1.3-Object-Georienteerd-Programmeren
Mentoring students
In this assignment you will develop a small part of the Saxion student administration, namely the part in which students are linked to mentors.
Write a program in which a csv file with students will be imported and the students automatically are distributed among the various mentors.
We advise you to start modelling a student:
- A first and last name of each student is known and this information can be read from
students.csv(click here to download). It should be mandatory to provide a first and last name when creating a new instance of the class. - Each student is assigned an unique student number during the reading of the students file. A student number is a number with a value between 100000 and 999999 (6 digits).
- None of the attributes (first name, surname, student number) are changeable after setting.
You then should model the teacher:
- A first name and last name of each lecturer is known and these details must be provided when you instantiate this class. (Just like with a student!)
- Each teacher also has a teacher code based on the first and last name of this teacher. The abbreviation can be generated by merging the first letter of the first name and the first two letters of the surname (in capital letters). E.g. Gerralt Gottemaker thus becomes “GGO” and Esther Hageraats “EHA”.
- A lecturer also always has an overview of students under his/her care. However, it is not intended that once a mentor has made a decision, this can simply be changed. Therefore, implement the following methods for a teacher:
addMentorStudent(Student s), adds a way of adding a specific student to this teacher for mentorship.getNrOfMentorStudents(), provides the number of students currently being assigned to this teacher.getMentorStudents(), retrieves a list of all mentor students.
- You are allowed to add any number of teachers yourself (do have different names to check whether or not your algorithm works). Note that the amount of teachers you add determines that amount of students a teacher will get as there are only 100 students to be divided. In our example below, we have 5 teachers, meaning that each teacher will mentor 20 students.
Examples
Depending on your implementation, some of the values might look a little different:
Teachers:
Gerralt Gottemaker (GGO) has 20 mentor students.
Evert Duipmans (EDU) has 20 mentor students.
Esther Hageraats (EHA) has 20 mentor students.
Craig Bradley (CBR) has 20 mentor students.
Tristan Pothoven (TPO) has 20 mentor students.
Please enter a teacher code to view their students: CBR
John Harrison (100003)
Erik Hendrickson (100008)
Rick Johnson (100013)
Rick Roosevelt (100018)
Jack Johnson (100023)
Constance Roosevelt (100028)
Constance Harrison (100033)
John Smith (100038)
Franklin Barber (100043)
Rick Turner (100048)
Rick Smith (100053)
Tina Roosevelt (100058)
John Hendrickson (100063)
Tina Jackson (100068)
Richard Smith (100073)
Jill Barber (100078)
Mark Barber (100083)
Rick Hendrickson (100088)
Franklin Roosevelt (100093)
Jack Barber (100098)