@Ignore("test currently failing - debug action required TODO: CCB") @Test public void test08ByteBitmap() throws Exception { ISOComponent c = new ISOBitMap(1); int consumed = eightBytes.unpack(c, inBytes, 0); assertEquals( "8 bytes should be consumed irrespective of 2nd and 3rd bitmap indicators", 8, consumed); assertEquals( "8 byte can only result in a bitmap holding fields up to 64", 64, ((BitSet) c.getValue()).length() - 1); outBytes = eightBytes.pack(c); assertEquals( "8 byte bitmap pack should reflect unpack", ISOUtil.hexString(inBytes, 0, 8), ISOUtil.hexString(outBytes)); try { outBytes = oneByte.pack(c); fail("Pack of bitmap with fields outside of 1 byte range should result in ISOException"); } catch (Exception e) { // expected. assertEquals( "Bitmap can only hold fields numbered up to 8 in the 1 bytes available.", e.getMessage()); } }
@Ignore("test currently failing - debug action required TODO: CCB") @Test public void test24ByteBitmap() throws Exception { ISOComponent c = new ISOBitMap(1); int consumed = twentyfourBytes.unpack(c, inBytes, 0); assertEquals("All 24 Bytes should be consumed", 24, consumed); assertEquals( "24 byte can only result in a bitmap holding fields up to 192", 192, ((BitSet) c.getValue()).length() - 1); outBytes = twentyfourBytes.pack(c); assertEquals( "24 byte bitmap pack should reflect unpack", ISOUtil.hexString(inBytes, 0, 24), ISOUtil.hexString(outBytes)); try { outBytes = sixteenBytes.pack(c); fail("Pack of bitmap with fields outside of 16 byte range should result in ISOException"); } catch (Exception e) { // expected. assertEquals( "Bitmap can only hold fields numbered up to 128 in the 16 bytes available.", e.getMessage()); } try { outBytes = eightBytes.pack(c); fail("Pack of bitmap with fields outside of 8 byte range should result in ISOException"); } catch (Exception e) { // expected. assertEquals( "Bitmap can only hold fields numbered up to 64 in the 8 bytes available.", e.getMessage()); } try { outBytes = oneByte.pack(c); fail("Pack of bitmap with fields outside of 1 byte range should result in ISOException"); } catch (Exception e) { // expected. assertEquals( "Bitmap can only hold fields numbered up to 8 in the 1 bytes available.", e.getMessage()); } }
@Test public void test24ByteBitmapWithOnly8BytesUsed() throws Exception { ISOComponent c = new ISOBitMap(1); int consumed = twentyfourBytes.unpack(c, eightByteBitMapIn24Bytes, 0); assertEquals("8 bytes should be consumed as the 2nd bitmap indicator if off", 8, consumed); assertEquals( "24 byte bitmap with just 8 bytes used should have a maximum field of ", 64, ((BitSet) c.getValue()).length() - 1); outBytes = twentyfourBytes.pack(c); assertEquals( "24 Byte (8 bytes used) bitmap pack should reflect unpack", ISOUtil.hexString(eightByteBitMapIn24Bytes, 0, 8), ISOUtil.hexString(outBytes)); }
@Test public void test01ByteBitmap() throws Exception { ISOComponent c = new ISOBitMap(1); int consumed = oneByte.unpack(c, inBytes, 0); assertEquals( "1 byte should be consumed irrespective of 2nd, 3rd or any bitmap indicators", 1, consumed); assertEquals( "1 byte can only result in a bitmap holding fields up to 8", 8, ((BitSet) c.getValue()).length() - 1); outBytes = oneByte.pack(c); assertEquals( "1 byte bitmap pack should reflect unpack", ISOUtil.hexString(inBytes, 0, 1), ISOUtil.hexString(outBytes)); }