def test_safe_parse(self):
cases = (
('1%', 0.01,),
('1%x', '1%x',),
('x1%x', 'x1%x',),
('1', 1,),
('1-', '1-',),
('x1y', 'x1y',),
('1K', 1024,),
('1Kqq', '1Kqq',),
('1.01', 1.01,),
('1..01', '1..01',),
)
for _in, expected in cases:
rst = humannum.parsenum(_in, safe=True)
msg = 'parse: in: {_in} expect: {expected}, rst: {rst}'.format(
_in=repr(_in),
expected=repr(expected),
rst=repr(rst),
)
dd(msg)
self.assertEqual(expected, rst)
if not isinstance(expected, types.StringTypes):
rst = humannum.parseint(_in, safe=True)
self.assertEqual(int(expected), rst)
def test_parse_percentage(self):
cases = (
('0%', 0, ),
('-0%', 0, ),
('1%', 0.01, ),
('-1%', -0.01, ),
('1.00%', 0.01, ),
('1.1%', 0.011, ),
('100%', 1.0, ),
('-100%', -1.0, ),
('100.1%', 1.001, ),
('1200.123%', 12.00123, ),
('-1200.123%', -12.00123, ),
)
for _in, expected in cases:
rst = humannum.parsenum(_in)
msg = 'parse: in: {_in} expect: {expected}, rst: {rst}'.format(
_in=repr(_in),
expected=repr(expected),
rst=repr(rst),
)
self.assertTrue(0.000000001 > expected - rst > -0.000000001, msg)
self.assertEqual(int(expected), humannum.parseint(_in), 'int: ' + msg)
def _out():
print port, args.db
for _repr, tbl_stat in rsts:
if args.size is not None:
op = args.size[0]
num = humannum.parseint(args.size[1:])
if op == '>' and tbl_stat['Data_length'] < num:
continue
if op == '<' and tbl_stat['Data_length'] > num:
continue
print _repr
def test_parse_number(self):
cases = (
('0', 0, ''),
('1', 1, ''),
('1.00', 1.0, ''),
('1.01', 1.01, ''),
('1.00', 1, ''),
('1023', 1023, ''),
('1K', 1024, ''),
('1.00K', 1024, ''),
('1.01K', 1024 + 10.24, ''),
('1000.1K', 1024102.4, ''),
('1M', 1024**2, ''),
('1.01M', 1059061.76, ''),
('1G', 1024**3, ''),
('1T', 1024**4, ''),
('1P', 1024**5, ''),
('1E', 1024**6, ''),
('1Z', 1024**7, ''),
('1Y', 1024**8, ''),
('1024Y', 1024**9, ''),
('1048576Y', 1024**10, ''),
('1.00M', 1048576, ''),
)
suffixes = (
'',
'b',
'i',
'ib',
'B',
'I',
'iB',
)
for _in, _out, _msg in cases:
rst = humannum.parsenum(_in)
msg = 'parse: in: {_in} expect: {_out}, rst: {rst}; {_msg}'.format(
_in=repr(_in), _out=repr(_out), rst=rst, _msg=_msg)
self.assertEqual(_out, rst, msg)
self.assertEqual(0 - _out, humannum.parsenum('-' + _in),
msg + ': negative')
for suff in suffixes:
dd('parseint:', _in, ' suffix: ', suff)
self.assertEqual(int(_out), humannum.parseint(_in + suff),
msg + '; parseint with suffix: ' + repr(suff))
