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How to use find_recursive method in localstack

Best Python code snippet using localstack_python

2.py

Source:2.py

...11                 [bag.split(" ")[1:] for bag in line.split("contain")[1].split(",")]) for line in12                open('input.txt', 'r').read().split("\n")]13          , ["1", "shiny", "gold", "bag"]))14    print((15        lambda find_recursive, data, currentbag: find_recursive(find_recursive, data, currentbag)16    )(17        lambda find_recursive, data, currentbag:18        [[[currentbag[0] * sum(find_recursive(find_recursive, data, newbag)) for newbag in bag[1]] for bag in data if19          bag[0][1] == currentbag[1] and bag[0][2] == currentbag[2]] if currentbag[0] != "no" else 1],20        [(["1", *line.split("contain")[0].split(" ")],21          [bag.split(" ")[1:] for bag in line.split("contain")[1].split(",")]) for line in22         open('input.txt', 'r').read().split("\n")],23        ["1", "shiny", "gold", "bag"]...

1.py

Source:1.py

...12        [(line.split("contain")[0].split(" "), [bag.split(" ")[2:] for bag in line.split("contain")[1].split(",")]) for13         line in14         open('input.txt', 'r').read().split("\n")])15    print(len(set(flatten((16        lambda find_recursive, data,currentbag: find_recursive(find_recursive,data,currentbag)17    ) (18    lambda find_recursive, data, currentbag: [[*find_recursive(find_recursive, data, new_bag[0]), tuple(new_bag[0])]19                                              for new_bag in data if20                                              any(currentbag[0] == test_child_bag[0] and currentbag[1] == test_child_bag[1] for test_child_bag in new_bag[1])],21        [(line.split("contain")[0].split(" "), [bag.split(" ")[2:] for bag in line.split("contain")[1].split(",")]) for22         line in23         open('input.txt', 'r').read().split("\n")],24        ["shiny", "gold", "bag"]...

problem3.py

Source:problem3.py

1class Solution:2    def maxNonOverlapping(self, nums: List[int], target: int) -> int:3        4        def find_recursive(left, right, res):5            6            if left < 0 or right >= len(nums):7                return res8            9            if nums[left] == target:10                return find_recursive(left + 1, left + 1, res + 1)11            12            elif nums[right] == target:13                return find_recursive(right + 1, right + 1, res + 1)14            15            temp = sum(nums[left:right+1])16            if temp == target:17                return find_recursive(right + 1, right + 1, res + 1)18            19            else:20                r1 = find_recursive(left, right + 1, res)21                r2 = find_recursive(left + 1, left + 1, res)22                return max(r1, r2, res)23                ...

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