def test_cell(self):
cell2B = Cell(2)
assert cell2B.value == '00'
assert str(cell2B) == '00'
cell2B.value = 0
assert cell2B.value == ' 0'
cell2B.value = 13
assert cell2B.value == '13'
cell2B.value = 'ab'
assert cell2B.value == 'ab'
cell2B.value = 'b'
assert cell2B.value == ' b'
cell2B.value = u'š'
assert cell2B.value == '\xc5\xa1'
try:
cell2B.value = 123
except exceptions.ValueError, e:
assert unicode(e) == u'Reikšmė netelpa ląstelėje.'
assert cell2B.value == 'ab'
cell2B.value = 'b'
assert cell2B.value == ' b'
cell2B.value = u'š'
assert cell2B.value == '\xc5\xa1'
try:
cell2B.value = 123
except exceptions.ValueError, e:
assert unicode(e) == u'Reikšmė netelpa ląstelėje.'
else:
self.fail(u'Turėjo būti išmesta išimtis.'.encode('utf-8'))
a = []
def handler():
a.append('called')
cell2B = Cell(2, handler=handler)
assert len(a) == 0
cell2B.value = 2
assert len(a) == 1
assert a[0] == 'called'
def test_register(self):
class A(object):
reg2B = Register(2)
a = A()
assert a.reg2B == '00'
assert str(a.reg2B) == '00'
a.reg2B = 0