def test_bad_machines_fail(machine):
test_class = machine.TestCase
try:
with capture_out() as o:
with raises(AssertionError):
test_class().runTest()
except Exception:
print_unicode(o.getvalue())
raise
v = o.getvalue()
print_unicode(v)
assert u'Step #1' in v
assert u'Step #50' not in v
def test_bad_machines_fail(machine):
test_class = machine.TestCase
try:
with capture_out() as o:
with raises(AssertionError):
test_class().runTest()
except Exception:
print_unicode(o.getvalue())
raise
v = o.getvalue()
print_unicode(v)
steps = [l for l in v.splitlines() if 'Step ' in l or 'state.' in l]
assert 1 <= len(steps) <= 50
def test_bad_machines_fail(machine):
test_class = machine.TestCase
try:
with capture_out() as o:
with raises(AssertionError):
test_class().runTest()
except Exception:
print_unicode(o.getvalue())
raise
v = o.getvalue()
print_unicode(v)
steps = [l for l in v.splitlines() if 'Step ' in l or 'state.' in l]
assert 1 <= len(steps) <= 50
def test_bad_machines_fail(machine):
test_class = machine.TestCase
try:
with capture_out() as o:
with raises(AssertionError):
test_class().runTest()
except Exception:
print_unicode(o.getvalue())
raise
v = o.getvalue()
print_unicode(v)
assert u'Step #1' in v
assert u'Step #50' not in v
def test_prints_note_in_failing_example():
@example(x=42)
@example(x=43)
@given(integers())
def test(x):
note("x -> %d" % (x,))
assert x == 42
with capture_out() as out:
with reporting.with_reporter(reporting.default):
with pytest.raises(AssertionError):
test()
v = out.getvalue()
print_unicode(v)
assert "x -> 43" in v
assert "x -> 42" not in v
def myfunc(self, data):
print_unicode(data)
def myfunc(self, data):
print_unicode(data)
def test(x):
print_unicode(u"x -> %d" % (x,))
def default(value):
try:
print_unicode(value)
except UnicodeEncodeError:
print_unicode(escape_unicode_characters(value))
def default(value):
try:
print_unicode(value)
except UnicodeEncodeError:
print_unicode(escape_unicode_characters(value))
