How to develop Campus Management system based on Python

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Python is now developing a campus management system, including all kinds of personnel, such as teachers, students and so on. The school system usually includes some course information.

For example, a campus management system is now developed, which includes all kinds of personnel, such as teachers, students and so on. School systems usually include information about courses.

Teacher information includes: name, sex, age, job number, teaching age, professional title, teaching course and so on. Student information includes: name, gender, age, student number, admission time, college, major and so on. Course information includes: course number, assessment method, course information and so on. Courses may include theoretical courses, practical courses and so on. How to design a more reasonable form of organization, which can describe these information and combine the relevant information.

There are six classes: the Teacher class inherits the lecture class and the public class. Student class inherits lecture class, public class lecture class inherits lecture_message class. Come on, Qiu Li Ointment!

The code is as follows:

Class public (): def _ _ init__ (self,name,sex,age): self.name = name self.sex = sex self.age = ageclass lecture_massage (): def setsno_lec (self,sno): self.sno = sno def setexam (self,exam): self.exam = exam def setmassgae (self,massage): self.massage = massageclass lecture (lecture_massage): def settheory (self Theory): self.theory = theory def setpratice (self,pratice): self.pratice = praticeclass Teacher (public,lecture): def setsno (self,sno): self.sno = sno def setenrool (self,enroll): self.enroll = enroll def set_pos (self,pos): self.pos = pos def set_lecture (self Lecture): self.lecture = lecture def per_tea (self): print ("my name is:% s\ nSex:% s\ nAge:% d\ nJob number:% s\ nTeaching seniority:% d\ nProfessional title:% s\ n"Teaching course:\ nTheory course:% s\ n No.:% s\ nAssessment method:% s\ nCurriculum Information:% s"% (self.name) Self.sex,self.age,self.sno,self.enroll,self.pos,self.theory,self.sno,self.exam,self.massage) def say (self): print ("stand up!") Def say1 (self): print ("Hello, class, please have a seat. Let me briefly introduce myself:\ n ") class student (public): def setsno (self,sno): self.sno = sno def setenrol (self,enrol): self.enroll = enrol def setcollage (self,collage): self.collage = collage def setmajor (self) Major): self.major = major def per_stu (self): print ("my name is:% s\ nSex:% s\ nAge:% d\ nStudent ID:% s\ nadmission time:% s\ nCollege:% s\ nSpecialty:% s"% (self.name, self.sex, self.age, self.sno, self.enroll, self.collage) Self.major) def say (self): print ("Hello teacher!") Def say1 (self): print ("Let me also introduce myself:") if _ _ name__ = ='_ _ main__': stu = student ("Lu Benwei", "male" 19) stu.setsno ("19250503mm *") stu.setenrol ("2019-9-1") stu.setcollage ("Cappuccino College") stu.setmajor ("pour Aunt a cappuccino major") tea = Teacher ("Chen Dao Tsai", "male" 33) tea.setsno ("1925050 games *") tea.setenrool (20) tea.set_pos ("God of gamblers closed disciple") tea.settheory ("data structure") tea.setsno_lec ("1234567") tea.setexam ("written test") tea.setmassgae ('data structure is the way computers store and organize data. A data structure is a collection of data elements that have one or more specific relationships with each other. In general, carefully selected data structures can lead to higher operational or storage efficiency. Data structures are often related to efficient retrieval algorithms and indexing techniques. Tea.say () stu.say () tea.say1 () tea.per_tea () print ("\ n") stu.say1 () stu.per_stu ()

The running results are as follows:

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