python.CFElements.TestCF Class Reference

Inheritance diagram for python.CFElements.TestCF:

Collaboration diagram for python.CFElements.TestCF:

Public Member Functions
	setUp (self)
	test_findTop (self)
	test_findDeep (self)
	test_findMissing (self)
	test_findRespectingScope (self)
	test_iterSequences (self)
	test_findAlgorithms (self)

Public Attributes
	top = top

Detailed Description

Definition at line 204 of file CFElements.py.

Member Function Documentation

setUp()

python.CFElements.TestCF.setUp

(

self

)

Definition at line 205 of file CFElements.py.

    def setUp( self ):
        import AthenaPython.PyAthena as PyAthena
 
        top = parOR("top")
        top.Members += [parOR("nest1")]
        nest2 = seqAND("nest2")
        top.Members += [nest2]
        top.Members += [PyAthena.Alg("SomeAlg0")]
        nest2.Members += [parOR("deep_nest1")]
        nest2.Members += [parOR("deep_nest2")]
 
        nest2.Members += [PyAthena.Alg("SomeAlg1")]
        nest2.Members += [PyAthena.Alg("SomeAlg2")]
        nest2.Members += [PyAthena.Alg("SomeAlg3")]
        self.top = top
 

test_findAlgorithms()

python.CFElements.TestCF.test_findAlgorithms

(

self

)

Definition at line 284 of file CFElements.py.

    def test_findAlgorithms( self ):
        a1 = findAlgorithm( self.top, "SomeAlg0" )
        self.assertIsNotNone( a1, "Can't find algorithm present in sequence" )
 
        a1 = findAlgorithm( self.top, "SomeAlg1" )
        self.assertIsNotNone( a1, "Can't find nested algorithm " )
 
        nest2 = findSubSequence( self.top, "nest2" )
 
        a1 = findAlgorithm( nest2, "SomeAlg0" )
        self.assertIsNone( a1, "Finding algorithm that is in the upper sequence" )
 
        a1 = findAlgorithm( nest2, "NonexistentAlg" )
        self.assertIsNone( a1, "Finding algorithm that is does not exist" )
 
        a1 = findAlgorithm( self.top, "SomeAlg0", 1)
        self.assertIsNotNone( a1, "Could not find algorithm within the required nesting depth == 1" )
 
        a1 = findAlgorithm( self.top, "SomeAlg1", 1)
        self.assertIsNone( a1, "Could find algorithm even if it is deep in sequences structure" )
 
        a1 = findAlgorithm( self.top, "SomeAlg1", 2)
        self.assertIsNotNone( a1, "Could not find algorithm within the required nesting depth == 2" )
 
        a1 = findAlgorithm( self.top, "SomeAlg3", 2)
        self.assertIsNotNone( a1 is None, "Could find algorithm even if it is deep in sequences structure" )
 
 

test_findDeep()

python.CFElements.TestCF.test_findDeep

(

self

)

Definition at line 230 of file CFElements.py.

    def test_findDeep( self ):
        # deeper search
        d = findSubSequence( self.top, "deep_nest2")
        self.assertIsNotNone( d, "Deep searching for sub seqeunce fails" )
        self.assertEqual( d.getName(), "deep_nest2", "Wrong sub sequence in deep search" )
 

test_findMissing()

python.CFElements.TestCF.test_findMissing

(

self

)

Definition at line 236 of file CFElements.py.

    def test_findMissing( self ):
        # algorithm is not a sequence
        d = findSubSequence( self.top, "SomeAlg1")
        self.assertIsNone( d, "Algorithm confused as a sequence" )
 
        # no on demand creation
        inexistent = findSubSequence( self.top, "not_there" )
        self.assertIsNone( inexistent, "ERROR, found sub sequence that does not relay exist" )
 
        # owner finding
        inexistent = findOwningSequence(self.top, "not_there")
        self.assertIsNone( inexistent, "ERROR, found owner of inexistent sequence " )
 

test_findRespectingScope()

python.CFElements.TestCF.test_findRespectingScope

(

self

)

Definition at line 249 of file CFElements.py.

    def test_findRespectingScope( self ):
        owner = findOwningSequence( self.top, "deep_nest1")
        self.assertEqual( owner.getName(), "nest2", "Wrong owner %s" % owner.getName() )
 
        owner = findOwningSequence( self.top, "deep_nest2")
        self.assertEqual( owner.getName(), "nest2", "Wrong owner %s" % owner.getName() )
 
        owner = findOwningSequence( self.top, "SomeAlg1")
        self.assertEqual( owner.getName(), "nest2", "Wrong owner %s" % owner.getName() )
 
        owner = findOwningSequence( self.top, "SomeAlg0")
        self.assertEqual( owner.getName() , "top", "Wrong owner %s" % owner.getName() )
 

test_findTop()

python.CFElements.TestCF.test_findTop

(

self

)

Definition at line 221 of file CFElements.py.

    def test_findTop( self ):
        f = findSubSequence( self.top, "top")
        self.assertIsNotNone( f, "Can not find sequence at start" )
        self.assertEqual( f.getName(), "top", "Wrong sequence" )
        # a one level deep search
        nest2 = findSubSequence( self.top, "nest2" )
        self.assertIsNotNone( nest2, "Can not find sub sequence" )
        self.assertEqual( nest2.getName(), "nest2", "Sub sequence incorrect" )
 

test_iterSequences()

python.CFElements.TestCF.test_iterSequences

(

self

)

Definition at line 262 of file CFElements.py.

    def test_iterSequences( self ):
        # Traverse from top
        result = [seq.getName() for seq in iterSequences( self.top )]
        self.assertEqual( result, ['top', 'nest1', 'nest2', 'deep_nest1', 'deep_nest2',
                                   'SomeAlg1', 'SomeAlg2', 'SomeAlg3', 'SomeAlg0'] )
 
        # Traverse from nested sequence
        nest2 = findSubSequence( self.top, "nest2" )
        result = [seq.getName() for seq in iterSequences( nest2 )]
        self.assertEqual( result, ['nest2', 'deep_nest1', 'deep_nest2',
                                   'SomeAlg1', 'SomeAlg2', 'SomeAlg3'] )
 
        # Traverse empty sequence
        deep_nest2 = findSubSequence( self.top, "deep_nest2" )
        result = [seq.getName() for seq in iterSequences( deep_nest2 )]
        self.assertEqual( result, ['deep_nest2'] )
 
        # Traverse from algorithm
        alg1 = findAlgorithm( self.top, "SomeAlg1" )
        result = [seq.getName() for seq in iterSequences( alg1 )]
        self.assertEqual( result, ['SomeAlg1'] )
 

Member Data Documentation

top

python.CFElements.TestCF.top = top

Definition at line 219 of file CFElements.py.

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

• CFElements.py