Task Your task will be to implement an IFC type-checker. This will be based on the type-checker that we implemented in the class (available on moodle), but you will have to add the information flow part. You are given a template file with the datatype and supporting functions for security labels already implemented. The template solution also has the type-signature for the typecheck function that you are required to implement. You are only required to implement four cases: the lambda case, application case, if else case and the plus case.

Implement the class Point3D. Put the class definition in the header p1.h and the implementation in the p1.cpp file. You may not have any inline functions defined in the header file. Use the file xercise.cpp to check if your implementation is syntactically correct. • The class has three data members: x, y, and z, which are double. • The default constructor initializes the Point3D to the origin (0, 0, 0), while the working constructor supplies values for x, y, and z: all doubles in that order. • Create accessors getX(), getY() and getZ(). There are no mutators. (The class is immutable) • Write a member function distance() that returns the distance between the current Point3D (the implicit parameter which will be the left-hand side of an expression) and a second Point3D passed as an explicit parameter (which will be the right-hand-side of the expression). Here is the distance formula for a 3D point: V (xI -x: 5+ (yı -y: )+ (zı -z: } + (yı -y2 )'+ (zı -Z2 You must both define and implement…

Python example needed to work off of. Write the code for the game or business solution that uses file input/output features including classes, function, list, and str methods; YOU MUST VALIDATE ALL USER INPUT AND ALWAYS GIVE FRIENDLY ERROR MESSAGES. It is also important to have a control loop (outer loop) so that the player can quit the game/process when he/she wants, and explain its functionality; the game has to be functional without any error in order to get full points; explain the behavior of your code by writing plenty of good comments. In order to practice Python for data analysis, you might want to choose mathematical/numeric processes or textual ones that can lend themselves as text analysis.

write a class implementation using C++ from the given class diagram   TAKE NOTEOF THE FF SPECIFICATIONS: Using the constructor, create three objects from class Voters and store it in the stack memory. Two voters must have an active account and one voter has a deactivated account. Please note that the deactivated voter account must be still part of the “object”. Test all the functions by making calls.  this should be the sample result. Please use simple codes only.