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The minimum gdouble value that the adjustment can reach. The increment that will be shifted when moving one page forward or backward.

public: // PlayerMove implements a player making a play. // Return true if the game is over. bool PlayerMove() { bool gameOver = false; bool moveComplete = false;

The size of a page of the adjustment. You should set this to zero when you use GtkAdjustment for GtkSpinButton. The increment that will be moved in an individual step. For example, with GtkSpinButton, a single step will be taken when an arrow button is pressed. The maximum gdouble value that the adjustment can reach. The current value of the adjustment, which is always between lower and upper.

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The general idea of the Builder pattern is to be able to create a set of object instances. Remember, previously I mentioned that the helper types used to instantiate the objects are intended to define an operating context. The Builder pattern extends this by instantiating multiple objects in the context of one method. Following is an example of the Builder pattern that creates a complete Swiss taxation system: public class Builder { public ITaxation InstantiateSwiss() { ITaxation taxation = new SwissTaxationImpl(); taxation.TaxMath = new SwissTaxMathImpl(); return taxation; } } The method InstantiateSwiss instantiates two types, SwissTaxationImpl and SwissTaxMathImpl, and wires them together. It s important to have the type SwissTaxationImpl not implicitly create the type SwissTaxMathImpl because that would corrupt the functionality of the controller. A controller is a generic operations type that only manipulates Generic types. The controller expects the right types to be associated with each other and the controller. Between the Builder and Factory patterns, there isn t that much difference. The only real difference is that the Builder pattern will instantiate multiple types and wire them together. This raises the question whether the Builder pattern should only use Factory classes. The answer is no for most cases. A builder class needs to have intimate knowledge about the types that it s instantiating. Adding another abstraction layer will, for most cases, complicate the application architecture. Where factory classes must be used is if a plug-in architecture exists. Plug-ins are referenced using general identifiers and not specific type identifiers. Therefore, when wiring together plug-ins, the plug-in factory is used, and the instances are wired together using the provided interfaces.

while (! moveComplete) { try { List<Tile^>^ workingTiles = GetWorkingTiles(); array<Tile^, 2>^ workingBoard = GetWorkingBoard(); PrintBoard(gameBoard); Console::WriteLine("{0}'s turn.", players[playerNum]->Name); players[playerNum]->PrintPlayerTiles(); PlayType playType = GetPlayType(); if ( playType == PlayType::Pass) { moveComplete = Pass(workingTiles); if (moveComplete) { // The pass was completed. pass_count++; // If everyone passes and the bag is empty, the game ends. if (pass_count == nPlayer && bag->Count == 0) { gameOver = true; } return gameOver; } else { // The pass was cancelled, restart play. continue; } } int row, col; if (! GetPlayStartPosition(row, col)) continue; if (! GetTilesForPlay(row, col, playType, workingTiles, workingBoard)) continue; // Calculate the score. int scoreForPlay = CalculateScore(row, col, playType, workingBoard); PrintBoard(workingBoard); if (scoreForPlay == -1) { Console::WriteLine("The move is not a legal move."); if (moveNum == 0) { Console::WriteLine("The first play must use the center square."); }

bottom-padding left-padding right-padding top-padding xalign (yalign)

Padding added along the bottom of the child widget Padding added along the left side of the child widget Padding added along the right side of the child widget Padding added along the top of the child widget A number between 0.0 and 1.0 used to align the child widget, where 1.0 is aligned to the right side or bottom of the container A number between 0.0 and 1.0 used to expand the child to fill extra space

The last major way to instantiate a type is to instantiate the type based on an object instance. This is called cloning an object, or implementing the Prototype pattern. The big picture idea of this pattern is to be able to create a copy of an object that already exists. In .NET, the way to clone an object is to implement the ICloneable interface as shown by the following example (ignore the lack of implementation details for the property TaxMath, which was done for clarity): class SwissTaxationImpl : ITaxation, System.ICloneable { ITaxMath _taxMath; public ITaxMath TaxMath { get {;} set {;} } public Object Clone() { SwissTaxationImpl obj = (SwissTaxationImpl)this.MemberwiseClone(); obj._taxMath = (ITaxMath)((System.ICloneable)_taxMath).Clone(); return obj; }

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