tracks/ecmascript/exercises/perfect-numbers/perfect-numbers.spec.js in trackler-2.1.0.53 vs tracks/ecmascript/exercises/perfect-numbers/perfect-numbers.spec.js in trackler-2.1.0.54

@@ -4,71 +4,71 @@
 
   const perfectNumbers = new PerfectNumbers();
 
   describe('Perfect Numbers', () => {
 
-    it('Smallest perfect number is classified correctly', () => {
+    test('Smallest perfect number is classified correctly', () => {
       expect(perfectNumbers.classify(6)).toEqual('perfect');
     });
 
-    xit('Medium perfect number is classified correctly', () => {
+    xtest('Medium perfect number is classified correctly', () => {
       expect(perfectNumbers.classify(28)).toEqual('perfect');
     });
 
-    xit('Large perfect number is classified correctly', () => {
+    xtest('Large perfect number is classified correctly', () => {
       expect(perfectNumbers.classify(33550336)).toEqual('perfect');
     });
 
   });
 
   describe('Abundant Numbers', () => {
 
-    xit('Smallest abundant number is classified correctly', () => {
+    xtest('Smallest abundant number is classified correctly', () => {
       expect(perfectNumbers.classify(12)).toEqual('abundant');
     });
 
-    xit('Medium abundant number is classified correctly', () => {
+    xtest('Medium abundant number is classified correctly', () => {
       expect(perfectNumbers.classify(30)).toEqual('abundant');
     });
 
-    xit('Large abundant number is classified correctly', () => {
+    xtest('Large abundant number is classified correctly', () => {
       expect(perfectNumbers.classify(33550335)).toEqual('abundant');
     });
 
   });
 
   describe('Deficient Numbers', () => {
 
-    xit('Smallest prime deficient number is classified correctly', () => {
+    xtest('Smallest prime deficient number is classified correctly', () => {
       expect(perfectNumbers.classify(2)).toEqual('deficient');
     });
 
-    xit('Smallest non-prime deficient number is classified correctly', () => {
+    xtest('Smallest non-prime deficient number is classified correctly', () => {
       expect(perfectNumbers.classify(4)).toEqual('deficient');
     });
 
-    xit('Medium deficient number is classified correctly', () => {
+    xtest('Medium deficient number is classified correctly', () => {
       expect(perfectNumbers.classify(32)).toEqual('deficient');
     });
 
-    xit('Large deficient number is classified correctly', () => {
+    xtest('Large deficient number is classified correctly', () => {
       expect(perfectNumbers.classify(33550337)).toEqual('deficient');
     });
 
-    xit('Edge case (no factors other than itself) is classified correctly', () => {
+    xtest('Edge case (no factors other than itself) is classified correctly', () => {
       expect(perfectNumbers.classify(1)).toEqual('deficient');
     });
 
   });
 
   describe('Invalid Inputs', () => {
 
-    xit('Zero is rejected (not a natural number)', () => {
+    xtest('Zero is rejected (not a natural number)', () => {
       expect(() => perfectNumbers.classify(0))
         .toThrow('Classification is only possible for natural numbers.');
     });
 
-    xit('Negative integer is rejected (not a natural number)', () => {
+    xtest('Negative integer is rejected (not a natural number)', () => {
       expect(() => perfectNumbers.classify(-1))
         .toThrow('Classification is only possible for natural numbers.');
     });
 
   });