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Here is a final example, showing the use of named groups: let entry = @" Jolly Jethro 13 Kings Parade Cambridge, Cambs CB2 1TJ " let re = regex @"( <=\n)\s*( <city>[^\n]+)\s*,\s*( <county>\w+)\s+( <pcode>.{3}\s*.{3}).*$" You can now use this regular expression to match the text and examine the named elements of the match: > let r = re.Match(entry);; val r : Match > r.Groups.["city"].Value;; val it : string = "Cambridge" > r.Groups.["county"].Value;; val it : string = "Cambs" > r.Groups.["pcode"].Value;; val it : string = "CB2 1TJ" You can also combine regular expression matching with active patterns, described in 9. For example: let (|IsMatch|_|) (re: string) (inp:string) = if Regex(re).IsMatch(inp) then Some() else None let (|MatchGroups|_|) (re: string) (inp:string) = let results = Regex(re).Match(inp) if results.Success then Some results.Groups else None These active patterns can now be used as follows: > | | | match "This is a string" with IsMatch "( i)HIS" -> "yes, it matched" IsMatch "ABC" -> "this would not match" _ -> "nothing matched"

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>();; val capitals : Dictionary <string, string> > capitals.["USA"] <- "Washington";; val it : unit = ()

val it : string = "yes, it matched " > match "This is a super string" with | MatchGroups "( <word1>T\w+).*( <word2>s\w+)" groups -> (groups.["word1"].Value, groups.["word2"].Value) | _ -> failwith "nothing matched" val it : string * string = ("This", "string")

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The first thing to notice is the creation of a packet buffer and a NET structure This packet buffer is a character array and stores the raw query string as it is read from the network and stored in the NET structure The next item that is created is a command structure, which will be used to route control to the appropriate parser functions The my_net_read() function reads the packets from the network and stores them in the NET structure The length of the packet is also stored in the packet_length variable of the NET structure The last thing you see occurring in this function is a call to dispatch_command(), the point at which you can begin to see how commands are routed through the server code OK, so now you re starting to get somewhere.

> 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. (From the F# perspective, we may have expected this type to be seq<('key * 'value)>, but tuples are not available in the .NET collection library design.) Armed with this knowledge, we can now 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 = ()

Finally, you can use the dynamic operator, also defined in 9, to make the lookups slightly more natural: > match "This is a string is super" with | MatchGroups "( <word1>T\w+).*( <word2>s\w+)" groups -> (groups word1, groups word2) | _ -> failwith "nothing matched" val it : string * string = ("This", "super")

The job of the dispatch_command() function is to route control to a portion of the server that can best process the incoming command Since you have a normal SELECT query on the way, the system has identified it as a query by setting the command variable to COM_QUERY Other command types are used to identify statements, change user, generate statistics, and many other server functions For this chapter, I will only look at query commands (COM_QUERY) Listing 3-6 shows a condensed view of the function I have omitted the code for all of the other commands in the switch for the sake of brevity (I m omitting the comment break too) but I m leaving in the case statements for most of the commands Take a moment and scan through the list Most of the names are self-explanatory.

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