/**
*
* Actually, the DataSink can be seen as a factory for creating OutputStreams * with mime type and character encoding provided. This allows the API user to * decide how data is to be stored (e.g. in a file, in a byte array, etc.). *
* * @author wprinz */ public interface DataSink { /** * Creates an OutputStream for binary data. * ** Note that the stream may be written only once. Creating another stream * overwrites the existing one. *
* * @param mimeType * The mime type of the output data. * @return Returns the created output stream. * @throws IOException * Thrown if the stream cannot be created. */ public OutputStream createOutputStream(String mimeType) throws IOException; /** * Creates an OutputStream for character data. * ** This is basically the same as {@link #createOutputStream(String)}, but * allows to specify the character encoding. *
* * @param mimeType * The mime type of the output data. * @param characterEncoding * The character encoding of the data. * @return Returns the created output stream. * @throws IOException * Thrown if the stream cannot be created. */ public OutputStream createOutputStream(String mimeType, String characterEncoding) throws IOException; /** * Returns the mime type of the data stream. * ** This is only valid after a stream has been created. *
* * @return Returns the mime type of the data stream. */ public String getMimeType(); /** * Returns the character encoding of the data stream. * ** This is only valid after a stream has been created. Null means that no * character encoding was specified for the data (e.g. if the data is binary). *
* * @return Returns the character encoding of the data stream. */ public String getCharacterEncoding(); }