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Workflows provide a fascinating way to embed a range of nontrivial, nonstandard computations into F#. To give you a feel for this, in this section we define a probabilistic workflow. That is, instead of writing expressions to compute, say, integers, we instead write expressions that compute distributions of integers. This case study is based on a paper by Ramsey and Pfeffer from 2002. For the purposes of this section, we are interested in distributions over discrete domains characterized by three things: We want to be able to sample from a distribution (for example, sample an integer or a coin flip). We want to compute the support of a distribution, that is, a set of values where all elements outside the set have zero chance of being sampled. We want to compute the expectation of a function over the distribution. For example, we can compute the probability of selecting element A by evaluating the expectation of the function (fun x -> if x = A then 1.0 else 0.0). We can model our notion of a distribution by abstract objects. Listing 9-7 shows the definition of a type of distribution values and an implementation of the basic primitives always and coinFlip, which help build distributions.

public SortedEnumerator( IList<T> list, List<ListItem> sortIndex, ListSortDirection direction) { _list = list; _sortIndex = sortIndex; _sortOrder = direction; Reset(); } } The constructor accepts a reference to the original collection, a reference to the _sortIndex list containing the sorted list of ListItem objects and the sort direction. The _index field is used to maintain a pointer to the current position of the enumerator within the collection. The Reset() method simply sets index to immediately before the first item in the collection. Of course, when using a descending sort, this is actually immediately after the last item in the collection, because the enumerator will walk through the list from bottom to top in that case: public void Reset() { if (_sortOrder == ListSortDirection.Ascending) _index = -1; else _index = _sortIndex.Count; } The MoveNext() method increments index, moving to the next item in the collection. Again, when using a descending sort, it actually decrements _index, thus moving from the bottom of the collection toward the top. public bool MoveNext() { if (_sortOrder == ListSortDirection.Ascending) { if (_index < _sortIndex.Count - 1) { _index++; return true; } else return false; } else { if (_index > 0) { _index--; return true; } else return false; } } The MoveNext() method returns a Boolean value, returning false when there are no more items in the collection. In other words, when it reaches the bottom of the list (or the top when doing a descending sort), it returns false to indicate that there are no more items.

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eval : Map<Var,bool> -> Prop -> bool support : Prop -> Set<Var> cases : 'a list -> seq<Map<'a,bool>> truthTable : Prop -> seq<Map<Var,bool> * bool> satisfiable : Prop -> bool tautology : Prop -> bool tautologyWithCounterExample : Prop -> Map<Var,bool> option printCounterExample : #seq<'a> option -> unit

Note In some browsers the DOCTYPE is used to determine if the browser should use standards mode or quirks mode when it renders the page. Quirks mode tells the browser to emulate some "quirky" behaviors introduced by legacy browsers and allows poorly written pages to still function properly in newer browsers. As a general rule, you should stick to standards mode and avoid quirks mode. Thankfully, the HTML5 DOCTYPE defaults to standards mode.

The Current property simply returns a reference to the child object corresponding to the current value of index. Of course, index is pointing to an item in the sorted list, and so that value must be cross-referenced back to an item in the original collection. This is the same as in the indexer property earlier: public T Current { get { return _list[_sortIndex[index].BaseIndex]; } } Object System.Collections.IEnumerator.Current { get { return _list[_sortIndex[index].BaseIndex]; } } Because SortedEnumerator implements IEnumerator<T>, it actually has two Current properties, one strongly typed for IEnumerator<T> itself and the other loosely typed for IEnumerator (from which IEnumerator<T> inherits). Both do the same thing, using the _index value to find the appropriate ListItem object in the sorted list, and then using the BaseIndex property of ListItem to retrieve the corresponding item in the original collection. That child object is then returned as a result.

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