def test__one_layer_tree():
def foo(stuff):
return stuff
tree_func = one_layer_tree(foo, smpl_1, smpl_2, smpl_3)
res = tree_func('monkey')
assert(res['smpl_1'] == tuple(['monkey_one']))
assert(res['smpl_2'] == tuple(['monkey_two']))
assert(res['smpl_3'] == tuple(['monkey_three']))
def test__one_layer_tree__two():
def foo(stuff):
return stuff
tree_func = one_layer_tree(foo, smpl_1, smpl_2, smpl_3)
assert(tree_func.functors[0].__name__ == 'foo')
assert(tree_func.functors[1][0].__name__ == 'smpl_1')
assert(tree_func.functors[1][1].__name__ == 'smpl_2')
assert(tree_func.functors[1][2].__name__ == 'smpl_3')
def layer_tree_one__frst_split_period__then_rplc_t__other_rplc_r(txt):
rm_t = partial(rm_char, char='t')
rm_t_split = preiter_iter_postiter(iter_func=spliter, post_iter=rm_t)
rm_t_split.__name__ = 'rm_t_split'
rm_r = partial(rm_char, char='r')
rm_r_split = preiter_iter_postiter(iter_func=spliter, post_iter=rm_r)
rm_r_split.__name__ = 'rm_r_split'
func = one_layer_tree(split_on, *[rm_t_split, rm_r_split])
return func(txt)