class TestMultiple(object):
def setup(self):
states = []
def one(args):
if args > 0:
return "two"
return "three"
def two(args):
if args == 0:
return "three"
return None
def three(args):
return None
self.st_one = ValueState("one", one, 1)
self.st_two = ValueState("two", two, 2)
self.st_three = ValueState("three", three, 3)
states.extend([
self.st_one,
self.st_two,
self.st_three
])
self.mach = ValueMachination(states, self.st_one)
def test_run_once(self):
rv = self.mach.run({
'one': 0,
'three': 3
})
assert rv == 4
def test_through_two(self):
rv = self.mach.run({
'one': 1,
'two': 1
})
assert rv == 3
def test_inc_three(self):
rv = self.mach.run({
'one': 1,
'two': 0,
'three': 4
})
assert rv == 6
def setup(self):
states = []
def one(args):
return "two"
def two(args):
return None
self.st_one = ValueState("one", one, 1)
self.st_two = ValueState("two", two, 2)
states.extend([self.st_one, self.st_two])
self.mach = ValueMachination(states, self.st_one)
def setup(self):
states = []
def one(args):
if args > 0:
return "two"
return "three"
def two(args):
if args == 0:
return "three"
return None
def three(args):
return None
self.st_one = ValueState("one", one, 1)
self.st_two = ValueState("two", two, 2)
self.st_three = ValueState("three", three, 3)
states.extend([
self.st_one,
self.st_two,
self.st_three
])
self.mach = ValueMachination(states, self.st_one)
class TestEasy(object):
def setup(self):
states = []
def one(args):
return "two"
def two(args):
return None
self.st_one = ValueState("one", one, 1)
self.st_two = ValueState("two", two, 2)
states.extend([
self.st_one,
self.st_two
])
self.mach = ValueMachination(states, self.st_one)
def test_run(self):
rv = self.mach.run({
'one': 'one',
'two': 'two'
})
assert rv == 3
class TestMultiple(object):
def setup(self):
states = []
def one(args):
if args > 0:
return "two"
return "three"
def two(args):
if args == 0:
return "three"
return None
def three(args):
return None
self.st_one = ValueState("one", one, 1)
self.st_two = ValueState("two", two, 2)
self.st_three = ValueState("three", three, 3)
states.extend([self.st_one, self.st_two, self.st_three])
self.mach = ValueMachination(states, self.st_one)
def test_run_once(self):
rv = self.mach.run({'one': 0, 'three': 3})
assert rv == 4
def test_through_two(self):
rv = self.mach.run({'one': 1, 'two': 1})
assert rv == 3
def test_inc_three(self):
rv = self.mach.run({'one': 1, 'two': 0, 'three': 4})
assert rv == 6
def setup(self):
states = []
def one(args):
if args > 0:
return "two"
return "three"
def two(args):
if args == 0:
return "three"
return None
def three(args):
return None
self.st_one = ValueState("one", one, 1)
self.st_two = ValueState("two", two, 2)
self.st_three = ValueState("three", three, 3)
states.extend([self.st_one, self.st_two, self.st_three])
self.mach = ValueMachination(states, self.st_one)
def setup(self):
states = []
def one(args):
return "two"
def two(args):
return None
self.st_one = ValueState("one", one, 1)
self.st_two = ValueState("two", two, 2)
states.extend([
self.st_one,
self.st_two
])
self.mach = ValueMachination(states, self.st_one)
class TestEasy(object):
def setup(self):
states = []
def one(args):
return "two"
def two(args):
return None
self.st_one = ValueState("one", one, 1)
self.st_two = ValueState("two", two, 2)
states.extend([self.st_one, self.st_two])
self.mach = ValueMachination(states, self.st_one)
def test_run(self):
rv = self.mach.run({'one': 'one', 'two': 'two'})
assert rv == 3