used clang-format -i globally

Signed-off-by: Christopher Friedt <[email protected]>

Author: cfriedt

3sum-test.cpp

@@ -10,57 +10,60 @@
 
 /*
 TEST( TwoSum, Test_n1_0_1_2_n1_n4 ) {
-	vector<int> nums({-1,0,1,2,-1,-4});
-	vector<vector<int>> expected_vvi({{-1,0,1},{-1,-1,2}});
-	vector<vector<int>> actual_vvi = Solution().threeSum( nums );
+        vector<int> nums({-1,0,1,2,-1,-4});
+        vector<vector<int>> expected_vvi({{-1,0,1},{-1,-1,2}});
+        vector<vector<int>> actual_vvi = Solution().threeSum( nums );
 
-	unordered_set<vector<int>> expected_uvi = to_unordered_set( expected_vvi );
-	unordered_set<vector<int>> actual_uvi = to_unordered_set( actual_vvi );
+        unordered_set<vector<int>> expected_uvi = to_unordered_set( expected_vvi
+); unordered_set<vector<int>> actual_uvi = to_unordered_set( actual_vvi );
 
-	EXPECT_EQ(actual_uvi, expected_uvi);
+        EXPECT_EQ(actual_uvi, expected_uvi);
 }
 
 TEST( TwoSum, Test_3_n2_1_0 ) {
-	vector<int> nums({3,-2,1,0});
-	vector<vector<int>> expected_vvi;
-	vector<vector<int>> actual_vvi = Solution().threeSum( nums );
+        vector<int> nums({3,-2,1,0});
+        vector<vector<int>> expected_vvi;
+        vector<vector<int>> actual_vvi = Solution().threeSum( nums );
 
-	unordered_set<vector<int>> expected_uvi = to_unordered_set( expected_vvi );
-	unordered_set<vector<int>> actual_uvi = to_unordered_set( actual_vvi );
+        unordered_set<vector<int>> expected_uvi = to_unordered_set( expected_vvi
+); unordered_set<vector<int>> actual_uvi = to_unordered_set( actual_vvi );
 
-	EXPECT_EQ(actual_uvi, expected_uvi);
+        EXPECT_EQ(actual_uvi, expected_uvi);
 }
 
 TEST( TwoSum, Test_n4_n2_n2_0_1_2_2_2_3_3_4_4_6_6 ) {
-	vector<int> nums({-4,-2,-2,0,1,2,2,2,3,3,4,4,6,6});
-	vector<vector<int>> expected_vvi({{-4,-2,6},{-4,0,4},{-4,1,3},{-4,2,2},{-2,-2,4},{-2,0,2}});
-	vector<vector<int>> actual_vvi = Solution().threeSum( nums );
+        vector<int> nums({-4,-2,-2,0,1,2,2,2,3,3,4,4,6,6});
+        vector<vector<int>>
+expected_vvi({{-4,-2,6},{-4,0,4},{-4,1,3},{-4,2,2},{-2,-2,4},{-2,0,2}});
+        vector<vector<int>> actual_vvi = Solution().threeSum( nums );
 
-	unordered_set<vector<int>> expected_uvi = to_unordered_set( expected_vvi );
-	unordered_set<vector<int>> actual_uvi = to_unordered_set( actual_vvi );
+        unordered_set<vector<int>> expected_uvi = to_unordered_set( expected_vvi
+); unordered_set<vector<int>> actual_uvi = to_unordered_set( actual_vvi );
 
-	EXPECT_EQ(actual_uvi, expected_uvi);
+        EXPECT_EQ(actual_uvi, expected_uvi);
 }
 
 TEST( TwoSum, Test_n4_n2_1_n5_n4_n4_4_n2_0_4_0_n2_3_1_n5_0 ) {
-	vector<int> nums({-4,-2,1,-5,-4,-4,4,-2,0,4,0,-2,3,1,-5,0});
-	vector<vector<int>> expected_vvi({{-5,1,4},{-4,0,4},{-4,1,3},{-2,-2,4},{-2,1,1},{0,0,0}});
-	vector<vector<int>> actual_vvi = Solution().threeSum( nums );
+        vector<int> nums({-4,-2,1,-5,-4,-4,4,-2,0,4,0,-2,3,1,-5,0});
+        vector<vector<int>>
+expected_vvi({{-5,1,4},{-4,0,4},{-4,1,3},{-2,-2,4},{-2,1,1},{0,0,0}});
+        vector<vector<int>> actual_vvi = Solution().threeSum( nums );
 
-	unordered_set<vector<int>> expected_uvi = to_unordered_set( expected_vvi );
-	unordered_set<vector<int>> actual_uvi = to_unordered_set( actual_vvi );
+        unordered_set<vector<int>> expected_uvi = to_unordered_set( expected_vvi
+); unordered_set<vector<int>> actual_uvi = to_unordered_set( actual_vvi );
 
-	EXPECT_EQ(actual_uvi, expected_uvi);
+        EXPECT_EQ(actual_uvi, expected_uvi);
 }
 */
 
-TEST( TwoSum, Test_n4_n1_n4_0_2_n2_n4_n3_2_3_3_n4 ) {
-	vector<int> nums({-4,-1,-4,0,2,-2,-4,-3,2,-3,2,3,3,-4});
-	vector<vector<int>> expected_vvi({{-4,2,2},{-3,0,3},{-2,-1,3},{-2,0,2}});
-	vector<vector<int>> actual_vvi = Solution().threeSum( nums );
+TEST(TwoSum, Test_n4_n1_n4_0_2_n2_n4_n3_2_3_3_n4) {
+  vector<int> nums({-4, -1, -4, 0, 2, -2, -4, -3, 2, -3, 2, 3, 3, -4});
+  vector<vector<int>> expected_vvi(
+      {{-4, 2, 2}, {-3, 0, 3}, {-2, -1, 3}, {-2, 0, 2}});
+  vector<vector<int>> actual_vvi = Solution().threeSum(nums);
 
-	unordered_set<vector<int>> expected_uvi = to_unordered_set( expected_vvi );
-	unordered_set<vector<int>> actual_uvi = to_unordered_set( actual_vvi );
+  unordered_set<vector<int>> expected_uvi = to_unordered_set(expected_vvi);
+  unordered_set<vector<int>> actual_uvi = to_unordered_set(actual_vvi);
 
-	EXPECT_EQ(actual_uvi, expected_uvi);
+  EXPECT_EQ(actual_uvi, expected_uvi);
 }