Develop a Student class that has the following header file:
using namespace std;
Student(string name,string surname,int a1, int a2, int test, int exam);
friend ostream& operator<<(ostream& stream, const Student &);
bool operator<(const Student &)const;
You are required to implement the class, i.e. to develop the implementation file "Student.cpp" that conforms to the following specifications:
(1) The data fields have self explanatory identifiers, and their meaning should be clear from the Introduction.
(2) The "set" functions allow the user to set the assessment task marks within the specified margins, e.g. setExamMark ensures that the examMark is in the appropriate range - from 0 to 50.
(3) The function getGrade() returns the student's grade, calculated as specified in the Introduction. The rest of the "get" functions simply return the values of the corresponding fields.
(4) The function passed() returns true if this student , has passed the course, and returns false otherwise (see the Introduction).
(5) friend ostream& operator<<(ostream& stream, const Student &) - the function overloads << operator, which allows a Student object information to be output in the following format:
Assignment 1 8
Assignment 2 16
Lab Test 0
(6) bool operator<(const Student &student)const - the function overloads < operator, which allows to compare student's full names lexicographically.
2. Class ITECH7603Class.
The class has the following header file. Objects of this class represent ITECH7603 teaching classes (student groups).
You are required to implement the class, i.e. to develop the implementation file "ITECH7603Class.cpp" that conforms to the following specifications:
(1) The only field of the class is a pointer to a "map" object representing a teaching group(or class), which is a map (an associative STL container) that contains the pairs:
Key: a student's full name (i.e. name + " " + surname)
Value: corresponding Student object.
In this assignment you should assume that there are no different students with identical full names in ITECH7603 teaching classes.
(2) void addStudent(Student* studentPtr)- the function adds the pair
Key: (*studentPtr) student's full name
To the (*group) map;
Please note that instead of actual objects you are supposed to use pointers as function parameters.
(3) void save()- the function writes the Student objects stored as values in the (*group) map to the "ITECH7603Students.bin" file. "ITECH7603Students.bin" is a binary file, and you are required to write the objects to the file using something like
(4) Constructor ITECH7603Class() and the destructor:
A default constructor initializes dynamically the group field.
The destructor deletes the group pointer.
(5) Constructor ITECH7603Class(int dummy):
This constructor does not require any parameter. However, to distinguish it from the default constructor you should use some dummy argument (say of int type). This constructor opens the "ITECH7603Students.bin" file, if such file exists, and reads information from the file into the (*group) map using addStudent() function. If the file "ITECH7603Students.bin" does not exist, the constructor behaves as the default constructor.
(6) Constructor ITECH7603Class(set* students):
This constructor takes a set of Student objects (in fact, a pointer to the set) as an argument and adds students from the set to the (*group) map, i.e. initializes the group field.
This is a test program that tests the Student and ITECH7603Class classes.
In this assignment you are provided with three input text files associated with this program:
- firstNamesBoys.txt - contains first names for boys
- firstNamesGirls.txt - contains first names for girls
- lastNames.txt - contains last names
Each of these input files contains one name per line. Hence "firstNamesBoys.txt" will contain one boy's name per line, and "lastNames.txt" contains one surname per line. These input files will be used to create a random set of Student objects to test your application.