def test_progress(self):
# verify the correct computational progress
farm = Farm(Pipe(Seq(identity), Farm(Seq(multiply)), Seq(identity)))
params = [[1, 2], [3, 4]]
ex = Executor()
res = ex.eval(farm, params)
self.assertEqual(100, ex.get_progress())
def test_progress(self):
# check the correct computational progress
cond = Seq(positive)
inc = Seq(increase)
ide = Seq(identity)
if_ = If(cond, inc, ide)
ex = Executor()
res = ex.eval(if_, 1)
self.assertEqual(100, ex.get_progress())
def test_progress(self):
# check the correct computational progress
split_phase = Seq(identity)
execute_phase = Seq(sumRow)
merge_phase = Seq(identity)
my_map = Map(split_phase, execute_phase, merge_phase)
ex = Executor()
res = ex.eval(my_map, [[1, 2], [3, 4]])
self.assertEqual(100, ex.get_progress())
def test_progress(self):
# check the correct computational progress
pipe = Pipe(Seq(increase), Seq(multiply), Seq(increase))
ex = Executor()
res = ex.eval(pipe, 1)
self.assertEqual(100, ex.get_progress())
def test_dia(self):
# check
seq = Seq(diarization)
ex = Executor()
res = ex.eval(seq, "2sec.properties")
self.assertEqual(100, 100)
def test_progress(self):
# check the correct computational progress
seq = Seq(identity)
ex = Executor()
res = ex.eval(seq, 8)
self.assertEqual(100, ex.get_progress())
