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Note You can use signature types to hide constructs, which can be used as an alternative to giving accessibility annotations on types, values, and members. Neither accessibility annotation nor signatures can hide type abbreviations, for the reasons discussed in the earlier Hiding Things with Accessibility Annotations section. Some additional restrictions also apply to both hiding techniques. For example, if a type is revealed to be a constructed class type or interface type, then all its abstract members must be included in the signature. Similarly, a record type must reveal all its fields, and a discriminated union type must reveal all its cases. Also, in some languages such as OCaml, a signature may restrict the type of an implementation construct. For example, if a function is inferred to have a generic type 'a -> 'a, then in OCaml the signature may specify a more restricted type such as int -> int. This is not permitted in F#.

/// A type whose members are partially implemented [<AbstractClass>] type TextOutputSink() = abstract WriteChar : char -> unit abstract WriteString : string -> unit default x.WriteString s = s |> String.iter x.WriteChar This class defines two abstract members, WriteChar and WriteString, but gives a default implementation for WriteString in terms of WriteChar. Because WriteChar isn t yet implemented, you can t create an instance of this type directly; unlike other concrete types, partially implemented types still need to be implemented. One way to do this is to complete the implementation via an object expression. For example: { new TextOutputSink() with member x.WriteChar c = System.Console.Write(c) }

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Suppose you have a large system that is running in a multithreaded model and you re trying to determine what is causing a defect. Using inline debugging statements that present memory and variable values may help, but defects are rarely that easy to find. In this case, you may need to discover the state of the system leading up to the defect. If you had code in your system that simply wrote a log entry whenever it entered a function and another when it left (perhaps with some additional information about the data), it would be possible to determine what state the system was in by examining the log. Listing 5-1 depicts an excerpt from the MySQL source code that includes inline debugging statements. I ve highlighted the debugging code in bold. In this case, each of the inline debugging statements writes an entry in a trace file that can be examined after the system executes (or crashes). Listing 5-1. Example of Inline Debugging Statements /*************************************************************************** ** List all Authors. ** If you can update it, you get to be in it :) ***************************************************************************/ bool mysqld_show_authors(THD *thd) { List<Item> field_list; Protocol *protocol= thd->protocol; DBUG_ENTER("mysqld_show_authors"); field_list.push_back(new Item_empty_string("Name",40)); field_list.push_back(new Item_empty_string("Location",40)); field_list.push_back(new Item_empty_string("Comment",80)); if (protocol->send_fields(&field_list, Protocol::SEND_NUM_ROWS | Protocol::SEND_EOF)) DBUG_RETURN(TRUE); show_table_authors_st *authors; for (authors= show_table_authors; authors->name; authors++) { protocol->prepare_for_resend(); protocol->store(authors->name, system_charset_info); protocol->store(authors->location, system_charset_info); protocol->store(authors->comment, system_charset_info); if (protocol->write()) DBUG_RETURN(TRUE); } send_eof(thd); DBUG_RETURN(FALSE); }

This section covers how you can use partially implemented types to build complete objects. One approach is to instantiate one or more partially implemented types to put together a complete concrete type. This is often done via delegation to an instantiation of the partially concrete type; for example, the following example creates a private, internal TextOutputSink object whose implementation of WriteChar counts the number of characters written through that object. You use this object to build the HtmlWriter object that publishes three methods specific to the process of writing a particular format: /// A type which uses a TextOutputSink internally type HtmlWriter() = let mutable count = 0 let sink = { new TextOutputSink() with member x.WriteChar c = count <- count + 1; System.Console.Write c } member member member member x.CharCount = count x.WriteHeader() = sink.WriteString("<html>") x.WriteFooter() = sink.WriteString("</html>") x.WriteString(s) = sink.WriteString(s)

Signature types are checked after an implementation has been fully processed. This is unlike type annotations that occur directly in an implementation file, which are applied before an implementation fragment is processed. This means the type information in a signature file is not used as part of the type inference process when processing the implementation.

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