#include <string> #include <string> #include <vector> #include <iostream> using namespace std; enum Gender { MALE, FEMALE }; class Student { private: long id; // Unique ID string name; // Name of student Gender gender; // Gender of student string courseCode; // Course code (CIIC or ICOM) double gpa; // GPA of student public: Student(long id, const string &name, Gender gender, double gpa){ this->id = id; this->name = name; this->gender = gender; this->courseCode = ""; this->gpa = gpa; } Student(long id, const string &name, Gender gender, string courseCode, double gpa){ this->id = id; this->name = name; this->gender = gender; this->courseCode = courseCode; this->gpa = gpa; } Student(){} static string toString(Student& s){ string genderLetter = (s.gender == MALE ? "M" : "F"); return string("{" + to_string(s.id) + "," + s.name + "," + genderLetter + "," + to_string(s.gpa) + "}"); } static string toString(vector<Student>& v){ string result = "{"; for (Student s : v) { result += toString(s) + ","; } result += "}"; return result; } static string toString(vector<long>& v){ string result = "{"; for (long id : v) { result += to_string(id) + ","; } result += "}"; return result; } // Getters long getID() const {return id;} string getName() const {return name;} Gender getGender() const {return gender;} double getGPA() const {return gpa;} string getCourseCode() const {return courseCode;} //Setters void setName(string name){this->name = name;} void setGender(Gender gender){this->gender = gender;} void setGPA(double gpa){this->gpa = gpa;} void setCourseCode(string code){this->courseCode = code;} // EXERCISES static double maxStudentGPA(vector<Student>::iterator begin, vector<Student>::iterator end); static double minStudentGPA(vector<Student>::iterator begin, vector<Student>::iterator end); static double averageGPA(vector<Student>::iterator begin, vector<Student>::iterator end, int N); static vector<long> countStudents(vector<Student>::iterator begin, vector<Student>::iterator end, string code); static vector<Student> removeByID(vector<Student>::iterator begin, vector<Student>::iterator end, long ID); static vector<Student> updateStudent(vector<Student>::iterator begin, vector<Student>::iterator end, const Student &s); static vector<Student> findStudents(vector<Student>::iterator begin, vector<Student>::iterator end, float gpa); static vector<Student> honorIdentifier(vector<Student>::iterator v1_begin, vector<Student>::iterator v1_end, vector<Student>::iterator v2_begin, vector<Student>::iterator v2_end); }; /* * EXERCISE: #1A * * Returns the highest GPA value possessed by any Student in the given list * starting at the begin iterator up to and not including the end iterator. * */ double Student::maxStudentGPA(vector<Student>::iterator begin, vector<Student>::iterator end) { //YOUR CODE HERE } /* * EXERCISE: #1B * * Returns the lowest GPA value possessed by any Student in the given list. * starting at the begin iterator up to and not including the end iterat.

1. #include <string>
#include <string>
#include <vector>
#include <iostream>
using namespace std;
enum Gender {
MALE,
FEMALE
};
class Student {
private:
long id; // Unique ID
string name; // Name of student
Gender gender; // Gender of student
string courseCode; // Course code (CIIC or ICOM)
double gpa; // GPA of student
public:
Student(long id, const string &name, Gender gender, double gpa){
this->id = id;
this->name = name;
this->gender = gender;
this->courseCode = "";
this->gpa = gpa;

2. }
Student(long id, const string &name, Gender gender, string courseCode, double gpa){
this->id = id;
this->name = name;
this->gender = gender;
this->courseCode = courseCode;
this->gpa = gpa;
}
Student(){}
static string toString(Student& s){
string genderLetter = (s.gender == MALE ? "M" : "F");
return string("{" + to_string(s.id) + "," + s.name + "," + genderLetter + "," + to_string(s.gpa) +
"}");
}
static string toString(vector<Student>& v){
string result = "{";
for (Student s : v) {
result += toString(s) + ",";
}
result += "}";
return result;
}
static string toString(vector<long>& v){
string result = "{";

3. for (long id : v) {
result += to_string(id) + ",";
}
result += "}";
return result;
}
// Getters
long getID() const {return id;}
string getName() const {return name;}
Gender getGender() const {return gender;}
double getGPA() const {return gpa;}
string getCourseCode() const {return courseCode;}
//Setters
void setName(string name){this->name = name;}
void setGender(Gender gender){this->gender = gender;}
void setGPA(double gpa){this->gpa = gpa;}
void setCourseCode(string code){this->courseCode = code;}
// EXERCISES
static double maxStudentGPA(vector<Student>::iterator begin, vector<Student>::iterator end);
static double minStudentGPA(vector<Student>::iterator begin, vector<Student>::iterator end);
static double averageGPA(vector<Student>::iterator begin, vector<Student>::iterator end, int N);
static vector<long> countStudents(vector<Student>::iterator begin, vector<Student>::iterator
end, string code);

4. static vector<Student> removeByID(vector<Student>::iterator begin, vector<Student>::iterator
end, long ID);
static vector<Student> updateStudent(vector<Student>::iterator begin, vector<Student>::iterator
end, const Student &s);
static vector<Student> findStudents(vector<Student>::iterator begin, vector<Student>::iterator
end, float gpa);
static vector<Student> honorIdentifier(vector<Student>::iterator v1_begin,
vector<Student>::iterator v1_end, vector<Student>::iterator v2_begin, vector<Student>::iterator
v2_end);
};
/*
* EXERCISE: #1A
*
* Returns the highest GPA value possessed by any Student in the given list
* starting at the begin iterator up to and not including the end iterator.
*
*/
double Student::maxStudentGPA(vector<Student>::iterator begin, vector<Student>::iterator end)
{
//YOUR CODE HERE
}
/*
* EXERCISE: #1B
*
* Returns the lowest GPA value possessed by any Student in the given list.

5. * starting at the begin iterator up to and not including the end iterator.
*
*/
double Student::minStudentGPA(vector<Student>::iterator begin, vector<Student>::iterator end)
{
//YOUR CODE HERE
}
/*
* Exercise #1C
*
* For the first N students, calculate the average GPA
* starting at the begin iterator up to and not including the end iterator.
*
* Formula: average = sum / N
* Assume N is greater than 0
*/
double Student::averageGPA(vector<Student>::iterator begin, vector<Student>::iterator end, int
N){
//YOUR CODE HERE
}
/**
*
* EXERCISE #2
*

6. * Given a course code, you must return a vector that contains
* only the unique ID of the Students that have that particular course code
* starting at the begin iterator up to and not including the end iterator.
*
*/
vector<long> Student::countStudents(vector<Student>::iterator begin, vector<Student>::iterator
end, string code){
vector<long> result;
//YOUR CODE HERE
return result;
}
/*
* EXERCISE #3
*
* Return a vector that contains all the Students that have a GPA greater
* or equal to the GPA passed as the parameter
* starting at the begin iterator up to and not including the end iterator.
*
* Assume the list contains at least one such element
*/
vector<Student> Student::findStudents(vector<Student>::iterator begin,
vector<Student>::iterator end, float gpa){
vector<Student> result;
//YOU CODE HERE

7. return result;
}
/*
* EXERCISE: #4
*
* Return a new vector that has the same elements as the original vector
* starting at the begin iterator up to and not including the end iterator.
* but with the Student of the given ID removed.
*
*/
vector<Student> Student::removeByID(vector<Student>::iterator begin,
vector<Student>::iterator end, long ID){
vector<Student> result;
//YOUR CODE HERE
return result;
}
/*
* EXERCISE #5
*
* Return a new vector that has the same elements as the original vector
* starting at the begin iterator up to and not including the end iterator,
* but with the given Student's data updated. If the Student is not present,
* add it to the list.
*

8. * Remember that each Student has an unique identifier
*/
vector<Student> Student::updateStudent(vector<Student>::iterator begin,
vector<Student>::iterator end, const Student &s){
vector<Student> result;
// YOUR CODE HERE
}
/*
* BONUS EXERCISE
*
* Find the Students in both vectors that qualify to be a part of the honor roll
* starting at the begin iterator up to and not including the end iterator.
* Students may only qualify to be part of the honor roll if they have a GPA of 3.5 or higher.
*
* You may only make use of a single loop, but you may assume that both vectors have equal
length.
*
*/
vector<Student> Student::honorIdentifier(vector<Student>::iterator v1_begin,
vector<Student>::iterator v1_end, vector<Student>::iterator v2_begin, vector<Student>::iterator
v2_end){
vector<Student> result;
// YOUR CODE HERE
return result;
}

9. int main() {
Student s1(0, "Bienve", MALE, 3.0);
Student s2(1, "Jose Juan", MALE, 2.8);
Student s3(2, "Ana", FEMALE, 3.5);
Student s4(3, "Ariel", FEMALE,"CIIC", 4.0);
Student s5(4, "Mulan", FEMALE, "ICOM", 3.56);
Student s6(5, "Aladdin", MALE, "CIIC", 3.1);
vector<Student> testVector1{s1, s2, s3};
vector<Student> testVector2{s4, s5, s6};
auto t1Begin = testVector1.begin();
auto t1End = testVector1.end();
auto t2Begin = testVector2.begin();
auto t2End = testVector2.end();
cout << "---------TESTS---------" << endl;
cout << "n----Exercise #1A----" << endl;
cout << "Maximum GPA of testVector1: " << Student::maxStudentGPA(t1Begin, t1End) <<
endl;
cout << "n----Exercise #1B----" << endl;
cout << "Minimum GPA: " << Student::minStudentGPA(t1Begin, t1End) << endl;
cout << "n----Exercise #1C----" << endl;
cout << "Average GPA of N Students: " << Student::averageGPA(t1Begin, t1End, 2) << endl;
cout << "n----Exercise #2----" << endl;

10. vector<long> result = Student::countStudents(t2Begin, t2End, "ICOM");
cout << "ID of Students with code: " << Student::toString(result) << endl;
cout << "n----Exercise #3----" << endl;
vector<Student> temp = Student::findStudents(t2Begin, t2End, 3.50);
cout << "Students with a GPA of 3.5 or above: " << Student::toString(temp) << endl;
cout << "n----Exercise #4----" << endl;
cout << "Before removing ID: " << Student::toString(testVector2) << endl;
vector<Student> temp3 = Student::removeByID(t2Begin, t2End, 5l);
cout << "After removing: " << Student::toString(temp3) << endl;
cout << "n----Exercise #5----" << endl;
Student temp1(6, "Mariela", FEMALE, 2.3);
cout << "Before Updating: " << Student::toString(testVector1) << endl;
vector<Student> temp4_vec = Student::updateStudent(t1Begin, t1End, temp1);
cout << "After Updating: " << Student::toString(temp4_vec) << endl;
cout << "n-------Last Exercise-------" << endl;
vector<Student> temp2 = Student::honorIdentifier(t1Begin, t1End, t2Begin, t2End);
cout << "Students in honor roll: " << Student::toString(temp2) << endl;
}