tree-format | Python library for printing trees on the console | Dataset library

list=[9,4,6,5,2,3]
print(f"""
       {str(list[0]).zfill(2)}
     /   \\
    {str(list[1]).zfill(2)}    {str(list[2]).zfill(2)}
   /  \   / \\
  {str(list[3]).zfill(2)}  [] {str(list[4]).zfill(2)}  {str(list[5]).zfill(2)}""")

numbers = [9, 4, 6, 5, 2, 3]

def format_numbers(numbers):
    out = []
    for n in numbers: 
        fn = str(n) if len(str(n)) > 1 else f"0{n}"
        out.append(fn)
    return out

numbers = format_numbers(numbers)

print(f"\n     

keys_list = ['2020-10-08/31001457373383/player-DNA.json',
'2020-10-08/31001457373383/player-DNA.csv',
'2020-10-08/31001457373383/player-DNA_report.tsv',
'2020-10-09/31001461776686/player-DNA.json',
'2020-10-09/31001461776686/player-DNA.csv

for row in table_meat1.findAll('tr'):
    cells=row.find_all('td')
    if len(cells)==4:
        A.append(cells[0].a['title'])
        B.append(cells[2].find(text=True))
        C.append(cells[3].find(text=True).strip())

('A', 1), ('B', 1), ('F', 1), ('C', 1), ('D', 1), ('E', 1)

root, root-A1, root-A1-B1, root-A1-B1-F1, root-A1-B1-F1-C1, root-A1-B1-F1-C1-D1

# New node names
qa_tree = []
for path in qa:
    

from collections import defaultdict
def to_tree(d):
   _d = defaultdict(list)
   for a, *b in d:
      _d[a].append(b)
   return [{'name':a, 'children':to_tree(k)} if (k:=list(filter(None, b))) else \
                    {'name':a} for a, 

>>> data = [
    ['root', 'Parent1', 'Children1', 'Grand Childern 1', 'Great Grand Childern 1'],
    ['root', 'Parent1', 'Children2', 'Grand Childern 1', 'Great Grand Childern 1'],
    ['root', 'Parent1', 'Children2', 'Grand Child

result = {}
for i in industry_list: 
    if i.get('parent_ind'): 
        parent = i.get('parent_ind') 
        if parent not in result: 
            result[parent] = {} 
        del i['parent_ind'] 
        for key, val in result.items():

links = { d["name"]:{} for d in industry_list }
tree  = links[None] = dict()
for d in industry_list:
    name,parent = d["name"],d.get("parent_ind",None)
    links[parent].update({name:links[name]})

print(tree)

{