Python student.Student类代码示例

def new_registration():
    obj=Student()
    obj.createbasicstudent(request.vars)
    obj.insertstudent(db)
    obj_academicdetails=Academicdetails()
    obj_academicdetails.insertacademicdetails(request.vars.emailid,request.vars.rollno,db)
    return dict(redirect(URL('student','login')))

 def store(self, name, age, gpa, grade):
     student = Student()
     student.name = name
     student.age = age
     student.gpa = gpa
     student.grade = grade
     self.students.append(student)

def testStudentClass():
    print(BOLD + "Testing student class." + END)
    s = Student("name", "surname", "[email protected]", 9.50, "county")
    custom_assert("Student contains correct given name.", s.getName() == "name")
    custom_assert("Student contains correct given surname.", s.getSurname() == "surname")
    custom_assert("Student contains correct given e-mail.", s.getEmail() == "[email protected]")
    custom_assert("Student contains correct given grade.", s.getGrade() == 9.5)
    custom_assert("Student contains correct given county.", s.getCounty() == "county")
    try:
        s = Student("name123", "surname", "[email protected]", 9.50, "county")
        custom_assert("Testing for raising exception for invalid name.", False)
    except ValueError:
        custom_assert("Testing for raising exception for invalid name.", True)
    try:
        s = Student("name", "surname123", "[email protected]", 9.50, "county")
        custom_assert("Testing for raising exception for invalid surname.", False)
    except ValueError:
        custom_assert("Testing for raising exception for invalid surname.", True)
    try:
        s = Student("name", "surname", "email", 9.50, "county")
        custom_assert("Testing for raising exception for invalid email.", False)
    except ValueError:
        custom_assert("Testing for raising exception for invalid email.", True)
    try:
        s = Student("name", "surname", "[email protected]", "9asd.50", "county")
        custom_assert("Testing for raising exception for invalid grade.", False)
    except ValueError:
        custom_assert("Testing for raising exception for invalid grade.", True)

 def get(self):
     name = self.request.get('name')
     school = self.request.get('school')
     student = Student(name=name, university=school)
     student.put()
     message = '<ul><li>%s, %s</li></ul>' % (name, school)
     self.response.write(message)

def main():
    outFile = open("students.dat", "wb")
    course1 = Course("CSC 157-050", "B", 4)
    course2 = Course("EGL 101-001", "C", 3)
    course3 = Course("PHY 201-0C1", "A", 5)
    course4 = Course("MAT 251-002", "B", 5)
    
    pickle.dump(course1, outFile)
    pickle.dump(course2, outFile)
    pickle.dump(course3, outFile)
    pickle.dump(course4, outFile)

    student1 = Student("Jim Bob")
    student1.addCourse(course1)
    student1.addCourse(course2)
    student1.addCourse(course3)
    student1.addCourse(course4)
    print(student1)
    
    pickle.dump(student1, outFile)
    print("Student data was written to students.dat")
    outFile.close()
    
    end_of_file = False
    inFile = open("students.dat", "rb")
    student_info = []
    print("\nNow reading students.dat")
    while not end_of_file:
        try:
            info = pickle.load(inFile)
            #add info to a list
            student_info.append(str(info))  #use the str method to convert the course into a string
        except EOFError:
            end_of_file = True
    
    inFile.close() 
    print(student_info)
    #add objects to a list
    dict_courses = {"First": course1, "Second": course2, "Third": course3, "Fourth": course4}
    for label, c in dict_courses.items():
        print(label, c)
        
    not_found = True
    checks = [False, False, False, False]
    while not_found:
        for label, c in dict_courses.items():
            if label == "First":
                checks[0] = "First"
            elif label == "Second":
                 checks[1] = "Second"
            elif label == "Third":
                 checks[2] = "Third"
            elif label == "Fourth":
                 checks[3] = "Fourth"          
        if checks[0] != False and checks[1] != False and checks[2] != False and checks[3] != False:
            print(dict_courses[checks[0]])
            print(dict_courses[checks[1]])
            print(dict_courses[checks[2]])
            print(dict_courses[checks[3]])
            not_found = False

def addStudent():
    studict = []
    class_id = classed.pop()
    while True:
        sID = raw_input("ID:")
        if sID == "#":
            break 
        sName = raw_input("name:")
        banji = class_id
        dorm = input("dorm:")
        sex = raw_input("sex:")
        age = input("age:")
        stuClass = Student(sID,sName,banji,dorm,sex,age)
        studict.append(stuClass.getStudentArray())
        print stuClass.getStudentArray()          
    sqlVar = datafun()    
    sqlVar.Insertdata("student_infor", studict)
    
    rData = sqlVar.getOnedata("student_infor", 'id', studict[0][0])
    print rData['id']    
    if rData['id'] == studict[0][0]:        
        return True
    else:
        print rData['name']
        return False

def home():
    checkstudentvalidlogin()
    obj_student=Student()
    #obj_student.getstudentbasicdetails("[email protected]",db)
    obj_student.getstudentbasicdetails(session.emailid,db)
    images1 = db().select(db.notice_details.ALL)
    images2 = db().select(db.event_details.ALL)
    return dict(images1=images1,images2=images2)

    def action1(self, name):
        if name in Student._all_students:
            self.read_email(Student.email_student(name))
        else:
            emails_back = Student.email_all_students()
            for email in emails_back:
                if email:
                    self.read_email(email)

        return NEXT_ROUND

def main():



    p = Person("Charlotte Smith", 45, 55555555)
    s = Student("Kyle Smith", 24, 7777777, 12345641464, ['CS-332L', 'CS-312', 'CS-386'])
    print(p.get_name())
    print(s.get_name())

    print(isinstance(s, Person))

 def test_general(self):
     stu = Student('david')
     stu.enrol_course('CSC148')
     self.assertTrue(stu.is_takingcourse('CSC148'))
     stu.drop_course('CSC148')
     self.assertFalse(stu.is_takingcourse('CSC148'))
     stu.drop_course('CSC148')

    def add_stu(self, stu_num, stu_psw):
        user_list = self.list

        new_stu = Student(stu_num, stu_psw)
        new_stu.set_number(stu_num)
        new_stu.set_password(stu_psw)
        user_list[stu_num] = new_stu

        self.set_user_list(user_list)

        print "Success!"

def saveprofile():
    checkstudentvalidlogin()
    obj_student=Student()
    obj_student.createstudent(request.vars)
    #obj_student.getstudentbasicdetails("[email protected]",db)
    obj_student.updatestudent(session.emailid,db)
    obj_academicdetails=Academicdetails()
    obj_academicdetails.createacademicdetails(request.vars)
    obj_academicdetails.updateacademicdetails(session.emailid,db)
 
    return dict()

def decode_object(json_dict):
	if "__student__" in json_dict:
		new_student = Student(json_dict["name"])
		json_dict.pop("__student__")
		for course, info in json_dict["work"].items():
			new_student.add_course(course)
			for type, progress in info.items():
				progress_obj = Progress(type)
				for lg, attempts in progress.items():
					progress_obj.add_lg(lg)
					for attempt in attempts:
						progress_obj.add_attempt(attempt["lg"], \
							Attempt(attempt["score"], attempt["outof"], \
							attempt["date"], attempt["lg"], attempt["comment"]))
				new_student.add_progress(course, type, progress_obj)

    def get(self):
        stu = Student.instance()
        begin = self.get_argument('begin','0')
        stu.logger.info(begin)
        end = self.get_argument('end','0')
        stu.logger.info(end)
        name = self.get_argument('name','').strip()
        if begin=='0' and end=='0':
            stu.logger.info('begin =0 and end =0,so return the lastest 7 days quaninfo')
            #get the last week quan info
            end = datetime.today()
            begin = end - timedelta(6)
        else:
            begin = datetime.strptime(begin,'%Y/%m/%d')
            end = datetime.strptime(end,'%Y/%m/%d')

        ret = getQuanInfoBetween(begin,end)

        #generate xls
        r = genxls(r'/opt/simp/static/downloads/quaninfo.xls',cquaninfo,ret)
        if r:
            stu.logger.info('generate xls file success')
        else:
            stu.logger.error('generate xls file failed')


        total = len(ret)
        ret = doPage(self,ret)
        #stu.logger.info(ret)
        #stu.logger.info(name)
        #ret = self.filterStuName()
        if name != '' :
            ret = filter(lambda info: info.has_key('student') and info['student']==name ,ret)

        self.finish('quan',ret,total=total)

def get_student_list():
    s_list = []

    import os

    print os.getcwd()

    print "Reading roster ..."
    f = open('roster_101/data/roster.txt', 'r')

    for line in f:
        stu = Student(line)
        stu.grade()
        s_list.append(stu)

    return s_list