def test_validation_compare_strings(self):
"""BibMatch comparison: compare strings"""
original_record_instances = ['This is some random text']
matched_record_instances = ['I have some random text about nothing']
comparisons = get_paired_comparisons(original_record_instances, matched_record_instances)
threshold = 0.8
matches_needed = 1
result, dummy = compare_fieldvalues_normal(comparisons, threshold, matches_needed)
self.assertFalse(result)
original_record_instances = ['This is some random text']
matched_record_instances = ['Is some random text']
comparisons = get_paired_comparisons(original_record_instances, matched_record_instances)
result, dummy = compare_fieldvalues_normal(comparisons, threshold, matches_needed)
self.assertTrue(result)
def test_validation_compare_strings(self):
"""BibMatch comparison: compare strings"""
original_record_instances = ['This is some random text']
matched_record_instances = ['I have some random text about nothing']
comparisons = get_paired_comparisons(original_record_instances, matched_record_instances)
threshold = 0.8
matches_needed = 1
result, dummy = compare_fieldvalues_normal(comparisons, threshold, matches_needed)
self.assertFalse(result)
original_record_instances = ['This is some random text']
matched_record_instances = ['Is some random text']
comparisons = get_paired_comparisons(original_record_instances, matched_record_instances)
result, dummy = compare_fieldvalues_normal(comparisons, threshold, matches_needed)
self.assertTrue(result)
def test_validation_compare_title(self):
"""BibMatch comparison: compare title"""
original_record_instances = [
'Assault frequency and preformation probability'
]
matched_record_instances = [
'Assault frequency and preformation probability : The alpha emission process'
]
comparisons = get_paired_comparisons(original_record_instances,
matched_record_instances)
threshold = 0.9
matches_needed = 1
# This should fail
result, dummy = compare_fieldvalues_normal(comparisons, threshold,
matches_needed)
self.assertFalse(result)
# Title search however, takes separators into account
result, dummy = compare_fieldvalues_title(comparisons, threshold,
matches_needed)
self.assertTrue(result)
# Check longer titles
original_record_instances = ['Buffered Electropolishing \xe2\x80\x93 A New Way for ' \
'Achieving Extremely Smooth Surface Finish on Nb SRF ' \
'Cavities to be Used in Particle Accelerators']
matched_record_instances = ['Buffered Electropolishing: A New Way for Achieving ' \
'Extremely Smooth Surface Finish on Nb SRF Cavities ' \
'To be Used in Particle Accelerators']
comparisons = get_paired_comparisons(original_record_instances,
matched_record_instances)
result, dummy = compare_fieldvalues_title(comparisons, threshold,
matches_needed)
self.assertTrue(result)
def test_validation_compare_title(self):
"""BibMatch comparison: compare title"""
original_record_instances = ['Assault frequency and preformation probability']
matched_record_instances = ['Assault frequency and preformation probability : The alpha emission process']
comparisons = get_paired_comparisons(original_record_instances, matched_record_instances)
threshold = 0.9
matches_needed = 1
# This should fail
result, dummy = compare_fieldvalues_normal(comparisons, threshold, matches_needed)
self.assertFalse(result)
# Title search however, takes separators into account
result, dummy = compare_fieldvalues_title(comparisons, threshold, matches_needed)
self.assertTrue(result)
# Check longer titles
original_record_instances = ['Buffered Electropolishing \xe2\x80\x93 A New Way for ' \
'Achieving Extremely Smooth Surface Finish on Nb SRF ' \
'Cavities to be Used in Particle Accelerators']
matched_record_instances = ['Buffered Electropolishing: A New Way for Achieving ' \
'Extremely Smooth Surface Finish on Nb SRF Cavities ' \
'To be Used in Particle Accelerators']
comparisons = get_paired_comparisons(original_record_instances, matched_record_instances)
result, dummy = compare_fieldvalues_title(comparisons, threshold, matches_needed)
self.assertTrue(result)
