def test_when_better_than_reference_then_limit_breach_is_ok(self):
self.assertTrue((comparecyclo.new_complexity_is_ok(
new_complexity_limit=2,
new_methods_complexity={
'bad1()': 10,
'good2(b, c)': 2
},
reference_methods_complexity={'bad1()': 13})))
def test_when_reference_is_empty_then_nobreach_is_ok(self):
self.assertTrue(
comparecyclo.new_complexity_is_ok(new_complexity_limit=3,
new_methods_complexity={
'good1(a, b)': 2,
'void good2()': 3
},
reference_methods_complexity={}))
def test_when_same_as_reference_then_limit_breach_is_ok(self):
self.assertTrue(
comparecyclo.new_complexity_is_ok(
new_complexity_limit=2,
new_methods_complexity={
'bad1()': 13,
'good2(a)': 1
},
reference_methods_complexity={'bad1()': 13}))
def test_when_reference_is_empty_then_limit_breach_is_not_ok(self):
self.assertFalse(
comparecyclo.new_complexity_is_ok(new_complexity_limit=3,
new_methods_complexity={
'good1(a)': 1,
'bool bad2(int b)': 4,
'good3()': 3
},
reference_methods_complexity={}))
def test_when_source_missing_and_new_report_empty_then_not_ok(self):
self.assertFalse(
comparecyclo.new_complexity_is_ok(new_complexity_limit=2,
new_methods_complexity={},
reference_methods_complexity={}))
def test_when_worse_than_reference_then_limit_exceeded_is_not_ok(self):
self.assertFalse(
comparecyclo.new_complexity_is_ok(
new_complexity_limit=2,
new_methods_complexity={'good_becomes_bad(int r)': 4},
reference_methods_complexity={'good_becomes_bad(int r)': 3}))
def test_when_worse_than_reference_and_in_limit_then_its_ok(self):
self.assertTrue(
comparecyclo.new_complexity_is_ok(
new_complexity_limit=3,
new_methods_complexity={'good1()': 3},
reference_methods_complexity={'good1()': 2}))