# python3 -V : 3.10.5
          import ast

          logic = "(1 > 2 or 2 > 1 and 1)"

          >>>: ast.parse?
          < Signature:
          < ast.parse(
          <     source,
          <     filename='',
          <     mode='exec',
          <     *,
          <     type_comments=False,
          <     feature_version=None,
          < )
          < Docstring:
          < Parse the source into an AST node.

          logic_expression = ast.parse(logic, mode='eval')

          >>>: ast.dump?
          < Signature:
          < ast.dump(
          <     node,
          <     annotate_fields=True,
          <     include_attributes=False,
          <     *,
          <     indent=None,
          < )
          < Docstring:
          < Return a formatted dump of the tree in node.

          logic_dump = ast.dump(logic_expression, indent=4)

          >>> print(logic_dump)
          < Expression(
          <     body=BoolOp(
          <         op=Or(),
          <         values=[
          <             Compare(
          <                 left=Constant(value=1),
          <                 ops=[
          <                     Gt()],
          <                 comparators=[
          <                     Constant(value=2)]),
          <             BoolOp(
          <                 op=And(),
          <                 values=[
          <                     Compare(
          <                         left=Constant(value=2),
          <                         ops=[
          <                             Gt()],
          <                         comparators=[
          <                             Constant(value=1)]),
          <             Constant(value=1)])]))

          exp = BoolOp(                   - bool(1) - True
            (
              (1 > 2)     - False
                Or()      - (False or 1)  - 1
              (
                (2 > 1)   - True
                  And()   - (True and 1)  - 1
                (1)       - 1
              )
            )
          )

          # Source
          # Or() : https://realpython.com/python-or-operator/
          # And(): https://realpython.com/python-and-operator/