def test_parses_freqs_row(self):
a_row = [self.FAKED_MODULE, self.FAKED_FREQS_METRIC]
merge_comp_freqs.parse_freqs(self._merger, a_row)
updated = self._merger.sorted_result()
self.assertEqual(updated, [(self.FAKED_MODULE,
(self.FAKED_FREQS_METRIC,
self.FAKED_COMLEXITY_METRIC))])
def test_ignores_non_existent_change_records(self):
""" Since we're using historic data, some modules may no longer exist.
In that case we're just ignore them in the merge.
"""
row_with_nonexistent = ['another/module', self.FAKED_FREQS_METRIC]
merge_comp_freqs.parse_freqs(self._merger, row_with_nonexistent)
updated = self._merger.sorted_result()
empty_merge_result = []
self.assertEqual(updated, empty_merge_result)
def test_ignores_non_existent_change_records(self): """ Since we're using historic data, some modules may no longer exist. In that case we're just ignore them in the merge. """ row_with_nonexistent = ['another/module', self.FAKED_FREQS_METRIC] merge_comp_freqs.parse_freqs(self._merger, row_with_nonexistent) updated = self._merger.sorted_result() empty_merge_result = [] self.assertEqual(updated, empty_merge_result)
def test_sorts_output_on_freqs(self): a_new_module = 'hello' complexity_of_new_module = 120 freqs_of_new_module = 2 self._simulate_existing(a_new_module, complexity_of_new_module) rows = [[self.FAKED_MODULE, self.FAKED_FREQS_METRIC], [a_new_module, freqs_of_new_module]] for a_row in rows: merge_comp_freqs.parse_freqs(self._merger, a_row) updated = self._merger.sorted_result() self.assertEqual(updated, [(self.FAKED_MODULE, (self.FAKED_FREQS_METRIC, self.FAKED_COMLEXITY_METRIC)), (a_new_module, (freqs_of_new_module, complexity_of_new_module))])
def test_sorts_output_on_freqs(self): a_new_module = 'hello' complexity_of_new_module = 120 freqs_of_new_module = 2 self._simulate_existing(a_new_module, complexity_of_new_module) rows = [[self.FAKED_MODULE, self.FAKED_FREQS_METRIC], [a_new_module, freqs_of_new_module]] for a_row in rows: merge_comp_freqs.parse_freqs(self._merger, a_row) updated = self._merger.sorted_result() self.assertEqual(updated, [(self.FAKED_MODULE, (self.FAKED_FREQS_METRIC, self.FAKED_COMPLEXITY_METRIC)), (a_new_module, (freqs_of_new_module, complexity_of_new_module))])
def test_parses_complexity_row(self): fake_module = 'other/file/there.py' fake_complexity_metric = 53 fake_freq_metric = 34 merger = merge_comp_freqs.Merged() a_row = ['Python', "./" + fake_module, 0, 1, fake_complexity_metric] merge_comp_freqs.parse_complexity(merger, a_row) b_row = [fake_module, fake_freq_metric] merge_comp_freqs.parse_freqs(merger, b_row) updated = merger.sorted_result() self.assertEqual(updated, [(fake_module, (fake_freq_metric, fake_complexity_metric))])
def test_parses_complexity_row(self):
fake_module = 'other/file/there.py'
fake_complexity_metric = 53
fake_freq_metric = 34
merger = merge_comp_freqs.Merged()
a_row = ['Python', "./" + fake_module, 0, 1, fake_complexity_metric]
merge_comp_freqs.parse_complexity(merger, a_row)
b_row = [fake_module, fake_freq_metric]
merge_comp_freqs.parse_freqs(merger, b_row)
updated = merger.sorted_result()
self.assertEqual(updated,
[(fake_module,
(fake_freq_metric, fake_complexity_metric))])
def test_parses_freqs_row(self): a_row = [self.FAKED_MODULE, self.FAKED_FREQS_METRIC] merge_comp_freqs.parse_freqs(self._merger, a_row) updated = self._merger.sorted_result() self.assertEqual(updated, [(self.FAKED_MODULE, (self.FAKED_FREQS_METRIC, self.FAKED_COMLEXITY_METRIC))])
