Web file server - 1168 Data Structures and Collections Chapter 23 36
1168 Data Structures and Collections Chapter 23 36 // remove items from queue 37 try 38 { 39 while ( true ) 40 { 41 removedObject = queue.Dequeue(); 42 Console.WriteLine( removedObject + ” dequeue” ); 43 queue.Print(); 44 } 45 } 46 47 // if exception occurs, print stack trace 48 catch ( EmptyListException emptyListException ) 49 { 50 Console.Error.WriteLine( 51 emptyListException.StackTrace ); 52 } 53 54 } // end method Main 55 56 } // end class QueueTest 57 } The queue is: True The queue is: True $ The queue is: True $ 34567 The queue is: True $ 34567 hello True dequeue The queue is: $ 34567 hello $ dequeue The queue is: 34567 hello 34567 dequeue The queue is: hello hello dequeue Empty queue at LinkedListLibrary.List.RemoveFromFront() in z:ch23linkedlistlibrarylinkedlistlibrary.cs:line 114 at QueueInheritanceLibrary.QueueInheritance.Dequeue() in z:ch23queueinheritancelibrary queueinheritancelibrary.cs:line 28 at QueueTest.QueueTest.Main(String[] args) in z:ch23fig23_14queuetest.cs:line 41 Fig. 23.14 Fig. 23.1FiFig. 23.14g. 23.14 Fig. 23.14 Using inheritance to create a queue. (Part 2 of 2.) 23.6 Trees Linked lists, stacks and queues are linear data structures (i.e., sequences). A tree is a nonlinear, two-dimensional data structure with special properties. Tree nodes contain two or
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