def test_exp_notation_floating(self):
s = '1.073e2.25'
self.assertFalse(tinyplot.can_be_float(s))
def test_unsigned_int(self):
s = '1'
self.assertTrue(tinyplot.can_be_float(s))
def test_string_ascii_sentence(self):
s = 'The quick brown fox jumps over the lazy dog'
self.assertFalse(tinyplot.can_be_float(s))
def test_string_unicode_sentence(self):
s = 'Аэрофотосъёмка ландшафта уже выявила земли богачей и процветающих крестьян'
self.assertFalse(tinyplot.can_be_float(s))
def test_string_word(self):
s = 'Rag'
self.assertFalse(tinyplot.can_be_float(s))
def test_exp_notation_negative(self):
s = '-1e-17'
self.assertTrue(tinyplot.can_be_float(s))
def test_exp_notation_positive(self):
s = '1e17'
self.assertTrue(tinyplot.can_be_float(s))
def test_signed_real(self):
s = '-2.232'
self.assertTrue(tinyplot.can_be_float(s))
def test_unsigned_real(self):
s = '2.25'
self.assertTrue(tinyplot.can_be_float(s))
