@Test public void testReset() { unprocessed.getUnprocessed().setBuffer(new byte[] { 0x00 }); unprocessed.setExpected(1); unprocessed.setHasUnprocessed(true); unprocessed.setLastTimeReceived(1); unprocessed.reset(); assertNull(unprocessed.getUnprocessed().getBuffer()); assertEquals(0, unprocessed.getExpected()); assertFalse(unprocessed.getHasUnprocessed()); assertEquals(1, unprocessed.getLastTimeReceived()); }
public void reset() { hasUnprocessed = false; unprocessed.setBuffer(null); expected = 0; }
Unprocessed { public void reset() { hasUnprocessed = false; unprocessed.setBuffer(null); expected = 0; } }
Unprocessed { public void reset() { hasUnprocessed = false; unprocessed.setBuffer(null); expected = 0; }  }
Unprocessed { public void reset() { hasUnprocessed = false; unprocessed.setBuffer(null); expected = 0; }  void reset(); void check(); void setHasUnprocessed(boolean value); void setExpected(int value); void setLastTimeReceived(long value); void setLastTimeReceived(); ByteBuffer getUnprocessed(); boolean getHasUnprocessed(); int getExpected(); long getLastTimeReceived(); }
Unprocessed { public void reset() { hasUnprocessed = false; unprocessed.setBuffer(null); expected = 0; }  void reset(); void check(); void setHasUnprocessed(boolean value); void setExpected(int value); void setLastTimeReceived(long value); void setLastTimeReceived(); ByteBuffer getUnprocessed(); boolean getHasUnprocessed(); int getExpected(); long getLastTimeReceived();  }