def test_init(self):
'''
test that the init function in the DataContainer sets the right variables
'''
self.failUnlessRaises(TypeError, DataContainer)
dc = DataContainer("foo.test")
self.failIf(dc.istmp(),
"DataContainer( 'foo.test' ) should not be tmp data")
self.failUnlessEqual(dc.nodenames, set(['localhost']))
dc = DataContainer("foo.test", tmp=True)
self.failUnless(dc.istmp(),
"DataContainer( 'foo.test' ) should not be tmp data")
# set_trace()
dc = DataContainer(parameters=PSpace('adc'))
self.failUnless(dc.istmp())
self.failUnlessEqual(dc.nodenames, set())
dc = DataContainer(parameters=PSpace('adc'),
tmp=False,
target_node='r')
self.failIf(dc.istmp())
self.failUnlessEqual(dc.target_node, 'r')
def test_get_params( self ):
space = PSpace( 'adc' , n1=UnknownValue, n2=33 )
restrictions = space._get_params(keep_unknown=False )
self.failUnlessEqual( restrictions, dict(n2=33) )
restrictions = space._get_params(keep_unknown=True )
self.failUnlessEqual( restrictions, dict(n2=33, n1=UnknownValue ) )
def testpop( self ):
space = PSpace( 'adc' , a=1 )
a = space.pop('a')
self.failUnlessEqual(a , 1 )
self.failUnlessRaises(KeyError, space.pop , 'b' )
if NI: raise NotImplementedError("test not implemented")
def testcopy_eq( self ):
space = PSpace('adc', n1=10, n2=10, data_type='float' )
space_copy = space.copy()
self.failUnlessEqual( space, space_copy )
# test eq
self.failUnlessEqual( space.plugin, space_copy.plugin )
self.failUnlessEqual( space['n1'], space_copy['n1'] )
self.failUnlessEqual( space['n2'], space_copy['n2'] )
self.failUnlessEqual( space['data_type'], space_copy['data_type'] )
self.failIfEqual( id(space), id(space_copy) )
def testeqType(self):
space1 = PSpace('adc', data_type='complex')
space2 = space1.copy()
space3 = space1.copy()
cf.eqType(None, [space1, space2, space3])
space3['data_type'] = 'float'
self.failUnlessRaises(TypeError, cf.eqType, None,
[space1, space2, space3])
space1 = PSpace('adc')
self.failUnlessRaises(TypeError, cf.eqType, None, [space1])
def makeparams(self):
"""
make the parameter object from the given data
should be extended for each plug-in
"""
par = PSpace(self.__class__, self.readattr())
return par
def testmatch(self):
space = PSpace('adc', n1=12)
cf.match(space, 'n1')
cf.match(space, n1=12)
self.failUnlessRaises(TypeError, cf.match, space, 'n2')
self.failUnlessRaises(TypeError, cf.match, space, n2=1)
def testintersection( self ):
s1 = PSpace('adc', a=1)
s2 = PSpace('adc', b=2)
s3 = PSpace('adc', a=1, b=2)
s4 = PSpace('adc', a=UnknownValue)
self.failUnlessEqual( s1.intersection( s2 ), s3 )
# self.failUnlessEqual( s1.intersection( s2, s3 ), s3 )
self.failUnlessEqual( s3.intersection( s1 ), s3 )
self.failUnlessEqual( s1.intersection( s4 ), s1 )
def testadd_node_name(self):
dc = DataContainer(parameters=PSpace('adc'))
self.failUnlessEqual(dc.nodenames, set())
dc.add_node_name('node1')
self.failUnlessEqual(dc.nodenames, set(['node1']))
if NI: raise NotImplementedError("test not implemented")
def testequal_keys( self ):
s1 = PSpace('adc', a=1)
s3 = PSpace('adc', a=1, b=2)
s4 = PSpace('adc', a=UnknownValue)
self.failUnless( s1.equal_keys( s3, 'a') )
self.failUnless( s1.equal_keys( s4, 'a', accept_unknown=True ) )
self.failIf( s1.equal_keys( s4, 'a', accept_unknown=False ) )
def testis_sub_superspace( self ):
sub = PSpace( 'adc' , a=1, b=2 )
supr = PSpace( 'adc' , a=1 )
self.failUnless( supr.is_superspace( sub ) )
self.failUnless( sub.is_subspace( supr ) )
self.failIf( sub.is_superspace( supr ) )
self.failIf( supr.is_subspace( sub ) )
self.failUnless( sub in supr )
self.failIf( supr in sub )
def testhas_unknown( self ):
space = PSpace( 'adc' , n1=UnknownValue )
space2 = PSpace( 'adc' , n1=22 )
self.failUnless( space.has_unknown() )
self.failIf( space2.has_unknown() )
def test_space_helper( self ):
s1 = PSpace( 'adc' , n1=UnknownValue, n2=33, n3=33 )
s2 = PSpace( 'adc' , n1=11, n2=22 , d1=0 )
self.failUnlessRaises( Exception, s1._space_helper, s2 , error=True )
inter_space, dspace_s1, dspace_s2 = s1._space_helper( s2 , error=False )
self.failUnlessEqual( inter_space.params, dict(n1=11) )
self.failUnlessEqual( dspace_s1.params, dict(n3=33) )
self.failUnlessEqual( dspace_s2.params, dict(d1=0) )
s1 = PSpace( 'adc' , n1=11, n2=22, n3=33 )
s2 = PSpace( 'adc' , n1=11, n2=22 , d1=0 )
inter_space, dspace_s1, dspace_s2 = s1._space_helper( s2 , error=False )
self.failUnlessEqual( inter_space.params, dict(n1=11,n2=22) )
self.failUnlessEqual( dspace_s1.params, dict(n3=33) )
self.failUnlessEqual( dspace_s2.params, dict(d1=0) )
def testeqShape(self):
space1 = PSpace('adc', n1=12, n2=12)
space2 = space1.copy()
space3 = space1.copy()
cf.eqShape(None, [space1, space2, space3])
del space3['n2']
self.failUnlessRaises(TypeError, cf.eqType, None,
[space1, space2, space3])
space1 = PSpace('adc', n1=12, n2=1)
space2 = space1.copy()
del space2['n2']
cf.eqShape(None, [space1, space2])
def coalesce(self):
slist = self.ravel().tolist()
return PSpace.union(*slist)
def test_shape( self ):
'test shape getters and setters'
space = PSpace('adc', n1=10, n2=10 )
self.failUnlessEqual(space.shape, [10,10])
space = PSpace('adc', n1=10, n2=10 ,n3=1)
self.failUnlessEqual(space.shape, [10,10])
self.failUnlessEqual( space.size, 100 )
self.failUnlessEqual( len(space), 100 )
space.shape = [20,20]
self.failUnlessEqual( space.shape , [20,20] )
self.failUnlessEqual( space['n1'] , 20 )
self.failUnlessEqual( space['n2'] , 20 )
self.failIf( space.has_key('n3') )
space = PSpace('adc' )
self.failUnlessEqual( space.shape , () )
space = PSpace('adc' ,n1=0 )
self.failUnlessRaises(TypeError, getattr, space, 'shape')
space = PSpace('adc' , n1=UnknownValue )
self.failUnlessEqual( space.shape , [UnknownValue] )
self.failUnlessEqual( space.size, None )
def testunion( self ):
s1 = PSpace('adc', a=1)
s2 = PSpace('adc', b=2)
s3 = PSpace('adc', a=1, b=2)
s4 = PSpace('adc', a=UnknownValue)
self.failUnlessEqual( s1.union( s2 ), PSpace('adc') )
self.failUnlessEqual( s1.union( s2, s3 ), PSpace('adc') )
self.failUnlessEqual( s1.union( s3 ), s1 )
self.failUnlessEqual( s1.union( s4 ), s1 )
def testhas_key( self ):
space = PSpace( 'adc' , data_type='complex' )
self.failUnless( space.has_key( 'data_type' ) )
self.failIf( space.has_key( 'does not have this key' ) )