def to_terminal(self):
'''Yield lines to be printed in a terminal.'''
average_cc = 0.0
analyzed = 0
for name, blocks in self.results:
if 'error' in blocks:
yield name, (blocks['error'], ), {'error': True}
continue
res, cc, n = cc_to_terminal(
blocks,
self.config.show_complexity,
self.config.min,
self.config.max,
self.config.total_average,
)
average_cc += cc
analyzed += n
if res:
yield name, (), {}
yield res, (), {'indent': 1}
if (self.config.average or self.config.total_average) and analyzed:
cc = average_cc / analyzed
ranked_cc = cc_rank(cc)
yield (
'\n{0} blocks (classes, functions, methods) analyzed.',
(analyzed, ),
{},
)
yield (
'Average complexity: {0}{1} ({2}){3}',
(RANKS_COLORS[ranked_cc], ranked_cc, cc, RESET),
{},
)
def test_cc_to_terminal(self):
# do the patching
tools.LETTERS_COLORS = dict((l, '<!{0}!>'.format(l)) for l in 'FMC')
tools.RANKS_COLORS = dict((r, '<|{0}|>'.format(r)) for r in 'ABCDEF')
tools.BRIGHT = '@'
tools.RESET = '__R__'
results = CC_TO_TERMINAL_CASES
res = [
'@<!C!>C __R__17:0 Classname - <|A|>A (4)__R__',
'@<!M!>M __R__19:4 Classname.meth - <|B|>B (7)__R__',
'@<!F!>F __R__12:0 f1 - <|C|>C (14)__R__',
'@<!F!>F __R__12:0 f2 - <|D|>D (22)__R__',
'@<!F!>F __R__12:0 f3 - <|E|>E (32)__R__',
'@<!F!>F __R__12:0 f4 - <|F|>F (41)__R__',
]
res_noshow = ['{0}__R__'.format(r[:r.index('(') - 1]) for r in res]
self.assertEqual(tools.cc_to_terminal(results, False, 'A', 'F', False),
(res_noshow, 120, 6))
self.assertEqual(tools.cc_to_terminal(results, True, 'A', 'F', False),
(res, 120, 6))
self.assertEqual(tools.cc_to_terminal(results, True, 'A', 'D', False),
(res[:-2], 47, 4))
self.assertEqual(tools.cc_to_terminal(results, False, 'A', 'D', False),
(res_noshow[:-2], 47, 4))
self.assertEqual(tools.cc_to_terminal(results, True, 'C', 'F', False),
(res[2:], 109, 4))
self.assertEqual(tools.cc_to_terminal(results, True, 'B', 'E', False),
(res[1:-1], 75, 4))
self.assertEqual(tools.cc_to_terminal(results, True, 'B', 'F', True),
(res[1:], 120, 6))
def test_cc_to_terminal(self):
# do the patching
tools.LETTERS_COLORS = dict((l, '<!{0}!>'.format(l)) for l in 'FMC')
tools.RANKS_COLORS = dict((r, '<|{0}|>'.format(r)) for r in 'ABCDEF')
tools.BRIGHT = '@'
tools.RESET = '__R__'
results = CC_TO_TERMINAL_CASES
res = [
'@<!C!>C __R__17:0 Classname - <|A|>A (4)__R__',
'@<!M!>M __R__19:4 Classname.meth - <|B|>B (7)__R__',
'@<!F!>F __R__12:0 f1 - <|C|>C (14)__R__',
'@<!F!>F __R__12:0 f2 - <|D|>D (22)__R__',
'@<!F!>F __R__12:0 f3 - <|E|>E (32)__R__',
'@<!F!>F __R__12:0 f4 - <|F|>F (41)__R__',
]
res_noshow = ['{0}__R__'.format(r[:r.index('(') - 1]) for r in res]
self.assertEqual(tools.cc_to_terminal(results, False, 'A', 'F', False),
(res_noshow, 120, 6))
self.assertEqual(tools.cc_to_terminal(results, True, 'A', 'F', False),
(res, 120, 6))
self.assertEqual(tools.cc_to_terminal(results, True, 'A', 'D', False),
(res[:-2], 47, 4))
self.assertEqual(tools.cc_to_terminal(results, False, 'A', 'D', False),
(res_noshow[:-2], 47, 4))
self.assertEqual(tools.cc_to_terminal(results, True, 'C', 'F', False),
(res[2:], 109, 4))
self.assertEqual(tools.cc_to_terminal(results, True, 'B', 'E', False),
(res[1:-1], 75, 4))
self.assertEqual(tools.cc_to_terminal(results, True, 'B', 'F', True),
(res[1:], 120, 6))
def to_terminal(self):
'''Yield lines to be printed in a terminal.'''
average_cc = .0
analyzed = 0
for name, blocks in self.results:
if 'error' in blocks:
yield name, (blocks['error'],), {'error': True}
continue
res, cc, n = cc_to_terminal(blocks, self.config.show_complexity,
self.config.min, self.config.max,
self.config.total_average)
average_cc += cc
analyzed += n
if res:
yield name, (), {}
yield res, (), {'indent': 1}
if (self.config.average or self.config.total_average) and analyzed:
cc = average_cc / analyzed
ranked_cc = cc_rank(cc)
yield ('\n{0} blocks (classes, functions, methods) analyzed.',
(analyzed,), {})
yield ('Average complexity: {0}{1} ({2}){3}',
(RANKS_COLORS[ranked_cc], ranked_cc, cc, RESET), {})