String Statistics

Getting Started Exercise 1: String Statistics Write a class StringStatistics that provides statistics about a string of text. The class should provide a method that counts the number of digits, vowels, consonants found in the text string, and a method that returns the most frequent character in the string. Complete the following StringStatistics class: Constructors public StringStatistics (String text) Constructs a new string statistics object with the specified text Methods public int getNumberOfVowels() Counts the number of vowels (a, e, i, o u) contained in the text. This method should be case insensitive. public int getNumberOfConsonants() Counts the number of consonants contained in the text. This method should be case insensitive. public char getMostFrequentChar() Finds and returns the character occurring most frequently. If there is a tie, the first character found in the string wins the tie. public int getWordCount() Returns the number of words found in the text. For this method, a word is considered any sequence of characters that is separated by white space. Demonstrate the StringStatistics class in a program called StringStatisticsTestMain. The StringStatisticsTestMain class should prompt the user for a line of text to analyze and then print each of the string statistics. Exercise 2: Word Puzzle Create a class called Puzzle that is used to manage a word puzzle like those found on the TV game show Wheel of Fortune. A Puzzle should have at least two instance variables described below: ● solution (type String): Represents the answer to the puzzle ● puzzle (type StringBuilder): Presents the current state of the puzzle. Letters that have not been guessed should be represented with a hyphen. Letters that have been correctly guessed should be included in the puzzle A start to the Puzzle class has been provided for you in the [login to view URL] files. You should import it into your project and implement each method in the file. Here is an example usage of the class: Puzzle puzzle = new Puzzle("BIG JAVA"); //SHOULD PRINT OUT: --- ---- //THE LETTERS SHOULD BE HYPHENS SINCE NO LETTERS HAVE BEEN GUESSED [login to view URL]([login to view URL]()); //OCCURRENCES SHOULD BE 1 SINCE THERE IS ONE B IN THE SOLUTION int occurrences = [login to view URL]('b') ; //SHOULD PRINT OUT: B-- ---- //SINCE THE B IS GUESSED [login to view URL]([login to view URL]()); //OCCURRENCES SHOULD BE 0 SINCE //THE LETTER B HAS ALREADY BEEN GUESSED int occurrences = [login to view URL]('b') ; Write a tester program called PuzzleTestMain that creates a Puzzle and continually asks the user to either (1) guess a letter, (2) solve the puzzle, or (3) quit. If the user chooses to guess a letter, you program should prompt the user for the letter and then output the number of occurrences of that letter in the puzzle. If the user chooses to solve the puzzle, the program should prompt the user for the solution and then display whether the solution is correct. If the solution is correct, the game should end. In between guessing letters and solutions, the current state of the puzzle is displayed. If the user chooses to quit at the top level menu, the program should end.