def test_can_fill_its_hashes_from_example(self):
hashes = Hashes(keys=('key', '<key>'), values=[('<value>', 'value')])
outline_step = Step('Given', 'a step', hashes=hashes)
filled_step = outline_step.fill_from_example({'<key>': 'a key', '<value>': 'a value'})
filled_step.hashes |should| each_be_equal_to([
{'a key': 'value', 'key': 'a value'},
])
def test_can_fill_its_multiline_from_example(self):
outline_step = Step('Given',
'a step',
multilines=['with <placeholder>\n'])
filled_step = outline_step.fill_from_example(
{'<placeholder>': 'replacement'})
filled_step.multiline | should | be_equal_to('with replacement\n')
def test_passes_capture_groups_to_definition(self):
@step('this is (.*)')
def this_is_captured(step, capture):
my_world.capture = capture
step_ = Step('Given', 'this is captured')
my_world = World()
my_world.capture = None
step_.run()
my_world.capture |should| be_equal_to('captured')
def test_can_run_if_defined(self):
@step('there is a step')
def there_is_a_step(step):
world.run_count += 1
step_ = Step('Given', 'there is a step')
world = World()
world.run_count = 0
step_.run()
world.run_count |should| be(1)
def test_passes_capture_groups_to_definition(self):
@step('this is (.*)')
def this_is_captured(step, capture):
my_world.capture = capture
step_ = Step('Given', 'this is captured')
my_world = World()
my_world.capture = None
step_.run()
my_world.capture | should | be_equal_to('captured')
def test_can_run_if_defined(self):
@step('there is a step')
def there_is_a_step(step):
world.run_count += 1
step_ = Step('Given', 'there is a step')
world = World()
world.run_count = 0
step_.run()
world.run_count | should | be(1)
def test_can_fill_its_hashes_from_example(self):
hashes = Hashes(keys=('key', '<key>'), values=[('<value>', 'value')])
outline_step = Step('Given', 'a step', hashes=hashes)
filled_step = outline_step.fill_from_example({
'<key>': 'a key',
'<value>': 'a value'
})
filled_step.hashes | should | each_be_equal_to([
{
'a key': 'value',
'key': 'a value'
},
])
def test_is_looked_up_case_insensitive(self):
@step('miXed Case definItion')
def mixed_case_definition(step):
pass
step_ = Step('Given', 'a MixeD case Definition')
step_ | should | be_defined
def test_knows_if_it_is_defined(self):
@step('there is a step')
def there_is_a_step(step):
pass
step_ = Step('Given', 'there is a step')
step_.is_defined | should | be(True)
def test_can_fill_its_multiline_from_example(self):
outline_step = Step('Given', 'a step', multilines=['with <placeholder>\n'])
filled_step = outline_step.fill_from_example({'<placeholder>': 'replacement'})
filled_step.multiline |should| be_equal_to('with replacement\n')
def test_can_fill_itself_from_example(self):
outline_step = Step('Given', 'an <outlined> step')
filled_step = outline_step.fill_from_example({'<outlined>': 'filled'})
filled_step.text |should| be_equal_to('an filled step')
def test_can_fill_itself_from_example(self):
outline_step = Step('Given', 'an <outlined> step')
filled_step = outline_step.fill_from_example({'<outlined>': 'filled'})
filled_step.text | should | be_equal_to('an filled step')
def test_knows_if_it_is_undefined(self):
step = Step('Given', 'there is a step')
step.is_undefined | should | be(True)
def test_can_be_created(self):
step = Step('Given', 'there is a step')