import operator
from datashape import dshape
from .core import Scalar, BinOp, UnaryOp


class BooleanInterface(Scalar):
    def __not__(self):
        return Not(self)

    def __and__(self, other):
        return And(self, other)

    def __or__(self, other):
        return Or(self, other)


class Boolean(BooleanInterface):
    @property
    def dshape(self):
        return dshape('bool')


class Relational(BinOp, Boolean):
    pass


class Eq(Relational):
    symbol = '=='
    op = operator.eq


class Ne(Relational):
    symbol = '!='
    op = operator.ne


class Ge(Relational):
    symbol = '>='
    op = operator.ge


class Le(Relational):
    symbol = '<='
    op = operator.le


class Gt(Relational):
    symbol = '>'
    op = operator.gt


class Lt(Relational):
    symbol = '<'
    op = operator.lt


class And(BinOp, Boolean):
    symbol = '&'
    op = operator.and_


class Or(BinOp, Boolean):
    symbol = '|'
    op = operator.or_


class Not(UnaryOp, Boolean):
    op = operator.not_


Invert = Not
BitAnd = And
BitOr = Or

import operator
from datashape import dshape
from .core import Scalar, BinOp, UnaryOp


class BooleanInterface(Scalar):
    def __invert__(self):
        return Invert(self)

    def __and__(self, other):
        return And(self, other)

    def __or__(self, other):
        return Or(self, other)


class Boolean(BooleanInterface):
    @property
    def dshape(self):
        return dshape('bool')


class Relational(BinOp, Boolean):
    pass


class Eq(Relational):
    symbol = '=='
    op = operator.eq


class Ne(Relational):
    symbol = '!='
    op = operator.ne


class Ge(Relational):
    symbol = '>='
    op = operator.ge


class Le(Relational):
    symbol = '<='
    op = operator.le


class Gt(Relational):
    symbol = '>'
    op = operator.gt


class Lt(Relational):
    symbol = '<'
    op = operator.lt


class And(BinOp, Boolean):
    symbol = '&'
    op = operator.and_


class Or(BinOp, Boolean):
    symbol = '|'
    op = operator.or_


class Not(UnaryOp, Boolean):
    symbol = '~'
    op = operator.not_


Invert = Not
BitAnd = And
BitOr = Or

Use __invert__ instead of __not__
Use __invert__ instead of __not__

  import operator
  from datashape import dshape
  from .core import Scalar, BinOp, UnaryOp
  
  
  class BooleanInterface(Scalar):
-     def __not__(self):
+     def __invert__(self):
-         return Not(self)
+         return Invert(self)
  
      def __and__(self, other):
          return And(self, other)
  
      def __or__(self, other):
          return Or(self, other)
  
  
  class Boolean(BooleanInterface):
      @property
      def dshape(self):
          return dshape('bool')
  
  
  class Relational(BinOp, Boolean):
      pass
  
  
  class Eq(Relational):
      symbol = '=='
      op = operator.eq
  
  
  class Ne(Relational):
      symbol = '!='
      op = operator.ne
  
  
  class Ge(Relational):
      symbol = '>='
      op = operator.ge
  
  
  class Le(Relational):
      symbol = '<='
      op = operator.le
  
  
  class Gt(Relational):
      symbol = '>'
      op = operator.gt
  
  
  class Lt(Relational):
      symbol = '<'
      op = operator.lt
  
  
  class And(BinOp, Boolean):
      symbol = '&'
      op = operator.and_
  
  
  class Or(BinOp, Boolean):
      symbol = '|'
      op = operator.or_
  
  
  class Not(UnaryOp, Boolean):
+     symbol = '~'
      op = operator.not_
  
  
  Invert = Not
  BitAnd = And
  BitOr = Or
  
Use __invert__ instead of __not__
## Code Before:
import operator
from datashape import dshape
from .core import Scalar, BinOp, UnaryOp


class BooleanInterface(Scalar):
    def __not__(self):
        return Not(self)

    def __and__(self, other):
        return And(self, other)

    def __or__(self, other):
        return Or(self, other)


class Boolean(BooleanInterface):
    @property
    def dshape(self):
        return dshape('bool')


class Relational(BinOp, Boolean):
    pass


class Eq(Relational):
    symbol = '=='
    op = operator.eq


class Ne(Relational):
    symbol = '!='
    op = operator.ne


class Ge(Relational):
    symbol = '>='
    op = operator.ge


class Le(Relational):
    symbol = '<='
    op = operator.le


class Gt(Relational):
    symbol = '>'
    op = operator.gt


class Lt(Relational):
    symbol = '<'
    op = operator.lt


class And(BinOp, Boolean):
    symbol = '&'
    op = operator.and_


class Or(BinOp, Boolean):
    symbol = '|'
    op = operator.or_


class Not(UnaryOp, Boolean):
    op = operator.not_


Invert = Not
BitAnd = And
BitOr = Or

## Instruction:
Use __invert__ instead of __not__
## Code After:
import operator
from datashape import dshape
from .core import Scalar, BinOp, UnaryOp


class BooleanInterface(Scalar):
    def __invert__(self):
        return Invert(self)

    def __and__(self, other):
        return And(self, other)

    def __or__(self, other):
        return Or(self, other)


class Boolean(BooleanInterface):
    @property
    def dshape(self):
        return dshape('bool')


class Relational(BinOp, Boolean):
    pass


class Eq(Relational):
    symbol = '=='
    op = operator.eq


class Ne(Relational):
    symbol = '!='
    op = operator.ne


class Ge(Relational):
    symbol = '>='
    op = operator.ge


class Le(Relational):
    symbol = '<='
    op = operator.le


class Gt(Relational):
    symbol = '>'
    op = operator.gt


class Lt(Relational):
    symbol = '<'
    op = operator.lt


class And(BinOp, Boolean):
    symbol = '&'
    op = operator.and_


class Or(BinOp, Boolean):
    symbol = '|'
    op = operator.or_


class Not(UnaryOp, Boolean):
    symbol = '~'
    op = operator.not_


Invert = Not
BitAnd = And
BitOr = Or
