How to use

cat

method

in

de.schlichtherle.truezip.io.Streams

  @Override
  void cat(final TestInputStream in, final TestOutputStream out)
  throws IOException {
    Streams.cat(in, out);
    Streams.cat(in, out); // repeated calls don't matter
  }
}.run();

  void cat1(String name) throws IOException {
// START SNIPPET: cat1
    Path path = new TPath(name);
    InputStream in = Files.newInputStream(path);
    try {
      Streams.cat(in, System.out);
    } finally {
      in.close(); // ALWAYS close the stream!
    }
// END SNIPPET: cat1
  }

  void cat2(String name) {
// START SNIPPET: cat2
    try {
      Path path = new TPath(name);
      InputStream in = Files.newInputStream(path);
      try {
        Streams.cat(in, System.out);
      } finally {
        in.close(); // ALWAYS close the stream!
      }
    } catch (IOException ouch) {
      ouch.printStackTrace();
    }
// END SNIPPET: cat2
  }

            final @WillNotClose OutputStream out)
throws IOException {
  Streams.cat(in, out);

  Streams.cat(in, out);
} finally {
  in.close();

final @WillClose TFileOutputStream out = new TFileOutputStream(this);
try {
  Streams.cat(in, out);
} finally {
  out.close();

final InputStream in = source.getPreambleInputStream();
try {
  Streams.cat(in,
      source.offsetsConsiderPreamble() ? this : out);
} finally {

  Streams.cat(new ByteArrayInputStream(getData()), out);
} finally {
  out.close();
  Streams.cat(new ByteArrayInputStream(getData()), out);
} finally {
  out.close();
Streams.cat(new ByteArrayInputStream(getData()), out);
Streams.cat(new ByteArrayInputStream(getData()), out); // write again
  Streams.cat(new ByteArrayInputStream(getData()), out); // write again
  fail();
} catch (OutputClosedException ex) {

  @Override
  void cat(final TestInputStream in, final TestOutputStream out)
  throws IOException {
    final ThrowControl control = TestConfig.get().getThrowControl();
    control.trigger(ThrowingOutputStream.class, expected);
    final ThrowingOutputStream tos = new ThrowingOutputStream(out);
    Streams.cat(in, out);
    try {
      Streams.cat(in, tos);
      fail();
    } catch (final IOException got) {
      if (!contains(got, expected))
        throw got;
    } catch (final RuntimeException got) {
      if (!contains(got, expected))
        throw got;
    } catch (final Error got) {
      if (!contains(got, expected))
        throw got;
    }
  }
}.run();

  @Override
  void cat(final TestInputStream in, final TestOutputStream out)
  throws IOException {
    final ThrowControl control = TestConfig.get().getThrowControl();
    control.trigger(ThrowingInputStream.class, expected);
    final ThrowingInputStream
        tis = new ThrowingInputStream(in, control);
    try {
      Streams.cat(tis, out);
      fail();
    } catch (final IOException got) {
      if (!contains(got, expected))
        throw got;
    } catch (final RuntimeException got) {
      if (!contains(got, expected))
        throw got;
    } catch (final Error got) {
      if (!contains(got, expected))
        throw got;
    }
    Streams.cat(in, out);
  }
}.run();

    final ByteArrayOutputStream out = new ByteArrayOutputStream(getDataLength());
    try {
      Streams.cat(in2, out);
    } finally {
      out.close();
  Streams.cat(in1, out);
} finally {
  out.close();

    write(new byte[4 - (int) (ol % 4)]);
  Streams.cat(in, this);
} catch (final IOException ex2) {
  ex = ex2;

zos.putNextEntry(local);
try {
  Streams.cat(in, zos);
} catch (final InputException ex) { // NOT IOException!
  builder.warn(ex);

  Streams.cat(in, System.out); // copy the data
} finally {