import unittest
import os
from gdcmPython import *
-from vtkgdcmPython import *
+if os.name == 'posix':
+ from libvtkgdcmPython import *
+else:
+ from vtkgdcmPython import *
class gdcmTestCase(unittest.TestCase):
# The files whose name starts with a modality (e.g. CR-MONO1-10-chest.dcm)
["Manufacturer", "FUJI PHOTO FILM CO. LTD."],
["Manufacturer's Model Name", "9000"],
["Pixel Data", "gdcm::NotLoaded. Address:776 Length:387200 x(5e880)"]
- ] ],
+ ] ],
####################################
# CT modality examples:
####################################
["Manufacturer", "Picker International, Inc."],
["Manufacturer's Model Name", "PQ5000"],
["Pixel Data", "gdcm::NotLoaded. Address:1680 Length:524288 x(80000)"]
- ] ],
+ ] ],
["CT-MONO2-16-ort.dcm",
[ ["Transfer Syntax UID", "1.2.840.10008.1.2"], # Implicit VR, LE
["Modality", "CT"],
# at 9f8 : fragment length 212866 x(00033f82)
# at 3497e : ItemTag b00c,0eb6 (should be fffe,e000 or fffe,e0dd):
-# ["gdcm-JPEG-LossLessThoravision.dcm",
-# # Interest: - Jpeg compression [Lossless, hierar., first-order
-# # pred. 14, Select. Val. 1]
-# # - encoding is sligthly different from LossLess3a.dcm ???
-# [ ["Transfer Syntax UID", "1.2.840.10008.1.2.4.70"],
-# ["Modality", "CR"],
-# ["Photometric Interpretation", "MONOCHROME2"],
-# ["Rows", "2076"],
-# ["Columns", "1876"],
-# ["Bits Stored", "15"],
-# ["Bits Allocated", "16"],
-# ["High Bit", "14"],
-# ["Pixel Representation", "0"],
-# ["Manufacturer", "Philips Medical Systems"],
-# ["Manufacturer's Model Name", "Cassette Holder Type 9840 500 35201"],
-# ["Pixel Data", "gdcm::NotLoaded. Address:3144 Length:4795668"] ] ],
+ ["gdcm-JPEG-LossLessThoravision.dcm",
+ # Interest: - Jpeg compression [Lossless, hierar., first-order
+ # pred. 14, Select. Val. 1]
+ # - encoding is sligthly different from LossLess3a.dcm ???
+ [ ["Transfer Syntax UID", "1.2.840.10008.1.2.4.70"],
+ ["Modality", "CR"],
+ ["Photometric Interpretation", "MONOCHROME2"],
+ ["Rows", "2076"],
+ ["Columns", "1876"],
+ ["Bits Stored", "15"],
+ ["Bits Allocated", "16"],
+ ["High Bit", "14"],
+ ["Pixel Representation", "0"],
+ ["Manufacturer", "Philips Medical Systems"],
+ ["Manufacturer's Model Name", "Cassette Holder Type 9840 500 35201"],
+ ["Pixel Data", "gdcm::NotLoaded. Address:3144 Length:4795668 x(492d14)"]
+ ] ],
]
def _BaseTest(self, FileSet):
for entry in FileSet:
fileName = os.path.join(GDCM_TEST_DATA_PATH, entry[0])
- toRead = gdcmHeader(fileName)
- valDict = toRead.GetPubElVal()
+ reader = gdcmHeader(fileName)
+ assert reader.IsReadable(),\
+ "File '%s' is not readable by gdcmHeader" % fileName
+
+ valDict = reader.GetEntry()
for subEntry in entry[1]:
element = subEntry[0]
value = subEntry[1]
("Wrong %s for file %s (got %s, shoud be %s)"
% (element,fileName, valDict[element], value)) )
-
def testBarre(self):
gdcmTestCase._BaseTest(self, gdcmTestCase.BarreFiles)
def testJpeg(self):
gdcmTestCase._BaseTest(self, gdcmTestCase.GdcmJpegFiles)
- def testWrite(self):
+ def ZOBtestWrite(self):
import md5
SourceFileName = os.path.join(GDCM_TEST_DATA_PATH,
'gdcm-MR-PHILIPS-16-Multi-Seq.dcm')
Source.GetImageData()
TargetFileName = "junk"
Target = Source.WriteDcmImplVR(TargetFileName)
- # Sign = 'c3d27238647b7eaa773bff6ea0692b54' # old signature in the file
- Sign = 'a1e2abdc2f6abedd86b93c8b88db5203' # new signature (found on Win)
+# Sign = 'a1e2abdc2f6abedd86b93c8b88db5203' # new signature (found on Win)
+ Sign = '849e722e004d3bb37b87ab6006509b8f' # new signature without field strip
ComputeSign = md5.new(open(TargetFileName).read()).hexdigest()
self.assertEqual(ComputeSign, Sign,
("Wrong signature for file %s (got %s, shoud be %s)"