Example #1
0
 def test_scientific_notation_with_parameter(self):
     assert format_number(
         '1e10', iScientificNotation=u'%s\u00a0\u00d7\u00a010<sup>%s</sup>') == \
         u'1\u00a0\u00d7\u00a010<sup>10</sup>'
     # u00a0 is unicode for no breaking space,
     # u00d7 is unicode for times,
     # the last bit of this string before the sup is actually \u00a0 followed by 10.
     # Final output of this is assert 1 * 10^10
     # but with the appropriate unicode and html in it as well
     assert format_number('1e10', iScientificNotation=u'%se%s') == u'1e10'
     assert format_number(
         '1e-10', iScientificNotation=u'%s\u00a0\u00d7\u00a010<sup>%s</sup>') == \
         u'1\u00a0\u00d7\u00a010<sup>\u221210</sup>'
Example #2
0
 def test_decimal_separator_with_parameter(self):
     assert format_number('0.0547', decimalSeparator=',') == '0,0547'
     assert format_number('0.0547', decimalSeparator='.') == '0.0547'
Example #3
0
 def test_thousandths_separator_with_parameter(self):
     assert format_number('0.03872432', thousandthsSeparator='') == '0,03872432'
     assert format_number(u'0.039478987192', thousandthsSeparator=u' ') == '0,039 478 987 192'
Example #4
0
 def test_minus_symbol_with_parameter(self):
     assert format_number('-5', minusSymbol=entities.unicode['minus']) == u'\u22125'
     assert format_number('-5', minusSymbol='-') == u'-5'
Example #5
0
 def test_thousand_separator(self):
     assert format_number('1000') == u'1\xa0000'
     # xa0 is unicode for no breaking space
     assert format_number('14739') == u'14\xa0739'
     assert format_number('999') == u'999'
     assert format_number('+5') == u'+5'
Example #6
0
 def test_thousand_separator_with_parameter(self):
     assert format_number('1000', thousandsSeparator='|') == u'1|000'
 def test_decimal_separator_with_parameter(self):
     self.assertEqual(format_number('0.0547', decimalSeparator=','), '0,0547')
     self.assertEqual(format_number('0.0547', decimalSeparator='.'), '0.0547')
 def test_thousandths_separator_with_parameter(self):
     self.assertEqual(format_number('0.03872432', thousandthsSeparator=''), '0,03872432')
     self.assertEqual(
         format_number(u'0.039478987192', thousandthsSeparator=u' '), '0,039 478 987 192')
 def test_minus_symbol_with_parameter(self):
     self.assertEqual(format_number('-5', minusSymbol=entities.unicode['minus']), u'\u22125')
     self.assertEqual(format_number('-5', minusSymbol='-'), u'-5')
 def test_thousand_separator_with_parameter(self):
     self.assertEqual(format_number('1000', thousandsSeparator='|'), u'1|000')
 def test_thousand_separator(self):
     self.assertEqual(format_number('1000'), u'1\xa0000')
     # xa0 is unicode for no breaking space
     self.assertEqual(format_number('14739'), u'14\xa0739')
     self.assertEqual(format_number('999'), u'999')
     self.assertEqual(format_number('+5'), u'+5')