In this program, we will create two objects of the Set class and add items into created sets. Then we will check a set is a superset of another set using the ">=" operator.
The source code to check a set is a superset of another set is given below. The given program is compiled and executed successfully.
# Ruby program to check a set is a
# superset of another set
require 'set';
setObj1 = Set.new();
setObj2 = Set.new();
setObj1.add(101);
setObj1.add(102);
setObj1.add(103);
setObj1.add(104);
setObj1.add(105);
setObj2.add(103);
setObj2.add(104);
setObj2.add(105);
if setObj1 >= setObj2
puts "setObj1 is the superset of setObj2";
else
puts "setObj1 is not the superset of setObj2";
end
Output:
setObj1 is the superset of setObj2
Explanation:
In the above program, we imported the "set" package using the "require" statement. Then we created two objects setObj1, setObj2 of the Set class using the new() method and added items into created set using add() method of the Set class. After that, we checked set setObj1 is the superset of setObj2 using the ">=" operator and printed the appropriate message.
Program/Source Code:
The source code to check a set is a superset of another set is given below. The given program is compiled and executed successfully.
Output:
Explanation:
In the above program, we imported the "set" package using the "require" statement. Then we created two objects setObj1, setObj2 of the Set class using the new() method and added items into created set using add() method of the Set class. After that, we checked set setObj1 is the superset of setObj2 using the ">=" operator and printed the appropriate message.
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