lint

test/group.test.js

@@ -10,33 +10,33 @@ test('group', function *(t) {
     gsizes.forEach(function (s) {
       var grps = group(np, s);
       var maxsize = $.maximum($.pluck('length', grps));
-      t.ok(maxsize <= s, "group sizes <= input size");
+      t.ok(maxsize <= s, 'group sizes <= input size');
 
       var pls = $.flatten(grps);
-      t.equal(pls.length, np, "right number of players included");
+      t.equal(pls.length, np, 'right number of players included');
       t.deepEqual($.difference(pls, $.range(np)), []
-        , "players included once per group");
+        , 'players included once per group');
 
       if (np % s === 0) {
         var gsums = grps.map($.sum);
         // sum of seeds must differ by at most number of groups in full groups
         t.ok($.minimum(gsums) <= $.maximum(gsums) + grps.length
-          , "sum of seeds in full groups difference");
+          , 'sum of seeds in full groups difference');
 
         if ($.even(s)) {
           // a group is perfect if groups are full and only filled with pairs!
           t.equal($.minimum(gsums), $.maximum(gsums)
-            , "sum of seeds zero difference in perfect groups");
+            , 'sum of seeds zero difference in perfect groups');
         }
       }
 
       if (maxsize < s) {
         // group size model was reduced as all groups non-full, so:
         // calling group with the gs reduced to maxsize should produce same output
         var grpsClone = group(np, maxsize);
-        var errModel = np + " players, groupsize " + s + " reduced to " +  maxsize;
-        t.deepEqual(grps, grpsClone, "reduced model deterministically: " + errModel);
-        t.equal(group.minimalGroupSize(np, s), maxsize, "reduce: " + s);
+        var errModel = np + ' players, groupsize ' + s + ' reduced to ' +  maxsize;
+        t.deepEqual(grps, grpsClone, 'reduced model deterministically: ' + errModel);
+        t.equal(group.minimalGroupSize(np, s), maxsize, 'reduce: ' + s);
       }
     });
   });