构建查询来创建表

Question

我目前正在使用MySQL数据库表结构。我在网上找到了一个表格结构，但我不确定如何复制精确的表格结构。这些表彼此共享外键和索引。我附上了一个链接，显示表格在我想复制的模型中设置。我正在请求帮助创建一个查询，该查询将创建具有相关数据的所有表。 LINK- TABLE STRUCTURE

外键

semester_id 
faculty_id 
schedule_id 
section_id 
class_id 
major_minor_id 

Answer 1

CREATE TABLE event 
(
    ID INT, 
    event_description VARCHAR(30), 
    event_heading VARCHAR(30), 
    event_photo BLOB, 
    event_datetime VARCHAR(30), 
    CONSTRAINT event_pk PRIMARY KEY (ID) 
); 

CREATE TABLE semester 
(
    ID INT, 
    Semester_Name VARCHAR(25), 
    CONSTRAINT sem_pk PRIMARY KEY (ID), 
    CONSTRAINT sem_uq UNIQUE (semester_Name) 
); 

CREATE TABLE Major_Minor 
(
    ID INT, 
    Major_Minor_Name VARCHAR(30), 
    Major_Minor_Description VARCHAR(50), 
    CONSTRAINT mm_pk PRIMARY KEY (ID), 
    CONSTRAINT mm_uq UNIQUE (Major_Minor_Name) 
); 

CREATE TABLE class 
(
    ID INT, 
    class_caption VARCHAR(30), 
    class_name VARCHAR(30), 
    class_description VARCHAR(30), 
    class_credit_hours INT, 
    CONSTRAINT cc_pk PRIMARY KEY (ID), 
    CONSTRAINT cc_uq UNIQUE (class_caption) 
); 

CREATE TABLE Major_Class_br 
(
    ID INT, 
    Class_ID INT, 
    Major_Minor_ID INT, 
    CONSTRAINT mbr_pk PRIMARY KEY (ID), 
    CONSTRAINT cc_fk1 FOREIGN KEY (Class_ID) REFERENCES class(ID), 
    CONSTRAINT cc_fk2 FOREIGN KEY (Major_Minor_ID) REFERENCES Major_Minor(ID) 
); 

CREATE TABLE Faculty 
(
    ID INT, 
    faculty_fName VARCHAR(30), 
    faculty_lname VARCHAR(30), 
    faculty_bio VARCHAR(100), 
    faculty_pic_path VARCHAR(30), 
    CONSTRAINT f_pk PRIMARY KEY (ID), 
    CONSTRAINT cc_uq UNIQUE (faculty_fName, faculty_lname) 
); 

CREATE TABLE Faculty_Titles 
(
    ID INT, 
    faculty_ID INT, 
    faculty_title VARCHAR(30), 
    CONSTRAINT ft_pk PRIMARY KEY (ID), 
    CONSTRAINT ft_fk1 FOREIGN KEY (faculty_ID) REFERENCES Faculty(ID) 
); 

CREATE TABLE Faculty_Education 
(
    ID INT, 
    faculty_ID INT, 
    faculty_ed VARCHAR(30), 
    CONSTRAINT fe_pk PRIMARY KEY (ID), 
    CONSTRAINT fe_fk1 FOREIGN KEY (faculty_ID) REFERENCES faculty(ID) 
); 

CREATE TABLE Section 
(
    ID INT, 
    Class_ID INT, 
    faculty_ID INT, 
    section_number INT, 
    section_callnumber INT, 
    CONSTRAINT ss_pk PRIMARY KEY (ID), 
    CONSTRAINT ss_fk1 FOREIGN KEY (Class_ID) REFERENCES class(ID), 
    CONSTRAINT ss_fk2 FOREIGN KEY (faculty_ID) REFERENCES faculty(ID) 
); 

CREATE TABLE Schedule 
(
    ID INT, 
    Semester_ID INT, 
    schedule_start_time DATETIME, 
    schedule_end_time DATETIME, 
    schedule_monday TINYINT(1), 
    schedule_tuesday TINYINT(1), 
    schedule_wednesday TINYINT(1), 
    schedule_thursday TINYINT(1), 
    schedule_friday TINYINT(1), 
    CONSTRAINT sc_pk PRIMARY KEY (ID), 
    CONSTRAINT sc_fk1 FOREIGN KEY (Semester_ID) REFERENCES semester(ID) 
); 

CREATE TABLE Office_Hours 
(
    ID INT, 
    faculty_ID INT, 
    schedule_ID INT, 
    CONSTRAINT oh_pk PRIMARY KEY (ID), 
    CONSTRAINT oh_fk1 FOREIGN KEY (schedule_ID) REFERENCES Schedule(ID), 
    CONSTRAINT oh_fk2 FOREIGN KEY (faculty_ID) REFERENCES faculty(ID) 
); 

CREATE TABLE sched_sect_br 
(
    ID INT, 
    schedule_ID INT, 
    section_ID INT, 
    room_number INT, 
    CONSTRAINT ssb_pk PRIMARY KEY (ID), 
    CONSTRAINT ssb_fk1 FOREIGN KEY (schedule_ID) REFERENCES Schedule(ID), 
    CONSTRAINT ssb_fk2 FOREIGN KEY (section_ID) REFERENCES Section(ID) 
); 

• SQLFiddle Demo