Create Three Classes For Words: An Abstract Class Cal 008305

Question

Create Three Classes For the Words An Abstract Class Called Word A C Create three classes for the words: an abstract class called Word, a class called Noun that inherits from Word, and a class called Verb that inherits from Word. The actual word is stored in class Word. The classes Noun and Verb should have different toString methods—their outputs should append either “(N)” or “(V)” respectively. Create two linked list classes: an abstract class called WordList that contains all linked list functionality, and subclasses called UnsortedWordList and SortedWordList that inherit from WordList. Each of these subclasses should have an insert method that adds a new word into the list at the appropriate position. Develop a GUI with two TextAreas: one on the left to display the unsorted list, and one on the right to display the sorted list. Implement command buttons for ADD, DELETE, and STOP. Create two menus: File (with options Open and Quit) and Display (with options Nouns and Verbs). When selecting File > Open, load the specified file, fill the linked lists, and display their contents in the TextAreas. When selecting File > Quit, exit the program. The Display menu options Nouns and Verbs should filter and show only nouns or verbs in the TextAreas. The input file contains one word per line, with an optional parenthesis indicating the word type, e.g., apple(N), eat(V).

Dr. Jack HW Helper · Accepted Answer

The implementation of a class hierarchy for words, linked list management, and a graphical user interface (GUI) to manage and display these lists requires systematic architectural planning and coding practices. This paper discusses the design and development of such an application, emphasizing object-oriented programming principles, effective data structure utilization, and user interface interactions. Design of Core Classes: Word, Noun, and Verb The foundation of the application lies in the class hierarchy involving an abstract class called Word, along with concrete subclasses Noun and Verb. The Word class should encapsulate the core data—namely, the actual word string—and define an abstract toString method to be overridden by subclasses. This approach ensures that each specific type of word can define its own string representation, which is critical for display purposes. The Noun and Verb classes inherit from Word and override the toString method to append "(N)" and "(V)" respectively. This polymorphic behavior facilitates differentiation between word types when displaying lists. Such a class design promotes reusability and extensibility, enabling the addition of more word types if necessary. This object-oriented approach adheres to fundamental principles like encapsulation, inheritance, and polymorphism. Linked List Hierarchy: WordList, UnsortedWordList, and SortedWordList The linked list structure is implemented through an abstract class WordList that encapsulates common list functionalities, such as node management, traversal, and basic insertion/removal operations. The subclasses UnsortedWordList and SortedWordList extend WordList with specific insert methods—one that inserts words at the end (unsorted), and another that inserts words maintaining alphabetical order (sorted). This hierarchical structure allows for flexible management of word collections, supporting both unsorted and sorted views. The insertion logic in SortedWordList involves comparing the new

Create Three Classes For Words: An Abstract Class Cal 008305

Create Three Classes For the Words An Abstract Class Called Word A C

Paper For Above instruction

Design of Core Classes: Word, Noun, and Verb

Linked List Hierarchy: WordList, UnsortedWordList, and SortedWordList

Graphical User Interface (GUI) Design

Handling File Input and Data Parsing

Implementation Considerations and Best Practices

Conclusion

References