Introduction to the functions of int in Python

Introduction to the function of int

1. Absolute value x.__abs__ () is equivalent to ABS (x) 2. Addition X.__add__ (y) is equivalent to X+y3. and the Operation x.__and__ (y) is equivalent to X&y4. Boolean Operation X.__bool__ () 5. Quotient and remainder x.__divmod__ (y) are equivalent to Divmod (x, y) 6. equals x.__eq__ (y) is equivalent to X==y7. integers to floating-point x.__float__ () are equivalent to float (x) 8. The floor except x.__floordiv__ (y) is equivalent to X//y9. Greater than or equal to x.__ge__ (y) is equivalent to X>=y10. Greater than x.__gt__ (Y) is equivalent to X>y11. The construction Method x.__init__ () is equivalent to int (x) 12. Less than or equal to x.__le__ (y) is equivalent to X&LT;=Y13. The left shift x.__lshift__ (y) is equivalent to x<<214. Less than x.__lt__ (y) is equivalent to X&LT;Y15. Modulo x.__mod__ (y) is equivalent to X%Y16. Multiplication x.__mul__ (y) is equivalent to X*Y17. Not equal to x.__ne__ (y) equals to X!=y18. A negative number x.__neg__ () is equivalent to-x19. or operation X.__or__ (y) is equivalent to X|y20. A positive x.__pos__ () is equivalent to +x21. A power x.__pow__ (y) is equivalent to X**y22. Right-to-left addition x.__radd__ (y) is equivalent to y+x23. Right-to-left and operation X.__rand__ (y) are equivalent to y&x24. Right-to-left quotient and remainder x.__rdivmod__ (y) are equivalent to Divmod (y,x) 25. Right-to-left floor except x.__rfloordiv__ (y) is equivalent to y//x26. Right-and left-left shift x.__rlshift__ (y) is equivalent to x>>y27. Right-to-left modulo x.__rmod__ (y) is equivalent to y%x28. Right-to-left multiplication x.__mul__ (y) is equivalent to y*x29. Right-to-left or operation X.__ror__ (y) is equivalent to y|x30. Right-to-left power x.__rpow__ (y) is equivalent to y**x31. Right shift x.__rshift__ (Y) is equivalent to x>>y32. Right-to-left shift x.__rrshift__ (y) is equivalent to y>>x33. Right-to-left subtraction x.__rsub__ (y) is equivalent to y-x34. Right-to-left division x.__rtruediv__ (y) is equivalent to y/x35. Right-to-left XOR or Operation X.__rxor__ (y) is equivalent to y^x36. Returns the size of the object in memory, in bytes x.__sizeof__ () 37. Converting to String x.__str__ () is equivalent to STR (x) 38. Subtraction x.__sub__ (y) is equivalent to x-y39. Division x.__truediv__ () is equivalent to x/y40. The XOR operation X.__xor__ (y) is equivalent to x^y41. byte length, converted to binary after calculation, length in bytes x.bit_length ()

Introduction to the functions of int in Python