def fixed_output_array(self):
from named_tuple import named_tuple
# Produce a correct return value
if self.fixed_output_array_mode==0:
return named_tuple( ('v', (2,5,7)) )
# Produce the wrong type
elif self.fixed_output_array_mode==1:
return 5
# Produce a sequence with the wrong number of items
elif self.fixed_output_array_mode==2:
return named_tuple( ('v', (2,5)) )
def fixed_output_array(self):
from named_tuple import named_tuple
# Produce a correct return value
if self.fixed_output_array_mode==0:
return named_tuple( ('v', (2,5,7)) )
# Produce the wrong type
elif self.fixed_output_array_mode==1:
return 5
# Produce a sequence with the wrong number of items
elif self.fixed_output_array_mode==2:
return named_tuple( ('v', (2,5)) )
def test_named_tuple(self):
self.assertEqual(
named_tuple.named_tuple('ID MARKS NAME CLASS ', [
'1 97 Raymond 7 ',
'2 50 Steven 4 ',
'3 91 Adrian 9 ',
'4 72 Stewart 5 ',
'5 80 Peter 6'
]), 78)
def test_named_tuple_1(self):
self.assertEqual(
named_tuple.named_tuple('MARKS CLASS NAME ID ', [
'92 2 Calum 1 ',
'82 5 Scott 2 ',
'94 2 Jason 3 ',
'55 8 Glenn 4 ',
'82 2 Fergus 5'
]), 81)
def get_statistics( self ):
from named_tuple import named_tuple
return named_tuple( ( 'x', 2.0 ), ( 'y', 3.0 ) )
def get_statistics( self ):
from named_tuple import named_tuple
return named_tuple( ( 'x', 2.0 ), ( 'y', 3.0 ) )
def get_statistics(self):
from named_tuple import named_tuple
return named_tuple(("x", 2.0), ("y", 3.0))