def test_adaptation(self):
""" adaptation """
class IFoo(Interface):
pass
class Foo(HasTraits):
pass
@provides(IFoo)
class FooToIFooAdapter(Adapter):
pass
register_factory(FooToIFooAdapter, Foo, IFoo)
f = Foo()
# Make sure adaptation works. Adaptation via direct instantiation of
# Interface classes is deprecated, so suppress the warning.
with warnings.catch_warnings(record=True) as warn_msgs:
warnings.simplefilter("always", DeprecationWarning)
i_foo = IFoo(f)
self.assertNotEqual(None, i_foo)
self.assertEqual(FooToIFooAdapter, type(i_foo))
self.assertEqual(len(warn_msgs), 1)
warn_msg = warn_msgs[0]
self.assertIn('use "adapt(adaptee, protocol)" instead',
str(warn_msg.message))
self.assertIn("test_interface_checker", warn_msg.filename)
def setUp(self):
reset_global_adaptation_manager()
# Register adapters.
register_factory(SampleListAdapter, Sample, IList)
register_factory(ListAverageAdapter, IList, IAverage)
register_factory(SampleFooAdapter, Sample, IFoo)
register_factory(FooPlusAdapter, IFoo, IFooPlus)
def setUp(self):
reset_global_adaptation_manager()
# Register adapters.
register_factory(SampleListAdapter, Sample, IList)
register_factory(ListAverageAdapter, IList, IAverage)
register_factory(SampleFooAdapter, Sample, IFoo)
register_factory(FooPlusAdapter, IFoo, IFooPlus)
def test_list_trait_automatic_adaptation(self):
bar = Bar()
foo_container = FooContainer()
# Before a Bar->Foo adapter is registered.
with self.assertRaises(TraitError):
foo_container.not_adapting_foo_list = [bar]
with self.assertRaises(TraitError):
foo_container.adapting_foo_list = [bar]
# After a Bar->Foo adapter is registered.
register_factory(bar_to_foo_adapter, Bar, Foo)
with self.assertRaises(TraitError):
foo_container.not_adapting_foo_list = [bar]
foo_container.adapting_foo_list = [bar]
self.assertIsInstance(foo_container.adapting_foo_list[0], Foo)
def test_list_trait_automatic_adaptation(self):
bar = Bar()
foo_container = FooContainer()
# Before a Bar->Foo adapter is registered.
with self.assertRaises(TraitError):
foo_container.not_adapting_foo_list = [bar]
with self.assertRaises(TraitError):
foo_container.adapting_foo_list = [bar]
# After a Bar->Foo adapter is registered.
register_factory(bar_to_foo_adapter, Bar, Foo)
with self.assertRaises(TraitError):
foo_container.not_adapting_foo_list = [bar]
foo_container.adapting_foo_list = [bar]
self.assertIsInstance(foo_container.adapting_foo_list[0], Foo)
def test_adaptation(self):
""" adaptation """
class IFoo(Interface):
pass
class Foo(HasTraits):
pass
@provides(IFoo)
class FooToIFooAdapter(Adapter):
pass
register_factory(FooToIFooAdapter, Foo, IFoo)
f = Foo()
# Make sure adaptation works.
i_foo = IFoo(f)
self.assertNotEqual(None, i_foo)
self.assertEqual(FooToIFooAdapter, type(i_foo))
return
def test_adaptation(self):
""" adaptation """
class IFoo(Interface):
pass
class Foo(HasTraits):
pass
@provides(IFoo)
class FooToIFooAdapter(Adapter):
pass
register_factory(FooToIFooAdapter, Foo, IFoo)
f = Foo()
# Make sure adaptation works.
i_foo = IFoo(f)
self.assertNotEqual(None, i_foo)
self.assertEqual(FooToIFooAdapter, type(i_foo))
return
Item('root',
editor=TreeEditor(editable=False, auto_open=1)
),
show_labels=False
),
width=0.33,
height=0.50,
resizable=True
)
#-- Traits Default Value Methods -----------------------------------------
def _root_path_default(self):
return getcwd()
#-- Property Implementations ---------------------------------------------
@property_depends_on('root_path')
def _get_root(self):
return File(path=self.root_path)
#-- Create and run the demo ----------------------------------------------
register_factory(FileAdapter, File, ITreeNode)
demo = FileTreeDemo()
# Run the demo (if invoked form the command line):
if __name__ == '__main__':
demo.configure_traits()
def compute_step(self, point, time):
x, y, z = point
return array([
self.prandtl * (y - x), x * (self.rayleigh - z) - y,
x * y - self.beta * z
])
###########################################################################
# Protected interface.
###########################################################################
@cached_property
def _get_points(self):
return odeint(self.compute_step, self.initial_point, self.times)
@cached_property
def _get_times(self):
return arange(self.time_start, self.time_stop, self.time_step)
@provides(IPlottable2d)
class LorenzIPlottable2dAdapter(Adapter, IModel3dIPlottable2dMixin):
adaptee = Instance(Lorenz)
plot_type = Str('line')
register_factory(LorenzIPlottable2dAdapter, Lorenz, IPlottable2d)
###########################################################################
# 'Rossler' interface.
###########################################################################
def compute_step(self, point, time):
x, y, z = point
return array([-y - z, x + self.a * y, self.b + z * (x - self.c)])
###########################################################################
# Protected interface.
###########################################################################
@cached_property
def _get_points(self):
return odeint(self.compute_step, self.initial_point, self.times)
@cached_property
def _get_times(self):
return arange(self.time_start, self.time_stop, self.time_step)
@provides(IPlottable2d)
class RosslerIPlottable2dAdapter(Adapter, IModel3dIPlottable2dMixin):
adaptee = Instance(Rossler)
plot_type = Str("line")
register_factory(RosslerIPlottable2dAdapter, Rossler, IPlottable2d)
class EmptyProject(Project):
pass
class EmptyProjectAdapter(ITreeNodeAdapter):
""" Adapter for our EmptyProject. """
#-- ITreeNodeAdapter Method Overrides --------------------------------------
def get_label(self):
""" Gets the label to display for a specified object.
"""
return 'No project loaded.'
register_factory(EmptyProjectAdapter, EmptyProject, ITreeNode)
class ProjectAdapter(ITreeNodeAdapter):
""" Base ProjectAdapter for the root of the tree. """
#-- ITreeNodeAdapter Method Overrides --------------------------------------
def allows_children(self):
""" Returns whether this object can have children.
"""
return False
def has_children(self):
""" Returns whether the object has children.
"""
def register_all_data_views():
""" Register all ModelView classes for all data models.
"""
register_factory(StudyView, Study, ModelView)
register_factory(ResinView, Resin, ModelView)
register_factory(ComponentView, Component, ModelView)
register_factory(ColumnView, Column, ModelView)
register_factory(ColumnTypeView, ColumnType, ModelView)
register_factory(ChemicalView, Chemical, ModelView)
register_factory(ProductView, Product, ModelView)
register_factory(GeneralRateModelView, GeneralRateModel, ModelView)
register_factory(SystemView, System, ModelView)
register_factory(SolverView, Solver, ModelView)
register_factory(DiscretizationView, Discretization, ModelView)
register_factory(SystemView, System, ModelView)
register_factory(SystemTypeView, SystemType, ModelView)
register_factory(StericMassActionModelView, StericMassAction, ModelView)
register_factory(PhDependentStericMassActionModelView,
PhDependentStericMassAction, ModelView)
register_factory(ExternalLangmuirView, ExternalLangmuir, ModelView)
register_factory(LangmuirView, Langmuir, ModelView)
register_factory(MethodModelView, Method, ModelView)
register_factory(BufferView, Buffer, ModelView)
register_factory(SolutionWithProductView, SolutionWithProduct, ModelView)
register_factory(SimulationGroupView, SimulationGroup, ModelView)
register_factory(SimulationView, Simulation, ModelView)
register_factory(BruteForceOptimizerView, BruteForceOptimizer, ModelView)
register_factory(BruteForceOptimizerStepView, BruteForceOptimizerStep,
ModelView)
register_factory(ProductComponentView, ProductComponent, ModelView)
object = self.object
return object.s1 + object.s2 + object.s3
class FooPlusAdapter(object):
def __init__(self, obj):
self.obj = obj
def get_foo(self):
return self.obj.get_foo()
def get_foo_plus(self):
return self.obj.get_foo() + 1
register_factory(SampleListAdapter, Sample, IList)
register_factory(ListAverageAdapter, IList, IAverage)
register_factory(SampleFooAdapter, Sample, IFoo)
register_factory(FooPlusAdapter, IFoo, IFooPlus)
# -------------------------------------------------------------------------------
# 'InterfacesTest' unit test class:
# -------------------------------------------------------------------------------
class InterfacesTest(unittest.TestCase):
# ---------------------------------------------------------------------------
# Individual unit test methods:
# ---------------------------------------------------------------------------
###########################################################################
# 'Rossler' interface.
###########################################################################
def compute_step(self, point, time):
x, y, z = point
return array([ -y - z, x + self.a * y, self.b + z * (x - self.c) ])
###########################################################################
# Protected interface.
###########################################################################
@cached_property
def _get_points(self):
return odeint(self.compute_step, self.initial_point, self.times)
@cached_property
def _get_times(self):
return arange(self.time_start, self.time_stop, self.time_step)
@provides(IPlottable2d)
class RosslerIPlottable2dAdapter(Adapter, IModel3dIPlottable2dMixin):
adaptee = Instance(Rossler)
plot_type = Str('line')
register_factory(RosslerIPlottable2dAdapter, Rossler, IPlottable2d)
###########################################################################
def compute_step(self, point, time):
x, y, z = point
return array([ self.prandtl * (y - x),
x * (self.rayleigh - z) - y,
x * y - self.beta * z ])
###########################################################################
# Protected interface.
###########################################################################
@cached_property
def _get_points(self):
return odeint(self.compute_step, self.initial_point, self.times)
@cached_property
def _get_times(self):
return arange(self.time_start, self.time_stop, self.time_step)
@provides(IPlottable2d)
class LorenzIPlottable2dAdapter(Adapter, IModel3dIPlottable2dMixin):
adaptee = Instance(Lorenz)
plot_type = Str('line')
register_factory(LorenzIPlottable2dAdapter, Lorenz, IPlottable2d)
def register_all_tree_node_adapters():
""" Register in Traits all ITreeNode adapters so that a DataManager can be
displayed automatically using a TreeEditor.
"""
register_factory(BaseChromatographyDataToITreeNode, ChromatographyData,
ITreeNode)
register_factory(DataManagerToITreeNode, DataManager, ITreeNode)
register_factory(StudyToITreeNode, Study, ITreeNode)
register_factory(SimpleDataSourceToITreeNode, SimpleDataSource, ITreeNode)
register_factory(DataElementToITreeNode, DataElement, ITreeNode)
register_factory(TraitListObjectToTreeNode, TraitListObject, ITreeNode)
register_factory(TraitDictObjectToTreeNode, TraitDictObject, ITreeNode)
register_factory(SimulationToITreeNode, Simulation, ITreeNode)
register_factory(SimulationGroupToITreeNode, SimulationGroup, ITreeNode)
register_factory(StudyAnalysisToolsToITreeNode, StudyAnalysisTools,
ITreeNode)
register_factory(BruteForceBindingModelOptimizerToITreeNode,
BruteForce2StepBindingModelOptimizer, ITreeNode)
register_factory(ExperimentOptimizerToITreeNode, ExperimentOptimizer,
ITreeNode)
register_factory(ExperimentOptimizerStepToITreeNode,
ExperimentOptimizerStep, ITreeNode)
def get_foo ( self ):
object = self.object
return (object.s1 + object.s2 + object.s3)
class FooPlusAdapter ( object ):
def __init__ ( self, obj ):
self.obj = obj
def get_foo ( self ):
return self.obj.get_foo()
def get_foo_plus ( self ):
return (self.obj.get_foo() + 1)
register_factory(SampleListAdapter, Sample, IList)
register_factory(ListAverageAdapter, IList, IAverage)
register_factory(SampleFooAdapter, Sample, IFoo)
register_factory(FooPlusAdapter, IFoo, IFooPlus)
#-------------------------------------------------------------------------------
# 'InterfacesTest' unit test class:
#-------------------------------------------------------------------------------
class InterfacesTest ( unittest.TestCase ):
#---------------------------------------------------------------------------
# Individual unit test methods:
#---------------------------------------------------------------------------
def test_provides_none ( self ):