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To extract doc comments into an XML file, you use the doc compiler switch. For example, assume you were to this command in a source file: fsc -doc doc.xml Prog.fs Doing this would produce the following XML: < xml version="1.0" encoding="utf-8" > <doc> <assembly><name>Prog</name></assembly> <members> <member name="F:Prog.myString"> <summary> this is an explanation </summary> </member> <member name="T:Prog"> </member> </members> </doc> You can then process the XML using various tools, such as Sandcastle (http://www.codeplex.com/ Sandcastle), to transform it into a number of more readable formats; I found that Sandcastle worked well when I used it with Sandcastle Help File Builder (http://www.codeplex.com/SHFB). The compiler also supports the direct generation of HTML from doc comments. This is less flexible than XML, but it can produce usable documentation with less effort. It can also produce better results under some circumstances because notations such as generics and union types are not always well supported by documentation-generation tools. You will learn about the compiler switches that generate HTML in 12. In F#, you don t need to add any XML tags explicitly; for example, the <summary> and </summary> tags were added automatically. This is useful because it saves you a lot of typing and avoids wasted space in the source file; however, you can take control and write out the XML tags explicitly if you want. The following is a doc comment where the tags have been explicitly written out: /// /// /// /// let <summary> divides the given parameter by 10 </summary> <param name="x">the thing to be divided by 10</param> divTen x = x / 10

namespace Reservation { class Flight { private int flightNumber; private string originatingAirport; private string destinationAirport; private ArrayList availableSeats; private DateTime departure; private DateTime arrival; static void Main(string[] args) { } public Flight(int flightNumber, string originatingAirport, string destinationAirport, ArrayList availableSeats) { this.flightNumber = flightNumber; this.originatingAirport = originatingAirport; this.destinationAirport = destinationAirport; this.availableSeats = availableSeats; } public void ScheduleFlight(DateTime departure, DateTime arrival) { this.departure = departure; this.arrival = arrival; } public DateTime Departure { get { return this.departure; } }

The preceding code produces the following XML: < xml version="1.0" encoding="utf-8" > <doc> <assembly><name>AnotherProg</name></assembly> <members> <member name="M:AnotherProg.divTen (System.Int32)"> <summary> divides the given parameter by 10 </summary> <param name="x">the thing to be divided by 10</param> </member> <member name="T:AnotherProg"> </member> </members> </doc> If no signature file exists for the module file, then the doc comments are taken directly from the module file itself. However, if a signature file exists, then doc comments come from the signature file. This means that even if doc comments exist in the module file, they will not be included in the resulting XML or HTML if the compiler is given a signature file for the module.

abs(-3) help([]) len("hello") max(3, 5) min(3, 4) range(1,6) round(10.2756, 2)

To enable easier cross-compilation between F# and O Caml, F# supports some optional compilations flags disguised as comment tags. Any code you place between these comment tags (*F# F#*) will be compiled as if the comment tags were not there. This code would appear as a normal comment to the O Caml compiler, so it would be ignored. Similarly, the F# compiler will ignore any code placed between the comments (*IF-OCAML*) (*ENDIF-OCAML*) as if it were a comment. However, the code between these two comment tags would be treated as normal code by the O Caml compiler. This provides a simple but effective mechanism for working around small differences in the two languages to make cross-compilation easier. The following sample shows these comments in action. If you use the O Caml-compatible version of the F# syntax, then you should save your file with the extension .ml instead of .fs: (*F# printfn "This will be printed by an F# program" F#*) (*IF-OCAML*) Format.printf "This will be printed by an O'Caml program" (*ENDIF-OCAML*) You ll get the following results when F# compiles the preceding code:

* For a more comprehensive list of Python s built-in functions, see the Python documentation, or visit http://doc.python.org.

public DateTime Arrival { get { return this.arrival; } } public ArrayList AvailableSeats { get { return this.availableSeats; } } public void ReserveSeat(Seat reservedSeat) { if (this.availableSeats.Contains(reservedSeat)) { this.availableSeats.Remove(reservedSeat); } } } } What has changed here from the previous version is that you have declared a new attribute called availableSeats, which contains a list of available seats for the flight. You have also created property accessors for this attribute. This class also has a new method called ReserveSeat, which, when passed a seat that exists in the availableSeats list, will reserve that seat by removing it from the list of available seats for this flight.