Operator Python Module just maps some functions to intrinsic built-in functions. For example – add(a, b) is mapped to a + b intrinsic built-in function by this Operator Module.
Below is a table containing all of Functions in Python’s Operator Module.
| Operation | Syntax | Function |
|---|---|---|
| Addition | a + b | add(a, b) |
| Concatenation | seq1 + seq2 | concat(seq1, seq2) |
| Containment Test | obj in seq | contains(seq, obj) |
| True Division | a / b | truediv(a, b) |
| Floor Division | a // b | floordiv(a, b) |
| Bitwise And | a & b | and_(a, b) |
| Bitwise Exclusive Or | a ^ b | xor(a, b) |
| Bitwise Inversion | ~a | invert(a) |
| Bitwise Or | a | b | or_(a, b) |
| Exponentiation | a ** b | pow(a, b) |
| Identity | a is b | is_(a, b) |
| Identity | a is not b | is_not(a, b) |
| Indexed Assignment | obj[k] = v | setitem(obj, k, v) |
| Indexed Deletion | del obj[k] | delitem(obj, k) |
| Indexing | obj[k] | getitem(obj, k) |
| Left Shift | a << b | lshift(a, b) |
| Modulo | a % b | mod(a, b) |
| Multiplication | a * b | mul(a, b) |
| Matrix Multiplication | a @ b | matmul(a, b) |
| Arithmetic Negation | – a | neg(a) |
| Logical Negation | not a | not_(a) |
| Positive | + a | pos(a) |
| Right Shift | a >> b | rshift(a, b) |
| Slice Assignment | seq[i:j] = values | setitem(seq, slice(i, j), values) |
| Slice Deletion | del seq[i:j] | delitem(seq, slice(i, j)) |
| Slicing | seq[i:j] | getitem(seq, slice(i, j)) |
| String Formatting | s % obj | mod(s, obj) |
| Subtraction | a – b | sub(a, b) |
| Truth Test | obj | truth(obj) |
| Ordering | a < b | lt(a, b) |
| Ordering | a <= b | le(a, b) |
| Equality | a ==b | eq(a, b) |
| Difference | a != b | ne(a, b) |
| Ordering | a >= b | ge(a, b) |
| Ordering | a > b | gt(a, b) |
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