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Draw a state diagram for a stack with all the error transitions shown. (See Fig. 2-15.)

i s t object contains only the pointer f i r s t:

This points to a Li s tNode object. The default constructor initializes the pointer to NULL. After items have been inserted into the list, the first pointer will point to the first item in the list.

The newNode function invokes the new operator to obtain a new Lis tNode object by means of the Li s tNode ( ) constructor. The new node will contain the T value t in its data field and the pointer p in its next field. The function returns a pointer to the new node. It is declared pro tee ted because it is a utility function that is used only by the other member functions. The Li s t destructor is responsible for deleting all the items in the list:

templatecclass T> List<T>::-List0 ListNode<T>* temp; for (ListNodecT>* p = first; p; ) { temp = p; p = p->next; delete temp;

Fig. 2-15.

This has to be done in a loop that traverses the list. Each node is deleted by invoking the de 1 et e operator on a pointer to the node. The insert ( ) function creates a new node containing the T value t and then inserts this new node at the beginning of the list:

Then an interested class implements an ActionListener and overrides the callback method actionPerformed SAX events, unlike AWT events, come in an ordered sequence as the XML le is read in Given the tree structure of the XML le, the parser generates events in a depth- rst order Furthermore, because the events are triggered on the y as the XML le is read in, you only get one chance to grab an event as it goes by You must do something to capture relevant information at the point at which it arrives, or the information is lost unless you parse the entire le again This is in contrast to the DOM parser, which reads the entire document in, storing it in its tree structure in memory, and then waits for your program to analyze it The steps are 1 2 3 4.

template<class T> void List<T>::insert(T t) { ListNode<T>* p = newNode(t,first); first = p;

Since the new node will be made the first node in the list, its next pointer should point to the node that is currently first in the list. Passing the first pointer to the NewNode constructor does that. Then the f irs t pointer is reset to point to the new node. The remove ( ) function removes the first item from the list, returning its data value by reference in the parameter t. The function s return value is 1 or 0 according to whether the operation succeeded:

templatecclass T> int List<T>: :remove(T& t) if (isEmpty return 0; t = first->data; ListNode<T>* p = first; first = first->next; delete p; return 1; // flag to signal no removal // data value returned by reference // advance first pointer to remove node // flag to signal successful removal

State diagrams can be drawn directly from source code. Each function must be examined for decisions that are based on the values of variables (the state of the system).

templatecclass T> void List<T>::print() 1 for (ListNodecT>* p=first; p; p=p->next) tout CC p->data CC ' --> "; tout CC "*\n"; >

value:

Here is a test driver and a sample run:

friends;

The following code is for a push method on a finite stack: int push(int item) { if (stackindex == MAX) {return ERROR;} stack[stackindex++] = item; return 0; } From this code, two states with different behavior of the function can be identified. Note that the stackindex starts at zero. One state is related to the condition stackindex == MAX, and the other state is related to the condition stackindex != MAX. Analysis of the increment will show that the second state is stackindex < MAX (at least from this method). Analyzing the pop method will reveal the empty state of the stack.