def test_is_benign_2():
"""Second criterias for benign:
Benign
(ii) ≥2 Strong (BS1–BS4)
"""
# GIVEN values that fulfill the (ii) criteria for benign
ba = False
bs_terms = ["BS1", "BS2"]
## WHEN performing the evaluation
res = is_benign(ba, bs_terms)
## THEN assert the criterias are fullfilled
assert res
bs_terms = ["BS1"]
res = is_benign(ba, bs_terms)
assert not res
def test_is_benign_2():
"""Second criterias for benign:
Benign
(ii) ≥2 Strong (BS1–BS4)
"""
# GIVEN values that fulfill the (ii) criteria for benign
ba = False
bs_terms = ['BS1', 'BS2']
## WHEN performing the evaluation
res = is_benign(ba, bs_terms)
## THEN assert the criterias are fullfilled
assert res
bs_terms = ['BS1']
res = is_benign(ba, bs_terms)
assert not res
def test_is_benign_1():
"""First criterias for benign:
Benign
(i) 1 Stand-alone (BA1) OR
"""
# GIVEN values that fulfill the (i) criteria for benign
ba = True
bs_terms = []
## WHEN performing the evaluation
res = is_benign(ba, bs_terms)
## THEN assert the criterias are fullfilled
assert res
ba = False
res = is_benign(ba, bs_terms)
assert not res
def test_is_benign_1():
"""First criterias for benign:
Benign
(i) 1 Stand-alone (BA1) OR
"""
# GIVEN values that fulfill the (i) criteria for benign
ba = True
bs_terms = []
## WHEN performing the evaluation
res = is_benign(ba, bs_terms)
## THEN assert the criterias are fullfilled
assert res
ba = False
res = is_benign(ba, bs_terms)
assert not res