Esempio n. 1
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class Curriculum(BaseModel):
    __tablename__ = "curriculum"
    c_id = models.Column(models.String(32))
    c_name = models.Column(models.String(32))
    c_time = models.Column(models.Date)

    def __repr__(self):
        return self.c_name
Esempio n. 2
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class Teachers(BaseModel):  #教师表
    __tablename__ = "teacher"
    username = models.Column(models.String(32))
    age = models.Column(models.Integer)
    gender = models.Column(models.String(32))
    course_id = models.Column(models.Integer, models.ForeignKey("course.id"))
    teacher_id = models.Column(models.Integer,
                               models.ForeignKey("user.identify_id"))
Esempio n. 3
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class Leave(BaseModel):

    __tablename__ = "leave"
    request_id = models.Column(models.Integer)  # 请假人id
    request_name = models.Column(models.String(32))  # 请假人姓名
    request_type = models.Column(models.String(32))  # 假期类型
    start_time = models.Column(models.String(32))  # 起始时间
    end_time = models.Column(models.String(32))  # 结束时间
    description = models.Column(models.Text)  # 请假事由
    phone = models.Column(models.String(32))  # 联系方式
    status = models.Column(models.Integer)  # 假条状态 0 申请  1批准  2驳回 3销假
Esempio n. 4
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class VacationTip(BaseModel):
    __tablename__ = "vacationTip"
    vacation_id = models.Column(models.Integer)
    vacation_name = models.Column(models.String(32))
    vacation_type = models.Column(models.String(32))
    vacation_start = models.Column(models.String(32))
    vacation_deadline = models.Column(models.String(32))
    vacation_description = models.Column(models.Text)
    vacation_phone = models.Column(models.String(32))
    vacation_status = models.Column(models.Integer)
    vacation_day = models.Column(models.Integer)
Esempio n. 5
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class Ask(BaseModel):
    __tablename__ = "ask"
    student_name = models.Column(models.String(32))  #请假学生姓名
    reason = models.Column(models.Text)  #请假原因
    asktime = models.Column(models.DateTime)  #请假时间
    subtime = models.Column(models.DateTime)  #线上申请时间
    course_name = models.Column(models.String(32))  #请假课程
    teacher_name = models.Column(models.String(32))  #相关课程老师
    status = models.Column(models.Integer,
                           default=0)  #请假状态,0代表正在审核1代表老师批准2代表老师拒绝
    student_id = models.Column(models.Integer,
                               models.ForeignKey('students.id'))  #假条与学生是多对一关系
    teacher_id = models.Column(models.Integer,
                               models.ForeignKey('teacher.id'))  #假条与老师是多对易关系
Esempio n. 6
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class Students(BaseModel):  #学生表
    __tablename__ = "students"  #表名称
    name = models.Column(models.String(32))
    age = models.Column(models.Integer)
    gender = models.Column(models.Integer)  #0 男 1 女 2 unknown
    student_id = models.Column(models.Integer,
                               models.ForeignKey("user.identify_id"))
Esempio n. 7
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class Teacher(Base):
    __tablebname__ = "teacher"

    name = models.Column(models.String(32))
    age = models.Column(models.Integer)
    gender = models.Column(models.Integer, default=1)  # 1 男,2 女 ,3 未知
    course_id = models.Column(models.Integer, models.ForeignKey("course.id"))
Esempio n. 8
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class Score(Base):
    __tablebname__ = "score"

    name = models.Column(models.String(32), unique=True)
    course_id = models.Column(models.Integer, models.ForeignKey("course.id"))
    students_id = models.Column(models.Integer,
                                models.ForeignKey("students.id"))
Esempio n. 9
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class Students(BaseModel):  #继承BaseModel中的方法
    """
    学员表
    """
    __tablename__ = 'students'  #设置数据表的名称
    name = models.Column(models.String(32))  #设置对应的字段
    age = models.Column(models.Integer)
    gender = models.Column(models.Integer)  #0男 1女 -1未知
Esempio n. 10
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class Students(BaseModel):
    """
    学员表
    """
    __tablename__ = "students"
    name = models.Column(models.String(32))
    age = models.Column(models.Integer)
    gender = models.Column(models.Integer,default = 13) #0 男 1女 -1 unknown
Esempio n. 11
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class Teachers(BaseModel):
    """
    教师
    老师与课程是多对一关系
    """
    __tablename__ = "teachers"
    name = models.Column(models.String(32))
    age = models.Column(models.Integer)
    gender = models.Column(models.Integer,default = 3)  # 0 男 1女 -1 unknown
    course_id = models.Column(models.Integer, models.ForeignKey("course.id")) #教师多对一 映射表是课程
Esempio n. 12
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class Course(Base):
    __tablename__ = 'course'
    lable = models.Column(models.String(32), unique=True)
    teachers = models.relationship('Teachers', backref='to_course')
    # 外表用这个字段,本表用backref
    to_student = models.relationship(
        'Student',
        secondary=Stu_Cou,  #指向多对多表
        backref=models.backref('to_course_ya', lazy='dynamic'),
        lazy='dynamic'  #不加载数据
    )
Esempio n. 13
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class Teacher(BaseModel):
    """
    教师表
    教师与课程多对一
    """
    __tablename__ = 'teachers'
    name = models.Column(models.String(32))
    age = models.Column(models.Integer)
    gender = models.Column(models.Integer)  #0男 1女 -1未知
    course_id = models.Column(models.Integer,
                              models.ForeignKey('course.id'))  #教师,课程多对一映射
Esempio n. 14
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class Course(Base):
    __tablebname__ = "course"
    name = models.Column(models.String(32), unique=True)
    description = models.Column(models.Text)
    to_teacher = models.relationship("Teacher", backref="to_course_data")

    to_student = models.relationship("Students",
                                     secondary=Stu_Cou,
                                     backref=models.backref("to_course",
                                                            lazy="dynamic"),
                                     lazy="dynamic")
Esempio n. 15
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class Course(BaseModel):
    __tablename__ = 'course'
    lable = models.Column(models.String(32))
    description = models.Column(models.Text)

    to_teacher = models.relationship('Teacher', backref='to_course1')

    to_student = models.relationship('Student',
                                     secondary=Stu_Cou,
                                     backref=models.backref('to_course',
                                                            lazy='dynamic'),
                                     lazy='dynamic')
Esempio n. 16
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class Students(BaseModel):

    __tablename__ = 'students'  #学生表名
    #id=models.Column(models.Integer,primary_key=True,autoincrement=True)#学生id
    name = models.Column(models.String(32))  #学生姓名
    age = models.Column(models.Integer)  #学生年龄
    gender = models.Column(models.Integer)  #学生性别
    has_id = models.Column(models.Integer, nullable=True)  #1是有id,0是没有id
    has_school = models.Column(models.Integer, default=1)  #1是有学籍,0是没有学籍
    #与考勤表是一对多的关系
    to_attendance = models.relationship('Attendance', backref='to_students')
    #与假条表是一对多的关系
    to_ask = models.relationship('Ask', backref='to_students')
Esempio n. 17
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class Leave(BaseModel):
    __tablename__ = "leave"
    request_id = models.Column(models.Integer)  #请假人id
    request_name = models.Column(models.String(32))  #请假人姓名
    request_type = models.Column(models.String(32))  #请假类型
    request_start_time = models.Column(models.String(32))  #起始时间
    request_end_time = models.Column(models.String(32))  #结束时间
    request_days = models.Column(models.String(32))  #请假天数
    request_description = models.Column(models.Text)  #请假原因
    request_phone = models.Column(models.String(32))  #联系方式
    request_status = models.Column(models.String(32))  #假条状态
Esempio n. 18
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class Leave(BaseModel):
    __tablename__ = 'leave'
    leave_id = models.Column(models.Integer)  # 请假人id
    leave_name = models.Column(models.String(32))  # 请假人姓名
    leave_type = models.Column(models.String(32))  # 假期类型
    leave_start = models.Column(models.String(32))  # 起始时间
    leave_end = models.Column(models.String(32))  # 结束时间
    leave_desc = models.Column(models.Text)  # 请假描述
    leave_phone = models.Column(models.String(32))  # 联系方式
    leave_status = models.Column(models.String(32))  # 假条状态 0 请假 1 批准 2 驳回 3 销假
Esempio n. 19
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class Leave(BaseModel):
    __tablename__ = 'leave'
    leave_id = models.Column(models.Integer)  # 请假人id
    leave_name = models.Column(models.String(32))  # 请假人姓名
    leave_type = models.Column(models.String(32))  # 请假类型
    leave_start_time = models.Column(models.String(32))  # 请假开始时间
    leave_end_time = models.Column(models.String(32))  # 请假结束时间
    leave_phone = models.Column(models.String(32))  # 请假人电话
    leave_status = models.Column(models.String(32))  # 请假状态  0请假、1批准、2驳回、3销假
    leave_description = models.Column(models.Text)  # 请假事由
Esempio n. 20
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class Leave(BaseModel):
    __tablename__='leave'
    request_id=models.Column(models.Integer)
    request_name=models.Column(models.String(32))
    request_type=models.Column(models.String(32))
    request_start_time=models.Column(models.String(32))
    request_end_time=models.Column(models.String(32))
    request_description=models.Column(models.TEXT)
    request_phone = models.Column(models.String(32))
    request_status=models.Column(models.String(32))
Esempio n. 21
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class Course(BaseModel):  #课程表
    __tablename = "course"
    label = models.Column(models.String(32))
    description = models.Column(models.Text)
    #双向映射
    to_teachers = models.relationship(  #relationship关联关系relationship
        'Teachers',  #映射类的名称和类名一致#双向映射
        backref='to_course')
    #教师类映射到该表
    #双向映射语法(一对多):字段名=models.relationship(
    #"映射的类名",
    #backref="本表名")
    to_student = models.relationship(
        "Students",
        secondary=Stu_Cou,  #多对多关系表
        backref=models.backref("to_course", lazy="dynamic"),
        lazy="dynamic")
Esempio n. 22
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class Teacher(BaseModel):
    __tablename__ = 'teacher'
    #id = models.Column(models.Integer, primary_key=True, autoincrement=True)
    name = models.Column(models.String(32))  # 老师姓名
    age = models.Column(models.Integer)  # 老师年龄
    gender = models.Column(models.Integer)  # 老师性别0男,1女,-1不知道
    description = models.Column(models.Text)  #老师简介信息
    course_id = models.Column(models.Integer,
                              models.ForeignKey('course.id'))  #专业与老师一对多关系
    # 多对多关系查询
    to_students = models.relationship('Students',
                                      secondary=Stu_Tea,
                                      backref=models.backref("to_teacher",
                                                             lazy='dynamic'),
                                      lazy='dynamic')
    # 与假条表是一对多的关系
    to_ask = models.relationship('Ask', backref='to_teacher')
Esempio n. 23
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class Course(BaseModel):
    __tablename__ = 'course'  # 课程表名
    #id = models.Column(models.Integer, primary_key=True, autoincrement=True)
    lable = models.Column(models.String(32))
    description = models.Column(models.Text)
    updatetime = models.Column(models.DateTime, default=datetime.timezone)
    #反向映射字段,一对多关系查询
    to_teacher = models.relationship(
        'Teacher',  #映射表
        backref='to_course',  #反向映射字段,通过该字段查询当表的内容
        lazy='dynamic')
    #多对多关系查询
    to_students = models.relationship('Students',
                                      secondary=Stu_Cou,
                                      backref=models.backref("to_course",
                                                             lazy='dynamic'),
                                      lazy='dynamic')
Esempio n. 24
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class Course(BaseModel):  #课程
    __tablename__ = "course"
    label = models.Column(models.String(32))
    description = models.Column(models.Text)

    to_teacher = models.relationship(
        "Teachers",  #映射表
        backref="to_course_data"  #反向映射字段,映射表通过该字段可以查到当前表内容
    )

    to_student = models.relationship(
        "Students",
        secondary=Stu_Cou,
        backref=models.backref("to_course", lazy="dynamic"),
        lazy="dynamic",
        # lazy 的参数
        # select      访问该字段时候,加载所有的映射数据
        # joined      对关联的两个表students和stu_cou进行join查询
        # dynamic     不加载数据
    )
Esempio n. 25
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class Leave(BaseModel):
    """
    请假  0
    批准  1
    驳回  2
    销假  3
    """
    __tablename__ = "leave"
    request_id = models.Column(models.Integer)  #请假人id
    request_name = models.Column(models.String(32))  #请假人姓名
    request_type = models.Column(models.String(32))  #假期类型
    request_start_time = models.Column(models.String(32))  #起始时间
    request_end_time = models.Column(models.String(32))  #结束时间
    request_description = models.Column(models.TEXT)  #请假事由
    request_phone = models.Column(models.String(32))  #联系方式
    request_status = models.Column(models.String(32))  #假条状态
Esempio n. 26
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class ApplicationForLeave(BaseModel):
    """
       申请  0
       批准  1
       驳回  2
       销假  3
       """
    __tablename = "application_for_leave"
    person_id = models.Column(models.String(32))
    person_name = models.Column(models.String(32))
    person_phone = models.Column(models.String(32))
    leave_type = models.Column(models.String(32))
    leave_description = models.Column(models.Text)
    leave_start_time = models.Column(models.String(32))
    leave_end_time = models.Column(models.String(32))
    leave_status = models.Column(models.Integer)
Esempio n. 27
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class Course(BaseModel):
    """
    课程表
    """
    __tablename__ = 'course'
    label = models.Column(models.String(32))
    description = models.Column(models.Text)

    #设置双向映射
    to_teacher = models.relationship(  #执行映射表的字段
        'Teacher',  #映射表,映射到谁
        backref='to_course_data'  #反向映射字段
    )

    #多对多
    to_student = models.relationship(
        'Students',
        secondary=Stu_Cou,
        backref=models.backref('to_course', lazy='dynamic'),  #stu_cou course
        lazy='dynamic',  #stu_cou student
        #select  访问该字段的时候加载所有映射数据
        #joined  对关联的两个表student和teacher表进行join查询
        #dynamic 不加载数据,为了防止数据多的时候查询卡
    )
Esempio n. 28
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class Picture(BaseModel):
    label = models.Column(models.String(64))
    picture = models.Column(models.String(64))
Esempio n. 29
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class User(BaseModel):
    __tablename__ = "user"
    user_name = models.Column(models.String(32))
    password = models.Column(models.String(32))
    email = models.Column(models.String(32))
Esempio n. 30
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class Picture(BaseModel):
    __tablename__ = 'picture'
    picture=models.Column(models.String(64))
    type=models.Column(models.String(32))