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if (results) { mysqlError = false; record=mysql_fetch_row(results); if(record) { return (record[0]); } else { mysqlError = true; } } return (""); } int DBEngine::GetBookFieldInt(int Slot, char *Field) { char *istr = new char[10]; char *str = new char[128]; int qty = 0; _itoa_s(Slot, istr, 10, 10); strcpy_s(str, 128, "SELECT "); strcat_s(str, 128, Field); strcat_s(str, 128, " FROM books WHERE Slot = "); strcat_s(str, 128, istr); results=ExecQuery(str); if (results) { record=mysql_fetch_row(results); if(record) { qty = atoi(record[0]); } else { mysqlError = true; } } delete str; return (qty); } void DBEngine::VendBook(char *ISBN) { char *str = new char[128];

The simplest mutable data structures in F# are mutable records. In 3 you saw some simple examples of immutable records. A record is mutable if one or more of its fields is labeled mutable. This means that record fields can be updated using the <- operator, that is, the same syntax used to set a property. Mutable fields are usually used for records that implement the internal state of objects, discussed in 6 and 7. For example, the following code defines a record used to count the number of times an event occurs and the number of times that the event satisfies a particular criterion: type DiscreteEventCounter = { mutable Total: int; mutable Positive: int; Name : string } let recordEvent (s: DiscreteEventCounter) isPositive = s.Total <- s.Total+1 if isPositive then s.Positive <- s.Positive+1 let reportStatus (s: DiscreteEventCounter) = printfn "We have %d %s out of %d" s.Positive s.Name s.Total let newCounter nm = { Total = 0; Positive = 0; Name = nm } We can use this type as follows (this sample uses the http function from 2): let longPageCounter = newCounter "long page(s)" let fetch url = let page = http url recordEvent longPageCounter (page.Length > 10000) page Every call to the function fetch mutates the mutable record fields in the global variable longPageCounter. For example: > fetch "http://www.smh.com.au" |> ignore;; val it : unit = () > fetch "http://www.theage.com.au" val it : unit = () > reportStatus longPageCounter;; We have 1 long page(s) out of 2 val it : unit = () |> ignore;;

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In the next example, you don t actually create a concrete data structure containing one trillion elements but rather a sequence value that has the potential to yield this number of elements on demand The default printing performed by F# Interactive forces this computation up to depth 4: > seq {1I . 1000000000000I};; val it : seq<bigint> = seq [1I; 2I; 3I; 4I; .. ] The default increment for range expressions is always 1 A different increment can be used via range expressions of the form seq { n . skip . m }: > seq { 1 . 2 . 5 };; val it : seq<int> = seq [ 1; 3; 5 ] > seq { 1 . -2 ..

char *istr = new char[10]; int qty = 0; strcpy_s(str, 128, "SELECT Quantity FROM books WHERE ISBN = '"); strcat_s(str, 128, ISBN); strcat_s(str, 128, "'"); results=ExecQuery(str); record=mysql_fetch_row(results); if (record) { qty = atoi(record[0]); if (qty >= 1) { _itoa_s(qty - 1, istr, 10, 10); strcpy_s(str, 128, "UPDATE books SET Quantity = "); strcat_s(str, 128, istr); strcat_s(str, 128, " WHERE ISBN = '"); strcat_s(str, 128, ISBN); strcat_s(str, 128, "'"); results=ExecQuery(str); } } else { mysqlError = true; } } void DBEngine::Initialize() { /* This section initializes the server and sets server options. */ mysql_server_init(num_elements, server_options, server_groups); mysql = mysql_init(NULL); if (mysql) { mysql_options(mysql, MYSQL_READ_DEFAULT_GROUP, "libmysqld_client"); mysql_options(mysql, MYSQL_OPT_USE_EMBEDDED_CONNECTION, NULL); /* The following call turns debugging on programmatically. Comment out to turn off debugging. */ //mysql_debug("d:t:i:O,\\mysqld_embedded.trace"); /* Connect to embedded server. */

Record types can also support members (for example, properties and methods) and give implicit implementations of interfaces, discussed in 6. Practically speaking, this means you can use them as one way to implement object-oriented abstractions.

-5 };; val it : seq<int> = seq [ 1; -1; -3; -5 ] If the skip causes the final element to be overshot, then the final element isn t included in the result: > seq { 0 . 2 . 5 };; val it : seq<int> = seq [ 0; 2; 4 ] The (.) and (. .) operators are overloaded operators in the same sense as (+) and (-), which means their behavior can be altered for user-defined types 6 discusses this in more detail..

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