def compute_base_score(
combining_mode,
unique_letter_count=flonb.Dep(compute_unique_letter_count),
letter_count=flonb.Dep(compute_letter_count),
n_magic_letter=flonb.Dep(compute_n_magic_letter),
):
if combining_mode == "add":
return unique_letter_count + letter_count + n_magic_letter
elif combining_mode == "multiply":
return unique_letter_count * letter_count * n_magic_letter
def test_Dep_repr():
@flonb.task_func()
def test_func(d):
pass
dep = flonb.Dep(test_func)
assert repr(dep) == "flonb.Dep(test_func)"
def collect(container=flonb.Dep([
[{
"cows": 4
}, multiply.partial(x=2), [add.partial(x=2)]],
5,
add.partial(x=3),
"here is a string",
])):
return container
def add_z(z, base=flonb.Dep(multiply)):
return base + z
def multiply(y, base=flonb.Dep(add_one)):
_multiply_ys.append(y)
return base * y
def test_func(a, b, c=flonb.Dep(dependency_func)):
"""This is the docstring for `test_func`."""
pass
def add(y, x=flonb.Dep(str_to_int)):
return x + y
def collect(container=flonb.Dep(
[[multiply.partial(x=x, y=y + 2) for x in range(3)]
for y in range(2)])):
return container
def add_to_3(base=flonb.Dep(add.partial(y=3))):
return base
def multiply(z, base=flonb.Dep(add)):
return base * z
def test_func(dep=flonb.Dep(raises_error)):
pass
def child(c, adult=flonb.Dep(parent)):
pass
def compute_total_score(
bonus_multiplier,
base_score=flonb.Dep(compute_base_score),
):
return bonus_multiplier * base_score
def muliply_letter_count(x, letter_count=flonb.Dep(compute_letter_count)):
return letter_count * x
