[ CR-MONO1-10-chest.dcm
   #"Transfer Syntax UID" is absent.
   0008|0060 "CR"   # Modality
   0008|0070 "FUJI PHOTO FILM CO. LTD." # Manufacturer
   0008|1090 "9000" # Manufacturer's Model Name
   0028|0010 "440"  # Rows
   0028|0011 "440"  # Columns
   0028|0100 "16"   # Bits Allocated
   0028|0101 "10"   # Bits Stored
   0028|0102 "9"    # High Bit
   0028|0103 "0"    # Pixel Representation
   7fe0|0010 "gdcm::NotLoaded (BinEntry) Address:776 Length:387200 x(5e880)"
]

[ SIEMENS_GBS_III-16-ACR_NEMA_1.acr
  # - Particularities:
  #   * old (circa 1991) ACR NEMA version 1.0 format.
  #   * Pixel Representation (0028|0103) is absent
  #   * apparently broken pixel data (see below)
  #
  # - This image pixel data looks corrupted, in the sense that the
  #   following sizes do NOT match (as expected):
  #   * it's pixel data is 132096 bytes long
  #   * it has a size of 256x256 with 16 bytes per pixel, i.e. a size
  #     of 256*256*2 = 131072 bytes.
  # - Because of this missmatch, TestReadWriteReadCompare segfaults
  #   on this image.
  #   In details, when segfault occurs we have the following call stack:
  #       gdcmFile::GetImageData()
  #          PixelData = new uint8_t[ImageDataSize];
  #          \--->::GetImageDataIntoVector(destination, ImageDataSize)
  #           \---> ::ReadPixelData(destination)
  #            \---> fread(destination, Header->GetPixelAreaLength(), 1, fp);
  #   which causes the segfault because :
  #       - destination is ImageDataSize i.e. 131072 bytes long
  #       - Header->GetPixelAreaLength() = 132096 bytes long
   0028|0010 "256"  # Rows
   0028|0011 "256"  # Columns
   0008|0060 "MR"   # Modality
   0028|0100 "16"   # Bits Allocated
   0028|0101 "12"   # Bits Stored
   0028|0102 "11"   # High Bit
   0008|0070 "SIEMENS "     # Manufacturer
   0008|1090 "GBS III     " # Manufacturer's Model Name
   7fe0|0010 "gdcm::NotLoaded (BinEntry) Address:8192 Length:132096 x(20400)"
]