def test():
"""
Exercise the interface of dicts
"""
# get the base node from the {calc} package
from p2.calc.Node import Node as node
# make some nodes
nodes = ((str(n), node.variable(value=n)) for n in range(10))
# make a dict with these nodes
s1 = node.dict(value=nodes)
# check that
for op, node in zip(s1.operands, nodes):
# the operands are the exact nodes we supplied
assert op is node
# verify that the value is what we expect
assert s1.getValue() == dict((str(n), n) for n in range(10))
# make some numbers
ints = dict((str(n), n) for n in range(10))
# make a dict out of them
s2 = node.dict(value=ints.items())
# check that all the {s2} operands
for op in s2.operands:
# are literals
assert isinstance(op, node.literal)
# verify that the value is what we expect
assert s2.getValue() == ints
# all done
return
def test():
"""
Exercise the interface of dicts
"""
# get the base node from the {calc} package
from p2.calc.Node import Node as node
# make a dict
s = node.dict(value=[])
# access the value
assert s.getValue() == dict()
# make some nodes
nodes = tuple( (str(n), node.variable(value=n)) for n in range(10) )
# and some numbers
numbers = ( ("1", 1), ("2", 2), ("3",3))
# set the value
s.setValue(value=nodes+numbers)
# verify it happened correctly
assert s.getValue() == dict((str(n), n) for n in range(10))
# all done
return