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Then you can call this method from the existing createPartControl() method in the FavoritesView class Help contexts are inherited by child controls In this case, a help context was assigned to the Favorites viewer control, which has no children If you were to assign a help context to a composite, then its children will inherit the same help context unless you specifically override it by calling setHelp() on a child control The Favorites view also defines several different methods with which you would like to associate help context IDs Do this by enhancing the setHelpContextIDs() method to associate help with an action:

double (*get_analysis_ptr())(const vector<Student_info>&);

helpSystemsetHelp(filterAction, "comqualityeclipsefavoritesfilter");

While the Period instance is created with its invariants intact, it is possible to modify its internal components at will Once in possession of a mutable Period instance, an attacker might cause great harm by passing the instance on to a class that depends on Period's

Help can also be associated with menu items as well Enhance RemoveFavoritesContributionItemfill(Menu,int) by adding the following:

declares get_analysis_ptr as a function, with no arguments, that returns a pointer to a function with a const vector<Student_info>& argument that returns double You can clarify such declarations by rewriting them, for example, as

IWorkbenchHelpSystem helpSystem = viewSitegetWorkbenchWindow()getWorkbench()getHelpSystem(); helpSystemsetHelp(menuItem, "comqualityeclipsefavoritesremove");

int* p; int q;

Help context IDs can also be assigned to commands, menu contributions and handlers defined within the plug-in manifest file by defining a helpContextId attribute For example, you can enhance the definition of the Open Favorites View command like this:

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<extension point="orgeclipseuicommands"> <command categoryId="comqualityeclipsefavoritescommandscategory" description="Open the Favorites view" helpContextId="comqualityeclipsefavoritesfavorites_view" id="comqualityeclipsefavoritescommandsopenView" name="Open Favorites View"> </command>

immutability for its security This is not so farfetched: There are classes that depend on String's immutability for their security The source of the problem is that Period's readObject method is not doing enough defensive copying When an object is deserialized, it is critical to defensively copy any field containing an object reference that a client must not possess Therefore every serializable immutable class containing private mutable components must defensively copy these components in its readObject method The following readObject method suffices to ensure Period's invariants and to maintain its immutability:

// define analysis_fp as a name for the type of a function that takes a // const vector<Student_info>& argument and returns a double typedef double (*analysis_fp)(const vector<Student_info>&); analysis_fp get_analysis_ptr();

Note that if local context identifiers are used in the plug-in manifest, then the unique identifier for the declaring plug-in is prefixed to make the full context identifier

The IWorkbenchHelpSystem interface defines a number of useful APIs for assigning help context IDs and programmatically displaying help, such as:

Unfortunately, that strategy won't save you from having to read confusing declarations in other people's programs In general, a declaration looks like

displayHelp() Displays the entire help bookshelf displayHelp(IContext context) Displays context-sensitive help

declaration-stmt: decl-specifiers [ declarator [ initializer ]] [, declarator [ initializer ]] ;

displayHelpResource(String href) Displays the help content for the help resource with the given uniform resource locator (URL) displaySearch() Displays the help search system hasHelpUI() Returns whether there is a UI help system installed isContextHelpDisplayed() Returns whether the context-sensitive help window is currently being displayed search(String expression) Starts the search using the help search

private void readObject(ObjectInputStream s) throws IOException, ClassNotFoundException { sdefaultReadObject(); // Defensively copy our mutable components start = new Date(startgetTime()); end = new Date(endgetTime()); // Check that our invariants are satisfied if (startcompareTo(end) > 0) throw new InvalidObjectException(start +" after "+ end); }

setHelp(Menu menu, String contextId) Sets the given help con-

It declares a name for each of its declarators These names are meaningful from where they are declared to the end of the declaration's scope Some declarations are also definitions Names may be declared multiple times but must be defined only once A declaration is a definition if it allocates storage or defines a class or function body C++ inherits its declaration syntax from C The key to understanding declarations is to realize that each declaration consists of two parts: a sequence of decl-specifiers that collectively specify a type and other attributes of what is being declared, followed zero or more declarators (each of which can optionally have an associated initializer) Each declarator ascribes to a name a type that depends on the specifiers and on the form of the declarator The first step in understanding any declaration is to locate the boundary between the specifiers and the declarators Doing so is surprisingly simple: All the specifiers are keywords or names of types, so the specifiers end just before the first symbol that isn't one of those For example, in

153 Context-Sensitive Help (F1)

When context IDs have been assigned to views, you need to create the content for each help item, which consists of a description and a set of links This content is described in one or more context manifest files in XML format For the items assigned context IDs in the previous section, the contextsxml file might look like this:

const char * const * const * cp;

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