/** * Wrap the given stream, both recording and passing along any data written * to this RecordingOutputStream. * * @throws IOException If failed creation of backing file. */ public void open() throws IOException { this.open(null); }
/** * Wrap the given stream, both recording and passing along any data written * to this RecordingOutputStream. * * @throws IOException If failed creation of backing file. */ public void open() throws IOException { this.open(null); }
/** * Wrap the given stream, both recording and passing along any data written * to this RecordingOutputStream. * * @throws IOException If failed creation of backing file. */ public void open() throws IOException { this.open(null); }
/** * Wrap the provided stream with the internal RecordingOutputStream * * open() throws an exception if RecordingOutputStream is already open. * * @param os The output stream to wrap. * * @return The output stream wrapper which is itself an output stream. * Pass this in place of the passed stream so output can be recorded. * * @throws IOException */ public OutputStream outputWrap(OutputStream os) throws IOException { this.ros.open(os); return this.ros; }
/** * Wrap the provided stream with the internal RecordingOutputStream * * open() throws an exception if RecordingOutputStream is already open. * * @param os The output stream to wrap. * * @return The output stream wrapper which is itself an output stream. * Pass this in place of the passed stream so output can be recorded. * * @throws IOException */ public OutputStream outputWrap(OutputStream os) throws IOException { this.ros.open(os); return this.ros; }
/** * Wrap the provided stream with the internal RecordingOutputStream * * open() throws an exception if RecordingOutputStream is already open. * * @param os The output stream to wrap. * * @return The output stream wrapper which is itself an output stream. * Pass this in place of the passed stream so output can be recorded. * * @throws IOException */ public OutputStream outputWrap(OutputStream os) throws IOException { this.ros.open(os); return this.ros; }
public void open(InputStream wrappedStream) throws IOException { logger.fine(Thread.currentThread().getName() + " opening " + wrappedStream + ", " + Thread.currentThread().getName()); if(isOpen()) { // error; should not be opening/wrapping in an unclosed // stream remains open throw new IOException("RIS already open for " +Thread.currentThread().getName()); } try { this.in = wrappedStream; this.recordingOutputStream.open(); } catch (IOException ioe) { close(); // ...and rethrow... throw ioe; } }
public void open(InputStream wrappedStream) throws IOException { if (logger.isLoggable(Level.FINE)) { logger.fine("wrapping " + wrappedStream + " in thread " + Thread.currentThread().getName()); } if(isOpen()) { // error; should not be opening/wrapping in an unclosed // stream remains open throw new IOException("RIS already open for " +Thread.currentThread().getName()); } try { this.in = wrappedStream; this.recordingOutputStream.open(); } catch (IOException ioe) { close(); // ...and rethrow... throw ioe; } }
public void open(InputStream wrappedStream) throws IOException { if (logger.isLoggable(Level.FINE)) { logger.fine("wrapping " + wrappedStream + " in thread " + Thread.currentThread().getName()); } if(isOpen()) { // error; should not be opening/wrapping in an unclosed // stream remains open throw new IOException("RIS already open for " +Thread.currentThread().getName()); } try { this.in = wrappedStream; this.recordingOutputStream.open(); } catch (IOException ioe) { close(); // ...and rethrow... throw ioe; } }