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Until now, we have been storing data either in variables or in containers, such as vector, that come from the standard library The reason for this strategy is that the standard- library facilities are usually more flexible and easier to use than the facilities that are part of the core language Once you know how to use the library, the logical next step is to understand how it works The key to this understanding turns out to involve core-language programming tools and techniques that come in handy in other contexts as well We use the term low- level to refer to these ideas because they underlie the standard library and because they correspond closely to the way typical computer hardware works For these reasons, they tend to be harder to use, and are more dangerous, but they sometimes can be more efficient provided that you understand them thoroughly than are the related ideas in the standard library Because no library can solve all problems, many C++ programs wind up using low-level techniques from time to time This chapter departs from our usual style of presenting problems before their solutions, because the tools that we are going to present work at a low enough level that it is hard to use any one tool by itself to solve useful problems Instead, we are going to begin by presenting two related ideas: arrays and pointers Once we have done so, we'll show how those ideas combine with new-expressions and delete-expressions to allow a form of dynamic memory allocation that programmers can control more directly than they can control the automatic memory management offered by library classes such as vector and list Once we understand how arrays and pointers work, we will explore, in 11, how the library uses these facilities to implement its containers.

In GEF, the x-axis stretches from left to right (x-coordinate values increase as you move to the right) and the y-axis from top to bottom (y-coordinate values increase as you move down), with the origin (0, 0) typically in the upper left corner of the GEF canvas There is no z-axis in GEF, but conceptually the zaxis would stretch out from your monitor at right angles to both the x-axis and y-axis Since GEF figures can overlap one another, there is conceptually a z-order to the figures determining which figure is in front of another

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An array is a kind of container, similar to a vector but less powerful A pointer is a kind of random-access iterator that is essential for accessing elements of arrays, and has other uses as well Pointers and arrays are among the most primitive data structures in C and C++ They are virtually inseparable from one another, in the sense that it is impossible to do anything useful with an array without using pointers, and pointers become much more useful in the presence of arrays Because these two notions are so closely intertwined, we shall explain them both before trying to solve significant problems with either It is easier to explain pointers without understanding arrays than to explain arrays without understanding pointers, so we shall discuss pointers first

Table 11 Java Platform Versions Official Release Name Engineering Version Number JDK 11x / JRE 11x 11 Java 2 Platform, Standard Edition, v 12 12 Java 2 Platform, Standard Edition, v 13 13 Java 2 Platform, Standard Edition, v 14 14

Each edit part in GEF can has a list of zero or more child edit parts The children first or earlier in the list are considered to have a lower z-order and thus are drawn behind those children later in the list When the refreshChildren() method is called, either when the parent edit part becomes active or when refresh() is explicitly called, the list of child edit parts is reordered to match the order of the model objects returned by getModelChildren() As model objects are added, a typical user would expect the figures representing those model objects to appear on top of the already existing objects The getModelChildren() method in FavoritesManagerEditPart is backed by a HashSet, and thus the order of the model objects returned by that method is undetermined When a new object is added to the model, our model listener calls refresh() which in turn calls getModelChildren(), thus the figures representing those new model objects appear in a random z-order rather than on top In addition, the constraints for those new figures has not been set so they appear stacked on top of one another in the upper left corner of the editor One way to solve the z-order and location issues just described is to update the child edit parts ourselves using addChild() and removeChild() rather than calling refresh() In the FavoritesManagerEditPart, modify the existing model listener and add a new updateChildren() method The new method must remove edit parts corresponding to the removed favorites items and add new edit parts corresponding to the added favorites items In addition, if a resource edit part no longer has any favorites edit parts referencing it, then it too must be removed In addition, new figures are placed in a random location rather than stacking them on top of one another in the upper left corner.

private final FavoritesManagerListener modelListener = new FavoritesManagerListener() { public void favoritesChanged(FavoritesManagerEvent event) { if (editable) updateChildren(event); else refresh(); } }; private void updateChildren(FavoritesManagerEvent event) { // Build a map of model object to child edit parts Map<Object, EditPart> modelToEditPart = new HashMap<Object, EditPart>(getChildren()size()); for (Iterator< > iter = getChildren()iterator(); iterhasNext();) { GraphicalEditPart child = (GraphicalEditPart) iternext(); modelToEditPartput(childgetModel(), child); }

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