the type of values returned in the iteration result.
the type of values returned in the iteration result when the generator terminates
the type of value which can be passed to .next(val).
Return all of the values from this generator as an array. You do not want to call this on an infinite generator (for obvious reasons); consider using EnhancedGenerator.slice or EnhancedGenerator.limit to limit the size before calling this.
Returns false and terminates this generator if the predicate is false for any of the generator's
yielded values.
If the generator terminates without having failed the predicate, true is returned.
predicate to apply to each yielded value.
Optional value to supply as context (this) for the predicate
Return a new EnhancedGenerator that yields only the values that satisfy the predicate f.
f receives the value and a sequential index.
Optional context to be passed as this to the predicate.
Flatten the values yielded by this generator to level depth. Produces a generator that yields the individual values at each level in depth-first order. Any iterable (including Array) or iterator will be traversed and its values yielded.
The return type is currently over-broad
(default = 1)
Flatten the values yielded by applying the function to the values yielded by the generator to level depth. Produces a generator that yields the individual values at each level in depth-first order. Any iterable (including Array) or iterator will be traversed and its values yielded.
The return type is currently over-broad
Operate on each value produced by this generator. f is called with two values, the value yielded by this generator and a sequential index.
Value to be supplied as context this for function f.
Trivial, but handy, same as Array.prototype.join.
(default = ',').
See also EnhancedGenerator.join
Limit the number of values that can be generated. A RangeError is thrown if this limit is
exceeded. See EnhancedGenerator.slice if you want to truncate.
Apply the function to each value yielded by this generator. It is called with two arguments, the value yielded, and a sequential index. The return value is a generator that yields the values produced by the function.
Optional value to be supplied as context this for function f.
Like Array.prototype.reduce, but the 3rd argument to the reducing function ("array") is omitted
because there is no array.
Like Array.prototype.reduce, but the 3rd argument to the reducing function ("array") is omitted
because there is no array.
Return a new EnhancedGenerator that only yields the indicated values, skipping start initial values and continuing until the end.
Returns true and terminates the generator if the predicate is true for any of the generator's
yielded values.
If the generator terminates without having satisfied the predicate, false is returned.
predicate to apply to each yielded value.
Optional value to supply as context (this) for the predicate
Combines this generator with additional ones, returning a generator that produces a tuple with each of their results, with this generator's result first.
Terminates when any generator terminates. To get other behaviors, use with EnhancedGenerator.repeat or EnhancedGenerator.repeatLast.
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Utilities to create and use generators which can be manipulated in various ways.
Most methods come both as instance (prototype) methods and as static methods. They provide equivalent functionality, but the static methods allow use on
IteratorandIterableobjects without first converting to a generator.The [[EnhancedGenerator.enhance]] method will add additional instance methods to an ordinary generator's prototype (a new prototype, not modifying any global prototype!). It can also be used to convert
IteratorandIterableobjects to EnhancedGenerator.For methods which return a EnhancedGenerator, care is take to propagate any
Generator.throwandGenerator.returncalls to any supplied generators, so they can properly terminate.The exception is EnhancedGenerator.flat (and by extension, EnhancedGenerator.flatMap), which cannot know what nested generators they might encounter in the future. Any generators encountered so far will be terminated, however.