def test_2(self):
print('''
******************************
* test2 *
******************************
''')
def foo():
return random.random()
def long():
print('long called')
time.sleep(.1)
return 5
rand = t.Timer(foo, interval=0, repeat=5)
five = t.Timer(long, interval=0, repeat=5)
one = t.Timer(1, interval=0, repeat=5)
five2 = t.Timer(5, interval=0, repeat=5)
neg_rand = t.Negate(t.Share(rand))
x1 = t.Add(rand, five) # 5 + rand
x2 = t.Sub(x1, five2) # rand
x3 = t.Add(x2, neg_rand) # 0
res2 = t.Add(x3, one) # 1
p2 = t.Print(res2) # 1
t.PPrint(p2)
t.run(p2)
def test_1(self):
def foo():
return random.random()
print('''
******************************
* test *
******************************
''')
test = t.Timer(foo, {}, 0, 5)
test2 = t.Negate(t.Share(test))
res2 = t.Add(test, test2)
p2 = t.Print(res2)
t.run(p2)
def test_6(self):
print('''
******************************
* test6 *
******************************
''')
def ran():
for i in range(10):
yield i
p6 = t.Print(t.Window(ran, size=3, full_only=True))
t.GraphViz(p6, 'test6')
t.run(p6)
def test_5(self):
print('''
******************************
* test5 *
******************************
''')
def myfoo(state, data):
state.count = state.count + 1
data['count'] = state.count
return data
p5 = t.Print(t.Apply(t.State(myfoo, count=0), t.Random()))
t.GraphViz(p5, 'test5')
t.run(p5)
def test_4(self):
print('''
******************************
* test4 *
******************************
''')
def stream(state):
for i in range(10):
yield i + state.val
f = t.Foo(t.State(stream, val=5))
p4 = t.Print(f)
t.GraphViz(p4, 'test4')
t.run(p4)
def test_3(self):
print('''
******************************
* test3 *
******************************
''')
def stream():
for i in range(10):
yield i
f = t.Foo(stream)
sum = t.Sum(t.Share(f))
count = t.Count(t.Share(f))
f3 = t.Div(sum, count)
p3 = t.Print(f3)
t.PPrint(p3)
t.run(p3)