JAVA

The UWF Language (short UWFL) is a centuries old way of concealing the true form of words to anyone not familiar with the principles. Every English word is translated by two simple rules: 1. If the word begins with a vowel, a h is inserted before this vowel, then all other vowels follow, then all consonants and finally the prefix -uwf is added. So, enormous henormous heoounrms heoounrmsuwf 2. If the word begins with a consonant, then the rule is even simpler. You just need to add the ending -argo to the end of the word. So leaf leafargo. For this programming assignment, you will be creating a class that can handle translating a string of words (without punctuation) from normal English to UWFL. Furthermore, you will be allowing the user of the class to specify what they believe to be vowels. Learning Objectives The focus of this assignment is on the following learning objectives: Gain experience in using Java conditionals and Java looping constructs Gain experience with using booleans and expressions Be able to manipulate Java Strings and chars Experience writing tests for Java classes Assignment There are two parts to this assignment. The first part is to create the class for translating into UWFL called UWFLTranslator. This class must abide by the following restrictions: Instance Variables You will need to have an instance variable of type String called vowels. Each character in this String will be considered a vowel. Every other character is considered a consonant. Make sure to set the correct access level for instance variables. Constructors Default constructor that will set all vowels to the standard aeiou. Parameterized constructor that accepts a String representing the letters that count as vowels. For instance, if instead of aeiou, you also wanted y, then call the constructor with aeiouy. You're welcome to try your program with weird vowels, such as ernistu (which covers a lot of first characters in an English word!) Methods translateString a public method that will take in a String to translate to UWFLang. This method will loop over each word in the String (you can assume spaces delimit words) and call the helper method translateWord with each word. It should build up a new String with the translated words and return that to the user of the class. Note: In order to keep this simple, you can assume no punctuation and only lowercase letters. translateWord a private helper method that will take in a String representing a word to be translated to UWFLang. The method will apply the rules of UWFLang using the user defined vowels. It will then return the translated word to translateString. Getter and setter methods for the vowels instance variable. The second part of the assignment is to create a driver for the class. This program should do the following: Create a UWFLTranslatorTester class with a main method that completely tests the UWFLTranslator class. In the main method of the driver, this program will provide a loop that continuously prompts a user for new Strings to translate and the set of accepted vowels until the user types in exit. Both strings (word to translate and set of vowels) must be converted to lowercase before being processed. Example Input and Output: This is an example of the input and output for the driver program: Welcome to the UWF Language Translator Enter a String to translate: translate into UWF Language Enter a String to represent vowels: aeiou Translated String: translateargo hiontuwf huwfuwf languageargo Enter a String to translate: translate into UWF Language Enter a String to represent vowels: ernistu Translated String: htrnstealauwf hintouwf huwfuwf languageargo Enter a String to translate: exit Goodbye!