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The type System.Collections.Generic.Dictionary<'Key,'Value> is an efficient hash-table structure that is excellent for storing associations between values. The use of this collection from F# code requires a little care, because it must be able to correctly hash the key type. For simple key types such as integers, strings, and tuples, the default hashing behavior is adequate. Here is a simple example: > open System.Collections.Generic;; > let capitals = new Dictionary<string, string>(HashIdentity.Structural);; val capitals : Dictionary<string,string> = dict [] > capitals.["USA"] <- "Washington";; val it : unit = () > capitals.["Bangladesh"] <- "Dhaka";; val it : unit = () > capitals.ContainsKey("USA");; val it : bool = true > capitals.ContainsKey("Australia");; val it : bool = false > capitals.Keys;; val it : KeyCollection<string,string> = seq["USA"; "Bangladesh"] > capitals.["USA"];; val it : string = "Washington" Dictionaries are compatible with the type seq<KeyValuePair<'key,'value>>, where KeyValuePair is a type from the System.Collections.Generic namespace and simply supports the properties Key and Value. Armed with this knowledge, you can use iteration to perform an operation for each element of the collection: > for kvp in capitals do printf "%s has capital %s\n" kvp.Key kvp.Value;; USA has capital Washington Bangladesh has capital Dhaka val it : unit = ()

The MySQL coding guidelines state that spacing should always be two characters for each indention level. You should never use tabs. If your editor permits, you should change the default behavior of the editor to turn off automatic formatting and replace all tabs with two spaces. This is especially important when using documentation utilities like Doxygen (which I ll discuss in a moment) or line parsing tools to locate strings in the text. When spacing between identifiers and operators, you should include no spaces between a variable and an operator and a single space between the operator and an operand (the right side of the operator). In a similar way, no space should follow the open parenthesis in functions, but include one space between parameters and no space between the last parameter name and the closing parenthesis. Lastly, you should include a single blank line to delineate variable declarations from control code, and control code from method calls, and block comments from other code, and functions from other declarations. Listing 3-22 depicts a properly formatted excerpt of code that contains an assignment statement, a function call, and a control statement. Listing 3-22. Spacing and Indention return_value= do_something_cool(i, max_limit, is_found); if (return_value) { int var1; int var2; var1= do_something_else(i); if (var1) { do_it_again(); } }

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The Dictionary method TryGetValue is of special interest because its use from F# is a little nonstandard. This method takes an input value of type 'Key and looks it up in the table. It returns a bool indicating whether the lookup succeeded: true if the given key is in the dictionary and false otherwise. The value itself is returned via a .NET idiom called an out parameter. From F# code, three ways of using .NET methods rely on out parameters:

Some useful generic functions are those that do generic formatting of values. The simplest ways to access this functionality are the %A specifiers in printf format strings and the any_to_string function:

The alignment of the curly braces is also inconsistent in some parts of the source code. The MySQL coding guidelines state that the curly braces should align with the control code above it as I have shown in all of our examples. However, if you need to indent another level you should indent using the same column alignment as the code within the curly braces (two spaces). It is also not necessary to use curly braces if you re executing a single line of code in the code block. An oddity of sorts in the curly braces area is the switch statement. A switch statement should be written to align the open curly brace after the switch condition and align the closing curly brace with the switch keyword. The case statements should be aligned in the same column as the switch keyword. Listing 3-23 illustrates this guideline. Listing 3-23. Switch Statement Example switch (some_var) { case 1: do_something_here(); do_something_else(); break; case 2: do_it_again(); break; }

You may use a local mutable in combination with the address-of operator &. You may use a reference cell. You may simply not give a parameter, and the result is returned as part of a tuple.

Here is a simple example: > any_to_string (Some(100,[1.0;2.0;3.1415]));; val it : string = "Some (100, [1.0; 2.0; 3.1415])" > sprintf "result = %A" ([1], [true]);; val it : string = "result = ([1], [true])" These functions use .NET and F# reflection to walk the structure of values to build a formatted representation of the value. Structural types such as lists and tuples are formatted using the syntax of F# source code. Unrecognized values are formatted by calling the .NET ToString() method for these values. We discuss F# and .NET reflection in more depth toward the end of 9.

Note The last break in the previous code is not needed. I usually include it in my code for the sake

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