def test_locally_defined_class():
###########################################################################
# Testing for locally defined class:
if garlicsim.__version_info__ <= (0, 6, 3):
raise nose.SkipTest("This test doesn't pass in `garlicsim` version "
"0.6.3 and below, because `describe` doesn't "
"support nested classes yet.")
result = describe(A.B)
assert result == prefix + 'A.B'
assert resolve(result) is A.B
result = describe(A.C.D.deeper_method)
assert result == prefix + 'A.C.D.deeper_method'
assert resolve(result) == A.C.D.deeper_method
result = describe(A.C.D.deeper_method, root=A.C)
assert result == 'C.D.deeper_method'
assert resolve(result, root=A.C) == A.C.D.deeper_method
result = describe(A.C.D.deeper_method, root='A.C.D')
assert result == 'D.deeper_method'
assert resolve(result, root='A.C.D') == A.C.D.deeper_method
def test_locally_defined_class():
###########################################################################
# Testing for locally defined class:
if garlicsim.__version_info__ <= (0, 6, 3):
raise nose.SkipTest("This test doesn't pass in `garlicsim` version "
"0.6.3 and below, because `describe` doesn't "
"support nested classes yet.")
result = describe(A.B)
assert result == prefix + 'A.B'
assert resolve(result) is A.B
result = describe(A.C.D.deeper_method)
assert result == prefix + 'A.C.D.deeper_method'
assert resolve(result) == A.C.D.deeper_method
result = describe(A.C.D.deeper_method, root=A.C)
assert result == 'C.D.deeper_method'
assert resolve(result, root=A.C) == A.C.D.deeper_method
result = describe(A.C.D.deeper_method, root='A.C.D')
assert result == 'D.deeper_method'
assert resolve(result, root='A.C.D') == A.C.D.deeper_method
def test_garlicsim():
'''Test `resolve` on `garlicsim` modules.'''
result = resolve('garlicsim.general_misc')
import garlicsim
assert garlicsim.general_misc is result
result = resolve('garlicsim.general_misc.persistent.'
'cross_process_persistent.'
'CrossProcessPersistent.personality')
result2 = \
resolve('general_misc.persistent.CrossProcessPersistent.personality',
namespace=garlicsim)
result3 = resolve('persistent.CrossProcessPersistent.personality',
root=garlicsim.general_misc.persistent,
namespace='email')
assert result is result2 is result3 is garlicsim.general_misc.persistent.\
cross_process_persistent.CrossProcessPersistent.personality
result = resolve('data_structures.end.End', root=garlicsim.data_structures)
result2 = resolve('data_structures.End', root=garlicsim.data_structures)
result3 = resolve('data_structures.End', namespace='garlicsim')
assert result is result2 is garlicsim.data_structures.end.End
import email
assert resolve('garlicsim', namespace={'e': email})
def test_garlicsim():
'''Test `resolve` on `garlicsim` modules.'''
result = resolve('garlicsim.general_misc')
import garlicsim
assert garlicsim.general_misc is result
result = resolve('garlicsim.general_misc.persistent.'
'cross_process_persistent.'
'CrossProcessPersistent.personality')
result2 = \
resolve('general_misc.persistent.CrossProcessPersistent.personality',
namespace=garlicsim)
result3 = resolve('persistent.CrossProcessPersistent.personality',
root=garlicsim.general_misc.persistent,
namespace='email')
assert result is result2 is result3 is garlicsim.general_misc.persistent.\
cross_process_persistent.CrossProcessPersistent.personality
result = resolve('data_structures.end.End',
root=garlicsim.data_structures)
result2 = resolve('data_structures.End',
root=garlicsim.data_structures)
result3 = resolve('data_structures.End', namespace='garlicsim')
assert result is result2 is garlicsim.data_structures.end.End
import email
assert resolve('garlicsim', namespace={'e': email})
def test_local_modules():
'''Test `describe` on local, relatively-imported modules.'''
import garlicsim
from .sample_module_tree import w
z = resolve('w.x.y.z', root=w)
result = describe(z, root=w)
assert result == 'w.x.y.z'
result = describe(z, shorten=True, root=w)
assert result == 'w.y.z'
result = describe(z, shorten=True, root=w)
assert result == 'w.y.z'
result = describe(z, shorten=True, root=w, namespace='email')
assert result == 'w.y.z'
result = describe(z, shorten=True, root=garlicsim, namespace=w)
assert result == 'y.z'
result = describe(z, shorten=True, root=w.x)
assert result == 'x.y.z'
def __init__(self, function):
'''
Construct the `TempFunctionCallCounter`.
For `function`, you may pass in either a function object, or a
`(parent_object, function_name)` pair, or a `(getter, setter)` pair.
'''
if cute_iter_tools.is_iterable(function):
first, second = function
if isinstance(second, basestring):
actual_function = getattr(first, second)
else:
assert callable(first) and callable(second)
actual_function = first(
) # `first` is the getter in this case.
else: # not cute_iter_tools.is_iterable(function)
assert callable(function)
actual_function = function
try:
address = address_tools.object_to_string.get_address(function)
parent_object_address, function_name = address.rsplit('.', 1)
parent_object = address_tools.resolve(parent_object_address)
except Exception:
raise Exception("Couldn't obtain parent/name pair from "
"function; supply one manually or "
"alternatively supply a getter/setter pair.")
first, second = parent_object, function_name
self.call_counting_function = count_calls(actual_function)
TempValueSetter.__init__(self, (first, second),
value=self.call_counting_function)
def resolve(self, address):
'''Resolve `address` into a Python object.'''
return address_tools.resolve(
address,
root=self.simpack,
namespace=self.gui_project.namespace
)
def update_simpack_list(self):
'''Update the list of available simpacks.'''
self.list_of_simpacks = []
for path, package_prefix in garlicsim_wx.simpack_places:
if path not in sys.path:
sys.path.append(path)
if package_prefix:
assert package_prefix[-1] == '.'
package = address_tools.resolve(package_prefix[:-1])
path_to_search = path_tools.get_path_of_package(package)
else: # not package_prefix
path_to_search = path
list_of_simpacks_in_simpack_place = [
(package_prefix + package_name[1:]) for package_name in
package_finder.get_packages(path_to_search, self_in_name=False)
]
list_of_simpacks_in_simpack_place.sort(cmp=underscore_hating_cmp)
self.list_of_simpacks += list_of_simpacks_in_simpack_place
self.list_box.SetItems(self.list_of_simpacks)
def test_local_modules():
'''Test `describe` on local, relatively-imported modules.'''
import garlicsim
from .sample_module_tree import w
z = resolve('w.x.y.z', root=w)
result = describe(z, root=w)
assert result == 'w.x.y.z'
result = describe(z, shorten=True, root=w)
assert result == 'w.y.z'
result = describe(z, shorten=True, root=w)
assert result == 'w.y.z'
result = describe(z, shorten=True, root=w, namespace='email')
assert result == 'w.y.z'
result = describe(z, shorten=True, root=garlicsim, namespace=w)
assert result == 'y.z'
result = describe(z, shorten=True, root=w.x)
assert result == 'x.y.z'
def test_garlicsim():
'''Test `describe` for various `garlicsim` modules.'''
import garlicsim
result = describe(garlicsim.data_structures.state.State)
assert result == 'garlicsim.data_structures.state.State'
assert resolve(result) is garlicsim.data_structures.state.State
result = describe(garlicsim.data_structures.state.State, shorten=True)
assert result == 'garlicsim.data_structures.State'
assert resolve(result) is garlicsim.data_structures.state.State
result = describe(garlicsim.Project, shorten=True)
assert result == 'garlicsim.Project'
assert resolve(result) is garlicsim.Project
# When a root or namespace is given, it's top priority to use it, even if
# it prevents shorterning and results in an overall longer address:
result = describe(garlicsim.Project, shorten=True,
root=garlicsim.asynchronous_crunching)
assert result == 'asynchronous_crunching.Project'
assert resolve(result, root=garlicsim.asynchronous_crunching) is \
garlicsim.Project
result = describe(garlicsim.Project, shorten=True,
namespace=garlicsim)
assert result == 'Project'
assert resolve(result, namespace=garlicsim) is garlicsim.Project
result = describe(garlicsim.Project, shorten=True,
namespace=garlicsim.__dict__)
assert result == 'Project'
assert resolve(result, namespace=garlicsim.__dict__) is \
garlicsim.Project
result = describe(garlicsim.Project, shorten=True,
namespace='garlicsim')
assert result == 'Project'
assert resolve(result, namespace='garlicsim') is garlicsim.Project
result = describe(garlicsim.Project, shorten=True,
namespace='garlicsim.__dict__')
assert result == 'Project'
assert resolve(result, namespace='garlicsim.__dict__') is \
garlicsim.Project
result = describe(garlicsim.data_structures.state.State, root=garlicsim)
assert result == 'garlicsim.data_structures.state.State'
assert resolve(result, root=garlicsim) is \
garlicsim.data_structures.state.State
def test_address_in_expression():
result = resolve('[object, email.encoders, marshal]')
import email, marshal, garlicsim
assert result == [object, email.encoders, marshal]
assert resolve('[email.encoders, 7, (1, 3), marshal]') == \
[email.encoders, 7, (1, 3), marshal]
result = resolve('{email: marshal, object: 7, garlicsim: garlicsim}')
import garlicsim
assert result == {email: marshal, object: 7, garlicsim: garlicsim}
assert resolve('{email: marshal, object: 7, garlicsim: garlicsim}') == \
{email: marshal, object: 7, garlicsim: garlicsim}
assert resolve('{Project: simulate}', namespace=garlicsim) == \
{garlicsim.Project: garlicsim.simulate}
assert resolve('{asynchronous_crunching.Project: simulate}',
root=garlicsim.asynchronous_crunching,
namespace=garlicsim) == \
{garlicsim.asynchronous_crunching.Project: garlicsim.simulate}
assert resolve('garlicsim if 4 else e', namespace={'e': email}) is \
garlicsim
def test_address_in_expression():
result = resolve('[object, email.encoders, marshal]')
import email, marshal, garlicsim
assert result == [object, email.encoders, marshal]
assert resolve('[email.encoders, 7, (1, 3), marshal]') == \
[email.encoders, 7, (1, 3), marshal]
result = resolve('{email: marshal, object: 7, garlicsim: garlicsim}')
import garlicsim
assert result == {email: marshal, object: 7, garlicsim: garlicsim}
assert resolve('{email: marshal, object: 7, garlicsim: garlicsim}') == \
{email: marshal, object: 7, garlicsim: garlicsim}
assert resolve('{Project: simulate}', namespace=garlicsim) == \
{garlicsim.Project: garlicsim.simulate}
assert resolve('{asynchronous_crunching.Project: simulate}',
root=garlicsim.asynchronous_crunching,
namespace=garlicsim) == \
{garlicsim.asynchronous_crunching.Project: garlicsim.simulate}
assert resolve('garlicsim if 4 else e', namespace={'e': email}) is \
garlicsim
def test_stdlib():
'''Test `describe` for various stdlib modules.'''
import email.encoders
result = describe(email.encoders)
assert result == 'email.encoders'
assert resolve(result) is email.encoders
result = describe(email.encoders, root=email.encoders)
assert result == 'encoders'
assert resolve(result, root=email.encoders) is email.encoders
result = describe(email.encoders, namespace=email)
assert result == 'encoders'
assert resolve(result, namespace=email) is email.encoders
result = describe(email.encoders, root=email.encoders, namespace=email)
assert result == 'encoders'
assert resolve(result, root=email.encoders, namespace=email) is \
email.encoders
def test_stdlib():
'''Test `describe` for various stdlib modules.'''
import email.encoders
result = describe(email.encoders)
assert result == 'email.encoders'
assert resolve(result) is email.encoders
result = describe(email.encoders, root=email.encoders)
assert result == 'encoders'
assert resolve(result, root=email.encoders) is email.encoders
result = describe(email.encoders, namespace=email)
assert result == 'encoders'
assert resolve(result, namespace=email) is email.encoders
result = describe(email.encoders, root=email.encoders, namespace=email)
assert result == 'encoders'
assert resolve(result, root=email.encoders, namespace=email) is \
email.encoders
def _guess_simpack(self):
'''`try` to guess the simpack that this step profile belongs to.'''
try:
module = \
address_tools.resolve(self.step_function.__module__)
except Exception:
return None
else:
if hasattr(module, 'State'):
if issubclass(module.State, garlicsim.data_structures.State):
return garlicsim.misc.simpack_tools.\
_get_from_state_class(module.State)
def _guess_simpack(self):
'''`try` to guess the simpack that this step profile belongs to.'''
try:
module = \
address_tools.resolve(self.step_function.__module__)
except Exception:
return None
else:
if hasattr(module, 'State'):
if issubclass(module.State, garlicsim.data_structures.State):
return garlicsim.misc.simpack_tools.\
_get_from_state_class(module.State)
def test_function_in_main():
'''Test that a function defined in `__main__` is well-described.'''
###########################################################################
# We can't really define a function in `__main__` in this test, so we
# emulate it:
with TempValueSetter((globals(), '__name__'), '__main__'):
def f(x):
pass
assert f.__module__ == '__main__'
import __main__
__main__.f = f
del __main__
#
###########################################################################
assert describe(f) == '__main__.f'
assert resolve(describe(f)) is f
def test_function_in_main():
'''Test that a function defined in `__main__` is well-described.'''
###########################################################################
# We can't really define a function in `__main__` in this test, so we
# emulate it:
with TempValueSetter((globals(), '__name__'), '__main__'):
def f(x):
pass
assert f.__module__ == '__main__'
import __main__
__main__.f = f
del __main__
#
###########################################################################
assert describe(f) == '__main__.f'
assert resolve(describe(f)) is f
def __init__(self, function):
'''
Construct the `TempFunctionCallCounter`.
For `function`, you may pass in either a function object, or a
`(parent_object, function_name)` pair, or a `(getter, setter)` pair.
'''
if isinstance(function, collections.Iterable):
first, second = function
if isinstance(second, str):
actual_function = getattr(first, second)
else:
assert isinstance(first, collections.Callable) and \
isinstance(second, collections.Callable)
actual_function = first() # `first` is the getter in this case.
else: # not isinstance(function, collections.Iterable)
assert isinstance(function, collections.Callable)
actual_function = function
try:
address = address_tools.object_to_string.get_address(function)
parent_object_address, function_name = address.rsplit('.', 1)
parent_object = address_tools.resolve(parent_object_address)
except Exception:
raise Exception("Couldn't obtain parent/name pair from "
"function; supply one manually or "
"alternatively supply a getter/setter pair.")
first, second = parent_object, function_name
self.call_counting_function = count_calls(actual_function)
TempValueSetter.__init__(
self,
(first, second),
value=self.call_counting_function
)
def test_garlicsim():
'''Test `describe` for various `garlicsim` modules.'''
import garlicsim
result = describe(garlicsim.data_structures.state.State)
assert result == 'garlicsim.data_structures.state.State'
assert resolve(result) is garlicsim.data_structures.state.State
result = describe(garlicsim.data_structures.state.State, shorten=True)
assert result == 'garlicsim.data_structures.State'
assert resolve(result) is garlicsim.data_structures.state.State
result = describe(garlicsim.Project, shorten=True)
assert result == 'garlicsim.Project'
assert resolve(result) is garlicsim.Project
# When a root or namespace is given, it's top priority to use it, even if
# it prevents shorterning and results in an overall longer address:
result = describe(garlicsim.Project,
shorten=True,
root=garlicsim.asynchronous_crunching)
assert result == 'asynchronous_crunching.Project'
assert resolve(result, root=garlicsim.asynchronous_crunching) is \
garlicsim.Project
result = describe(garlicsim.Project, shorten=True, namespace=garlicsim)
assert result == 'Project'
assert resolve(result, namespace=garlicsim) is garlicsim.Project
result = describe(garlicsim.Project,
shorten=True,
namespace=garlicsim.__dict__)
assert result == 'Project'
assert resolve(result, namespace=garlicsim.__dict__) is \
garlicsim.Project
result = describe(garlicsim.Project, shorten=True, namespace='garlicsim')
assert result == 'Project'
assert resolve(result, namespace='garlicsim') is garlicsim.Project
result = describe(garlicsim.Project,
shorten=True,
namespace='garlicsim.__dict__')
assert result == 'Project'
assert resolve(result, namespace='garlicsim.__dict__') is \
garlicsim.Project
result = describe(garlicsim.data_structures.state.State, root=garlicsim)
assert result == 'garlicsim.data_structures.state.State'
assert resolve(result, root=garlicsim) is \
garlicsim.data_structures.state.State
import garlicsim_lib.simpacks.life
result = describe(garlicsim_lib.simpacks.life.state.State.step)
assert result == 'garlicsim_lib.simpacks.life.state.State.step'
result = describe(garlicsim_lib.simpacks.life.state.State.step,
shorten=True)
assert result == 'garlicsim_lib.simpacks.life.State.step'
result = describe(garlicsim_lib.simpacks.life.state.State.step,
root=garlicsim_lib.simpacks.life)
assert result == 'life.state.State.step'
result = describe(garlicsim_lib.simpacks.life.state.State.step,
namespace=garlicsim_lib.simpacks)
assert result == 'life.state.State.step'
result = describe(garlicsim_lib.simpacks.life.state.State.step,
root=garlicsim_lib.simpacks.life,
shorten=True)
assert result == 'life.State.step'
def test_stdlib():
'''Test `resolve` on stdlib modules.'''
result = resolve('email')
import email
import marshal
assert result is email
assert resolve('email') is \
resolve('email.email') is \
resolve('email.email.email') is \
resolve('email.email.email.email') is email
result = resolve('email.base64mime.a2b_base64')
assert result is email.base64mime.a2b_base64
result = resolve('email.email.encoders.base64.b32decode')
assert result is email.encoders.base64.b32decode
result = resolve('base64.b32decode',
root='email.email.encoders.base64')
assert result is email.encoders.base64.b32decode
result = resolve('base64.b32decode',
namespace='email.email.encoders')
assert result is email.encoders.base64.b32decode
result = resolve('base64.b32decode', root=marshal,
namespace='email.email.encoders')
assert result is email.encoders.base64.b32decode
assert resolve('object') is object
def test_locally_defined_class():
'''Test `resolve` on a locally defined class tree.'''
assert resolve(prefix + 'A') is A
assert resolve(prefix + 'A.B') is A.B
assert resolve(prefix + 'A.method') == A.method
assert resolve('method', namespace=A) == A.method
assert resolve(prefix + 'A.B.deep_method') == A.B.deep_method
assert resolve('B.deep_method', namespace=A) == A.B.deep_method
assert resolve(prefix + 'A.C.D') is A.C.D
assert resolve(prefix + 'A.C.D.deeper_method') == \
A.C.D.deeper_method
assert resolve('D.deeper_method', root=(prefix + 'A.C.D')) == \
A.C.D.deeper_method
assert resolve('D.deeper_method', root=A.C.D, namespace='email') == \
A.C.D.deeper_method
assert resolve('A', root=A) == A
def test_stdlib():
'''Test `resolve` on stdlib modules.'''
result = resolve('email')
import email
import marshal
assert result is email
assert resolve('email') is \
resolve('email.email') is \
resolve('email.email.email') is \
resolve('email.email.email.email') is email
result = resolve('email.base64mime.a2b_base64')
assert result is email.base64mime.a2b_base64
result = resolve('email.email.encoders.base64.b32decode')
assert result is email.encoders.base64.b32decode
result = resolve('base64.b32decode', root='email.email.encoders.base64')
assert result is email.encoders.base64.b32decode
result = resolve('base64.b32decode', namespace='email.email.encoders')
assert result is email.encoders.base64.b32decode
result = resolve('base64.b32decode',
root=marshal,
namespace='email.email.encoders')
assert result is email.encoders.base64.b32decode
assert resolve('object') is object
def test_locally_defined_class():
'''Test `resolve` on a locally defined class tree.'''
assert resolve(prefix + 'A') is A
assert resolve(prefix + 'A.B') is A.B
assert resolve(prefix + 'A.method') == A.method
assert resolve('method', namespace=A) == A.method
assert resolve(prefix + 'A.B.deep_method') == A.B.deep_method
assert resolve('B.deep_method', namespace=A) == A.B.deep_method
assert resolve(prefix + 'A.C.D') is A.C.D
assert resolve(prefix + 'A.C.D.deeper_method') == \
A.C.D.deeper_method
assert resolve('D.deeper_method', root=(prefix + 'A.C.D')) == \
A.C.D.deeper_method
assert resolve('D.deeper_method', root=A.C.D, namespace='email') == \
A.C.D.deeper_method
assert resolve('A', root=A) == A
def resolve(self, address):
'''Resolve `address` into a Python object.'''
return address_tools.resolve(address,
root=self.simpack,
namespace=self.gui_project.namespace)
def test_stdlib():
'''Test `resolve` on stdlib modules.'''
result = resolve('email')
import email
email.email = email # That's how it's like in Python 2.x.
import marshal
assert result is email
assert resolve('email') is \
resolve('email.email') is \
resolve('email.email.email') is \
resolve('email.email.email.email') is email
result = resolve('email.base64mime.a2b_base64')
assert result is email.base64mime.a2b_base64
result = resolve('email.email.encoders.encode_base64')
assert result is email.encoders.encode_base64
result = resolve('base64mime.b2a_base64',
root='email.email')
assert result is email.base64mime.b2a_base64
result = resolve('base64.b32decode',
namespace='email.email.encoders')
import base64
assert result is base64.b32decode
result = resolve('base64.b32decode', root=marshal,
namespace='email.email.encoders')
assert result is base64.b32decode
assert resolve('object') is object
