(Solved): Need help with coding project! due by 8/29/2022. Written in C++ Semester Project Part 0: A Tokenize ...

Need help with coding project! due by 8/29/2022. Written in C++

Semester Project Part 0: A Tokenizer class Data Structures and Analysis of Algorithms, akk5 Objectives - To strengthen student's knowledge of \( \mathrm{C}++ \) programming - To give student experience reading and parsing strings of commands - To give student experience in writing classes Instructions Parsing text can be a frustrating part of any programming assignment. Parsing a line of text involves subdividing the line into individual units of text and using those units to determine the meaning of the line. Each unit of text is sometimes referred to as a token. For this assignment we will write a tokenizer class. The purpose of this class is to subdivide a given line of text into individual tokens. The tokenizer class should be able to divide the string into words, integers, doubles, and lines of text. It should also be able to set the string to be tokenized, clear the string being tokenized, restore the string being tokenized, and determine if the string being tokenized is empty. You will be using this class for the remaining programs. For this program, you need to design and write the Tokenizer class and a main program to test its features. Guidance Tokening text can be a frustrating part of any programming assignment. Although \( \mathrm{C}++ \) supports multiple approaches to handling this challenge, I suggest the following approach. First, convert the string into a stringstream. The stringstream is probably new to most of you, but if you are comfortable working with streams it is easy enough to understand. Stingstream is accessed by including sstream ( Hinclude ); since stringstream is in the std namespace, make certain you place a using clause in your code as well (using std::stringstream;). You can convert a string to a stringstream as part of declaring the variable; as an example, the line of code below creates a stringstream labeled ss containing the contents of the string variable str: stringstream ss(str); At this point, any function, method, or operator that works with an istream will work with the stringstream ss. This means that \( \gg \) and getline both work with a stringstream. We will use both to retrieve the requested tokens from the stringstream. When using the \( \gg \) operation to tokenize the strings we will need to set the ios:failbit to detect when \( \gg \) fails because of type mismatch or an unexpected end of line. To do this, use the following line of code: ss.exceptions(ios:.failbit); Enabling the ios: failbit causes \( \gg \) to throw an exception when it fails to extract information from the istream in question. Using this method will require you to place your entire input processing code block into a try \( \}\} \) catch ()\( \} \) block. You will want to consider a code structure like Grading Breakdown Header Comment At the top of each program, type in the following comment: /* Student Name: Student NetID: Compiler Used: * \( / \) Example: \( /^{*} \) Student Name: John Smith Student NetID: jjjs123 Compiler Used: Eclipse using MinGW Program Description: This program prints lots and lots of strings!! \( * / \) Assignment Information Due Date: \( 8 / 29 / 2021 \) Files Expected: 1. Main.cpp - File containing function main 2. Tokenizer.h - File containing the Tokenizer class definitions. 3. Tokenizer.cpp - File containing the code for the Tokenizer methods.