def test_eval_match_file_name_match_regex():
part = rulePart(match_type='file.name', file_={'name': 'test.dicom.zip'}, regex=True)
args = part.gen(match_param='.*DiC[o]{1}M\.zip$')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='.*DiC[o]{2}M\.zip$')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_classification_regex():
part = rulePart(match_type='file.classification', file_={'classification': {'intent': ['diffusion']}}, regex=True)
args = part.gen(match_param='test|diffusion')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='test|foo')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_measurements_regex():
part = rulePart(match_type='file.measurements', file_={'measurements': ['diffusion']}, regex=True)
args = part.gen(match_param='test|diffusion')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='test|foo')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_type_regex():
part = rulePart(match_type='file.type', file_={'type': 'dicom'}, regex=True)
args = part.gen(match_param='DiC[o]{1}M$')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='DiC[o]{2}M$')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_container_measurement():
part = rulePart(match_type='container.measurement', container={'measurement': 'diffusion'})
args = part.gen(match_param='diffusion')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='c')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_name_match_relative():
part = rulePart(match_type='file.name', match_param='*.txt')
args = part.gen(file_={'name': 'file.txt' })
result = rules.eval_match(*args)
assert result == True
args = part.gen(file_={'name': 'file.log' })
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_name_match_regex():
part = rulePart(match_type='file.name', file_={'name': 'test.dicom.zip'}, regex=True)
args = part.gen(match_param='.*DiC[o]{1}M\.zip$')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='.*DiC[o]{2}M\.zip$')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_type_regex():
part = rulePart(match_type='file.type', file_={'type': 'dicom'}, regex=True)
args = part.gen(match_param='DiC[o]{1}M$')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='DiC[o]{2}M$')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_name_match_exact():
part = rulePart(match_type='file.name', match_param='file.txt')
args = part.gen(file_={'name': 'file.txt'})
result = rules.eval_match(*args)
assert result == True
args = part.gen(file_={'name': 'file2.txt'})
result = rules.eval_match(*args)
assert result == False
def test_eval_match_container_measurement():
part = rulePart(match_type='container.measurement',
container={'measurement': 'diffusion'})
args = part.gen(match_param='diffusion')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='c')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_container_has_type():
part = rulePart(match_type='container.has-type', container={'files': [
{'measurements': ['a', 'diffusion', 'b']},
{'measurements': ['c', 'other', 'b']},
]})
args = part.gen(match_param='other')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='d')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_container_has_type():
part = rulePart(match_type='container.has-type', container={'files': [
{'type': 'diffusion'},
{'type': 'other'},
]})
args = part.gen(match_param='other')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='d')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_container_has_type_regex():
part = rulePart(match_type='container.has-type', regex=True, container={'files': [
{'type': 'diffusion'},
{'type': 'other'},
]})
args = part.gen(match_param='test|diffusion')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='test|foo')
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_type():
part = rulePart(match_type='file.type', match_param='dicom')
args = part.gen(file_={'type': 'dicom' })
result = rules.eval_match(*args)
assert result == True
args = part.gen(file_={'type': 'nifti' })
result = rules.eval_match(*args)
assert result == False
# Check match returns false without raising when not given a file.type
args = part.gen(file_={'a': 'b'}, container={'a': 'b'})
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_classification():
part = rulePart(match_type='file.classification', file_={'classification': {'intent': ['a', 'diffusion', 'b'] }})
args = part.gen(match_param='diffusion')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='c')
result = rules.eval_match(*args)
assert result == False
# Check match returns false without raising when not given a file.classification
args = part.gen(match_param='', file_={'a': 'b'}, container={'a': 'b'})
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_measurements():
part = rulePart(match_type='file.measurements', file_={'measurements': ['a', 'diffusion', 'b'] })
args = part.gen(match_param='diffusion')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='c')
result = rules.eval_match(*args)
assert result == False
# Check match returns false without raising when not given a file.type
args = part.gen(file_={'a': 'b'}, container={'a': 'b'})
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_modality():
part = rulePart(match_type='file.modality', match_param='MR')
args = part.gen(file_={'modality': 'mr'})
result = rules.eval_match(*args)
assert result == True
args = part.gen(file_={'modality': 'CT'})
result = rules.eval_match(*args)
assert result == False
# Check match returns false without raising when not given a file.modality
args = part.gen(file_={'a': 'b'}, container={'a': 'b'})
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_measurements():
part = rulePart(match_type='file.measurements', file_={'measurements': ['a', 'diffusion', 'b'] })
args = part.gen(match_param='diffusion')
result = rules.eval_match(*args)
assert result == True
args = part.gen(match_param='c')
result = rules.eval_match(*args)
assert result == False
# Check match returns false without raising when not given a file.measurement
args = part.gen(match_param='', file_={'a': 'b'}, container={'a': 'b'})
result = rules.eval_match(*args)
assert result == False
def test_eval_match_file_type():
part = rulePart(match_type='file.type', match_param='dicom')
args = part.gen(file_={'type': 'dicom'})
result = rules.eval_match(*args)
assert result == True
args = part.gen(file_={'type': 'nifti'})
result = rules.eval_match(*args)
assert result == False
# Check match returns false without raising when not given a file.type
args = part.gen(file_={'a': 'b'}, container={'a': 'b'})
result = rules.eval_match(*args)
assert result == False
def test_eval_match_unknown_type():
with pytest.raises(Exception):
rules.eval_match('does-not-exist', None, None, None)
def test_eval_match_unknown_type():
with pytest.raises(Exception):
rules.eval_match('does-not-exist', None, None, None)
