| set.add() |
Adds an element to the set. If an element is already exist in the set, then it does not add that element.
|
| set.clear() |
Removes all the elements from the set. |
| set.copy() |
Returns a shallow copy of the set.
|
| set.difference() |
Returns the new set with the unique elements that are not in the another set passed as a parameter.
|
| set.difference_update() |
Updates the set on which the method is called with the elements that are common in another set passed as an argument.
|
| set.discard() |
Removes a specific element from the set.
|
| set.intersection() |
Returns a new set with the elements that are common in the given sets. |
| set.intersection_update() |
Updates the set on which the instersection_update() method is called, with common elements among the specified sets. |
| set.isdisjoint() |
Returns true if the given sets have no common elements. Sets are disjoint if and only if their intersection is the empty set. |
| set.issubset() |
Returns true if the set (on which the issubset() is called) contains every element of the other set passed as an argument.
|
| set.pop() |
Removes and returns a random element from the set.
|
| set.remove() |
Removes the specified element from the set. If the specified element not found, raise an error. |
| set.symmetric_difference() |
Returns a new set with the distinct elements found in both the sets. |
| set.symmetric_difference_update() |
Updates the set on which the instersection_update() method called, with the elements that are common among the specified sets. |
| set.union() |
Returns a new set with distinct elements from all the given sets. |
| set.update() |
Updates the set by adding distinct elements from the passed one or more iterables. |