# defmodule Tilly.BDD.IntegerBoolOpsTest do
#   use ExUnit.Case, async: true
#
#   alias Tilly.BDD.IntegerBoolOps
#
#   describe "compare_elements/2" do
#     test "correctly compares integers" do
#       assert IntegerBoolOps.compare_elements(1, 2) == :lt
#       assert IntegerBoolOps.compare_elements(2, 1) == :gt
#       assert IntegerBoolOps.compare_elements(1, 1) == :eq
#     end
#   end
#
#   describe "equal_element?/2" do
#     test "correctly checks equality of integers" do
#       assert IntegerBoolOps.equal_element?(1, 1) == true
#       assert IntegerBoolOps.equal_element?(1, 2) == false
#     end
#   end
#
#   describe "hash_element/1" do
#     test "returns the integer itself as hash" do
#       assert IntegerBoolOps.hash_element(123) == 123
#       assert IntegerBoolOps.hash_element(-5) == -5
#     end
#   end
#
#   describe "leaf operations" do
#     test "empty_leaf/0 returns false" do
#       assert IntegerBoolOps.empty_leaf() == false
#     end
#
#     test "any_leaf/0 returns true" do
#       assert IntegerBoolOps.any_leaf() == true
#     end
#
#     test "is_empty_leaf?/1" do
#       assert IntegerBoolOps.is_empty_leaf?(false) == true
#       assert IntegerBoolOps.is_empty_leaf?(true) == false
#     end
#   end
#
#   describe "union_leaves/3" do
#     test "computes boolean OR" do
#       assert IntegerBoolOps.union_leaves(%{}, true, true) == true
#       assert IntegerBoolOps.union_leaves(%{}, true, false) == true
#       assert IntegerBoolOps.union_leaves(%{}, false, true) == true
#       assert IntegerBoolOps.union_leaves(%{}, false, false) == false
#     end
#   end
#
#   describe "intersection_leaves/3" do
#     test "computes boolean AND" do
#       assert IntegerBoolOps.intersection_leaves(%{}, true, true) == true
#       assert IntegerBoolOps.intersection_leaves(%{}, true, false) == false
#       assert IntegerBoolOps.intersection_leaves(%{}, false, true) == false
#       assert IntegerBoolOps.intersection_leaves(%{}, false, false) == false
#     end
#   end
#
#   describe "negation_leaf/2" do
#     test "computes boolean NOT" do
#       assert IntegerBoolOps.negation_leaf(%{}, true) == false
#       assert IntegerBoolOps.negation_leaf(%{}, false) == true
#     end
#   end
# end