) { if (compiledContentTypeArray != null) { dc.setBytes(compiledContentTypeArray, 0, len); return; } else if (compiledContentType != null) { dc.setString(compiledContentType); return; } dc.setBytes(getByteArray(), 0, len); }
/** * Serializes this <tt>ContentType</tt> value into a passed {@link DataChunk}. * * @param dc {@link DataChunk} */ public void serializeToDataChunk(final DataChunk dc) { if (compiledContentTypeArray != null) { dc.setBytes(compiledContentTypeArray, 0, len); return; } else if (compiledContentType != null) { dc.setString(compiledContentType); return; } dc.setBytes(getByteArray(), 0, len); }
/** * Serializes this <tt>ContentType</tt> value into a passed {@link DataChunk}. * * @param dc {@link DataChunk} */ public void serializeToDataChunk(final DataChunk dc) { if (compiledContentTypeArray != null) { dc.setBytes(compiledContentTypeArray, 0, len); return; } else if (compiledContentType != null) { dc.setString(compiledContentType); return; } dc.setBytes(getByteArray(), 0, len); }