def test_dict_like():
a = A()
b = f(a)
result = run_process(b, 1, serial.base)
assert isinstance(result, A)
assert result['value'] == 5
def test_dict_like():
a = A()
b = f(a)
result = run_process(b, 1, serial.base)
assert isinstance(result, A)
assert result['value'] == 5
def test_globals():
a = checker()
result = run_process(a,
n_processes=1,
registry=serial.base,
init=init,
finish=finish)
assert result
def test_globals():
"""Test init and finish functions on ``run_process``."""
a = checker()
result = run_process(a,
n_processes=1,
registry=serial.base,
init=init,
finish=finish)
assert result
def test_storable():
a = A()
b = A()
a.x = 1
b.x = f(3, 4)
c = g(a, lift(b))
b.x = c
d = h(lift(b), a)
result = run_process(d, n_processes=1, registry=serial.base)
assert result.x == 7
def test_storable():
a = A()
b = A()
a.x = 1
b.x = f(3, 4)
c = g(a, lift(b))
b.x = c
d = h(lift(b), a)
result = run_process(d, n_processes=1, registry=serial.base)
assert result.x == 7
def test_find_first():
global counter
wfs = [counted_sqr(x) for x in range(10)]
w = find_first(is_sixteen, wfs)
result = run_single(w)
assert result == 16
assert counter == 5
wfs = [counted_sqr(x) for x in range(10)]
w = find_first(is_sixteen, wfs)
result = run_process(w, n_processes=1, registry=base)
assert result == 16
wfs = [display_sqr(x) for x in range(10)]
w = find_first(is_sixteen, wfs)
with NCDisplay() as display:
result = run_logging(w, n_threads=2, display=display)
assert result == 16
def test_find_first():
global counter
wfs = [counted_sqr(x) for x in range(10)]
w = find_first(is_sixteen, wfs)
result = run_single(w)
assert result == 16
assert counter == 5
wfs = [counted_sqr(x) for x in range(10)]
w = find_first(is_sixteen, wfs)
result = run_process(w, n_processes=1, registry=base)
assert result == 16
wfs = [display_sqr(x) for x in range(10)]
w = find_first(is_sixteen, wfs)
with NCDisplay() as display:
result = run_logging(w, n_threads=2, display=display)
assert result == 16
def test_class_methods_01():
a = A(7)
b = a(6)
result = run_process(b, 1, registry)
assert result == 42
def test_class_methods_01():
a = A(7)
b = a(6)
result = run_process(b, 1, registry)
assert result == 42
def test_capture_output():
a = writes_to_stdout()
result = run_process(a, n_processes=1, registry=serial.base, use_msgpack=True)
assert result == 42
def run(wf):
return noodles.run_process(wf, n_processes=4, registry=serial_registry)
def test_class_decorator_process():
a = make_object(A, 5).multiply(10)
a.second = 7
result = run_process(a, n_processes=1, registry=registry)
assert result.value == 50
assert result.second == 7
def test_globals():
a = checker()
result = run_process(a, n_processes=1, registry=serial.base,
init=init, finish=finish)
assert result
def test_recursion_process():
f100 = factorial(50.0)
result = run_process(f100, n_processes=1, registry=registry, verbose=False)
print(result)
assert floor(log(result)) == 148
