TestStdV0 Class Reference

Inheritance diagram for TestStdV0:

Collaboration diagram for TestStdV0:

Public Member Functions
def	test_stdkshorts_list (self)
def	test_belle_list (self)
def	test_stdlambdas_list (self)

Private Member Functions
def	_check_list (self, std_function=stdV0s.stdKshorts, expected_modules=["ParticleLoader", "ParticleListManipulator", "TreeFitter", "ParticleSelector", "ParticleLoader", "ParticleCombiner", "TreeFitter", "ParticleSelector", "ParticleListManipulator"], expected_lists=['V0', 'V0_MassWindow', 'all', 'RD', 'merged'])

Detailed Description

Test case for standard V0 lists

Definition at line 17 of file test_std_v0.py.

Member Function Documentation

_check_list()

def _check_list (   self,   std_function = stdV0s.stdKshorts,   expected_modules = [                 "ParticleLoader",                 "ParticleListManipulator",                 "TreeFitter",                 "ParticleSelector",                 "ParticleLoader",                 "ParticleCombiner",                 "TreeFitter",                 "ParticleSelector",                 "ParticleListManipulator"],   expected_lists = ['V0', 'V0_MassWindow', 'all', 'RD', 'merged']  )

private

check that a given function works

Definition at line 20 of file test_std_v0.py.

            expected_lists=['V0', 'V0_MassWindow', 'all', 'RD', 'merged']):
        """check that a given function works"""
        testpath = create_path()
        std_function(path=testpath)
 
        # verify that we load the correct amount of modules
        self.assertEqual(
            len(testpath.modules()), len(expected_modules),
            "Function %s does not load the expected number of modules" % (std_function.__name__))
 
        #
        loaded_modules = []
        built_lists = []
        for module in testpath.modules():
            loaded_modules.append(module.type())
            for param in module.available_params():
                if module.type() == 'ParticleLoader' and param.name == 'decayStrings':
                    name = param.values[0].split(':')[1].split(' -> ')[0]
                    built_lists.append(name)
                if module.type() == 'ParticleListManipulator' and param.name == 'outputListName':
                    name = str(param.values).split(':')[1].split(' -> ')[0]
                    built_lists.append(name)
                if module.type() == 'ParticleCombiner' and param.name == 'decayString':
                    name = param.values.split(':')[1].split(' -> ')[0]
                    built_lists.append(name)
 
        # we have the modules we expect
        for a, b in zip(loaded_modules, expected_modules):
            self.assertEqual(a, b, "Loaded module \'%s\' instead of \'%s\' with function %s" % (a, b, std_function.__name__))
 
        # we have the particle lists we expect
        for a, b in zip(built_lists, expected_lists):
            self.assertEqual(a, b, "Loaded list \'%s\' instead of \'%s\' with function %s" % (a, b, std_function.__name__))
 

test_belle_list()

def test_belle_list

(

self

)

check that the builder function works with the legacy Belle Kshorts list

Definition at line 71 of file test_std_v0.py.

test_stdkshorts_list()

def test_stdkshorts_list

(

self

)

check that the builder function works with the stdKshorts list

Definition at line 67 of file test_std_v0.py.

test_stdlambdas_list()

def test_stdlambdas_list

(

self

)

check that the builder function works with the stdLambdas list

Definition at line 80 of file test_std_v0.py.

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The documentation for this class was generated from the following file:

• analysis/tests/test_std_v0.py