Python multi-level nested dictionary












-1














Change a list to a python3 multi-level nested dictionary with a new dictionary in the value of each layer.



I have data now:



list = [
('First', 'Second', 'Third'),
('First_2', 'Second_2', 'Third_3','Fourth_4')
]


The result I want:




[
{"name": "First", "children": [{"name": "Second", "children": [{"name": "Third", "children": [{"name": "Fourth"}]}]}]},
{"name": "First", "children": [{"name": "Second_1", "children": [{"name": "Second_2", "children": [{"name": "Third_3", "children": [{"name": "Fourth_4"}]}]}]}]}
]


As you can see, a big dictionary.
The key value of the first dictionary is 'name', and the value is the subscript of the list.
In the second dictionary, the key value is 'children', the value is a list, and there is a dictionary in the list. The dictionary has the same structure as the first level dictionary. The dictionary key value of children is +1 for the list. By analogy, all the elements in the list are looped.
Thank you for your answer or suggestion










share|improve this question





























    -1














    Change a list to a python3 multi-level nested dictionary with a new dictionary in the value of each layer.



    I have data now:



    list = [
    ('First', 'Second', 'Third'),
    ('First_2', 'Second_2', 'Third_3','Fourth_4')
    ]


    The result I want:




    [
    {"name": "First", "children": [{"name": "Second", "children": [{"name": "Third", "children": [{"name": "Fourth"}]}]}]},
    {"name": "First", "children": [{"name": "Second_1", "children": [{"name": "Second_2", "children": [{"name": "Third_3", "children": [{"name": "Fourth_4"}]}]}]}]}
    ]


    As you can see, a big dictionary.
    The key value of the first dictionary is 'name', and the value is the subscript of the list.
    In the second dictionary, the key value is 'children', the value is a list, and there is a dictionary in the list. The dictionary has the same structure as the first level dictionary. The dictionary key value of children is +1 for the list. By analogy, all the elements in the list are looped.
    Thank you for your answer or suggestion










    share|improve this question



























      -1












      -1








      -1







      Change a list to a python3 multi-level nested dictionary with a new dictionary in the value of each layer.



      I have data now:



      list = [
      ('First', 'Second', 'Third'),
      ('First_2', 'Second_2', 'Third_3','Fourth_4')
      ]


      The result I want:




      [
      {"name": "First", "children": [{"name": "Second", "children": [{"name": "Third", "children": [{"name": "Fourth"}]}]}]},
      {"name": "First", "children": [{"name": "Second_1", "children": [{"name": "Second_2", "children": [{"name": "Third_3", "children": [{"name": "Fourth_4"}]}]}]}]}
      ]


      As you can see, a big dictionary.
      The key value of the first dictionary is 'name', and the value is the subscript of the list.
      In the second dictionary, the key value is 'children', the value is a list, and there is a dictionary in the list. The dictionary has the same structure as the first level dictionary. The dictionary key value of children is +1 for the list. By analogy, all the elements in the list are looped.
      Thank you for your answer or suggestion










      share|improve this question















      Change a list to a python3 multi-level nested dictionary with a new dictionary in the value of each layer.



      I have data now:



      list = [
      ('First', 'Second', 'Third'),
      ('First_2', 'Second_2', 'Third_3','Fourth_4')
      ]


      The result I want:




      [
      {"name": "First", "children": [{"name": "Second", "children": [{"name": "Third", "children": [{"name": "Fourth"}]}]}]},
      {"name": "First", "children": [{"name": "Second_1", "children": [{"name": "Second_2", "children": [{"name": "Third_3", "children": [{"name": "Fourth_4"}]}]}]}]}
      ]


      As you can see, a big dictionary.
      The key value of the first dictionary is 'name', and the value is the subscript of the list.
      In the second dictionary, the key value is 'children', the value is a list, and there is a dictionary in the list. The dictionary has the same structure as the first level dictionary. The dictionary key value of children is +1 for the list. By analogy, all the elements in the list are looped.
      Thank you for your answer or suggestion







      python python-3.x dictionary






      share|improve this question















      share|improve this question













      share|improve this question




      share|improve this question








      edited Nov 16 '18 at 2:45









      ecg8

      8761515




      8761515










      asked Nov 15 '18 at 9:08









      张嘉斌张嘉斌

      1




      1
























          1 Answer
          1






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          oldest

          votes


















          0














          I have found the answer, recursive method






          list_1 = [('First', 'Second', 'Third'), ('First_1', 'Second_2', 'Third_3','Fourth_4')]

          def all_road(children, count, item):
          if count < len(item):
          load_dict = {
          'name': item[count],
          'children': ,
          }
          if count == (len(item)-1):
          load_dict = {
          'name': item[count]
          }
          children.append(load_dict)
          return children
          children.append(load_dict)
          count += 1
          all_road(load_dict['children'], count,item)
          return children

          if __name__ == "__main__":
          result =
          for item in list_1:
          children =
          result.append(all_road(children, 0, item=item)[0])
          print(result)








          share|improve this answer





















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            1 Answer
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            1 Answer
            1






            active

            oldest

            votes









            active

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            active

            oldest

            votes









            0














            I have found the answer, recursive method






            list_1 = [('First', 'Second', 'Third'), ('First_1', 'Second_2', 'Third_3','Fourth_4')]

            def all_road(children, count, item):
            if count < len(item):
            load_dict = {
            'name': item[count],
            'children': ,
            }
            if count == (len(item)-1):
            load_dict = {
            'name': item[count]
            }
            children.append(load_dict)
            return children
            children.append(load_dict)
            count += 1
            all_road(load_dict['children'], count,item)
            return children

            if __name__ == "__main__":
            result =
            for item in list_1:
            children =
            result.append(all_road(children, 0, item=item)[0])
            print(result)








            share|improve this answer


























              0














              I have found the answer, recursive method






              list_1 = [('First', 'Second', 'Third'), ('First_1', 'Second_2', 'Third_3','Fourth_4')]

              def all_road(children, count, item):
              if count < len(item):
              load_dict = {
              'name': item[count],
              'children': ,
              }
              if count == (len(item)-1):
              load_dict = {
              'name': item[count]
              }
              children.append(load_dict)
              return children
              children.append(load_dict)
              count += 1
              all_road(load_dict['children'], count,item)
              return children

              if __name__ == "__main__":
              result =
              for item in list_1:
              children =
              result.append(all_road(children, 0, item=item)[0])
              print(result)








              share|improve this answer
























                0












                0








                0






                I have found the answer, recursive method






                list_1 = [('First', 'Second', 'Third'), ('First_1', 'Second_2', 'Third_3','Fourth_4')]

                def all_road(children, count, item):
                if count < len(item):
                load_dict = {
                'name': item[count],
                'children': ,
                }
                if count == (len(item)-1):
                load_dict = {
                'name': item[count]
                }
                children.append(load_dict)
                return children
                children.append(load_dict)
                count += 1
                all_road(load_dict['children'], count,item)
                return children

                if __name__ == "__main__":
                result =
                for item in list_1:
                children =
                result.append(all_road(children, 0, item=item)[0])
                print(result)








                share|improve this answer












                I have found the answer, recursive method






                list_1 = [('First', 'Second', 'Third'), ('First_1', 'Second_2', 'Third_3','Fourth_4')]

                def all_road(children, count, item):
                if count < len(item):
                load_dict = {
                'name': item[count],
                'children': ,
                }
                if count == (len(item)-1):
                load_dict = {
                'name': item[count]
                }
                children.append(load_dict)
                return children
                children.append(load_dict)
                count += 1
                all_road(load_dict['children'], count,item)
                return children

                if __name__ == "__main__":
                result =
                for item in list_1:
                children =
                result.append(all_road(children, 0, item=item)[0])
                print(result)








                list_1 = [('First', 'Second', 'Third'), ('First_1', 'Second_2', 'Third_3','Fourth_4')]

                def all_road(children, count, item):
                if count < len(item):
                load_dict = {
                'name': item[count],
                'children': ,
                }
                if count == (len(item)-1):
                load_dict = {
                'name': item[count]
                }
                children.append(load_dict)
                return children
                children.append(load_dict)
                count += 1
                all_road(load_dict['children'], count,item)
                return children

                if __name__ == "__main__":
                result =
                for item in list_1:
                children =
                result.append(all_road(children, 0, item=item)[0])
                print(result)





                list_1 = [('First', 'Second', 'Third'), ('First_1', 'Second_2', 'Third_3','Fourth_4')]

                def all_road(children, count, item):
                if count < len(item):
                load_dict = {
                'name': item[count],
                'children': ,
                }
                if count == (len(item)-1):
                load_dict = {
                'name': item[count]
                }
                children.append(load_dict)
                return children
                children.append(load_dict)
                count += 1
                all_road(load_dict['children'], count,item)
                return children

                if __name__ == "__main__":
                result =
                for item in list_1:
                children =
                result.append(all_road(children, 0, item=item)[0])
                print(result)






                share|improve this answer












                share|improve this answer



                share|improve this answer










                answered Nov 16 '18 at 1:06









                张嘉斌张嘉斌

                1




                1






























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