An |ArrowFunction| does not define local bindings for `arguments`, `super`, `this`, or `new.target`. Any reference to `arguments`, `super`, `this`, or `new.target` within an |ArrowFunction| must resolve to a binding in a lexically enclosing environment. Typically this will be the Function Environment of an immediately enclosing function. Even though an |ArrowFunction| may contain references to `super`, the function object created in step 4 is not made into a method by performing MakeMethod. An |ArrowFunction| that references `super` is always contained within a non-|ArrowFunction| and the necessary state to implement `super` is accessible via the _scope_ that is captured by the function object of the |ArrowFunction|.
+An |ArrowFunction| does not define local bindings for `arguments`, `super`, `this`, or `new.target`. Any reference to `arguments`, `super`, `this`, or `new.target` within an |ArrowFunction| must resolve to a binding in a lexically enclosing environment. Typically this will be the Function Environment of an immediately enclosing function. Even though an |ArrowFunction| may contain references to `super`, the function object created in step 3 is not made into a method by performing MakeMethod. An |ArrowFunction| that references `super` is always contained within a non-|ArrowFunction| and the necessary state to implement `super` is accessible via the _scope_ that is captured by the function object of the |ArrowFunction|.
-The point of step 4 is that an implementation is permitted a choice of internal representations of time values, for example as a 64-bit signed integer or as a 64-bit floating-point value. Depending on the implementation, this internal representation may or may not distinguish *-0* and *+0*.
-The abstract operation CreateStringIterator takes argument _string_. This operation is used to create iterator objects for String methods which return such iterators. It performs the following steps when called:
+The abstract operation CreateStringIterator takes argument _string_. This operation is used to create iterator objects for String methods that return such iterators. It performs the following steps when called:
because each iteration of the outermost `*` clears all captured Strings contained in the quantified |Atom|, which in this case includes capture Strings numbered 2, 3, 4, and 5.
Step 2.a of the RepeatMatcher states that once the minimum number of repetitions has been satisfied, any more expansions of |Atom| that match the empty character sequence are not considered for further repetitions. This prevents the regular expression engine from falling into an infinite loop on patterns such as:
+Step 2.b of the RepeatMatcher states that once the minimum number of repetitions has been satisfied, any more expansions of |Atom| that match the empty character sequence are not considered for further repetitions. This prevents the regular expression engine from falling into an infinite loop on patterns such as:
/(a*)*/.exec("b")or the slightly more complicated:
/(a*)b\1+/.exec("baaaac")Because non-existent property values always compare greater than *undefined* property values, and *undefined* always compares greater than any other value, *undefined* property values always sort to the end of the result, followed by non-existent property values.
Method calls performed by the ToString abstract operations in steps 5 and 7 have the potential to cause SortCompare to not behave as a consistent comparison function.
+Method calls performed by the ToString abstract operations in steps 5 and 6 have the potential to cause SortCompare to not behave as a consistent comparison function.
The abstract operation CreateArrayIterator takes arguments _array_ and _kind_. This operation is used to create iterator objects for Array methods which return such iterators. It performs the following steps when called:
+The abstract operation CreateArrayIterator takes arguments _array_ and _kind_. This operation is used to create iterator objects for Array methods that return such iterators. It performs the following steps when called:
The abstract operation CreateMapIterator takes arguments _map_ and _kind_. This operation is used to create iterator objects for Map methods which return such iterators. It performs the following steps when called:
+The abstract operation CreateMapIterator takes arguments _map_ and _kind_. This operation is used to create iterator objects for Map methods that return such iterators. It performs the following steps when called:
The abstract operation CreateSetIterator takes arguments _set_ and _kind_. This operation is used to create iterator objects for Set methods which return such iterators. It performs the following steps when called:
+The abstract operation CreateSetIterator takes arguments _set_ and _kind_. This operation is used to create iterator objects for Set methods that return such iterators. It performs the following steps when called: