Lab 2.2 struct to classUtilizing the code in 2.1, convert your struct to a class with private data. Use new to allocate space on the heap for your object. You will need to provide complete object oriented code to support your program. That means a class, default constructor, constructor taking five arguments, mutators (setters), accessors (getters), a destructor plus input and output functions. Refer back to airfreight. doc or airfreight. docx for helpful information. In main, create a load object on the heap using the default constructor. Output the contents of the object. Using your input function, set the data up for your object using the following information:uld – Container abbreviation - AYFuldid – AYF97326IBaircraft - 737weight - 1710destination – SMFIn the input function, utilize mutators to set up your dataDestroy your unit object using delete; put a cout to verify the deletionHints:Pass your object from main by reference. This allows your input and output functions to work muchmore easily. You will need this in later labs. Your output should look like this (your output data is different, of course) Unit load type: Pallet
Unit load abbreviation: PMGUnit identifier: PMG12345IB
Aircraft type: 737Unit
weight: 1257
Destination code: SJC
Cargo destructor called

Provide an example of a project that combines the three principles of lean six sigma with business project management (bpm) and services oriented architecture (soa). identify the elements of the project that comply with each of three principles.

Write a modular program (no classes yet, just from what you learned last year), that allows two players to play a game of tic-tac-toe. use a two-dimensional char array with 3 rows and 3 columns as the game board. each element of the array should be initialized with an asterisk (*). the program should display the initial board configuration and then start a loop that does the following: allow player 1 to select a location on the board for an x by entering a row and column number. then redisplay the board with an x replacing the * in the chosen location. if there is no winner yet and the board is not yet full, allow player 2 to select a location on the board for an o by entering a row and column number. then redisplay the board with an o replacing the * in the chosen location. the loop should continue until a player has won or a tie has occurred, then display a message indicating who won, or reporting that a tie occurred. player 1 wins when there are three xs in a row, a column, or a diagonal on the game board. player 2 wins when there are three ox in a row, a column, or a diagonal on the game board. a tie occurs when all of the locations on the board are full, but there is no winner. input validation: only allow legal moves to be entered. the row must be 1, 2, or 3. the column must be 1, 2 3. the (row, column) position entered must currently be empty (i.e., still have an asterisk in it).

Anetwork security application that prevents access between a private and trusted network and other untrusted networks