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Simply adding transaction support using the MySQL mechanisms is not the end of the story. Storage engines that use indexes8 must provide mechanisms to permit transactions. These operations must be capable of marking nodes that have been changed by operations in a transaction, saving the original values of the data that has changed until such time that the

use gra = GraphicsFromImage(bmp) let sizeOf (opt: RenderOptions) s = use sFormat = new StringFormat(StringFormatGenericTypographic) let font = if optIsSuper then optSmallFont else optNormalFont let size = graMeasureString(s, font, PointF(00f, 00f), sFormat) let height = int sizeHeight { width = int sizeWidth + 2; height = height; midline = height/2; } let precPow = 70 let precProd1, precProd2 = 30, 40 let precAdd1, precAdd2 = 10, 11 let precStart = 5 let precNeg1, precNeg2 = 1, 20 let sym opt s = Symbol (s, sizeOf opt s) let applyPrec opt pprec prec exprs (size: ExprSize) = if pprec > prec then sym opt "(" :: exprs @ [sym opt ")"], sizeExpand [sym opt "("; sym opt ")"] else exprs, size let mkSequence opt pprec prec exprs = let size = ExprSize.

10.0f 1.0 1.543080635 0.0 2.0 8.0 2.718281828 16.0

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Seq exprs let exprs, size = applyPrec opt pprec prec exprs size Sequence (exprs, size) let rec expFunc opt f par = let f' = sym opt f let exprs' = [sym opt "("; exp opt precStart par; sym opt ")"] Sequence (f' :: exprs', f'SizeExpand exprs') and exp (opt: RenderOptions) prec = function | Num n -> let s = nToString() in Symbol (s, sizeOf opt s) | Var v -> Symbol (v, sizeOf opt v) | Neg e -> let e' = exp opt precNeg1 e let exprs, size = applyPrec opt prec precNeg1 [e'] e'Size let exprs' = [sym opt "-"] @ exprs mkSequence opt prec precNeg2 exprs' | Add exprs -> let exprs' = [ for i,e in Seq.

8. For the record, it is possible to have a stage 6 engine that does not support indexes. Indexes are not required for transaction processing. However, uniqueness should be a concern and performance will suffer.

The F# type string is an abbreviation for .NET type System.String and represents a sequence of Unicode UTF-16 characters. In the following sections, we briefly introduce strings and the most useful functions for formatting them.

mapi (fun i x -> (i,x)) exprs do let first = (i=0) let e' = exp opt (if first then precAdd1 else precAdd2) e if first || eIsNegative then yield! [e'] else yield! [sym opt "+"; e'] ] mkSequence opt prec precAdd1 exprs' | Sub (e1, exprs) -> let e1' = exp opt prec e1.

transaction is complete. At this point, all of the changes are committed to the physical store (for both the index and the data). This will require making changes to the Spartan_index class. Clearly, implementing transactions in a pluggable storage engine requires a lot of careful thought and planning. I strongly suggest if you are going to implement transactional support in your storage engine that you spend some time studying the BDB and InnoDB storage engines as well as the online reference manual. You may even want to set up your debugger and watch the transactions execute. Whichever way you go with your implementation of transactions, rest assured that if you get it working you will have something special. There are few excellent storage engines that support transactions and none (so far) that exceed the capabilities of the native MySQL storage engines.

3. The DoWork event handler is executed in the worker thread and computes the 1000th Fibonacci number. At the end of the computation, the result is written into args.Result, a mutable storage location in the event arguments for the DoWork event. The DoWork event handler then completes. 4. At some point after the DoWork event handler completes, the RunWorkerCompleted event is automatically raised on the main application thread. This displays a message box with the result of the computation, retrieved from the args field of the event arguments.

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