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he Standard Template Library (STL) is commonly used by C++ programmers and for good reason. It has many advantages over comparable libraries, such as the .NET Framework collections; it provides users with certain guarantees regarding the performance of the algorithms; and it separates algorithms from data. A new library, STL/CLR, brings these advantages to the managed code developer and presents an alternative to the .NET Framework collection classes, such as List, Dictionary, and so on. STL/CLR is a reimplementation of STL for C++/CLI, but it adds some additional functionality as well to make it easier to interoperate with .NET collections. If you already know about the STL library, you can probably skim through the discussion of the STL/CLR collections, iterators, and algorithms, unless you want a more detailed review. These sections will describe general principles of STL and STL/CLR collection template classes, design features that STL and STL/CLR share in common, and examples of collections, iterators, and algorithms and their use. Those of you who are more familiar with STL will want to pay close attention to those elements of STL/CLR that don t have an analog in STL: the generic interfaces that STL/CLR provides, which allow other .NET assemblies, perhaps written in other languages, to access STL/CLR collections, and the adapters that facilitate converting between .NET collections and STL/CLR collections. Why, you might ask, is an entirely new library needed Could the old STL library be used in C++/CLI programs Well, yes and no. Let s try compiling a few simple programs that illustrate potential uses of STL in managed code.

The current translation services architecture does its job and is well structured, but there is still one problem in that the implementation is tied to the System.Windows.Forms architecture. The dream of all GUI designers is to create a platform-neutral UI. Many will say that we ve attained that using the Web and Hypertext Markup Language (HTML). I m not going to debate that comment, nor am I going to debate the merits of rich client/thin client, or anything along those lines. You should use whatever makes you happy and solves the problems efficiently and effectively. What I want to do is show you that it s possible to write GUI-neutral applications using the Template5 pattern.

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In addition to arranging and decorating children, containers are tasked with resizing child widgets. Resizing is performed in two phases: size requisition and size allocation. In short, these two steps negotiate the size that is available to a widget. This is a recursive process of communication between the widget, its ancestors, and its children. Size requisition refers to the desired size of the child. The process begins at the top-level widget, which asks its children for their preferred sizes. The children ask their children and so on, until the last child is reached.

Let s take a look at a simple STL program and experiment with how it works in managed code. The code in Listing 12-1 compiles fine with or without the /clr option, showing that there s no problem recompiling your old STL code with the /clr option. Listing 12-1. A Simple STL Program // stl_simple1.cpp #include <list> #include <string> #include <iostream>

At this point, the last child decides what size it wants to be based on the space it needs to be shown correctly on the screen and any size requests from the programmer For example, a GtkLabel widget will ask for enough space to fully display its text on the screen or more space if you requested it to have a larger size The child then passes this size to its ancestors until the top-level widget receives the amount of space needed based on its children s requisitions typedef struct { gint width; gint height; } GtkRequisition; Each widget stores its size preferences as width and height values in a GtkRequisition object Keep in mind that a requisition is only a request; it does not have to be honored by the parent widget When the top-level widget has determined the amount of space it wants, size allocation begins.

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