def test_StepDict_can_exclude_methods_when_load_steps():
"""
aloe.STEP_REGISTRY.load_steps(obj) don't load exluded attr in
STEP_REGISTRY
"""
steps = StepDict()
class LotsOfSteps(object):
"""A class defining some steps."""
exclude = ["step_1"]
def step_1(self): # pylint:disable=missing-docstring
pass
def step_2(self):
"""Doing something"""
pass
step_list = LotsOfSteps()
steps.load_steps(step_list)
expected_sentence1 = re.compile("Step 1", re.I | re.U)
expected_sentence2 = re.compile("Doing something", re.I | re.U)
assert_not_in(expected_sentence1, steps)
assert_in(expected_sentence2, steps)
def test_StepDict_can_load_steps_from_an_object():
"""
aloe.STEP_REGISTRY.load_steps(obj) append all obj methods to
STEP_REGISTRY
"""
steps = StepDict()
class LotsOfSteps(object):
"""A class defining some steps."""
def step_1(self): # pylint:disable=missing-docstring
pass
def step_2(self):
"""Doing something"""
pass
step_list = LotsOfSteps()
steps.load_steps(step_list)
expected_sentence1 = re.compile("Step 1", re.I | re.U)
expected_sentence2 = re.compile("Doing something", re.I | re.U)
assert_in(expected_sentence1, steps)
assert_in(expected_sentence2, steps)
assert_equal(steps[expected_sentence1], step_list.step_1)
assert_equal(steps[expected_sentence2], step_list.step_2)
def test_replacing_step():
"""
Test registering a different step with the same sentence.
"""
def func1():
"""First function to register as a step."""
pass
def func2():
"""Second function to register as a step."""
pass
steps = StepDict()
# This has to be more than re._MAXCACHE; currently 100 on Python 2.7 and
# 512 on Python 3.5
step_count = 1024
sentence = "sentence {0}".format
# Register some steps
for num in range(step_count):
steps.load(sentence(num), func1)
# Register the same steps again
for num in range(step_count):
steps.load(sentence(num), func2)
# func2 should have replaced func1 everywhere
for num in range(step_count):
assert_matches(steps, sentence(num), (func2, (), {}))
def test_unload_reload():
"""
Test unloading and then reloading the step.
"""
def step(): # pylint:disable=missing-docstring
pass
steps = StepDict()
# Load
steps.step(r'My step (\d)')(step)
assert_matches(steps, "My step 1", (step, ('1',), {}))
# Members added to step by registering it
# pylint:disable=no-member
# Unload
step.unregister()
assert_no_match(steps, "My step 1")
# Should be a no-op
step.unregister()
assert_no_match(steps, "My step 1")
# Reload
steps.step(step.sentence)(step)
assert_matches(steps, "My step 1", (step, ('1',), {}))
def test_StepDict_can_load_steps_from_an_object():
"""
aloe.STEP_REGISTRY.load_steps(obj) append all obj methods to
STEP_REGISTRY
"""
steps = StepDict()
class LotsOfSteps(object):
"""A class defining some steps."""
def step_1(self): # pylint:disable=missing-docstring
pass
def step_2(self):
"""Doing something"""
pass
step_list = LotsOfSteps()
steps.load_steps(step_list)
expected_sentence1 = re.compile("Step 1", re.I | re.U)
expected_sentence2 = re.compile("Doing something", re.I | re.U)
assert_in(expected_sentence1, steps)
assert_in(expected_sentence2, steps)
assert_equal(steps[expected_sentence1], step_list.step_1)
assert_equal(steps[expected_sentence2], step_list.step_2)
def test_StepDict_can_exclude_methods_when_load_steps():
"""
aloe.STEP_REGISTRY.load_steps(obj) don't load exluded attr in
STEP_REGISTRY
"""
steps = StepDict()
class LotsOfSteps(object):
"""A class defining some steps."""
exclude = ["step_1"]
def step_1(self): # pylint:disable=missing-docstring
pass
def step_2(self):
"""Doing something"""
pass
step_list = LotsOfSteps()
steps.load_steps(step_list)
expected_sentence1 = re.compile("Step 1", re.I | re.U)
expected_sentence2 = re.compile("Doing something", re.I | re.U)
assert_not_in(expected_sentence1, steps)
assert_in(expected_sentence2, steps)
def test_StepDict_raise_StepLoadingError_if_first_argument_is_not_a_regex():
"""
aloe.STEP_REGISTRY.load(step, func) should raise an error if step is
not a regex
"""
steps = StepDict()
with assert_raises(StepLoadingError):
steps.load("an invalid regex;)", lambda: "")
def test_StepDict_raise_StepLoadingError_if_first_argument_is_not_a_regex():
"""
aloe.STEP_REGISTRY.load(step, func) should raise an error if step is
not a regex
"""
steps = StepDict()
with assert_raises(StepLoadingError):
steps.load("an invalid regex;)", lambda: "")
def test_StepDict_load_a_step_return_the_given_function():
"""
aloe.STEP_REGISTRY.load(step, func) returns func
"""
steps = StepDict()
def func(): # pylint:disable=missing-docstring
return ""
assert_equal(steps.load("another step", func), func)
def test_StepDict_can_extract_a_step_sentence_from_function_name():
"""
aloe.STEP_REGISTRY.extract_sentence(func) parse func name and return
a sentence
"""
steps = StepDict()
def a_step_sentence(): # pylint:disable=missing-docstring
pass
assert_equal("A step sentence", steps.extract_sentence(a_step_sentence))
def test_StepDict_can_extract_a_step_sentence_from_function_name():
"""
aloe.STEP_REGISTRY.extract_sentence(func) parse func name and return
a sentence
"""
steps = StepDict()
def a_step_sentence(): # pylint:disable=missing-docstring
pass
assert_equal("A step sentence", steps.extract_sentence(a_step_sentence))
def test_StepDict_load_a_step_return_the_given_function():
"""
aloe.STEP_REGISTRY.load(step, func) returns func
"""
steps = StepDict()
def func(): # pylint:disable=missing-docstring
return ""
assert_equal(steps.load("another step", func), func)
def test_StepDict_can_extract_a_step_sentence_from_function_doc():
"""
aloe.STEP_REGISTRY.extract_sentence(func) parse func doc and return
a sentence
"""
steps = StepDict()
def a_step_func():
"""A step sentence"""
pass
assert_equal("A step sentence", steps.extract_sentence(a_step_func))
def test_StepDict_can_extract_a_step_sentence_from_function_doc():
"""
aloe.STEP_REGISTRY.extract_sentence(func) parse func doc and return
a sentence
"""
steps = StepDict()
def a_step_func():
"""A step sentence"""
pass
assert_equal("A step sentence", steps.extract_sentence(a_step_func))
def test_StepDict_can_load_a_step_from_a_function():
"""
aloe.STEP_REGISTRY.load_func(func) append item(step, func) to
STEP_REGISTRY
"""
steps = StepDict()
def a_step_to_test(): # pylint:disable=missing-docstring
pass
steps.load_func(a_step_to_test)
assert_matches(steps, "A step to test", (a_step_to_test, (), {}))
def test_StepDict_can_load_a_step_from_a_function():
"""
aloe.STEP_REGISTRY.load_func(func) append item(step, func) to
STEP_REGISTRY
"""
steps = StepDict()
def a_step_to_test(): # pylint:disable=missing-docstring
pass
steps.load_func(a_step_to_test)
assert_matches(steps, "A step to test", (a_step_to_test, (), {}))
def test_StepDict_can_load_a_step_composed_of_a_regex_and_a_function():
"""
aloe.STEP_REGISTRY.load(step, func) append item(step, func) to
STEP_REGISTRY
"""
steps = StepDict()
def func(): # pylint:disable=missing-docstring
return ""
step = "a step to test"
steps.load(step, func)
assert_matches(steps, step, (func, (), {}))
def test_StepDict_can_load_a_step_composed_of_a_regex_and_a_function():
"""
aloe.STEP_REGISTRY.load(step, func) append item(step, func) to
STEP_REGISTRY
"""
steps = StepDict()
def func(): # pylint:disable=missing-docstring
return ""
step = "a step to test"
steps.load(step, func)
assert_matches(steps, step, (func, (), {}))
def test_unload_reload():
"""
Test unloading and then reloading the step.
"""
def step(): # pylint:disable=missing-docstring
pass
steps = StepDict()
# Load
steps.step(r"My step (\d)")(step)
steps.step(r"Another step (\d)")(step)
assert_matches(steps, "My step 1", (step, ("1", ), {}))
assert_matches(steps, "Another step 1", (step, ("1", ), {}))
# Members added to step by registering it
# pylint:disable=no-member
# Unload
step.unregister()
assert_no_match(steps, "My step 1")
assert_no_match(steps, "Another step 1")
# Should be a no-op
step.unregister()
assert_no_match(steps, "My step 1")
assert_no_match(steps, "Another step 1")
# Reload
steps.step(r"My step (\d)")(step)
assert_matches(steps, "My step 1", (step, ("1", ), {}))
def test_StepDict_can_load_a_step_from_a_function():
"""
aloe.STEP_REGISTRY.load_func(func) append item(step, func) to
STEP_REGISTRY
"""
steps = StepDict()
def a_step_to_test(): # pylint:disable=missing-docstring
pass
steps.load_func(a_step_to_test)
expected_sentence = re.compile("A step to test", re.I | re.U)
assert_in(expected_sentence, steps)
assert_equal(steps[expected_sentence], a_step_to_test)
def test_StepDict_can_load_a_step_from_a_function():
"""
aloe.STEP_REGISTRY.load_func(func) append item(step, func) to
STEP_REGISTRY
"""
steps = StepDict()
def a_step_to_test(): # pylint:disable=missing-docstring
pass
steps.load_func(a_step_to_test)
expected_sentence = re.compile("A step to test", re.I | re.U)
assert_in(expected_sentence, steps)
assert_equal(steps[expected_sentence], a_step_to_test)
def test_StepDict_can_load_a_step_composed_of_a_regex_and_a_function():
"""
aloe.STEP_REGISTRY.load(step, func) append item(step, func) to
STEP_REGISTRY
"""
steps = StepDict()
def func(): # pylint:disable=missing-docstring
return ""
step = "a step to test"
steps.load(step, func)
step = re.compile(step, re.I | re.U)
assert_in(step, steps)
assert_equal(steps[step], func)
def test_StepDict_can_load_a_step_composed_of_a_regex_and_a_function():
"""
aloe.STEP_REGISTRY.load(step, func) append item(step, func) to
STEP_REGISTRY
"""
steps = StepDict()
def func(): # pylint:disable=missing-docstring
return ""
step = "a step to test"
steps.load(step, func)
step = re.compile(step, re.I | re.U)
assert_in(step, steps)
assert_equal(steps[step], func)
def test_StepDict_can_exclude_callable_object_when_load_steps():
"""
aloe.STEP_REGISTRY.load_steps(obj) don't load callable objets in
STEP_REGISTRY
"""
steps = StepDict()
class NoStep(object):
"""A class defining something that's not a step."""
class NotAStep(object):
"""A callable which isn't a step."""
def __call__(self):
pass
no_step = NoStep()
steps.load_steps(no_step)
assert not steps
def test_StepDict_can_exclude_callable_object_when_load_steps():
"""
aloe.STEP_REGISTRY.load_steps(obj) don't load callable objets in
STEP_REGISTRY
"""
steps = StepDict()
class NoStep(object):
"""A class defining something that's not a step."""
class NotAStep(object):
"""A callable which isn't a step."""
def __call__(self):
pass
no_step = NoStep()
steps.load_steps(no_step)
assert len(steps) == 0
def test_StepDict_can_load_steps_from_an_object():
"""
aloe.STEP_REGISTRY.load_steps(obj) append all obj methods to
STEP_REGISTRY
"""
steps = StepDict()
class LotsOfSteps(object):
"""A class defining some steps."""
def step_1(self): # pylint:disable=missing-docstring
pass
def step_2(self):
"""Doing something"""
pass
step_list = LotsOfSteps()
steps.load_steps(step_list)
assert_matches(steps, "Step 1", (step_list.step_1, (), {}))
assert_matches(steps, "Doing something", (step_list.step_2, (), {}))
def test_replacing_step():
"""
Test registering a different step with the same sentence.
"""
def func1():
"""First function to register as a step."""
pass
def func2():
"""Second function to register as a step."""
pass
steps = StepDict()
# This has to be more than re._MAXCACHE; currently 100 on Python 2.7 and
# 512 on Python 3.5
step_count = 1024
sentence = "sentence {0}".format
# Register some steps
for num in range(step_count):
steps.load(sentence(num), func1)
# Register the same steps again
for num in range(step_count):
steps.load(sentence(num), func2)
# func2 should have replaced func1 everywhere
for num in range(step_count):
assert_matches(steps, sentence(num), (func2, (), {}))
def test_StepDict_can_load_steps_from_an_object():
"""
aloe.STEP_REGISTRY.load_steps(obj) append all obj methods to
STEP_REGISTRY
"""
steps = StepDict()
class LotsOfSteps(object):
"""A class defining some steps."""
def step_1(self): # pylint:disable=missing-docstring
pass
def step_2(self):
"""Doing something"""
pass
step_list = LotsOfSteps()
steps.load_steps(step_list)
assert_matches(steps, "Step 1", (step_list.step_1, (), {}))
assert_matches(steps, "Doing something", (step_list.step_2, (), {}))
def test_StepDict_can_exclude_methods_when_load_steps():
"""
aloe.STEP_REGISTRY.load_steps(obj) don't load exluded attr in
STEP_REGISTRY
"""
steps = StepDict()
class LotsOfSteps(object):
"""A class defining some steps."""
exclude = ["step_1"]
def step_1(self): # pylint:disable=missing-docstring
pass
def step_2(self):
"""Doing something"""
pass
step_list = LotsOfSteps()
steps.load_steps(step_list)
assert_no_match(steps, "Step 1")
assert_matches(steps, "Doing something", (step_list.step_2, (), {}))
def test_StepDict_can_exclude_methods_when_load_steps():
"""
aloe.STEP_REGISTRY.load_steps(obj) don't load exluded attr in
STEP_REGISTRY
"""
steps = StepDict()
class LotsOfSteps(object):
"""A class defining some steps."""
exclude = ["step_1"]
def step_1(self): # pylint:disable=missing-docstring
pass
def step_2(self):
"""Doing something"""
pass
step_list = LotsOfSteps()
steps.load_steps(step_list)
assert_no_match(steps, "Step 1")
assert_matches(steps, "Doing something", (step_list.step_2, (), {}))
def test_unload_reload():
"""
Test unloading and then reloading the step.
"""
def step(): # pylint:disable=missing-docstring
pass
class StepDefinition(object):
"""A step definition object to match."""
sentence = 'My step 1'
steps = StepDict()
# Load
steps.step(r'My step (\d)')(step)
assert len(steps) == 1
assert steps.match_step(StepDefinition) == (step, ('1', ), {})
# Members added to step by registering it
# pylint:disable=no-member
# Unload
step.unregister()
assert len(steps) == 0
# Should be a no-op
step.unregister()
assert len(steps) == 0
# Reload
steps.step(step.sentence)(step)
assert len(steps) == 1
assert steps.match_step(StepDefinition) == (step, ('1', ), {})
def test_unload_reload():
"""
Test unloading and then reloading the step.
"""
def step(): # pylint:disable=missing-docstring
pass
class StepDefinition(object):
"""A step definition object to match."""
sentence = 'My step 1'
steps = StepDict()
# Load
steps.step(r'My step (\d)')(step)
assert len(steps) == 1
assert steps.match_step(StepDefinition) == (step, ('1',), {})
# Members added to step by registering it
# pylint:disable=no-member
# Unload
step.unregister()
assert len(steps) == 0
# Should be a no-op
step.unregister()
assert len(steps) == 0
# Reload
steps.step(step.sentence)(step)
assert len(steps) == 1
assert steps.match_step(StepDefinition) == (step, ('1',), {})
