First ReadMe

README.md

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+#Input Validation in Objects
+
+## Introduction
+
+It is important to check all input. A program input can be used to delete or damage data, obtain sensitive information or propogate worms. All input must be threated as potentially dangerous.
+
+Classes can use public and private member variables. In this lab you will learn the importance of creating private variables. You will implement the validating system in the class `BPlayer`. 
+
+---
+
+The program that you will be editing is a Basketball Statistics Tracker.
+To understand the program you will need to learn basketball point system.
+* Free throw - counts 1 point
+* Field goal - counts 2 points
+* Three point - counts 3 points
+* Rebounds - add 1
+* Assist - add 1
+* Steals - add 1
+* Blocks - add 1
+* Fouls - add 1
+* Turnovers - add 1
+
+Note that these variables are declared private, and they are unsigned short.
+Remember that unsigned short does not have negative numbers.
+
+The program lets the user add or remove stats. You will need to implement a system in the setters that validates if the user wrongly removes stats. For example, if the player has 0 assist, and the user removes an assist, the setter will need to verify and tell the user.
+
+**Instructions**
+1. In `BPlayer.cpp`, add input validation in:
+	* `void remPoints();`
+	* `void remReb();`
+	* `void remAst();`
+	* `void remStl();`
+	* `void remBlock();`
+	* `void remFoul();`
+	* `void remTurnover();`
+2. Run and verify that it works.
+3. In `BPlayerClient.cpp`,
+	* In the function `void options(vector<BPlayer> &team, int &game)`, add input validation
+	* Validate that the user never enters negative numbers
+	* Validate that the user selects a team between 1 and 15.