CPSC 327 Project 5 Teams: None, please work individually on this project References: 1. Building and linking to a Static Library lectures and projects 2. Pointers Memory lectures and projects 3....

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CPSC 327 Project 5 Teams: None, please work individually on this project References: 1. Building and linking to a Static Library lectures and projects 2. Pointers Memory lectures and projects 3. Classes, Objects lectures and projects Sample Code: See 2 starter projects on course website Topics covered by this project;  Creating and using a static library  Using pointers to manipulate objects  Using vectors to hold objects and pointers  Class Heiarchies  Abstract Base Classes  Polymorphism  Composition Class Heiarchy You are developing a class hierarchy for this project. An Abstract Base Class (ABC), ‘Smalltalk’ defines the hierarchy behavior. Most of your work in this class structure will take place in Smalltalk. Classes derived from Smalltalk must implement populatePhrases(). A function that initializes the baseclass vector with phrases that are unique to that class type. For instance, Smalltalk_American will populate its internal vector of strings with the american phrases found in constants.h. Additionally you are given a complete watch object. You may give or take a watch from any instance of Smalltalk_American, ST_American_DonutEnthusiest or Smalltalk_Brit. Note that watches cannot be created out of thin air, if you give one to an instance you no longer have that watch, the instance does. See Smalltalk.h for further guidance. Please also provide a function (as specifies in Functions.h and outlined in Functions.cpp) that generates a vector of unique pointers to objects derived from smalltalk. Please pay attention to the hints I’ve left you in the implementation. Please compile both projects using the C++11 language standard. Library I would like you to fill in noted content in the following project structure. Note the file ‘output’ under CONSOLE_OUTPUT_OF_SUCCESSFUL… It has a listing of what a successful run should look like. And create these 4 files Fill in this file All classes inherit publicly. The class hierarchy is as follows; I have given you the header files and some of the implementation. Testing Please see the test application with the following name and file structure: 327_Proj_ST.cpp is a complete tester for the classes and functions you develop in the lib. This application should link statically to the above library. The projects as they appear in the eclipse workspace. Submission: Only the following 5 files. Please do not zip them together, or embed them in a directory structure. Just the 5 files. Functions.cpp Smalltalk_American.cpp Smalltalk_Brit.cpp Smalltalk.cpp ST_American_DonutEnthusiest.cpp Grading: For each concrete class remember to push as much common functionality as possible into base classes! This cuts down on repetitive code in derived classes. 5% Submission instructions followed 25% getPeople populated correctly with unique pointers 25% populatePhrases implemented correctly saySomething cycles correctly through available phrases 25% takeWatch, giveWatch, getTime correct 10% valgrind returns no errors 10% Code style (refactor repetitive code into functions, no magic numbers, no large blocks of empty space, no large chunks of commented out code, pushing as much functionality in base class as possible, appropriate comments, your name at the top of each file, etc.)
Answered Same DayApr 06, 2021

Answer To: CPSC 327 Project 5 Teams: None, please work individually on this project References: 1. Building and...

Sandeep Kumar answered on Apr 06 2021
153 Votes
327 files/Functions.cpp
327 files/Functions.cpp
#include 
#include 
#include 
#include 
#include "./includes/Functions.h"
#incl
ude "./includes/Smalltalk_American.h"
#include "./includes/ST_American_DonutEnthusiest.h"
#include "./includes/Smalltalk_Brit.h"
#include "./includes/Watch.h"
#include "./includes/constants.h"
//create a vector with appropriate numbers of Smalltalk_Brit,Smalltalk_American and ST_American_DonutEnthusiest
//objects using unique pointers.  Since we are using c++11 returning this vector by value is fine since the 
//compiler will move the vector on return rather than recreate it (this means there is no copy penalty)
std::vector> getPeople(int numBrit,
        int numAmerican, int numbAmericanDonutEnthusiest,
        int numWatches) {

    std::vector> talks;
    for (int i = 1; i <= numBrit; i++){
        std::unique_ptr pBrit(new Smalltalk_Brit(i));
        talks.push_back(std::move(pBrit));
    }
    for (int i = 1; i <= numAmerican; i++){
        std::unique_ptr pAmerican(new Smalltalk_American(i));
        talks.push_back(std::move(pAmerican));
    }
    for (int i = 1; i <= numbAmericanDonutEnthusiest; i++){
        std::unique_ptr pUSDE(new ST_American_DonutEnthusiest);
        talks.push_back(std::move(pUSDE));
    }
    for (unsigned int i = 0; numWatches > 0 && i < talks.size(); i++){
        std::unique_ptr pWatch(new Watch());
        if(talks[i]->giveWatch(pWatch)){
            numWatches--;
        }
    }
    return talks;
}
327 files/Smalltalk.cpp
327...
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