Python Course.name方法代码示例

# 需要导入模块: from course import Course [as 别名]
# 或者: from course.Course import name [as 别名]
    def get_course_class_list(self):        
        from algorithm.models import School, Department, Class, Prerequisite, Building, Room, Period, Lecturer, ClassInstance, ClassLab, Person, Role, PersonRole 
        from course_class import CourseClass
    # This section takes values from the database and stores them in course clas list 
        print "This will print out all of the course classes currently in the database"
        self.classes_list = []

        all_course_class = ClassInstance.objects.all()
        for ClassInstance in all_course_class:       

            lecturer = ClassInstance.idLecturer
            new_prof = Professor()
            new_prof.name = lecturer.Name
            new_prof.id = lecturer.idLecturer

            Class = ClassInstance.idClass
            new_course = Course()
            new_course.id = Class.idClass
            new_course.name = Class.Class
            
            
            


            new_course_class = CourseClass()
            new_course_class.professor = new_prof
            new_course_class.course = new_course
            new_course_class.duration = 1
            new_course_class.lab = False
            new_course_class.id = ClassInstance.idClassInstance
            self.classes_list.append(new_course_class)
            self.num_classes += 1

        for course_class in self.classes_list:
            print "(Professer: %s Course: %s Durration: %d Lab: %d)" % (course_class.professor, course_class.course, course_class.duration, course_class.lab)

# 需要导入模块: from course import Course [as 别名]
# 或者: from course.Course import name [as 别名]
def parse_course_table (p, tree, table):
    courses = []
    course_type_path = tree.getpath (table) + "/descendant::a[contains(@class, 'title')]/text()"
    course_type = tree.xpath(course_type_path)[0]

    codes_path = tree.getpath (table) + "/descendant::td[contains(@class, 'code')]/a"
    codes = tree.xpath (codes_path)
    codes_title_path = tree.getpath (table) + "/descendant::td[contains(@class, 'title')]/a/text()"
    codes_title = tree.xpath (codes_title_path)
    if len(codes) != len(codes_title):
        print ("Error: lengths don't match with codes and codes_title")
        return []

    for i in range (len (codes)):
        c = Course(codes[i].text)
        c.type = parse_course_type (course_type)
        c.name = codes_title[i]
        c.link = codes[i].get ("href")
        for e in codes_title[i].getparent().itersiblings():
            if e.tag == "span" and e.get ("class") == "comment":
                for p in e.iterchildren():
                    if p.tag == "p":
                        c.comment = p.text
        courses.append (c)
    return courses

# 需要导入模块: from course import Course [as 别名]
# 或者: from course.Course import name [as 别名]
    def get(self):
        user = self.get_current_user()
        if not user:
            self.redirect("/")
            return

        key = db.Key(encoded=self.request.get("key"))
        course = Course.get(key)
        class_key = db.Key(encoded=self.request.get("class"))

        goto = self.request.get("goto")
        if goto == None or goto == "":
            goto = "/"

        # if class is different copy list to the new class
        if class_key != course.parent_key():
            aclass = Class.get(class_key)
            newCourse = Course(parent=aclass)
            newCourse.name = course.name
            newCourse.chapters = course.chapters
            newCourse.count_questions()
            newCourse.put()

        self.stop_edit_course()

        self.redirect(goto)

# 需要导入模块: from course import Course [as 别名]
# 或者: from course.Course import name [as 别名]
    def get_course_list(self):
        from algorithm.models import School, Department, Class, Prerequisite, Building, Room, Period, Lecturer, ClassInstance, ClassLab, Person, Role, PersonRole 
        from course import Course
        print "This will print out all the courses currently in the database"
    
        self.course_list = []
        all_courses = Class.objects.all()
        
        for Class in all_courses:
           new_course = Course()
           new_course.id = Class.idClass
           new_course.name = Class.Class
           self.course_list.append(new_course)
           self.num_courses += 1

        for Course in self.course_list:
            Course.print_course()