text stringlengths 6 9.38M |
|---|
insert into REALMS(ID,NAME,DESCRIPTION,CONFIG,CREATION_TIME,LAST_UPDATE_TIME, REGISTRATION_ENABLED, PRIVACY_POLICY_URL, AUP_URL)
values (1,'iam', 'The iam realm', '{}', CURRENT_TIMESTAMP(), CURRENT_TIMESTAMP(), false,
'https://iam.example.com/privacy', null);
insert into REALMS(ID,NAME,DESCRIPTION,CONFIG,CREATION_TIME,LAST_UPDATE_TIME, REGISTRATION_ENABLED, PRIVACY_POLICY_URL, AUP_URL)
values (2,'alice', 'The alice realm', '{}', CURRENT_TIMESTAMP(), CURRENT_TIMESTAMP(), true,
'https://alice.example.com/privacy', 'https://alice.example.com/aup');
insert into REALMS(ID,NAME,DESCRIPTION,CONFIG,CREATION_TIME,LAST_UPDATE_TIME, REGISTRATION_ENABLED, PRIVACY_POLICY_URL, AUP_URL)
values (3,'atlas', 'The atlas realm', '{}', CURRENT_TIMESTAMP(), CURRENT_TIMESTAMP(), false,
'https://atlas.example.com/privacy', 'https://atlas.example.com/aup');
insert into REALMS(ID,NAME,DESCRIPTION,CONFIG,CREATION_TIME,LAST_UPDATE_TIME,REGISTRATION_ENABLED, PRIVACY_POLICY_URL, AUP_URL)
values (4,'cms', 'The cms realm', '{}', CURRENT_TIMESTAMP(), CURRENT_TIMESTAMP(), false,
'https://cms.example.com/privacy', 'https://cms.example.com/aup');
insert into REALMS(ID,NAME,DESCRIPTION,CONFIG,CREATION_TIME,LAST_UPDATE_TIME,REGISTRATION_ENABLED, PRIVACY_POLICY_URL, AUP_URL)
values (5,'lhcb', 'The lhcb realm', '{}', CURRENT_TIMESTAMP(), CURRENT_TIMESTAMP(), true,
'https://lhcb.example.com/privacy', 'https://lhcb.example.com/aup');
insert into GROUPS(ID,REALM_ID,NAME,UUID,PARENT_GROUP_ID,CREATION_TIME,LAST_UPDATE_TIME)
values (100,2,'alice', 'c6fe138f-2f55-4d1d-b2b5-968bdf3bdff4', null,CURRENT_TIMESTAMP(), CURRENT_TIMESTAMP());
insert into GROUPS(ID,REALM_ID,NAME,UUID,PARENT_GROUP_ID,CREATION_TIME,LAST_UPDATE_TIME)
values (101,2,'alice/production', '4b98e830-6e46-4051-b492-4f970d8c9260', 100,CURRENT_TIMESTAMP(), CURRENT_TIMESTAMP());
insert into USERS(ID,REALM_ID,UUID,USERNAME,GIVEN_NAME,FAMILY_NAME,ACTIVE,PROVISIONED,CREATION_TIME,LAST_UPDATE_TIME,PASSWORD)
values
(1000,2,'4868478e-f79e-40fc-83a9-48b8d91cd321','test-user','Test','User',true,false,
CURRENT_TIMESTAMP(), CURRENT_TIMESTAMP(), 'password');
insert into USERS_EMAILS(USER_ID,EMAIL,IS_PRIMARY,EMAIL_VERIFIED)
values
(1000,'test@example.com', true, true),
(1000,'test@other.example.com', false, false);
|
-- ex23_alter.sql
/*
객체 생성: create
객체 삭제: drop
객체 수정: alter
데이터 생성: insert
데이터 삭제: delete
데이터 수정: update
테이블 수정하기, alter table
- 테이블 구조를 수정한다 > 컬럼의 정의를 수정한다.
- 되도록 테이블을 수정하는 상황을 발생시키면 안된다!!!(***)
*/
drop table tblEdit;
create table tblEdit
(
seq number primary key,
data varchar2(20) not null
);
insert into tblEdit values (1, '마우스');
insert into tblEdit values (2, '키보드');
insert into tblEdit values (3, '모니터');
select * from tblEdit;
delete from tblEdit;
-- 1. 새로운 컬럼 추가하기(가격)
alter table tblEdit
-- add (컬럼 정의);
add (price number(5) null); -- null 컬럼
alter table tblEdit
add (description varchar2(100) not null); -- not null 컬럼
-- => 데이터를 깨끗이 지운 후 추가가능
alter table tblEdit
add (description varchar2(100) default '임시' not null); -- not null 컬럼
-- => default를 넣어주면 데이터가 있어도 추가 가능
-- 2. 컬럼 삭제하기
alter table tblEdit
--drop column 컬럼명
drop column description;
alter table tblEdit
drop column seq; --PK, FK 의미있는 키는 삭제하면 큰일
-- 3. 컬럼 수정하기(자료형, 길이, 제약 사항, 컬럼명)
-- 3-a. 컬럼의 길이 조정하기(확장, 축소)
alter table tblEdit
--modify (컬럼 정의)
modify (data varchar2(100));
alter table tblEdit
modify (data varchar2(5));
alter table tblEdit
modify (data varchar2(9));
-- 3-b. 자료형 바꾸기 -> 비권장
alter table tblEdit
modify(seq varchar2(100)); --number -> varchar2
-- 3-c. 제약 사항 바꾸기
alter table tblEdit
modify (data varchar2(100) null );
desc tbledit;
-- 3-d. 컬럼명 바꾸기 -> 비권장
alter table tblEdit
rename column data to name;
-- 테이블 구현 -> 제약사항 추가하기
drop table tblEdit;
create table tblEdit
(
seq number,
data varchar2(20),
color varchar2(30)
);
-- PK 추가하기
alter table tbledit
add constraint tbledit_seq_pk primary key(seq);
desc tbledit;
alter table tbledit
add constraint tbledit_color_ck check (color in ('red','yellow','blue'));
insert into tbledit values (1, '마우스', 'red');
insert into tbledit values (2, '마우스', 'black');
select * from tbledit;
create table tbledit2
(
seq number primary key,
data varchar2(20) not null,
--pseq number not null references tbledit(seq)
pseq number not null
);
alter table tbledit2
add constraint tbledit2_pseq_fk foreign key(pseq) references tbledit(seq);
-- 제약 사항 삭제하기
alter table tbledit2
drop constraint tbledit2_pseq_fk; |
DROP TABLE IF EXISTS registered_user;
CREATE TABLE registered_user
(
id INT PRIMARY KEY NOT NULL AUTO_INCREMENT,
registered_date TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
first_name VARCHAR(255) NOT NULL,
last_name VARCHAR(255) NOT NULL,
email_id VARCHAR(255) NOT NULL,
mobile VARCHAR(255) NOT NULL,
device_id TEXT
);
DROP TABLE IF EXISTS service_category;
CREATE TABLE service_category
(
id INT PRIMARY KEY NOT NULL AUTO_INCREMENT,
name VARCHAR(255) NOT NULL,
img VARCHAR(255) NOT NULL
);
DROP TABLE IF EXISTS service_subcategory;
CREATE TABLE service_subcategory
(
id INT PRIMARY KEY NOT NULL AUTO_INCREMENT,
category_id INT,
name VARCHAR(255) NOT NULL
);
DROP TABLE IF EXISTS service_request;
CREATE TABLE service_request
(
id INT PRIMARY KEY NOT NULL AUTO_INCREMENT,
registered_date TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
customer_id BIGINT,
request_mode VARCHAR(255) NULL,
customer_name VARCHAR(255) NULL,
customer_phone VARCHAR(255) NULL,
customer_email VARCHAR(255) NULL,
service_requested VARCHAR(255) NULL
);
DROP TABLE IF EXISTS customer_feedback;
CREATE TABLE customer_feedback
(
id INT PRIMARY KEY NOT NULL AUTO_INCREMENT,
registered_date TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
customer_id BIGINT,
customer_name VARCHAR(255) NULL,
customer_phone VARCHAR(255) NULL,
customer_email VARCHAR(255) NULL,
feedback_comments TEXT NULL
); |
/* HOLA MUNDO EN ORACLE */
SET SERVEROUTPUT ON;
-- Permitir salidas por consola ESTANDAR -- varia su asignación
DECLARE
-- Definición de funciones y variables
BEGIN
-- Inicio de una sentencia
dbms_output.put_line('Hello Word of Oracle');
-- Imprimir por consola
dbms_output.put_line('Alejandro');
dbms_output.put_line('Software Developer');
END; -- Final de una sentencia
/ |
/* Use our created db */
USE employee_trackerDB;
/* Seed some departments */
INSERT INTO departments (dep_id, name)
VALUES (1, "Accounts");
INSERT INTO departments (dep_id, name)
VALUES (2, "Operations");
INSERT INTO departments (dep_id, name)
VALUES (3, "IT");
/* Seed roles */
INSERT INTO roles (rol_id, title, salary, department_id)
VALUES (1, "Accounts Controller", 140000, 1);
INSERT INTO roles (rol_id, title, salary, department_id)
VALUES (2, "Accounting Clerk", 75000, 1);
INSERT INTO roles (rol_id, title, salary, department_id)
VALUES (3, "Operations Manager", 120000, 2);
INSERT INTO roles (rol_id, title, salary, department_id)
VALUES (4, "Operations Officer", 80000, 2);
INSERT INTO roles (rol_id, title, salary, department_id)
VALUES (5, "Head Technical Officer", 160000, 3);
INSERT INTO roles (rol_id, title, salary, department_id)
VALUES (6, "Software Engineer", 100000, 3);
INSERT INTO roles (rol_id, title, salary, department_id)
VALUES (7, "Junior Software Engineer", 65000, 3);
/* Seed employees */
INSERT INTO employees (emp_id, first_name, last_name, role_id, manager_id)
VALUES (1, "Justyna", "Kowalski", 1, null);
INSERT INTO employees (emp_id, first_name, last_name, role_id, manager_id)
VALUES (2, "Kurt", "Barber", 2, 1);
INSERT INTO employees (emp_id, first_name, last_name, role_id, manager_id)
VALUES (3, "Tom", "Samwell", 3, null);
INSERT INTO employees (emp_id, first_name, last_name, role_id, manager_id)
VALUES (4, "Aline", "Silva", 4, 3);
INSERT INTO employees (emp_id, first_name, last_name, role_id, manager_id)
VALUES (5, "Chris", "Loi", 5, null);
INSERT INTO employees (emp_id, first_name, last_name, role_id, manager_id)
VALUES (6, "Natalia", "Karas", 6, 5);
INSERT INTO employees (emp_id, first_name, last_name, role_id, manager_id)
VALUES (7, "Omar", "Chandia", 7, 5); |
--Provide a query that shows the total number of tracks in each playlist. The Playlist name should be include on the resultant table.
select p.Name as Playlist, count(t.TrackId) as Total
from Playlist p, PlaylistTrack t
where t.PlaylistId = p.PlaylistId
group by p.Name |
-- 生成导出指定表的定长文件的spool文件
SET ECHO OFF
SET TRIMSPOOL ON
SET VERIFY OFF
SET FEEDBACK OFF
SET FEED OFF
SET TIMING OFF
SET PAGESIZE 1000
SET NEWPAGE NONE
SET LINESIZE 1000
SET HEADING OFF
SET TERMOUT OFF
SPOOL './Fix_spool--&1..sql';
-- 导出 sqllplus 参数配置
SELECT 'SET ECHO OFF' FROM DUAL;
SELECT 'SET TRIMSPOOL OFF' FROM DUAL;
SELECT 'SET VERIFY OFF' FROM DUAL;
SELECT 'SET FEEDBACK OFF' FROM DUAL;
SELECT 'SET FEED OFF' FROM DUAL;
SELECT 'SET HEADING OFF' FROM DUAL;
SELECT 'SET TERMOUT OFF' FROM DUAL;
SELECT 'SET TIMING OFF' FROM DUAL;
SELECT 'SET PAGESIZE 50000' FROM DUAL;
SELECT 'SET NEWPAGE NONE' FROM DUAL;
SELECT 'SET LINESIZE '
|| SUM(DECODE( S.DATA_TYPE
, 'NUMBER', NVL2(S.DATA_PRECISION,S.DATA_PRECISION+1,S.DATA_LENGTH)
, 'DATE' , 8
, S.DATA_LENGTH
))
FROM USER_TAB_COLUMNS S
WHERE S.TABLE_NAME = UPPER('&1');
-- 导出 spool 头部
SELECT 'COL TABLE_LINE FORMAT A'
|| SUM(DECODE( CL.DATA_TYPE
, 'NUMBER', NVL2(CL.DATA_PRECISION,CL.DATA_PRECISION+1,CL.DATA_LENGTH)
, 'DATE' , 8
, CL.DATA_LENGTH
))
FROM USER_TAB_COLUMNS CL
WHERE CL.TABLE_NAME = UPPER('&1');
SELECT 'SPOOL ''./&1..txt'';' FROM DUAL;
-- 定长导出部分
SELECT 'SELECT ' FROM DUAL;
SELECT
DECODE(T.COLUMN_ID,1,' ',' || ')
|| CASE WHEN T.DATA_TYPE IN ( 'NUMBER', 'FLOAT')
THEN DECODE( T.DATA_SCALE
, 0, 'LPAD(NVL(TRIM(' || T.COLUMN_NAME || '),'' ''),' || T.DATA_LENGTH || ', '' '''
, 'TO_CHAR(TRIM(' || T.COLUMN_NAME || '), '''
|| LPAD('0',T.DATA_PRECISION-T.DATA_SCALE-1,'9') ||'.'
|| LPAD('9',T.DATA_SCALE,'9')
||''')'
)
ELSE 'RPAD(NVL(TRIM(' || DECODE( T.DATA_TYPE
, 'DATE' , 'TO_CHAR('||T.COLUMN_NAME||',''YYYYMMDD'')'
, T.COLUMN_NAME
)
|| '), '' ''),' || DECODE( T.DATA_TYPE
, 'DATE' , 8
, T.DATA_LENGTH
)
|| ' , '' '' )'
END
|| CASE WHEN T.COLUMN_ID = (SELECT COUNT(1)
FROM USER_TAB_COLUMNS
WHERE TABLE_NAME = UPPER('&1')
)
THEN ' AS TABLE_LINE'
ELSE ' '
END -- || CHR(10)
FROM USER_TAB_COLUMNS T
WHERE T.TABLE_NAME = UPPER('&1')
ORDER BY T.COLUMN_ID;
SELECT 'FROM &1;' FROM DUAL;
-- 导出 spool 尾部
SELECT 'SPOOL OFF;' FROM DUAL;
SELECT 'QUIT;' FROM DUAL;
SPOOL OFF;
QUIT;
|
/* Создание таблицы шаблонов */
CREATE TABLE /*PREFIX*/PATTERNS
(
PATTERN_ID VARCHAR(32) NOT NULL,
NAME VARCHAR(100) NOT NULL,
DESCRIPTION VARCHAR(250),
PATTERN IMAGE NOT NULL,
PRIMARY KEY (PATTERN_ID)
)
--
/* Создание просмотра таблицы шаблонов */
CREATE VIEW /*PREFIX*/S_PATTERNS
AS
SELECT * FROM /*PREFIX*/PATTERNS
--
/* Создание процедуры добавления шаблона */
CREATE PROCEDURE /*PREFIX*/I_PATTERN
@PATTERN_ID VARCHAR(32),
@NAME VARCHAR(100),
@DESCRIPTION VARCHAR(250),
@PATTERN IMAGE
AS
BEGIN
INSERT INTO /*PREFIX*/PATTERNS (PATTERN_ID,NAME,DESCRIPTION,PATTERN)
VALUES (@PATTERN_ID,@NAME,@DESCRIPTION,@PATTERN);
END;
--
/* Создание процедуры изменения шаблона */
CREATE PROCEDURE /*PREFIX*/U_PATTERN
@PATTERN_ID VARCHAR(32),
@NAME VARCHAR(100),
@DESCRIPTION VARCHAR(250),
@PATTERN IMAGE,
@OLD_PATTERN_ID VARCHAR(32)
AS
BEGIN
UPDATE /*PREFIX*/PATTERNS
SET PATTERN_ID=@PATTERN_ID,
NAME=@NAME,
DESCRIPTION=@DESCRIPTION,
PATTERN=@PATTERN
WHERE PATTERN_ID=@OLD_PATTERN_ID;
END;
--
/* Создание процедуры удаления шаблона */
CREATE PROCEDURE /*PREFIX*/D_PATTERN
@OLD_PATTERN_ID VARCHAR(32)
AS
BEGIN
DELETE FROM /*PREFIX*/PATTERNS
WHERE PATTERN_ID=@OLD_PATTERN_ID;
END;
-- |
use db_escola;
create table tb_estudantes (
id bigint auto_increment,
nome varchar (255) not null,
nota decimal (3,2),
matricula varchar(255),
serie varchar (255),
primary key (id)
);
insert into tb_estudantes (nome,nota,matricula,serie) values ("Pedro",7.5 , "ZX123", "5ª Série");
insert into tb_estudantes (nome,nota,matricula,serie) values ("Antonio",5.5 , "EX765", "2º Colegial");
insert into tb_estudantes (nome,nota,matricula,serie) values ("Ana",9.5 , "ZW987", "3º Colegial");
insert into tb_estudantes (nome,nota,matricula,serie) values ("Felipe", 4.5, "EY900", "1º Colegial");
insert into tb_estudantes (nome,nota,matricula,serie) values ("Fernando",8.0 , "AW900", "3º Colegial");
insert into tb_estudantes (nome,nota,matricula,serie) values ("Sabrina",9.0 , "AW910", "4ª Série");
insert into tb_estudantes (nome,nota,matricula,serie) values ("Vittor", 3.5, "AS356", "1ª Série");
insert into tb_estudantes (nome,nota,matricula,serie) values ("Maria", 8.0, "AV987", "2ª Série");
insert into tb_estudantes (nome,nota,matricula,serie) values ("Tonita", 6.5, "AD626", "8ª Série");
select * from tb_estudantes;
select * from tb_estudantes where nota > 7.0;
select * from tb_estudantes where nota < 7.0;
update tb_estudantes set nota = 9.0 where id= 9;
select * from tb_estudantes;
update tb_estudantes set nota = 8.0 where id= 13;
|
CREATE DATABASE project
use project
CREATE TABLE Partners (
id_partner int IDENTITY (1, 1) PRIMARY KEY,
name_partner nvarchar(50),
email varchar (100) NOT NULL ,
password_partner nvarchar (100) NOT NULL,
City nvarchar (50),
phone_partner varchar (25),
);
CREATE TABLE Drivers(
id_driver int IDENTITY (1, 1) PRIMARY KEY ,
Last_name nvarchar(50) NOT NULL,
First_name nvarchar(50) NOT NULL,
DOB date ,
phone varchar (25) NOT NULL ,
passport nvarchar (50) NOT NULL,
drivers_license nvarchar (25),
dateIssue_drivingLicense date,
id_partner int,
FOREIGN KEY (id_partner) REFERENCES Partners (id_partner)
) ;
CREATE TABLE Partner_drivers (
id_PartnerDrivers int IDENTITY (1, 1) PRIMARY KEY ,
id_driver int,
id_partner int,
connection_date date,
FOREIGN KEY (id_partner) REFERENCES Partners (id_partner),
FOREIGN KEY (id_driver) REFERENCES Drivers (id_driver)
);
CREATE TABLE driver_card (
id_card int IDENTITY (1, 1) PRIMARY KEY,
phone_driver varchar (25) NOT NULL,
number_card varchar (50),
id_driver int,
FOREIGN KEY (id_driver) REFERENCES Drivers (id_driver)
);
CREATE TABLE Driver_device (
id_device int IDENTITY (1, 1) PRIMARY KEY,
id_driver int,
Os_device varchar (25),
deviceName varchar (25),
imei varchar(50),
Bloock_type varchar (25),
FOREIGN KEY (id_driver) REFERENCES Drivers (id_driver)
);
CREATE TABLE Driver_checks (
id_checks int IDENTITY (1, 1) PRIMARY KEY,
id_driver int,
—heck_name nvarchar(50) NOT NULL,
Check_start datetime,
Check_end datetime,
Employee_name nvarchar(50),
Result nvarchar(20),
FOREIGN KEY (id_driver) REFERENCES Drivers (id_driver)
);
CREATE TABLE Payments (
id_Payment int IDENTITY (1, 1) PRIMARY KEY,
id_driver int,
payment_date datetime,
Id_orders int,
Amount_payment money,
Bonus_payment money,
Parking_payment money,
Tips_payment money,
Status_payment varchar(15),
FOREIGN KEY (id_driver) REFERENCES Drivers (id_driver)
);
ALTER TABLE Payments
ADD FOREIGN KEY (Id_orders) REFERENCES Orders (Id_orders);
CREATE TABLE Driver_transfer (
id_transfer int IDENTITY (1, 1) PRIMARY KEY,
Date_transfer date,
id_driver int,
Transfer_amount money,
id_card int,
Status_transfer varchar(15),
id_Payment int
FOREIGN KEY (id_driver) REFERENCES Drivers (id_driver),
FOREIGN KEY (id_card) REFERENCES driver_card (id_card),
FOREIGN KEY(id_Payment) REFERENCES Payments (id_Payment)
);
CREATE TABLE Orders
(
Id_orders int IDENTITY (1, 1) PRIMARY KEY,
Date_Completion datetime,
Order_price money,
Aggregator varchar(20),
Order_number varchar(25),
Distance varchar(20),
Time_Orders time
);
ALTER TABLE Drivers
ADD CONSTRAINT Ck_DBO
CHECK (datediff(yy,Dob, getdate()) >=18);
ALTER TABLE Drivers
ADD CONSTRAINT CK_DL
CHECK (datediff(yy,dateIssue_drivingLicense, getdate()) >=5);
ALTER TABLE Drivers
ADD CONSTRAINT UQ_phone UNIQUE(phone);
ALTER TABLE Partners
ADD CONSTRAINT UQ_email UNIQUE(Email);
ALTER TABLE Driver_device
ADD CONSTRAINT d_n DEFAULT ('No') for deviceName;
|
--criando rotina de estorno
--executar script: sc_fcr/estorno_pagamento_arquivo.sql
--executando a rotina criada de estorno
select sc_fcr.estorno_pagamento_arquivo(170319, '2019-07-08');
select sc_fcr.estorno_pagamento_arquivo(170287, '2019-07-08');
--listando todos os estornos realizados
select crt.cd_crt as cartao, cun.nm_cun as nome, rdp.vl_dep_rdp as valor_deposito, fcr.vl_fcr as valor_fatura, pfc.vl_pfc as valor_estornado, fcr.dt_ems_fcr
from sc_adp.tbl_rdp rdp
inner join sc_adp.tbl_hfe hfe on rdp.cd_hfe = hfe.cd_hfe
inner join sc_opr.tbl_crt crt on rdp.cd_crt = crt.cd_crt
inner join sc_cad.tbl_fnc fnc on crt.cd_fnc = fnc.cd_fnc
inner join sc_cad.tbl_cun cun on cun.cd_cun = fnc.cd_cun
inner join sc_fcr.tbl_fcr fcr on crt.cd_crt = fcr.cd_crt and fcr.dt_vnc_fcr = '2019-07-08'
inner join sc_fcr.tbl_pfc pfc on fcr.cd_fcr = pfc.cd_fcr
where rdp.cd_hfe in (170287, 170319)
--and pfc.cd_pfc = 587837
order by dt_vnc_fcr;
|
create or replace package body PK_T052_PERSONA is
-- Funciones y Procedimientos del paquete
PROCEDURE Pr_Insertar (p_A052TIPDOCMNT IN GPYT_T052_PERSONA.A052TIPDOCMNT%TYPE,
p_A052NUMRDOCMNT IN GPYT_T052_PERSONA.A052NUMRDOCMNT%TYPE,
p_A052DIGTCHQU IN GPYT_T052_PERSONA.A052DIGTCHQU%TYPE,
p_A052IDTIPPERSN IN GPYT_T052_PERSONA.A052IDTIPPERSN%TYPE,
p_A052NOMBRE IN GPYT_T052_PERSONA.A052NOMBRE%TYPE,
p_A052APELLIDO IN GPYT_T052_PERSONA.A052APELLIDO%TYPE,
p_A052LGREXPCNDOCMNT IN GPYT_T052_PERSONA.A052LGREXPCNDOCMNT%TYPE,
p_A052DIRCCNCORRSPNDNC IN GPYT_T052_PERSONA.A052DIRCCNCORRSPNDNC%TYPE,
p_A052LOCLZCN IN GPYT_T052_PERSONA.A052LOCLZCN%TYPE,
p_A052TELEFONO IN GPYT_T052_PERSONA.A052TELEFONO%TYPE,
p_A052CELULAR IN GPYT_T052_PERSONA.A052CELULAR%TYPE,
p_A052CORRELCTRNC IN GPYT_T052_PERSONA.A052CORRELCTRNC%TYPE,
p_A052CODGCIIU IN GPYT_T052_PERSONA.A052CODGCIIU%TYPE,
p_A052IDENTIDAD IN GPYT_T052_PERSONA.A052IDENTIDAD%TYPE,
p_idUsuario IN NUMBER,
p_resultado OUT CURSOR_SALIDA,
p_codError OUT NUMBER,
p_msjError OUT VARCHAR2) IS
codExcepcion NUMBER;
NOMBRE_PROCEDIMIENTO VARCHAR2(50) := 'Pr_Insertar';
p_A052CODIGO NUMBER;
BEGIN
-- obtenemos el siguiente id
p_A052CODIGO := PK_UTL_UTILIDAD.Fn_ObtenerId('T051_PARTICIPANTE_SEQ');
PK_UTL_UTILIDAD.Pr_RegistrarDebug (p_niveldebug => PK_UTL_CONSTANTE.NIVEL_TRACE,
p_paquete => NOMBRE_PAQUETE,
p_procedimiento => NOMBRE_PROCEDIMIENTO,
p_usuario => p_idUsuario,
p_descripcion => 'Entro a Pr_Insertar ' || p_A052APELLIDO);
INSERT INTO GPYT_T052_PERSONA (A052CODIGO, A052TIPDOCMNT, A052NUMRDOCMNT, A052DIGTCHQU, A052IDTIPPERSN, A052NOMBRE, A052APELLIDO, A052LGREXPCNDOCMNT, A052DIRCCNCORRSPNDNC,
A052LOCLZCN, A052TELEFONO, A052CELULAR, A052CORRELCTRNC, A052CODGCIIU, A052IDENTIDAD, A052ESTADOREGISTRO, A052FECHACREACION, A052USUARIOCREACION)
VALUES (p_A052CODIGO, p_A052TIPDOCMNT, p_A052NUMRDOCMNT, p_A052DIGTCHQU, p_A052IDTIPPERSN, p_A052NOMBRE, p_A052APELLIDO, p_A052LGREXPCNDOCMNT, p_A052DIRCCNCORRSPNDNC,
p_A052LOCLZCN, p_A052TELEFONO, p_A052CELULAR, p_A052CORRELCTRNC, p_A052CODGCIIU, p_A052IDENTIDAD, PK_UTL_CONSTANTE.COD_ACTIVO, sysdate, p_idUsuario);
OPEN p_resultado FOR SELECT p_A052CODIGO A052CODIGO FROM dual;
p_codError := PK_UTL_CONSTANTE.COD_OPERACION_CORRECTA;
p_msjError := PK_UTL_UTILIDAD.Fn_ObtenerMensaje (p_codError);
PK_UTL_UTILIDAD.Pr_RegistrarDebug (p_niveldebug => PK_UTL_CONSTANTE.NIVEL_TRACE,
p_paquete => NOMBRE_PAQUETE,
p_procedimiento => NOMBRE_PROCEDIMIENTO,
p_usuario => p_idUsuario,
p_descripcion => 'Salio de Pr_Insertar ' || p_A052APELLIDO);
END Pr_Insertar;
PROCEDURE Pr_Eliminar (p_A052CODIGO IN GPYT_T052_PERSONA.A052CODIGO%TYPE,
p_idUsuario IN NUMBER,
p_resultado OUT CURSOR_SALIDA,
p_codError OUT NUMBER,
p_msjError OUT VARCHAR2) IS
codExcepcion NUMBER;
NOMBRE_PROCEDIMIENTO VARCHAR2(50) := 'Pr_Eliminar';
estadoReg VARCHAR2(1);
numReg NUMBER;
BEGIN
PK_UTL_UTILIDAD.Pr_RegistrarDebug (p_niveldebug => PK_UTL_CONSTANTE.NIVEL_TRACE,
p_paquete => NOMBRE_PAQUETE,
p_procedimiento => NOMBRE_PROCEDIMIENTO,
p_usuario => p_idUsuario,
p_descripcion => 'Entro a Pr_Eliminar ' || p_A052CODIGO);
UPDATE GPYT_T052_PERSONA
SET A052ESTADOREGISTRO = PK_UTL_CONSTANTE.COD_INACTIVO, A052FECHAMODIFICACION = sysdate,
A052USUARIOMODIFICACION = p_idUsuario
WHERE A052CODIGO = p_A052CODIGO;
OPEN p_resultado FOR SELECT p_A052CODIGO A052CODIGO FROM dual;
p_codError := PK_UTL_CONSTANTE.COD_OPERACION_CORRECTA;
p_msjError := PK_UTL_UTILIDAD.Fn_ObtenerMensaje (p_codError);
PK_UTL_UTILIDAD.Pr_RegistrarDebug (p_niveldebug => PK_UTL_CONSTANTE.NIVEL_TRACE,
p_paquete => NOMBRE_PAQUETE,
p_procedimiento => NOMBRE_PROCEDIMIENTO,
p_usuario => p_idUsuario,
p_descripcion => 'Salio de Pr_Eliminar ' || p_A052CODIGO);
END Pr_Eliminar;
PROCEDURE Pr_Actualizar (p_A052CODIGO IN GPYT_T052_PERSONA.A052CODIGO%TYPE,
p_A052TIPDOCMNT IN GPYT_T052_PERSONA.A052TIPDOCMNT%TYPE,
p_A052NUMRDOCMNT IN GPYT_T052_PERSONA.A052NUMRDOCMNT%TYPE,
p_A052DIGTCHQU IN GPYT_T052_PERSONA.A052DIGTCHQU%TYPE,
p_A052IDTIPPERSN IN GPYT_T052_PERSONA.A052IDTIPPERSN%TYPE,
p_A052NOMBRE IN GPYT_T052_PERSONA.A052NOMBRE%TYPE,
p_A052APELLIDO IN GPYT_T052_PERSONA.A052APELLIDO%TYPE,
p_A052LGREXPCNDOCMNT IN GPYT_T052_PERSONA.A052LGREXPCNDOCMNT%TYPE,
p_A052DIRCCNCORRSPNDNC IN GPYT_T052_PERSONA.A052DIRCCNCORRSPNDNC%TYPE,
p_A052LOCLZCN IN GPYT_T052_PERSONA.A052LOCLZCN%TYPE,
p_A052TELEFONO IN GPYT_T052_PERSONA.A052TELEFONO%TYPE,
p_A052CELULAR IN GPYT_T052_PERSONA.A052CELULAR%TYPE,
p_A052CORRELCTRNC IN GPYT_T052_PERSONA.A052CORRELCTRNC%TYPE,
p_A052CODGCIIU IN GPYT_T052_PERSONA.A052CODGCIIU%TYPE,
p_A052IDENTIDAD IN GPYT_T052_PERSONA.A052IDENTIDAD%TYPE,
p_idUsuario IN NUMBER,
p_resultado OUT CURSOR_SALIDA,
p_codError OUT NUMBER,
p_msjError OUT VARCHAR2) IS
codExcepcion NUMBER;
NOMBRE_PROCEDIMIENTO VARCHAR2(50) := 'Pr_Actualizar';
numReg NUMBER;
BEGIN
PK_UTL_UTILIDAD.Pr_RegistrarDebug (p_niveldebug => PK_UTL_CONSTANTE.NIVEL_TRACE,
p_paquete => NOMBRE_PAQUETE,
p_procedimiento => NOMBRE_PROCEDIMIENTO,
p_usuario => p_idUsuario,
p_descripcion => 'Entro a Pr_Actualizar ' || p_A052CODIGO);
IF p_A052CODIGO IS NULL THEN
p_codError := 4;
p_msjError := PK_UTL_UTILIDAD.Fn_ObtenerMensaje (p_codError);
OPEN p_resultado FOR SELECT '' FROM dual;
return;
END IF;
SELECT COUNT(*) INTO numReg FROM GPYT_T052_PERSONA
WHERE A052CODIGO = p_A052CODIGO AND A052ESTADOREGISTRO = PK_UTL_CONSTANTE.COD_ACTIVO;
IF numReg > 0 THEN
UPDATE GPYT_T052_PERSONA
SET A052TIPDOCMNT = NVL(p_A052TIPDOCMNT, A052TIPDOCMNT),
A052NUMRDOCMNT = NVL(p_A052NUMRDOCMNT, A052NUMRDOCMNT),
A052DIGTCHQU = NVL(p_A052DIGTCHQU, A052DIGTCHQU),
A052IDTIPPERSN = NVL(p_A052IDTIPPERSN, A052IDTIPPERSN),
A052NOMBRE = NVL(p_A052NOMBRE, A052NOMBRE),
A052APELLIDO = NVL(p_A052APELLIDO, A052APELLIDO),
A052LGREXPCNDOCMNT = NVL(p_A052LGREXPCNDOCMNT, A052LGREXPCNDOCMNT),
A052DIRCCNCORRSPNDNC = NVL(p_A052DIRCCNCORRSPNDNC, A052DIRCCNCORRSPNDNC),
A052LOCLZCN = NVL(p_A052LOCLZCN, A052LOCLZCN),
A052TELEFONO = NVL(p_A052TELEFONO, A052TELEFONO),
A052CELULAR = NVL(p_A052CELULAR, A052CELULAR),
A052CORRELCTRNC = NVL(p_A052CORRELCTRNC, A052CORRELCTRNC),
A052CODGCIIU = NVL(p_A052CODGCIIU, A052CODGCIIU),
A052IDENTIDAD = NVL(p_A052IDENTIDAD, A052IDENTIDAD),
A052USUARIOMODIFICACION = p_idUsuario, A052FECHAMODIFICACION = sysdate
WHERE A052CODIGO = p_A052CODIGO;
OPEN p_resultado FOR SELECT p_A052CODIGO A052CODIGO FROM dual;
p_codError := PK_UTL_CONSTANTE.COD_OPERACION_CORRECTA;
p_msjError := PK_UTL_UTILIDAD.Fn_ObtenerMensaje (p_codError);
return;
ELSE
p_codError := 5;
p_msjError := PK_UTL_UTILIDAD.Fn_ObtenerMensaje (p_codError);
OPEN p_resultado FOR SELECT '' FROM dual;
return;
END IF;
PK_UTL_UTILIDAD.Pr_RegistrarDebug (p_niveldebug => PK_UTL_CONSTANTE.NIVEL_TRACE,
p_paquete => NOMBRE_PAQUETE,
p_procedimiento => NOMBRE_PROCEDIMIENTO,
p_usuario => p_idUsuario,
p_descripcion => 'Salio de Pr_Actualizar ' || p_A052CODIGO);
END Pr_Actualizar;
PROCEDURE Pr_ConsultarPorFiltro (p_Filtro IN VARCHAR2,
p_idUsuario IN NUMBER,
p_resultado OUT CURSOR_SALIDA,
p_codError OUT NUMBER,
p_msjError OUT VARCHAR2) IS
codExcepcion NUMBER;
NOMBRE_PROCEDIMIENTO VARCHAR2(50) := 'Pr_ConsultarPorFiltro';
strSQL VARCHAR2(500);
p_Temp VARCHAR2(30);
BEGIN
PK_UTL_UTILIDAD.Pr_RegistrarDebug (p_niveldebug => PK_UTL_CONSTANTE.NIVEL_TRACE,
p_paquete => NOMBRE_PAQUETE,
p_procedimiento => NOMBRE_PROCEDIMIENTO,
p_usuario => p_idUsuario,
p_descripcion => 'Entro a Pr_ConsultarPorFiltro ' || p_Filtro);
IF p_Filtro IS NULL THEN
OPEN p_resultado FOR
SELECT * FROM GPYT_T052_PERSONA WHERE A052ESTADOREGISTRO = PK_UTL_CONSTANTE.COD_ACTIVO;
p_codError := PK_UTL_CONSTANTE.COD_OPERACION_CORRECTA;
p_msjError := PK_UTL_UTILIDAD.Fn_ObtenerMensaje (p_codError);
return;
END IF;
p_Temp := q'{ AND A052ESTADOREGISTRO = '}' || PK_UTL_CONSTANTE.COD_ACTIVO || q'{'}';
strSQL := 'SELECT * FROM GPYT_T052_PERSONA WHERE ' || p_Filtro || p_Temp;
OPEN p_resultado FOR strSQL;
p_codError := PK_UTL_CONSTANTE.COD_OPERACION_CORRECTA;
p_msjError := PK_UTL_UTILIDAD.Fn_ObtenerMensaje (p_codError);
PK_UTL_UTILIDAD.Pr_RegistrarDebug (p_niveldebug => PK_UTL_CONSTANTE.NIVEL_TRACE,
p_paquete => NOMBRE_PAQUETE,
p_procedimiento => NOMBRE_PROCEDIMIENTO,
p_usuario => p_idUsuario,
p_descripcion => 'Salio de Pr_ConsultarPorFiltro ' || p_Filtro);
END Pr_ConsultarPorFiltro;
end PK_T052_PERSONA; |
EXEC sp_rename 'dbo.Comments.Date', 'CreatedAt', 'COLUMN'; |
CREATE TABLE uye (
uye_id INT(11) NOT NULL PRIMARY KEY AUTO_INCREMENT,
email VARCHAR(96) NOT NULL,
sifre VARCHAR(40) NOT NULL,
ad VARCHAr(32) NOT NULL,
durum INT(1) NOT NULL DEFAULT '2',
UNIQUE KEY email (email)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
INSERT INTO uye(email, sifre, ad, durum) VALUES
('test1@test.com', MD5('1234'), 'Nesibe Özkan', '1'),
('test2@test.com', MD5('1234'), 'Ayda Akçay', '2');
CREATE TABLE blog(
blog_id int(11) NOT NULL PRIMARY KEY AUTO_INCREMENT,
baslik varchar(300) NOT NULL,
yazi LONGTEXT NOT NULL,
tarih timestamp DEFAULT CURRENT_TIMESTAMP,
uye_id int NOT NULL,
FOREIGN KEY (uye_id) REFERENCES uye(uye_id)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
INSERT INTO blog(baslik, yazi, uye_id)
VALUES('ilk blog başlığım', 'Bu birinci içerik yazım', 1),
('ikinci blog başlığım', 'Bu ikinci içerik yazım', 1),
('Üçüncü blog başlığım', 'Bu üçüncü içerik yazım', 1);
CREATE TABLE yorum(
yorum_id int(11) NOT NULL PRIMARY KEY AUTO_INCREMENT,
mesaj text NOT NULL,
yazan varchar(80) DEFAULT 'anonim',
tarih timestamp DEFAULT CURRENT_TIMESTAMP,
blog_id int NOT NULL,
FOREIGN KEY (blog_id) REFERENCES blog(blog_id)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
INSERT INTO yorum(mesaj, blog_id) VALUES('ilk mesajı yaptık', 1);
|
UPDATE li_profile
SET
status_id = 2,
project_id = 1
WHERE id = $1
; |
CREATE TABLE applications
(
id INTEGER PRIMARY KEY NOT NULL,
user_name VARCHAR(255),
user_email VARCHAR(255),
user_telephone VARCHAR(255),
user_company VARCHAR(255),
build_appointment VARCHAR(255),
status SMALLINT,
outer_length CHAR(10),
outer_width CHAR(10),
outer_height CHAR(10),
inner_length CHAR(10),
inner_width CHAR(10),
inner_height CHAR(10),
build_foundation VARCHAR(255),
file_route VARCHAR(255),
created_at INTEGER,
updated_at INTEGER
);
CREATE TABLE entity_catalog
(
id INTEGER PRIMARY KEY NOT NULL,
route_id INTEGER,
name VARCHAR(255),
CONSTRAINT catalog_route_id_id_fk FOREIGN KEY (route_id) REFERENCES route (id)
);
CREATE TABLE entity_catalog_categories
(
id INTEGER PRIMARY KEY NOT NULL,
route_id INTEGER,
text TEXT,
image VARCHAR(255),
created_at INTEGER,
updated_at INTEGER,
is_show BOOLEAN,
is_sidebar BOOLEAN,
CONSTRAINT pages_route_id_id_fk FOREIGN KEY (route_id) REFERENCES route (id)
);
CREATE TABLE entity_catalog_instrument
(
id INTEGER PRIMARY KEY NOT NULL,
route_id INTEGER,
name VARCHAR(255),
CONSTRAINT fk_catalog_route_id FOREIGN KEY (route_id) REFERENCES route (id)
);
CREATE TABLE entity_catalog_wood
(
id INTEGER PRIMARY KEY NOT NULL,
route_id INTEGER,
name VARCHAR(255),
CONSTRAINT fk_catalog_wood_id FOREIGN KEY (route_id) REFERENCES route (id)
);
CREATE TABLE entity_gallery
(
id INTEGER PRIMARY KEY NOT NULL,
route_id INTEGER,
image VARCHAR(255),
description TEXT,
created_at INTEGER,
updated_at INTEGER,
CONSTRAINT gallery_route_id_id_fk FOREIGN KEY (route_id) REFERENCES route (id)
);
CREATE TABLE entity_page
(
id INTEGER PRIMARY KEY NOT NULL,
route_id INTEGER,
text TEXT,
created_at INTEGER,
updated_at INTEGER,
is_sidebar BOOLEAN DEFAULT false,
CONSTRAINT entity_page_route_id_fk FOREIGN KEY (route_id) REFERENCES route (id)
);
CREATE TABLE entity_services
(
id INTEGER PRIMARY KEY NOT NULL,
route_id INTEGER,
image VARCHAR(255),
description TEXT,
created_at INTEGER,
updated_at INTEGER,
CONSTRAINT entity_services_id_id_fk FOREIGN KEY (route_id) REFERENCES route (id)
);
CREATE TABLE gallery_item
(
id INTEGER PRIMARY KEY NOT NULL,
gallery_id INTEGER,
name VARCHAR(255),
image VARCHAR(255),
is_active BOOLEAN,
created_at INTEGER,
updated_at INTEGER,
CONSTRAINT gallery_item_gallery_id_id_fk FOREIGN KEY (gallery_id) REFERENCES entity_gallery (id)
);
CREATE TABLE menu
(
id INTEGER PRIMARY KEY NOT NULL,
route_id INTEGER,
name VARCHAR(255),
position VARCHAR(255),
sort INTEGER,
is_active BOOLEAN,
CONSTRAINT menu_route_id_fk FOREIGN KEY (route_id) REFERENCES route (id)
);
CREATE TABLE migration
(
version VARCHAR(180) PRIMARY KEY NOT NULL,
apply_time INTEGER
);
CREATE TABLE news
(
id INTEGER PRIMARY KEY NOT NULL,
title VARCHAR(255),
alias VARCHAR(255),
short_text TEXT,
text TEXT,
image VARCHAR(255),
meta_title VARCHAR(255),
meta_description VARCHAR(255),
meta_keywords VARCHAR(255),
created_at INTEGER,
updated_at INTEGER,
status INTEGER
);
CREATE TABLE route
(
id INTEGER PRIMARY KEY NOT NULL,
title VARCHAR(255),
alias VARCHAR(255),
parent_id INTEGER,
entity INTEGER,
entity_id INTEGER,
meta_title VARCHAR(255),
meta_description TEXT,
meta_keywords TEXT,
is_active BOOLEAN,
sort INTEGER,
created_at INTEGER,
updated_at INTEGER,
CONSTRAINT route_parent_id_id_fk FOREIGN KEY (parent_id) REFERENCES route (id)
);
COMMENT ON COLUMN route.title IS 'Заголовок';
CREATE TABLE route_index
(
route_id INTEGER PRIMARY KEY NOT NULL,
path VARCHAR(255),
level SMALLINT,
refs INTEGER[],
CONSTRAINT route_index_route_id_fk FOREIGN KEY (route_id) REFERENCES route (id)
);
CREATE TABLE settings_main_page
(
id INTEGER PRIMARY KEY NOT NULL,
title VARCHAR(255),
info_text TEXT,
status SMALLINT,
image VARCHAR(255),
video TEXT,
number VARCHAR(255),
position VARCHAR(50),
sort SMALLINT DEFAULT 0
);
CREATE TABLE slider
(
id INTEGER PRIMARY KEY NOT NULL,
title VARCHAR(255),
text TEXT,
image VARCHAR(255),
link VARCHAR(50),
status SMALLINT,
sort SMALLINT DEFAULT 0,
created_at INTEGER,
updated_at INTEGER
); |
SELECT count(id_film) AS 'movies' FROM member_history
WHERE date BETWEEN 10/30/2006 AND 07/27/2007 OR month(date) = 12 AND day(date) = 24;
|
-- phpMyAdmin SQL Dump
-- version 4.0.10deb1
-- http://www.phpmyadmin.net
--
-- Máquina: localhost
-- Data de Criação: 14-Jul-2015 às 09:36
-- Versão do servidor: 5.5.43-0ubuntu0.14.04.1
-- versão do PHP: 5.5.9-1ubuntu4.11
SET SQL_MODE = "NO_AUTO_VALUE_ON_ZERO";
SET time_zone = "+00:00";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8 */;
--
-- Base de Dados: `doctrineTeste`
--
-- --------------------------------------------------------
--
-- Estrutura da tabela `category`
--
CREATE TABLE IF NOT EXISTS `category` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`nome` varchar(200) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=latin1 AUTO_INCREMENT=14 ;
--
-- Extraindo dados da tabela `category`
--
INSERT INTO `category` (`id`, `nome`) VALUES
(1, 'ZendFramework 2'),
(3, 'Codeigniter'),
(4, 'Synfony'),
(5, 'CakePHP'),
(8, 'SlimPhp'),
(9, 'Phalcon PHP'),
(10, 'Laravel'),
(11, 'Seagull'),
(13, 'Yii');
|
SELECT USER
FROM DUAL;
--==>> SCOTT
PURGE RECYCLEBIN;
--==>> RECYCLEBIN이(가) 비워졌습니다.
SELECT *
FROM TAB;
--==>>
/*
BONUS TABLE
DEPT TABLE
EMP TABLE
EMPVIEW VIEW
SALGRADE TABLE
TBL_BUSEO TABLE
TBL_CITY TABLE
TBL_EMP TABLE
TBL_EVENTLOG TABLE
TBL_IDPW TABLE
TBL_INSA TABLE
TBL_INSABACKUP TABLE
TBL_JIKWI TABLE
TBL_MEMBER TABLE
TBL_MEMBERSCORE TABLE
TBL_SAWON TABLE
TBL_STUDENTS TABLE
TBL_SUNGJUK TABLE
TBL_TEST1 TABLE
TBL_TEST2 TABLE
TBL_TEST3 TABLE
TBL_상품 TABLE
TBL_입고 TABLE
TBL_출고 TABLE
VIEW_MEMBERSCORE VIEW
*/
--○ 기존 테이블 제거
DROP TABLE TBL_BOARD PURGE;
--==>>
--○ 게시판 정용 테이블 생성(TBL_BOARD)
CREATE TABLE TBL_BOARD
( NUM NUMBER(9) NOT NULL -- 게시물 번혼
, NAME VARCHAR2(30) NOT NULL -- 게시물 작성자
, PWD VARCHAR2(20) NOT NULL -- 게시물 암호
, EMAIL VARCHAR2(50) -- 작성자 이메일
, SUBJECT VARCHAR2(100) NOT NULL -- 게시물 제목
, CONTENT VARCHAR2(4000) NOT NULL -- 게시물 내용
, IPADDR VARCHAR2(20) -- 접속한 클라이언트의 IP 주소
, HITCOUNT NUMBER DEFAULT 0 NOT NULL -- 게시물 조회수
, CREATED DATE DEFAULT SYSDATE NOT NULL -- 게시물 작성일
, CONSTRAINT BOARD_NUM_PK PRIMARY KEY(NUM) -- 게시물 번호에 PK 제약조건 설정
);
--==>> Table TBL_BOARD이(가) 생성되었습니다.
--○ 게시물 번호의 최대값을 얻어내는 쿼리문 구성
SELECT NVL(MAX(NUM), 0) AS MAXNUM
FROM TBL_BOARD;
--> 한 줄 구성
SELECT NVL(MAX(NUM), 0) AS MAXNUM FROM TBL_BOARD
;
--==>> 0
--○ 게시물 작성 쿼리문 구성
INSERT INTO TBL_BOARD(NUM, NAME, PWD, EMAIL, SUBJECT, CONTENT, IPADDR, HITCOUNT, CREATED)
VALUES(1, '강정우', '1234', 'kjw@test.com', '작성테스트', '내용물작성', '211.238.142.152', 0, SYSDATE);
--> 한 줄 구성
INSERT INTO TBL_BOARD(NUM, NAME, PWD, EMAIL, SUBJECT, CONTENT, IPADDR, HITCOUNT, CREATED) VALUES(1, '강정우', '1234', 'kjw@test.com', '작성테스트', '내용물작성', '211.238.142.152', 0, SYSDATE)
;
--==>> 1 행 이(가) 삽입되었습니다.
--○ 커밋
COMMIT;
--==>> 커밋 완료.
--○ DB 레코드의 갯수(전체 게시물 수)를 가져오는 쿼리문 구성
SELECT COUNT(*) AS COUNT
FROM TBL_BOARD;
--> 한 줄 구성
SELECT COUNT(*) AS COUNT FROM TBL_BOARD
;
--==>> 1
--○ 특정 영역의(시작 번호 ~ 끝 번호) 게시물의 목록을 읽어오는 쿼리문 구성
SELECT NUM, NAME, SUBJECT, HITCOUNT, CREATED
FROM
(
SELECT ROWNUM RNUM, DATA.*
FROM
(
SELECT NUM, NAME, SUBJECT, HITCOUNT, TO_CHAR(CREATED, 'YYYY-MM-DD') AS CREATED
FROM TBL_BOARD
ORDER BY NUM DESC
) DATA
)
WHERE RNUM >= 1 AND RNUM <= 10;
--> 한 줄 구성
SELECT NUM, NAME, SUBJECT, HITCOUNT, CREATED FROM (SELECT ROWNUM RNUM, DATA.* FROM ( SELECT NUM, NAME, SUBJECT, HITCOUNT, TO_CHAR(CREATED, 'YYYY-MM-DD') AS CREATED FROM TBL_BOARD ORDER BY NUM DESC) DATA) WHERE RNUM >= 1 AND RNUM <= 10
;
--==>> 1 강정우 작성테스트 0 2020-11-27
--○ 특정 게시물 조회에 따른 조회 횟수 증가 쿼리문 구성
UPDATE TBL_BOARD
SET HITCOUNT = HITCOUNT + 1
WHERE NUM=1;
--> 한 줄 구성
UPDATE TBL_BOARD SET HITCOUNT = HITCOUNT + 1 WHERE NUM=1
;
--==>> 1 행 이(가) 업데이트되었습니다.
--○ 확인
SELECT *
FROM TBL_BOARD;
--==>> 1 강정우 1234 kjw@test.com 작성테스트 내용물작성 211.238.142.152 2 2020-11-27
--○ 커밋
COMMIT;
--==>> 커밋 완료.
--○ 특정 게시물의 내용을 읽어오는 쿼리문 구성
SELECT NUM, NAME, PWD, EMAIL, SUBJECT, CONTENT
, IPADDR, HITCOUNT, TO_CHAR(CREATED, 'YYYY-MM-DD') AS CREATED
FROM TBL_BOARD
WHERE NUM=1;
--> 한 줄 구성
SELECT NUM, NAME, PWD, EMAIL, SUBJECT, CONTENT, IPADDR, HITCOUNT, TO_CHAR(CREATED, 'YYYY-MM-DD') AS CREATED FROM TBL_BOARD WHERE NUM=1
;
--○ 특정 게시물을 삭제하는 쿼리문 구성
DELETE
FROM TBL_BOARD
WHERE NUM=1;
--> 한 줄 구성
DELETE FROM TBL_BOARD WHERE NUM=1
;
--==>> 1 행 이(가) 삭제되었습니다.
--○ 롤백
ROLLBACK;
--==>> 롤백 완료.
--○ 특정 게시물을 수정하는 쿼리문 구성
UPDATE TBL_BOARD
SET NAME='권소윤', PWD='9876', EMAIL='ksw@test.com', SUBJECT='안녕하세요', CONTENT='반갑습니다.'
WHERE NUM=1;
--> 한 줄 구성
UPDATE TBL_BOARD SET NAME='권소윤', PWD='9876', EMAIL='ksw@test.com', SUBJECT='안녕하세요', CONTENT='반갑습니다.' WHERE NUM=1
;
--○ 커밋
COMMIT;
--==>> 커밋 완료.
-- 테스트
INSERT INTO TBL_BOARD(NUM, NAME, PWD, EMAIL, SUBJECT, CONTENT, IPADDR, HITCOUNT, CREATED)
VALUES(5, '김승범', '1234', 'ksb@test.com', '작성테스트2', '내용물작성2', '211.238.142.154', 0, SYSDATE);
--○ 게시물 다음 번호 읽어오는 쿼리문 구성
SELECT NVL(MIN(NUM), -1) NEXTNUM
FROM TBL_BOARD
WHERE NUM > 1;
--> 한 줄 구성
SELECT NVL(MIN(NUM), -1) NEXTNUM FROM TBL_BOARD WHERE NUM > 1
;
--○ 게시물 이전 번호 읽어오는 쿼리문 구성
SELECT NVL(MAX(NUM), -1) BEFORENUM
FROM TBL_BOARD
WHERE NUM < 1;
--> 한 줄 구성
SELECT NVL(MAX(NUM), -1) BEFORENUM FROM TBL_BOARD WHERE NUM < 1
;
--○ 검색 기능 추가 관련 쿼리문 구성
SELECT COUNT(*) AS COUNT
FROM TBL_BOARD
WHERE SUBJECT LIKE '%취미%';
--> 한 줄 구성
SELECT COUNT(*) AS COUNT FROM TBL_BOARD WHERE SUBJECT LIKE '%취미%'
;
SELECT COUNT(*) AS COUNT FROM TBL_BOARD WHERE NAME LIKE '%길동%'
;
SELECT COUNT(*) AS COUNT FROM TBL_BOARD WHERE CONTENT LIKE '%날씨%'
;
|
-- phpMyAdmin SQL Dump
-- version 4.7.7
-- https://www.phpmyadmin.net/
--
-- Хост: 127.0.0.1:3306
-- Время создания: Авг 23 2019 г., 02:06
-- Версия сервера: 5.6.38
-- Версия PHP: 7.2.0
SET SQL_MODE = "NO_AUTO_VALUE_ON_ZERO";
SET AUTOCOMMIT = 0;
START TRANSACTION;
SET time_zone = "+00:00";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8mb4 */;
--
-- База данных: `Users`
--
-- --------------------------------------------------------
--
-- Структура таблицы `User`
--
CREATE TABLE `User` (
`email` varchar(64) NOT NULL,
`login` varchar(32) NOT NULL,
`name` varchar(32) NOT NULL,
`password` varchar(64) NOT NULL,
`number` int(11) NOT NULL DEFAULT '0'
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
--
-- Индексы сохранённых таблиц
--
--
-- Индексы таблицы `User`
--
ALTER TABLE `User`
ADD PRIMARY KEY (`login`);
COMMIT;
/*!40101 SET CHARACTER_SET_CLIENT=@OLD_CHARACTER_SET_CLIENT */;
/*!40101 SET CHARACTER_SET_RESULTS=@OLD_CHARACTER_SET_RESULTS */;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */;
|
DROP TABLE IF EXISTS MarineAnimal;
CREATE TABLE
MarineAnimal(ID INT PRIMARY KEY,
NOSURFACE INT,
FLAPPERS INT,
FISH VARCHAR(3)
);
INSERT INTO MarineAnimal VALUES(1, 1, 1, 'Yes');
INSERT INTO MarineAnimal VALUES(2, 1, 1, 'Yes');
INSERT INTO MarineAnimal VALUES(3, 1, 0, 'No');
INSERT INTO MarineAnimal VALUES(4, 0, 1, 'No');
INSERT INTO MarineAnimal VALUES(5, 0, 1, 'No');
CALL DECISIONTREE('MARINEANIMAL', 'NOSURFACE', 'FLAPPERS', 'FISH');
ALTER TABLE MARINEANIMAL
ADD COLUMN PREDICTION VARCHAR(50) AS CLASSIFY('MARINEANIMAL', NOSURFACE, FLAPPERS, FISH) AFTER FISH;
INSERT INTO MARINEANIMAL (ID, NOSURFACE, FLAPPERS, FISH) REDECISION VALUES (7, 1, 1, 'No');
INSERT INTO MARINEANIMAL (ID, NOSURFACE, FLAPPERS, FISH) REDECISION VALUES (8, 1, 1, 'No');
INSERT INTO MARINEANIMAL (ID, NOSURFACE, FLAPPERS, FISH) REDECISION VALUES (9, 1, 1, 'No');
INSERT INTO MARINEANIMAL (ID, NOSURFACE, FLAPPERS, FISH) REDECISION VALUES (10, 1, 1, 'No');
INSERT INTO MARINEANIMAL (ID, NOSURFACE, FLAPPERS, FISH) REDECISION VALUES (11, 1, 1, 'No');
INSERT INTO MARINEANIMAL (ID, NOSURFACE, FLAPPERS, FISH) REDECISION VALUES (12, 1, 1, 'No');
INSERT INTO MARINEANIMAL (ID, NOSURFACE, FLAPPERS, FISH) REDECISION VALUES (13, 1, 1, 'No');
INSERT INTO MARINEANIMAL (ID, NOSURFACE, FLAPPERS, FISH) REDECISION VALUES (14, 1, 1, 'No');
|
-- Table: numero_resolucion
-- DROP TABLE numero_resolucion;
CREATE TABLE numero_resolucion
(
id_numero_resolucion serial NOT NULL primary key,
numero_res character varying,
direccion_res character varying
);
|
■問題文
書籍テーブル（books）上、publish列の定義を「VARCHAR(100) NULLを許可」で変更してみましょう。
以下の空欄を埋めて、SQL命令を完成させてください。
[空欄①]
books
MODIFY
[空欄②]
;
■実行文
# 書籍テーブルのテーブル定義を変更する
ALTER TABLE
books
# publish列の定義をVARCHAR(100) NULLを許可に変更する
MODIFY
publish VARCHAR(100) NULL
;
■返却値
【Before】
mysql> desc books;
+--------------+--------------+------+-----+---------+-------+
| Field | Type | Null | Key | Default | Extra |
+--------------+--------------+------+-----+---------+-------+
| isbn | char(17) | NO | PRI | NULL | |
| title | varchar(255) | YES | | NULL | |
| price | int | YES | | NULL | |
| publish | varchar(30) | YES | | NULL | |
| publish_date | date | YES | | NULL | |
| category_id | char(5) | YES | | NULL | |
| sales | int | YES | | NULL | |
| rating | char(1) | NO | | B | |
| pages | int | NO | | 0 | |
+--------------+--------------+------+-----+---------+-------+
9 rows in set (0.03 sec)
【After】
mysql> ALTER TABLE
-> books
-> MODIFY
-> publish VARCHAR(100) NULL
-> ;
Query OK, 0 rows affected (0.75 sec)
Records: 0 Duplicates: 0 Warnings: 0
mysql> desc books;
+--------------+--------------+------+-----+---------+-------+
| Field | Type | Null | Key | Default | Extra |
+--------------+--------------+------+-----+---------+-------+
| isbn | char(17) | NO | PRI | NULL | |
| title | varchar(255) | YES | | NULL | |
| price | int | YES | | NULL | |
| publish | varchar(100) | YES | | NULL | |
| publish_date | date | YES | | NULL | |
| category_id | char(5) | YES | | NULL | |
| sales | int | YES | | NULL | |
| rating | char(1) | NO | | B | |
| pages | int | NO | | 0 | |
+--------------+--------------+------+-----+---------+-------+
9 rows in set (0.05 sec) |
CREATE TABLE "CARS" (
"ID" INTEGER NOT NULL PRIMARY KEY GENERATED ALWAYS AS IDENTITY,
"LICENCE_PLATE" VARCHAR(8) NOT NULL,
"MODEL" VARCHAR(32) NOT NULL,
"RENTAL_PAYMENT" DECIMAL(10, 1) NOT NULL,
"STATUS" BOOLEAN NOT NULL
);
CREATE TABLE "CUSTOMERS" (
"ID" INTEGER NOT NULL PRIMARY KEY GENERATED ALWAYS AS IDENTITY,
"FULL_NAME" VARCHAR(60) NOT NULL,
"ADDRESS" VARCHAR(100) NOT NULL,
"PHONE_NUMBER" VARCHAR(32) NOT NULL,
"STATUS" BOOLEAN NOT NULL
);
CREATE TABLE "LEASES" (
"ID" INTEGER NOT NULL PRIMARY KEY GENERATED ALWAYS AS IDENTITY,
"CUSTOMER" INTEGER NOT NULL REFERENCES CUSTOMERS(ID),
"CAR" INTEGER NOT NULL REFERENCES CARS(ID),
"PRICE" DECIMAL(10, 1) NOT NULL,
"START_DATE" DATE NOT NULL,
"END_DATE" DATE NOT NULL
); |
drop table order_topping;
drop table order_product;
drop table order_cart;
drop table star_bux_customer;
drop table topping;
drop table product; |
-- Comments(comment_id, user_id, description)
-- Only have comments for each delivered/returned item
-- user_id 1 and user_id 13 to 19 has 20 comments each
-- user_id 2 to 8 has 10 comments each
-- user_id 9 to 12 has 40 comments each
INSERT INTO Comments VALUES(1, 'Item in great condition as always.');--conc 1
INSERT INTO Comments VALUES(1, 'Good to know, thanks mate');
INSERT INTO Comments VALUES(1, 'Great!');
INSERT INTO Comments VALUES(1, 'Item was delivered early!');
INSERT INTO Comments VALUES(1, 'Wonderful!'); --conc 2
INSERT INTO Comments VALUES(1, 'Item in perfect condition');
INSERT INTO Comments VALUES(1, 'Great product');
INSERT INTO Comments VALUES(1, 'Wonderful!');
INSERT INTO Comments VALUES(1, 'Buying it was a good decision');
INSERT INTO Comments VALUES(1, 'Item came late');-- conc 3
INSERT INTO Comments VALUES(1, 'Great!');
INSERT INTO Comments VALUES(1, 'Great product');
INSERT INTO Comments VALUES(1, 'Item came late');
INSERT INTO Comments VALUES(1, 'I liked it!');
INSERT INTO Comments VALUES(1, 'Great!');--conc 4
INSERT INTO Comments VALUES(1, 'Wonderful!');
INSERT INTO Comments VALUES(1, 'Item was delivered early!');
INSERT INTO Comments VALUES(1, 'Great!');
INSERT INTO Comments VALUES(1, 'Great product');
INSERT INTO Comments VALUES(1, 'It was in perfect condition'); -- conc 5
INSERT INTO Comments VALUES(2, 'Buying it was a good decision');
INSERT INTO Comments VALUES(2, 'Good!');
INSERT INTO Comments VALUES(2, 'Item came late');
INSERT INTO Comments VALUES(2, 'Item came late');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');--conc 6
INSERT INTO Comments VALUES(2, 'Useful product!');
INSERT INTO Comments VALUES(2, 'Good!');
INSERT INTO Comments VALUES(2, 'Item came late');
INSERT INTO Comments VALUES(2, 'Wonderful!');
INSERT INTO Comments VALUES(2, 'Item in good condition'); --conc 7
INSERT INTO Comments VALUES(3, 'I liked it!');
INSERT INTO Comments VALUES(3, 'I liked it!');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Useful product!');
INSERT INTO Comments VALUES(3, 'Item was delivered early!'); --conc 8
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Buying it was a good decision');
INSERT INTO Comments VALUES(3, 'Buying it was a good decision');
INSERT INTO Comments VALUES(3, 'Item in perfect condition');
INSERT INTO Comments VALUES(3, 'Item in perfect condition');--conc 9
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'Buying it was a good decision');
INSERT INTO Comments VALUES(4, 'Useful product!');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Great!');-- conc 10
INSERT INTO Comments VALUES(4, 'I liked it!');
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'Good!');
INSERT INTO Comments VALUES(5, 'I liked it!');
INSERT INTO Comments VALUES(5, 'Item was delivered early!');
INSERT INTO Comments VALUES(5, 'Item in perfect condition');
INSERT INTO Comments VALUES(5, 'Item was delivered early!');
INSERT INTO Comments VALUES(5, 'Wonderful!');
INSERT INTO Comments VALUES(5, 'Buying it was a good decision');
INSERT INTO Comments VALUES(5, 'Item in perfect condition');
INSERT INTO Comments VALUES(5, 'Item came late');
INSERT INTO Comments VALUES(5, 'Wonderful!');
INSERT INTO Comments VALUES(5, 'Item in good condition');
INSERT INTO Comments VALUES(6, 'Item in good condition');
INSERT INTO Comments VALUES(6, 'Wonderful!');
INSERT INTO Comments VALUES(6, 'Great product');
INSERT INTO Comments VALUES(6, 'Useful product!');
INSERT INTO Comments VALUES(6, 'Useful product!');
INSERT INTO Comments VALUES(6, 'Great product');
INSERT INTO Comments VALUES(6, 'Item in good condition');
INSERT INTO Comments VALUES(6, 'Buying it was a good decision');
INSERT INTO Comments VALUES(6, 'Great!');
INSERT INTO Comments VALUES(6, 'Item in perfect condition');
INSERT INTO Comments VALUES(7, 'Useful product!');
INSERT INTO Comments VALUES(7, 'I liked it!');
INSERT INTO Comments VALUES(7, 'Item was delivered early!');
INSERT INTO Comments VALUES(7, 'Item came late');
INSERT INTO Comments VALUES(7, 'Item came late');
INSERT INTO Comments VALUES(7, 'Great!');
INSERT INTO Comments VALUES(7, 'Great product');
INSERT INTO Comments VALUES(7, 'Good!');
INSERT INTO Comments VALUES(7, 'Great!');
INSERT INTO Comments VALUES(7, 'Good!');
INSERT INTO Comments VALUES(8, 'Item was delivered early!');
INSERT INTO Comments VALUES(8, 'Good!');
INSERT INTO Comments VALUES(8, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(8, 'Good!');
INSERT INTO Comments VALUES(8, 'Useful product!');
INSERT INTO Comments VALUES(8, 'Great product');
INSERT INTO Comments VALUES(8, 'Great!');
INSERT INTO Comments VALUES(8, 'Item came late');
INSERT INTO Comments VALUES(8, 'I liked it!');
INSERT INTO Comments VALUES(8, 'Great product');
INSERT INTO Comments VALUES(9, 'Useful product!');
INSERT INTO Comments VALUES(9, 'Wonderful!');
INSERT INTO Comments VALUES(9, 'Item was delivered early!');
INSERT INTO Comments VALUES(9, 'Item was delivered early!');
INSERT INTO Comments VALUES(9, 'Item in perfect condition');
INSERT INTO Comments VALUES(9, 'Useful product!');
INSERT INTO Comments VALUES(9, 'Good!');
INSERT INTO Comments VALUES(9, 'Great!');
INSERT INTO Comments VALUES(9, 'Item in perfect condition');
INSERT INTO Comments VALUES(9, 'Wonderful!');
INSERT INTO Comments VALUES(9, 'Buying it was a good decision');
INSERT INTO Comments VALUES(9, 'Useful product!');
INSERT INTO Comments VALUES(9, 'Great product');
INSERT INTO Comments VALUES(9, 'Buying it was a good decision');
INSERT INTO Comments VALUES(9, 'Item in perfect condition');
INSERT INTO Comments VALUES(9, 'Buying it was a good decision');
INSERT INTO Comments VALUES(9, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(9, 'Great product');
INSERT INTO Comments VALUES(9, 'Item in good condition');
INSERT INTO Comments VALUES(9, 'Item in perfect condition');
INSERT INTO Comments VALUES(9, 'I liked it!');
INSERT INTO Comments VALUES(9, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(9, 'Item came late');
INSERT INTO Comments VALUES(9, 'Item in good condition');
INSERT INTO Comments VALUES(9, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(9, 'Wonderful!');
INSERT INTO Comments VALUES(9, 'Good!');
INSERT INTO Comments VALUES(9, 'Item was delivered early!');
INSERT INTO Comments VALUES(9, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(9, 'I liked it!');
INSERT INTO Comments VALUES(9, 'I liked it!');
INSERT INTO Comments VALUES(9, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(9, 'Item came late');
INSERT INTO Comments VALUES(9, 'Item in good condition');
INSERT INTO Comments VALUES(9, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(9, 'Wonderful!');
INSERT INTO Comments VALUES(9, 'Good!');
INSERT INTO Comments VALUES(9, 'Item was delivered early!');
INSERT INTO Comments VALUES(9, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(9, 'I liked it!');
INSERT INTO Comments VALUES(10, 'Good!');
INSERT INTO Comments VALUES(10, 'I liked it!');
INSERT INTO Comments VALUES(10, 'Item in great condition as always.');
INSERT INTO Comments VALUES(10, 'Good to know, thanks mate');
INSERT INTO Comments VALUES(10, 'Great!');
INSERT INTO Comments VALUES(10, 'Item was delivered early!');
INSERT INTO Comments VALUES(10, 'Wonderful!');
INSERT INTO Comments VALUES(10, 'Item in perfect condition');
INSERT INTO Comments VALUES(10, 'Great product');
INSERT INTO Comments VALUES(10, 'Wonderful!');
INSERT INTO Comments VALUES(10, 'Buying it was a good decision');
INSERT INTO Comments VALUES(10, 'Item came late');
INSERT INTO Comments VALUES(10, 'Great!');
INSERT INTO Comments VALUES(10, 'Great product');
INSERT INTO Comments VALUES(10, 'Item came late');
INSERT INTO Comments VALUES(10, 'I liked it!');
INSERT INTO Comments VALUES(10, 'Great!');
INSERT INTO Comments VALUES(10, 'Wonderful!');
INSERT INTO Comments VALUES(10, 'Item was delivered early!');
INSERT INTO Comments VALUES(10, 'Great!');
INSERT INTO Comments VALUES(10, 'Great product');
INSERT INTO Comments VALUES(10, 'Item in good condition');
INSERT INTO Comments VALUES(10, 'Buying it was a good decision');
INSERT INTO Comments VALUES(10, 'Good!');
INSERT INTO Comments VALUES(10, 'Item came late');
INSERT INTO Comments VALUES(10, 'Item came late');
INSERT INTO Comments VALUES(10, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(10, 'Useful product!');
INSERT INTO Comments VALUES(10, 'Good!');
INSERT INTO Comments VALUES(10, 'Item came late');
INSERT INTO Comments VALUES(10, 'Wonderful!');
INSERT INTO Comments VALUES(10, 'Item in good condition');
INSERT INTO Comments VALUES(10, 'I liked it!');
INSERT INTO Comments VALUES(10, 'I liked it!');
INSERT INTO Comments VALUES(10, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(10, 'Useful product!');
INSERT INTO Comments VALUES(10, 'Item was delivered early!');
INSERT INTO Comments VALUES(10, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(10, 'Buying it was a good decision');
INSERT INTO Comments VALUES(10, 'Buying it was a good decision');
INSERT INTO Comments VALUES(11, 'Item in perfect condition');
INSERT INTO Comments VALUES(11, 'Item in perfect condition');
INSERT INTO Comments VALUES(11, 'Item in good condition');
INSERT INTO Comments VALUES(11, 'Buying it was a good decision');
INSERT INTO Comments VALUES(11, 'Useful product!');
INSERT INTO Comments VALUES(11, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(11, 'Great!');
INSERT INTO Comments VALUES(11, 'I liked it!');
INSERT INTO Comments VALUES(11, 'Item in good condition');
INSERT INTO Comments VALUES(11, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(11, 'Item in good condition');
INSERT INTO Comments VALUES(11, 'Good!');
INSERT INTO Comments VALUES(11, 'I liked it!');
INSERT INTO Comments VALUES(11, 'Item was delivered early!');
INSERT INTO Comments VALUES(11, 'Item in perfect condition');
INSERT INTO Comments VALUES(11, 'Item was delivered early!');
INSERT INTO Comments VALUES(11, 'Wonderful!');
INSERT INTO Comments VALUES(11, 'Buying it was a good decision');
INSERT INTO Comments VALUES(11, 'Item in perfect condition');
INSERT INTO Comments VALUES(11, 'Item came late');
INSERT INTO Comments VALUES(11, 'Wonderful!');
INSERT INTO Comments VALUES(11, 'Item in good condition');
INSERT INTO Comments VALUES(11, 'Item in good condition');
INSERT INTO Comments VALUES(11, 'Wonderful!');
INSERT INTO Comments VALUES(11, 'Great product');
INSERT INTO Comments VALUES(11, 'Useful product!');
INSERT INTO Comments VALUES(11, 'Useful product!');
INSERT INTO Comments VALUES(11, 'Great product');
INSERT INTO Comments VALUES(11, 'Item in good condition');
INSERT INTO Comments VALUES(11, 'Buying it was a good decision');
INSERT INTO Comments VALUES(11, 'Great!');
INSERT INTO Comments VALUES(11, 'Item in perfect condition');
INSERT INTO Comments VALUES(11, 'Useful product!');
INSERT INTO Comments VALUES(11, 'I liked it!');
INSERT INTO Comments VALUES(11, 'Item was delivered early!');
INSERT INTO Comments VALUES(11, 'Item came late');
INSERT INTO Comments VALUES(11, 'Item came late');
INSERT INTO Comments VALUES(11, 'Great!');
INSERT INTO Comments VALUES(11, 'Great product');
INSERT INTO Comments VALUES(11, 'Good!');
INSERT INTO Comments VALUES(12, 'Great!');
INSERT INTO Comments VALUES(12, 'Good!');
INSERT INTO Comments VALUES(12, 'Item was delivered early!');
INSERT INTO Comments VALUES(12, 'Good!');
INSERT INTO Comments VALUES(12, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(12, 'Good!');
INSERT INTO Comments VALUES(12, 'Useful product!');
INSERT INTO Comments VALUES(12, 'Great product');
INSERT INTO Comments VALUES(12, 'Great!');
INSERT INTO Comments VALUES(12, 'Item came late');
INSERT INTO Comments VALUES(12, 'I liked it!');
INSERT INTO Comments VALUES(12, 'Great product');
INSERT INTO Comments VALUES(12, 'Useful product!');
INSERT INTO Comments VALUES(12, 'Wonderful!');
INSERT INTO Comments VALUES(12, 'Item was delivered early!');
INSERT INTO Comments VALUES(12, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(12, 'Useful product!');
INSERT INTO Comments VALUES(12, 'Good!');
INSERT INTO Comments VALUES(12, 'Item came late');
INSERT INTO Comments VALUES(12, 'Wonderful!');
INSERT INTO Comments VALUES(12, 'Item in good condition');
INSERT INTO Comments VALUES(12, 'I liked it!');
INSERT INTO Comments VALUES(12, 'I liked it!');
INSERT INTO Comments VALUES(12, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(12, 'Useful product!');
INSERT INTO Comments VALUES(12, 'Item was delivered early!');
INSERT INTO Comments VALUES(12, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(12, 'Buying it was a good decision');
INSERT INTO Comments VALUES(12, 'Buying it was a good decision');
INSERT INTO Comments VALUES(12, 'Item in perfect condition');
INSERT INTO Comments VALUES(12, 'Item in perfect condition');
INSERT INTO Comments VALUES(12, 'Item in good condition');
INSERT INTO Comments VALUES(12, 'Buying it was a good decision');
INSERT INTO Comments VALUES(12, 'Useful product!');
INSERT INTO Comments VALUES(12, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(12, 'Great!');
INSERT INTO Comments VALUES(12, 'I liked it!');
INSERT INTO Comments VALUES(12, 'Item in good condition');
INSERT INTO Comments VALUES(12, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(12, 'Item in good condition');
INSERT INTO Comments VALUES(13, 'Good!');
INSERT INTO Comments VALUES(13, 'I liked it!');
INSERT INTO Comments VALUES(13, 'Item was delivered early!');
INSERT INTO Comments VALUES(13, 'Item in perfect condition');
INSERT INTO Comments VALUES(13, 'Item was delivered early!');
INSERT INTO Comments VALUES(13, 'Wonderful!');
INSERT INTO Comments VALUES(13, 'Buying it was a good decision');
INSERT INTO Comments VALUES(13, 'Item in perfect condition');
INSERT INTO Comments VALUES(13, 'Item came late');
INSERT INTO Comments VALUES(13, 'Wonderful!');
INSERT INTO Comments VALUES(13, 'Item in good condition');
INSERT INTO Comments VALUES(13, 'Item in good condition');
INSERT INTO Comments VALUES(13, 'Wonderful!');
INSERT INTO Comments VALUES(13, 'Great product');
INSERT INTO Comments VALUES(13, 'Useful product!');
INSERT INTO Comments VALUES(13, 'Useful product!');
INSERT INTO Comments VALUES(13, 'Great product');
INSERT INTO Comments VALUES(13, 'Item in good condition');
INSERT INTO Comments VALUES(13, 'Buying it was a good decision');
INSERT INTO Comments VALUES(13, 'Great!');
INSERT INTO Comments VALUES(14, 'Item in perfect condition');
INSERT INTO Comments VALUES(14, 'Useful product!');
INSERT INTO Comments VALUES(14, 'I liked it!');
INSERT INTO Comments VALUES(14, 'Item was delivered early!');
INSERT INTO Comments VALUES(14, 'Item came late');
INSERT INTO Comments VALUES(14, 'Item came late');
INSERT INTO Comments VALUES(14, 'Great!');
INSERT INTO Comments VALUES(14, 'Great product');
INSERT INTO Comments VALUES(14, 'Good!');
INSERT INTO Comments VALUES(14, 'Great!');
INSERT INTO Comments VALUES(14, 'Good!');
INSERT INTO Comments VALUES(14, 'Item was delivered early!');
INSERT INTO Comments VALUES(14, 'Good!');
INSERT INTO Comments VALUES(14, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(14, 'Good!');
INSERT INTO Comments VALUES(14, 'Useful product!');
INSERT INTO Comments VALUES(14, 'Great product');
INSERT INTO Comments VALUES(14, 'Great!');
INSERT INTO Comments VALUES(14, 'Item came late');
INSERT INTO Comments VALUES(14, 'I liked it!');
INSERT INTO Comments VALUES(15, 'Great product');
INSERT INTO Comments VALUES(15, 'Useful product!');
INSERT INTO Comments VALUES(15, 'Wonderful!');
INSERT INTO Comments VALUES(15, 'Item was delivered early!');
INSERT INTO Comments VALUES(15, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(15, 'Useful product!');
INSERT INTO Comments VALUES(15, 'Good!');
INSERT INTO Comments VALUES(15, 'Item came late');
INSERT INTO Comments VALUES(15, 'Wonderful!');
INSERT INTO Comments VALUES(15, 'Item in good condition');
INSERT INTO Comments VALUES(15, 'I liked it!');
INSERT INTO Comments VALUES(15, 'I liked it!');
INSERT INTO Comments VALUES(15, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(15, 'Useful product!');
INSERT INTO Comments VALUES(15, 'Item was delivered early!');
INSERT INTO Comments VALUES(15, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(15, 'Buying it was a good decision');
INSERT INTO Comments VALUES(15, 'Buying it was a good decision');
INSERT INTO Comments VALUES(15, 'Item in perfect condition');
INSERT INTO Comments VALUES(15, 'Item in perfect condition');
INSERT INTO Comments VALUES(16, 'Item in good condition');
INSERT INTO Comments VALUES(16, 'Buying it was a good decision');
INSERT INTO Comments VALUES(16, 'Useful product!');
INSERT INTO Comments VALUES(16, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(16, 'Great!');
INSERT INTO Comments VALUES(16, 'I liked it!');
INSERT INTO Comments VALUES(16, 'Item in good condition');
INSERT INTO Comments VALUES(16, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(16, 'Item in good condition');
INSERT INTO Comments VALUES(16, 'Good!');
INSERT INTO Comments VALUES(16, 'I liked it!');
INSERT INTO Comments VALUES(16, 'Item was delivered early!');
INSERT INTO Comments VALUES(16, 'Item in perfect condition');
INSERT INTO Comments VALUES(16, 'Item was delivered early!');
INSERT INTO Comments VALUES(16, 'Wonderful!');
INSERT INTO Comments VALUES(16, 'Buying it was a good decision');
INSERT INTO Comments VALUES(16, 'Item in perfect condition');
INSERT INTO Comments VALUES(16, 'Item came late');
INSERT INTO Comments VALUES(16, 'Wonderful!');
INSERT INTO Comments VALUES(16, 'Item in good condition');
INSERT INTO Comments VALUES(17, 'Item in good condition');
INSERT INTO Comments VALUES(17, 'Wonderful!');
INSERT INTO Comments VALUES(17, 'Great product');
INSERT INTO Comments VALUES(17, 'Useful product!');
INSERT INTO Comments VALUES(17, 'Useful product!');
INSERT INTO Comments VALUES(17, 'Great product');
INSERT INTO Comments VALUES(17, 'Item in good condition');
INSERT INTO Comments VALUES(17, 'Buying it was a good decision');
INSERT INTO Comments VALUES(17, 'Great!');
INSERT INTO Comments VALUES(17, 'Item in perfect condition');
INSERT INTO Comments VALUES(17, 'Useful product!');
INSERT INTO Comments VALUES(17, 'I liked it!');
INSERT INTO Comments VALUES(17, 'Item was delivered early!');
INSERT INTO Comments VALUES(17, 'Item came late');
INSERT INTO Comments VALUES(17, 'Item came late');
INSERT INTO Comments VALUES(17, 'Great!');
INSERT INTO Comments VALUES(17, 'Great product');
INSERT INTO Comments VALUES(17, 'Good!');
INSERT INTO Comments VALUES(17, 'Great!');
INSERT INTO Comments VALUES(17, 'Good!');
INSERT INTO Comments VALUES(18, 'Item was delivered early!');
INSERT INTO Comments VALUES(18, 'Good!');
INSERT INTO Comments VALUES(18, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(18, 'Good!');
INSERT INTO Comments VALUES(18, 'Useful product!');
INSERT INTO Comments VALUES(18, 'Great product');
INSERT INTO Comments VALUES(18, 'Great!');
INSERT INTO Comments VALUES(18, 'Item came late');
INSERT INTO Comments VALUES(18, 'I liked it!');
INSERT INTO Comments VALUES(18, 'Great product');
INSERT INTO Comments VALUES(18, 'Useful product!');
INSERT INTO Comments VALUES(18, 'Wonderful!');
INSERT INTO Comments VALUES(18, 'Item was delivered early!');
INSERT INTO Comments VALUES(18, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(18, 'Useful product!');
INSERT INTO Comments VALUES(18, 'Good!');
INSERT INTO Comments VALUES(18, 'Item came late');
INSERT INTO Comments VALUES(18, 'Wonderful!');
INSERT INTO Comments VALUES(18, 'Item in good condition');
INSERT INTO Comments VALUES(18, 'I liked it!');
INSERT INTO Comments VALUES(19, 'I liked it!');
INSERT INTO Comments VALUES(19, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(19, 'Useful product!');
INSERT INTO Comments VALUES(19, 'Item was delivered early!');
INSERT INTO Comments VALUES(19, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(19, 'Buying it was a good decision');
INSERT INTO Comments VALUES(19, 'Buying it was a good decision');
INSERT INTO Comments VALUES(19, 'Item in perfect condition');
INSERT INTO Comments VALUES(19, 'Item in perfect condition');
INSERT INTO Comments VALUES(19, 'Item in good condition');
INSERT INTO Comments VALUES(19, 'Buying it was a good decision');
INSERT INTO Comments VALUES(19, 'Useful product!');
INSERT INTO Comments VALUES(19, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(19, 'Great!');
INSERT INTO Comments VALUES(19, 'I liked it!');
INSERT INTO Comments VALUES(19, 'Item in good condition');
INSERT INTO Comments VALUES(19, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(19, 'Item in good condition');
INSERT INTO Comments VALUES(19, 'Good!');
INSERT INTO Comments VALUES(19, 'I liked it!');
-- ConC comments
INSERT INTO Comments VALUES(19, 'I like the item as well');
INSERT INTO Comments VALUES(18, 'Item in perfect condition');
INSERT INTO Comments VALUES(17, 'Item came late for me');
INSERT INTO Comments VALUES(16, 'Item came on time for me');
INSERT INTO Comments VALUES(15, 'Item was good');
INSERT INTO Comments VALUES(19, 'In my opinion, it was a good item');
INSERT INTO Comments VALUES(18, 'Yep definitely a good buy');
INSERT INTO Comments VALUES(17, 'Worth noting');
INSERT INTO Comments VALUES(16, 'Worth considering');
INSERT INTO Comments VALUES(15, 'Maybe it is not what it seems like');
INSERT INTO Comments VALUES(14, 'Great item');
INSERT INTO Comments VALUES(13, 'Everyone should try it');
INSERT INTO Comments VALUES(12, 'Maybe it is not what it seems like');
INSERT INTO Comments VALUES(11, 'Worth noting');
INSERT INTO Comments VALUES(10, 'Worth considering');
INSERT INTO Comments VALUES(14, 'Item was good');
INSERT INTO Comments VALUES(13, 'Item came on time for me');
INSERT INTO Comments VALUES(12, 'Maybe it is not what it seems like');
INSERT INTO Comments VALUES(11, 'Worth noting');
INSERT INTO Comments VALUES(10, 'Item in perfect condition');
-- 410
INSERT INTO Comments VALUES(1, 'I liked it!');
INSERT INTO Comments VALUES(1, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(1, 'Useful product!');
INSERT INTO Comments VALUES(1, 'Item was delivered early!');
INSERT INTO Comments VALUES(1, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(1, 'Buying it was a good decision');
INSERT INTO Comments VALUES(1, 'Buying it was a good decision');
INSERT INTO Comments VALUES(1, 'Item in perfect condition');
INSERT INTO Comments VALUES(1, 'Item in perfect condition');
INSERT INTO Comments VALUES(1, 'Item in good condition');
INSERT INTO Comments VALUES(1, 'Buying it was a good decision');
INSERT INTO Comments VALUES(1, 'Useful product!');
INSERT INTO Comments VALUES(1, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(1, 'Great!');
INSERT INTO Comments VALUES(1, 'I liked it!');
INSERT INTO Comments VALUES(1, 'Item in good condition');
INSERT INTO Comments VALUES(1, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(1, 'Item in good condition');
INSERT INTO Comments VALUES(1, 'Good!');
INSERT INTO Comments VALUES(1, 'I liked it!');
INSERT INTO Comments VALUES(1, 'I liked it!');
INSERT INTO Comments VALUES(1, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(1, 'Useful product!');
INSERT INTO Comments VALUES(1, 'Item was delivered early!');
INSERT INTO Comments VALUES(1, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(1, 'Buying it was a good decision');
INSERT INTO Comments VALUES(1, 'Buying it was a good decision');
INSERT INTO Comments VALUES(1, 'Item in perfect condition');
INSERT INTO Comments VALUES(1, 'Item in perfect condition');
INSERT INTO Comments VALUES(1, 'Item in good condition');
INSERT INTO Comments VALUES(1, 'Buying it was a good decision');
INSERT INTO Comments VALUES(1, 'Useful product!');
INSERT INTO Comments VALUES(1, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(1, 'Great!');
INSERT INTO Comments VALUES(1, 'I liked it!');
INSERT INTO Comments VALUES(1, 'Item in good condition');
INSERT INTO Comments VALUES(1, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(1, 'Item in good condition');
INSERT INTO Comments VALUES(1, 'Good!');
INSERT INTO Comments VALUES(1, 'I liked it!');
INSERT INTO Comments VALUES(1, 'Buying it was a good decision');
INSERT INTO Comments VALUES(1, 'Useful product!');
INSERT INTO Comments VALUES(1, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(1, 'Great!');
INSERT INTO Comments VALUES(1, 'I liked it!');
INSERT INTO Comments VALUES(1, 'Item in good condition');
INSERT INTO Comments VALUES(1, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(1, 'Item in good condition');
INSERT INTO Comments VALUES(1, 'Good!');
INSERT INTO Comments VALUES(1, 'I liked it!');
--460
INSERT INTO Comments VALUES(2, 'I liked it!');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(2, 'Useful product!');
INSERT INTO Comments VALUES(2, 'Item was delivered early!');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(2, 'Buying it was a good decision');
INSERT INTO Comments VALUES(2, 'Buying it was a good decision');
INSERT INTO Comments VALUES(2, 'Item in perfect condition');
INSERT INTO Comments VALUES(2, 'Item in perfect condition');
INSERT INTO Comments VALUES(2, 'Item in good condition');
INSERT INTO Comments VALUES(2, 'Buying it was a good decision');
INSERT INTO Comments VALUES(2, 'Useful product!');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(2, 'Great!');
INSERT INTO Comments VALUES(2, 'I liked it!');
INSERT INTO Comments VALUES(2, 'Item in good condition');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(2, 'Item in good condition');
INSERT INTO Comments VALUES(2, 'Good!');
INSERT INTO Comments VALUES(2, 'I liked it!');
INSERT INTO Comments VALUES(2, 'I liked it!');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(2, 'Useful product!');
INSERT INTO Comments VALUES(2, 'Item was delivered early!');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(2, 'Buying it was a good decision');
INSERT INTO Comments VALUES(2, 'Buying it was a good decision');
INSERT INTO Comments VALUES(2, 'Item in perfect condition');
INSERT INTO Comments VALUES(2, 'Item in perfect condition');
INSERT INTO Comments VALUES(2, 'Item in good condition');
INSERT INTO Comments VALUES(2, 'Buying it was a good decision');
INSERT INTO Comments VALUES(2, 'Useful product!');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(2, 'Great!');
INSERT INTO Comments VALUES(2, 'I liked it!');
INSERT INTO Comments VALUES(2, 'Item in good condition');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(2, 'Item in good condition');
INSERT INTO Comments VALUES(2, 'Good!');
INSERT INTO Comments VALUES(2, 'I liked it!');
INSERT INTO Comments VALUES(2, 'Buying it was a good decision');
INSERT INTO Comments VALUES(2, 'Useful product!');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(2, 'Great!');
INSERT INTO Comments VALUES(2, 'I liked it!');
INSERT INTO Comments VALUES(2, 'Item in good condition');
INSERT INTO Comments VALUES(2, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(2, 'Item in good condition');
INSERT INTO Comments VALUES(2, 'Good!');
INSERT INTO Comments VALUES(2, 'I liked it!');
--510
INSERT INTO Comments VALUES(3, 'I liked it!');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Useful product!');
INSERT INTO Comments VALUES(3, 'Item was delivered early!');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Buying it was a good decision');
INSERT INTO Comments VALUES(3, 'Buying it was a good decision');
INSERT INTO Comments VALUES(3, 'Item in perfect condition');
INSERT INTO Comments VALUES(3, 'Item in perfect condition');
INSERT INTO Comments VALUES(3, 'Item in good condition');
INSERT INTO Comments VALUES(3, 'Buying it was a good decision');
INSERT INTO Comments VALUES(3, 'Useful product!');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Great!');
INSERT INTO Comments VALUES(3, 'I liked it!');
INSERT INTO Comments VALUES(3, 'Item in good condition');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Item in good condition');
INSERT INTO Comments VALUES(3, 'Good!');
INSERT INTO Comments VALUES(3, 'I liked it!');
INSERT INTO Comments VALUES(3, 'I liked it!');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Useful product!');
INSERT INTO Comments VALUES(3, 'Item was delivered early!');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Buying it was a good decision');
INSERT INTO Comments VALUES(3, 'Buying it was a good decision');
INSERT INTO Comments VALUES(3, 'Item in perfect condition');
INSERT INTO Comments VALUES(3, 'Item in perfect condition');
INSERT INTO Comments VALUES(3, 'Item in good condition');
INSERT INTO Comments VALUES(3, 'Buying it was a good decision');
INSERT INTO Comments VALUES(3, 'Useful product!');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Great!');
INSERT INTO Comments VALUES(3, 'I liked it!');
INSERT INTO Comments VALUES(3, 'Item in good condition');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Item in good condition');
INSERT INTO Comments VALUES(3, 'Good!');
INSERT INTO Comments VALUES(3, 'I liked it!');
INSERT INTO Comments VALUES(3, 'Buying it was a good decision');
INSERT INTO Comments VALUES(3, 'Useful product!');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Great!');
INSERT INTO Comments VALUES(3, 'I liked it!');
INSERT INTO Comments VALUES(3, 'Item in good condition');
INSERT INTO Comments VALUES(3, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(3, 'Item in good condition');
INSERT INTO Comments VALUES(3, 'Good!');
INSERT INTO Comments VALUES(3, 'I liked it!');
--560
INSERT INTO Comments VALUES(4, 'I liked it!');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Useful product!');
INSERT INTO Comments VALUES(4, 'Item was delivered early!');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Buying it was a good decision');
INSERT INTO Comments VALUES(4, 'Buying it was a good decision');
INSERT INTO Comments VALUES(4, 'Item in perfect condition');
INSERT INTO Comments VALUES(4, 'Item in perfect condition');
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'Buying it was a good decision');
INSERT INTO Comments VALUES(4, 'Useful product!');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Great!');
INSERT INTO Comments VALUES(4, 'I liked it!');
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'Good!');
INSERT INTO Comments VALUES(4, 'I liked it!');
INSERT INTO Comments VALUES(4, 'I liked it!');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Useful product!');
INSERT INTO Comments VALUES(4, 'Item was delivered early!');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Buying it was a good decision');
INSERT INTO Comments VALUES(4, 'Buying it was a good decision');
INSERT INTO Comments VALUES(4, 'Item in perfect condition');
INSERT INTO Comments VALUES(4, 'Item in perfect condition');
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'Buying it was a good decision');
INSERT INTO Comments VALUES(4, 'Useful product!');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Great!');
INSERT INTO Comments VALUES(4, 'I liked it!');
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'Good!');
INSERT INTO Comments VALUES(4, 'I liked it!');
INSERT INTO Comments VALUES(4, 'Buying it was a good decision');
INSERT INTO Comments VALUES(4, 'Useful product!');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Great!');
INSERT INTO Comments VALUES(4, 'I liked it!');
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'I regret buying it but I guess it is okay');
INSERT INTO Comments VALUES(4, 'Item in good condition');
INSERT INTO Comments VALUES(4, 'Good!');
INSERT INTO Comments VALUES(4, 'I liked it!');
--610
|
##################################################################
# MySQL Schema for database used by OLAC metadata harvester #
# Open Language Archives Community #
# http://www.language-archives.org/tools/olac_schema.sql #
##################################################################
##################################################################
# Table : OLAC_ARCHIVE
# Description :
# Archive_ID :
# RepositoryName : Human readable name of the archive
# RepositoryIdentifier : The unique identifier for the archive used in oai identifiers
# SampleIdentifier
# BaseURL : The base URL of the data provider
# OaiVersion : The version of the OAI protocol that is supported
# FirstHarvested : Date of first successful harvest
# LastHarvested : Date of last successful harvest
# LastFullHarvest : Date of the last successful full harvest
# Curator
# CuratorTitle
# CuratorEmail
# Institution
# InstitutionURL
# ShortLocation
# Location
# Synopsis
# Access
# Copyright
##################################################################
create table OLAC_ARCHIVE (
Archive_ID int auto_increment not null,
ArchiveURL varchar(255),
AdminEmail varchar(255),
Curator varchar(255),
CuratorTitle varchar(255),
CuratorEmail varchar(255),
Institution varchar(255) not null,
InstitutionURL varchar(255),
ShortLocation varchar(50) not null,
Location text,
Synopsis text,
Access text,
ArchivalSubmissionPolicy text,
Copyright varchar(255),
RepositoryName varchar(255) not null,
RepositoryIdentifier varchar(50) not null,
SampleIdentifier varchar(255),
BaseURL varchar(255) not null unique,
OaiVersion varchar(10) not null,
FirstHarvested date,
LastHarvested date,
LastFullHarvest date,
ArchiveType varchar(64),
CurrentAsOf date,
ts timestamp default current_timestamp on update current_timestamp,
primary key (Archive_ID)
) engine=innodb, charset=utf8;
##################################################################
# Table : ARCHIVE_PARTICIPANT
#
# Name
# Role
# Email
##################################################################
create table ARCHIVE_PARTICIPANT (
Archive_ID int,
Name varchar(64),
Role varchar(128),
Email varchar(128),
primary key (Archive_ID, Role, Email),
foreign key (Archive_ID) references OLAC_ARCHIVE (Archive_ID) on delete cascade
) engine=innodb, charset=utf8;
##################################################################
# Table : SCHEMA_VERSION
# Description :
# Schema_ID :
# Xmlns : The xmlns for the schema version
# SchemaURL : The URL for the schema version
#
##################################################################
create table SCHEMA_VERSION (
Schema_ID int auto_increment primary key,
SchemaName varchar(10),
Xmlns varchar(255) not null,
SchemaURL varchar(255) not null
) engine=innodb, charset=utf8;
insert into SCHEMA_VERSION values (null,
'1.0',
'http://www.language-archives.org/OLAC/1.0/',
'http://www.language-archives.org/OLAC/1.0/olac.xsd');
insert into SCHEMA_VERSION values(null,
'1.1',
'http://www.language-archives.org/OLAC/1.1/',
'http://www.language-archives.org/OLAC/1.1/olac.xsd');
##################################################################
# Table : ARCHIVED_ITEM
# Description :
# Item_ID :
# OaiIdentifier : The OAI identifier for the item
# DateStamp : The datestamp from the header of the harvested record
# Archive_ID : (Foreign Key)
# Schema_ID : (Foreign Key)
##################################################################
create table ARCHIVED_ITEM (
Item_ID int auto_increment not null,
OaiIdentifier varchar(255) not null,
DateStamp date not null,
Archive_ID int,
Schema_ID int,
ts timestamp default current_timestamp on update current_timestamp,
primary key (Item_ID),
foreign key (Archive_ID) references OLAC_ARCHIVE (Archive_ID)
on delete set null
on update cascade,
foreign key (Schema_ID) references SCHEMA_VERSION (Schema_ID)
on delete set null
on update cascade
) engine=innodb, charset=utf8;
create index ARCHIVED_ITEM_INDEX on ARCHIVED_ITEM (Archive_ID, Schema_ID);
##################################################################
# Table : ELEMENT_DEFN
# Description :
# Tag_ID :
# DcElement :
# InverseElement :
# Rank : A number that encodes the relative order of presentation (lowest first)
# TagName : The generic identifier for the tag
# Label : A presentation label for the element
# Display : A flag indicating whether it should be included
# in the Element Usage histogram of OLAC Metics
# (http://www.language-archives.org/metrics)
#
##################################################################
create table ELEMENT_DEFN (
Tag_ID smallint not null,
DcElement smallint not null,
InverseElement smallint not null,
Rank smallint not null,
TagName varchar(255) not null,
Label varchar(255) not null,
Display bool default true,
primary key (Tag_ID)
) engine=innodb, charset=utf8;
insert into ELEMENT_DEFN values ( 100, 100, 0, 100, 'contributor', 'Contributor', 1);
insert into ELEMENT_DEFN values ( 200, 200, 0, 200, 'coverage', 'Coverage', 1);
insert into ELEMENT_DEFN values ( 300, 300, 0, 300, 'creator', 'Creator', 1);
insert into ELEMENT_DEFN values ( 400, 400, 0, 400, 'date', 'Date', 1);
insert into ELEMENT_DEFN values ( 500, 500, 0, 500, 'description', 'Description', 1);
insert into ELEMENT_DEFN values ( 600, 600, 0, 600, 'format', 'Format', 1);
insert into ELEMENT_DEFN values ( 700, 700, 0, 700, 'identifier', 'Identifier', 1);
insert into ELEMENT_DEFN values ( 800, 800, 0, 800, 'language', 'Language', 1);
insert into ELEMENT_DEFN values ( 900, 900, 0, 900, 'publisher', 'Publisher', 1);
insert into ELEMENT_DEFN values (1000,1000,1000,1000, 'relation', 'Relation', 1);
insert into ELEMENT_DEFN values (1100,1100, 0,1100, 'rights', 'Rights', 1);
insert into ELEMENT_DEFN values (1200,1200, 0,1200, 'source', 'Source', 1);
insert into ELEMENT_DEFN values (1300,1300, 0,1300, 'subject', 'Subject', 1);
insert into ELEMENT_DEFN values (1400,1400, 0, 0, 'title', 'Title', 1);
insert into ELEMENT_DEFN values (1500,1500, 0,1500, 'type', 'Type', 1);
insert into ELEMENT_DEFN values ( 201, 200, 0, 201, 'spatial', 'Spatial Coverage', 1);
insert into ELEMENT_DEFN values ( 202, 200, 0, 202, 'temporal', 'Temporal Coverage', 1);
insert into ELEMENT_DEFN values ( 401, 400, 0, 401, 'created', 'Date Created', 1);
insert into ELEMENT_DEFN values ( 402, 400, 0, 402, 'valid', 'Date Valid', 1);
insert into ELEMENT_DEFN values ( 403, 400, 0, 403, 'available', 'Date Available', 1);
insert into ELEMENT_DEFN values ( 404, 400, 0, 404, 'issued', 'Date Issued', 1);
insert into ELEMENT_DEFN values ( 405, 400, 0, 405, 'modified', 'Date Modified', 1);
insert into ELEMENT_DEFN values ( 406, 400, 0, 406, 'dateAccepted', 'Date Accepted', 1);
insert into ELEMENT_DEFN values ( 407, 400, 0, 407, 'dateCopyrighted', 'Date Copyrighted', 1);
insert into ELEMENT_DEFN values ( 408, 400, 0, 408, 'dateSubmitted', 'Date Submitted', 1);
insert into ELEMENT_DEFN values ( 501, 500, 0, 501, 'tableOfContents', 'Table Of Contents', 1);
insert into ELEMENT_DEFN values ( 502, 500, 0, 502, 'abstract', 'Abstract', 1);
insert into ELEMENT_DEFN values ( 601, 600, 0, 601, 'extent', 'Extent', 1);
insert into ELEMENT_DEFN values ( 602, 600, 0, 602, 'medium', 'Medium', 1);
insert into ELEMENT_DEFN values (1001,1000,1002,1001, 'isVersionOf', 'Is Version Of', 1);
insert into ELEMENT_DEFN values (1002,1000,1001,1002, 'hasVersion', 'Has Version', 1);
insert into ELEMENT_DEFN values (1003,1000,1004,1003, 'isReplacedBy', 'Is Replaced By', 1);
insert into ELEMENT_DEFN values (1004,1000,1003,1004, 'replaces', 'Replaces', 1);
insert into ELEMENT_DEFN values (1005,1000,1006,1005, 'isRequiredBy', 'Is Required By', 1);
insert into ELEMENT_DEFN values (1006,1000,1005,1006, 'requires', 'Requires', 1);
insert into ELEMENT_DEFN values (1007,1000,1008,1007, 'isPartOf', 'Is Part Of', 1);
insert into ELEMENT_DEFN values (1008,1000,1007,1008, 'hasPart', 'Has Part', 1);
insert into ELEMENT_DEFN values (1009,1000,1010,1009, 'isReferencedBy', 'Is Referenced By', 1);
insert into ELEMENT_DEFN values (1010,1000,1009,1010, 'references', 'References', 1);
insert into ELEMENT_DEFN values (1011,1000,1012,1011, 'isFormatOf', 'Is Format Of', 1);
insert into ELEMENT_DEFN values (1012,1000,1011,1012, 'hasFormat', 'Has Format', 1);
insert into ELEMENT_DEFN values (1013,1000,1000,1013, 'conformsTo', 'Conforms To', 1);
insert into ELEMENT_DEFN values (1401,1400, 0, 1, 'alternative', 'Alternative Title', 1);
# Added 2006-03-31
insert into ELEMENT_DEFN values (1600,1600, 0,1600, 'accrualMethod', 'Accrual Method', 0);
insert into ELEMENT_DEFN values (1610,1610, 0,1610, 'accrualPolicy', 'Accrual Policy', 0);
insert into ELEMENT_DEFN values (1620,1620, 0,1620, 'accrualPeriodicity', 'Accrual Periodicity', 0);
insert into ELEMENT_DEFN values (1700,1700, 0, 50, 'audience', 'Audience', 0);
insert into ELEMENT_DEFN values (1800,1800, 0, 750, 'instructionalMethod', 'Instructional Method', 0);
insert into ELEMENT_DEFN values (1900,1900, 0,1900, 'provenance', 'Provenance', 1);
insert into ELEMENT_DEFN values (2000,2000, 0,1150, 'rightsHolder', 'Rights Holder', 1);
insert into ELEMENT_DEFN values (1101,1100, 0,1101, 'accessRights', 'Access Rights', 1);
insert into ELEMENT_DEFN values ( 701, 700, 0, 701, 'bibliographicCitation', 'Bibliographic Citation', 1);
insert into ELEMENT_DEFN values (1701,1700, 0, 51, 'educationLevel', 'Audience Education Level', 0);
insert into ELEMENT_DEFN values (1102,1100, 0,1102, 'license', 'License', 1);
insert into ELEMENT_DEFN values (1702,1700, 0, 52, 'mediator', 'Mediator', 0);
##################################################################
# Table : EXTENSION
# Description :
#
# Extension_ID :
# Type : The name of the controlled vocabulary
# (<olac-extension><shortName>)
# DefiningSchema : The location of the XML Schema for the vocabulary
# NS : The XML namespace for this vocabulary
# NSPresix : A namespace prefix for the namespace
# NSSchema : XML Schema URL for the namespace
# Label : A label for Type
# LongName : The long of the controlled vocabulary
# VersionDate : The version date
# Description : A prose description of the vocabulary
# AppliesTo : A list of DC Elements this extension applies to
# Documentation : URL for the documentation
#
# This table will be populated by reading the <extension> elements
# from http://www.language-archives.org/REC/olac-extensions.xml
# to discover the schema location, then reading the schema and
# parsing the <olac-extension> element.
#
# !!! PROBLEM - appliesTo is a repeatable XML element
# SOLUTION 1. use comma-separated string
#
# !!! PROBLEM - the schema does not provide labels for Type
# SOLUTION 1. Label <- Type
#
##################################################################
create table EXTENSION (
Extension_ID int auto_increment not null,
Type varchar(20) not null,
DefiningSchema varchar(255),
NS varchar(255) not null,
NSPrefix varchar(20),
NSSchema varchar(255),
Label varchar(50),
LongName varchar(50),
VersionDate date,
Description varchar(255),
AppliesTo varchar(255),
Documentation varchar(255),
Display bool,
primary key (Extension_ID)
) engine=innodb, charset=utf8;
insert into EXTENSION (Type,NS,Display) values ('','',false);
insert into EXTENSION (Type,NS,NSPrefix,NSSchema,Display) values ('Box','http://purl.org/dc/terms/','dcterms','http://www.language-archives.org/OLAC/1.0/dcterms.xsd',true);
insert into EXTENSION (Type,NS,NSPrefix,NSSchema,Display) values ('DCMIType','http://purl.org/dc/terms/','dcterms','http://www.language-archives.org/OLAC/1.0/dcterms.xsd',true);
insert into EXTENSION (Type,NS,NSPrefix,NSSchema,Display) values ('IMT','http://purl.org/dc/terms/','dcterms','http://www.language-archives.org/OLAC/1.0/dcterms.xsd',true);
insert into EXTENSION (Type,NS,NSPrefix,NSSchema,Display) values ('ISO3166','http://purl.org/dc/terms/','dcterms','http://www.language-archives.org/OLAC/1.0/dcterms.xsd',true);
insert into EXTENSION (Type,NS,NSPrefix,NSSchema,Display) values ('LCSH','http://purl.org/dc/terms/','dcterms','http://www.language-archives.org/OLAC/1.0/dcterms.xsd',true);
insert into EXTENSION (Type,NS,NSPrefix,NSSchema,Display) values ('Period','http://purl.org/dc/terms/','dcterms','http://www.language-archives.org/OLAC/1.0/dcterms.xsd',true);
insert into EXTENSION (Type,NS,NSPrefix,NSSchema,Display) values ('Point','http://purl.org/dc/terms/','dcterms','http://www.language-archives.org/OLAC/1.0/dcterms.xsd',true);
insert into EXTENSION (Type,NS,NSPrefix,NSSchema,Display) values ('TGN','http://purl.org/dc/terms/','dcterms','http://www.language-archives.org/OLAC/1.0/dcterms.xsd',true);
insert into EXTENSION (Type,NS,NSPrefix,NSSchema,Display) values ('URI','http://purl.org/dc/terms/','dcterms','http://www.language-archives.org/OLAC/1.0/dcterms.xsd',true);
insert into EXTENSION (Type,NS,NSPrefix,NSSchema,Display) values ('W3CDTF','http://purl.org/dc/terms/','dcterms','http://www.language-archives.org/OLAC/1.0/dcterms.xsd',true);
##################################################################
# Table : METADATA_ELEM
# Description :
# Element_ID :
# TagName : The tag for the metadata element
# Lang : The value of the lang attribute
# Type : The type of extension (value of <shortName>)
# Code : The value of the code attribute
# Content : The content of the metadata element
# MEDIUMTEXT: max 16777215 (2^24 - 1) characters.
# LONGTEXT: max 4294967295 (2^32 - 1) characters.
#
# Extension_ID : (Foreign Key)
# Item_ID : (Foreign Key)
# Tag_ID : (Foreign Key)
# Do_ICC : if true, ICC check & fix should be performed
##################################################################
create table METADATA_ELEM (
Element_ID int auto_increment not null,
TagName varchar(255) not null,
Lang varchar(255),
Content text,
Extension_ID int default 0,
Type varchar(20),
Code varchar(255) default '',
Item_ID int,
Tag_ID smallint,
Do_ICC bool default true,
primary key (Element_ID),
foreign key (Extension_ID) references EXTENSION (Extension_ID) on delete set null on update cascade,
foreign key (Item_ID) references ARCHIVED_ITEM (Item_ID) on delete set null on update cascade,
foreign key (Tag_ID) references ELEMENT_DEFN (Tag_ID) on delete set null on update cascade,
key (TagName),
key (Type),
key (Code),
key (Do_ICC)
) engine=innodb, charset=utf8;
create index METADATA_ELEM_INDEX on METADATA_ELEM (Item_ID, Tag_ID);
##################################################################
# Table : OLAC_EXTENSION
# Description :
# Extension_ID :
# ShortName : The name of the controlled vocabulary
# LongName : The long of the controlled vocabulary
# VersionDate : The version date
# Description : A prose description of the vocabulary
# AppliesTo : A list of DC Elements this extension applies to
# Documentation : URL for the documentation
# SchemaURL : The location of the XML Schema for the vocabulary
#
# This table will be populated by reading the <extension> elements
# from http://www.language-archives.org/REC/olac-extensions.xml
# to discover the schema location, then reading the schema and
# parsing the <olac-extension> element.
#
# !!! PROBLEM - appliesTo is a repeatable XML element
#
##################################################################
#create table OLAC_EXTENSION (
# Extension_ID int not null,
# ShortName varchar(20) not null,
# LongName varchar(50) not null,
# VersionDate date not null,
# Description varchar(255) not null,
# AppliesTo varchar(255) not null,
# Documentation varchar(255) not null,
# SchemaURL varchar(255) not null,
# primary key (Extension_ID));
##################################################################
# Table : CODE_DEFN
# Description :
# Code : The coded value for a term
# Label : A presentation form of the term
# Vocab_ID : (Foreign Key)
#
# This table will be populated by reading the schema for the OLAC
# vocabulary
#
# !!! PROBLEM - the schema does not give us labels for the codes
# Solution 1. Label <- Code
#
##################################################################
create table CODE_DEFN (
Extension_ID int not null,
Code varchar(255) not null,
Label varchar(255),
primary key (Extension_ID, Code),
foreign key (Extension_ID) references EXTENSION (Extension_ID)
on update cascade
) engine=innodb, charset=utf8;
insert into CODE_DEFN (Extension_ID, Code, Label) values (1, '', '');
##################################################################
create table SERVICES (
Service_ID int auto_increment,
serviceName varchar(255),
serviceURL varchar(255),
institution varchar(255),
institutionURL varchar(255),
contactPerson varchar(255),
contactEmail varchar(255),
description text,
dateApproved date,
primary key (Service_ID)
) engine=innodb, charset=utf8;
##################################################################
# Table : INTEGRITY_PROBLEM
# Description of table : List of possible integrity problems.
#
# Problem_Code : 3-letter code for a problem
# Applies_To : 'A' for Archive, 'I' for Archive Item,
# 'E' for Metadata Element
# Severity : 'E' for Error, 'W' for Warning
# Label
# Description
##################################################################
create table INTEGRITY_PROBLEM (
Problem_Code char(3) not null,
Applies_To char(1) not null,
Severity char(1) not null,
Label varchar(40) not null,
Description varchar(255) not null,
primary key (Problem_Code)
) engine=innodb, charset=utf8;
insert into INTEGRITY_PROBLEM values ('RNF','E','E','Resource Not Found','An attempt to follow the link yields a 404 (Resource not found) error.');
insert into INTEGRITY_PROBLEM values ('RNA','E','W','Resource Not Available','An attempt to follow the link failed for a reason other than a 404 (Resource not found) error.');
insert into INTEGRITY_PROBLEM values ('NSI','E','E','No Such Item','The combined OLAC catalog does not contain an entry with the given OAI identifier.');
insert into INTEGRITY_PROBLEM values ('BSI','A','E','Bad Sample Identifier','The sampleIdentifier specified in the Identify response is not present in the repository.');
insert into INTEGRITY_PROBLEM values ('BLT','E','E','Bad Linguistic Type','The value supplied for olac:linguistic-type is not defined in the vocabulary.');
insert into INTEGRITY_PROBLEM values ('BDT','E','E','Bad DCMI Type','The value supplied for dcterms:DCMIType is not defined in the vocabulary.');
insert into INTEGRITY_PROBLEM values ('BLC','E','E','Bad Language Code','The value supplied for olac:language is not defined in the ISO 639 code set.');
insert into INTEGRITY_PROBLEM values ('RLC','E','W','Retired Language Code','The supplied value is a recognized code from ISO 639, but it is not best practice since it is retired.');
insert into INTEGRITY_PROBLEM values ('SIL','E','W','Should be Individual Language','The value supplied for olac:language is a recognized code from ISO 639, but it is not best practice since it resents a collection of languages.');
insert into INTEGRITY_PROBLEM values ('MLC','E','W','Missing Language Code','The element uses olac:language extension but no olac:code is given.');
insert into INTEGRITY_PROBLEM values ('BLF','E','E','Bad Linguistic Field','The value supplied for olac:linguistic-field is not defined in the vocabulary.');
insert into INTEGRITY_PROBLEM values ('BCR','E','E','Bad Contributor Role','The value supplied for olac:role is not defined in the vocabulary.');
insert into INTEGRITY_PROBLEM values ('BDI','E','E','Bad Discourse Type','The value supplied for olac:discourse-type is not defined in the vocabulary.');
insert into INTEGRITY_PROBLEM values ('BCC','E','E','Bad Country Code','The value supplied for dcterms:ISO3166 is not defined in the ISO 3166 code set.');
insert into INTEGRITY_PROBLEM values ('RNC','A','E','Repository Not Current','The CurrentAsOf date is more than 12 months old.');
insert into INTEGRITY_PROBLEM values ('HFC','A','W','Harvesting Fails to Complete','Some records are being harvested, but an integrity issues in the data or a bug in the repository software is causing premature termination.');
insert into INTEGRITY_PROBLEM values ('SNV','A','W','Static Repository Not Valid','The retrieved static repository file is not valid.');
insert into INTEGRITY_PROBLEM values ('BRU','A','W','Broken Repository URL','Accessing the static repository URL or the dynamic base URL generates a 404 error.');
insert into INTEGRITY_PROBLEM values ('PLC','E','W','Private Use Language Code','The value supplied for olac:language is a private use code in the range qaa to qtz. It should be changed to a standard code as soon as one becomes available; submit a change request if necessary [ISO639-3-Changes].');
insert into INTEGRITY_PROBLEM values ('RID','I','W','Redundant Identifier','Record has an identifier element containing the OAI identifier of the record.');
insert into INTEGRITY_PROBLEM values ('ICC','E','E','Invalid Character Code','Characters in the range 0x80 to 0x9F are not defined in Unicode.');
insert into INTEGRITY_PROBLEM values ('IUC','E','W','Invalid UTF8 Character','Metadata element contains a non-UTF8 character.');
##################################################################
# Table : INTEGRITY_CHECK
# Description of table : Result of integrity checks
#
# Object_ID : Archive ID, Archived Item ID or Metadata Element ID
# Problem_Code : 3-letter code from INTEGRITY_PROBLEM
# IntigrityChecked : The last date when the problem was recorded
##################################################################
create table INTEGRITY_CHECK (
Object_ID int,
Value varchar(255),
Problem_Code char(3),
IntegrityChecked date,
primary key (Object_ID, Problem_Code),
foreign key (Problem_Code) references INTEGRITY_PROBLEM (Problem_Code),
key (Problem_Code)
) engine=innodb, charset=utf8;
##################################################################
# Table : ARCHIVES
# Description : Used by the registration service to record
# the registration status.
# Archive_ID : A unique ID.
# NOTE: This field has nothing to do with the
# Archive_ID of the OLAC_ARCHIVE table.
# type : Dynamic | Gateway | ...
# ID : OAI repository identifier
##################################################################
create table ARCHIVES (
Archive_ID int(11) auto_increment,
type varchar(20),
ID varchar(50) not null,
BASEURL varchar(255) not null unique,
contactEmail varchar(255),
dateApproved date,
primary key (Archive_ID)
) engine=innodb, charset=utf8;
##################################################################
# Table : Metrics
#
##################################################################
create table Metrics (
archive_id int(11),
num_resources int(11),
num_online_resources int(11),
num_languages int(11),
num_linguistic_fields int(11),
num_linguistic_types int(11),
num_dcmi_types int(11),
metadata_quality float,
avg_num_elements float,
std_num_elements float,
avg_xsi_types float,
last_updated date,
integrity_problems int(11),
primary key (archive_id)
) engine=innodb, charset=utf8;
##################################################################
# Table : MetricsElementUsage
#
##################################################################
create table MetricsElementUsage (
archive_id int(11),
tag_id int(11),
cnt int(11),
primary key (archive_id, tag_id),
key tag_id (tag_id)
) engine=innodb, charset=utf8;
##################################################################
# Table : MetricsElementUsage
#
##################################################################
create table MetricsEncodingSchemes (
Archive_ID int(11),
Type varchar(20),
Count int(11)
) engine=innodb, charset=utf8;
##################################################################
# Table : MetricsQualityScore
#
##################################################################
create table MetricsQualityScore (
Item_ID int(11),
title float,
date float,
agent float,
about float,
depth float,
content_language float,
linguistic_type float,
subject_language float,
dcmi_type float,
prec float,
primary key (Item_ID)
) engine=innodb, charset=utf8;
##################################################################
# Table : MetricsArchive
#
##################################################################
create table MetricsArchive (
archive_id int(11),
num_resources int(11),
num_online_resources int(11),
num_languages int(11),
num_linguistic_fields int(11),
num_linguistic_types int(11),
num_dcmi_types int(11),
metadata_quality float,
avg_num_elements float,
std_num_elements float,
avg_xsi_types float,
last_updated date,
integrity_problems int(11),
ts timestamp,
primary key (archive_id),
index(ts)
) engine=innodb, charset=utf8;
##################################################################
# Table : GoogleAnalyticsReports
# Description : Used to archive google analytics reports.
##################################################################
create table GoogleAnalyticsReports (
id int auto_increment,
type varchar(16),
repoid varchar(50),
start_date date,
end_date date,
pageviews int,
unique_pageviews int,
time_on_page float,
bounce_rate float,
percent_exit float,
value_index float,
primary key (id),
unique (type, repoid, start_date),
key(type),
key (repoid),
key (start_date),
key (end_date)
) engine=Innodb charset=utf8;
##################################################################
# Table : LanguageCodes
# Description : Ethnologue 15th Ed. This is slightly different
# from ISO 639-3 in the sense that ISO 639-3 is
# more complete. The table data can be downloaded
# from the Ethnologue web site.
##################################################################
create table LanguageCodes (
LangID char(3),
CountryID char(2),
LangStatus char(1),
Name varchar(75),
KEY (LangID),
KEY (Name)
) engine=innodb, charset=utf8;
# This command can be modified and used to populate the LanguageCodes table
# from the data file downloaded from the Ethnologue web site. Make sure that
# the character encoding of the data file is UTF-8. Also check what kind of
# newline character(s) is being used in the data file.
#
# load data infile "LanguageCodes.tab" into table LanguageCodes
# fields terminated by '\t' ignore 14 lines;
#
##################################################################
create table CountryCodes (
CountryID char(2),
Name varchar(75),
Area varchar(10),
primary key (CountryID)
) engine=InnoDB, charset=utf8;
##################################################################
# Table : LanguageIndex
# Description : Ethnologue 15th Ed. Language Index
##################################################################
create table LanguageIndex (
LangID char(3),
CountryID char(2),
NameType char(2),
Name varchar(75)
) engine=innodb, charset=utf8;
create index LanguageIndex_LangID on LanguageIndex (LangID);
##################################################################
# Table : LanguagePopulation
##################################################################
create table LanguagePopulation (
Area varchar(10),
Country varchar(75),
LangID char(3),
Family varchar(35),
Population int,
primary key (LangID)
) engine=innodb, charset=utf8;
##################################################################
# Table : ISO_639_3
# Description : ISO 639-3 code table downloaded from sil.org
#
# Id : The three-letter 639-3 identifier
# Part2B : Equivalent 639-2 identifier of the bibliographic applications code set, if there is one
# Part2T : Equivalent 639-2 identifier of the terminology applications code set, if there is one
# Part1 : Equivalent 639-1 identifier, if there is one
# Scope : I(ndividual), M(acrolanguage), S(pecial)
# Type : A(ncient), C(onstructed), E(xtinct), H(istorical), L(iving), S(pecial)
# Ref_Name : Reference language name
# Comment : Comment relating to one or more of the columns
##################################################################
create table ISO_639_3 (
Id char(3) not null,
Part2B char(3),
Part2T char(3),
Part1 char(2),
Scope char(1) not null,
Type char(1) not null,
Ref_Name varchar(150) not null,
Comment varchar(150),
key (Id),
key (Part2B),
key (Part2T),
key (Part1),
key (Scope),
key (Type),
key (Ref_Name)
) engine=innodb, charset=utf8;
##################################################################
# Table : ISO_639_3_Names
# Description : Language names index downloaded from sil.org
#
# Id : The three-letter 639-3 identifier
# Print_Name : One of the names associated with this identifier
# Inverted_Name : The inverted form of this Print_Name form
##################################################################
create table ISO_639_3_Names (
Id char(3) not null,
Print_Name varchar(75) not null,
Inverted_Name varchar(75) not null,
key (Id),
Key (Print_Name),
key (Inverted_Name)
) engine=innodb, charset=utf8;
##################################################################
# Table : ISO_639_3_Macrolanguages
# Description : Macrolanguage mappings downloaded from sil.org
#
# M_Id : The identifier for a macrolanguage
# I_Id : The identifier for an individual language that is a member of the macrolanguage
# I_Status : A (active) or R (retired) indicating the status of the individual code element
##################################################################
create table ISO_639_3_Macrolanguages (
M_Id char(3) not null,
I_Id char(3) not null,
I_Status char(1) not null,
key (M_Id),
key (I_Id),
key (I_Status)
) engine=innodb, charset=utf8;
##################################################################
# Table : ISO_639_3_Retirements
# Description : Retired code elements mappings downloaded from sil.org
#
# Id : The three-letter 639-3 identifier
# Ref_Name : reference name of language
# Ret_Reason : code for retirement: C (change), D (duplicate), N (non-existent), S (split), M (merge)
# Change_To : in the cases of C, D, and M, the identifier to which all instances of this Id should be changed
# Ret_Remedy : The instructions for updating an instance of the retired (split) identifier
# Effective : The date the retirement became effective
##################################################################
create table ISO_639_3_Retirements (
Id char(3) not null,
Ref_Name varchar(150) not null,
Ret_Reason char(1) not null,
Change_To char(3),
Ret_Remedy varchar(300),
Effective date not null,
key (Id),
key (Ref_Name),
key (Ret_Reason),
key (Change_To),
key (Effective)
) engine=innodb, charset=utf8;
##################################################################
# Table : ISO_639_3_Code_Lineages
# Description :
#
# Language : Key for the lineage
# Level : Level in the lineage; 1=family
# Type : I = individual language,
# M = macrolanguage,
# G = higher-level group
# Code : ISO 639 language code for the node
# Name : Name corresponding to Code
##################################################################
create table ISO_639_3_Code_Lineages (
Language char(3) not null,
Level tinyint not null,
Type char(1) not null,
Code char(3) not null,
Name varchar(150) not null,
key(Language),
key(Type),
key(Code),
key(Name)
) engine=innodb, charset=utf8;
##################################################################
# Table : PendingConfirmation
# Description : Used by the registration script.
# When someone requests a change of repository URL, we send an email to the
# admin with a URL which confirms the change request when clicked.
# magic_string : a 40-char string to identify the confirmation request
# repository_id : oai repository identifier
# repository_type : Dynamic | Static
# ctype : Confirmation type
# null: base url change
# u: hostless repository update
# h: full harvest
# new_url : new url
# ts : time of data entry
##################################################################
create table PendingConfirmation (
magic_string char(40),
repository_id varchar(50),
repository_type varchar(10),
new_url varchar(255),
ctype char(1),
ts timestamp default current_timestamp,
primary key (magic_string)
) engine=innodb;
##################################################################
# Table : DCMITypeVocabulary
# Code : DCMIType vocabulary
##################################################################
create table DCMITypeVocabulary (
Code varchar(64) unique
) engine=innodb, charset=utf8;
insert into DCMITypeVocabulary (Code) values ('Collection'),('Dataset'),('Event'),('Image'),('InteractiveResource'),('MovingImage'),('PhysicalObject'),('Service'),('Software'),('Sound'),('StillImage'),('Text');
##################################################################
# Table : admin_auth
# Description : Credentials for registraion review
##################################################################
create table admin_auth (
user varchar(32) unique,
pass varchar(64)
) engine=innodb, charset=utf8;
|
-- Category
INSERT INTO projetannuel5a.category VALUES(1,'Légume', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.category VALUES(2,'Fruit', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.category VALUES(3,'Fromage', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.category VALUES(4,'Boisson', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.category VALUES(5,'Boisson alcoolisée', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.category VALUES(6,'Céréale', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.category VALUES(7,'Viande', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.category VALUES(8,'Pain', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.category VALUES(9,'Charcuterie', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.category VALUES(10,'Poisson', SYSDATE(), SYSDATE(), null);
-- Products
INSERT INTO projetannuel5a.product VALUES(1, 'Aubergine', 1, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(2, 'Poireau', 1, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(3, 'Epinard', 1, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(4, 'Pomme', 2, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(5, 'Abricot', 2, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(6, 'Citron', 2, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(7, 'Morbier', 3, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(8, 'Fromage de chèvre', 3, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(9, 'Camembert', 3, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(10, 'Jus de pomme', 4, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(11, 'Limonade', 4, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(12, 'Jus de fruit', 4, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(13, 'Vin rouge', 5, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(14, 'Vin blanc', 5, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(15, 'Eau de vie', 5, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(16, 'Avoine', 6, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(17, 'Blé', 6, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(18, 'Riz', 6, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(19, 'Boeuf', 7, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(20, 'Porc', 7, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(21, 'Canard', 7, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(22, 'Brioche', 8, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(23, 'Pain blanc', 8, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(24, 'Pain complet', 8,SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(25, 'Saucisson', 9, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(26, 'Chorizo', 9, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(27, 'Jambon de parme', 9,SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(28, 'Daurade', 10, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(29, 'Sardine', 10, SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.product VALUES(30, 'Saumon', 10,SYSDATE(), SYSDATE(), null);
-- Units
INSERT INTO projetannuel5a.unit VALUES(1, 'Unité', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.unit VALUES(2, 'Kg', SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.unit VALUES(3, 'Litres', SYSDATE(), SYSDATE(), null);
-- Motives
INSERT INTO projetannuel5a.motif VALUES(1, "Commande non reçu", "ORDER", "Je n'ai pas reçu ma commande", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(2, "Commande incomplète", "ORDER","La commande que j'ai reçu est incomplète", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(3, "Commande non conforme", "ORDER", "Je reçu la commande mais elle ne contient pas les bon produits.", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(4, "Contenu à caractère sexuel", "ITEM", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(5, "Contenu violent ou abject", "ITEM", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(6, "Contenu offensant ou haineux", "ITEM", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(7, "Spam ou contenu trompeur", "ITEM", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(8, "Contenu à caractère sexuel", "PRODUCER", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(9, "Contenu violent ou abject", "PRODUCER", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(10, "Contenu offensant ou haineux", "PRODUCER", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(11, "Spam ou contenu trompeur", "PRODUCER", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(12, "Contenu à caractère sexuel", "PRODUCERGROUP", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(13, "Contenu violent ou abject", "PRODUCERGROUP", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(14, "Contenu offensant ou haineux", "PRODUCERGROUP", "", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.motif VALUES(15, "Spam ou contenu trompeur", "PRODUCERGROUP", "", SYSDATE(), SYSDATE(), null);
-- Deliveries
INSERT INTO projetannuel5a.delivery VALUES(1, "Chronopost", "https://www.chronopost.fr/fr/particulier/suivez-votre-colis", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.delivery VALUES(2, "TNT", "https://www.tnt.fr/public/suivi_colis/recherche/index.do", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.delivery VALUES(3, "DHL", "https://www.dhl.fr/fr/dhl_express/suivi_expedition.html", SYSDATE(), SYSDATE(), null);
INSERT INTO projetannuel5a.delivery VALUES(4, "Colissimo", "https://www.laposte.fr/professionnel/outils/suivre-vos-envois", SYSDATE(), SYSDATE(), null);
commit; |
------------------------------------
--Author: Jeffrey Yu
--RevisedDate: 2015-7-6
------------------------------------
select distinct ss.DocId,
dt.Name as DocType,
d.DocumentEffectiveDate as EffectiveDate,
d.CreationDate,
d.FilingId,
d.FormType,
d.CIK,
case ss.Free when 1 then 'Free'
when 2 then 'Defect'
when 3 then 'Pending' end as Free,
case ss.MapBy when 1 then 'ByDoc'
when 2 then 'ByFund'
when 3 then 'ByCIK' end as MapBy,
case ss.Fixed when 0 then 'Unfixed'
when 1 then 'Fixed' end as Fixed,
(us.FirstName+' '+us.LastName) as Checker,
ss.DefectCause,
ss.CheckerComment,
ss.LastUpdate
from QAData_GADB..SupplementSolution as ss
left join GlobalDocumentData_GADB..Document as d
on d.DocumentId=ss.DocId
left join GlobalDocumentData_GADB..DocumentType as dt
on dt.Type=d.DocumentType
left join SupportData_GADB..UserSearch as us
on us.UserId=ss.Checker
where ss.DocId in (92189168)
|
select
'nstats;All;comps,devs,unks' as name,
count(distinct affs.company_name) as n_companies,
count(distinct ev.actor_id) as n_authors,
count(distinct ev.actor_id) filter (where affs.company_name is null) as n_unknown_authors
from
gha_events ev
left join
gha_actors_affiliations affs
on
ev.actor_id = affs.actor_id
and affs.dt_from <= ev.created_at
and affs.dt_to > ev.created_at
and affs.company_name != ''
where
ev.created_at >= '{{from}}'
and ev.created_at < '{{to}}'
and ev.type in (
'PullRequestReviewCommentEvent', 'PushEvent', 'PullRequestEvent',
'IssuesEvent', 'IssueCommentEvent', 'CommitCommentEvent', 'PullRequestReviewEvent'
)
union select 'nstats;' || r.repo_group || ';comps,devs,unks' as name,
count(distinct affs.company_name) as n_companies,
count(distinct ev.actor_id) as n_authors,
count(distinct ev.actor_id) filter (where affs.company_name is null) as n_unknown_authors
from
gha_repos r,
gha_events ev
left join
gha_actors_affiliations affs
on
ev.actor_id = affs.actor_id
and affs.dt_from <= ev.created_at
and affs.dt_to > ev.created_at
and affs.company_name != ''
where
r.name = ev.dup_repo_name
and r.id = ev.repo_id
and r.repo_group is not null
and ev.created_at >= '{{from}}'
and ev.created_at < '{{to}}'
and ev.type in (
'PullRequestReviewCommentEvent', 'PushEvent', 'PullRequestEvent',
'IssuesEvent', 'IssueCommentEvent', 'CommitCommentEvent', 'PullRequestReviewEvent'
'PushEvent'
)
group by
r.repo_group
order by
n_companies desc,
n_authors desc,
name asc
;
|
create or replace view v_dtpf17006_data as
select de086, je as n1,
(case when (de086 like '301%' or de086 like '307%' or de086 like '501%' or de086 like '507%') then je else 0 end) as n2,
(case when (de086 like '302%' or de086 like '502%') then je else 0 end) as n3,
pc, de042, 0 as bz, 3 as bs from
(select de042, de086, pc, sum(nvl(n4, 0)) as je from v_dtys17001s_3
where (de086 like '301%' or de086 like '307%' or de086 like '501%' or de086 like '507%' or de086 like '302%' or de086 like '502%')
and czde119 like '0101%'
group by de042, de086, pc)
union all
select de086, je as n1,
(case when (de086 like '301%' or de086 like '307%' or de086 like '501%' or de086 like '507%') then je else 0 end) as n2,
(case when (de086 like '302%' or de086 like '502%') then je else 0 end) as n3,
pc, de042, 0 as bz, 5 as bs from
(select de042, de086, pc, sum(nvl(n4, 0)) as je from v_dtys17001s_5
where (de086 like '301%' or de086 like '307%' or de086 like '501%' or de086 like '507%' or de086 like '302%' or de086 like '502%')
and czde119 like '0101%'
group by de042, de086, pc);
|
-- ex15_update.sql
/*
update문
- DML(select, insert, update, delet)
- 원하는 행의 원하는 컬럼값을 수정하는 명령어
- update 테이블명 set 컬렴명 = 수정할값 [, 컬럼명 = 수정할값] X N [where 절]
- WHERE절************************ 잘못쓰면 데이터 다날라감.
*/
-- select * from TBLCOUNTRY;
-- UPDATE TBLCOUNTRY SET
-- CAPITAL = '세종시';
-- WHERE
update tblCountry
set capital = '세종시'
where name = '대한민국';
update TBLCOUNTRY
set population = population * 1.1;
update TBLCOUNTRY
set population = population * 1.1
WHERE CONTINENT = 'AS';
UPDATE TBLCOUNTRY
SET CAPITAL = '제주시',
AREA = AREA + 10,
POPULATION = POPULATION * 1.2
WHERE NAME = '대한민국';
SELECT *
FROM TBLCOUNTRY;
commit;
rollback; |
-- MySQL Workbench Forward Engineering
SET @OLD_UNIQUE_CHECKS=@@UNIQUE_CHECKS, UNIQUE_CHECKS=0;
SET @OLD_FOREIGN_KEY_CHECKS=@@FOREIGN_KEY_CHECKS, FOREIGN_KEY_CHECKS=0;
SET @OLD_SQL_MODE=@@SQL_MODE, SQL_MODE='ONLY_FULL_GROUP_BY,STRICT_TRANS_TABLES,NO_ZERO_IN_DATE,NO_ZERO_DATE,ERROR_FOR_DIVISION_BY_ZERO,NO_ENGINE_SUBSTITUTION';
-- -----------------------------------------------------
-- Schema mydb
-- -----------------------------------------------------
-- -----------------------------------------------------
-- Schema ante
-- -----------------------------------------------------
-- -----------------------------------------------------
-- Schema ante
-- -----------------------------------------------------
CREATE SCHEMA IF NOT EXISTS `ante` DEFAULT CHARACTER SET utf8mb4 COLLATE utf8mb4_0900_ai_ci ;
USE `ante` ;
-- -----------------------------------------------------
-- Table `ante`.`addr`
-- -----------------------------------------------------
CREATE TABLE IF NOT EXISTS `ante`.`addr` (
`Id` INT(11) NOT NULL AUTO_INCREMENT,
`Name` VARCHAR(45) NULL DEFAULT NULL,
`Email` VARCHAR(45) NULL DEFAULT NULL,
`Phone` VARCHAR(13) NULL DEFAULT NULL,
PRIMARY KEY (`Id`))
ENGINE = InnoDB
AUTO_INCREMENT = 6
DEFAULT CHARACTER SET = utf8mb4
COLLATE = utf8mb4_0900_ai_ci;
SET SQL_MODE=@OLD_SQL_MODE;
SET FOREIGN_KEY_CHECKS=@OLD_FOREIGN_KEY_CHECKS;
SET UNIQUE_CHECKS=@OLD_UNIQUE_CHECKS;
|
CREATE TABLE LMS_STUDENTS
(
FIRST_NAME varchar2(20) NOT NULL,
LAST_NAME varchar2(20) NOT NULL,
E_MAIL varchar2(50) NOT NULL,
ADDRESS varchar2(100) NOT NULL,
STATE varchar2(20) NOT NULL,
PIN number(6,0) NOT NULL CHECK (PIN > 700000),
PHONE_NO number(10,0),
S_ID varchar2(5) PRIMARY KEY NOT NULL,
DATE_OF_BIRTH date NOT NULL,
QUALIFICATION varchar2(2) NOT NULL,
PERCENT_10 number(2,0) NOT NULL,
PERCENT_12 number(2,0) NOT NULL,
DATE_OF_PASSING_12 date NOT NULL,
SUBJECTS varchar2(20) NOT NULL
);
SELECT * FROM LMS_STUDENTS;
CREATE TABLE LMS_COURSES
(
C_NAME varchar2(30) NOT NULL,
C_CODE number(3,0) PRIMARY KEY NOT NULL,
C_SUBJECTS varchar2(20) NOT NULL,
C_DURATION number(2,0) NOT NULL,
C_FEE number(4,0) NOT NULL,
C_DESCRIPTION varchar2(50) NOT NULL
);
CREATE TABLE LMS_STUDENT_COURSE
(
S_ID varchar2(5) NOT NULL,
C_CODE number(3,0) NOT NULL,
REG_NO varchar2(5) NOT NULL,
COURSE_STATUS varchar2(20) NOT NULL,
CONSTRAINT LMS_STUDENTS_S_ID_FK_1
FOREIGN KEY (S_ID)
REFERENCES LMS_STUDENTS (S_ID),
CONSTRAINT LMS_COURSES_C_CODE_FK_2
FOREIGN KEY (C_CODE)
REFERENCES LMS_COURSES (C_CODE)
);
ALTER TABLE LMS_STUDENT_COURSE
MODIFY REG_NO PRIMARY KEY;
CREATE TABLE LMS_STUDENT_SCORE
(
REG_NO varchar2(5) NOT NULL,
SCORE number(2,0) NOT NULL,
EXAM_DATE date NOT NULL,
CONSTRAINT LMS_STUDENT_COURSE_REG_NO_FK_1
FOREIGN KEY (REG_NO)
REFERENCES LMS_STUDENT_COURSE (REG_NO)
);
CREATE TABLE LMS_CERTIFICATION
(
REG_NO varchar2(5) NOT NULL,
C_CODE number(3,0) NOT NULL,
CERTIFICATE_REQUREST_ID number(3,0) PRIMARY KEY NOT NULL,
CERTIFICATE_STATUS varchar2(10) NOT NULL,
ISSUE_DATE date,
CONSTRAINT LMS_STUDENT_COURSE_REG_NO_FK_2
FOREIGN KEY (REG_NO)
REFERENCES LMS_STUDENT_COURSE (REG_NO),
CONSTRAINT LMS_COURSES_C_CODE_FK_3
FOREIGN KEY (C_CODE)
REFERENCES LMS_COURSES (C_CODE)
);
CREATE TABLE LMS_INSTRUCTOR
(
FIRST_NAME varchar2(20) NOT NULL,
LAST_NAME varchar2(20) NOT NULL,
ADDRESS varchar2(100) NOT NULL,
STATE varchar2(50) NOT NULL,
PIN number(6,0) NOT NULL,
INSTRUCTOR_ID varchar2(5) PRIMARY KEY NOT NULL,
DATE_OF_BIRTH date NOT NULL,
QUALIFICATION varchar2(2) NOT NULL,
SUBJECTS varchar2(20) NOT NULL,
C_CODE number(3,0) NOT NULL,
CONSTRAINT LMS_COURSES_C_CODE_FK_4
FOREIGN KEY (C_CODE)
REFERENCES LMS_COURSES (C_CODE)
);
CREATE TABLE LMS_EMP
(
EMPLOYEE_ID number(2,0),
FIRST_NAME varchar2(20),
LAST_NAME varchar2(20),
PHONE_NUMBER number(4,0),
HIRE_DATE date,
SALARY number(5,0),
COMMISSION_PCT number(1,1),
MANAGER_ID number(2,0),
JOB_ID varchar2(10),
DEPARTMENT_ID number(2,0)
);
DROP TABLE LMS_EMP;
SELECT * FROM LMS_STUDENT_COURSE;
SELECT * FROM LMS_CERTIFICATION;
SELECT S.S_ID, S.FIRST_NAME, S.LAST_NAME, SC.C_CODE
FROM LMS_STUDENTS S
JOIN LMS_STUDENT_COURSE SC ON S.S_ID = SC.S_ID
WHERE C_CODE = 102;
SELECT S.FIRST_NAME, S.LAST_NAME, S.E_MAIL, C.C_NAME, SS.SCORE, SS.EXAM_DATE
FROM LMS_STUDENTS S
JOIN LMS_STUDENT_COURSE SC ON S.S_ID = SC.S_ID
JOIN LMS_COURSES C ON SC.C_CODE = C.C_CODE
JOIN LMS_STUDENT_SCORE SS ON SC.REG_NO = SS.REG_NO
WHERE SS.REG_NO = 'R1001';
SELECT * FROM LMS_STUDENT_SCORE;
INSERT INTO LMS_STUDENTS (FIRST_NAME, LAST_NAME, E_MAIL, ADDRESS, STATE, PIN, PHONE_NO, S_ID, DATE_OF_BIRTH, QUALIFICATION, PERCENT_10, PERCENT_12, DATE_OF_PASSING_12, SUBJECTS)
VALUES ('MARCIAL','CORDON','mcordon@perscholas.org','5 WEST 56th','NY',700900,9188895664,'S2003','22-MAR-24','BE',70,69,'30-MAR-22','Mechanical Engg.');
SELECT S.FIRST_NAME, SC.C_CODE
FROM LMS_STUDENTS S
LEFT JOIN LMS_STUDENT_COURSE SC on S.S_ID = SC.S_ID;
SELECT S.FIRST_NAME, SC.C_CODE
FROM LMS_STUDENTS S
RIGHT JOIN LMS_STUDENT_COURSE SC on S.S_ID = SC.S_ID;
|
INSERT INTO bears (name, age, gender, color, temperament, alive)
VALUES ("Mr. Chocolate", 12, "M", "Brown", "Unpredictable", 0);
INSERT INTO bears (name, age, gender, color, temperament, alive)
VALUES ("Rowdy", 8, "M", "Red", "Sanguine", 1);
INSERT INTO bears (name, age, gender, color, temperament, alive)
VALUES ("Tabitha", 18, "F", "Pink", "Adaptability", 1);
INSERT INTO bears (name, age, gender, color, temperament, alive)
VALUES ("Sergeant Brown", 20, "M", "Beige", "Ferocious", 0);
INSERT INTO bears (name, age, gender, color, temperament, alive)
VALUES ("Melissa", 3, "F", "White", "Peaceful", 1);
INSERT INTO bears (name, age, gender, color, temperament, alive)
VALUES ("Grinch", 99, "M", "Emerald", "Grumpy", 1);
INSERT INTO bears (name, age, gender, color, temperament, alive)
VALUES ("Wendy", 43, "F", "Red", "Super Nice", 1);
INSERT INTO bears (name, age, gender, color, temperament, alive)
VALUES (NULL, 23, "F", "Salmony", "Angry", 1); |
-- MySQL Workbench Forward Engineering
SET @OLD_UNIQUE_CHECKS=@@UNIQUE_CHECKS, UNIQUE_CHECKS=0;
SET @OLD_FOREIGN_KEY_CHECKS=@@FOREIGN_KEY_CHECKS, FOREIGN_KEY_CHECKS=0;
SET @OLD_SQL_MODE=@@SQL_MODE, SQL_MODE='ONLY_FULL_GROUP_BY,STRICT_TRANS_TABLES,NO_ZERO_IN_DATE,NO_ZERO_DATE,ERROR_FOR_DIVISION_BY_ZERO,NO_ENGINE_SUBSTITUTION';
-- -----------------------------------------------------
-- Schema mydb
-- -----------------------------------------------------
-- -----------------------------------------------------
-- Schema mydb
-- -----------------------------------------------------
CREATE SCHEMA IF NOT EXISTS `icar` DEFAULT CHARACTER SET utf8 ;
USE `icar` ;
-- -----------------------------------------------------
-- Table `icar`.`Cliente`
-- -----------------------------------------------------
CREATE TABLE IF NOT EXISTS `icar`.`cliente` (
`id` INT NOT NULL AUTO_INCREMENT,
`nome` VARCHAR(250) NOT NULL,
`rg` VARCHAR(9) NULL,
`cpf` VARCHAR(14) NOT NULL,
`logradouro` VARCHAR(45) NULL,
`numero` VARCHAR(5) NULL,
`bairro` VARCHAR(45) NULL,
`cep` VARCHAR(15) NULL,
`cidade` VARCHAR(45) NULL,
`uf` VARCHAR(45) NULL,
`email` VARCHAR(45) NULL,
PRIMARY KEY (`id`))
ENGINE = InnoDB;
-- -----------------------------------------------------
-- INSERT CLIENTES
-- -----------------------------------------------------
INSERT INTO `icar`.`cliente`(`nome`,`rg`,`cpf`,`logradouro`,`numero`,`bairro`,`cep`,`cidade`,`uf`,`email`) VALUES('Clarice Gabriela Analu Almada', '459958689', '23561167373', 'Rua Nova', '646', 'Jardim Santo Inácio', '69306610', 'Cabo de Santo Agostinho', 'PE', 'clarice@publiout.com.br');
INSERT INTO `icar`.`cliente`(`nome`,`rg`,`cpf`,`logradouro`,`numero`,`bairro`,`cep`,`cidade`,`uf`,`email`) VALUES('Mateus Raimundo Caio Costa', '377314092', '59213164580', 'Rua Melvim Jones', '476', 'São Pedro', '69306610', 'Cabo de Santo Agostinho', 'RR', 'mmateusraimundo@publiout.com.br');
INSERT INTO `icar`.`cliente`(`nome`,`rg`,`cpf`,`logradouro`,`numero`,`bairro`,`cep`,`cidade`,`uf`,`email`) VALUES('Renan Theo Marcos Vinicius Rocha', '239341375', '13502048622', 'Servidão Palmito', '466', 'Campeche', '88065095', 'Florianópolis', 'SC', 'renantheomar@cruiser.com.br');
INSERT INTO `icar`.`cliente`(`nome`,`rg`,`cpf`,`logradouro`,`numero`,`bairro`,`cep`,`cidade`,`uf`,`email`) VALUES('Danilo Ian Campos', '110763592', '48569515308', 'Rua Paulina', '978', 'Senador Camará', '21843655', 'Rio de Janeiro', 'RJ', 'daniloian@renatoseguros.com');
INSERT INTO `icar`.`Cliente`(`nome`,`rg`,`cpf`,`logradouro`,`numero`,`bairro`,`cep`,`cidade`,`uf`,`email`) VALUES('Fabiana Agatha Raquel da Cruz', '429957762', '01708417400', 'Quadra QS 607 Conjunto E', '635', 'Samambaia Norte (Samambaia)', '72331545', 'Brasília', 'DF', 'fabian__fabiana@yahoo.co.uk');
-- -----------------------------------------------------
-- Table `icar`.`Carro`
-- -----------------------------------------------------
CREATE TABLE IF NOT EXISTS `icar`.`carro` (
`id` INT NOT NULL AUTO_INCREMENT,
`modelo` VARCHAR(150) NOT NULL,
`marca` VARCHAR(105) NOT NULL,
`ano` INT NOT NULL,
`renavan` VARCHAR(15) NOT NULL UNIQUE,
`placa` VARCHAR(45) NOT NULL,
`cor` VARCHAR(45) NOT NULL,
`preco_aluguel` DECIMAL(10,3) NOT NULL,
`preco_compra` DECIMAL(10,3) NOT NULL,
PRIMARY KEY (`id`))
ENGINE = InnoDB;
-- -----------------------------------------------------
-- INSERT MODELOS DE CARROS
-- -----------------------------------------------------
INSERT INTO `icar`.`carro`(`modelo`,`marca`,`ano`,`renavan`,`placa`,`cor`,`preco_aluguel`,`preco_compra`) VALUES('Tico', 'Daewoo', 1994, '70125016574', 'NEX-0281', 'Cinza', 197.56, 22130.80);
INSERT INTO `icar`.`carro`(`modelo`,`marca`,`ano`,`renavan`,`placa`,`cor`,`preco_aluguel`,`preco_compra`) VALUES('J2 1.4 16V 5p Mec.', 'JAC', 2012, '03025273722', 'HWW-9773', 'Vermelho', 189.70, 32130.30);
INSERT INTO `icar`.`carro`(`modelo`,`marca`,`ano`,`renavan`,`placa`,`cor`,`preco_aluguel`,`preco_compra`) VALUES('Engesa 4x4 2.5/4.1', 'Engesa', 1985, '13434833683', 'JHS-4984', 'Preto', 176.40, 23450.50);
INSERT INTO `icar`.`carro`(`modelo`,`marca`,`ano`,`renavan`,`placa`,`cor`,`preco_aluguel`,`preco_compra`) VALUES('Gran Voyager LE 2.5', 'Plymouth', 1992, '00147059739', 'BLY-0582', 'Amarelo', 188.90, 15679.10);
INSERT INTO `icar`.`carro`(`modelo`,`marca`,`ano`,`renavan`,`placa`,`cor`,`preco_aluguel`,`preco_compra`) VALUES('Courier CLX 1.4i 16V', 'Ford', 1998, '31150027389', 'MXF-5310', 'Branco', 196.90, 45123.80);
INSERT INTO `icar`.`carro`(`modelo`,`marca`,`ano`,`renavan`,`placa`,`cor`,`preco_aluguel`,`preco_compra`) VALUES('Punto EL/ELX', 'Fiat', 1995, '37380046589', 'NFA-5477', 'Verde', 114.43, 33412.70);
INSERT INTO `icar`.`carro`(`modelo`,`marca`,`ano`,`renavan`,`placa`,`cor`,`preco_aluguel`,`preco_compra`) VALUES('550 1.8 16V Turbo 170cv Aut.', 'MG', 2010, '72307473713', 'KAJ-4052', 'Amarelo', 154.20, 22130.80);
INSERT INTO `icar`.`carro`(`modelo`,`marca`,`ano`,`renavan`,`placa`,`cor`,`preco_aluguel`,`preco_compra`) VALUES('AUMARK 3.5 - 11ST 2.8 4x2 TB Diesel', 'Foton', 2014, '54536850533', 'MVU-3482', 'Branco', 140.56, 36130.80);
INSERT INTO `icar`.`carro`(`modelo`,`marca`,`ano`,`renavan`,`placa`,`cor`,`preco_aluguel`,`preco_compra`) VALUES('Discovery ES 3.9 V8', 'Land Rover', 1996, '92421302196', 'IKE-8364', 'Marrom', 167.99, 33541.10);
INSERT INTO `icar`.`carro`(`modelo`,`marca`,`ano`,`renavan`,`placa`,`cor`,`preco_aluguel`,`preco_compra`) VALUES('535iA 3.0 24V 306cv Bi-Turbo', 'BMW', 2010, '24641643478', 'KDE-3992', 'Branco', 133.91, 18765.00);
-- -----------------------------------------------------
-- Table `icar`.`pedido`
-- -----------------------------------------------------
CREATE TABLE IF NOT EXISTS `icar`.`pedido` (
`id` INT NOT NULL AUTO_INCREMENT,
`data` DATETIME NOT NULL,
`diarias` INT NULL,
`tipo` ENUM('Aluguel', 'Compra') NOT NULL,
`Cliente_id` INT NOT NULL,
`Carro_id` INT NOT NULL,
PRIMARY KEY (`id`),
INDEX `fk_pedido_cliente_idx` (`cliente_id` ASC),
INDEX `fk_pedido_carro1_idx` (`carro_id` ASC),
CONSTRAINT `fk_pedido_Cliente`
FOREIGN KEY (`Cliente_id`)
REFERENCES `mydb`.`Cliente` (`id`)
ON DELETE NO ACTION
ON UPDATE NO ACTION,
CONSTRAINT `fk_pedido_Carro1`
FOREIGN KEY (`Carro_id`)
REFERENCES `mydb`.`Carro` (`id`)
ON DELETE NO ACTION
ON UPDATE NO ACTION)
ENGINE = InnoDB;
-- ---------------------------------------------------------
-- INSERT PEDIDOS
-- ---------------------------------------------------------
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-08-12:08:45', 5, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-10-12:08:45', 7, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-11-12:08:45', 8, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-10-12:08:45', 30, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 1, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-02-12:08:45', 5, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 7, 'Aluguel', 1, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 4, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 1, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-08-12:08:45', 5, 'Aluguel', 1, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-10-12:08:45', 7, 'Aluguel', 1, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-11-12:08:45', 8, 'Aluguel', 1, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-10-12:08:45', 30, 'Aluguel', 1, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 1, 'Aluguel', 1, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-02-12:08:45', 5, 'Aluguel', 1, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 7, 'Aluguel', 1, 10);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 4, 'Aluguel', 1, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 5, 'Aluguel', 1, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 5, 'Aluguel', 1, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-08-12:08:45', 5, 'Aluguel', 1, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-10-12:08:45', 7, 'Aluguel', 1, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-11-12:08:45', 8, 'Aluguel', 1, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-10-12:08:45', 30, 'Aluguel', 1, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 1, 'Aluguel', 1, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-02-12:08:45', 5, 'Aluguel', 1, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 7, 'Aluguel', 1, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 4, 'Aluguel', 1, 4);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 1, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 1, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-08-12:08:45', 5, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-10-12:08:45', 7, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-11-12:08:45', 8, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-10-12:08:45', 30, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 1, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-02-12:08:45', 5, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 7, 'Aluguel', 1, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 4, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 1, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-08-12:08:45', 5, 'Aluguel', 2, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-10-12:08:45', 7, 'Aluguel', 2, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-11-12:08:45', 8, 'Aluguel', 2, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-10-12:08:45', 30, 'Aluguel', 2, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 1, 'Aluguel', 2, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-02-12:08:45', 5, 'Aluguel', 2, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 7, 'Aluguel', 2, 10);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 4, 'Aluguel', 2, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 5, 'Aluguel', 2, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 5, 'Aluguel', 2, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-08-12:08:45', 5, 'Aluguel', 2, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-10-12:08:45', 7, 'Aluguel', 2, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-11-12:08:45', 8, 'Aluguel', 2, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-10-12:08:45', 30, 'Aluguel', 2, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 1, 'Aluguel', 2, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-02-12:08:45', 5, 'Aluguel', 2, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 7, 'Aluguel', 2, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 4, 'Aluguel', 2, 4);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 2, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 2, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-08-12:08:45', 5, 'Aluguel', 3, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-10-12:08:45', 7, 'Aluguel', 3, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-11-12:08:45', 8, 'Aluguel', 3, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-10-12:08:45', 30, 'Aluguel', 3, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 1, 'Aluguel', 3, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-02-12:08:45', 5, 'Aluguel', 3, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 7, 'Aluguel', 3, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 4, 'Aluguel', 3, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 3, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 3, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-08-12:08:45', 5, 'Aluguel', 3, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-10-12:08:45', 7, 'Aluguel', 3, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-11-12:08:45', 8, 'Aluguel', 3, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-10-12:08:45', 30, 'Aluguel', 3, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 1, 'Aluguel', 3, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-02-12:08:45', 5, 'Aluguel', 3, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 7, 'Aluguel', 3, 10);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 4, 'Aluguel', 3, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 5, 'Aluguel', 3, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 5, 'Aluguel', 3, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-08-12:08:45', 5, 'Aluguel', 3, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-10-12:08:45', 7, 'Aluguel', 3, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-11-12:08:45', 8, 'Aluguel', 3, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-10-12:08:45', 30, 'Aluguel', 3, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 1, 'Aluguel', 3, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-02-12:08:45', 5, 'Aluguel', 3, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 7, 'Aluguel', 3, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 4, 'Aluguel', 3, 4);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 3, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 3, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-08-12:08:45', 5, 'Aluguel', 4, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-10-12:08:45', 7, 'Aluguel', 4, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-11-12:08:45', 8, 'Aluguel', 4, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2018-10-12:08:45', 30, 'Aluguel', 4, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 1, 'Aluguel', 4, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-02-12:08:45', 5, 'Aluguel', 4, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 7, 'Aluguel', 4, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 4, 'Aluguel', 4, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 4, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 4, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-08-12:08:45', 5, 'Aluguel', 4, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-10-12:08:45', 7, 'Aluguel', 4, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-11-12:08:45', 8, 'Aluguel', 4, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-10-12:08:45', 30, 'Aluguel', 4, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 1, 'Aluguel', 4, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-02-12:08:45', 5, 'Aluguel', 4, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 7, 'Aluguel', 4, 10);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 4, 'Aluguel', 4, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 5, 'Aluguel', 4, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 5, 'Aluguel', 4, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-08-12:08:45', 5, 'Aluguel', 4, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-10-12:08:45', 7, 'Aluguel', 4, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-11-12:08:45', 8, 'Aluguel', 4, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-10-12:08:45', 30, 'Aluguel', 4, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 1, 'Aluguel', 4, 8);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-02-12:08:45', 5, 'Aluguel', 4, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 7, 'Aluguel', 4, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 4, 'Aluguel', 4, 4);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 4, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 5, 'Aluguel', 4, 7);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 1, 'Compra', 1, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-10:08:45', 1, 'Compra', 2, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-13:08:45', 1, 'Compra', 3, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-08:08:45', 2, 'Compra', 4, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-10:08:45', 1, 'Compra', 4, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-07:08:45', 1, 'Compra', 1, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-12:08:45', 1, 'Compra', 2, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-14:08:45', 3, 'Compra', 3, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-13:08:45', 1, 'Compra', 4, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2019-01-20:08:45', 1, 'Compra', 1, 9);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 1, 'Compra', 1, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-10:08:45', 1, 'Compra', 2, 4);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-13:08:45', 1, 'Compra', 3, 3);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-08:08:45', 2, 'Compra', 4, 2);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-10:08:45', 1, 'Compra', 1, 1);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-07:08:45', 1, 'Compra', 2, 3);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-12:08:45', 1, 'Compra', 3, 4);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-14:08:45', 3, 'Compra', 4, 5);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-13:08:45', 1, 'Compra', 1, 6);
INSERT INTO `icar`.`pedido`(`data`,`diarias`,`tipo`,`Cliente_id`,`Carro_id`) VALUES('2020-01-20:08:45', 1, 'Compra', 2, 7);
SET SQL_MODE=@OLD_SQL_MODE;
SET FOREIGN_KEY_CHECKS=@OLD_FOREIGN_KEY_CHECKS;
SET UNIQUE_CHECKS=@OLD_UNIQUE_CHECKS;
|
CREATE OR REPLACE PACKAGE BODY pkg_unit_testing
AS
PROCEDURE prc_ut_add_department
IS
BEGIN
BEGIN
pkg_hr_departments.prc_add_department('Internship', 200, 1700);
dbms_output.put_line('Success on insert department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert department.');
ROLLBACK;
END;
BEGIN
pkg_hr_departments.prc_add_department(NULL, 100, 1800);
dbms_output.put_line('Success on insert department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert department.');
ROLLBACK;
END;
BEGIN
pkg_hr_departments.prc_add_department('DB', 200, 900);
dbms_output.put_line('Success on insert department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert department.');
ROLLBACK;
END;
BEGIN
pkg_hr_departments.prc_add_department('Intern', 13, 1700);
dbms_output.put_line('Success on insert department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert department.');
ROLLBACK;
END;
END prc_ut_add_department;
PROCEDURE prc_ut_adjust_department_data
IS
BEGIN
BEGIN
pkg_hr_departments.prc_adjust_department_data(120, 'Treasury', 108, 2700);
dbms_output.put_line('Success on update department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update department.');
ROLLBACK;
END;
BEGIN
pkg_hr_departments.prc_adjust_department_data(500, 'Operator', 108, 2700);
dbms_output.put_line('Success on update department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update department.');
ROLLBACK;
END;
BEGIN
pkg_hr_departments.prc_adjust_department_data(120, null, 108, 2700);
dbms_output.put_line('Success on update department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update department.');
ROLLBACK;
END;
BEGIN
pkg_hr_departments.prc_adjust_department_data(120, 'Treasury', 13, 2700);
dbms_output.put_line('Success on update department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update department.');
ROLLBACK;
END;
BEGIN
pkg_hr_departments.prc_adjust_department_data(120, 'Treasury', 100, 700);
dbms_output.put_line('Success on update department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update department.');
ROLLBACK;
END;
END prc_ut_adjust_department_data;
PROCEDURE prc_ut_remove_department
IS
BEGIN
BEGIN
pkg_hr_departments.prc_remove_department(290);
dbms_output.put_line('Success on delete department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on delete department.');
ROLLBACK;
END;
BEGIN
pkg_hr_departments.prc_remove_department(460);
dbms_output.put_line('Success on delete department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on delete department.');
ROLLBACK;
END;
BEGIN
pkg_hr_departments.prc_remove_department(340);
dbms_output.put_line('Success on delete department.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on delete department.');
ROLLBACK;
END;
END prc_ut_remove_department;
PROCEDURE prc_ut_add_employee
IS
BEGIN
BEGIN
pkg_hr_employees.prc_add_employee( 'Mihaela', 'Spirache', 'miha', '076.644.1217', SYSDATE, 'AC_MGR', 12000, NULL, 101, 290);
dbms_output.put_line('Success on insert employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_add_employee( 'Mihaela', NULL, 'mihaelaspirache', '076.644.1217', SYSDATE, 'AC_MGR', 12000, NULL, 101, 290);
dbms_output.put_line('Success on insert employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_add_employee( 'Mihaela', 'Spirache', 'miha', '076.644.1217', TO_DATE('24/07/2006','dd/mm/yyyy'), 'AC_MGR', 12000, NULL, 101, 290);
dbms_output.put_line('Success on insert employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_add_employee( 'Mihaela', 'Spirache', 'mihaelaspirache', '076.644.1217', NULL, 'AC_MGR', 12000, NULL, 101, 290);
dbms_output.put_line('Success on insert employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_add_employee( 'Mihaela', 'Spirache', 'mihaelaspirache', '076.644.1217', TO_DATE('25/03/2008','dd/mm/yyyy'), 'AC_', 12000, NULL, 101, 290);
dbms_output.put_line('Success on insert employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_add_employee( 'Mihaela', 'Spirache', 'mihaelaspirache', '076.644.1217', SYSDATE, NULL, 12000, NULL, 101, 290);
dbms_output.put_line('Success on insert employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_add_employee( 'Mihaela', 'Spirache', 'mihaelaspirache', '076.644.1217', SYSDATE, 'AC_MGR', -1000, NULL, 101, 290);
dbms_output.put_line('Success on insert employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_add_employee( 'Mihaela', 'Spirache', 'mihaelaspirache', '076.644.1217', SYSDATE, 'AC_MGR', 12000, NULL, 13, 290);
dbms_output.put_line('Success on insert employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_add_employee( 'Mihaela', 'Spirache', 'mihaelaspirache', '076.644.1217', SYSDATE, 'AC_MGR', 12000, NULL, 101, 500);
dbms_output.put_line('Success on insert employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on insert employee.');
ROLLBACK;
END;
END prc_ut_add_employee;
PROCEDURE prc_ut_adjust_employee_data
IS
BEGIN
BEGIN
pkg_hr_employees.prc_adjust_employee_data( 228, 'Miha', NULL, 'mihaelaspirache', '076.644.1217', SYSDATE, 'MK_REP', 6000, NULL, 201, 20);
dbms_output.put_line('Success on update employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_adjust_employee_data( 228, 'Miha', 'Dumitrescu', 'mihaeladumitrescu', '076.555.1217', TO_DATE('14/08/2001','dd/mm/yyyy'), 'MK_REP', 6000, NULL, 201, 20);
dbms_output.put_line('Success on update employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_adjust_employee_data( 228, 'Miha', 'Dumitrescu', 'jseo', '076.555.1217', SYSDATE, 'MK_REP', 6000, NULL, 201, 500);
dbms_output.put_line('Success on update employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_adjust_employee_data( 228, 'Miha', 'Dumitrescu', 'mihaeladumitrescu', '076.555.1217', NULL, 'MK_REP', 6000, NULL, 201, 20);
dbms_output.put_line('Success on update employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_adjust_employee_data( 228, 'Miha', 'Dumitrescu', 'mihaeladumitrescu', '076.555.1217', SYSDATE, 'MK', 6000, NULL, 201, 20);
dbms_output.put_line('Success on update employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_adjust_employee_data( 228, 'Miha', 'Dumitrescu', 'mihaeladumitrescu', '076.555.1217', SYSDATE, NULL, 6000, NULL, 201, 20);
dbms_output.put_line('Success on update employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_adjust_employee_data( 228, 'Miha', 'Dumitrescu', 'mihaeladumitrescu', '076.555.1217', TO_DATE('14/08/2001','dd/mm/yyyy'), 'MK_REP', 6000, NULL, 201, 20);
dbms_output.put_line('Success on update employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_adjust_employee_data( 228, 'Miha', 'Dumitrescu', 'mihaeladumitrescu', '076.555.1217', SYSDATE, 'MK_REP', -600, NULL, 201, 20);
dbms_output.put_line('Success on update employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on update employee.');
ROLLBACK;
END;
END prc_ut_adjust_employee_data;
PROCEDURE prc_ut_remove_employee
IS
BEGIN
BEGIN
pkg_hr_employees.prc_remove_employee(186);
dbms_output.put_line('Success on delete employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on delete employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_remove_employee(405);
dbms_output.put_line('Success on delete employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on delete employee.');
ROLLBACK;
END;
BEGIN
pkg_hr_employees.prc_remove_employee(180);
dbms_output.put_line('Success on delete employee.');
COMMIT;
EXCEPTION
WHEN OTHERS THEN
dbms_output.put_line('Fail on delete employee.');
ROLLBACK;
END;
END prc_ut_remove_employee;
END pkg_unit_testing;
/ |
-- Role: "BenFattoUsr-CLF"
-- DROP ROLE "BenFattoUsr-CLF";
CREATE ROLE "BenFattoUsr-CLF" WITH
LOGIN
SUPERUSER
INHERIT
CREATEDB
CREATEROLE
REPLICATION
ENCRYPTED PASSWORD 'md51d9a1d8254f8ac69eb684ffb409c44cb';
-- Role: "BenFattoUsr-FrontEnd"
-- DROP ROLE "BenFattoUsr-FrontEnd";
CREATE ROLE "BenFattoUsr-FrontEnd" WITH
LOGIN
SUPERUSER
INHERIT
CREATEDB
CREATEROLE
NOREPLICATION
ENCRYPTED PASSWORD 'md556f6c562e4ba8b6e22cd37614a24bfec';
|
prompt PL/SQL Developer import file
prompt Created on 2011年12月6日 by tangzb
set feedback off
set define off
prompt Deleting CZCS002...
delete from CZCS002;
prompt Loading CZCS002...
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('090103', '教科文专项', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0903', '农业专项', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('090101', '工贸发展专项', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0905', '粮食风险基金', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('090104', '金融专项', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('090102', '经建专项', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('05', '纳入预算管理收入', null, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('01', '上年结余', 0, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0101', '原基本户清理使用后结余', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0102', '结转指标', 0, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('010201', '单位结余结转指标', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('010202', '预算结余结转指标', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('02', '省专项补助', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('03', '体制财力', 0, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0301', '财政拨款', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0302', '罚没', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0303', '动支预备费', 1, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0304', '市长基金', 0, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030401', '王成斌', 1, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030402', '尚建荣', 1, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030403', '王伟成', 1, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030404', '范燕青', 1, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030405', '俞志平', 1, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030406', '邹宏国', 1, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030407', '刘建国', 1, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030408', '居丽琴', 1, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030409', '韩九云', 1, null, '320400', 2012, 1, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030410', '孙国建', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030411', '季忠正', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030412', '朱晓敏', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030413', '张耀钢', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030414', '高 清', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030415', '徐缨', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030416', '朱 锐', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030417', '邓志兵', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030418', '姚晓东', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030419', '沈斌', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('030420', '张春福', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('04', '社会保险基金收入', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0501', '纳入预算管理政府性基金收入', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0502', '纳入预算管理行政事业性收费收入', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0503', '专项收入', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0504', '国有资本经营收入', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('06', '债券资金', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('07', '调入资金', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('08', '财政专户管理政府非税收入', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('09', '财政专户管理专项资金', 0, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0901', '财政专项资金专户', 0, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0904', '预算列支专项', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('99', '其他资金', 0, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('9901', '教育均衡资金', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('88', '科目调剂', 1, null, '320400', 2012, 2, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('90', '政府采购', 0, null, '320400', 2012, 3, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('9001', '自筹资金', 1, null, '320400', 2012, 3, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('9002', '其他资金', 1, null, '320400', 2012, 3, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0902', '社保专项', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('0906', '国有资产收益', 1, null, '320400', 2012, null, null, null);
insert into CZCS002 (czde951, czde952, jsde017, jsde901, de022, de011, jsde027, czde019, bno)
values ('090105', '基层专项', 1, null, '320400', 2012, null, null, null);
prompt 58 records loaded
set feedback on
set define on
prompt Done.
|
CREATE DATABASE egg;
USE egg;
CREATE TABLE article(
id int(10) NOT NULL AUTO_INCREMENT PRIMARY KEY,
img LONGTEXT DEFAULT NULL COMMENT '缩略图',
title varchar(80) DEFAULT NULL COMMENT '标题',
createTime timestamp DEFAULT NULL COMMENT '发布时间'
);
INSERT INTO article (img, title)VALUES('https://images.unsplash.com/photo-1623055918989-b4b50c7bc1a1?ixid=MnwxMjA3fDB8MHxwaG90by1wYWdlfHx8fGVufDB8fHx8&ixlib=rb-1.2.1&auto=format&fit=crop&w=1950&q=80', '城市');
|
ALTER VIEW Z_IMINVLOC_QALL_WITH_LEVELS AS
/*Last Change: Excluded KPB items sold to Infiniti(22523)*/
SELECT [Parent Item] AS [item_no], SUM(qty_to_ship) AS [qty_allocated], 'PARENT' AS [Level],
[Parent Item] AS [Parent Item]
FROM (SELECT ol.item_no AS [Parent Item], qty_to_ship
FROM oeordlin_sql ol JOIN
imitmidx_sql IM ON IM.item_no = ol.item_no JOIN
oeordhdr_sql OH ON OH.ord_no = ol.ord_no LEFT OUTER JOIN
(SELECT DISTINCT item_no, line_no, shipped, ord_no
FROM wspikpak) AS PP ON PP.ord_no = OL.ord_no AND PP.line_no = OL.line_no
WHERE (shipped = 'N' OR shipped IS NULL)
AND ol.loc NOT IN ('CAN', 'IN', 'BR')
AND oh.ord_type IN ('O')
/*Exclude KPB items sold to Inf*/
AND OH.ord_no NOT IN (SELECT OH.ord_no AS ord_no
FROM dbo.oeordhdr_sql OH JOIN oeordlin_sql OL ON OH.ord_no = OL.ord_no
JOIN dbo.imitmidx_sql IM ON IM.item_no = OL.item_no
WHERE ltrim(oh.cus_no) = '22523' AND IM.item_note_3 = 'KPB')
--Test item
--AND OL.item_no = 'INF-METAL-238'
) AS LVL_ALL
GROUP BY [Parent Item]
UNION ALL
SELECT [Comp Lvl 1] AS [item_no], SUM([Comp Lvl 1 Qty To Ship]) AS [qty_allocated], 'LVL 1' AS [Level], [Parent Item] AS [Parent Item]
FROM (SELECT ol.item_no AS [Parent Item], OL.qty_to_ship, BM.comp_item_no[Comp Lvl 1], BM.qty_per_par[Comp Lvl 1 Per Par],
BM.qty_per_par * ol.qty_to_ship AS [Comp Lvl 1 Qty To Ship]
FROM oeordlin_sql ol JOIN
dbo.bmprdstr_sql AS BM ON BM.item_no = ol.item_no LEFT OUTER JOIN
(SELECT DISTINCT item_no, line_no, shipped, ord_no
FROM wspikpak) AS PP ON PP.ord_no = OL.ord_no AND PP.line_no = OL.line_no
WHERE (shipped = 'N' OR
shipped IS NULL) AND ol.loc NOT IN ('CAN', 'IN', 'BR') AND ord_type IN ('O')) AS LVL_ALL
GROUP BY [Comp Lvl 1], [Parent Item] |
-- phpMyAdmin SQL Dump
-- version 5.0.1
-- https://www.phpmyadmin.net/
--
-- Host: 127.0.0.1
-- Waktu pembuatan: 14 Jun 2020 pada 17.21
-- Versi server: 10.4.11-MariaDB
-- Versi PHP: 7.4.2
SET SQL_MODE = "NO_AUTO_VALUE_ON_ZERO";
SET AUTOCOMMIT = 0;
START TRANSACTION;
SET time_zone = "+00:00";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8mb4 */;
--
-- Database: `cmsdb`
--
-- --------------------------------------------------------
--
-- Struktur dari tabel `barang`
--
CREATE TABLE `barang` (
`id_barang` int(11) NOT NULL,
`nama_barang` varchar(100) NOT NULL,
`kd_barang` varchar(30) NOT NULL,
`foto_barang` varchar(50) DEFAULT NULL,
`deskripsi` text NOT NULL,
`harga_beli` decimal(10,0) NOT NULL,
`harga_jual` decimal(10,0) NOT NULL,
`jumlah_barang` int(12) NOT NULL,
`tanggal_pembelian` date DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
--
-- Dumping data untuk tabel `barang`
--
INSERT INTO `barang` (`id_barang`, `nama_barang`, `kd_barang`, `foto_barang`, `deskripsi`, `harga_beli`, `harga_jual`, `jumlah_barang`, `tanggal_pembelian`) VALUES
(18, 'kursi game', 'A0001', NULL, 'ku', '675', '2333', 3, '2020-03-17'),
(19, 'meja', 'A0002', NULL, 'meja', '399', '3000', 8, '2020-02-23'),
(22, 'ryco', 'A0003', NULL, 'roycoy', '3000', '4000', 4, '2020-02-26'),
(23, 'gula', 'A0004', NULL, 'gula', '1000', '20000', 3, '2020-03-18'),
(27, 'beras', 'A0006', NULL, 'beras', '3000', '240000', 7, '2020-02-27'),
(28, 'mie rebus', 'A0007', NULL, 'mie', '30000', '50000', 15, '2020-02-29'),
(30, 'Teh Bandulan', 'A0008', NULL, 'kotak gelas', '20000', '23000', 6, '2020-04-27'),
(31, 'Sabun cuci tangan', 'A0009', NULL, 'ss', '4000', '9000', 7, '2020-05-01'),
(32, 'Kopi tora', 'A0010', NULL, 's', '1000', '2000', 9, '2020-02-06'),
(33, 'Biskuit', 'A0011', NULL, 'dsd', '2000', '5000', 6, '2020-04-29'),
(34, 'Garam', 'A0012', NULL, 'dsd', '1000', '3000', 4, '2020-02-10');
-- --------------------------------------------------------
--
-- Struktur dari tabel `customer`
--
CREATE TABLE `customer` (
`id_cust` int(11) NOT NULL,
`nama_customer` varchar(100) NOT NULL,
`alamat` text NOT NULL,
`no_kontak` int(12) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
--
-- Dumping data untuk tabel `customer`
--
INSERT INTO `customer` (`id_cust`, `nama_customer`, `alamat`, `no_kontak`) VALUES
(2, 'Toko Sembako', 'Toko Sembako', 251878787);
-- --------------------------------------------------------
--
-- Struktur dari tabel `member`
--
CREATE TABLE `member` (
`id_m` int(11) NOT NULL,
`kd_m` varchar(22) NOT NULL,
`nama_m` varchar(30) NOT NULL,
`email_m` varchar(30) NOT NULL,
`telp` varchar(12) DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data untuk tabel `member`
--
INSERT INTO `member` (`id_m`, `kd_m`, `nama_m`, `email_m`, `telp`) VALUES
(1, 'M0001', 'Amailia', 'amai@hmm.com', '88777'),
(2, 'M0002', 'Ivan', 'ivan@ttt.com', '98888'),
(3, 'm0003', 'ecvi', 'evi@jj.com', '34888'),
(5, 'M0004', 'Ninis', 'ninis@emm.com', '34555'),
(6, 'M0005', 'Wibi', 'wibi@rrr.com', '76588');
-- --------------------------------------------------------
--
-- Struktur dari tabel `pelanggan`
--
CREATE TABLE `pelanggan` (
`id_pelanggan` int(11) NOT NULL,
`nama_pelanggan` varchar(100) NOT NULL,
`alamat` text NOT NULL,
`no_kontak` int(12) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
-- --------------------------------------------------------
--
-- Struktur dari tabel `pembelian`
--
CREATE TABLE `pembelian` (
`id_pembelian` int(11) NOT NULL,
`id_barang` int(11) NOT NULL,
`id_customer` int(11) NOT NULL,
`jumlah_pembelian` int(12) NOT NULL,
`tanggal_pembelian` datetime NOT NULL,
`total_harga` decimal(10,0) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
-- --------------------------------------------------------
--
-- Struktur dari tabel `transaksi`
--
CREATE TABLE `transaksi` (
`id_tr` int(50) NOT NULL,
`kd_trans` varchar(30) NOT NULL,
`id_cust` int(11) NOT NULL DEFAULT 0,
`nama_cust` varchar(30) NOT NULL,
`tanggal` date NOT NULL,
`total_harga` decimal(10,0) NOT NULL,
`bayar` decimal(10,0) NOT NULL,
`kembali` decimal(10,0) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data untuk tabel `transaksi`
--
INSERT INTO `transaksi` (`id_tr`, `kd_trans`, `id_cust`, `nama_cust`, `tanggal`, `total_harga`, `bayar`, `kembali`) VALUES
(1, '20200511170146', 2, 'Ivan', '2020-02-11', '299333', '300000', '667'),
(3, '20200511171309', 1, 'Amailia', '2020-03-11', '279000', '280000', '1000'),
(4, '20200511171502', 6, 'Wibi', '2020-04-11', '110000', '120000', '10000');
-- --------------------------------------------------------
--
-- Struktur dari tabel `tr_barang`
--
CREATE TABLE `tr_barang` (
`id` int(40) NOT NULL,
`kd_tr` varchar(40) NOT NULL,
`id_cust` int(30) NOT NULL,
`kd_cust` varchar(30) DEFAULT NULL,
`nama_cust` varchar(40) NOT NULL,
`kd_barang` varchar(30) NOT NULL,
`nama_barang` varchar(40) NOT NULL,
`harga` decimal(10,0) NOT NULL,
`jumlah` int(11) NOT NULL,
`sub_total` decimal(20,0) NOT NULL,
`tanggal` date NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data untuk tabel `tr_barang`
--
INSERT INTO `tr_barang` (`id`, `kd_tr`, `id_cust`, `kd_cust`, `nama_cust`, `kd_barang`, `nama_barang`, `harga`, `jumlah`, `sub_total`, `tanggal`) VALUES
(1, '20200511170146', 2, 'M0002', 'Ivan', 'A0003', 'ryco', '4000', 1, '4000', '2020-02-11'),
(2, '20200511170146', 2, 'M0002', 'Ivan', 'A0001', 'kursi game', '2333', 1, '2333', '2020-02-11'),
(3, '20200511170146', 2, 'M0002', 'Ivan', 'A0002', 'meja', '3000', 1, '3000', '2020-02-11'),
(4, '20200511170146', 2, 'M0002', 'Ivan', 'A0006', '', '240000', 1, '240000', '2020-02-11'),
(9, '20200511171309', 1, 'M0001', 'Amailia', 'A0006', 'beras', '240000', 1, '240000', '2020-03-11'),
(10, '20200511171309', 1, 'M0001', 'Amailia', 'A0008', 'Sabun cuci tangan', '23000', 1, '23000', '2020-03-11'),
(11, '20200511171309', 1, 'M0001', 'Amailia', 'A0009', 'ryco', '9000', 1, '9000', '2020-03-11'),
(12, '20200511171309', 1, 'M0001', 'Amailia', 'A0003', 'meja', '4000', 1, '4000', '2020-03-11'),
(13, '20200511171309', 1, 'M0001', 'Amailia', 'A0002', '', '3000', 1, '3000', '2020-03-11'),
(14, '20200511171502', 6, 'M0005', 'Wibi', 'A0012', 'Garam', '3000', 1, '3000', '2020-04-11'),
(15, '20200511171502', 6, 'M0005', 'Wibi', 'A0011', 'Biskuit', '5000', 1, '5000', '2020-04-11'),
(16, '20200511171502', 6, 'M0005', 'Wibi', 'A0004', 'gula', '20000', 1, '20000', '2020-04-11'),
(17, '20200511171502', 6, 'M0005', 'Wibi', 'A0007', 'mie rebus', '50000', 1, '50000', '2020-04-11'),
(18, '20200511171502', 6, 'M0005', 'Wibi', 'A0008', 'Teh Bandulan', '23000', 1, '23000', '2020-04-11'),
(19, '20200511171502', 6, 'M0005', 'Wibi', 'A0009', 'Sabun cuci tangan', '9000', 1, '9000', '2020-04-11');
-- --------------------------------------------------------
--
-- Struktur dari tabel `users`
--
CREATE TABLE `users` (
`user_id` int(11) NOT NULL,
`name` varchar(50) NOT NULL,
`email` varchar(100) NOT NULL,
`username` varchar(50) NOT NULL,
`password` varchar(50) NOT NULL,
`last_login` datetime NOT NULL,
`level` int(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
--
-- Dumping data untuk tabel `users`
--
INSERT INTO `users` (`user_id`, `name`, `email`, `username`, `password`, `last_login`, `level`) VALUES
(2, 'amanda', 'amanda@gmail.com', 'amanda', '2394eeac9fc3db56189a894e221220b6089e78d3', '2018-05-05 12:53:30', 2),
(7, 'reza', 'reza@www', 'reza', 'b96dbf74436b3f73db2f27c2fb7c966eb1f47360', '2020-03-15 17:15:13', 2),
(9, 'SuperAdmin', 'sa@wert', 'sa', '3608a6d1a05aba23ea390e5f3b48203dbb7241f7', '2020-05-13 11:45:00', 1),
(10, 'sapio', 'sapi@ee.com', 'sapi', '5deb8ad84bc0859c2df64ebfa11d21c447ade46b', '2020-04-05 15:46:18', 2),
(11, 'amai', 'amai@rr.com', 'amaioon', 'df86f4ee267ccb9fedbcb63c1278c1b1a4778229', '2020-03-19 08:25:39', 2);
--
-- Indexes for dumped tables
--
--
-- Indeks untuk tabel `barang`
--
ALTER TABLE `barang`
ADD PRIMARY KEY (`id_barang`),
ADD UNIQUE KEY `kd_barang` (`kd_barang`);
--
-- Indeks untuk tabel `customer`
--
ALTER TABLE `customer`
ADD PRIMARY KEY (`id_cust`);
--
-- Indeks untuk tabel `member`
--
ALTER TABLE `member`
ADD PRIMARY KEY (`id_m`);
--
-- Indeks untuk tabel `pelanggan`
--
ALTER TABLE `pelanggan`
ADD PRIMARY KEY (`id_pelanggan`);
--
-- Indeks untuk tabel `pembelian`
--
ALTER TABLE `pembelian`
ADD PRIMARY KEY (`id_pembelian`),
ADD KEY `FK_barang_pembelian` (`id_barang`),
ADD KEY `FK_customer_pembelian` (`id_customer`);
--
-- Indeks untuk tabel `transaksi`
--
ALTER TABLE `transaksi`
ADD PRIMARY KEY (`id_tr`);
--
-- Indeks untuk tabel `tr_barang`
--
ALTER TABLE `tr_barang`
ADD PRIMARY KEY (`id`);
--
-- Indeks untuk tabel `users`
--
ALTER TABLE `users`
ADD PRIMARY KEY (`user_id`),
ADD UNIQUE KEY `username` (`username`);
--
-- AUTO_INCREMENT untuk tabel yang dibuang
--
--
-- AUTO_INCREMENT untuk tabel `barang`
--
ALTER TABLE `barang`
MODIFY `id_barang` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=35;
--
-- AUTO_INCREMENT untuk tabel `customer`
--
ALTER TABLE `customer`
MODIFY `id_cust` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=3;
--
-- AUTO_INCREMENT untuk tabel `member`
--
ALTER TABLE `member`
MODIFY `id_m` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=7;
--
-- AUTO_INCREMENT untuk tabel `pelanggan`
--
ALTER TABLE `pelanggan`
MODIFY `id_pelanggan` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=2;
--
-- AUTO_INCREMENT untuk tabel `pembelian`
--
ALTER TABLE `pembelian`
MODIFY `id_pembelian` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=2;
--
-- AUTO_INCREMENT untuk tabel `transaksi`
--
ALTER TABLE `transaksi`
MODIFY `id_tr` int(50) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=5;
--
-- AUTO_INCREMENT untuk tabel `tr_barang`
--
ALTER TABLE `tr_barang`
MODIFY `id` int(40) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=20;
--
-- AUTO_INCREMENT untuk tabel `users`
--
ALTER TABLE `users`
MODIFY `user_id` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=12;
--
-- Ketidakleluasaan untuk tabel pelimpahan (Dumped Tables)
--
--
-- Ketidakleluasaan untuk tabel `pembelian`
--
ALTER TABLE `pembelian`
ADD CONSTRAINT `FK_barang_pembelian` FOREIGN KEY (`id_barang`) REFERENCES `barang` (`id_barang`) ON DELETE CASCADE ON UPDATE CASCADE,
ADD CONSTRAINT `FK_customer_pembelian` FOREIGN KEY (`id_customer`) REFERENCES `customer` (`id_cust`) ON DELETE CASCADE ON UPDATE CASCADE;
COMMIT;
/*!40101 SET CHARACTER_SET_CLIENT=@OLD_CHARACTER_SET_CLIENT */;
/*!40101 SET CHARACTER_SET_RESULTS=@OLD_CHARACTER_SET_RESULTS */;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */;
|
/*9_1 总订单数*/
select count(distinct OrderID)
from orders;
/*9_2 总票价*/
select sum(OrderPrice)
from orders;
/*9_3 最热点车次排序*/
select TrainID, count(*) as OrderTimes
from orders
group by TrainID
order by OrderTimes desc limit 10;
/*9_4 当前注册用户列表*/
select *
from users;
/*9_5 查看每个用户的订单*/
/*refers to req_8*/
|
-- awr_display_baselines.sql
set linesize 200 trimspool on
set pagesize 60
set echo off pause off term on head on
col baseline_name format a50
col baseline_type format a15 head 'BASELINE TYPE'
col start_snap_id format 99999999 head 'START|SNAP ID'
col end_snap_id format 99999999 head 'END|SNAP ID'
col start_snap_time format a20
col end_snap_time format a20
col expiration format a20
col creation_time format a20
select
--dbid
--, baseline_id
baseline_name
, baseline_type
, start_snap_id
, to_char(start_snap_time,'yyyy-mm-dd hh24:mi:ss') start_snap_time
, end_snap_id
, to_char(end_snap_time,'yyyy-mm-dd hh24:mi:ss') end_snap_time
--, moving_window_size
, to_char(creation_time,'yyyy-mm-dd hh24:mi:ss') creation_time
, to_char(creation_time+expiration,'yyyy-mm-dd hh24:mi:ss') expiration
--, template_name
--, last_time_computed
--, con_id
from dba_hist_baseline
order by creation_time
/
|
DROP TABLE IF EXISTS BOOKS_AUD;
CREATE TABLE BOOKS_AUD (
EVENT_ID INT(11) NOT NULL AUTO_INCREMENT,
EVENT_DATE DATETIME NOT NULL,
EVENT_TYPE VARCHAR(50) DEFAULT NULL,
BOOK_ID int(11) NOT NULL,
OLD_TITLE VARCHAR(50) DEFAULT NULL,
NEW_TITLE VARCHAR(50) DEFAULT NULL,
OLD_PUBYEAR INT(4) DEFAULT NULL,
NEW_PUBYEAR INT(4) DEFAULT NULL,
OLD_BESTSELLERS TINYINT(4),
NEW_BESTSELLERS TINYINT(4),
PRIMARY KEY (EVENT_ID)
);
DROP TRIGGER IF EXISTS BOOKS_INSERT;
DELIMITER $$
CREATE TRIGGER BOOKS_INSERT AFTER INSERT ON BOOKS
FOR EACH ROW
BEGIN
INSERT INTO BOOKS_AUD (EVENT_DATE, EVENT_TYPE, BOOK_ID, NEW_TITLE, NEW_PUBYEAR, NEW_BESTSELLERS)
VALUES (CURTIME(), "INSERT", NEW.BOOK_ID, NEW.TITLE, NEW.PUBYEAR, NEW.BESTSELLERS);
END $$
DELIMITER ;
DROP TRIGGER IF EXISTS BOOKS_DELETE;
DELIMITER $$
CREATE TRIGGER BOOKS_DELETE AFTER DELETE ON BOOKS
FOR EACH ROW
BEGIN
INSERT INTO BOOKS_AUD (EVENT_DATE, EVENT_TYPE, BOOK_ID)
VALUES (CURTIME(), "DELETE", OLD.BOOK_ID);
END $$
DELIMITER ;
DROP TRIGGER IF EXISTS BOOKS_UPDATE;
DELIMITER $$
CREATE TRIGGER BOOKS_UPDATE AFTER UPDATE ON BOOKS
FOR EACH ROW
BEGIN
INSERT INTO BOOKS_AUD (EVENT_DATE, EVENT_TYPE, BOOK_ID, NEW_TITLE, NEW_PUBYEAR, NEW_BESTSELLERS,
OLD_TITLE, OLD_PUBYEAR, OLD_BESTSELLERS)
VALUES (CURTIME(), "UPDATE", OLD.BOOK_ID, NEW.TITLE, NEW.PUBYEAR, NEW.BESTSELLERS,
OLD.TITLE, OLD.PUBYEAR, OLD.BESTSELLERS);
END $$
DELIMITER ; |
# patch_52_53_a.sql
#
# title: Update analysis_desription definition and reg feat entry?
#
# description:
# Make key UNIQUE and change displayable to boolean
ALTER table analysis_description MODIFY `displayable` BOOLEAN NOT NULL default '1';
-- Select into tmp table to remove duplciates
DROP TABLE IF EXISTS `tmp_analysis_description`;
create table `tmp_analysis_description` (
`analysis_id` int(10) unsigned NOT NULL,
`description` text,
`display_label` varchar(255) default NULL,
`displayable` BOOLEAN NOT NULL default '1',
`web_data` text,
UNIQUE KEY `analysis_idx` (`analysis_id`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1;
insert ignore into tmp_analysis_description select * from analysis_description;
delete from analysis_description;
insert into analysis_description select * from tmp_analysis_description;
drop table tmp_analysis_description;
-- Finally later description for regulatory feature? We need url embedded to link directly to reg build help.
# patch identifier
INSERT INTO meta (species_id, meta_key, meta_value) VALUES (NULL, 'patch', 'patch_52_53_b.sql|redefine analysis_description');
|
/*
-- Query:
-- Date: 2014-04-22 12:54
*/
INSERT INTO `usuario` (`id`,`contrasena`) VALUES ('useruno','unocon');
INSERT INTO `usuario` (`id`,`contrasena`) VALUES ('userdos','doscon');
INSERT INTO `usuario` (`id`,`contrasena`) VALUES ('usertres','trescon');
INSERT INTO `usuario` (`id`,`contrasena`) VALUES ('usercuetro','cuatrocon');
INSERT INTO `usuario` (`id`,`contrasena`) VALUES ('usercinco','cincocon');
|
# DROP TABLE IF EXISTS `Course`;
# CREATE TABLE `Course` (
# `id` int(11) NOT NULL AUTO_INCREMENT,
# `name` varchar(80) NOT NULL,
# `teacher` varchar(80) NOT NULL,
# `credit` varchar(80) NOT NULL,
# PRIMARY KEY (`id`)
# ) ENGINE=InnoDB DEFAULT CHARSET=utf8;
# - - - - - - - - - - - - - - - - - - - - - - - - #
DROP TABLE IF EXISTS `account_pk`;
CREATE TABLE `account_pk` (
`id` int(11) unsigned NOT NULL AUTO_INCREMENT,
`type` tinyint(1) unsigned NOT NULL COMMENT '账号类型, 0-学生',
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8 COMMENT='账号';
DROP TABLE IF EXISTS `student`;
CREATE TABLE `student` (
`id` int(11) unsigned NOT NULL,
`name` varchar(50) NOT NULL COMMENT '用户名',
`gender` tinyint(1) unsigned DEFAULT NULL COMMENT '学生的性别, 0-女, 1-男, 2-未知',
`type` tinyint(1) unsigned DEFAULT NULL COMMENT ', 学生类型, 0-双学位, 1-元培PPE',
`grade` int(11) unsigned DEFAULT NULL COMMENT '学生年级',
`create_time` datetime NOT NULL DEFAULT CURRENT_TIMESTAMP,
`update_time` datetime NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
`last_seen` datetime NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
DROP TABLE IF EXISTS `student_account`;
CREATE TABLE `student_account` (
`id` int(11) unsigned NOT NULL,
`password` varchar(200) DEFAULT NULL COMMENT '密码',
`salt` varchar(8) DEFAULT NULL COMMENT '盐',
`status` tinyint(1) unsigned DEFAULT NULL COMMENT '账号状态, 0-正常, 1-需要验证, 2-失效',
`create_time` datetime NOT NULL DEFAULT CURRENT_TIMESTAMP,
`update_time` datetime NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
DROP TABLE IF EXISTS `student_account_alias`;
CREATE TABLE `student_account_alias` (
`id` int(11) unsigned NOT NULL,
`alias` varchar(255) DEFAULT NULL COMMENT '别名',
`type` tinyint(1) unsigned DEFAULT NULL COMMENT '类型, 0-手机号码, 1-邮件, 2-微信',
`create_time` datetime NOT NULL DEFAULT CURRENT_TIMESTAMP,
`update_time` datetime NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
UNIQUE KEY `idx_alias_type` (`alias`,`type`),
KEY `idx_user_id` (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
DROP TABLE IF EXISTS `oauth_token`;
CREATE TABLE `oauth_token` (
`id` int(11) unsigned NOT NULL AUTO_INCREMENT,
`client_id` int(11) unsigned NOT NULL COMMENT 'oauth_client id',
`user_id` int(11) unsigned NOT NULL COMMENT '账号id',
`access_token` char(30) NOT NULL DEFAULT '' COMMENT '访问token',
`refresh_token` char(30) DEFAULT '' COMMENT '刷新token',
`scopes` varchar(255) NOT NULL DEFAULT '' COMMENT '范围',
`expires_in` int(11) NOT NULL DEFAULT '7776000',
`create_time` timestamp NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
PRIMARY KEY (`id`),
KEY `idx_access_token` (`access_token`),
KEY `idx_refresh_token` (`refresh_token`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8 COMMENT='OAuth Provider token';
DROP TABLE IF EXISTS `oauth_client`;
CREATE TABLE `oauth_client` (
`id` int(11) unsigned NOT NULL AUTO_INCREMENT,
`name` varchar(60) CHARACTER SET ucs2 NOT NULL DEFAULT '' COMMENT '客户端名称',
`status` tinyint(1) unsigned NOT NULL DEFAULT '1' COMMENT '状态, 0-正常, 1-实效',
`client_id` char(30) NOT NULL DEFAULT '' COMMENT '客户端id',
`client_secret` char(30) NOT NULL DEFAULT '' COMMENT '客户端secret',
`account_type` tinyint(1) unsigned NOT NULL COMMENT '账号类型, 0-学生s',
`allowed_scopes` varchar(255) NOT NULL DEFAULT '' COMMENT '权限范围',
`redirect_uri` varchar(255) NOT NULL DEFAULT '' COMMENT '回调url',
PRIMARY KEY (`id`),
UNIQUE KEY `client_id` (`client_id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8 COMMENT='OAuth Provider Client';
DROP TABLE IF EXISTS `oauth_grant`;
CREATE TABLE `oauth_grant` (
`id` int(11) unsigned NOT NULL AUTO_INCREMENT,
`client_id` int(11) unsigned NOT NULL COMMENT 'oauth_client id',
`user_id` int(11) unsigned NOT NULL COMMENT '账号id',
`code` char(30) NOT NULL DEFAULT '' COMMENT 'grant code',
`scopes` varchar(255) NOT NULL DEFAULT '' COMMENT '范围',
`redirect_uri` varchar(255) NOT NULL DEFAULT '' COMMENT '回调url',
`create_time` timestamp NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
PRIMARY KEY (`id`),
UNIQUE KEY `oauth_grant_client_code` (`client_id`,`code`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8 COMMENT='OAuth Provider grant';
|
use books;
insert into customers values
(3,'Julie','25 oak street','airport'),
(4,'Alan','1/47 Haines','box hill'),
(5,'Michelle','357 North','Yarraville');
|
/* FUNCON BASICA OBTENER EL TOTAL DE REGISTROS EN LA TABLA*/
CREATE OR REPLACE FUNCTION total_empleados -- Creamos la funcion con su nombre
RETURN NUMBER -- Declaramos el tipo de retorno de la funcion
IS -- Declarammos las variables con las que cuenta la funcion
total number := 0; -- variable de la funcion
BEGIN -- Se ejecuta la logica de la funcion
SELECT COUNT(*) INTO total FROM EMPLEADOS; -- Logica de la funcion
RETURN total; -- Retorno de la funcion
END; -- Termina la logica de la funcion
/
--------------------------------------------------------------------------------
--------------------------------------------------------------------------------
/* EJECUTAR LA FUNCION */
SET SERVEOUTPUT ON;
DECLARE
empleados number := total_empleados();
BEGIN
dbms_output.put_line('Total de empleados: ' || empleados );
END;
/
-- OTRA FORMA DE LLAMAR LA FUNCION
SELECT total_empleados FROM dual; |
DROP PROCEDURE IF EXISTS `proc_get_eid_fundingagencies_hei_validation`;
DELIMITER //
CREATE PROCEDURE `proc_get_eid_fundingagencies_hei_validation`
(IN filter_year INT(11), IN from_month INT(11), IN to_year INT(11), IN to_month INT(11), IN type INT(11), IN agency INT(11))
BEGIN
SET @QUERY = "SELECT
SUM(`validation_confirmedpos`) AS `Confirmed Positive`,
SUM(`validation_repeattest`) AS `Repeat Test`,
SUM(`validation_viralload`) AS `Viral Load`,
SUM(`validation_adult`) AS `Adult`,
SUM(`validation_unknownsite`) AS `Unknown Facility`,
SUM(`enrolled`+`ltfu`+`adult`+`transout`+`dead`+`other`) AS `followup_hei`,
sum(`actualinfantsPOS`) AS `positives`,
SUM(`actualinfants`-((`enrolled`+`ltfu`+`adult`+`transout`+`dead`+`other`)-(`validation_repeattest`+`validation_unknownsite`+`validation_adult`+`validation_viralload`))) AS `true_tests`";
IF (from_month != 0 && from_month != '') THEN
SET @QUERY = CONCAT(@QUERY, " FROM `ip_summary` `ip` ");
ELSE
SET @QUERY = CONCAT(@QUERY, " FROM `ip_summary_yearly` `ip` ");
END IF;
SET @QUERY = CONCAT(@QUERY, " JOIN `partners` ON `partners`.`ID` = `ip`.`partner` WHERE 1");
IF (from_month != 0 && from_month != '') THEN
IF (to_month != 0 && to_month != '' && filter_year = to_year) THEN
SET @QUERY = CONCAT(@QUERY, " AND `year` = '",filter_year,"' AND `month` BETWEEN '",from_month,"' AND '",to_month,"' ");
ELSE IF(to_month != 0 && to_month != '' && filter_year != to_year) THEN
SET @QUERY = CONCAT(@QUERY, " AND ((`year` = '",filter_year,"' AND `month` >= '",from_month,"') OR (`year` = '",to_year,"' AND `month` <= '",to_month,"') OR (`year` > '",filter_year,"' AND `year` < '",to_year,"')) ");
ELSE
SET @QUERY = CONCAT(@QUERY, " AND `year` = '",filter_year,"' AND `month`='",from_month,"' ");
END IF;
END IF;
ELSE
SET @QUERY = CONCAT(@QUERY, " AND `year` = '",filter_year,"' ");
END IF;
IF (type = 1) THEN
SET @QUERY = CONCAT(@QUERY, " AND `partners`.`funding_agency_id` = '",agency,"' ");
END IF;
PREPARE stmt FROM @QUERY;
EXECUTE stmt;
END //
DELIMITER ; |
USE gregs_list;
#cast 根据其他列设置值，会清空列值
SELECT *
FROM your_table;
UPDATE your_table
SET last_name =
CASE
WHEN first_name = 'Bobby'
THEN 'Bobby_last'
ELSE 'ha'
END;
SELECT *
FROM your_table;
USE gregs_list;
#cast 根据其他列设置值，会清空列值
SELECT *
FROM your_table;
UPDATE your_table
SET last_name =
CASE
WHEN first_name = 'Bobby'
THEN 'Bobby_last'
ELSE 'ha'
END;
SELECT *
FROM your_table;
SELECT
title,
category
FROM movie_table
WHERE
title LIKE 'A%' AND category = 'family';
SELECT
title,
category
FROM movie_table
WHERE category = 'family'
ORDER BY title;
SELECT *
FROM movie_table
ORDER BY
category, purchased, title;
#desc 出现在order中时表示降序-descending，desc table_时表示description
SELECT *
FROM movie_table
ORDER BY
title DESC;
SELECT
title,
purchased
FROM movie_table
ORDER BY title ASC, purchased DESC;
SELECT *
FROM cookie_sales;
SELECT
first_name,
sum(sales)
FROM cookie_sales
GROUP BY first_name
ORDER BY sum(sales) DESC;
SELECT
first_name,
MAX(sales)
FROM cookie_sales
GROUP BY first_name;
SELECT
first_name,
min(sales)
FROM cookie_sales
GROUP BY first_name;
SELECT
first_name,
min(sales)
FROM cookie_sales
GROUP BY first_name;
SELECT count(sale_date)
FROM cookie_sales;
#每个人卖出饼干的天数
SELECT
first_name,
count(sale_date)
FROM cookie_sales
GROUP BY first_name;
#查找卖出饼干的天数 distinct是关键字并非函数
SELECT DISTINCT sale_date
FROM cookie_sales
ORDER BY sale_date;
SELECT
first_name,
count(DISTINCT sale_date)
FROM cookie_sales
WHERE sales > 0
GROUP BY first_name;
SELECT
first_name,
count(DISTINCT sale_date)
FROM cookie_sales
WHERE sales > 0
GROUP BY first_name;
#limit 查询结果的数量
#limit4 前四个;limit0,4 从0开始计数，第一到第四，共四个
#返回销售额第二的姓名和销售额
SELECT
first_name,
sum(sales)
FROM cookie_sales
GROUP BY first_name
ORDER BY sum(sales) DESC
LIMIT 1, 1; #
#返回销售额第二的姓名和销售额
SELECT
first_name,
sum(sales)
FROM cookie_sales
GROUP BY first_name
ORDER BY sum(sales) DESC
LIMIT 2;
|
select
-- string_agg(sub.actor, ',')
sub.id,
coalesce(sub.name, '-') as name,
coalesce(sub.email, '-') as email
from (
select distinct a.login as id,
a.name,
ae.email
from
gha_events e,
gha_actors a
left join
gha_actors_emails ae
on
ae.actor_id = a.id
where
(e.actor_id = a.id or e.dup_actor_login = a.login)
and e.type in (
'PullRequestReviewCommentEvent', 'PushEvent', 'PullRequestEvent',
'IssuesEvent', 'IssueCommentEvent', 'CommitCommentEvent', 'PullRequestReviewEvent'
)
and (lower(e.dup_actor_login) {{exclude_bots}})
order by
id asc,
name asc,
email asc
) sub
;
|
-- creating database
CREATE DATABASE bamazon;
USE bamazon;
-- create PRODUCTS table
CREATE TABLE products(
item_id INTEGER NOT NULL AUTO_INCREMENT,
product_name VARCHAR(255) NOT NULL,
department_name VARCHAR(255),
price DECIMAL(7,2),
stock_quantity INTEGER,
PRIMARY KEY(item_id)
);
-- inserting values
INSERT INTO products (product_name, department_name, price, stock_quantity) VALUES
("Blue Yeti USB Microphone - Blackout Edition", "Electronics" , 139.90, 50),
("Minecraft", "Apps & Games", 7.99, 57),
("FUJIFILM Instax SHARE Smartphone Printer SP-2 - Gold", "Electronics" , 123.99, 38),
("Mafia III - Deluxe Edition", "Software", 38.47, 24),
("Counter-Strike: Condition Zero", "Software", 106.45, 10),
("CUISINART SS-15C Coffee Maker, Silver", "Home & Kitchen", 229.97, 22),
("Bodum 1908-01 Java French Press Coffee Maker, 34 oz, Black", "Home & Kitchen", 19.98, 44),
("Breville BREBTM800XL Tea Maker", "Home & Kitchen", 269.98, 40),
("Champion Women's Fleece Jogger", "Clothing & Accessories", 22.01, 70),
("The Wedding by Nicholas Sparks (2005-08-01)", "Books", 40.97, 98);
SELECT * FROM products;
|
* :doc:`SensioFrameworkExtraBundle </bundles/SensioFrameworkExtraBundle/index>`
* :doc:`JMSSecurityExtraBundle </bundles/JMSSecurityExtraBundle/index>`
|
ALTER TABLE mhac.standings
ADD COLUMN standings_rank int; |
/*
TARGET FIELD TYPE
This returns, where applicable, the precision and scale of a given datatype are set.
Used primarily in standardization effort; strict typing required to ensure data preserved.
Accurate as of Informatica Powercenter 9.6
*/
SELECT DISTINCT t.PARENT_SUBJECT_AREA
, t.PARENT_TARGET_NAME
, t.TARGET_FIELD_DATATYPE
, t.TARGET_FIELD_NAME
, t.TARGET_FIELD_PRECISION
, t.TARGET_FIELD_SCALE
FROM PC_REPO.REP_ALL_TARGET_FLDS t
WHERE 1 = 1
AND upper(t.TARGET_FIELD_DATATYPE) = 'NUMBER(P,S)'
--AND t.PARENT_SUBJECT_AREA not like 'WRK%' --omit working directory
--AND t.TARGET_FIELD_PRECISION IS NOT NULL --is this intended?
--AND t.TARGET_FIELD_SCALE = 0 --how about your scale? Appropriate?
ORDER BY 1 DESC,2 ASC; |
-- +migrate Up
CREATE TABLE "public"."users" (
id serial NOT NULL UNIQUE,
token character(8) NOT NULL UNIQUE,
username character varying NOT NULL,
password character varying NOT NULL,
email character varying NOT NULL,
login_count integer NOT NULL DEFAULT 0,
last_login timestamp without time zone,
created_at timestamp without time zone NOT NULL,
updated_at timestamp without time zone NOT NULL,
deleted_at timestamp without time zone,
PRIMARY KEY ("id")
)
;
-- +migrate Down
DROP TABLE "public"."users";
|
select * from tinycircuits_inv; |
-- Creating tables for PH-EmployeeDB
CREATE TABLE departments (
dept_no VARCHAR(4) NOT NULL,
dept_name VARCHAR(40) NOT NULL,
PRIMARY KEY (dept_no),
UNIQUE (dept_name)
);
CREATE TABLE employees (
emp_no INT NOT NULL,
birth_date DATE NOT NULL,
first_name VARCHAR NOT NULL,
last_name VARCHAR NOT NULL,
gender VARCHAR NOT NULL,
hire_date DATE NOT NULL,
PRIMARY KEY (emp_no)
);
CREATE TABLE dept_manager (
dept_no VARCHAR(4) NOT NULL,
emp_no INT NOT NULL,
from_date DATE NOT NULL,
to_date DATE NOT NULL,
FOREIGN KEY (emp_no) REFERENCES employees (emp_no),
FOREIGN KEY (dept_no) REFERENCES departments (dept_no),
PRIMARY KEY (emp_no, dept_no)
);
CREATE TABLE salaries (
emp_no INT NOT NULL,
salary INT NOT NULL,
from_date DATE NOT NULL,
to_date DATE NOT NULL,
FOREIGN KEY (emp_no) REFERENCES employees (emp_no),
PRIMARY KEY (emp_no)
);
CREATE TABLE title (
emp_no INT NOT NULL,
title VARCHAR NOT NULL,
from_date DATE NOT NULL,
to_date DATE NOT NULL,
FOREIGN KEY (emp_no) REFERENCES employees (emp_no),
PRIMARY KEY (emp_no)
);
CREATE TABLE dept_employee (
emp_no INT NOT NULL,
dept_no VARCHAR(4) NOT NULL,
from_date DATE NOT NULL,
to_date DATE NOT NULL,
FOREIGN KEY (emp_no) REFERENCES employees (emp_no),
FOREIGN KEY (dept_no) REFERENCES departments (dept_no),
PRIMARY KEY (emp_no, dept_no)
);
SELECT * FROM departments;
SELECT * FROM employees;
SELECT * FROM dept_manager;
SELECT * FROM salaries;
SELECT * FROM title;
SELECT * FROM dept_employee;
-- to delete tables
DROP TABLE title CASCADE;
SELECT first_name, last_name
FROM employees
WHERE birth_date BETWEEN '1952-01-01' AND '1955-12-31';
SELECT first_name, last_name
FROM employees
WHERE birth_date BETWEEN '1952-01-01' AND '1952-12-31';
SELECT first_name, last_name
FROM employees
WHERE birth_date BETWEEN '1953-01-01' AND '1953-12-31';
SELECT first_name, last_name
FROM employees
WHERE birth_date BETWEEN '1954-01-01' AND '1954-12-31';
SELECT first_name, last_name
FROM employees
WHERE birth_date BETWEEN '1955-01-01' AND '1955-12-31';
-- Retirement eligibility
SELECT first_name, last_name
FROM employees
WHERE birth_date BETWEEN '1952-01-01' AND '1955-12-31';
-- Retirement eligibility: born between 1952 & 1955, and hired between 1985 & 1988
SELECT first_name, last_name
FROM employees
WHERE (birth_date BETWEEN '1952-01-01' AND '1955-12-31') AND (hire_date BETWEEN '1985-01-01' AND '1988-12-31')
-- Number of employees retiring
SELECT COUNT(first_name)
FROM employees
WHERE (birth_date BETWEEN '1952-01-01' AND '1955-12-31') AND (hire_date BETWEEN '1985-01-01' AND '1988-12-31');
-- Saving the result in a new table
SELECT first_name, last_name
INTO retirement_info
FROM employees
WHERE (birth_date BETWEEN '1952-01-01' AND '1955-12-31') AND (hire_date BETWEEN '1985-01-01' AND '1988-12-31')
-- Joining Tables
-- Create new table for retiring employees
DROP TABLE retirement_info;
SELECT emp_no, first_name, last_name
INTO retirement_info
FROM employees
WHERE (birth_date BETWEEN '1952-01-01' AND '1955-12-31') AND (hire_date BETWEEN '1985-01-01' AND '1988-12-31')
--Check the table
SELECT * FROM retirement_info;
-- Joining departments and dept_manager tables
SELECT departments.dept_name,
dept_manager.emp_no,
dept_manager.from_date,
dept_manager.to_date
FROM departments
INNER JOIN dept_manager
ON departments.dept_no = dept_manager.dept_no;
-- Joining retirement_info and dept_emp tables
SELECT retirement_info.emp_no,
retirement_info.first_name,
retirement_info.last_name,
dept_employee.to_date
FROM retirement_info
INNER JOIN dept_employee
ON retirement_info.emp_no = dept_employee.emp_no;
-- Shortening the file names
SELECT ri.emp_no,
ri.first_name,
ri.last_name,
de.to_date
FROM retirement_info as ri
INNER JOIN dept_emp as de
ON ri.emp_no = de.emp_no;
SELECT d.dept_name,
dm.emp_no,
dm.from_date,
dm.to_date
FROM departments as d
INNER JOIN dept_manager as dm
ON d.dept_no = dm.dept_no;
-- LEFT JOIN retirement_info and dept_emp tables
SELECT ri.emp_no,
ri.first_name,
ri.last_name,
de.to_date
INTO current_emp
FROM retirement_info as ri
LEFT JOIN dept_employee as de
ON ri.emp_no = de.emp_no
WHERE de.to_date = ('9999-01-01');
SELECT * FROM current_emp
-- Using Count, Group By, and Order By
-- Employee count by department number
SELECT COUNT(ce.emp_no), de.dept_no
FROM current_emp as ce
LEFT JOIN dept_employee as de
ON ce.emp_no = de.emp_no
GROUP BY de.dept_no
ORDER BY de.dept_no;
-- Create Employee Information (containing employees' employee number, first/last name, gender, salary)
SELECT * FROM salaries
ORDER BY to_date DESC;
SELECT emp_no,
first_name,
last_name,
gender
INTO emp_info
FROM employees
WHERE (birth_date BETWEEN '1952-01-01' AND '1955-12-31')
AND (hire_date BETWEEN '1985-01-01' AND '1988-12-31');
DROP TABLE emp_info;
SELECT e.emp_no,
e.first_name,
e.last_name,
e.gender,
s.salary,
de.to_date
INTO emp_info
FROM employees as e
INNER JOIN salaries as s
ON (e.emp_no = s.emp_no)
INNER JOIN dept_employee as de
ON (e.emp_no = de.emp_no)
WHERE (e.birth_date BETWEEN '1952-01-01' AND '1955-12-31')
AND (e.hire_date BETWEEN '1985-01-01' AND '1988-12-31')
AND (de.to_date = '9999-01-01');
SELECT * FROM emp_info
-- Create Management (Employee number, first name, last name, starting/ending employment dates)
-- List of managers per department
SELECT dm.dept_no,
d.dept_name,
dm.emp_no,
ce.last_name,
ce.first_name,
dm.from_date,
dm.to_date
INTO manager_info
FROM dept_manager AS dm
INNER JOIN departments AS d
ON (dm.dept_no = d.dept_no)
INNER JOIN current_emp AS ce
ON (dm.emp_no = ce.emp_no);
SELECT * FROM manager_info
-- Department Retirees
SELECT ce.emp_no,
ce.first_name,
ce.last_name,
d.dept_name
-- INTO dept_info
FROM current_emp as ce
INNER JOIN dept_employee AS de
ON (ce.emp_no = de.emp_no)
INNER JOIN departments AS d
ON (de.dept_no = d.dept_no);
-- Creating table for employee in Sales team (Employee number, Employee first/last name, employee department name)
select employees.emp_no from employees
SELECT employees.emp_no,
employees.first_name,
employees.last_name,
departments.dept_name
FROM dept_employee
INNER JOIN employees
ON (dept_employee.emp_no = employees.emp_no)
INNER JOIN departments
ON (dept_employee.dept_no = departments.dept_no)
SELECT * FROM dept_employee |
CREATE TABLE Persons_pipe_datetime
(
PersonID int,
LastName varchar(255),
FirstName varchar(255),
Address varchar(255),
City varchar(255),
PersonID2 int,
LastName2 varchar(255),
FirstName2 varchar(255),
Address2 varchar(255),
City2 datetime
);
insert into Persons_pipe_datetime values (2,'--LastName','--FirstName','--Address','--City',2,'--LastName','--FirstName','--Address',now());
insert into Persons_pipe_datetime select * from Persons_pipe_datetime;
C:\Temp\mysql\bin
mysql -u alex -D test -pmysql_pwd
source C:\\Python27\\data_mule_mysql\\spool_test.sql;
SELECT City2 FROM Persons_pipe_datetime Order by City2 LIMIT 13;
SELECT City2 FROM Persons_pipe_datetime Order by City2 LIMIT 13,14;
SELECT City2 FROM Persons_pipe_datetime Order by City2 LIMIT 27,17;
LOAD DATA LOCAL INFILE 'C:\\Python27\\data_mule_mysql\\mysql_shard_0.data' INTO TABLE Persons_pipe_datetime
FIELDS OPTIONALLY ENCLOSED BY '"' TERMINATED BY '|'
LINES TERMINATED BY '\n';
LOAD DATA LOCAL INFILE 'C:\\Python27\\data_mule_mysql\\mysql_shard_0.data' INTO TABLE Persons_pipe_datetime
FIELDS OPTIONALLY ENCLOSED BY '"' TERMINATED BY '|'
LINES TERMINATED BY '
';
LOAD DATA LOCAL INFILE 'C:\\Python27\\data_mule_mysql\\mysql_shard_0.data' INTO TABLE Persons_pipe_datetime FIELDS OPTIONALLY ENCLOSED BY '"' TERMINATED BY '|' LINES TERMINATED BY '\n';
|
INSERT INTO article (reference, description, designation, prix, quantite, version) VALUES ('679809', '', 'Carrelage mural gris clair 20x60cm', 1, 1088, 2)
INSERT INTO article (reference, description, designation, prix, quantite, version) VALUES ('603571', '', 'Double va-et-vient 10A', 10, 888, 3)
INSERT INTO article (reference, description, designation, prix, quantite, version) VALUES ('110257', '', 'Boulon tête ronde zingué Ø 6x50mm', 3, 4699, 1)
INSERT INTO article (reference, description, designation, prix, quantite, version) VALUES ('121654', '', 'Pointe tête plate acier Ø 6x140mm', 1, 59294, 1)
INSERT INTO magasin (id, adresse, version) VALUES (1, 'Rennes', 1)
INSERT INTO magasin (id, adresse, version) VALUES (2, 'Lyon', 1)
INSERT INTO magasin (id, adresse, version) VALUES (3, 'Marseille', 1)
INSERT INTO magasin (id, adresse, version) VALUES (4, 'Bordeaux', 1)
INSERT INTO magasin (id, adresse, version) VALUES (5, 'Challes-les-Eaux', 1)
INSERT INTO magasin (id, adresse, version) VALUES (6, 'Voiron', 2)
INSERT INTO magasin (id, adresse, version) VALUES (7, 'Caen', 1)
|
/*
SET UNUSED COLUMN
ALTER TABLE table SET UNUSED COLUMN column_name ;
ALTER TABLE table SET UNUSED COLUMN (column_name1, column_name2, ...) ;
** You will never be able to recover a column that is set to UNUSED
** Once a column is set to UNUSED, you can add new columns that have
the same name as any unused columns for the table.
*/
/*
ALTER TABLE table_name DROP UNUSED COLUMNS;
This statement will drop all unused columns that are associated
with the table and drop all associated idexes.
*/ |
CREATE DATABASE IF NOT EXISTS `recursos_humanos`;
USE `recursos_humanos`;
DROP TABLE IF EXISTS `persona`;
CREATE TABLE `persona` (
`id_persona` INT(11) NOT NULL AUTO_INCREMENT,
`nombre` VARCHAR(45) NOT NULL,
`apellido_paterno` VARCHAR(45) NOT NULL,
`apellido_materno` VARCHAR(45) NULL,
`email` VARCHAR(45) NOT NULL,
`telefono` VARCHAR(45) NULL,
PRIMARY KEY (`id_persona`),
UNIQUE INDEX `email_UNIQUE` (`email` ASC)
);
INSERT INTO `persona` (`nombre`, `apellido_paterno`, `email`, `telefono`)
VALUES ('Maria', 'Esparza', 'mesparza@mail.com', '33119988');
INSERT INTO `persona` (`nombre`, `apellido_paterno`, `email`, `telefono`)
VALUES ('Ricardo', 'Gonzalez', 'rgonzalez@mail.com', '11335566'); |
-- phpMyAdmin SQL Dump
-- version 3.2.4
-- http://www.phpmyadmin.net
--
-- Host: localhost
-- Generation Time: Oct 23, 2014 at 08:10 PM
-- Server version: 5.1.41
-- PHP Version: 5.3.1
SET SQL_MODE="NO_AUTO_VALUE_ON_ZERO";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8 */;
--
-- Database: `jeopardy`
--
-- --------------------------------------------------------
--
-- Table structure for table `preguntas`
--
CREATE TABLE IF NOT EXISTS `preguntas` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`tema` varchar(30) NOT NULL,
`categoria` varchar(30) NOT NULL,
`pista` varchar(400) NOT NULL,
`respuesta` varchar(40) NOT NULL,
`puntuacion` int(11) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1 AUTO_INCREMENT=1 ;
--
-- Dumping data for table `preguntas`
--
INSERT INTO `preguntas` (`id`, `tema`, `categoria`, `pista`, `respuesta`, `puntuacion`)
VALUES
(3, 'Matematicas', 'Aritmetica', 'Sumatoria de los numeros del 1 al 5', '15', 100),
(4, 'Matematicas', 'Aritmetica', 'El cuadrado de la diferencia entre 13 y 4', '81', 200),
(5, 'Matematicas', 'Aritmetica', 'Cual es la mitad de 2 a la 6', '32', 300),
(6, 'Matematicas', 'Aritmetica', 'Cuanto es la sumatoria de los primeros 5 cuadrados perfectos.', '55', 400),
(7, 'Matematicas', 'Aritmetica', 'Cuantos digitos tiene 2 a la 1998 multiplicado por 5 a la 2000', '2000', 500),
(8, 'Matematicas', 'Combinatoria', 'Si tengo 2 camisas y 3 pantalones, cuantos atuendos diferentes puedo usar', '6', 100),
(9, 'Matematicas', 'Combinatoria', 'De cuantas formas se pueden acomodar a 4 personas en 4 sillas numeradas', '24', 200),
(10, 'Matematicas', 'Combinatoria', 'En un grupo de 5 personas, cuantos equipos diferentes de 3 personas se pueden formar', '10', 300),
(11, 'Matematicas', 'Combinatoria', 'En un salon de 4 ninos y 6 ninas cuantos equipos diferentes pueden elegirse con 2 ninos y 3 ninas', '120', 400),
(12,'Matematicas', 'Combinatoria', 'De un grupo de 6 personas, de cuantas formas diferentes se pueden distribuir en 3 equipos de 2', '15', 500),
(13, 'Matematicas', 'Teoria de numeros', 'En cuantos digitos diferentes puede terminar un multiplo de 5', '2', 100),
(14, 'Matematicas', 'Teoria de numeros', 'Cantidad de enteros positivos menores a 100 divisibles entre 3', '33', 200),
(15, 'Matematicas', 'Teoria de numeros', 'Maximo comun divisor de 51 y 68', '17', 300),
(16, 'Matematicas', 'Teoria de numeros', 'Minimo comun multiple de 12 y 16', '48', 400),
(17, 'Matematicas', 'Teoria de numeros', 'Cantidad de factores de 60', '12', 500),
(18, 'Geografia', 'Montanas', 'Montana mas alta del mundo', 'Everest', 100),
(19, 'Geografia', 'Montanas', 'Cual es la cordillera mas larga', 'Andes', 200),
(20, 'Geografia', 'Montanas', 'Por cuantos paises pasan los alpes', '8', 300),
(21, 'Geografia', 'Montanas', 'Cual fue el volcan que destruyo Pompeii en el ano 79 AD', 'Monte Vesubio', 400),
(22, 'Geografia', 'Montanas', 'Cuantos metros sobre el nivel del mar se encuentra el Everest', '8848', 500),
(23, 'Geografia', 'Rios', 'Rio mas largo del mundo', 'Nilo', 100),
(24, 'Geografia', 'Rios', 'Rio mas ancho del mundo', 'Amazonas', 200),
(25, 'Geografia', 'Rios', 'Tercer rio mas largo del mundo', 'Yangtze', 300),
(26, 'Geografia', 'Rios', 'En que pais esta el rio Lena', 'Rusia', 400),
(27, 'Geografia', 'Rios', 'Longitud en kilometros del rio nilo', '6853', 500),
(28, 'Geografia', 'Lagos', 'Lago mas grande en area del mundo', 'Mar Caspio', 100),
(29, 'Geografia', 'Lagos', 'Lago mas profundo del mundo', 'Lago Baikal', 200),
(30, 'Geografia', 'Lagos', 'Pais donde residiria el monstruo del Lago Ness, de existir', 'Escocia', 300),
(1, 'Geografia', 'Lagos', 'Lago mas grande en area de Mexico', 'Lago de Chapala', 400),
(2, 'Geografia', 'Lagos', 'Area superficial en kilometros cuadrados, del Mar Caspio', '371000', 500),
(31, 'Fisica', 'Electricidad y Magnetismo', 'Fisico que formulo la teoria de la relatividad', 'Albert Einstein', 100),
(32, 'Fisica', 'Electricidad y Magnetismo', 'Particula elemental hipotetica constituida por un solo polo magnetico', 'Monopolo Magnetico', 200),
(33, 'Fisica', 'Electricidad y Magnetismo', 'Unidad del Sistem Internacional en la que se mide un campo magnetico', 'Tesla', 300),
(34, 'Fisica', 'Electricidad y Magnetismo', 'Capacidad que tiene un campo electrico de realizar trabajo', 'Potencial electrico', 400),
(35, 'Fisica', 'Electricidad y Magnetismo', 'Unidad para medir el flujo magnetico', 'Weber', 500),
(36, 'Fisica', 'Cinematica', 'La fuerza es igual a la masa multiplicada por la', 'Aceleracion', 100),
(37, 'Fisica', 'Cinematica', 'La velocidad de rotacion es tambien conocida como la velocidad..', 'Angular', 200),
(38, 'Fisica', 'Cinematica', 'Magnitud relacionada con el cambio de direccion de la velocidad cuando se recorre una trayectoria curvilinea', 'Aceleracion Centripeta', 300),
(39, 'Fisica', 'Cinematica', 'Fuerza ficticia que aparece cuando se describe el movimiento de un cuerpo en un sistema de referencia en rotacion', 'Fuerza centrigufa', 400),
(40, 'Fisica', 'Cinematica', 'Medida de la variacion maxima del desplazamiento de un movimiento ooscilatorio', 'amplitud', 500),
(41, 'Historia', 'Guerras', 'Cantidad oficial de guerras mundiales', '2', 100),
(42, 'Historia', 'Guerras', 'Ano en que termina la segunda guerra mundial', '1945', 200),
(43, 'Historia', 'Guerras', 'Duracion en anos de la guerra de los 100 anos', '116', 300),
(44, 'Historia', 'Guerras', 'Quien dirigia las tropas britanicas en contra de Napoleon en la batalla de Waterloo', 'Duque de Wellington', 400),
(45, 'Historia', 'Guerras', 'Ano en que se llevo a cabo la batalla de Lyngor', '1812', 500),
(46, 'Historia', 'Presidentes de Mexico', 'Presidente de mexico para el periodo 2000-2006', 'Vicente Fox', 100),
(47, 'Historia', 'Presidentes de Mexico', 'Primer presidente de Mexico', 'Guadalupe Victoria', 200),
(48, 'Historia', 'Presidentes de Mexico', 'Presidente de mexico para el periodo 1982-1988', 'Miguel de la Madrid', 300),
(49, 'Historia', 'Presidentes de Mexico', 'Cuantos presidentes diferentes ha tenido Mexico', '62', 400),
(50, 'Historia', 'Presidentes de Mexico', 'Ano en que fue presidente Felix Maria Zuloaga', '1858', 500),
(51, 'Quimica', 'Elementos', 'Letra con la que aparece el primer elemento en la tabla periodica', 'H', 100),
(52, 'Quimica', 'Elementos', 'Numero de elementos en la tabla periodica', '118', 200),
(53, 'Quimica', 'Elementos', 'De que color es el oxigeno en su forma solida', 'Azul', 300),
(54, 'Quimica', 'Elementos', 'Unica letra que no aparece en la tabla periodica', 'J', 400),
(55, 'Quimica', 'Elementos', 'Cual es el numero atomico del tantalio', '73', 500),
(56, 'Quimica', 'Compuestos', 'Sustancia representada por el compuesto H2O', 'Agua', 100),
(57, 'Quimica', 'Compuestos', 'Formula para el compuesto quimico de la sal de mesa', 'NaCl', 200),
(58, 'Quimica', 'Compuestos', 'Compuestos formados por un metal y oxigeno', 'Oxidos Basicos', 300),
(59, 'Quimica', 'Compuestos', 'Macromoleculas formadas por la union de moleculas mas pequenas llamadas monomeros', 'polimeros', 400),
(60, 'Quimica', 'Compuestos', 'Compuestos formados por la reaccion de un oxacido y un hidroxido, como por ejemplo el hipoclorito de sodio', 'Oxisales', 500),
(61, 'Biologia', 'Taxonomia', 'Cantidad de reinos de la naturaleza', '5', 100),
(62, 'Biologia', 'Taxonomia', 'Llamado el padre de la taxonomia', ' Carolus Linnaeus', 200),
(63, 'Biologia', 'Taxonomia', 'Cuantos rangos existen en la taxonomia', '8', 300),
(64, 'Biologia', 'Taxonomia', 'Cual es la clasificacion mas especifica en la taxonomia', 'Especie', 400),
(65, 'Biologia', 'Taxonomia', 'Contiene a todos aquellos organismos eucariontes que no pueden clasificarse dentro de Fungi, Animalia o Plantae', 'Protista', 500),
(66, 'Biologia', 'Celulas', 'Organulos celulares que en los organismos eucariontes fotosintetizadores se ocupan de la fotosintesis', 'Cloroplastos', 100),
(67, 'Biologia', 'Celulas', 'Bicapa lipidica que delimita todas las celulas', 'Membrana plasmatica', 200),
(68, 'Biologia', 'Celulas', 'Organulos propios de la celula vegetal, que almacenan los pigmentos a los que se deben los colores', 'Cromoplastos', 300),
(69, 'Biologia', 'Celulas', 'Complejo molecular encargado de sintetizar proteinas', 'Ribosomas', 400),
(70, 'Biologia', 'Celulas', 'Expansion de las siglas RER referente al organulo encargado de la sintesis y transporte de proteinas', 'Reticulo endoplasmatico rugoso', 500);
-- --------------------------------------------------------
--
-- Table structure for table `temas`
--
CREATE TABLE IF NOT EXISTS `temas` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`tema` varchar(30) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1 AUTO_INCREMENT=1 ;
--
-- Dumping data for table `temas`
--
INSERT INTO `temas` (`id`, `tema`) VALUES
(10, 'Quimica'),
(9, 'Historia'),
(8, 'Fisica'),
(7, 'Geografia'),
(6, 'Matematicas'),
(11, 'Biologia');
-- --------------------------------------------------------
--
-- Table structure for table `categorias`
--
CREATE TABLE IF NOT EXISTS `categorias` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`tema` varchar(30) NOT NULL,
`categoria` varchar(30) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1 AUTO_INCREMENT=1 ;
--
-- Dumping data for table `categorias`
--
INSERT INTO `categorias` (`id`, `tema`, `categoria`) VALUES
(6, 'Matematicas', 'Combinatoria'),
(5, 'Matematicas', 'Aritmetica'),
(7, 'Matematicas', 'Teoria de numeros'),
(8, 'Geografia', 'Montanas'),
(9, 'Geografia', 'Rios'),
(10, 'Geografia', 'Lagos'),
(11, 'Fisica', 'Cinematica'),
(12, 'Fisica', 'Electricidad y Magnetismo'),
(13, 'Historia', 'Guerras'),
(14, 'Historia', 'Presidentes de Mexico'),
(15, 'Quimica', 'Elementos'),
(16, 'Quimica', 'Compuestos'),
(17, 'Biologia', 'Taxonomia'),
(18, 'Biologia', 'Celulas');
-- --------------------------------------------------------
--
-- Table structure for table `usuarios`
--
CREATE TABLE IF NOT EXISTS `usuarios` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`usuario` varchar(30) NOT NULL,
`password` varchar(30) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1 AUTO_INCREMENT=1 ;
--
-- Dumping data for table `usuarios`
--
INSERT INTO `usuarios` (`id`, `usuario`, `password`) VALUES
(1, 'juan', 'juan');
-- --------------------------------------------------------
--
-- Table structure for table `jugadores`
--
CREATE TABLE IF NOT EXISTS `jugadores` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`nombre` varchar(30) NOT NULL,
`puntuacion` int(11) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1 AUTO_INCREMENT=1 ;
--
-- Dumping data for table `jugadores`
--
INSERT INTO `jugadores` (`id`, `nombre`, `puntuacion`) VALUES
(1, 'Pedro', 200),
(2, 'Felipe', 500),
(3, 'Maria', 700),
(4, 'Jaime', 0);
ALTER TABLE `usuarios` ADD `cambioPass` INT(11) NOT NULL DEFAULT '0' ;
/*!40101 SET CHARACTER_SET_CLIENT=@OLD_CHARACTER_SET_CLIENT */;
/*!40101 SET CHARACTER_SET_RESULTS=@OLD_CHARACTER_SET_RESULTS */;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */; |
create database mogujie_db default character set 'utf8';
use mogujie_db
create table mogujie(
id int auto_increment primary key,
tradeItemId varchar(32),
img varchar(512),
clientUrl varchar(512),
title varchar(128),
orgPrice varchar(32),
cfav varchar(128),
price varchar(128)
); |
CREATE PROCEDURE sp_orthesapla
@ders VARCHAR(50),
@hanginot VARCHAR(10)
AS
BEGIN
-- SET NOCOUNT ON added to prevent extra result sets from
-- interfering with SELECT statements.
SET NOCOUNT ON;
IF (@ders ='fizik' or @ders='yazılım mühendisliği' or @ders='yapay zeka' or @ders='matematik' or @ders='programlama dili 2' or @ders='ileri programlama')
BEGIN
IF(@hanginot='vize')
BEGIN
SELECT AVG(vize)
from notlar
where dersno=(select dersno from dersler where dersad=@ders)
END
ELSE IF (@hanginot='final')
BEGIN
SELECT AVG(final)
from notlar
where dersno=(select dersno from dersler where dersad=@ders)
END
ELSE IF(@hanginot='genel')
BEGIN
SELECT AVG(vize)*0.4+ AVG(final)*0.6 AS GENELORTALAMA
from notlar
where dersno=(select dersno from dersler where dersad=@ders)
END
ELSE
BEGIN
PRINT('Yanlış seçenek girdiniz. Seçenekler :vize, final ve genel şeklindedir')
END
END
ELSE
BEGIN
PRINT('Olmayan bir ders girdiniz. Seçenekler :vize, final ve genel şeklindedir')
END
END |
#DROP TABLE IF EXISTS `idx_daily_basic`;
CREATE TABLE `idx_daily_basic` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`ts_code` varchar(9) NOT NULL COMMENT 'TS代码',
`trade_date` char(8) NOT NULL COMMENT '交易日期',
`total_mv` float DEFAULT NULL COMMENT '当日总市值（元）',
`float_mv` float DEFAULT NULL COMMENT '当日流通市值（元）',
`total_share` float DEFAULT NULL COMMENT '当日总股本（股）',
`float_share` float DEFAULT NULL COMMENT '当日流通股本（股）',
`free_share` float DEFAULT NULL COMMENT '当日自由流通股本（股）',
`turnover_rate` float DEFAULT NULL COMMENT '换手率',
`turnover_rate_f` float DEFAULT NULL COMMENT '换手率(基于自由流通股本)',
`pe` float DEFAULT NULL COMMENT '市盈率',
`pe_ttm` float DEFAULT NULL COMMENT '市盈率TTM',
`pb` float DEFAULT NULL COMMENT '市净率',
PRIMARY KEY (`id`),
UNIQUE KEY `iddb_tctd` (`ts_code`,`trade_date`) USING BTREE
) ENGINE=InnoDB;
|
with base as (
select *
, (DATE_PART('month', start_date::date) - DATE_PART('month', previous_month::date)) month_diff
from (
select *
, lag(start_date, 1) over(partition by account_id order by start_date) previous_month
from socialnet7.subscription
where start_date != '2020-09-01' -- don't include most recent month
) subs
)
, retained_revenue as (
select
date_trunc('month', start_date)::date as month_ds
, count(distinct account_id) retained_subs
, sum(mrr) retained_revenue
from base
where month_diff = 1
group by 1
)
, previous_month_revenue as (
select
(date_trunc('month', start_date)::date + interval'1 month')::date as month_ds
, count(distinct account_id) previous_month_subs
, sum(mrr) previous_month_revenue
from socialnet7.subscription
group by 1
)
select *
, retained_subs / previous_month_subs as net_monthly_sub_retention_rate
, 1.0 - (retained_subs / previous_month_subs) as net_monthly_sub_churn_rate
, retained_revenue / previous_month_revenue as net_mrr_retention_rate
, 1.0 - (retained_revenue / previous_month_revenue) as net_mrr_churn_rate
from retained_revenue
join previous_month_revenue using(month_ds)
order by month_ds
|
-- dept
-- emp
-- 使用inner join内连接
select * from emp inner join dept on emp.deptno=dept.deptno;
-- 使用left join查询
select * from emp left JOIN dept on emp.deptno=dept.deptno;
-- 使用right join查询
select * from emp right JOIN dept on emp.deptno=dept.deptno;
-- 子查询
-- in
select * from emp WHERE deptno in(select deptno FROM dept);
select * from emp where sal > 1000;
-- exists
select * from emp WHERE exists (select deptno from dept where deptno=1);
-- 合并查询结果(默认去重)
select deptno from emp union select deptno from dept;
-- 合并查询结果
select deptno from emp union all select deptno from dept;
-- 别名(as 可以省略)
select ename as e from emp as e right JOIN dept as d on e.deptno=d.deptno;
-- 正则
select * from emp where ename REGEXP 'n$';
-- update
update emp set ename = 'Kobe' where ename='Tom';
select * from emp;
-- 删除
DELETE from emp where ename='Kobe';
DELETE emp, dept from emp, dept where emp.deptno = 3 and emp.deptno = dept.deptno;
-- 查询删除之后的结果
select * from dept; |
-- phpMyAdmin SQL Dump
-- version 4.7.5
-- https://www.phpmyadmin.net/
--
-- Host: 192.168.1.115:3307
-- Generation Time: Jun 11, 2018 at 04:54 PM
-- Server version: 5.6.22
-- PHP Version: 7.0.30-0ubuntu0.16.04.1
SET SQL_MODE = "NO_AUTO_VALUE_ON_ZERO";
SET AUTOCOMMIT = 0;
START TRANSACTION;
SET time_zone = "+00:00";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8mb4 */;
--
-- Database: `ojt_20180611142657`
--
-- --------------------------------------------------------
--
-- Table structure for table `accounts`
--
CREATE TABLE `accounts` (
`acc_id` int(11) NOT NULL,
`username` varchar(255) NOT NULL,
`email` varchar(50) NOT NULL,
`password` varchar(255) NOT NULL,
`acc_typeid` int(11) NOT NULL,
`date_registered` datetime NOT NULL,
`status` bit(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
-- --------------------------------------------------------
--
-- Table structure for table `account_type`
--
CREATE TABLE `account_type` (
`acc_typeid` int(11) NOT NULL,
`acc_type` int(11) NOT NULL,
`acc_desc` enum('Admin','Author') NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
-- --------------------------------------------------------
--
-- Table structure for table `comments`
--
CREATE TABLE `comments` (
`comment_id` int(11) NOT NULL,
`post_id` int(11) NOT NULL,
`acc_id` int(11) NOT NULL,
`comment` mediumtext NOT NULL,
`date_commented` datetime NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
-- --------------------------------------------------------
--
-- Table structure for table `posts`
--
CREATE TABLE `posts` (
`post_id` int(11) NOT NULL,
`acc_id` int(11) NOT NULL,
`title` varchar(255) NOT NULL,
`content` longtext NOT NULL,
`date_published` int(11) NOT NULL,
`status` int(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
--
-- Indexes for dumped tables
--
--
-- Indexes for table `accounts`
--
ALTER TABLE `accounts`
ADD PRIMARY KEY (`acc_id`),
ADD KEY `acc_typeid` (`acc_typeid`);
--
-- Indexes for table `account_type`
--
ALTER TABLE `account_type`
ADD PRIMARY KEY (`acc_typeid`);
--
-- Indexes for table `comments`
--
ALTER TABLE `comments`
ADD PRIMARY KEY (`comment_id`),
ADD KEY `post_id` (`post_id`),
ADD KEY `acc_id` (`acc_id`);
--
-- Indexes for table `posts`
--
ALTER TABLE `posts`
ADD PRIMARY KEY (`post_id`),
ADD KEY `acc_id` (`acc_id`);
--
-- Constraints for dumped tables
--
--
-- Constraints for table `accounts`
--
ALTER TABLE `accounts`
ADD CONSTRAINT `accounts_ibfk_1` FOREIGN KEY (`acc_typeid`) REFERENCES `account_type` (`acc_typeid`);
--
-- Constraints for table `comments`
--
ALTER TABLE `comments`
ADD CONSTRAINT `comments_ibfk_1` FOREIGN KEY (`post_id`) REFERENCES `posts` (`post_id`) ON DELETE CASCADE,
ADD CONSTRAINT `comments_ibfk_2` FOREIGN KEY (`acc_id`) REFERENCES `accounts` (`acc_id`);
--
-- Constraints for table `posts`
--
ALTER TABLE `posts`
ADD CONSTRAINT `posts_ibfk_1` FOREIGN KEY (`acc_id`) REFERENCES `accounts` (`acc_id`);
COMMIT;
/*!40101 SET CHARACTER_SET_CLIENT=@OLD_CHARACTER_SET_CLIENT */;
/*!40101 SET CHARACTER_SET_RESULTS=@OLD_CHARACTER_SET_RESULTS */;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */;
|
SELECT students.name as student, AVG(assignments.duration) as all_students_average, AVG(assignment_submissions.duration) as student_average
FROM assignment_submissions JOIN students ON (students.id = student_id) JOIN assignments ON (assignment_id = assignments.id)
WHERE end_date IS NULL
GROUP BY student
HAVING AVG(assignments.duration) > AVG(assignment_submissions.duration)
ORDER BY student_average; |
CREATE TABLE `SSM_STDTMP_FILE_01_ITEM` (
`SID` INT(11) NOT NULL AUTO_INCREMENT COMMENT '自增主键',
`R_TMPFILE_01` INT(11) NOT NULL,
`C_NAME` VARCHAR(300) DEFAULT NULL COMMENT '名称',
`T_DATE_01` DATE DEFAULT NULL COMMENT '年审日期',
`C_COMMENT` VARCHAR(300) DEFAULT NULL COMMENT '备注',
`R_CREATE` INT(11) DEFAULT NULL COMMENT '创建人编号',
`S_CREATE` VARCHAR(50) DEFAULT NULL COMMENT '创建人',
`T_CREATE` DATETIME DEFAULT NULL COMMENT '创建时间',
`R_UPDATE` INT(11) DEFAULT NULL COMMENT '更新人编号',
`S_UPDATE` VARCHAR(50) DEFAULT NULL COMMENT '更新人',
`T_UPDATE` TIMESTAMP NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP COMMENT '更新时间',
`R_TENANT` INT(11) DEFAULT NULL COMMENT '租户编号',
`S_TENANT` VARCHAR(300) DEFAULT NULL COMMENT '租户名称',
`P_TENANT` CHAR(1) DEFAULT NULL COMMENT '租户类型',
`N_STATE` INT(11) DEFAULT NULL COMMENT '状态',
`B_DELETE` CHAR(1) DEFAULT NULL COMMENT '删除标志',
`N_INDEX` INT(11) DEFAULT NULL COMMENT '排序',
`N_VERSION` INT(11) DEFAULT NULL COMMENT '版本',
PRIMARY KEY (`SID`)
) ENGINE=MYISAM AUTO_INCREMENT=1 DEFAULT CHARSET=utf8 |
SELECT LTRIM(OH.cus_no) AS Cust#, LTRIM(OH.ord_no) AS Ord#, CONVERT(VARCHAR(10),OH.shipping_dt,110) AS [Est Ship Dt], MONTH(OH.shipping_dt) AS [Est Ship Month],
YEAR(OH.shipping_dt) AS [Est Ship Year], OL.item_no, CAST((OL.qty_to_ship) as INT) AS Qty, OH.ship_to_name, 'OPEN' AS [Order Status],
CONVERT(VARCHAR(10),OH.inv_dt,110) AS [Actual Ship Dt], MONTH(OH.inv_dt) AS [Actual Ship Month], YEAR(OH.inv_dt) AS [Actual Ship Year]
FROM oeordhdr_sql OH
inner join oeordlin_sql OL
ON OH.ord_no = OL.ord_no
WHERE LTRIM(OH.cus_no) = '4227'
AND OL.item_no IN ('DELI-65 RSR BK', 'ST-043 BV', 'SW00007', 'SW00043BK', 'SW00046WH', 'SW00071WH', 'SW00074', 'SW00076',
'SW00665', 'SW00877W', 'SW10140', 'SW10168', 'SW10209', 'SW10210', 'SW10217')
AND OH.ord_type = 'O'
AND OL.qty_to_ship > 0
AND OL.unit_price > 0
UNION ALL
SELECT LTRIM(OH.cus_no) AS Cust#, LTRIM(OH.ord_no) AS Ord#, CONVERT(VARCHAR(10),OH.shipping_dt,110) AS [Est Ship Dt], MONTH(OH.shipping_dt) AS [Est Ship Month],
YEAR(OH.shipping_dt) AS [Ship Year], OL.item_no, CAST((OL.qty_to_ship) as INT) AS Qty, OH.ship_to_name, 'CLOSED' AS [Order Status],
CONVERT(VARCHAR(10),OH.inv_dt,110) AS [Actual Ship Dt], MONTH(OH.inv_dt) AS [Actual Ship Month], YEAR(OH.inv_dt) AS [Actual Ship Year]
, CASE WHEN qtrly_qty is null then 0
WHEN qtyAll is null then ((Qtrly_Qty)/3)
else ((Qtrly_Avg.Qtrly_Qty+ DSIAllocations.qtyAll)/3) END AS [3 Month Avg], CASE WHEN qtyAll is null then 0 else qtyAll end AS [DSI Allocations]
FROM oehdrhst_sql OH
INNER JOIN oelinhst_sql OL
ON OH.inv_no = OL.inv_no
LEFT OUTER JOIN (
SELECT OL.item_no, SUM(OL.qty_to_ship) AS Qtrly_Qty
FROM oelinhst_sql OL
INNER JOIN oehdrhst_sql OH
ON OL.inv_no = OH.inv_no
WHERE MONTH(inv_dt) BETWEEN (MONTH(GETDATE())) - 2 AND (MONTH(GETDATE())) AND YEAR(inv_dt) = YEAR(GETDATE()) AND LTRIM(OH.cus_no) = '4227'
GROUP BY OL.item_no
) AS Qtrly_Avg
ON Qtrly_Avg.item_no = OL.item_no
LEFT OUTER JOIN (
SELECT OL.item_no, SUM(OL.qty_to_ship) AS qtyAll
FROM oeordlin_sql OL
INNER JOIN oeordhdr_sql OH
ON OL.ord_no = OH.ord_no
WHERE MONTH(shipping_dt) = MONTH(GETDATE()) AND LTRIM(OH.cus_no) = '4227'
GROUP BY OL.item_no
) AS DSIAllocations
ON DSIAllocations.item_no = OL.item_no
WHERE LTRIM(OH.cus_no) = '4227'
AND OL.item_no IN ('DELI-65 RSR BK', 'ST-043 BV', 'SW00007', 'SW00043BK', 'SW00046WH', 'SW00071WH', 'SW00074', 'SW00076',
'SW00665', 'SW00877W', 'SW10140', 'SW10168', 'SW10209', 'SW10210', 'SW10217')
AND OH.orig_ord_type = 'O'
AND OL.qty_to_ship > 0
AND OL.unit_price > 0
SELECT DATEADD(MONTH, -12, GETDATE()) |
DROP TABLE IF EXISTS employee;
DROP TABLE IF EXISTS jobSummary;
DROP TABLE IF EXISTS job;
DROP TABLE IF EXISTS jobFamily;
DROP TABLE IF EXISTS capability;
DROP TABLE IF EXISTS band;
CREATE TABLE capability(
capabilityID TINYINT PRIMARY KEY AUTO_INCREMENT,
capabilityName varchar (40) NOT NULL
);
CREATE TABLE jobFamily(
jobFamilyID TINYINT PRIMARY KEY AUTO_INCREMENT,
jobFamilyTitle varchar (40) NOT NULL,
capabilityID TINYINT,
FOREIGN KEY (`capabilityID`) REFERENCES `capability`(`capabilityID`)
);
CREATE TABLE band(
bandID TINYINT PRIMARY KEY AUTO_INCREMENT,
bandName varchar (40),
bandLevel TINYINT NOT NULL,
bandTraining text,
bandCompetencies text,
bandResponsibilites text
);
CREATE TABLE job(
jobID SMALLINT PRIMARY KEY AUTO_INCREMENT,
jobTitle varchar (50) NOT NULL,
jobSpec text NOT NULL,
bandID TINYINT,
jobFamilyID TINYINT,
capabilityID TINYINT,
FOREIGN KEY (`bandID`) REFERENCES `band`(`bandID`),
FOREIGN KEY (`jobFamilyID`) REFERENCES `jobFamily`(`jobFamilyID`),
FOREIGN KEY (`capabilityID`) REFERENCES `capability`(`capabilityID`)
);
CREATE TABLE jobSummary(
summaryID int NOT NULL,
summaryText text(200) NOT NULL,
jobID smallint NOT NULL,
PRIMARY KEY (summaryID),
FOREIGN KEY (jobID) REFERENCES job(jobID)
);
CREATE TABLE employee(
employeeID SMALLINT PRIMARY KEY AUTO_INCREMENT,
fName varchar (40) NOT NULL,
lName varchar (40) NOT NULL,
username varchar (40) NOT NULL,
userPassword varchar (60) NOT NULL,
isAdmin boolean NOT NULL,
jobID SMALLINT NOT NULL,
uniqueID varchar(255),
FOREIGN KEY (`jobID`) REFERENCES `job`(`jobID`)
);
|
DROP DATABASE IF EXISTS bamazon_db;
CREATE database bamazon_db;
USE bamazon_db;
CREATE TABLE products (
item_id INT NOT NULL AUTO_INCREMENT,
product_name VARCHAR(100) NULL,
department_name VARCHAR(75) NULL,
price DECIMAL(10,2) NULL,
stock_quantity INT NULL,
PRIMARY KEY (item_id)
);
INSERT INTO products (product_name, department_name, price, stock_quantity)
VALUES ("Whipped Cream", "Food", 2.99, 75);
INSERT INTO products (product_name, department_name, price, stock_quantity)
VALUES ("Strawberries", "Food", 2.99, 100);
INSERT INTO products (product_name, department_name, price, stock_quantity)
VALUES ("Kimchi", "Food", 4.99, 25);
INSERT INTO products (product_name, department_name, price, stock_quantity)
VALUES ("Samsung SmartTV", "Electronics", 799.99, 20);
INSERT INTO products (product_name, department_name, price, stock_quantity)
VALUES ("ASUS ROG Laptop", "Electronics", 1199.99, 15);
INSERT INTO products (product_name, department_name, price, stock_quantity)
VALUES ("Jordan Sneakers", "Clothing", 119.99, 30);
INSERT INTO products (product_name, department_name, price, stock_quantity)
VALUES ("Smiley Face Boxer Briefs", "Clothing", 9.99, 25);
INSERT INTO products (product_name, department_name, price, stock_quantity)
VALUES ("Adderall", "Pharmacy", 5, 150);
INSERT INTO products (product_name, department_name, price, stock_quantity)
VALUES ("Medicinal Marijuana", "Pharmacy", 4.20, 420);
INSERT INTO products (product_name, department_name, price, stock_quantity)
VALUES ("Vicodin", "Pharmacy", 10, 42); |
-- Detect redundant indices
--
-- https://github.com/macbre/index-digest/issues/4
DROP TABLE IF EXISTS `0004_id_foo`;
CREATE TABLE `0004_id_foo` (
`id` int(9) NOT NULL AUTO_INCREMENT,
`foo` varbinary(16) NOT NULL DEFAULT '',
PRIMARY KEY (`id`,`foo`),
UNIQUE KEY `idx` (`id`,`foo`)
);
DROP TABLE IF EXISTS `0004_id_foo_bar`;
CREATE TABLE `0004_id_foo_bar` (
`id` int(9) NOT NULL AUTO_INCREMENT,
`foo` varbinary(16) NOT NULL DEFAULT '',
`bar` varbinary(16) NOT NULL DEFAULT '',
PRIMARY KEY (`id`),
KEY `idx_foo` (`foo`),
KEY `idx_foo_bar` (`foo`, `bar`),
KEY `idx_id_foo` (`id`, `foo`)
);
-- https://github.com/macbre/index-digest/issues/48
DROP TABLE IF EXISTS `0004_indices_duplicating_each_other`;
CREATE TABLE `0004_indices_duplicating_each_other` (
`id` int(9) NOT NULL AUTO_INCREMENT,
`foo` varbinary(16) NOT NULL DEFAULT '',
PRIMARY KEY (`id`),
UNIQUE KEY `idx_foo` (`foo`),
UNIQUE KEY `idx_foo_2` (`foo`)
);
|
/* Create the necessary extensions
*/
CREATE EXTENSION IF NOT EXISTS plpgsql;
CREATE EXTENSION IF NOT EXISTS "uuid-ossp";
|
DROP DATABASE PRUEBA;
CREATE DATABASE PRUEBA;
USE PRUEBA;
CREATE TABLE countries (
ID_COUNTRY VARCHAR(30),
NAME VARCHAR(100)
);
CREATE TABLE cities (
ID_CITY VARCHAR(30),
NAME VARCHAR(100),
ID_STATE VARCHAR(30),
POPULATION INT
);
CREATE TABLE states (
ID_STATE VARCHAR(30),
NAME VARCHAR(100),
ID_COUNTRY VARCHAR(30)
);
LOAD DATA INFILE 'C:/ProgramData/MySQL/MySQL Server 8.0/Data/cities.csv'
INTO TABLE cities
FIELDS TERMINATED BY ','
ENCLOSED BY '"'
LINES TERMINATED BY '\r\n'
IGNORE 1 ROWS;
LOAD DATA INFILE 'C:/ProgramData/MySQL/MySQL Server 8.0/Data/states.csv'
INTO TABLE states
FIELDS TERMINATED BY ','
ENCLOSED BY '"'
LINES TERMINATED BY '\r\n'
IGNORE 1 ROWS;
LOAD DATA INFILE 'C:/ProgramData/MySQL/MySQL Server 8.0/Data/countries.csv'
INTO TABLE countries
FIELDS TERMINATED BY ','
ENCLOSED BY '"'
LINES TERMINATED BY '\r\n'
IGNORE 1 ROWS;
CREATE TABLE tabla_poblacion (SELECT co.NAME AS country,
s.NAME AS state,
ci.NAME AS city,
ci.POPULATION AS population FROM
countries co
LEFT JOIN
states s ON co.ID_COUNTRY = s.ID_COUNTRY
LEFT JOIN
cities ci ON ci.ID_STATE = s.ID_STATE)
|
CREATE TABLE IF NOT EXISTS `usuarios` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`nome` varchar(100) DEFAULT NULL,
`login` varchar(20) DEFAULT NULL,
`senha` varchar(100) DEFAULT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
CREATE TABLE IF NOT EXISTS `ators` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`nome` varchar(100) DEFAULT NULL,
`nascimento` date DEFAULT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
CREATE TABLE IF NOT EXISTS `generos` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`nome` varchar(100) DEFAULT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
CREATE TABLE IF NOT EXISTS `filmes` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`nome` varchar(100) DEFAULT NULL,
`ano` int(11) DEFAULT NULL,
`duracao` varchar(5) DEFAULT NULL,
`idioma` varchar(50) DEFAULT NULL,
`genero_id` int(11) DEFAULT NULL,
PRIMARY KEY (`id`),
CONSTRAINT `filme_genero_fk` FOREIGN KEY (`genero_id`) REFERENCES `generos` (`id`) ON DELETE CASCADE ON UPDATE CASCADE
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
CREATE TABLE IF NOT EXISTS `criticas` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`nome` varchar(100) DEFAULT NULL,
`avaliacao` int(11) DEFAULT NULL,
`data_avaliacao` date DEFAULT NULL,
`filme_id` int(11) DEFAULT NULL,
PRIMARY KEY (`id`),
CONSTRAINT `critica_filme_fk` FOREIGN KEY (`filme_id`) REFERENCES `filmes` (`id`) ON DELETE CASCADE ON UPDATE CASCADE
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
CREATE TABLE IF NOT EXISTS `ators_filmes` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`filme_id` int(11) DEFAULT NULL,
`ator_id` int(11) DEFAULT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8; |
/* Создание таблицы меню приложений */
CREATE TABLE /*PREFIX*/APPLICATION_MENUS
(
APPLICATION_ID VARCHAR(32) NOT NULL,
MENU_ID VARCHAR(32) NOT NULL,
PRIMARY KEY (APPLICATION_ID,MENU_ID),
FOREIGN KEY (APPLICATION_ID) REFERENCES /*PREFIX*/APPLICATIONS (APPLICATION_ID),
FOREIGN KEY (MENU_ID) REFERENCES /*PREFIX*/MENUS (MENU_ID)
)
--
/* Создание просмотра таблицы меню приложений */
CREATE VIEW /*PREFIX*/S_APPLICATION_MENUS
AS
SELECT AM.*,
A.NAME AS APPLICATION_NAME,
M.NAME AS MENU_NAME
FROM /*PREFIX*/APPLICATION_MENUS AM
JOIN /*PREFIX*/APPLICATIONS A ON A.APPLICATION_ID=AM.APPLICATION_ID
JOIN /*PREFIX*/MENUS M ON M.MENU_ID=AM.MENU_ID
--
/* Создание процедуры добавления меню приложению */
CREATE PROCEDURE /*PREFIX*/I_APPLICATION_MENU
@APPLICATION_ID VARCHAR(32),
@MENU_ID VARCHAR(32)
AS
BEGIN
INSERT INTO /*PREFIX*/APPLICATION_MENUS (APPLICATION_ID,MENU_ID)
VALUES (@APPLICATION_ID,@MENU_ID);
END;
--
/* Создание процедуры изменения меню у приложения */
CREATE PROCEDURE /*PREFIX*/U_APPLICATION_MENU
@APPLICATION_ID VARCHAR(32),
@MENU_ID VARCHAR(32),
@OLD_APPLICATION_ID VARCHAR(32),
@OLD_MENU_ID VARCHAR(32)
AS
BEGIN
UPDATE /*PREFIX*/APPLICATION_MENUS
SET APPLICATION_ID=@APPLICATION_ID,
MENU_ID=@MENU_ID
WHERE APPLICATION_ID=@OLD_APPLICATION_ID
AND MENU_ID=@OLD_MENU_ID;
END;
--
/* Создание процедуры удаления меню у приложения */
CREATE PROCEDURE /*PREFIX*/D_APPLICATION_MENU
@OLD_APPLICATION_ID VARCHAR(32),
@OLD_MENU_ID VARCHAR(32)
AS
BEGIN
DELETE FROM /*PREFIX*/APPLICATION_MENUS
WHERE APPLICATION_ID=@OLD_APPLICATION_ID
AND MENU_ID=@OLD_MENU_ID;
END;
-- |
CREATE TABLE `young`.`correct_use_index_2` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`career` varchar(32) NOT NULL,
`first_name` varchar(16) NOT NULL,
`last_name` varchar(16) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
INSERT INTO `correct_use_index_2`(`id`, `career`, `first_name`, `last_name`) VALUES (1, 'engineer', 'qinyi', 'abcdefg');
INSERT INTO `correct_use_index_2`(`id`, `career`, `first_name`, `last_name`) VALUES (2, 'engineer', 'qinyi', 'abxyzbdf');
INSERT INTO `correct_use_index_2`(`id`, `career`, `first_name`, `last_name`) VALUES (3, 'engineer', 'qinyi', 'aerefgdgfd');
INSERT INTO `correct_use_index_2`(`id`, `career`, `first_name`, `last_name`) VALUES (4, 'engineer', 'qinyi', 'abpoijhyg');
INSERT INTO `correct_use_index_2`(`id`, `career`, `first_name`, `last_name`) VALUES (5, 'engineer', 'qinyi', 'acqasdwqer');
-- 索引选择性(没有必要为索引选择性较低的列创建索引)
select count(distinct(career))/count(*) from correct_use_index_2;
-- 想要通过 name 去查询记录, 可以考虑创建 first_name 索引, 或 first_name、last_name 联合索引 --> 看一看索引选择性
select * from correct_use_index_2 where first_name = '' and last_name = '';
-- first name 选择性较低
select count(DISTINCT(first_name))/count(*) from correct_use_index_2;
-- last name 选择性较高
select count(DISTINCT(last_name))/count(*) from correct_use_index_2;
-- 但考虑用name 查询记录 可使用 first_name 和 last_name 组成的联合索引 -> 查看联合索引唯一性
-- 选择性高 但索引长
select count(DISTINCT(CONCAT(first_name, last_name)))/count(*) from correct_use_index_2;
select count(DISTINCT(CONCAT(first_name, left(last_name, 1))))/count(*) from correct_use_index_2;
select count(DISTINCT(CONCAT(first_name, left(last_name, 2))))/count(*) from correct_use_index_2;
-- first_name, last_name 创建联合索引占据的空间会过大, 需要考虑兼顾长度和选择性
select count(DISTINCT(CONCAT(first_name, left(last_name, 3))))/count(*) from correct_use_index_2;
ALTER TABLE correct_use_index_2 ADD INDEX `idx_first_last_name_3` (first_name, last_name(3));
show index from correct_use_index_2; |
CREATE PROCEDURE [display].[pDel_rm_scrum_task]
AS
TRUNCATE TABLE [display].[rm_scrum_task] |
CREATE TABLE IF NOT EXISTS safeties (
play_id integer,
defender varchar(7)
);
COPY safeties
FROM '/Users/sean.costello/Development/nfl_00-16/SAFETY.csv' DELIMITER ',' CSV HEADER; |
DROP TABLE IF EXISTS `order`; |
SELECT e.name, bonus
FROM Employee e
LEFT JOIN Bonus b
ON e.empId=b.empId
WHERE b.bonus is NULL or b.bonus<1000; |
DROP DATABASE IF EXISTS disciplan;
CREATE DATABASE disciplan;
USE disciplan;
DROP TABLE IF EXISTS Users;
DROP TABLE IF EXISTS TimeSpent;
DROP TABLE IF EXISTS Friends;
DROP TABLE IF EXISTS PremiumUserDomains;
CREATE TABLE Users (
userID CHAR(64) NOT NULL PRIMARY KEY,
email CHAR(64) NOT NULL,
firstName CHAR(64) NOT NULL,
lastName CHAR(64) NOT NULL,
password CHAR(64) NOT NULL,
dOB DATETIME NOT NULL,
premium TINYINT(1) NOT NULL
);
CREATE TABLE TimeSpent (
userID CHAR(64),
domainName CHAR(64) NOT NULL,
startTime DATETIME NOT NULL,
timeSpent INT(64) NOT NULL,
PRIMARY KEY (userID, startTime),
FOREIGN KEY (userID) REFERENCES Users (userID)
);
CREATE TABLE PremiumUserDomains (
userID CHAR(64) NOT NULL,
domainName CHAR(64) NOT NULL,
PRIMARY KEY (userID, domainName),
FOREIGN KEY (userID) REFERENCES Users(userID)
);
CREATE TABLE Friends (
user1 CHAR(64) NOT NULL,
user2 CHAR(64) NOT NULL,
PRIMARY KEY (user1, user2),
FOREIGN KEY (user1) REFERENCES Users(userID),
FOREIGN KEY (user2) REFERENCES Users(userID)
);
INSERT INTO Users VALUES ("danthom","danthom@stanford.edu","Danny", "Thomson","password","1993-05-20 00:00:00",1);
INSERT INTO Users VALUES ("jross3","jross3@stanford.edu","James", "Ross","password","1965-09-07 00:00:00",1);
INSERT INTO Users VALUES ("adamii","adamii@stanford.edu","Adam", "Brostowicz","password","1985-09-07 00:00:00",1);
INSERT INTO Users VALUES ("jeff1731","jeff1731@stanford.edu","Jeff", "Garnier","password","2002-09-07 00:00:00",1);
INSERT INTO PremiumUserDomains VALUES ('danthom','www.google.com');
CREATE VIEW AgeGroupView AS
SELECT T1.domainName, sum(T1.timeSpent) AS duration, "Under 18" AS AgeGroup
FROM TimeSpent AS T1, Users as U1
WHERE T1.userID = U1.userID AND DATE_ADD(U1.dOB, INTERVAL 18 YEAR) > NOW()
GROUP BY T1.domainName
UNION
SELECT T2.domainName, sum(T2.timeSpent) AS duration, "18-29" AS AgeGroup
FROM TimeSpent AS T2, Users as U2
WHERE T2.userID = U2.userID AND DATE_ADD(U2.dOB, INTERVAL 18 YEAR) <= NOW() AND DATE_ADD(U2.dOB, INTERVAL 29 YEAR) > NOW()
GROUP BY T2.domainName
UNION
SELECT T3.domainName, sum(T3.timeSpent) AS duration, "29-49" AS AgeGroup
FROM TimeSpent AS T3, Users as U3
WHERE T3.userID = U3.userID AND DATE_ADD(U3.dOB, INTERVAL 29 YEAR) <= NOW() AND DATE_ADD(U3.dOB, INTERVAL 49 YEAR) > NOW()
GROUP BY T3.domainName
UNION
SELECT T4.domainName, sum(T4.timeSpent) AS duration, "49-65" AS AgeGroup
FROM TimeSpent AS T4, Users as U4
WHERE T4.userID = U4.userID AND DATE_ADD(U4.dOB, INTERVAL 49 YEAR) <= NOW() AND DATE_ADD(U4.dOB, INTERVAL 65 YEAR) > NOW()
GROUP BY T4.domainName
UNION
SELECT T5.domainName, sum(T5.timeSpent) AS duration, "Over 65" AS AgeGroup
FROM TimeSpent AS T5, Users as U5
WHERE T5.userID = U5.userID AND DATE_ADD(U5.dOB, INTERVAL 65 YEAR) <= NOW()
GROUP BY T5.domainName;
delimiter $$
CREATE TRIGGER nonZeroTimeSpent BEFORE INSERT ON TimeSpent
FOR EACH ROW
BEGIN
IF new.timeSpent = 0 THEN
signal sqlstate '45000';
end if;
end;$$
delimiter ;
|
CREATE PROCEDURE sp_fetch_error(@ERROR_ID int)
AS
SELECT Message FROM ErrorMessages WHERE ErrorID = @ERROR_ID
|
-- phpMyAdmin SQL Dump
-- version 4.8.2
-- https://www.phpmyadmin.net/
--
-- Host: 127.0.0.1
-- Generation Time: Sep 01, 2018 at 05:19 PM
-- Server version: 10.1.34-MariaDB
-- PHP Version: 7.2.7
SET SQL_MODE = "NO_AUTO_VALUE_ON_ZERO";
SET AUTOCOMMIT = 0;
START TRANSACTION;
SET time_zone = "+00:00";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8mb4 */;
--
-- Database: `shop`
--
-- --------------------------------------------------------
--
-- Table structure for table `items`
--
CREATE TABLE `items` (
`Item_ID` int(11) NOT NULL,
`Name` varchar(255) NOT NULL,
`Description` text NOT NULL,
`Price` varchar(255) NOT NULL,
`Add_Date` date NOT NULL,
`Country_Made` varchar(255) NOT NULL,
`ImgUrl` varchar(255) NOT NULL,
`Status` varchar(255) NOT NULL,
`Rating` smallint(6) NOT NULL,
`Cat_ID` int(11) NOT NULL,
`Member_ID` int(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
--
-- Indexes for dumped tables
--
--
-- Indexes for table `items`
--
ALTER TABLE `items`
ADD PRIMARY KEY (`Item_ID`);
--
-- AUTO_INCREMENT for dumped tables
--
--
-- AUTO_INCREMENT for table `items`
--
ALTER TABLE `items`
MODIFY `Item_ID` int(11) NOT NULL AUTO_INCREMENT;
COMMIT;
/*!40101 SET CHARACTER_SET_CLIENT=@OLD_CHARACTER_SET_CLIENT */;
/*!40101 SET CHARACTER_SET_RESULTS=@OLD_CHARACTER_SET_RESULTS */;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */;
|
create database tizarah character set utf8 collate utf8_general_ci;
CREATE TABLE business (
business_id INT(8) NOT NULL AUTO_INCREMENT,
business_name VARCHAR(256) CHARACTER SET utf8 COLLATE utf8_general_ci NOT NULL,
PRIMARY KEY (business_id)
) ENGINE = InnoDB CHARACTER SET utf8 COLLATE utf8_general_ci;
INSERT INTO business(business_name) VALUES ("shahantrade");
CREATE TABLE shop (
shop_id INT(12) NOT NULL AUTO_INCREMENT,
shop_name VARCHAR(256) CHARACTER SET utf8 COLLATE utf8_general_ci NOT NULL,
address VARCHAR(256) CHARACTER SET utf8 COLLATE utf8_general_ci NOT NULL,
business_id INT(8) NOT NULL,
PRIMARY KEY (shop_id),
FOREIGN KEY (business_id) REFERENCES business(business_id)
) ENGINE = InnoDB CHARACTER SET utf8 COLLATE utf8_general_ci;
INSERT INTO shop(shop_name, address, business_id) VALUES ("mill", "Lalmonirhat", 1);
CREATE TABLE account_head (
head_id INT(12) NOT NULL AUTO_INCREMENT,
head_name VARCHAR(256) CHARACTER SET utf8 COLLATE utf8_general_ci NOT NULL,
shop_id INT(12) NOT NULL,
PRIMARY KEY (head_id),
FOREIGN KEY (shop_id) REFERENCES shop(shop_id)
) ENGINE = InnoDB CHARACTER SET utf8 COLLATE utf8_general_ci;
INSERT INTO account_head(head_name, shop_id) VALUES ("Paddy Head", 1);
CREATE TABLE account (
account_id INT(12) NOT NULL AUTO_INCREMENT,
account_name VARCHAR(256) CHARACTER SET utf8 COLLATE utf8_general_ci NOT NULL,
address VARCHAR(256) CHARACTER SET utf8 COLLATE utf8_general_ci NOT NULL,
phone_number VARCHAR(20) CHARACTER SET utf8 COLLATE utf8_general_ci NOT NULL,
head_id INT(12) NOT NULL,
shop_id INT(12) NOT NULL,
PRIMARY KEY (account_id),
FOREIGN KEY (head_id) REFERENCES account_head(head_id),
FOREIGN KEY (shop_id) REFERENCES shop(shop_id)
) ENGINE = InnoDB CHARACTER SET utf8 COLLATE utf8_general_ci;
INSERT INTO account(account_name, address, phone_number, head_id, shop_id) VALUES ("Md. Robiul Islam", "Rangpur", "01556306560", 1, 1);
CREATE TABLE transaction (
shop_id INT(12) NOT NULL,
account_id INT(12) NOT NULL,
description varchar(1000) CHARACTER SET utf8 COLLATE utf8_general_ci NOT NULL,
amount DOUBLE NOT NULL,
date TIMESTAMP NOT NULL,
transaction_type varchar(6) NOT NULL,
transaction_id INT(12) NOT NULL AUTO_INCREMENT,
PRIMARY KEY (transaction_id),
FOREIGN KEY (account_id) REFERENCES account(account_id) on update NO ACTION on delete NO ACTION,
FOREIGN KEY (shop_id) REFERENCES shop(shop_id)
) ENGINE = InnoDB CHARACTER SET utf8 COLLATE utf8_general_ci;
CREATE TABLE stock_item_history(
shop_id INT(12) NOT NULL,
date TIMESTAMP NOT NULL,
history TEXT NOT NULL,
id INT(12) NOT NULL AUTO_INCREMENT,
PRIMARY KEY(id),
FOREIGN KEY (shop_id) REFERENCES shop(shop_id)
) ENGINE = InnoDB CHARACTER SET utf8 COLLATE utf8_general_ci;
CREATE TABLE stock_item(
shop_id INT(12) NOT NULL,
item_name varchar(1000) CHARACTER SET utf8 COLLATE utf8_general_ci NOT NULL,
initial_amount INT(12),
import_amount INT(12) DEFAULT 0,
export_amount INT(12) DEFAULT 0,
item_id INT(12) NOT NULL AUTO_INCREMENT,
PRIMARY KEY (item_id),
FOREIGN KEY (shop_id) REFERENCES shop(shop_id)
) ENGINE = InnoDB CHARACTER SET utf8 COLLATE utf8_general_ci;
CREATE TABLE stock_transaction(
stock_item_id INT(12) NOT NULL,
amount INT(12) NOT NULL,
import_export VARCHAR(6) NOT NULL,
date TIMESTAMP NOT NULL,
description VARCHAR(3000),
id INT(12) NOT NULL AUTO_INCREMENT,
PRIMARY KEY(id),
FOREIGN KEY (stock_item_id) REFERENCES stock_item(item_id)
)ENGINE = InnoDB CHARACTER SET utf8 COLLATE utf8_general_ci;
delimiter //
CREATE TRIGGER stock_tran_insert AFTER INSERT ON stock_transaction
FOR EACH ROW
BEGIN
IF NEW.import_export = 'import' THEN
UPDATE stock_item SET import_amount = import_amount + NEW.amount WHERE NEW.stock_item_id = stock_item.item_id;
ELSE
UPDATE stock_item SET export_amount = export_amount + NEW.amount WHERE NEW.stock_item_id = stock_item.item_id;
END IF;
END;//
CREATE TABLE user (
user_id INT(12) NOT NULL AUTO_INCREMENT,
user_name VARCHAR(256) NOT NULL,
password VARCHAR(256) NOT NULL,
display_name VARCHAR(256) NOT NULL,
PRIMARY KEY (user_id)
) ENGINE = InnoDB CHARACTER SET utf8 COLLATE utf8_general_ci;
insert INTO user(user_name, password) VALUES ('tizarah', 'tizarah');
insert INTO user(user_name, password) VALUES ('tizarah', 'tizarah123');
insert INTO user(user_name, password) VALUES ('tizarah123', 'tizarah');
CREATE TABLE working_shop (
shop_id INT(12) NOT NULL,
user_id INT(12) NOT NULL,
PRIMARY KEY (shop_id, user_id),
FOREIGN KEY (shop_id) REFERENCES shop(shop_id),
FOREIGN KEY (user_id) REFERENCES user(user_id)
) ENGINE = InnoDB CHARACTER SET utf8 COLLATE utf8_general_ci;
INSERT INTO working_shop VALUES (1, 1);
create table employee(
id INT(3) NOT NULL AUTO_INCREMENT,
name VARCHAR(256) NOT NULL,
email VARCHAR(256) NOT NULL,
company_name VARCHAR(256) NOT NULL,
position VARCHAR(256) NOT NULL,
PRIMARY KEY(email)
)ENGINE = InnoDB;
create table `user` (
`name` TEXT NOT NULL,
`email` TEXT,
`id` BIGINT NOT NULL AUTO_INCREMENT PRIMARY KEY);
create table `room` (
`title` TEXT NOT NULL,
`id` BIGINT NOT NULL AUTO_INCREMENT PRIMARY KEY);
create table `occupant` (
`room` BIGINT NOT NULL,
`user` BIGINT NOT NULL);
alter table `occupant` add constraint `occ_room_user_pk` primary key(`room`,`user`);
create table `message` (
`sender` BIGINT NOT NULL,
`content` TEXT NOT NULL,
`ts` TIMESTAMP NOT NULL,
`room` BIGINT,
`to` BIGINT,
`id` BIGINT NOT NULL AUTO_INCREMENT PRIMARY KEY);
alter table `occupant` add constraint `occ_room_fk` foreign key(`room`)
references `room`(`id`) on update NO ACTION on delete NO ACTION;
alter table `occupant` add constraint `occ_user_fk` foreign key(`user`)
references `user`(`id`) on update NO ACTION on delete NO ACTION;
alter table `message` add constraint `msg_room_fk` foreign key(`room`)
references `room`(`id`) on update NO ACTION on delete NO ACTION;
alter table `message` add constraint `msg_sender_fk` foreign key(`sender`)
references `user`(`id`) on update NO ACTION on delete NO ACTION;
alter table `message` add constraint `msg_to_fk` foreign key(`to`)
references `user`(`id`) on update NO ACTION on delete NO ACTION;
|
SELECT
*
FROM
users
WHERE
mail = ? |
/****** Object: StoredProcedure [dbo].[prc_CWI_GetCorrespodenceFax] Script Date: 9/17/2014 7:07:43 PM ******/
IF EXISTS (SELECT * FROM sys.objects WHERE object_id = OBJECT_ID(N'[dbo].[prc_CWI_GetCorrespodenceFax]') AND type in (N'P', N'PC'))
DROP PROCEDURE [dbo].[prc_CWI_GetCorrespodenceFax]
GO
/****** Object: StoredProcedure [dbo].[prc_CWI_GetCorrespodenceFax] Script Date: 9/17/2014 7:07:43 PM ******/
SET ANSI_NULLS ON
GO
SET QUOTED_IDENTIFIER ON
GO
IF NOT EXISTS (SELECT * FROM sys.objects WHERE object_id = OBJECT_ID(N'[dbo].[prc_CWI_GetCorrespodenceFax]') AND type in (N'P', N'PC'))
BEGIN
EXEC dbo.sp_executesql @statement = N'
/*******************************************************************
* PROCEDURE: prc_CWI_GetCorrespodenceFax
* Purpose : This PROC would be called TO get the fax numbers related to the correspondence''s vendor
* Invoked from : Correspondence.aspx
* CREATED: MohanKumar Sundaram 12SEP14
* MODIFICATION HISTORY
* DATE AUTHOR DESCRIPTION
**********************************************************************
Execution example :
**********************************************************************
exec prc_CWI_GetCorrespodenceFax 100
**********************************************************************/
CREATE PROCEDURE [dbo].[prc_CWI_GetCorrespodenceFax]
@corresId bigint
AS
DECLARE @vendorId bigint, @corresLookupId int
SELECT @vendorId = VendorId, @corresLookupId = CorrespondenceTypeLookupId FROM CWI_Correspondence
WHERE Id = @corresId
exec prc_CWI_GetVendorFAX @vendorId,804/*Fax*/,@corresLookupId'
END
GO
|
select * from film;
-- explain - only estimate
EXPLAIN select * from film;
-- Seq Scan on film (cost=0.00..64.00 rows=1000 width=384)
-- cost = (disk pages read * seq_page_cost) + (rows scanned * cpu_tuple_cost
-- seq_page_cost && cpu_tuple_cost are constants
-- seq_page_cost = estimated cost of disk page fetch. Default = 1
-- cpu_tuple_cost = estimated cost of processing a row. Default = 0.01
-- disk pages read && rows scanned are determined by table attributes -> use below query to find these values
select
relpages as "disk pages read",
reltuples as "rows scanned"
from pg_class
where relname = 'film'
;
EXPLAIN select * from film where film_id > 40; -- sequential scan + filter
EXPLAIN select * from film where film_id < 40; -- index scan + index condition (indexed column film_id)
EXPLAIN select * from film where film_id > 40 and rating = 'PG-13'; --sequential scan + filter after
EXPLAIN select * from film where film_id < 40 and rating = 'PG-13'; --index scan + index cond + filter after(because we do not have an index on rating column so we have to filter)
-- explain + analyze - actually runs query and generates metrics
EXPLAIN ANALYZE select * from film;
-- Seq Scan on film (cost=0.00..64.00 rows=1000 width=384) (actual time=0.008..0.239 rows=1000 loops=1)
-- actual time=starting time..total time taken
-- loops=1 means it only did a full table scan once
EXPLAIN ANALYZE select * from film where film_id > 40;
EXPLAIN ANALYZE select * from film where film_id < 40;
-- poorly written query. Does a full table scan to get 1000 rows then removes 784 of them with filter afterwards
EXPLAIN ANALYZE select * from film where film_id > 40 and rating = 'PG-13';
-- poorly written query. Does an index scan to get 40 rows then removes 32 of them with filter afterwards
EXPLAIN ANALYZE select * from film where film_id < 40 and rating = 'PG-13';
---------------------------------- indexes - Max: 32 columns
-- most effective when there are constraints on left-most (leading) column
select
*
from film
where length = 60;
EXPLAIN ANALYZE select
*
from film
where length = 60;
CREATE INDEX idx_film_length ON film (length);
DROP INDEX idx_film_length;
----------------------- multi-column index -----------------------------------
select title, length, rating, replacement_cost, rental_rate
from film
where length between 60 and 70 and rating = 'G'
;
explain analyze select title, length, rating, replacement_cost, rental_rate
from film
where length between 60 and 70 and rating = 'G'
;
CREATE INDEX idx_film_length ON film (length);
CREATE INDEX idx_film_length_rating ON film (length, rating); -- these 2 indexes can co-exist. Postgres picks which one is better. Speed isnt' much better
CREATE INDEX idx_film_rating_length ON film (rating, length); -- Postgres uses this one. It is much better since it is easier to query on rating since it is not in a range.
/*
Instructions:
1) Play around to see which leading column gives your index better performance
2) Drop all other indexes with same columns so writes are not impacted
*/
DROP INDEX idx_film_length;
DROP INDEX idx_film_length_rating;
DROP INDEX idx_film_rating_length;
----------------------- cover index -----------------------------------
-- contains all the columns in select and where clauses
select title, length, rating, replacement_cost, rental_rate
from film
where length between 60 and 70 and rating = 'G'
;
EXPLAIN ANALYZE select title, length, rating, replacement_cost, rental_rate
from film
where length between 60 and 70 and rating = 'G'
;
CREATE INDEX idx_film_cover ON film (rating, length, title, replacement_cost, rental_rate);
----------------------- index maintenance -----------------------------------
-- reindex a specific index
REINDEX INDEX idx_film_cover;
-- reindex whole table
REINDEX TABLE film;
----------------------- Unique indexes -----------------------------------
/*
Unique Index - Basically, you never need to do this yourself
Primary Key - Automatically creates a Unique Index
Unique Constraint - Automatically creates a Unique Index
*/
create table SampleTable(
id integer PRIMARY KEY, --notice there is no index in the GUI, but it's still there somehow
firstcol character varying(40),
secondcol integer
);
-- view primary key index below
SELECT
idx.indrelid :: REGCLASS AS table_name,
i.relname AS index_name, --rel = relation
idx.indisunique AS is_unique,
idx.indisprimary AS is_primary
FROM pg_index AS idx
JOIN pg_class as i ON idx.indexrelid = i.oid
WHERE idx.indrelid = 'sampletable'::regclass
;
CREATE INDEX id_SampleTable_id ON SampleTable (id);
ALTER TABLE sampletable
ADD CONSTRAINT sampletable_firstcol UNIQUE (firstcol); -- not visible in GUI
CREATE UNIQUE INDEX unq_sampletable_firstcol ON SampleTable (firstcol); -- visible in GUI
----------------------- Case insensitve search -----------------------------------
select
*
from film
where title = 'Arizona Bang';
EXPLAIN ANALYZE select
*
from film
where title = 'Arizona Bang';
-- indexes are thrown out when functions are applied in where clauses like below
EXPLAIN ANALYZE select
*
from film
where lower(title) = 'arizona bang';
EXPLAIN ANALYZE select
*
from film
where lower(title) = lower('arizona bang');
CREATE INDEX film_title_search_lower
ON film (lower(title)); --functions can be used in creating indexes
----------------------- Partial Index -----------------------------------
EXPLAIN ANALYZE select title, length, rental_rate
FROM film
WHERE length=50;
EXPLAIN ANALYZE select title, length, rental_rate
FROM film
WHERE length=70;
EXPLAIN ANALYZE select title, length, rental_rate
FROM film
WHERE length < 60;
CREATE INDEX film_first ON film (length)
WHERE length < 60;
---------------------------------------------------------------------
/*
- Disable autocommit and use transactions when inserting multiple rows
- Drop indexes when populating tables with lots of inserts to increase speed
*/
-- analyze tables. This optimizes your table
ANALYZE VERBOSE film;
---------------------------------------------------------------------
-- avoid long-running transactions. They block other stuff.
-- frequently back up database
-- keep OLAP and OLTP in dedicated servers
-- plan schema changes during maintenance windows because they lock tables
-- VACUUM Db on the regular. This replaims physical space from UPDATE and DELETE statements
VACUUM VERBOSE film;
|
select `id_department`, count(*)
from `workers`
group by `id_department`
having count(*) > 1
order by `id_department` desc |
use sa;
SET foreign_key_checks = 0;
CREATE TABLE temp (
name varchar(150),
code_2 varchar(45),
code_3 varchar(45),
continent varchar(45)
);
LOAD DATA INFILE 'Sporting_odds/etl/csv/countries_cleaned.csv'
INTO TABLE temp
FIELDS TERMINATED BY ','
ENCLOSED BY '"' LINES TERMINATED BY '\n'
IGNORE 1 LINES;
INSERT INTO ods.countries (name, code_2, code_3, continent)
SELECT *
FROM temp;
DROP TABLE temp;
SET foreign_key_checks = 1; |
# ensembl_compara_36 was released without a schema_version entry
# in the meta table. This sql fixes it.
delete from meta where meta_key="schema_version";
insert into meta (meta_key,meta_value) values ("schema_version",36);
|
-- CreateTable
CREATE TABLE "BpiSubjectRole" (
"id" TEXT NOT NULL,
"name" TEXT NOT NULL,
"description" TEXT NOT NULL,
CONSTRAINT "BpiSubjectRole_pkey" PRIMARY KEY ("id")
);
-- CreateTable
CREATE TABLE "_BpiSubjectToBpiSubjectRole" (
"A" TEXT NOT NULL,
"B" TEXT NOT NULL
);
-- CreateIndex
CREATE UNIQUE INDEX "BpiSubjectRole_name_key" ON "BpiSubjectRole"("name");
-- CreateIndex
CREATE UNIQUE INDEX "_BpiSubjectToBpiSubjectRole_AB_unique" ON "_BpiSubjectToBpiSubjectRole"("A", "B");
-- CreateIndex
CREATE INDEX "_BpiSubjectToBpiSubjectRole_B_index" ON "_BpiSubjectToBpiSubjectRole"("B");
-- AddForeignKey
ALTER TABLE "_BpiSubjectToBpiSubjectRole" ADD CONSTRAINT "_BpiSubjectToBpiSubjectRole_A_fkey" FOREIGN KEY ("A") REFERENCES "BpiSubject"("id") ON DELETE CASCADE ON UPDATE CASCADE;
-- AddForeignKey
ALTER TABLE "_BpiSubjectToBpiSubjectRole" ADD CONSTRAINT "_BpiSubjectToBpiSubjectRole_B_fkey" FOREIGN KEY ("B") REFERENCES "BpiSubjectRole"("id") ON DELETE CASCADE ON UPDATE CASCADE;
|
--********************************************************
--Autor: CR
--Descripcion: muestra los datos de reporte de contabilidad para
-- documentos de venta
--FechaCreación/Actualización: 04/12/13 CR
--*********************************************************
create view vReporteVentasConta
as
select
TDV.codDocV,
TDV.fecDoc, --Fecha de Emisión
TDV.fecCan, --Fecha de Cancelación
--codigo domumento
'01' as tipoDoc,
'FACTURA' as doc,
TDV.serie, --serie
TDV.nroDoc, --Número de Documento
TDV.calIGV,--tipo de calculo de igv 0
TDV.estado, -- estado de documento 0=Abierto,1=cobrado,2=Anulado
TDV.codMon,-- FK código de moneda
TDV.codIde, --Fk de cliente
TDV.codigo, -- FK de Obra
TL.nombre, -- nombre del lugar de trabajo
TI.ruc,--ruc del cliente
TI.razon,--nombre del cliente
VPV.PV, --precio de venta
TDV.codSers, --cod de la serie del documetno
TMO.simbolo --Simbolo de la moneda usada
from TDocVenta TDV
inner join TLugarTrabajo TL on TL.codigo =TDV.codigo
inner join TIdentidad TI on TI.codIde =TDV.codIde
inner join vPrecioVenta VPV on VPV.codDocV=TDV.codDocV
inner join TMoneda TMO on TMO.codMon = TDV.codMon
--********************************************************
--Autor: CR
--Descripcion: Obteniendo el precio de venta por cada factura emitida
--agrupado por codigo de documento
--FechaCreación/Actualización: 04/12/13 CR
--*********************************************************
create view vPrecioVenta
as
select
sum((cant*preUni)) as PV, --precio total de venta
codDocV -- FK codigo de docVenta
from TDetalleVenta group by codDocV
--consulta para windowsForm
select codDocV,nombre,fecDoc,fecCan,tipoDoc,doc,serie,nroDoc,ruc,razon,PV,codIde,codigo from vReporteVentasConta
--****************************
--Reporte para compras
--********************************************************
--Autor: CR
--Descripcion: muestra los datos de reporte de compras para contabilidad
--FechaCreación/Actualización: 04/12/13 CR
--*********************************************************
create view vReporteComprasConta
as
select
TOD.idOP,
'' as fechaEmision, --fecha de emisión de la factura
'' as fechaVenc, --fecha de vencimiento
Case when TOD.factCheck =1 then 'FACTURA'
when TOD.bolCheck =1 and TOD.factCheck=0 then 'BOLETA'
when TOD.otroCheck =1 and TOD.bolCheck =0 and TOD.factCheck =0 then descOtro
else 'OTRO'
end Doc, --Descripción de comprobante de pago
Case when TOD.factCheck =1 then '01'
when TOD.bolCheck =1 and TOD.factCheck=0 then '03'
when TOD.otroCheck =1 and TOD.bolCheck =0 and TOD.factCheck =0 then ''
else ''
end codigoDoc, --codigo contable para el comprobante de pago
TOD.nroConfor, --número de documentos de compra
Case when len(REPLACE(LEFT(TOD.nroConfor,CHARINDEX('-',TOD.nroConfor)),'-',''))=1
then '000'+REPLACE(LEFT(TOD.nroConfor,CHARINDEX('-',TOD.nroConfor)),'-','')
when len(REPLACE(LEFT(TOD.nroConfor,CHARINDEX('-',TOD.nroConfor)),'-',''))=2
then '00'+REPLACE(LEFT(TOD.nroConfor,CHARINDEX('-',TOD.nroConfor)),'-','')
when len(REPLACE(LEFT(TOD.nroConfor,CHARINDEX('-',TOD.nroConfor)),'-',''))=3
then '0'+REPLACE(LEFT(TOD.nroConfor,CHARINDEX('-',TOD.nroConfor)),'-','')
else ''
end serie,
SUBSTRING(TOD.nroConfor,CHARINDEX('-',TOD.nroConfor)+1,LEN(TOD.nroConfor)) nroFact,
--CASE when
--end
TID.ruc, --ruc del proveedor
TID.razon, --razon social del proveedor
'' codGravado,
'' gravado,
--Datos de monto pagado
TOD.monto, --monto compra
TMO.simbolo, --simbolo de moneda
TPD.montoPago, --monto pagado por tesoreria
'' percep1, --Percepción / de pago emitido
'' percep2, --Percepción /Monto
'' fechaEmiD, --Detracción / fecha de emisión
'' codigoD, --Detracción / código
'' nroD, --Detracción /N°
montoD,--Detracción, Monto detracción
'' codCuenta, --CTA, codigo contable
'' descrCuenta, --CTA,Descripción de la cuenta
TMP.nro codTipoPago, -- codigo de medio de pago
TMP.tipoP tipoPago, --descripción del tipo de pago
TPD.nroP, -- nro de operación
TPD.fecPago, --Fecha de pago
'' codigoCuenta, -- codigo de cuenta bancaria
TOD.nroCta, --número de cuenta bancaria origen
TOD.codIde -- codigo de proveedor
from TPagoDesembolso TPD
inner join TOrdenDesembolso TOD on TOD.idOP=TPD.idOP
inner join TIdentidad TID on TID.codIde = TOD.codIde
inner join TTipoPago TMP on TMP.codTipP= TPD.codTipP
inner join TMoneda TMO on TMO.codMon = TPD.codMon
--consulta para windowsForm
select idOP,fechaEmision,fechaVenc,Doc,codigoDoc,serie,nroFact,ruc,razon,codGravado,gravado,monto,simbolo,montoPago,percep1,percep2,fechaEmiD,codigoD,nroD,montoD,codCuenta,descrCuenta,codTipoPago,tipoPago,nroP,fecPago,codigoCuenta,nroCta,codIde from vReporteComprasConta
select * from TOrdenDesembolso
select * from TPagoDesembolso
select * from TTipoPago |
SET NOCOUNT ON;
SELECT DISTINCT
RTRIM(item.[Product Type Code]) ItemSiteCategory3Code,
RTRIM(item.[Product Type Code]) [Value],
NULL DateUpdated
FROM [Liberty Mountain$Item] item
WHERE RTRIM(item.[Product Type Code]) <> ''
AND item.Blocked <> 1
ORDER BY RTRIM(item.[Product Type Code]);
|
CREATE TABLE nozzle_order (
work_order VARCHAR(22) NOT NULL,
nozzle_number VARCHAR(16) NOT NULL,
order_status TINYINT NOT NULL,
oil_type TINYINT NOT NULL,
oil_category TINYINT NOT NULL,
price INTEGER NOT NULL,
volume_consume DECIMAL(8,2) NOT NULL,
station_code varchar(10) NOT NULL,
upload_status TINYINT NOT NULL,
upload_time VARCHAR(14),
PRIMARY KEY (work_order));
CREATE TABLE POS_REG_INFO (
POS_CODE VARCHAR(10) NOT NULL,
PSAM_NUM VARCHAR(20) NOT NULL,
POS_STATUS TINYINT NOT NULL,
PRIMARY KEY (POS_CODE));
CREATE TABLE nozzle(
nozzle_number VARCHAR(16) NOT NULL,
PRIMARY KEY (nozzle_number));
CREATE TABLE oil(
oil_category TINYINT NOT NULL,
oil_type TINYINT NOT NULL,
category_text VARCHAR(16) NOT NULL,
type_text VARCHAR(16) NOT NULL,
PRIMARY KEY (oil_category));
CREATE TABLE SHIFT_INFO (ID BIGINT GENERATED BY DEFAULT AS IDENTITY(START WITH 1) NOT NULL , NAME VARCHAR(10) NOT NULL, PRIMARY KEY (ID));
CREATE TABLE oil_station_role(
id VARCHAR(36) NOT NULL,
role_name VARCHAR(128) NOT NULL,
role_desc VARCHAR(128),
PRIMARY KEY (id),
UNIQUE (role_name));
CREATE TABLE oil_station_employee(
id VARCHAR(36) NOT NULL,
username VARCHAR(32) NOT NULL,
password VARCHAR(32) NOT NULL,
status INTEGER NOT NULL,
last_login_time BIGINT,
last_login_location VARCHAR(255),
login_retry_times INTEGER,
login_failed_delay INTEGER,
full_name VARCHAR(32),
email VARCHAR(128),
phone_num VARCHAR(32),
user_desc INTEGER,
login_failed INTEGER,
frozen_time INTEGER,
role_id VARCHAR(36),
PRIMARY KEY (id),
UNIQUE (username));
CREATE TABLE oil_station(
code VARCHAR(20) NOT NULL,
name VARCHAR(64) NOT NULL,
status INTEGER NOT NULL,
address VARCHAR(128),
telephone VARCHAR(20),
manager VARCHAR(36),
owner_code VARCHAR(36),
established_date VARCHAR(10),
PRIMARY KEY (code));
INSERT INTO OIL (OIL_CATEGORY, OIL_TYPE, CATEGORY_TEXT, TYPE_TEXT) VALUES (1, 1, '92#汽油', '汽油');
INSERT INTO OIL (OIL_CATEGORY, OIL_TYPE, CATEGORY_TEXT, TYPE_TEXT) VALUES (2, 1, '95#汽油', '汽油');
INSERT INTO OIL (OIL_CATEGORY, OIL_TYPE, CATEGORY_TEXT, TYPE_TEXT) VALUES (3, 1, '98#汽油', '汽油');
INSERT INTO OIL (OIL_CATEGORY, OIL_TYPE, CATEGORY_TEXT, TYPE_TEXT) VALUES (31, 2, '0#柴油', '柴油');
INSERT INTO OIL (OIL_CATEGORY, OIL_TYPE, CATEGORY_TEXT, TYPE_TEXT) VALUES (32, 2, '-10#柴油', '柴油');
INSERT INTO SHIFT_INFO (ID, NAME) VALUES (1, '早班');
INSERT INTO SHIFT_INFO (ID, NAME) VALUES (2, '中班');
INSERT INTO SHIFT_INFO (ID, NAME) VALUES (3, '晚班');
|
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