text stringlengths 6 9.38M |
|---|
-- Find top 100 users by reputation for every year
with cte as
( select
EXTRACT(YEAR FROM last_access_date) as year,
id, display_name, reputation, Gold_Badges, Silver_Badges, Bronze_Badges,
RANK() OVER(PARTITION BY EXTRACT(YEAR FROM last_access_date) ORDER BY reputation desc) as rank
from {{ ref('users_combined') }}
order by EXTRACT(YEAR FROM last_access_date), rank
)
select year,id, display_name, reputation, rank
from cte
where rank<=10 |
select cliente.id, cliente.nome
from cliente
where cliente.id not in (select dependente.id_cliente from dependente); |
CREATE TABLE `CITY`(
`COUNTRY` int(10) unsigned NOT NULL default '0',
`CITYID` int(10) unsigned NOT NULL default '0',
`UNIONID` int(10) unsigned NOT NULL default '0',
`LASTAWARDTIME` timestamp NOT NULL default CURRENT_TIMESTAMP,
`ISAWARD` int(11) NOT NULL default '0',
`DAREUNIONID` int(10) unsigned NOT NULL default '0',
`DAREUNIONLIST` varchar(255) not null default '', #挑战者列表
`GOLD` int(10) unsigned NOT NULL default '0'
) TYPE=MyISAM ;
|
CREATE DATABASE burger_db;
USE burger_db;
CREATE TABLE burger
(
id int NOT NULL AUTO_INCREMENT,
name VARCHAR(255) NOT NULL,
devoured BOOLEAN DEFAULT false,
PRIMARY KEY(id)
); |
UPDATE
--繰上返済情報
PREPAYMENT_INFO
SET
--予定回収方法 = 予定回収方法 PDC
SCHEDULE_WITHDRAW_METHOD = /*scheduleWithdrawMethod*/'',
--更新者
MODIFY_USER = /*updateUserId*/'',
--更新日時
MODIFY_DATE = /*updateTime*/''
WHERE
--繰上返済情報．契約番号 = 契約番号
PREPAYMENT_INFO.CONTRACT_NO = /*contractNo*/''
--繰上返済情報．回数 = 回数
AND PREPAYMENT_INFO.COUPON = /*coupon*/''
|
-- MySQL dump 10.13 Distrib 5.5.49, for debian-linux-gnu (x86_64)
--
-- Host: localhost Database: GetLawyer
-- ------------------------------------------------------
-- Server version 5.5.49-0ubuntu0.14.04.1
/*!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 */;
/*!40103 SET @OLD_TIME_ZONE=@@TIME_ZONE */;
/*!40103 SET TIME_ZONE='+00:00' */;
/*!40014 SET @OLD_UNIQUE_CHECKS=@@UNIQUE_CHECKS, UNIQUE_CHECKS=0 */;
/*!40014 SET @OLD_FOREIGN_KEY_CHECKS=@@FOREIGN_KEY_CHECKS, FOREIGN_KEY_CHECKS=0 */;
/*!40101 SET @OLD_SQL_MODE=@@SQL_MODE, SQL_MODE='NO_AUTO_VALUE_ON_ZERO' */;
/*!40111 SET @OLD_SQL_NOTES=@@SQL_NOTES, SQL_NOTES=0 */;
--
-- Table structure for table `clients`
--
DROP TABLE IF EXISTS `clients`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `clients` (
`id` int(1) NOT NULL AUTO_INCREMENT,
`name` varchar(80) NOT NULL,
`email` varchar(80) NOT NULL,
`password` varchar(80) NOT NULL,
`city` varchar(40) DEFAULT NULL,
`statecode` char(2) DEFAULT NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM AUTO_INCREMENT=5195 DEFAULT CHARSET=utf8;
/*!40101 SET character_set_client = @saved_cs_client */;
--
-- Dumping data for table `clients`
--
LOCK TABLES `clients` WRITE;
/*!40000 ALTER TABLE `clients` DISABLE KEYS */;
INSERT INTO `clients` VALUES (5194,'Skinner, Walter','wskinner@fbi.gov','foxiscrazy','Los Angeles','CA'),(5018,'Scully, Dana','dscully@fbi.gov','sensiblepasswd','New York','NY'),(5169,'Mulder, Spooky','smulder@fbi.gov','2spooky','Aurora','IL'),(5148,'Mulder, Fox','fmulder@fbi.gov','notspooky','New York','NY'),(5111,'Mulder, Samantha','sammulder@alienmail.com','amireal43','Salt Lake City','UT'),(5001,'Man, Smoking','smokingman@redacted.gov','smoking2life','Fairbanks','AK');
/*!40000 ALTER TABLE `clients` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Table structure for table `lawyers`
--
DROP TABLE IF EXISTS `lawyers`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `lawyers` (
`id` int(1) NOT NULL,
`name` varchar(80) NOT NULL,
`organization` varchar(80) DEFAULT NULL,
`address` varchar(80) DEFAULT NULL,
`telephone` varchar(15) DEFAULT NULL,
`email` varchar(80) NOT NULL,
`area` varchar(80) DEFAULT NULL,
`bio` varchar(8000) DEFAULT NULL,
`city` varchar(40) NOT NULL,
`state` char(2) NOT NULL,
`license` varchar(40) DEFAULT NULL,
`password` varchar(80) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8;
/*!40101 SET character_set_client = @saved_cs_client */;
--
-- Dumping data for table `lawyers`
--
LOCK TABLES `lawyers` WRITE;
/*!40000 ALTER TABLE `lawyers` DISABLE KEYS */;
INSERT INTO `lawyers` VALUES (8041,'Johnny Ringo','Wild West Firm','5625 N Wilmot Rd Tucson, AZ 85750','1-800-514-9784','wwlawyers.net','Personal Injury','','Tucson','AZ','Degree from the University of Life','ringo1'),(8604,'Ringo Starr','Silver Beetle Lawyers','1 Apple Ln, New York, NY 10001','1-800-814-5199','LaywerHelp.net','Debt,','','New York','NY','Diploma from the School of Hard Knocks','password'),(8741,'Al Capone','Legit-Lawyers Inc.','718 Court St Pekin, IL 61554','1-800-844-8549','gangsterlawyer.com','Debt, Real Estate','','Perkin','IL','Degree from The College for Organized Cr','12345'),(8001,'Bonnie Parker','B&C Lawyers','1330 Nadene Dr Marysville, CA 95901','1-800-948-7448','dontgetsued.com','Debt, DUI, Bankruptcy','','Marysville','CA','Degree from The University of Finance','Clyde4ever');
/*!40000 ALTER TABLE `lawyers` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Table structure for table `reviews`
--
DROP TABLE IF EXISTS `reviews`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `reviews` (
`id` int(1) NOT NULL AUTO_INCREMENT,
`clientID` int(1) NOT NULL,
`lawyerID` int(1) NOT NULL,
`anonymous` binary(1) NOT NULL,
`rating` float NOT NULL,
`title` varchar(80) NOT NULL,
`content` varchar(8000) DEFAULT NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM AUTO_INCREMENT=1266 DEFAULT CHARSET=utf8;
/*!40101 SET character_set_client = @saved_cs_client */;
--
-- Dumping data for table `reviews`
--
LOCK TABLES `reviews` WRITE;
/*!40000 ALTER TABLE `reviews` DISABLE KEYS */;
INSERT INTO `reviews` VALUES (1005,5194,8041,'0',4,'Thank you','Got me decent compensation for gettin\' shot on the job.'),(1068,5001,8604,'0',4.5,'Thanks','Got me out of debt, But I couldnt figure out if he was the walrus or not'),(1154,5111,8001,'0',1,'Thanks a lot','Got me arrested for attempted robbery during our consultory meeting'),(1265,5194,8601,'0',5,'Very Helpful','This lawyer was able to help me very well. Thank you!');
/*!40000 ALTER TABLE `reviews` ENABLE KEYS */;
UNLOCK TABLES;
/*!40103 SET TIME_ZONE=@OLD_TIME_ZONE */;
/*!40101 SET SQL_MODE=@OLD_SQL_MODE */;
/*!40014 SET FOREIGN_KEY_CHECKS=@OLD_FOREIGN_KEY_CHECKS */;
/*!40014 SET UNIQUE_CHECKS=@OLD_UNIQUE_CHECKS */;
/*!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 */;
/*!40111 SET SQL_NOTES=@OLD_SQL_NOTES */;
-- Dump completed on 2016-06-17 11:53:10
|
-- phpMyAdmin SQL Dump
-- version 4.7.4
-- https://www.phpmyadmin.net/
--
-- Host: 127.0.0.1
-- Generation Time: Oct 27, 2017 at 08:25 PM
-- Server version: 10.1.26-MariaDB
-- PHP Version: 7.1.9
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: `newsite`
--
-- --------------------------------------------------------
--
-- Table structure for table `posts`
--
CREATE TABLE `posts` (
`id` int(11) NOT NULL,
`title` varchar(255) NOT NULL,
`body` text NOT NULL,
`approved` tinyint(1) NOT NULL DEFAULT '0',
`image` varchar(70) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
--
-- Dumping data for table `posts`
--
INSERT INTO `posts` (`id`, `title`, `body`, `approved`, `image`) VALUES
(1, 'The New First Post', 'Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.\r\n', 1, ''),
(2, 'The Second New Post', 'Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.\r\n', 1, ''),
(3, 'The Third New Post', 'Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.\r\n', 1, ''),
(6, 'The Fourth New Post ', 'Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.\r\n\r\nContinue reading\r\n\r\n', 1, '');
-- --------------------------------------------------------
--
-- Table structure for table `users`
--
CREATE TABLE `users` (
`id` int(11) NOT NULL,
`username` varchar(32) NOT NULL,
`nickname` varchar(255) DEFAULT NULL,
`password` varchar(255) NOT NULL,
`created_at` datetime NOT NULL DEFAULT CURRENT_TIMESTAMP,
`last_login` datetime DEFAULT NULL,
`activated` tinyint(1) NOT NULL DEFAULT '0',
`email` varchar(40) NOT NULL,
`privil` tinyint(1) NOT NULL DEFAULT '0',
`reset_token` varchar(255) DEFAULT NULL,
`ban_duration` tinyint(1) DEFAULT '0'
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
--
-- Dumping data for table `users`
--
INSERT INTO `users` (`id`, `username`, `nickname`, `password`, `created_at`, `last_login`, `activated`, `email`, `privil`, `reset_token`, `ban_duration`) VALUES
(7, 'ahmedssss', 'AhmedS', '$2y$11$obdPbsV06hPEkPU5vBdAA.tiu5/E/5.rBBb1vzeWACRuI9Niu7DXy', '2017-08-13 03:58:36', '2017-10-27 09:38:00', 1, 'me@ahmeds.me', 1, NULL, NULL),
(8, 'ahmeds', NULL, '$2y$11$obdPbsV06hPEkPU5vBdAA.tiu5/E/5.rBBb1vzeWACRuI9Niu7DXy', '2017-10-27 09:27:05', '2017-10-27 10:22:00', 1, 'me2@ahmeds.me', 0, NULL, NULL);
--
-- Indexes for dumped tables
--
--
-- Indexes for table `posts`
--
ALTER TABLE `posts`
ADD PRIMARY KEY (`id`);
--
-- Indexes for table `users`
--
ALTER TABLE `users`
ADD PRIMARY KEY (`id`);
--
-- AUTO_INCREMENT for dumped tables
--
--
-- AUTO_INCREMENT for table `posts`
--
ALTER TABLE `posts`
MODIFY `id` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=7;
--
-- AUTO_INCREMENT for table `users`
--
ALTER TABLE `users`
MODIFY `id` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=9;
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 */;
|
--new TYPE called grocery
------ENUM- Main, Snack, Lunch, Breakfast
DROP TYPE IF EXISTS grocery;
CREATE TYPE grocery AS ENUM (
'Main',
'Snack',
'Lunch',
'Breakfast'
);
--new table called shopping_list
----with 6 columns
--------none should allow nulls
-------------primary key id
-------------a name column
-------------price should not be string, support 2 decimals
-------------date_added, default now()
-------------checked column, BOOLEAN, default of false
-------------category column, grocery type
CREATE TABLE IF NOT EXISTS shopping_list (
id INTEGER PRIMARY KEY GENERATED BY DEFAULT AS IDENTITY,
name TEXT NOT NULL,
price decimal(12,2) NOT NULL,
date_added TIMESTAMP DEFAULT now() NOT NULL,
checked BOOLEAN DEFAULT false,
category grocery NOT NULL
)
|
CREATE TABLE card (
id INTEGER NOT NULL PRIMARY KEY,
number INTEGER NOT NULL,
name VARCHAR(255) NOT NULL,
real_name VARCHAR(255) NOT NULL,
rarity VARCHAR(32) NOT NULL,
property VARCHAR(32) NOT NULL,
cost NUMERIC(2, 1) NOT NULL,
military VARCHAR(32) NOT NULL,
job VARCHAR(32) NOT NULL,
star INTEGER DEFAULT 0,
face_url VARCHAR(255),
illust_url VARCHAR(255),
initial_atk INTEGER,
initial_def INTEGER,
initial_spd INTEGER,
initial_vir INTEGER,
initial_stg INTEGER,
final_atk INTEGER,
final_def INTEGER,
final_spd INTEGER,
final_vir INTEGER,
final_stg INTEGER,
personality VARCHAR(255),
slogan VARCHAR(255),
history TEXT,
train_skills VARCHAR(255)
) |
ALTER TABLE tasks ADD COLUMN input JSONB;
DROP VIEW tasks_with_status;
CREATE VIEW tasks_with_status AS
SELECT *, effective_status_fn(status, statusChanged, attempts)
AS effectiveStatus
FROM tasks;
|
ALTER TABLE `msyb_resource`.`squirrel_questions`
ADD COLUMN `lesson_id` int(11) DEFAULT 0 COMMENT 'level ID' AFTER `id`;
commit;
ALTER TABLE `msyb_resource`.`squirrel_lessons`
ADD COLUMN `share_image` VARCHAR(128) NULL DEFAULT NULL COMMENT '分享页图片' AFTER `image`;
commit;
ALTER TABLE `msyb_resource`.`squirrel_levels`
ADD COLUMN `introduction` VARCHAR(256) NULL DEFAULT NULL COMMENT '简介' AFTER `name`;
commit;
|
SELECT DISTINCT
p.name
FROM people p
INNER JOIN (SELECT DISTINCT s.person_id
FROM stars s
INNER JOIN movies m
ON m.id = s.movie_id
WHERE m.year = 2004
)a
ON a.person_id = p.id
ORDER BY p.birth; |
create or replace function avgsal() return number is
sal number(10);
begin
select avg(salary) into sal from employee;
return sal;
end; |
/* Formatted on 21/07/2014 18:39:12 (QP5 v5.227.12220.39754) */
CREATE OR REPLACE FORCE VIEW MCRE_OWN.V_MCREI_APP_COINTESTATARI
(
COD_SNDG,
COD_SNDG_COINT,
COD_ABI_COINT,
COD_NDG_COINT,
DESC_NOME_CONTROPARTE,
COD_TIPO_LEGAME
)
AS
SELECT leg.cod_sndg,
leg.cod_sndg_legame AS cod_sndg_coint,
f.cod_abi_cartolarizzato AS cod_abi_coint,
f.cod_ndg AS cod_ndg_coint,
a.desc_nome_controparte,
leg.cod_legame AS cod_tipo_legame
FROM ( (SELECT a.cod_sndg, a.cod_sndg_legame, a.cod_legame
FROM t_mcrei_app_legame_cointest a)
UNION ALL
(SELECT c.cod_sndg_legame, c.cod_sndg, c.cod_legame
FROM t_mcrei_app_legame_cointest c)) leg,
t_mcrei_app_file_guida_coint f,
t_mcrei_app_anagr_gruppo_coint a
WHERE leg.cod_sndg_legame = f.cod_sndg
AND leg.cod_sndg_legame = a.cod_sndg;
|
DROP TABLE matches;
DROP TABLE teams;
DROP TABLE leagues;
CREATE TABLE leagues (
id serial4 primary key,
name VARCHAR(255)
);
CREATE TABLE teams (
id serial4 primary key,
league_id INT4 references leagues(id) ON DELETE CASCADE,
name VARCHAR(255),
matches_played INT4,
points INT4
);
CREATE TABLE matches (
id serial4 primary key,
league_id INT4 references leagues(id) ON DELETE CASCADE,
home_id INT4 references teams(id) ON DELETE CASCADE,
away_id INT4 references teams(id) ON DELETE CASCADE,
result INT4
); |
--echo on
--headers on
--Name: Aaron Colclough
--File: TSQL-Lab7.sql
--Date: Sep 5, 2018
USE TSQLV4;
SELECT empid, ordermonth, val,
SUM(val) OVER(PARTITION BY empid
ORDER BY ordermonth
ROWS BETWEEN UNBOUNDED PRECEDING
AND CURRENT ROW) AS runval
FROM Sales.EmpOrders;
---------------------------------------------------------------------
-- Ranking Window Functions
---------------------------------------------------------------------
SELECT orderid, custid, val,
ROW_NUMBER() OVER(ORDER BY val) AS rownum,
RANK() OVER(ORDER BY val) AS rank,
DENSE_RANK() OVER(ORDER BY val) AS dense_rank,
NTILE(10) OVER(ORDER BY val) AS ntile
FROM Sales.OrderValues
ORDER BY val;
SELECT orderid, custid, val,
ROW_NUMBER() OVER(PARTITION BY custid
ORDER BY val) AS rownum
FROM Sales.OrderValues
ORDER BY custid, val;
SELECT DISTINCT val, ROW_NUMBER() OVER(ORDER BY val) AS rownum
FROM Sales.OrderValues;
SELECT val, ROW_NUMBER() OVER(ORDER BY val) AS rownum
FROM Sales.OrderValues
GROUP BY val;
---------------------------------------------------------------------
-- Offset Window Functions
---------------------------------------------------------------------
-- LAG and LEAD
SELECT custid, orderid, val,
LAG(val) OVER(PARTITION BY custid
ORDER BY orderdate, orderid) AS prevval,
LEAD(val) OVER(PARTITION BY custid
ORDER BY orderdate, orderid) AS nextval
FROM Sales.OrderValues
ORDER BY custid, orderdate, orderid;
-- FIRST_VALUE and LAST_VALUE
SELECT custid, orderid, val,
FIRST_VALUE(val) OVER(PARTITION BY custid
ORDER BY orderdate, orderid
ROWS BETWEEN UNBOUNDED PRECEDING
AND CURRENT ROW) AS firstval,
LAST_VALUE(val) OVER(PARTITION BY custid
ORDER BY orderdate, orderid
ROWS BETWEEN CURRENT ROW
AND UNBOUNDED FOLLOWING) AS lastval
FROM Sales.OrderValues
ORDER BY custid, orderdate, orderid;
---------------------------------------------------------------------
-- Aggregate Window Functions
---------------------------------------------------------------------
SELECT orderid, custid, val,
SUM(val) OVER() AS totalvalue,
SUM(val) OVER(PARTITION BY custid) AS custtotalvalue
FROM Sales.OrderValues;
SELECT orderid, custid, val,
100. * val / SUM(val) OVER() AS pctall,
100. * val / SUM(val) OVER(PARTITION BY custid) AS pctcust
FROM Sales.OrderValues;
SELECT empid, ordermonth, val,
SUM(val) OVER(PARTITION BY empid
ORDER BY ordermonth
ROWS BETWEEN UNBOUNDED PRECEDING
AND CURRENT ROW) AS runval
FROM Sales.EmpOrders;
|
SELECT TOP(10) *
FROM Projects
ORDER BY StartDate ,
[Name] |
CREATE DATABASE IF NOT EXISTS CourseProjectExtension;
USE CourseProjectExtension;
-- ----------------------------------------------------
-- This table represents the class'Course'
-- ----------------------------------------------------
CREATE table IF NOT EXISTS Course(
pk INT NOT NULL auto_increment,
maxCapacity int NULL,
name text NULL,
belongingTo int NULL,
professor int NULL,
primary key (pk)
) ENGINE=InnoDB;
--
-- This table represents the association 'Course.staff'
--
CREATE table IF NOT EXISTS Course_staff__Person_teaches(
Course_staff INT NULL,
Person_teaches INT NULL
) ENGINE=InnoDB;
--
-- This table represents the association 'Course.pastStudents'
--
CREATE table IF NOT EXISTS Course_pastStudents__FinalGrade_course(
Course_pastStudents INT NULL,
FinalGrade_course INT NULL
) ENGINE=InnoDB;
--
-- This table represents the association 'Course.currStudents'
--
CREATE table IF NOT EXISTS Course_currStudents__ProvisionalGrade_course(
Course_currStudents INT NULL,
ProvisionalGrade_course INT NULL
) ENGINE=InnoDB;
--
-- This table represents the association 'Course.taRequests'
--
CREATE table IF NOT EXISTS Course_taRequests__TeachRequest_course(
Course_taRequests INT NULL,
TeachRequest_course INT NULL
) ENGINE=InnoDB;
-- ----------------------------------------------------
-- This table represents the class'Department'
-- ----------------------------------------------------
CREATE table IF NOT EXISTS Department(
pk INT NOT NULL auto_increment,
name text NULL,
primary key (pk)
) ENGINE=InnoDB;
--
-- This table represents the association 'Department.offers'
--
CREATE table IF NOT EXISTS Course_belongingTo__Department_offers(
Course_belongingTo INT NULL,
Department_offers INT NULL
) ENGINE=InnoDB;
--
-- This table represents the association 'Department.employs'
--
CREATE table IF NOT EXISTS Department_employs__Person_belongs(
Department_employs INT NULL,
Person_belongs INT NULL
) ENGINE=InnoDB;
-- ----------------------------------------------------
-- This table represents the class'Filter'
-- ----------------------------------------------------
CREATE table IF NOT EXISTS Filter(
pk INT NOT NULL auto_increment,
parameter text NULL,
attribute int NULL,
operator int NULL,
view int NULL,
primary key (pk)
) ENGINE=InnoDB;
-- ----------------------------------------------------
-- This table represents the class'FinalGrade'
-- ----------------------------------------------------
CREATE table IF NOT EXISTS FinalGrade(
pk INT NOT NULL auto_increment,
value int NULL,
course int NULL,
student int NULL,
primary key (pk)
) ENGINE=InnoDB;
-- ----------------------------------------------------
-- This table represents the class'Person'
-- ----------------------------------------------------
CREATE table IF NOT EXISTS Person(
pk INT NOT NULL auto_increment,
username text NULL,
name text NULL,
role int NULL,
surname text NULL,
password text NULL,
belongs int NULL,
primary key (pk)
) ENGINE=InnoDB;
--
-- This table represents the association 'Person.administers'
--
CREATE table IF NOT EXISTS Course_professor__Person_administers(
Course_professor INT NULL,
Person_administers INT NULL
) ENGINE=InnoDB;
--
-- This table represents the association 'Person.currCourses'
--
CREATE table IF NOT EXISTS Person_currCourses__ProvisionalGrade_student(
Person_currCourses INT NULL,
ProvisionalGrade_student INT NULL
) ENGINE=InnoDB;
--
-- This table represents the association 'Person.courseRequests'
--
CREATE table IF NOT EXISTS Person_courseRequests__TeachRequest_ta(
Person_courseRequests INT NULL,
TeachRequest_ta INT NULL
) ENGINE=InnoDB;
--
-- This table represents the association 'Person.pastCourses'
--
CREATE table IF NOT EXISTS FinalGrade_student__Person_pastCourses(
FinalGrade_student INT NULL,
Person_pastCourses INT NULL
) ENGINE=InnoDB;
-- ----------------------------------------------------
-- This table represents the class'ProvisionalGrade'
-- ----------------------------------------------------
CREATE table IF NOT EXISTS ProvisionalGrade(
pk INT NOT NULL auto_increment,
value int NULL,
course int NULL,
student int NULL,
primary key (pk)
) ENGINE=InnoDB;
-- ----------------------------------------------------
-- This table represents the class'TeachRequest'
-- ----------------------------------------------------
CREATE table IF NOT EXISTS TeachRequest(
pk INT NOT NULL auto_increment,
course int NULL,
ta int NULL,
primary key (pk)
) ENGINE=InnoDB;
-- ----------------------------------------------------
-- This table represents the class'View'
-- ----------------------------------------------------
CREATE table IF NOT EXISTS View(
pk INT NOT NULL auto_increment,
name text NULL,
primary key (pk)
) ENGINE=InnoDB;
--
-- This table represents the association 'View.filters'
--
CREATE table IF NOT EXISTS Filter_view__View_filters(
Filter_view INT NULL,
View_filters INT NULL
) ENGINE=InnoDB;
|
DROP TABLE IF EXISTS user_role_context_object;
DROP TABLE IF EXISTS context_level_priviledge;
DROP TABLE IF EXISTS context_object;
DROP TABLE IF EXISTS context_level;
|
delete from LOG_OPERATION_LEVEL;
commit;
insert into LOG_OPERATION_LEVEL (LLEVEL, LJLEVEL, LSYSLOGEQUIV, LCODE, LDESC, LTYPE)
values (10, 99999, null, 'OFF', 'The OFF has the highest possible rank and is intended to turn off logging.', '0');
insert into LOG_OPERATION_LEVEL (LLEVEL, LJLEVEL, LSYSLOGEQUIV, LCODE, LDESC, LTYPE)
values (20, 60000, null, 'FATAL', 'The FATAL level designates very severe error events that will presumably lead the application to abort.', '0');
insert into LOG_OPERATION_LEVEL (LLEVEL, LJLEVEL, LSYSLOGEQUIV, LCODE, LDESC, LTYPE)
values (30, 50000, null, 'CrucInfo', 'The Crucial INFO shows the progress of the application which may make an very important modification to the main datas.', '0');
insert into LOG_OPERATION_LEVEL (LLEVEL, LJLEVEL, LSYSLOGEQUIV, LCODE, LDESC, LTYPE)
values (40, 40000, null, 'ERROR', 'the ERROR level designates error events that might still allow the application to continue running.', '1');
insert into LOG_OPERATION_LEVEL (LLEVEL, LJLEVEL, LSYSLOGEQUIV, LCODE, LDESC, LTYPE)
values (50, 30000, null, 'WARN', 'The WARN level designates potentially harmful situations.', '0');
insert into LOG_OPERATION_LEVEL (LLEVEL, LJLEVEL, LSYSLOGEQUIV, LCODE, LDESC, LTYPE)
values (60, 20000, null, 'INFO', 'The INFO level designates informational messages that highlight the progress of the application at coarse-grained level.', '0');
insert into LOG_OPERATION_LEVEL (LLEVEL, LJLEVEL, LSYSLOGEQUIV, LCODE, LDESC, LTYPE)
values (70, 10000, null, 'DEBUG', 'The DEBUG Level designates fine-grained informational events that are most useful to debug an application.', '0');
insert into LOG_OPERATION_LEVEL (LLEVEL, LJLEVEL, LSYSLOGEQUIV, LCODE, LDESC, LTYPE)
values (80, 0, null, 'ALL', 'The ALL has the lowest possible rank and is intended to turn on all logging.', '0');
commit; |
ALTER TABLE TB_CATEGORY ADD CONSTRAINT UC_CATEGORY UNIQUE(USER_ID, NAME);
ALTER TABLE TB_CARD ADD CONSTRAINT UC_CARD UNIQUE(USER_ID, NAME);
ALTER TABLE TB_ACCOUNT ADD CONSTRAINT UC_ACCOUNT UNIQUE(USER_ID, NAME); |
-- CONTAGEM DE PRODUTOS DISPONÍVEIS
SELECT COUNT(produtos.disponivel) as quantidadeProdutosDisponíveis
from produtos |
Select * from sadavath.executive_dashboard_lifestyle |
create view emp as
select employee_id eid,
first_name fname,
last_name lname,
email email,
phone_number phone,
hire_date hdate,
job_id jid,
salary sal,
commission_pct comm,
manager_id mid,
department_id did
from EMPLOYEES;
desc jobs;
create view job as
select
JOB_ID jid,
JOB_TITLE jti,
MIN_SALARY nsal,
MAX_SALARY xsal
from jobs;
desc DEPARTMENTS;
create view DEPART as
select
DEPARTMENT_ID did,
DEPARTMENT_NAME dname,
MANAGER_ID mid,
LOCATION_ID lid
from DEPARTMENTS;
desc LOCATIONS;
create view loc as
select
LOCATION_ID llid,
STREET_ADDRESS addr,
POSTAL_CODE zip,
CITY,
STATE_PROVINCE prov,
COUNTRY_ID cid
from LOCATIONS;
desc JOB_history;
create view his as
select
EMPLOYEE_ID eid,
START_DATE sdate,
END_DATE edate,
JOB_ID jid,
DEPARTMENT_ID did
from JOB_history;
--EMPLOYEES 테이블
--[ employee_id = 사번 ] [ first_name = 이름 ]
--[ last_name = 성 ] [ email = 이메일 ]
--[ phone_number = 전화번호 ] [ hire_date = 고용일 ]
--[ job_id = 업무ID ] [ salary = 급여]
--[ commission_pct = 커미션비율 ] [ manager_id = 상사ID]
--[ department_id = 부서코드]
-- *******
-- 문제001.
-- HR 스키마 테이블을 모두 출력?
-- *******
SELECT * FROM TAB;
-- *******
-- 문제002.
-- HR 스키마 테이블 수는 몇개?
-- *******
SELECT COUNT(*) FROM TAB;
-- *******
-- 문제003.
-- 사번, 성, 이름출력?
-- *******
SELECT employee_id,first_name,last_name FROM EMPLOYEES;
-- *******
-- 문제004.
-- 이름이 s로 끝나는 직원의 이름 출력?
-- *******
SELECT first_name FROM EMPLOYEES WHERE first_name LIKE '%s';
-- *******
-- 문제005.
-- 이름이 s로 시작하는 직원의 이름 출력?
-- *******
SELECT first_name FROM EMPLOYEES WHERE first_name LIKE 'S%';
-- *******
-- 문제006.
-- 급여가 많은 순으로 이름,부서코드,급여 조회
-- *******
SELECT first_name,department_id,salary FROM EMPLOYEES ORDER BY salary DESC;
-- *******
-- 문제007.
-- 급여가 12000 이상인 사번,이름,부서코드, 급여 조회
-- *******
SELECT employee_id,first_name,department_id,salary FROM EMPLOYEES WHERE salary>12000;
-- *******
-- 문제008.
-- 급여가 1500이상 2500이하를 받는 직원의 사번,이름,부서코드, 급여 조회
-- ( AND 사용 )
-- *******
SELECT employee_id,first_name,department_id,salary FROM EMPLOYEES where salary>= 1500 and salary<=2500;
-- *******
-- 문제009.
-- 급여가 1500이상 2500이하를 받는
-- 직원의 사번,이름,부서코드, 급여 조회 (BETWEEN 사용)
-- *******
SELECT employee_id,first_name,department_id,salary FROM EMPLOYEES WHERE salary BETWEEN 1500 and 2500;
-- *******
-- 문제010.
-- 2005년도에 입사한 직원의 이름과 부서코드,
-- 입사일자를 조회
-- *******
SELECT first_name,department_id,hire_date FROM EMPLOYEES WHERE hire_date BETWEEN '2005-01-01' and '2005-12-31';
-- *******
-- 문제011.
-- 커미션을 받지 못하는 직원의 이름,업무코드,급여,커미션비율을 조회
-- *******
SELECT first_name,department_id,salary,commission_pct FROM EMPLOYEES;
-- *******
-- 문제012.
-- 사번이 110,120,130인 사원의 사번, 성, 이름 조회
-- *******
SELECT first_name,department_id,salary,commission_pct FROM EMPLOYEES WHERE employee_id in('110', '120', '130');
-- *******
-- 문제013.
-- 부서코드는 오름차순, 급여는 내림차순으로
-- 부서코드, 급여, 사번, 이름, 성 정렬
-- 오름차순 0,1,2 ... 내림차순 9,8,7...
-- ******
select department_id, salary, employee_id, first_name, last_name
from Employees
order by department_id , salary desc;
-- *******
-- 문제014.
-- 이름에 am 이란 글자가 포함된 직원의 사번,이름, 성
-- *******
select employee_id, first_name, last_name from Employees
where first_name like '%am%';
-- *******
-- 문제015.
-- 이메일에 'GG' 와 'KK'두단어 중 하나만 포함되어도 조회
-- 단, 대소문자 구분함
-- *******
select email from Employees
where (email like '%GG%' or email like '%KK%');
-- *******
-- 문제016.
-- 이메일주소가 A 로 시작하지 않는 이메일 갯수
-- *******
select count(email) from Employees where email not like 'A%';
-- *******
-- 문제017.
-- 성의 두번째,세번째 글자가 동시에 e 인 직원의 이름, 성
-- *******
select first_name, last_name
from Employees
where last_name like '_ee%';
-- Employees 테이블
--[ employee_id = 사번 ] [ first_name = 이름 ]
--[ last_name = 성 ] [ email = 이메일 ]
--[ phone_number = 전화번호 ] [ hire_date = 입사일 ]
--[ job_id = 업무코드 ] [ salary = 급여]
--[ commission_pct = 커미션비율 ] [ manager_id = 상사아이디]
--[ department_id = 부서코드]
-- Jobs 테이블
-- job_id 업무코드
-- job_title 업무타이틀
-- min_salary 최저급여
-- max_salary 최고급여
select * from Employees;
select * from Jobs ;
-- *******
-- 문제018
-- 최저임금이 10000불 이상인 업무 의 상세 내역을 표시한다
-- *******
select *
from Jobs
where min_salary>10000;
-- *******************
-- [문제19]
-- 2002년부터 2005년까지
-- 가입한 직원의 이름과 가입 일자를 표시한다.
-- *******************
select first_name,hire_date
from Employees
where hire_date BETWEEN'2002-01-01' and '2005-12-31' ORDER BY hire_date;
-- *******************
-- [문제020]
-- IT Programmer 또는 Sales Man인
-- 직원의 이름, 입사일, 업무코드 표시.
-- *******************
select first_name "이름",hire_date "입사일",JOB_ID "업무코드"
from Employees e
where job_id in('IT_PROG','SA_MAN');
-- [문제021]
-- JOB_TITLE 가 "Programmer" 또는 "Sales Manager"인
-- 직원의 이름, 입사일, 업무명 표시.
-- 직원의 이름을 오름차순으로 정렬하시오
-- *******************
select
e.first_name 이름,
e.hire_date 입사일,
j.job_id 업무코드,
j.job_title 업무명
from Employees e
inner join jobs j
on e.JOB_ID like j.JOB_ID
where job_title in('Programmer','Sales Manager')
order by e.first_name;
-- *******************
-- [문제022]
-- 부서명 및 관리자이름 표시
-- (단, 컬럼명은 관리자 [공백] 이름 이 되도록 ...)
-- DEPARTMENTS 에서 MANAGER_ID 가 관리자 코드
-- *******************
select dname 부서명 , fname "관리자이름"
from depart d
inner join emp e
on d.MID like e.EID;
-- *******************
-- [문제023]
-- 마케팅(Marketing) 부서에서 근무하는 사원의
-- 사번, 직책, 이름, 근속기간
-- (단, 근속기간은 JOB_HISTORY 에서 END_DATE-START_DATE로 구할 것)
-- EMPLOYEE_ID 사번, JOB_TITLE 직책임
-- *******************
SELECT E.EID 사번, J.jti 직책, E.FNAME 이름,
H.EDATE - H.SDATE 근속일수
FROM HIS H
JOIN JOB J
ON H.JID LIKE J.JID
JOIN EMP E
ON E.EID LIKE H.EID
WHERE E.DID LIKE (SELECT D.DID
FROM Depart D
WHERE D.DNAME LIKE 'Marketing');
SELECT * FROM JOB_history;
-- *******************
-- [문제025]
-- 부서명, 관리자 이름, 부서위치 도시 표시
-- 부서명 오름차순
-- *******************
select
dname 부서명,
fname||''||lname"관리자 이름",
city"부서위치 도시"
from depart d
join emp e
on d.mid like e.EID
join loc l
on d.lid like l.llid
order by dname;
-- *******************
-- [문제026]
-- 부서별 평균 급여를 구하시오
-- *******************
select
d.DNAME 부서명,
round(avg(e.SAL),2)"부서별 평균 급여"
from emp e
join depart d
on e.DID like d.DID
group by e.did, d.DNAME
having round(avg(e.SAL),2) >= 10000;
-- *******************
-- [문제028]
-- 올해 연봉에서 10% 인상된 급액이 내년 연봉으로
-- 책정되었습니다. 내년 전사원의 내년급여를
-- 출력하세요.
-- 단, 연봉 = 급여 * 12 입니다
-- *********************
|
/* Drop Tables */
DROP TABLE IF EXISTS component_attributes;
DROP TABLE IF EXISTS application;
DROP TABLE IF EXISTS users;
DROP TABLE IF EXISTS user_role;
DROP TABLE IF EXISTS component;
/* Create Tables */
CREATE TABLE application
(
id int NOT NULL UNIQUE,
user_id int NOT NULL,
name varchar(50),
description varchar,
PRIMARY KEY (id)
) WITHOUT OIDS;
CREATE TABLE users
(
id int NOT NULL,
email varchar(50),
password varchar(50),
enabled bit,
PRIMARY KEY (id)
) WITHOUT OIDS;
CREATE TABLE user_role
(
email varchar(50) UNIQUE,
role varchar
) WITHOUT OIDS;
CREATE TABLE component_attributes
(
display_name varchar(50),
formula varchar(50),
description varchar(100),
application_id int,
id int NOT NULL,
type_id int,
parent_id int NOT NULL,
PRIMARY KEY (id)
) WITHOUT OIDS;
CREATE TABLE component
(
id int NOT NULL UNIQUE,
type varchar(50),
PRIMARY KEY (id)
) WITHOUT OIDS;
/* Create Foreign Keys */
ALTER TABLE component_attributes
ADD FOREIGN KEY (application_id)
REFERENCES application (id)
ON UPDATE RESTRICT
ON DELETE RESTRICT
;
ALTER TABLE application
ADD FOREIGN KEY (user_id)
REFERENCES users (id)
ON UPDATE RESTRICT
ON DELETE RESTRICT
;
ALTER TABLE component_attributes
ADD FOREIGN KEY (parent_id)
REFERENCES component_attributes (id)
ON UPDATE RESTRICT
ON DELETE RESTRICT
;
ALTER TABLE component_attributes
ADD FOREIGN KEY (type_id)
REFERENCES component (id)
ON UPDATE RESTRICT
ON DELETE RESTRICT
;
|
-- Create dERP on PostgreSQL installation from
-- command line, for automation via shell scripts
-- at a later time
createdb dERP
psql dERP
-- Actual SQL
create database dERP;
create user derpette with password 'boost';
alter role derpette set client_encoding to 'utf8';
alter role derpette set default_transaction_isolation to 'read committed';
alter role derpette set timezone to'UTC';
alter user derpette createdb;
grant all privileges on database dERP to derpette;
|
CREATE OR REPLACE FUNCTION math.cbrt(x BIGNUMERIC)
AS (
`IF`(x < 0, - POW(- x, 1 / 3), POW(x, 1 / 3))
);
|
ALTER USER hr ACCOUNT UNLOCK;
ALTER USER hr IDENTIFIED BY password;
QUIT;
|
create table STATIONINFO
(
STATIONNAME NVARCHAR2(50) not null primary key,
ABBNAME NVARCHAR2(50) not null,
WHOLESPELL NVARCHAR2(50) not null
)
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('武汉', 'wh', 'wuhan');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('武昌', 'wc', 'wuchang');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('汉口', 'hk', 'hankou');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('广州', 'gz', 'guangzhou');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('深圳', 'sz', 'shenzhen');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('上海', 'sh', 'shanghai');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('北京', 'bj', 'beijing');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('杭州', 'hz', 'hangzhou');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('青岛', 'qd', 'qingdao');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('苏州', 'sz', 'suzhou');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('大连', 'dl', 'dalian');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('成都', 'cd', 'chengdu');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('西安', 'xa', 'xian');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('哈尔滨', 'heb', 'haerbin');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('重庆', 'cq', 'chongqing');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('拉萨', 'ls', 'lasa');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('南京', 'nj', 'nanjing');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('郑州', 'zz', 'zhengzhou');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('温州', 'wz', 'wenzhou');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('福州', 'fz', 'fuzhou');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('无锡', 'wx', 'wuxi');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('长沙', 'cs', 'changsha');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('攀枝花', 'pzh', 'panzhihua');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('乌鲁木齐', 'wlmq', 'wulumuqi');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('天津', 'tj', 'tianjin');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('南昌', 'nc', 'nanchang');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('合肥', 'hf', 'hefei');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('厦门', 'xm', 'xiamen');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('济南', 'jn', 'jinan');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('都江堰', 'djy', 'dujiangyan');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('桂林', 'gl', 'guilin');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('长春', 'cc', 'changchun');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('昆明', 'km', 'kunming');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('烟台', 'yt', 'yantai');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('珠海', 'zh', 'zhuhai');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('汕头', 'st', 'shantou');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('中山', 'zs', 'zhongshan');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('洛阳', 'ly', 'luoyang');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('宁波', 'nb', 'ningbo');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('石家庄', 'sjz', 'shijiazhuang');
insert into STATIONINFO (STATIONNAME, ABBNAME, WHOLESPELL)
values ('张家口', 'zjk', 'zhangjiakou');
|
-- +goose Up
-- SQL in section 'Up' is executed when this migration is applied
ALTER TABLE namecard ADD COLUMN name varchar(200);
ALTER TABLE socialid DROP COLUMN social_id;
ALTER TABLE socialid ADD COLUMN sns_id varchar(50);
-- +goose Down
-- SQL section 'Down' is executed when this migration is rolled back
ALTER TABLE namecard DROP COLUMN name;
ALTER TABLE socialid DROP COLUMN sns_id;
|
-- My Stuff
create language plperl; |
-- lists all rows of the tablet
SELECT * FROM first_table
|
DROP TABLE IF EXISTS system_announcements;
CREATE TABLE IF NOT EXISTS system_announcements (
id INT UNSIGNED UNIQUE,
data BLOB
)
CHARACTER SET = utf8
ENGINE = InnoDB;
DELIMITER $$
DROP PROCEDURE IF EXISTS add_announcement$$
CREATE PROCEDURE add_announcement (IN param1 INT UNSIGNED, IN param2 BLOB)
BEGIN
INSERT INTO system_announcements(id, data)
VALUES(param1, param2);
END$$
DROP PROCEDURE IF EXISTS delete_announcement$$
CREATE PROCEDURE delete_announcement (IN param1 INT UNSIGNED)
BEGIN
DELETE FROM system_announcements
WHERE id = param1;
END$$
DROP PROCEDURE IF EXISTS load_announcement$$
CREATE PROCEDURE load_announcement ()
BEGIN
SELECT id, data
FROM system_announcements;
END$$
DELIMITER ;
|
CREATE TABLE IF NOT EXISTS mydb.JHBBS_board (
board_idx INT(10) NOT NULL AUTO_INCREMENT,
parent INT(10) NOT NULL,
depth INT(10) NOT NULL,
sortno INT(10) NOT NULL,
userid VARCHAR(100),
name VARCHAR(100) NOT NULL,
pass VARCHAR(100) NOT NULL,
email VARCHAR(100),
homepage VARCHAR(100),
link1 VARCHAR(100),
link2 VARCHAR(100),
title VARCHAR(100) NOT NULL,
content TEXT NOT NULL,
hit INT(10) NOT NULL,
cipp VARCHAR(30) NOT NULL,
tag INT(2) DEFAULT '0',
secret INT(2) DEFAULT '0',
notice INT(2) DEFAULT '0',
vote INT(10) DEFAULT '0',
sdate VARCHAR(30),
edate VARCHAR(30),
regdate DATETIME NOT NULL,
del VARCHAR(2) NOT NULL DEFAULT 'N',
filecnt INT(10) DEFAULT '0',
commentcnt INT(10) DEFAULT '0',
category_idx INT(10) DEFAULT '1',
comment_idx INT(10) DEFAULT '0',
file_idx INT(10) DEFAULT '0',
member_idx INT(10) DEFAULT '0',
PRIMARY KEY(board_idx)
);
CREATE TABLE IF NOT EXISTS mydb.JHBBS_category (
category_idx INT(10) NOT NULL AUTO_INCREMENT,
parent INT(10) NOT NULL,
depth INT(10) NOT NULL,
sortno INT(10) NOT NULL,
title VARCHAR(100) NOT NULL DEFAULT '일반',
name VARCHAR(100) NOT NULL,
pass VARCHAR(100) NOT NULL,
total INT(10) DEFAULT '0',
kind INT(10) DEFAULT '0',
hit INT(10) NOT NULL,
cipp VARCHAR(30) NOT NULL,
regdate DATETIME NOT NULL,
del VARCHAR(2) NOT NULL DEFAULT 'N',
board_idx INT(10) DEFAULT '0',
member_idx INT(10) DEFAULT '0',
email_idx INT(10) DEFAULT '0',
PRIMARY KEY (category_idx)
);
INSERT INTO mydb.JHBBS_category (category_idx, parent, depth, sortno, title, name, pass, total, kind, hit, cipp, regdate, del, board_idx, member_idx)
VALUES ('1', '1', '0', '0', '공지', 'admin', '1111', '1', '1', '0', '', now(), 'N', '0', '0');
INSERT INTO mydb.JHBBS_category (category_idx, parent, depth, sortno, title, name, pass, total, kind, hit, cipp, regdate, del, board_idx, member_idx)
VALUES ('2', '1', '0', '0', '일반회원', 'admin', '1111', '2', '1', '0', '', now(), 'N', '0', '0');
INSERT INTO mydb.JHBBS_category (category_idx, parent, depth, sortno, title, name, pass, total, kind, hit, cipp, regdate, del, board_idx, member_idx)
VALUES ('3', '1', '0', '0', '회원', 'admin', '1111', '3', '1', '0', '', now(), 'N', '0', '0');
CREATE TABLE IF NOT EXISTS mydb.JHBBS_comment (
comment_idx INT(10) NOT NULL AUTO_INCREMENT,
parent INT(10) NOT NULL,
depth INT(10) NOT NULL,
sortno INT(10) NOT NULL,
userid VARCHAR(100),
name VARCHAR(100) NOT NULL,
pass VARCHAR(100) NOT NULL,
email VARCHAR(100),
content TEXT NOT NULL,
hit INT(10) NOT NULL,
cipp VARCHAR(30) NOT NULL,
vote INT(10) DEFAULT '0',
regdate DATETIME NOT NULL,
del VARCHAR(2) NOT NULL DEFAULT 'N',
board_idx INT(10) DEFAULT '0',
PRIMARY KEY (comment_idx)
);
ALTER TABLE mydb.JHBBS_comment ADD CONSTRAINT `fk_comment_idx` FOREIGN KEY (`board_idx`) REFERENCES mydb.JHBBS_board (`board_idx`);
CREATE TABLE IF NOT EXISTS mydb.JHBBS_file (
file_idx INT(10) NOT NULL AUTO_INCREMENT,
file_name VARCHAR(255) NOT NULL,
file_hash_name VARCHAR(255) NOT NULL,
file_size VARCHAR(100) NOT NULL,
file_type VARCHAR(100) NOT NULL,
file_ext VARCHAR(100) NOT NULL,
download INT(10) NOT NULL,
regdate DATETIME NOT NULL,
del VARCHAR(2) NOT NULL DEFAULT 'N',
board_idx INT(10) DEFAULT '0',
member_idx INT(10) DEFAULT '0',
email_idx INT(10) DEFAULT '0',
category_idx INT(10) DEFAULT '1',
PRIMARY KEY (file_idx)
);
ALTER TABLE mydb.JHBBS_file ADD CONSTRAINT `fk_board_idx` FOREIGN KEY (`board_idx`) REFERENCES mydb.JHBBS_board (`board_idx`);
ALTER TABLE mydb.JHBBS_file ADD CONSTRAINT `fk_member_idx` FOREIGN KEY (`member_idx`) REFERENCES mydb.JHBBS_member (`member_idx`);
ALTER TABLE mydb.JHBBS_file ADD CONSTRAINT `fk_email_idx` FOREIGN KEY (`email_idx`) REFERENCES mydb.JHBBS_email (`email_idx`);
CREATE TABLE IF NOT EXISTS mydb.JHBBS_attach(
file_idx INT(10) NOT NULL AUTO_INCREMENT,
file_name VARCHAR(255) NOT NULL,
file_hash_name VARCHAR(255) NOT NULL,
file_size VARCHAR(100) NOT NULL,
file_type VARCHAR(100) NOT NULL,
file_ext VARCHAR(100) NOT NULL,
download INT(10) NOT NULL,
userid VARCHAR(100),
name VARCHAR(100) NOT NULL,
pass VARCHAR(100) NOT NULL,
title VARCHAR(100) NOT NULL,
content TEXT,
hit INT(10) NOT NULL,
cipp VARCHAR(30) NOT NULL,
vote INT(10) DEFAULT '0',
regdate DATETIME NOT NULL,
del VARCHAR(2) NOT NULL DEFAULT 'N',
category_idx INT(10) DEFAULT '1',
board_idx INT(10) DEFAULT '0',
email_idx INT(10) DEFAULT '0',
PRIMARY KEY (file_idx)
);
CREATE TABLE IF NOT EXISTS mydb.JHBBS_member (
member_idx INT(10) NOT NULL AUTO_INCREMENT,
userid VARCHAR(10) NOT NULL,
pass VARCHAR(100) NOT NULL,
pass_ask VARCHAR(100) NOT NULL,
pass_account VARCHAR(100) NOT NULL,
name VARCHAR(100) NOT NULL,
nickname VARCHAR(100) NOT NULL,
/*jumin1 VARCHAR(10) NOT NULL,
jumin2 VARCHAR(10) NOT NULL,*/
email VARCHAR(100) NOT NULL,
homepage VARCHAR(100) NOT NULL,
zipcode VARCHAR(20) NOT NULL,
address VARCHAR(100) NOT NULL,
detailaddress VARCHAR(100) NOT NULL,
extraaddress VARCHAR(100) NOT NULL,
phone VARCHAR(20) NOT NULL,
hphone VARCHAR(20) NOT NULL,
job VARCHAR(30),
attach VARCHAR(50),
message TEXT,
etc VARCHAR(100),
mail_check INT(2) DEFAULT '1',
/*com_name VARCHAR(50),
com_homepage VARCHAR(50),
com_station VARCHAR(50),
com_position VARCHAR(50),
com_zipcode VARCHAR(20),
com_address1 VARCHAR(100),
com_address2 VARCHAR(100),
com_phone VARCHAR(20),
com_fax VARCHAR(20),
*/
level INT(10) NOT NULL DEFAULT '0',
point INT(10) NOT NULL DEFAULT '0',
approval INT(10) NOT NULL DEFAULT '2',
join_date VARCHAR(30) NOT NULL,
login_last VARCHAR(30) NOT NULL,
login_cnt INT(10) NOT NULL DEFAULT '0',
login_ip VARCHAR(30) NOT NULL DEFAULT '0',
user_leave INT(10) NOT NULL DEFAULT '0',
cipp VARCHAR(30) NOT NULL,
regdate DATETIME NOT NULL,
del VARCHAR(2) NOT NULL DEFAULT 'N',
category_idx INT(10) DEFAULT '1',
add_frm1 VARCHAR(100),
add_frm2 VARCHAR(100),
add_frm3 VARCHAR(100),
add_frm4 VARCHAR(100),
add_frm5 VARCHAR(100),
add_frm6 VARCHAR(100),
add_frm7 VARCHAR(100),
add_frm8 VARCHAR(100),
add_frm9 VARCHAR(100),
add_frm10 VARCHAR(100),
PRIMARY KEY(member_idx)
);
CREATE TABLE IF NOT EXISTS mydb.JHBBS_email (
email_idx INT(10) NOT NULL AUTO_INCREMENT,
userid VARCHAR(10) NOT NULL,
pass VARCHAR(100) NOT NULL,
toemail VARCHAR(100) NOT NULL,
sendemail VARCHAR(100) NOT NULL,
title VARCHAR(100) NOT NULL,
content TEXT,
hit INT(10) NOT NULL,
cipp VARCHAR(30) NOT NULL,
regdate DATETIME NOT NULL,
del VARCHAR(2) NOT NULL DEFAULT 'N',
category_idx INT(10) DEFAULT '1',
PRIMARY KEY(email_idx)
);
|
drop database if exists bamazon;
create database bamazon;
use bamazon;
create table products (
item_id int auto_increment,
product_name varchar(250),
department_name varchar(250),
price decimal(10, 2),
stock_quantity int(10),
primary key (item_id)
);
insert into products (product_name, department_name, price, stock_quantity)
values
('Can of Whoop Ass', 'CANS', 3.50, 316),
('Dog Food', 'FOOD', 14.00, 40),
('Moon Rock', 'LUNAR PARAPHERNALIA', 4499.99, 3),
('Cat Food', 'FOOD', 14.00, 40),
('Bacon', 'FOOD', 12.99, 50),
('Can of Worms', 'CANS', 2.00, 69),
('Moon Dust', 'LUNAR PARAPHERNALIA', 3399.99, 9),
('Sandwich', 'FOOD', 2.99, 100),
('Chewbacca', 'WOOKIE', 9999.99, 1),
('Soap', 'CLEANING PRODUCTS', 1.29, 35);
select * from products |
-- criando banco
create database db_ecommerce;
-- ativdando banco
use db_ecommerce;
-- criando tabela
create table tb_produtos(
id bigint auto_increment,
nome varchar(255) not null,
preco decimal not null,
descricao varchar(255),
marca varchar(255) not null,
primary key (id)
);
-- inserindo dados
insert into tb_produtos(nome, preco, descricao, marca) values("computador", 3000, "computador desktop", "dell");
insert into tb_produtos(nome, preco, descricao, marca) values("mouse", 100, "gamer", "g pro");
insert into tb_produtos(nome, preco, descricao, marca) values("celular", 1500, "A100", "Sansung");
insert into tb_produtos(nome, preco, descricao, marca) values("teclado", 200, "mecânico", "Intel");
insert into tb_produtos(nome, preco, descricao, marca) values("fone", 150, "com fio", "jbl");
insert into tb_produtos(nome, preco, descricao, marca) values("cabo use", 30, "preto", "motorola");
insert into tb_produtos(nome, preco, descricao, marca) values("Notebook", 4000, "top de linha", "Apple");
insert into tb_produtos(nome, preco, descricao, marca) values("Placa de vídeo", 600, "a melhor que tem", "Intel");
-- visualizar itens
select * from tb_produtos;
select * from tb_produtos where preco>500;
select * from tb_produtos where preco<500;
-- atualizando itens
update tb_produtos set nome="cabo usb" where id=6;
alter table tb_produtos modify preco decimal(7,2); |
DROP TABLE IF EXISTS `event_producer_record`;
CREATE TABLE `event_producer_record` (
`uuid` varchar(50) NOT NULL,
`type` varchar(50) NOT NULL,
`create_time` datetime DEFAULT NULL,
PRIMARY KEY (`uuid`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8; |
CREATE DATABASE IF NOT EXISTS `jsf_example` /*!40100 DEFAULT CHARACTER SET latin1 */;
USE `jsf_example`;
-- MySQL dump 10.13 Distrib 5.6.17, for Win32 (x86)
--
-- Host: 127.0.0.1 Database: jsf_example
-- ------------------------------------------------------
-- Server version 5.6.16
/*!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 */;
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/*!40103 SET TIME_ZONE='+00:00' */;
/*!40014 SET @OLD_UNIQUE_CHECKS=@@UNIQUE_CHECKS, UNIQUE_CHECKS=0 */;
/*!40014 SET @OLD_FOREIGN_KEY_CHECKS=@@FOREIGN_KEY_CHECKS, FOREIGN_KEY_CHECKS=0 */;
/*!40101 SET @OLD_SQL_MODE=@@SQL_MODE, SQL_MODE='NO_AUTO_VALUE_ON_ZERO' */;
/*!40111 SET @OLD_SQL_NOTES=@@SQL_NOTES, SQL_NOTES=0 */;
--
-- Table structure for table `auth_permissions`
--
DROP TABLE IF EXISTS `auth_permissions`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `auth_permissions` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`permission_name` varchar(45) NOT NULL,
`description` varchar(200) DEFAULT NULL,
`auth_role_permissions_category_id` int(11) DEFAULT NULL,
PRIMARY KEY (`id`),
UNIQUE KEY `permission_name_UNIQUE` (`permission_name`),
KEY `auth_role_permissions_category_id` (`auth_role_permissions_category_id`),
CONSTRAINT `auth_role_permissions_category_id` FOREIGN KEY (`auth_role_permissions_category_id`) REFERENCES `auth_role_permissions_category` (`id`) ON DELETE NO ACTION ON UPDATE NO ACTION
) ENGINE=InnoDB AUTO_INCREMENT=3 DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
--
-- Dumping data for table `auth_permissions`
--
LOCK TABLES `auth_permissions` WRITE;
/*!40000 ALTER TABLE `auth_permissions` DISABLE KEYS */;
INSERT INTO `auth_permissions` VALUES (1,'admin:write',NULL,4);
/*!40000 ALTER TABLE `auth_permissions` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Table structure for table `auth_role_permission`
--
DROP TABLE IF EXISTS `auth_role_permission`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `auth_role_permission` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`auth_roles_id` int(11) NOT NULL,
`auth_permissions_id` int(11) NOT NULL,
PRIMARY KEY (`id`),
KEY `fk_role_permission_user_roles_idx` (`auth_roles_id`),
KEY `fk_auth_role_permission_auth_permissions1_idx` (`auth_permissions_id`),
CONSTRAINT `fk_auth_role_permission_auth_permissions1` FOREIGN KEY (`auth_permissions_id`) REFERENCES `auth_permissions` (`id`) ON DELETE NO ACTION ON UPDATE NO ACTION,
CONSTRAINT `fk_role_permission_user_roles` FOREIGN KEY (`auth_roles_id`) REFERENCES `auth_roles` (`id`) ON DELETE NO ACTION ON UPDATE NO ACTION
) ENGINE=InnoDB AUTO_INCREMENT=3 DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
--
-- Dumping data for table `auth_role_permission`
--
LOCK TABLES `auth_role_permission` WRITE;
/*!40000 ALTER TABLE `auth_role_permission` DISABLE KEYS */;
INSERT INTO `auth_role_permission` VALUES (1,1,1);
/*!40000 ALTER TABLE `auth_role_permission` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Table structure for table `auth_role_permissions_category`
--
DROP TABLE IF EXISTS `auth_role_permissions_category`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `auth_role_permissions_category` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`category_name` varchar(200) NOT NULL,
PRIMARY KEY (`id`),
UNIQUE KEY `category_name_UNIQUE` (`category_name`)
) ENGINE=InnoDB AUTO_INCREMENT=5 DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
--
-- Dumping data for table `auth_role_permissions_category`
--
LOCK TABLES `auth_role_permissions_category` WRITE;
/*!40000 ALTER TABLE `auth_role_permissions_category` DISABLE KEYS */;
INSERT INTO `auth_role_permissions_category` VALUES (4,'ADMIN'),(3,'EMPLOYEE');
/*!40000 ALTER TABLE `auth_role_permissions_category` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Table structure for table `auth_roles`
--
DROP TABLE IF EXISTS `auth_roles`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `auth_roles` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`role_name` varchar(45) NOT NULL,
PRIMARY KEY (`id`),
UNIQUE KEY `role_name_UNIQUE` (`role_name`)
) ENGINE=InnoDB AUTO_INCREMENT=9 DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
--
-- Dumping data for table `auth_roles`
--
LOCK TABLES `auth_roles` WRITE;
/*!40000 ALTER TABLE `auth_roles` DISABLE KEYS */;
INSERT INTO `auth_roles` VALUES (1,'ADMIN'),(2,'EMPLOYEE');
/*!40000 ALTER TABLE `auth_roles` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Table structure for table `auth_user`
--
DROP TABLE IF EXISTS `auth_user`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `auth_user` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`user_name` varchar(45) NOT NULL,
`password` varchar(200) NOT NULL,
`first_name` varchar(45) DEFAULT NULL,
`last_name` varchar(45) DEFAULT NULL,
`email` varchar(200) DEFAULT NULL,
`password_expiry` datetime NOT NULL,
`user_locked` bit(1) DEFAULT NULL,
`user_active` bit(1) DEFAULT NULL,
PRIMARY KEY (`id`),
UNIQUE KEY `user_name_UNIQUE` (`user_name`)
) ENGINE=InnoDB AUTO_INCREMENT=4 DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
--
-- Dumping data for table `auth_user`
--
LOCK TABLES `auth_user` WRITE;
/*!40000 ALTER TABLE `auth_user` DISABLE KEYS */;
INSERT INTO `auth_user` VALUES (1,'siposn','$2a$10$.YFSB9129kYlW9V5Hbs2Su3xwbSYIaAiSQutA/zugmYNko1cTOO1O','Norbert','Sipos','t@t.hu','2014-12-29 00:00:00','\0',''),(2,'test','$2a$10$yLpC57unQ/acWsGol7DLfe5cpRMEkvQq0OjwQksB.qyuiOJ5PmjUi','User','Test','test@test.com','2015-01-10 11:47:37','\0','');
/*!40000 ALTER TABLE `auth_user` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Table structure for table `auth_user_roles`
--
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/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `auth_user_roles` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`auth_user_id` int(11) NOT NULL,
`auth_roles_id` int(11) NOT NULL,
PRIMARY KEY (`id`),
KEY `fk_auth_user_roles_auth_user1_idx` (`auth_user_id`),
KEY `fk_auth_user_roles_auth_roles1_idx` (`auth_roles_id`),
CONSTRAINT `fk_auth_user_roles_auth_roles1` FOREIGN KEY (`auth_roles_id`) REFERENCES `auth_roles` (`id`) ON DELETE NO ACTION ON UPDATE NO ACTION,
CONSTRAINT `fk_auth_user_roles_auth_user1` FOREIGN KEY (`auth_user_id`) REFERENCES `auth_user` (`id`) ON DELETE NO ACTION ON UPDATE NO ACTION
) ENGINE=InnoDB AUTO_INCREMENT=3 DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
--
-- Dumping data for table `auth_user_roles`
--
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/*!40000 ALTER TABLE `auth_user_roles` DISABLE KEYS */;
INSERT INTO `auth_user_roles` VALUES (1,1,1),(2,2,2);
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UNLOCK TABLES;
--
-- Table structure for table `logging_event`
--
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/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `logging_event` (
`timestmp` mediumtext NOT NULL,
`formatted_message` text NOT NULL,
`logger_name` varchar(255) NOT NULL,
`level_string` varchar(255) NOT NULL,
`thread_name` varchar(255) NOT NULL,
`reference_flag` smallint(6) NOT NULL,
`caller_filename` varchar(255) NOT NULL,
`arg0` varchar(255) DEFAULT NULL,
`arg1` varchar(255) DEFAULT NULL,
`arg2` varchar(255) DEFAULT NULL,
`arg3` varchar(255) DEFAULT NULL,
`caller_class` varchar(255) NOT NULL,
`caller_method` varchar(255) NOT NULL,
`caller_line` varchar(255) NOT NULL,
`event_id` int(11) NOT NULL AUTO_INCREMENT,
PRIMARY KEY (`event_id`)
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
--
-- Dumping data for table `logging_event`
--
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/*!40000 ALTER TABLE `logging_event` DISABLE KEYS */;
/*!40000 ALTER TABLE `logging_event` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Table structure for table `logging_event_exception`
--
DROP TABLE IF EXISTS `logging_event_exception`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `logging_event_exception` (
`event_id` int(11) NOT NULL,
`i` smallint(6) NOT NULL,
`trace_line` varchar(255) NOT NULL,
`id` int(11) NOT NULL AUTO_INCREMENT,
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
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-- Dumping data for table `logging_event_exception`
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/*!40000 ALTER TABLE `logging_event_exception` DISABLE KEYS */;
/*!40000 ALTER TABLE `logging_event_exception` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Table structure for table `logging_event_property`
--
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/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `logging_event_property` (
`event_id` int(11) NOT NULL,
`mapped_key` varchar(255) NOT NULL,
`mapped_value` text NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
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-- Dumping data for table `logging_event_property`
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/*!40000 ALTER TABLE `logging_event_property` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Table structure for table `meta`
--
DROP TABLE IF EXISTS `meta`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `meta` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`password_complexity` varchar(200) DEFAULT NULL,
`password_expiry` int(11) DEFAULT NULL,
`session_timeout` int(11) DEFAULT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB AUTO_INCREMENT=3 DEFAULT CHARSET=latin1;
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-- Dumping data for table `meta`
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/*!40101 SET CHARACTER_SET_RESULTS=@OLD_CHARACTER_SET_RESULTS */;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */;
/*!40111 SET SQL_NOTES=@OLD_SQL_NOTES */;
-- Dump completed on 2014-07-14 11:49:39
|
insert into category_b values('0','총류');
insert into category_m values('0','0','총류');
insert into category_s values('0','0','0','총류');
insert into category_s values('0','1','1',' 저작');
insert into category_s values('0','2','1', '도서관 행정 및 재정');
insert into category_s values('0','3','1','한국어');
insert into category_s values('0','4','1','한국어');
insert into category_s values('0','5','1','한국어');
insert into category_s values('0','6','1','아시아 일반 학회,단체 등');
insert into category_s values('0','7','1','아시아 신문,저널리즘 등');
insert into category_s values('1','1','4','공간');
insert into publisher values('P001','영남인제교육원');
INSERT INTO proj_library.book_rental_info
(rental_date, return_date, return_schedule, member_no, book_code)
VALUES('', '', '', '', '');
insert into book_rental_info values(1,'2018-12-10',null,'2018-12-17','J0011','0000000001');
insert into book_rental_info values(6,'2018-12-11','2018-12-17',null,'J0011','0000000003');
---- 프로시저 생성하기 -----
delimiter $$
CREATE PROCEDURE `proj_library`.`search_membername`(in korname char(50))
begin
select kor_name, member_no, phone, jumin
from member
where kor_name regexp korname;
end $$
delimiter ;
------ search_membernoRent ------
delimiter $$
CREATE PROCEDURE `proj_library`.`search_membernoRent`(in memberno char(50))
begin
select kor_name, member_no, title, rental_date, return_date, return_schedule
from member m join book_rental_info r on m.member_no = r.member_no
join book b on b.book_code = r.book_code
where m.member_no regexp memberno;
END
delimiter ;
--------- search_phone ------------
delimiter $$
CREATE PROCEDURE `proj_library`.`search_phone`(in phonenum char(30))
begin
select kor_name, member_no, phone, jumin
from member
where phone regexp phonenum;
END
delimiter ;
------- search_memberno--------
DELIMITER $$
$$
CREATE DEFINER=`user_library`@`localhost` PROCEDURE `proj_library`.`search_memberno`(in memberno char(50))
begin
select kor_name, member_no, jumin, phone
from `member`
where member_no regexp memberno;
END$$
DELIMITER ;
DELIMITER $$
$$
CREATE DEFINER=`user_library`@`localhost` PROCEDURE `proj_library`.`search_test`(in memberno char(50))
begin
select kor_name, member_no, jumin, phone
from `member`
where member_no regexp memberno;
END$$
DELIMITER ;
call search_test("T");
SELECT *
from book_rental_info;
delete
from book_rental_info
where rental_no = 2;
insert into book_rental_info
values (7,'2018-12-10',null,'2018-12-17' ,'2','1110000005');
SELECT *
from member;
select *
from overdue;
select *
from member_rental_info;
insert into `member` values("3","gfkrtkf", "서동준", "kiggay","01022306796","921012-1647545","tjehdxo2002@","비밀","하핫",1,"하말없음");
insert into member values("10",password("king"),"노예1","slave1","010-2343-4533", concat(left('201012-1685651', 8),password(right('201012-1685651', 6)) ),"slave@naever.com","비밀","히히",0,"저는 노예입니다.");
select kor_name, phone, jumin
from `member` where kor_name="개동준";
select '201012-1685651', left('201012-1685651', 6), password(right('201012-1685651', 7)), concat(left('201012-1685651', 6), '-',password(right('201012-1685651', 7)) );
select jumin
from member
where member_no = 'S0002';
select jumin, jumin('921012-1685616')
from `member`
where member_no = 's0002';
call search_memberno("2");
call search_membername("김동준");
call search_phone("01022306796");
call search_jumin("921012");
call search_membername("서동준");
call search_memberno("3");
call search_phone("010-4354-2435");
call search_membernoRent("3");
select kor_name, m.member_no, title, rental_date, return_date, return_schedule
from member m join book_rental_info r on m.member_no = r.member_no
join book b on b.book_code = r.book_code
where kor_name="김동준";
INSERT INTO proj_library.book
(book_code, book_no, pub_no, author, translator, title, price, rental_possible, image, cate_s_no, cate_m_no, cate_b_no)
VALUES('2210000005', 0, 'P001', '김재영', '김재영', '자바의 정석', 40000, true, null, 2, 2, 1);
insert into proj_library.book
(book_code, book_no, pub_no, author, translator, title, price, rental_possible, image, cate_s_no, cate_m_no, cate_b_no)
values('0000000002', 0, 'P001', '서동준','서동준', 'web개발', 20000,true, null, 0, 0 ,0);
SELECT * FROM book;
select * from book_rental_info;
select * from publisher;
SELECT cate_m_no, cate_b_no, cate_m_name
FROM proj_library.category_m
WHERE cate_b_no=1;
insert into publisher values('P001', '오라클');
SELECT cate_s_no, cate_m_no, cate_b_no, cate_s_name FROM proj_library.category_s WHERE cate_m_no=1 AND cate_b_no=1;
select * from `member`;
insert into `member` values("1","asdf", "이천희", "lch","01022306796","921012","tjehdxo2002@","비밀","하핫",0,"하말없음");
select * from book WHERE book_code REGEXP '00001';
/*post*/
LOAD data LOCAL INFILE 'D:/worksapce_project/java_web_male/DataFiles/대구광역시.txt' INTO table post
character set 'euckr'
fields TERMINATED by '|'
IGNORE 1 lines
(@zipcode,@sido,@d,@sigungu,@d,@eupmyeon,@d,@d,@doro,@d,@d,@building1,@building2,@d,@d,@d,@d,@d,@d,@d,@d,@d,@d,@d,@d,@d)
set zipcode=@zipcode, sido=@sido, sigungu=@sigungu, eupmyeon=@eupmyeon, doro=@doro, building1=@building1, building2=@building2
CREATE INDEX idx_post_sido On post(sido);
CREATE INDEX idx_post_doro ON post(doro);
select * from post
where doro = '통학로';
LOAD data LOCAL INFILE '대구광역시.txt' INTO table post
character set 'euckr'
fields TERMINATED by '|'
IGNORE 1 lines
(@zipcode,@sido,@d,@sigungu,@d,@eupmyeon,@d,@d,@doro,@d,@d,@building1,@building2,@d,@d,@d,@d,@d,@d,@d,@d,@d,@d,@d,@d,@d)
set zipcode=@zipcode, sido=@sido, sigungu=@sigungu, eupmyeon=@eupmyeon, doro=@doro, building1=@building1, building2=@building2
SELECT zipcode, sido, sigungu, eupmyeon, doro, building1, building2
FROM proj_library.post
where sido like '%%';
delete
from book
where book_code = 001158;
INSERT INTO proj_library.`member`
(member_no, password, kor_name, eng_name, phone, jumin, email, address, photo, admin, uniqueness)
VALUES('J0011', '1111', '김재영', 'kjy', '01099865500', '950316-1111111', 'rlawpdud301@naver.com', '우리집', null, true, null);
INSERT INTO proj_library.`member`
(member_no, password, kor_name, eng_name, phone, jumin, email, address, photo, admin, uniqueness)
VALUES(1234, '1111', '김재영', 'kjy', '01099865500', '950316-1111111', 'rlawpdud301@naver.com', '우리집', null, false, null);
select * from member_rental_info;
delete
from member_rental_info
where member_no = '123';
select * from overdue;
delete
from overdue
where member_no = '123';
delete
from member
where member_no ='123';
select o.member_no, o.rental_authority
from member m join overdue o on m.member_no = o.member_no
where o.member_no='123';
create view bestsaler as select left(i.book_code,8) as bc, b.title, b.author ,p.pub_name,left(i.rental_date,7)as rental_date,b.cate_b_no,b.cate_m_no,b.cate_s_no
FROM book_rental_info i join book b on i.book_code=b.book_code join publisher p on b.pub_no=p.pub_no;
show create view bestsaler;
drop view bestsaler;
select *, count(bc) as ranking
from bestsaler
where rental_date regexp '2018-1' and bc IN('11100000','00000000','00001')
group by bc limit 0,10;
SELECT rental_no, rental_date, return_date, return_schedule, member_no, book_code
FROM proj_library.book_rental_info
where book_code regexp '^[0][0-9]+$' ;
select * from `member`;
select * from member_rental_info;
select * from overdue;
delete from overdue where member_no = '123';
insert into overdue values(123,0,0,0,null);
insert into overdue values(2,0,0,0,null);
INSERT INTO proj_library.book_rental_info
(rental_date, return_date, return_schedule, member_no, book_code)
VALUES('2018-11-10', '2018-11-10', '2018-11-10', 123, '0000000001');
create view bestMember as select substring(m.jumin,8,1) as sex,m.member_no as member_no, m.kor_name, m.admin, rental_date,b.cate_b_no,b.cate_m_no,b.cate_s_no
FROM book_rental_info i join `member` m on i.member_no=m.member_no join book b on i.book_code=b.book_code;
drop view bestMember;
select *, count(member_no) as ranking
from bestmember
where rental_date regexp '2018-' and member_no like '12%' and admin =1
group by member_no limit 0,10;
insert into member_rental_info values ('2',1,3,0);
insert into member_rental_info values ('123',1,3,0);
select total from Member_rental_info
where member_no='2';
update Member_rental_info set total = total+1 where member_no='2';
select * from book_rental_info;
select * from member_rental_info;
select * from overdue;
select * from book;
select * from publisher;
select * from category_s;
select * from book
where left(book_code, 1) != 'D'
select rental_no FROM proj_library.book_rental_info
where book_code='00001';
create
or replace
view `bestsaler` as select
left(`i`.`book_code`,
8) as `bc`,
`b`.`title` as `title`,
`b`.`author` as `author`,
`p`.`pub_name` as `pub_name`,
left(`i`.`rental_date`,
7) as `rental_date`,
`b`.`cate_b_no` as `cate_b_no`,
`b`.`cate_m_no` as `cate_m_no`,
`b`.`cate_s_no` as `cate_s_no`,
`c`.`cate_b_name` as `cate_b_name`
from
(((`book_rental_info` `i`
join `book` `b` on
((`i`.`book_code` = `b`.`book_code`)))
join `publisher` `p` on
((`b`.`pub_no` = `p`.`pub_no`)))
join `category_b` `c` on
((`b`.`cate_b_no` = `c`.`cate_b_no`)));
create
or replace
view `bestmember` as select
substr(`m`.`jumin`,
8,
1) as `sex`,
`m`.`member_no` as `member_no`,
`m`.`kor_name` as `kor_name`,
`m`.`admin` as `admin`,
`i`.`rental_date` as `rental_date`,
`b`.`cate_b_no` as `cate_b_no`,
`b`.`cate_m_no` as `cate_m_no`,
`b`.`cate_s_no` as `cate_s_no`
from
((`book_rental_info` `i`
join `member` `m` on
((`i`.`member_no` = `m`.`member_no`)))
join `book` `b` on
((`i`.`book_code` = `b`.`book_code`)));
update overdue set stop_date = 3 ;
select rental_no, member_no, return_date, return_schedule, rental_date FROM proj_library.book_rental_info
where book_code='00001' and return_date is null;
select member_no, stop_date, overdue_count, rental_authority, overdue_date from overdue
where member_no='2';
UPDATE proj_library.book
SET book_code='D0000000001'
WHERE book_code='0000000001';
select member_no, password, kor_name, eng_name, phone,
replace(jumin,regexp_substr(jumin,'[[:digit:]]{6}-*[[:digit:]]{7}',1,1)
,substr(replace(regexp_substr(jumin,'[[:digit:]]{6}-*[[:digit:]]{7}',1,1),'-'),1,7)||'******') jumin, email, address, photo, admin, uniqueness
from member;
select * from overdue;
select *,Datediff(stop_end_date, now())
from overdue;
update overdue
set rental_authority = 1
where Datediff(stop_end_date, now()) < 1;
update overdue set stop_date = if(Datediff(stop_end_date, now())< 1, 0, Datediff(stop_end_date, now())) , rental_authority = if(Datediff(stop_end_date, now())< 1, 1, 0);
select * from book_rental_info;
|
--liquibase formatted sql
-- changeset testdata:1 context:WITH_TEST_DATA
INSERT INTO Priorities
VALUES (2, 'MindreViktigt', 'Det är helt enkelt mindre skitgöraviktigt att klara av det här.');
-- rollback DELETE FROM Priorities WHERE id=2;
-- changeset testdata:2 context:WITH_TEST_DATA
INSERT INTO Priorities
VALUES (3, 'LagomViktigt', 'Det är helt enkelt lagom skitgöraviktigt att klara av det här.');
-- rollback DELETE FROM Priorities WHERE id=3;
-- changeset testdata:3 context:WITH_TEST_DATA
INSERT INTO Priorities
VALUES (4, 'InteSåViktigt', 'Det är helt enkelt inte så skitgöraviktigt att klara av det här.');
-- rollback DELETE FROM Priorities WHERE id=4;
-- changeset testdata:4 context:WITH_TEST_DATA
INSERT INTO Priorities
VALUES (5, 'InteAllsViktigt', 'Det är helt enkelt inte alls skitgöraviktigt att klara av det här.');
-- rollback DELETE FROM Priorities WHERE id=5;
-- changeset testdata:5 context:WITH_TEST_DATA
INSERT INTO Classifications
VALUES(0, 'Okänt', 'Svårt att veta')
-- rollback DELETE FROM Classifications WHERE id=0;
-- changeset testdata:6 context:WITH_TEST_DATA
INSERT INTO Classifications
VALUES(2, 'Våld mot tjänsteman', 'Fuck aina liksom')
-- rollback DELETE FROM Classifications WHERE id=2;
-- changeset testdata:7 context:WITH_TEST_DATA
INSERT INTO Classifications
VALUES(3, 'Helikopterrån', 'Typiskt avancerade grejer')
-- rollback DELETE FROM Classifications WHERE id=3;
-- changeset testdata:8 context:WITH_TEST_DATA
INSERT INTO Classifications
VALUES(4, 'Mord', 'Lite värre än misshandel')
-- rollback DELETE FROM Classifications WHERE id=4;
-- changeset testdata:9 context:WITH_TEST_DATA
INSERT INTO Classifications
VALUES(5, 'Tidelag', 'Finns ju människor')
-- rollback DELETE FROM Classifications WHERE id=5;
-- changeset testdata:10 context:WITH_TEST_DATA
INSERT INTO Statuses
VALUES (0, 'Inrapporterad', 'Jävligt inrapporterat');
-- rollback DELETE FROM Priorities WHERE id=0;
-- changeset testdata:11 context:WITH_TEST_DATA
INSERT INTO Statuses
VALUES (2, 'Utredning avslutad', 'Inga problem att lösa det här');
-- rollback DELETE FROM Priorities WHERE id=2;
-- changeset testdata:12 context:WITH_TEST_DATA
INSERT INTO Users(user_name, real_name)
VALUES('nisse777', 'Nisse ');
-- rollback DELETE FROM Users WHERE userName='nisse777';
-- changeset testdata:13 context:WITH_TEST_DATA
INSERT INTO Users(user_name, real_name)
VALUES('pelle88', 'Pelle my man');
-- rollback DELETE FROM Users WHERE userName='pelle88';
-- TODO: Add test data for the permissions and image tables.
|
TRUNCATE TABLE Occupancies |
SELECT COUNT(*)
FROM (
SELECT DISTINCT Items.SellerID
FROM Items
INTERSECT
SELECT DISTINCT Bids.BidderID
FROM Bids
); |
1. drop staging sqlset:
BEGIN
DBMS_SQLTUNE.DROP_SQLSET(sqlset_name => 'MySTS01');
END;
2. Create sqlset:
BEGIN
DBMS_SQLTUNE.CREATE_SQLSET (
sqlset_name => 'staging'
, description => 'SQL tuning set to store SQL from the private SQL area'
);
END;
3. Load plan into sqlset:
DECLARE
cur sys_refcursor;
BEGIN
OPEN cur FOR
SELECT VALUE(P)
FROM TABLE(
dbms_sqltune.select_workload_repository(begin_snap=>136397, end_snap=>136398,basic_filter=>'sql_id = ''6fbcczqm8ss0y''',attribute_list=>'ALL')
) p;
DBMS_SQLTUNE.LOAD_SQLSET( sqlset_name=> 'staging', populate_cursor=>cur);
CLOSE cur;
END;
/
4. Check content of sqlset:
SELECT
first_load_time ,
executions as execs ,
parsing_schema_name ,
elapsed_time / 1000000 as elapsed_time_secs ,
cpu_time / 1000000 as cpu_time_secs ,
buffer_gets ,
disk_reads ,
direct_writes ,
rows_processed ,
fetches ,
optimizer_cost ,
sql_plan ,
plan_hash_value ,
sql_id ,
sql_text
FROM TABLE(DBMS_SQLTUNE.SELECT_SQLSET(sqlset_name => 'test'));
5. Load plan as baseline:
DECLARE
my_plans pls_integer;
BEGIN
my_plans := DBMS_SPM.LOAD_PLANS_FROM_SQLSET(
sqlset_name => 'test',
basic_filter=>'plan_hash_value = ''983276112'''
);
END;
|
USE heroku_92e8f94441a61b4;
--
--
-- for local development, uncomment the lines below and comment out the ones above --
--
--
-- DROP DATABASE IF EXISTS amazon_reviews;
-- CREATE DATABASE IF NOT EXISTS amazon_reviews;
-- USE amazon_reviews;
CREATE TABLE reviews (
id INT PRIMARY KEY AUTO_INCREMENT,
movie_id INT,
movie_title varchar(100),
date_added varchar(30),
helped INT,
author VARCHAR(100) DEFAULT "Anonymous",
content VARCHAR(5000) DEFAULT "N/A",
image_url VARCHAR(500),
rating DECIMAL(4,2)
); |
/*drop database usc;*/
create database usc DEFAULT CHARACTER SET utf8mb4;
/*drop user 'usc'@'localhost';*/
create user 'usc'@'localhost' identified by 'usc';
use usc;
/*drop table user;*/
create table user (
id_user int NOT NULL AUTO_INCREMENT,
nm_email varchar(64) NOT NULL,
nu_level tinyint(4) DEFAULT NULL,
qt_min_members smallint(6) DEFAULT NULL,
nu_mobile varchar(24) DEFAULT NULL,
nu_tel varchar(24) DEFAULT NULL,
nm_prefix varchar(10) DEFAULT NULL,
nm_cn varchar(96) DEFAULT NULL,
nm_nickname varchar(64) DEFAULT NULL,
nm_password varchar(72) DEFAULT NULL,
id_gender char(1) DEFAULT NULL,
dt_born date DEFAULT NULL,
cd_city smallint(6) DEFAULT NULL,
id_parent_user int DEFAULT NULL,
in_auth_email boolean DEFAULT true,
in_auth_sms boolean DEFAULT true,
in_auth_whatsapp boolean DEFAULT false,
dt_created date NOT NULL,
/*ts_created date DEFAULT CURRENT_TIMESTAMP,*/
/*dc_json json DEFAULT NULL,*/
PRIMARY KEY (id_user),
KEY fk_user_1_idx (id_user),
CONSTRAINT fk_person_1 FOREIGN KEY (id_parent_user) REFERENCES user (id_user) ON DELETE NO ACTION ON UPDATE NO ACTION
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
grant all on usc.* to 'usc'@'localhost';
insert into user(nm_email, nu_level, qt_min_members, nu_mobile, nu_tel, nm_prefix, nm_cn, nm_nickname, nm_password, id_gender, dt_born, cd_city, id_parent_user, in_auth_email, in_auth_sms, in_auth_whatsapp) values
('master@???.???', 0, 1000, '00 00000-0000', null, '', 'Master', 'Master', '198adf1cb3349e3b536ad2fca14df30a:6a8513adcae05c35b219c6d6949591fa', 'M', '1980-01-01', 0, null, true, true, false);
|
INSERT INTO USER (id,firstname,lastname,email,password) VALUES (1,'Devin','Sidler','devinsidler@hispeed.ch','123');
INSERT INTO USER (id,firstname,lastname,email,password) VALUES (2,'Test','Test','test@test.com','123');
INSERT INTO ACTIVITY (id,name) VALUES (1,'Create A');
INSERT INTO ACTIVITY (id,name) VALUES (2,'Create B');
INSERT INTO ACTIVITY (id,name) VALUES (3,'Create C');
INSERT INTO ACTIVITY (id,name) VALUES (4,'Create D'); |
/*
Navicat Premium Data Transfer
Source Server : local
Source Server Type : MySQL
Source Server Version : 80011
Source Host : localhost:3306
Source Schema : demo
Target Server Type : MySQL
Target Server Version : 80011
File Encoding : 65001
Date: 08/08/2019 23:13:32
*/
SET NAMES utf8mb4;
SET FOREIGN_KEY_CHECKS = 0;
-- ----------------------------
-- Table structure for customer
-- ----------------------------
DROP TABLE IF EXISTS `customer`;
CREATE TABLE `customer` (
`id` bigint(20) UNSIGNED NOT NULL AUTO_INCREMENT COMMENT 'ID',
`name` varchar(255) CHARACTER SET utf8 COLLATE utf8_unicode_ci NOT NULL COMMENT '客户名称',
`contact` varchar(255) CHARACTER SET utf8 COLLATE utf8_unicode_ci NOT NULL COMMENT '联系人',
`telephone` varchar(255) CHARACTER SET utf8 COLLATE utf8_unicode_ci NULL DEFAULT NULL COMMENT '电话号码',
`email` varchar(255) CHARACTER SET utf8 COLLATE utf8_unicode_ci NULL DEFAULT NULL COMMENT '邮箱地址',
`remark` text CHARACTER SET utf8 COLLATE utf8_unicode_ci NULL COMMENT '备注',
PRIMARY KEY (`id`) USING BTREE
) ENGINE = InnoDB CHARACTER SET = utf8 COLLATE = utf8_unicode_ci ROW_FORMAT = Dynamic;
SET FOREIGN_KEY_CHECKS = 1;
|
INSERT INTO auth_role (id, name) VALUES ('1', 'NISTAGRAM_USER_ROLE');
INSERT INTO auth_role (id, name) VALUES ('2', 'AGENT_ROLE');
INSERT INTO nistagram_user(id, enabled, username, profile_private) VALUES ('1', true, 'luka', true);
INSERT INTO nistagram_user(id, enabled, username, profile_private) VALUES ('2', true, 'vlado', false);
INSERT INTO nistagram_user(id, enabled, username, profile_private) VALUES ('3', true, 'vidoje', true);
INSERT INTO nistagram_user(id, enabled, username, profile_private) VALUES ('4', true, 'milica', true);
INSERT INTO nistagram_user(id, enabled, username, profile_private) VALUES ('5', true, 'duja', false);
INSERT INTO nistagram_user(id, enabled, username, profile_private) VALUES ('6', true, 'kobra', true);
INSERT INTO user_role (user_id, role_id) VALUES (1, 1);
INSERT INTO user_role (user_id, role_id) VALUES (2, 1);
INSERT INTO user_role (user_id, role_id) VALUES (3, 1);
INSERT INTO user_role (user_id, role_id) VALUES (4, 1);
INSERT INTO user_role (user_id, role_id) VALUES (5, 1);
INSERT INTO user_role (user_id, role_id) VALUES (6, 1);
|
/*
Project Option: Coyote Residence Office
TEAM: King James & The Knights of the Data Table
Data Load Method 2: Insert Using Substitution Variables
Done By: Daniel Urbach
*/
INSERT INTO course(Course_number, Title, Room_number, Department, Instructor_name)
values ('&Course_number', '&Title','&Room_number','&Department','&Instructor_name');
|
USE movies
INSERT INTO MOVIESTAR (NAME, GENDER, BIRTHDATE)
VALUES ('Nicole Kidman', 'F', '1967-06-20');
DELETE FROM MOVIEEXEC
WHERE NETWORTH < 30000000;
DELETE FROM MOVIESTAR
WHERE ADDRESS IS NULL;
USE pc
|
SET search_path = sqlchallenge, "$user", public; -- sets schema to sqlchallenge for current session only, StackOverflow
CREATE TABLE departments (
dept_no VARCHAR(4) PRIMARY KEY,
dept_name VARCHAR(30)
);
CREATE TABLE titles (
title_id VARCHAR(5) PRIMARY KEY,
title VARCHAR(30)
);
CREATE TABLE employees (
emp_no VARCHAR(9) PRIMARY KEY,
emp_title_id VARCHAR(5),
birth_date DATE,
first_name VARCHAR(20),
last_name VARCHAR(20),
sex VARCHAR(1),
hire_date DATE,
FOREIGN KEY (emp_title_id) REFERENCES titles(title_id)
);
CREATE TABLE dept_emp (
emp_no VARCHAR(9),
dept_no VARCHAR(4),
FOREIGN KEY (emp_no) REFERENCES employees(emp_no),
FOREIGN KEY (dept_no) REFERENCES departments(dept_no)
);
CREATE TABLE dept_manager (
dept_no VARCHAR(4),
emp_no VARCHAR(9),
FOREIGN KEY (dept_no) REFERENCES departments(dept_no),
FOREIGN KEY (emp_no) REFERENCES employees(emp_no)
);
CREATE TABLE salaries (
emp_no VARCHAR(9),
salary INT,
FOREIGN KEY (emp_no) REFERENCES employees(emp_no)
); |
/*
* Copyright 2013-2016 Uncharted Software Inc.
*
* Property of Uncharted(TM), formerly Oculus Info Inc.
* https://uncharted.software/
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
-- ------------------------------------------------------------------------------
-- Influent Data View Script
-- Run the following script in steps. At each step, please ensure that you
-- modify the script to reflect your own data and the type of Influent
-- installation you would like.
-- ------------------------------------------------------------------------------
-- ------------------------------------------------------------------------------
-- STEP 1: No modifications required
--
-- Run the following scripts to create link flow tables
-- ------------------------------------------------------------------------------
--
-- FLOW AGGREGATION TABLE
-- Used to build the aggregate flow diagrams
--
-- Columns:
-- FromEntityId - entity UID that is the source of the aggregated
-- transactions
-- FromEntityType - type of src entity: O = owner summary, A = account,
-- S = cluster summary entity
-- ToEntityId - entity UID that is the target of the aggregated
-- transactions
-- ToEntityType - type of dst entity: O = owner summary, A = account,
-- S = cluster summary entity
-- FirstTransaction - datetime of first transaction
-- LastTransaction - datetime of last transaction
-- Amount - aggregate amount
--
create table LinkFlow(
FromEntityId varchar(100),
FromEntityType varchar(1),
ToEntityId varchar(100),
ToEntityType varchar(1),
FirstTransaction datetime,
LastTransaction datetime,
Amount float,
constraint pk_lf_from_to primary key (FromEntityId, ToEntityId)
);
--
-- TIME SERIES FLOW AGGREGATION TABLES
-- Used to build the aggregate flow diagrams (aggregated by time)
-- and used to build the highlighted sub-section of the time series
-- charts on entities.
--
-- Columns:
-- FromEntityId - entity UID that is the source of the aggregated
-- transactions
-- FromEntityType - type of src entity: O = owner summary,
-- A = account, S = cluster summary entity
-- ToEntityId - entity UID that is the target of the aggregated transactions
-- ToEntityType - type of dst entity: O = owner summary, A = account,
-- S = cluster summary entity
-- Amount - aggregate amount for this time period
-- PeriodDate - start of the time period
--
create table LinkFlowDaily(
FromEntityId varchar(100),
FromEntityType varchar(1),
ToEntityId varchar(100),
ToEntityType varchar(1),
Amount float,
PeriodDate datetime,
constraint pk_lfd_from_to_date primary key (FromEntityId, ToEntityId, PeriodDate)
);
create table LinkFlowWeekly(
FromEntityId varchar(100),
FromEntityType varchar(1),
ToEntityId varchar(100),
ToEntityType varchar(1),
Amount float,
PeriodDate datetime,
constraint pk_lfw_from_to_date primary key (FromEntityId, ToEntityId, PeriodDate)
);
create table LinkFlowMonthly(
FromEntityId varchar(100),
FromEntityType varchar(1),
ToEntityId varchar(100),
ToEntityType varchar(1),
Amount float,
PeriodDate datetime,
constraint pk_lfm_from_to_date primary key (FromEntityId, ToEntityId, PeriodDate)
);
create table LinkFlowQuarterly(
FromEntityId varchar(100),
FromEntityType varchar(1),
ToEntityId varchar(100),
ToEntityType varchar(1),
Amount float,
PeriodDate datetime,
constraint pk_lfq_from_to_date primary key (FromEntityId, ToEntityId, PeriodDate)
);
create table LinkFlowYearly(
FromEntityId varchar(100),
FromEntityType varchar(1),
ToEntityId varchar(100),
ToEntityType varchar(1),
Amount float,
PeriodDate datetime,
constraint pk_lfy_from_to_date primary key (FromEntityId, ToEntityId, PeriodDate)
);
-- ------------------------------------------------------------------------------
-- STEP 2: Modifications required
--
-- Modify this to pull data from your raw data. Add any transactions to
-- cluster summaries as well.
-- ------------------------------------------------------------------------------
--
-- you will need to modify the following:
--
-- source_id - the column in your raw data table that corresponds to the
-- source entity id
-- dest_id - the column in your raw data table that corresponds to the
-- target entity id
-- amount - the column in your raw data table that corresponds to the
-- transaction amount
-- dt - the column in your raw data table that corresponds to the
-- transaction timestamp
-- YOUR_RAW_DATA - the name of your raw transaction data table
--
insert into LinkFlowDaily
select
[source_id],
'A',
[dest_id],
'A',
sum([amount]),
convert(varchar(50), [dt], 101)
from YOUR_RAW_DATA
group by [source_id], [dest_id], convert(varchar(50), [dt], 101)
-- create LinkFlowDaily indices
create index ix_lfd_from_date_to_amount on LinkFlowDaily (FromEntityId, PeriodDate, ToEntityId, Amount);
create index ix_lfd_to_date_from_amount on LinkFlowDaily (ToEntityId, PeriodDate, FromEntityId, Amount);
-- ------------------------------------------------------------------------------
-- STEP 3: Modifications required
--
-- Run the following scripts to create entity tables. If you are building
-- a multi-type installation, you are required to repeat this step for each
-- entity type
-- ------------------------------------------------------------------------------
--
-- ENTITY AGGREGATION TABLE
-- Used to build the and
--
-- Columns:
-- EntityId - entity UID
-- IncomingLinks - the number of incoming links to this entity
-- UniqueIncomingLinks - the number of entities that have outgoing links to
-- this entity
-- OutgoingLinks - the number of outgoing links from this entity
-- UniqueOutgoingLinks - the number of entities that have incoming links
-- from this entity
-- NumLinks - the total number of links to and from this entity
-- MaxTransaction - the maximum transaction size to or from this entity
-- AvgTransaction - the average transaction size to and from this entity
-- StartDate - the earliest transaction to or from this entity
-- EndDate - the latest transaction to or from this entity
--
-- you will need to modify the following:
--
-- EntitySummary - if you are building a multi-type installation, you
-- should rename this table to include the type name
-- (e.g. EntitySummaryMyType)
-- Additional columns - you can add type specific entity columns that
-- Influent can search on and display.
create table EntitySummary(
EntityId varchar(100) primary key,
IncomingLinks int not null,
UniqueIncomingLinks int not null,
OutgoingLinks int not null,
UniqueOutgoingLinks int not null,
NumLinks int,
MaxTransaction float,
AvgTransaction float,
StartDate datetime,
EndDate datetime
-- additional type specific columns added here --
);
--
-- TIME SERIES FLOW AGGREGATION TABLES
-- Used to build the time series charts on entities (aggregated by time).
--
-- Columns:
-- EntityId - entity UID
-- PeriodDate - start of the time period
-- InboundAmount - aggregate credits for this time period
-- IncomingLinks - unique inbound transactions by entity
-- OutboundAmount - aggregate debits for this time period
-- OutgoingLinks - unique outbound transactions by entity
--
create table EntityDaily(
EntityId varchar(100),
PeriodDate datetime,
InboundAmount float,
IncomingLinks int,
OutboundAmount float,
OutgoingLinks int,
constraint pk_ed_id_date primary key (EntityId, PeriodDate)
);
create table EntityWeekly(
EntityId varchar(100),
PeriodDate datetime,
InboundAmount float,
IncomingLinks int,
OutboundAmount float,
OutgoingLinks int,
constraint pk_ew_id_date primary key (EntityId, PeriodDate)
);
create table EntityMonthly(
EntityId varchar(100),
PeriodDate datetime,
InboundAmount float,
IncomingLinks int,
OutboundAmount float,
OutgoingLinks int,
constraint pk_em_id_date primary key (EntityId, PeriodDate)
);
create table EntityQuarterly(
EntityId varchar(100),
PeriodDate datetime,
InboundAmount float,
IncomingLinks int,
OutboundAmount float,
OutgoingLinks int,
constraint pk_eq_id_date primary key (EntityId, PeriodDate)
);
create table EntityYearly(
EntityId varchar(100),
PeriodDate datetime,
InboundAmount float,
IncomingLinks int,
OutboundAmount float,
OutgoingLinks int,
constraint pk_ey_id_date primary key (EntityId, PeriodDate)
);
--
-- you will need to modify the following:
--
-- EntitySummary - if you are building a multi-type installation, you
-- should rename this table to include the type name
-- (e.g. EntitySummaryMyType)
-- source_id - the column in your raw data table that corresponds to the
-- source entity id
-- dest_id - the column in your raw data table that corresponds to the
-- target entity id
-- amount - the column in your raw data table that corresponds to the
-- transaction amount
-- dt - the column in your raw data table that corresponds to the
-- transaction timestamp
-- YOUR_RAW_DATA - the name of your raw transaction data table
-- where clause - if you are building a multi-type installation, you should
-- uncomment this line and replace 'myType' with the actual
-- name of your entity type
--
insert into EntitySummary(
EntityId,
IncomingLinks,
UniqueIncomingLinks,
OutgoingLinks,
UniqueOutgoingLinks,
NumLinks,
MaxTransaction,
AvgTransaction,
StartDate,
EndDate
)
select
EntityId,
sum(IncomingLinks) as IncomingLinks,
sum(UniqueIncomingLinks) as UniqueIncomingLinks,
sum(OutgoingLinks) as OutgoingLinks ,
sum(UniqueOutgoingLinks) as UniqueOutgoingLinks,
sum(NumLinks) as NumLinks,
max(MaxTransaction) as MaxTransaction,
sum(TotalTransactions) / sum(NumLinks) as AvgTransaction,
min(StartDate) as StartDate,
max(EndDate) as EndDate
from (
select [dest_id] as EntityId,
count([source_id]) as IncomingLinks,
count( distinct [source_id] ) as UniqueIncomingLinks,
0 as OutgoingLinks,
0 as UniqueOutgoingLinks,
count([dest_id]) as NumLinks,
max([amount]) as MaxTransaction,
sum([amount]) as TotalTransactions,
min([dt]) as StartDate,
max([dt]) as EndDate
from YOUR_RAW_DATA
group by [dest_id]
union
select [source_id] as EntityId,
0 as IncomingLinks,
0 as UniqueIncomingLinks,
count([dest_id]) as OutgoingLinks,
count( distinct [dest_id] ) as UniqueOutgoingLinks,
sum( case when [source_id] <> [dest_id] then 1 else 0 end ) as NumLinks,
max([amount]) as MaxTransaction,
sum([amount]) as TotalTransactions,
min([dt]) as StartDate,
max([dt]) as EndDate
from YOUR_RAW_DATA
group by [source_id]
)q
-- where EntityId like 'myType.%' --
group by EntityId
--
-- you will need to modify the following:
--
-- Additional columns - if you added additional columns to your
-- EntitySummary table, you will want to
-- uncomment and set them in the code below
-- EntitySummary - if you are building a multi-type
-- installation, you should rename this
-- table to include the type name
-- (e.g. EntitySummaryMyType)
-- ES.EntityId = EP.id - - you may need to modify this line if the
-- EntityId and the raw data id differ
-- (i.e. with multi-type installations, the
-- EntityId might look like 'myType.123'
-- whereas the raw data id is '123'. You
-- will need to account for these
-- differences)
-- YOUR_RAW_ENTITY_PROPERTIES_DATA - the name of your raw transaction data
-- table
--
--update EntitySummary
--set
-- -- additional type specific columns added here
-- -- (e.g. EntitySummary.myColumn = YOUR_RAW_ENTITY_PROPERTIES_DATA.myColumn)
--from EntitySummary ES
--inner join
--YOUR_RAW_ENTITY_PROPERTIES_DATA EP
--on ES.EntityId = EP.id
--
-- you will need to modify the following:
--
-- EntitySummary - if you are building a multi-type installation, you
-- should rename this table to include the type name
-- (e.g. EntitySummaryMyType)
create index ix_es_id on EntitySummary (EntityId);
-- ------------------------------------------------------------------------------
-- STEP 4: No modifications required
--
-- The following section will collect data from LinkFlowDaily and requires no
-- modifications
-- ------------------------------------------------------------------------------
-- build LinkFlowWeekly time series aggregation
insert into LinkFlowWeekly
select
FromEntityId,
FromEntityType,
ToEntityId,
ToEntityType,
sum(Amount),
convert(varchar(50), (dateadd(dd, @@DATEFIRST - datepart(dw, PeriodDate) - 6, PeriodDate)), 101)
from LinkFlowDaily
group by
FromEntityId,
FromEntityType,
ToEntityId,
ToEntityType,
convert(varchar(50), (dateadd(dd, @@DATEFIRST - datepart(dw, PeriodDate) - 6, PeriodDate)), 101);
-- build LinkFlowMonthly time series aggregation
insert into LinkFlowMonthly
select
FromEntityId,
FromEntityType,
ToEntityId,
ToEntityType,
sum(Amount),
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/' + convert(varchar(2), datepart(mm, PeriodDate)) + '/01', 101)
from LinkFlowDaily
group by
FromEntityId,
FromEntityType,
ToEntityId,
ToEntityType,
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/' + convert(varchar(2), datepart(mm, PeriodDate)) + '/01', 101);
-- build LinkFlowQuarterly time series aggregation
insert into LinkFlowQuarterly
select
FromEntityId,
FromEntityType,
ToEntityId,
ToEntityType,
sum(Amount),
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/' + case when datepart(q, PeriodDate)=1 then '01' when datepart(q, PeriodDate)=2 then '04' when datepart(q, PeriodDate)=3 then '07' when datepart(q, PeriodDate)=4 then '010' end + '/01', 101)
from LinkFlowMonthly
group by
FromEntityId,
FromEntityType,
ToEntityId,
ToEntityType,
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/' + case when datepart(q, PeriodDate)=1 then '01' when datepart(q, PeriodDate)=2 then '04' when datepart(q, PeriodDate)=3 then '07' when datepart(q, PeriodDate)=4 then '010' end + '/01', 101);
-- build LinkFlowYearly time series aggregation
insert into LinkFlowYearly
select
FromEntityId,
FromEntityType,
ToEntityId,
ToEntityType,
sum(Amount),
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/01/01', 101)
from LinkFlowMonthly
group by
FromEntityId,
FromEntityType,
ToEntityId,
ToEntityType,
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/01/01', 101);
-- create LinkFlow time series aggregation indices
create index ix_lfw_from_date_to_amount on LinkFlowWeekly (FromEntityId, PeriodDate, ToEntityId, Amount);
create index ix_lfw_to_date_from_amount on LinkFlowWeekly (ToEntityId, PeriodDate, FromEntityId, Amount);
create index ix_lfm_from_date_to_amount on LinkFlowMonthly (FromEntityId, PeriodDate, ToEntityId, Amount);
create index ix_lfm_to_date_from_amount on LinkFlowMonthly (ToEntityId, PeriodDate, FromEntityId, Amount);
create index ix_lfq_from_date_to_amount on LinkFlowQuarterly (FromEntityId, PeriodDate, ToEntityId, Amount);
create index ix_lfq_to_date_from_amount on LinkFlowQuarterly (ToEntityId, PeriodDate, FromEntityId, Amount);
create index ix_lfy_from_date_to_amount on LinkFlowYearly (FromEntityId, PeriodDate, ToEntityId, Amount);
create index ix_lfy_to_date_from_amount on LinkFlowYearly (ToEntityId, PeriodDate, FromEntityId, Amount);
-- build LinkFlow aggregation table
insert into LinkFlow
select
FromEntityId,
FromEntityType,
ToEntityId,
ToEntityType,
min(PeriodDate),
max(PeriodDate),
sum(Amount)
from LinkFlowDaily
group by
FromEntityId,
FromEntityType,
ToEntityId,
ToEntityType;
create index ix_lf_to_from on LinkFlow (ToEntityId, FromEntityId);
create index ix_lf_from_to on LinkFlow (FromEntityId, ToEntityId);
-- build EntityDaily
create table temp_ids (Entity varchar(100));
create index tids on temp_ids (Entity);
insert into temp_ids
select distinct FromEntityId
from LinkFlowYearly
union
select distinct ToEntityId
from LinkFlowYearly;
insert into EntityDaily
select
Entity,
PeriodDate,
sum(case when ToEntityId = Entity and FromEntityType = 'A' then Amount else 0 end),
sum(case when ToEntityId = Entity and FromEntityType = 'A' then 1 else 0 end), -- calculate inbound degree
sum(case when FromEntityId = Entity and ToEntityType = 'A' then Amount else 0 end),
sum(case when FromEntityId = Entity and ToEntityType = 'A' then 1 else 0 end), -- calculate outbound degree
from temp_ids
join LinkFlowDaily
on FromEntityId = Entity or ToEntityId = Entity
group by Entity, PeriodDate;
-- cleanup
drop table temp_ids;
-- build EntityWeekly time series aggregation
insert into EntityWeekly
select
EntityId,
convert(varchar(50), (dateadd(dd, @@DATEFIRST - datepart(dw, PeriodDate) - 6, PeriodDate)), 101),
sum(InboundAmount),
sum(IncomingLinks),
sum(OutboundAmount),
sum(OutgoingLinks),
0
from EntityDaily
group by
EntityId,
convert(varchar(50), (dateadd(dd, @@DATEFIRST - datepart(dw, PeriodDate) - 6, PeriodDate)), 101);
-- build EntityMonthly time series aggregation
insert into EntityMonthly
select
EntityId,
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/' + convert(varchar(2), datepart(mm, PeriodDate)) + '/01', 101),
sum(InboundAmount),
sum(IncomingLinks),
sum(OutboundAmount),
sum(OutgoingLinks),
0
from EntityDaily
group by
EntityId,
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/' + convert(varchar(2), datepart(mm, PeriodDate)) + '/01', 101);
-- build EntityQuarterly time series aggregation
insert into EntityQuarterly
select
EntityId,
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/' + case when datepart(q, PeriodDate)=1 then '01' when datepart(q, PeriodDate)=2 then '04' when datepart(q, PeriodDate)=3 then '07' when datepart(q, PeriodDate)=4 then '010' end + '/01', 101),
sum(InboundAmount),
sum(IncomingLinks),
sum(OutboundAmount),
sum(OutgoingLinks),
0
from EntityMonthly
group by
EntityId,
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/' + case when datepart(q, PeriodDate)=1 then '01' when datepart(q, PeriodDate)=2 then '04' when datepart(q, PeriodDate)=3 then '07' when datepart(q, PeriodDate)=4 then '010' end + '/01', 101);
-- build EntityYearly time series aggregation
insert into EntityYearly
select
EntityId,
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/01/01', 101),
sum(InboundAmount),
sum(IncomingLinks),
sum(OutboundAmount),
sum(OutgoingLinks),
0
from EntityQuarterly
group by
EntityId,
convert(varchar(50), convert(varchar(4), datepart(yyyy, PeriodDate)) + '/01/01', 101);
-- create Entity time series aggregation indices
create index ix_ed_id_date_in_out on EntityDaily (EntityId, PeriodDate, InboundAmount, OutboundAmount);
create index ix_ew_id_date_in_out on EntityWeekly (EntityId, PeriodDate, InboundAmount, OutboundAmount);
create index ix_em_id_date_in_out on EntityMonthly (EntityId, PeriodDate, InboundAmount, OutboundAmount);
create index ix_eq_id_date_in_out on EntityQuarterly (EntityId, PeriodDate, InboundAmount, OutboundAmount);
create index ix_ey_id_date_in_out on EntityYearly (EntityId, PeriodDate, InboundAmount, OutboundAmount);
-- ------------------------------------------------------------------------------
-- STEP 5: Modifications required
--
-- The following section will build cluster summary tables. You only need to
-- run this section if you have a dataset that has the potential for
-- extremely large high degree clusters. The cluster summary table will
-- allow the system to still explore these cluster at a high level but will
-- limit in-depth exploration
-- ------------------------------------------------------------------------------
--
-- CLUSTER SUMMARY TABLE
-- Used to summarize an entity with a large number of associated entities
-- (e.g. account owner with a large number of accounts) It is up to each
-- application to determine what cluster summaries to generate based on the
-- size of data
--
-- Columns:
-- EntityId - entity UID of cluster entity
-- Property - name of summary property
-- Tag - Property_Tag to associate with property
-- Type - FL_PropertyType data type of property value (DOUBLE, LONG,
-- BOOLEAN, STRING, DATE, GEO, OTHER)
-- Value - the string representation of the property value
-- Stat - an associated stat for the property value such as frequency
-- or weight
--
-- Note:
-- Cluster summaries that represent an account owner should have an account
-- owner property that associates the entity id of the account owner to the
-- cluster summary. For example:
-- EnitityId = 'cluster123',
-- Property = 'ownerId',
-- Tag = 'ACCOUNT_OWNER',
-- Type = 'String',
-- Value = 'partner123',
-- Stat = 0
--
-- Cluster summaries that do not support branching should have a property of
-- UNBRANCHABLE (by default all cluster summaries are branchable). For
-- example:
-- EnitityId = 'cluster123',
-- Property = 'UNBRANCHABLE',
-- Tag = 'ENTITY_TYPE',
-- Type = 'BOOLEAN',
-- Value = 'true',
-- Stat = 0
--
create table ClusterSummary (
EntityId varchar(100),
Property varchar(50),
Tag varchar(50),
[Type] varchar(50),
[Value] varchar(200),
Stat float,
constraint pk_cs_id_prop_val primary key (EntityId, Property, [Value])
);
--
-- CLUSTER SUMMARY MEMBERS
-- Used to keep track of entities that are members of a cluster summary
-- It is up to each application to determine what cluster summaries to
-- generate based on the size of data
--
-- SummaryId - UID of cluster summary
-- EntityId - member entity UID
--
create table ClusterSummaryMembers (
SummaryId varchar(100),
EntityId varchar(100),
constraint pk_csm_sum_id primary key (SummaryId, EntityId)
);
-- create cluster summary indices
create index ix_cs_id on ClusterSummary (EntityId);
create index ix_csm_sum on ClusterSummaryMembers (SummaryId);
-- ------------------------------------------------------------------------------
-- STEP 6: Modifications required
--
-- The following section will build summary information on the data for
-- display on the summary page
--
-- Modify this section as needed to reflect the nature of your dataset.
-- The first stat in the table should be a description of your dataset. The
-- following inserts show an example of typical summary statistics. Note that
-- you will in most cases want to format the values nicely for reading. The
-- script as is here will simply copy most types of values over in their
-- default format. UnformattedNumeric and UnformattedDatetime are added to
-- provide a reference in case the formatted value corrupts or loses
-- valuable information.
-- ------------------------------------------------------------------------------
create table DataSummary (
SummaryOrder int not null,
SummaryKey varchar(100) not null,
SummaryLabel varchar(1000) null,
SummaryValue text null,
UnformattedNumeric float null,
UnformattedDatetime datetime null,
constraint pk_ds_order primary key (SummaryOrder)
);
-- Modify the following to create a summary description
insert into DataSummary(
SummaryOrder,
SummaryKey,
SummaryLabel,
SummaryValue,
UnformattedNumeric,
UnformattedDatetime
)
values (
1,
'InfoSummary',
'About',
'Some interesting description of your dataset can be written here.',
null,
null
);
-- The following calculates the number of accounts in the data
insert into DataSummary(
SummaryOrder,
SummaryKey,
SummaryLabel,
SummaryValue,
UnformattedNumeric,
UnformattedDatetime
)
values (
2,
'NumAccounts',
'Accounts',
cast((select count(*) from EntitySummary) as varchar),
(select count(*) from EntitySummary),
null
);
-- The following calculates the number of transactions in the data
insert into DataSummary(
SummaryOrder,
SummaryKey,
SummaryLabel,
SummaryValue,
UnformattedNumeric,
UnformattedDatetime
)
values (
3,
'NumLinks',
'Transactions',
cast((select count(*) from YOUR_RAW_DATA) as varchar),
(select count(*) from YOUR_RAW_DATA),
null
);
-- The following calculates the earliest transaction in the data
insert into DataSummary(
SummaryOrder,
SummaryKey,
SummaryLabel,
SummaryValue,
UnformattedNumeric,
UnformattedDatetime
)
values (
4,
'StartDate',
'Earliest Transaction',
(select convert(varchar, min(firstTransaction), 126) from LinkFlow),
null,
(select min(firstTransaction) from LinkFlow)
);
-- The following calculates the latest transaction in the data
insert into DataSummary(
SummaryOrder,
SummaryKey,
SummaryLabel,
SummaryValue,
UnformattedNumeric,
UnformattedDatetime
)
values (
5,
'EndDate',
'Latest Transaction',
(select convert(varchar, max(lastTransaction), 126) from LinkFlow),
null,
(select max(lastTransaction) from LinkFlow)
);
-- Other statistics can be entered in a similar fashion.
|
# =============================================================================================
# Created by: Laercio Serra (laercio.serra@gmail.com)
# About this Code: script to create database and all tables into Hive
# =============================================================================================
# Version 1: creating the code
# =============================================================================================
-- HIVE: DW WISHHACK
CREATE DATABASE IF NOT EXISTS DW_WISHHACK;
-- HIVE: DW_WISHHACK.DIM_CUSTOMER
CREATE TABLE DW_WISHHACK.DIM_CUSTOMER(
CustomerID STRING
, FullName STRING
, ShortName STRING
, Email STRING
, City STRING
, Country STRING
, CountryCode STRING
, PhoneNumber STRING
, State STRING
, StateAbbreviation STRING
, StreetAddress1 STRING
, StreetAddress2 STRING
, Zipcode STRING
, HasProfilePic STRING
, IsWishStar STRING
, IsFollowing STRING
, IsFacebookUser STRING
, IsTemporary STRING
, CreatedAt DATE
)
PARTITIONED BY (CreatedAt_P DATE)
STORED AS ORC;
-- HIVE: DW_WISHHACK.DIM_PRODUCT
CREATE TABLE DW_WISHHACK.DIM_PRODUCT(
ProductID STRING
, ManufacturerID STRING
, MaxDeliveryTime TIMESTAMP
, MaxFulfillmentTime TIMESTAMP
, MaxShipTime TIMESTAMP
, MinDeliveryTime TIMESTAMP
, MinFulfillmentTime TIMESTAMP
, MinShipTime TIMESTAMP
, Price DECIMAL(10,2)
, IsC2c STRING
, IsFbw STRING
, IsFreeGift STRING
, IsFreeSample STRING
, IsHiddenMysteryBoxItem STRING
, IsMysteryBox STRING
, IsWishExpress STRING
, CreatedAt DATE
)
PARTITIONED BY (CreatedAt_P DATE)
STORED AS ORC;
-- HIVE: DW_WISHHACK.DIM_MERCHANT
CREATE TABLE DW_WISHHACK.DIM_MERCHANT(
MerchantID STRING
, MerchantFullName STRING
, MerchantShortName STRING
, MerchantDisplayName STRING
, IsStrategic STRING
, IsWishOwned STRING
, CreatedAt DATE
)
PARTITIONED BY (CreatedAt_P DATE)
STORED AS ORC;
-- HIVE: DW_WISHHACK.FACT_SALES
CREATE TABLE DW_WISHHACK.FACT_SALES(
CustomerID STRING
, ProductID STRING
, MerchantID STRING
, TransactionID STRING
, TransactionDate STRING
, IsGift STRING
, IsNewRefund STRING
, PaymentID STRING
, PaymentName STRING
, PaymentType STRING
, PaymentTypeNumber STRING
, Subtotal DECIMAL(10,2)
, Taxes DECIMAL(10,2)
, Total DECIMAL(10,2)
, CreatedAt STRING
)
PARTITIONED BY (CreatedAt_P STRING)
STORED AS ORC;
-- HIVE: DW_WISHHACK.WISHLIST_ATTR
CREATE TABLE DW_WISHHACK.WISHLIST_ATTR(
UserID STRING
, ListID STRING
, ListName STRING
, Private STRING
, ItemID STRING
, CreatedAt DATE
)
PARTITIONED BY (CreatedAt_P DATE)
STORED AS ORC;
-- HIVE: DW_WISHHACK.WISHLIST_DETAIL_ATTR
CREATE TABLE DW_WISHHACK.WISHLIST_DETAIL_ATTR(
ItemID STRING
, ItemName STRING
, SellerPrice DECIMAL(10,2)
, CatID STRING
, ParentCatID STRING
, IsParent STRING
, CategoryName STRING
, CategoryLevel STRING
, CreatedAt DATE
)
PARTITIONED BY (CreatedAt_P DATE)
STORED AS ORC;
-- HIVE: DW_WISHHACK.PRODUCT_REVIEW_ATTR
CREATE TABLE DW_WISHHACK.PRODUCT_REVIEW_ATTR(
ReviewID STRING
, ProductID STRING
, Rating STRING
, DateReview TIMESTAMP
, UpvoteCount STRING
, UserID STRING
, TransactionID STRING
, CreatedAt DATE
)
PARTITIONED BY (CreatedAt_P DATE)
STORED AS ORC;
-- HIVE: DW_WISHHACK.PRODUCT_TAG_ATTR
CREATE TABLE DW_WISHHACK.PRODUCT_TAG_ATTR(
ProductID STRING
, ProductTag STRING
, CreatedAt DATE
)
PARTITIONED BY (CreatedAt_P DATE)
STORED AS ORC;
-- HIVE: DW_WISHHACK.FACT_SALES
CREATE TABLE DW_WISHHACK.FACT_SALES_AGG_YEAR(
CustomerID STRING
, ProductID STRING
, MerchantID STRING
, TransactionYear STRING
, IsGift STRING
, IsNewRefund STRING
, PaymentName STRING
, PaymentType STRING
, Subtotal DECIMAL(10,2)
, Taxes DECIMAL(10,2)
, Total DECIMAL(10,2)
, TransactionDate DATE
)
PARTITIONED BY (TransactionDate_P DATE)
STORED AS ORC;
-- HIVE: DW_WISHHACK.FACT_SALES
CREATE TABLE DW_WISHHACK.FACT_SALES_AGG_MONTH(
CustomerID STRING
, ProductID STRING
, MerchantID STRING
, TransactionYear STRING
, TransactionMonth STRING
, IsGift STRING
, IsNewRefund STRING
, PaymentName STRING
, PaymentType STRING
, Subtotal DECIMAL(10,2)
, Taxes DECIMAL(10,2)
, Total DECIMAL(10,2)
, TransactionDate DATE
)
PARTITIONED BY (TransactionDate_P DATE)
STORED AS ORC;
-- HIVE: DW_WISHHACK.FACT_SALES
CREATE TABLE DW_WISHHACK.FACT_SALES_AGG_DAY(
CustomerID STRING
, ProductID STRING
, MerchantID STRING
, TransactionYear STRING
, TransactionMonth STRING
, TransactionDay STRING
, IsGift STRING
, IsNewRefund STRING
, PaymentName STRING
, PaymentType STRING
, Subtotal DECIMAL(10,2)
, Taxes DECIMAL(10,2)
, Total DECIMAL(10,2)
, TransactionDate DATE
)
PARTITIONED BY (TransactionDate_P DATE)
STORED AS ORC;
|
CREATE OR REPLACE VIEW ELEMENT_X_GULLY AS
SELECT null AS "id",
null AS element_id,
null AS gully_id
FROM DUAL
WHERE 1 = 2;
|
CREATE DATABASE bd_ejercicio_prueba2;-- DROP DATABASE bd_ejercicio_prueba2;
USE bd_ejercicio_prueba2;
CREATE TABLE docente(-- DROP TABLE docente
id INT AUTO_INCREMENT,
rut VARCHAR(12),
nombre VARCHAR(20),
PRIMARY KEY(id)
);-- SELECT * FROM docente;
INSERT INTO docente VALUES(NULL,'11-1','Roberto');
INSERT INTO docente VALUES(NULL,'22-2','Andres');
INSERT INTO docente VALUES(NULL,'33-3','Jose');
INSERT INTO docente VALUES(NULL,'44-4','Franco');
INSERT INTO docente VALUES(NULL,'55-5','Alexis');
CREATE TABLE curso(-- DROP TABLE curso
id INT AUTO_INCREMENT,
nombre VARCHAR(20),
PRIMARY KEY(id)
);-- SELECT * FROM curso;
INSERT INTO curso VALUES(NULL,'Twerk');
INSERT INTO curso VALUES(NULL,'Trap');
INSERT INTO curso VALUES(NULL,'K-pop');
INSERT INTO curso VALUES(NULL,'Calculo');
INSERT INTO curso VALUES(NULL,'Lenguaje');
INSERT INTO curso VALUES(NULL,'Php');
INSERT INTO curso VALUES(NULL,'Base datos');
INSERT INTO curso VALUES(NULL,'Electricidad');
CREATE TABLE docente_curso(-- DROP TABLE docente_curso
id INT AUTO_INCREMENT,
fk_docente INT,
fk_curso INT,
anio DATE,
PRIMARY KEY(id),
FOREIGN KEY(fk_docente) REFERENCES docente(id),
FOREIGN KEY(fk_curso) REFERENCES curso(id)
);-- SELECT * FROM docente_curso;
SELECT DISTINCT fk_curso FROM docente_curso WHERE fk_docente != 1
DELIMITER $$
CREATE PROCEDURE relacionar_curso (id_docente INT,id_curso INT) -- DROP PROCEDURE relacionar_curso
BEGIN
DECLARE existe_relacion BOOLEAN;
SET existe_relacion = (SELECT COUNT(*) FROM docente_curso WHERE fk_docente = id_docente AND fk_curso = id_curso);
IF existe_relacion = 0 THEN
INSERT INTO docente_curso VALUES (NULL,id_docente,id_curso,CURDATE());
END IF;
END $$
DELIMITER ;
DELIMITER $$
CREATE PROCEDURE cursos_tomados (entrada VARCHAR(50)) -- DROP PROCEDURE cursos_tomados
BEGIN
-- DECLARE es_rut BOOLEAN;
-- SET es_rut = (SELECT COUNT(*) FROM entrada WHERE entrada LIKE'%-%');
IF (entrada LIKE '%-%') THEN
SELECT 'SE LEE CON GUION, ENTONCES ES RUT';
SELECT
c.nombre
FROM
curso c
INNER JOIN docente_curso dc ON dc.fk_curso = c.id
INNER JOIN docente d ON d.id = dc.fk_docente
WHERE
d.rut = entrada;
ELSE
SELECT 'NO TIENE GUION, ENTONCES ES NOMBRE';
SELECT DISTINCT
c.nombre
FROM
curso c
INNER JOIN docente_curso dc ON dc.fk_curso = c.id
INNER JOIN docente d ON d.id = dc.fk_docente
WHERE
d.nombre = entrada;
END IF;
END $$
DELIMITER ;
SELECT DISTINCT
c.nombre
FROM
curso c
INNER JOIN docente_curso dc ON dc.fk_curso = c.id
INNER JOIN docente d ON d.id != dc.fk_docente
WHERE
d.nombre = 'Roberto'
DELIMITER $$
CREATE PROCEDURE ver_no_realizados (entrada VARCHAR(50)) -- DROP PROCEDURE ver_no_realizados
BEGIN
-- DECLARE es_rut BOOLEAN;
-- SET es_rut = (SELECT COUNT(*) FROM entrada WHERE entrada LIKE'%-%');
CALL cursos_tomados(entrada);
IF (entrada LIKE '%-%') THEN
SELECT 'SE LEE CON GUION, ENTONCES ES RUT';
CREATE VIEW tmp AS
SELECT
c.nombre
FROM
curso c
INNER JOIN docente_curso dc ON dc.fk_curso = c.id
INNER JOIN docente d ON d.id = dc.fk_docente
WHERE
d.rut = entrada;
SELECT DISTINCT
c.nombre
FROM
curso c
INNER JOIN docente_curso dc ON dc.fk_curso != c.id
INNER JOIN docente d ON d.id != dc.fk_docente
WHERE
d.rut = entrada AND c.nombre != tmp;
ELSE
CREATE VIEW tmp AS
SELECT
c.nombre
FROM
curso c
INNER JOIN docente_curso dc ON dc.fk_curso = c.id
INNER JOIN docente d ON d.id = dc.fk_docente
WHERE
d.nombre LIKE entrada;
SELECT 'NO TIENE GUION, ENTONCES ES NOMBRE';
SELECT DISTINCT
c.nombre,
dc.anio
FROM
curso c
INNER JOIN docente_curso dc ON dc.fk_curso != c.id
INNER JOIN docente d ON d.id != dc.fk_docente
WHERE
d. = entrada;
END IF;
END $$
DELIMITER ;
CALL relacionar_curso(1,1);
CALL relacionar_curso(1,2);
CALL relacionar_curso(1,3);
CALL relacionar_curso(1,5);
CALL relacionar_curso(1,6);
CALL relacionar_curso(2,2);
CALL relacionar_curso(2,3);
CALL relacionar_curso(3,3);
CALL relacionar_curso(4,1);
CALL relacionar_curso(5,7);
CALL relacionar_curso(5,8); |
view
====
"VIEW IS A DATABASE OBJECT WHICH IS USED TO PROVIDE TABLE LEVEL SECURITY VIEWS ARE CREATED FROM TABLE THOSE
"TABLE ARE ALSO CALLED AS BASE TABLE.
note:[in baking sector we are using database concept ]
"GENERALLY VIEW DOES NOT STORE ANY DATA THATS WHY VIEW IS ALSO CALLED AS VIRTUAL TABLE OR WINDOW OF A TABLE
IN ALL RELATIONAL DATABASES BASED ON THE TABLE VIEW ARE CATEGORISE INTO TWO VIEW THESE ARE.
1:SIMPLE VIEW
2:COMPLEX VIEW OR JOIN VIEW
"SIMPLE VIEW IS A VIEW WHICH IS CREATED FROM ONLY ONE BASE TABLE WHERE AS COMPLEX VIEW IS A VIEW WHICH IS
"CREATED FROM MULTIPLE BASE TABLE
SIMPLE VIEW
-----------
syntax:
-------
create [or replace] view viewname as select * from tablename where condition;
DML OPERATION ON SIMPLE VIEW:
============================
"IN ORACLE WE CAN ALSO PERFORM DML OPERATION THROUGH SIMPLE VIEW TO BASE TABLE BASED ON FOLLOWING RESTRICTION.THESE ARE
"IF A SIMPLE VIEW HAVING GROUP FUNCTION[GROUP BY CLAUSE DISTINCT, ROWNUM,SET OPERATORS,JOINS] THEN WE CAN
NOT PERFORM DML OPERATION THOUGH SIMPLE VIEW TO BASE TABLE."
WE MUST INCLUDE BASE TABLE PRIMARY KEY OR NOT NULL COLUMN INTO THE VIEW THEN ONLY WE ARE ALLOWED TO PERFORMINSERTION OPERATION.THROUGH SIMPLE VIEW TO BASE TABLE.[[ONLY 10 DOWNWARDS NOT 10ONWARDS]]
Example:
-------
+-----------------------------------------------------------------------+
| sql>create or replace view v1 as select * from emp where deptno=10; |
| sql>select * from v1; |
+-----------------------------------------------------------------------+
SQL>INSERT INTO V1(EMPNO,ENAME,DEPTNO)VALUES(1,'MURLI',30);
+----------------------------------------------------------------------------------------+
| EXAMPLE2: |
| -------- |
| sql>create or replace VIEW v2 as select ename ,sal,deptno from emp where deptno=10; |
| |
| sql>select * from emp v2; |
| |
| sql>insert into v2(ename,sal,deptno)values('abc',1000,10); |
+----------------------------------------------------------------------------------------+
****************************************************************************************************
"IN ALL RELATIONAL DATABASES WHENEVER WE ARE CREATING A VIEW THEN AUTOMATICALLY VIEW DEFINITION ARE
"[SELECT STATEMENT] AUTOMATICALLY PERMANENTLY STORED IN DATABASE.
"IN ORACLE IF YOU WANT TO VIEW THESE DEFINITION THEN WE ARE USING TEXT PROPERTIES FROM USER_VIEWS
"DATA DICTIONARY.
+------------------------------------------------------+
|Example: |
|-------- |
|desc user_views; |
|sql>select text from user_views where view_name='V1'; |
+------------------------------------------------------+
"GENERALLY IN ALL RELATIONAL DATABASES WE CAN ALSO USED VIEWS FOR SIMPLIFYING COMPLEX QUERY PURPOSE
"i.e REGULAR USEDLY COMPLEX QUERY.ARE PUTTING IN VIEW THEN ONLY WE ARE REQUESTING VIEWS WHENEVER NECESSARY BY USING SELECT * FROM VIEWNAME
"GENERALLY IN ALL RELATIONAL DATABASES IF ANY VIEW HAVING FUNCTION OR EXPRESSION THEN
"WE MUST CREATE ALIAS-NAME FOR THOSE FUNCTION OR EXPRESSION OTHERWISE DATABASE SERVER RETURN ERROR.
+---------------------------------------------------------------------------------+
|EXAMPLE: |
|-------- |
|sql>create or replace view v1 as select deptno,max(sal)from emp group by deptno; |
| |
|ERROR:must name this expression with a column alias |
|[Alias name of expression[Function,rownum,join,set,etc]] |
+----------------------------------------------------------------------------------+
|SOLUTION: |
|--------- |
|sql>create or replace view v1 as select deptno,max(sal)a from emp group by deptno;|
+----------------------------------------------------------------------------------+
sql>select * from v1;
| deptno | A |
|--------+---|
| 10 | |
| 20 | |
| 30 | |
sql>desc user_views;
sql>select text from user_views whre view_name='V1';
TEXT:
--------------------------------------------------
select deptno,max(sal)a from emp group by deptno;
note:
-----
IN ORACLE WHEN VIEW HAVING ROWNUM PESUDO COLUMN ALSO THEN WE MUST CREATE ALIAS NAME FOR THAT ROWNUM
OTHERWISE ORACLE SERVER RETURN ERROR.
+----------------------------------------------------------------------------------+
|Example2: |
|sql>create or replace view v2 as select rownum,ename from emp where rownum<=2; |
| |
|ERROR:must name this expression with a column alias |
| |
|solution: |
|--------- |
|sql>create or replace view view as select rownum r,ename from emp where rownum<=2;|
+----------------------------------------------------------------------------------+
sql>select * from v2;
| R | ENAME |
|---+-------|
| 1 | SMITH |
|---+-------|
| 2 | ALLEN |
TESTING:
========
sql>desc user_views;
sql>select text from user_views where view_name='V2';
Text:
--------------------------------------------------
select rownum r,ename from emp where rownum<=2;
COMPLEX VIEW or JOIN VIEW:
==========================
"COMPLEX VIEW IS A VIEW WHICH IS CREATED FROM MULTIPLE BASE TABLE.
"GENERALLY IN ALL RELATIONAL DATABASES WE CANT NOT PERFORM DML OPERATION IN COMPLEX VIEW.
+---------------------------------------------------------------------+
|Example: |
|------- |
|sql>create table test1(name varchar2(10)); |
|sql>create table test2(sub varchar2(10)); |
| |
|COMPLEX VIEW: |
|------------- |
|sql>create or replace view v3 as select name,sub from test1,test2; |
+---------------------------------------------------------------------+
sql>create or replace view cv1 as select e1.ename,d1.dname from emp e1,dept d1 where e1.deptno=d1.deptno
sql>insert into v3(name,sub)values('murli','oracle');
ERROR:cannot modify a column which maps to a non key-preserved key
MATERIALIZED VIEW:
================
"ORACLE 8I INTRODUCED MATERIALIZED VIEW MATERIALIZED VIEWS ALSO CREATED FROM BASE TABLE.
"GENERALLY MATERIALIZED-VIEW ARE CREATED BY DATABASE ADMINISTRATOR AND ALSO MATERIALIZED
"VIEW ARE USED IN DATA WAREHOUSING APPLIC-ATION.
"GENERALLY VIEW DOES NOT STORE ANY DATA WHERE AS MATERIALIZED VIEW STORES DATA.
SYNTAX:
------
create materialized view viewname as select statement
DIFFERENCE B/W VIEW,MATERIALIZED VIEW
=====================================
----------------------------------------------------------------------------------------------------
VIEW MATERIALIZED VIEW
"VIEW DOES NOT STORE ANY DATA |MATERIALIZED VIEW CAN STORE DATA"
"SECURITY PURPOSE |IMPROVE PERFORMANCE PURPOSE"
"WHEN WE ARE DROPPING A BASE TABLE THEN|"
VIEW CANNOT BE ACCESSIBLE" |WHEN WE ARE DROPPING BASE TABLE ALSO THEN MATERIALIZED VIEW CAN
| ACCESSIBLE.
|IN MATERIALIZED VIEW WE CANNOT PERFORM DML OPERATIONS
----------------------------------------------------------------------------------------------------
IN ORACLE BEFORE WE ARE CREATING MATERIALIZED VIEW THEN DATABASE ADMINISTRATOR MUST GIVE CREATE ANY
MATERIALIZED VIEW PERMISSION TO USER BY USING FOLLOWING SYNTAX OTHERWISE ORACLE SERVER RETURNS ERROR.
"
SYNTAX:
--------
grant create any materialized view to username;
+------------------------------------------------------+
|EXAMPLE: |
|-------- |
|sql>conn scott/tiger; |
|sql>create materialized view mb1 as select * from emp;|
|ERROR:insufficient privileges; |
+------------------------------------------------------+
+------------------------------------------------------+
|SOLUTION: |
|-------- |
|sql>conn sys as sysdba; |
|sql>grant create any materialized view to scott |
|sql>conn scoot/tiger; |
|sql>create materialized view mb1 as select * from emp;|
|Materialized view cread. |
+------------------------------------------------------+
note:
-----
WHEN WE ARE CREATING VIEWS IF ORACLE SERVER RETURNS INSUFFICIENT PRIVILEGES ERROR THEN ALSO DATABASE,
ADMINISTRATOR MUST GIVE CREATE ANY VIEW PERMISSION TO USER BY USING FOLLOWING SYNTAX.
SYNTAX:
-------
GRANT CREATE ANY VIEW TO USER;
EX:
sql>conn scott/tiger;
sql>create or replace view v1 as select * from emp where deptno=10;
Error:insufficent privileges
SOLUTION:
--------
sql>conn sys as sysdba;
[If you are using oracle12c then you must also connect to pluggable database before grant permmission]
[alter session set container=pdb1]
sql>grant create any view to scott;
sql>conn scott/tiger;
sql>create or replace view v1 as select * from emp where deptno=10;
note:
-----
"PRIOR TO ORACLE 11G WHEN EVER WE ARE CREATING MATERIALIZED VIEW ON OF THE MATERIALIZED VIEW BASED TABLE,
"MUST HAVE PRIMARY KEY OTHERWISE ORACLE SERVER RETURN ERROR.[[BUT NOT IN 12C]]
EXAMPLE:
--------
sql>create table test(sno number(10));
sql>create materialized view mb2 as select * from test;
Error:table 'TEST' does not constain a primary key constraint
EXAMPLE:
sql>create table base(sno number(10),primary key,name varchar2(10));
sql>insert into base values(....);
sql>select * from base;
| SNO | NAME |
|-----+------|
| 1 | a |
| 2 | b |
| 3 | c |
| 4 | d |
|-----+------|
sql>create materialized view mc1 as select * from base;
Materialized view created
****************************************************************************************************
"HERE MATERIALIZED VIEW ALSO SAME AS VIEW BECAUSE WHENEVER WE ARE CREATING MATERIALIZED VIEW ALSO
MATERIALIZED VIEW DEFINITION ARE AUTOMATICALLY STORED IN ORACLE DATABASE SAME LIKE VIEW DEFINITION
"IN ORACLE IF YOU WANT VIEW MATERIALIZED VIEW DEFINITION THEN WE ARE USING USER_MVIEWS DATA DICTIONARY.
EXAMPLE: sql>desc user_mviews;
sql>select query from user_mviews where mview_name='MC1';
EXECUTION:
==========
IN ORACLE WHENEVER WE ARE CREATING VIEW THEN AUTOMATICALLY VIEW DEFINITION ARE PERMANENTLY STORED IN
ORACLE DATABASE WHENEVER "WE ARE REQUESTING VIEW BY USING
"SELECT * VIEWNAME THEN ORACLE SERVER AUTOMATICALLY EXECUTE VIEW DEFINITION THATS IN THIS CASE
"CORRESPONDING BASE TABLE ARE EFFECTED i.e WHEN WE ARE REQUESTING VIEW MORE NO OF TIMES ALSO THEN EACH
"AND EVERY TIME,BASE TABLE ARE EFFECTED BECAUSE IN EACH AND EVERY TIME VIEW DEFINITION ARE EXECUTED.
IN ORACLE WHENEVER WE ARE CREATING MATERIALIZED VIEW THEN ORACLE SERVER AUTOMATICALLY STORED QUERY RESULT,
WITHIN MATERIALIZED VIEW AND ALSO MATERIALIZED VIEW DEFINITION ARE INTERNALLY AUTOMATICALLY STORED IN,
DATADICTIONARY.
"WHENEVER USER REQUESTING MATERIALIZED VIEW BY USING SELECT * FROM MATERIALIZED VIEWNAME
"THEN ORACLE SERVER DIRECTLY RETRIEVE DATA FROM MATERIALIZED VIEW THAT'S WHY IN THIS CASE MATERIALIZED VIEW
"DEFINITION ARE NOT EXECUTED THAT'S WHY MATERIALIZED BASE TABLE ALSO NEVER EFFECTED BUT WHEN
"WE ARE REFRESHING MATERIALIZED VIEW THEN ONLY ORACLE SERVER EXECUTE MATERIALIZED VIEW DEFINITION AND IN
"THIS CASE ONLY MATERIALIZED VIEW AND BASE TABLE ARE EFFECTED..THAT'S WHY MATERIALIZED VIEW IMPROVE
"PERFORMANCE COMPARE TOVIEW BECAUSE IN MATERIALIZED VIEW CORRESPONDING BASE TABLES ARE EFFECTED VERY LESS
"NO OF TIMES COMPARE TO "CORRESPONDING VIEWS BASE TABLES
EXAMPLE:
sql>select * from v1;
| sno | name |
|-----+------|
| 1 | a |
| 2 | b |
| 3 | c |
| 4 | d |
sql>select * from mc1;
| sno | name |
|-----+------|
| 1 | a |
| 2 | b |
| 3 | c |
| 4 | d |
sql>select rowid,sno,name from base;
sql>select rowid,sno,name from v1;
"HERE VIEW ROWID ARE ALSO SAME AS BASE TABLE ROWID THATS WHY VIEW ARE STORED ANY DATA THATS WHY VIEW IS
ALSO CALLED AS VIRTUAL TABLE OR WINDOW OF TABLE. BUT THROUGH THE VIEW WE CAN ACCESS BASE TABLE DATA."
+---------------------------------------+
|sql>select rowid,sno,name from base; |
| |
|sql>select rowid,sno,name from mc1; |
+---------------------------------------+
UNTIL THE NOT CHANGED BOTH ROWID WILL BE SAME
MATERIALIZED VIEW ROWID ARE DIFFERENT FROM BASE TABLE ROWID THATS WHY MATERIALIZED VIEW STORES DATA,
sql>SELECT * FROM BASE;
| sno | na | rowid |
|-----+----+-------|
| 1 | a | 1111 |
| 2 | b | 2222 |
| 3 | c | 3333 |
| 4 | d | 3333 |
sql>select * from mv1;
| sno | na | rowid |
|-----+----+-------|
| 1 | a | 1111 |
| 2 | b | 2222 |
| 3 | c | 3333 |
| 4 | d | 4444 |
sql>UPDATE BASE SET NAME=UPPER(NAME);
| SNO | NAME |
|-----+------|
| 1 | A |
| 2 | B |
| 3 | C |
| 4 | D |
sql>select * from mc1;
| sno | name |
|-----+------|
| 1 | a |
| 2 | b |
| 3 | c |
| 4 | d |
MATERIALIZED VIEW ALSO STORES DATA SAME LIKE TABLE BUT WHEN WE ARE REFRESHING MATERIALIZED VIEW SYNCHRONIZBASED ON BASE TABLE.
IN ORACLE IF YOU WANT TO REFRESH MATERIALIZED THEN THEN WE ARE USING FOLLOWING SYNTAX
SYNTAX:
------
sql>exec dbms_mview.refr|sh('materialized viewname')
---+---- +----+
|packages name +--procedure name
+---------------------------------+
| exec dbms_mview.refresh('mc1'); |
+---------------------------------+
sql>select * from mc1;
| sno | name |
|-----+------|
| 1 | A |
| 2 | B |
| 3 | C |
| 4 | D |
[note: in this case rowid changed]
"ORACLE HAVING TWO TYPES OF MATERIALIZED VIEW."
1>COMPLETE REFRESH MATERIALIZED VIEW.
2>FAST REFRESH MATERIALIZED VIEW.
COMPLETE REFRESH MATERIALIZED VIEW.
====================================>
IN ORACLE BY DEFAULT MATERIALIZED VIEW ARE COMPLETE MATERIALIZED VIEW THESE MATERIALIZED VIEW DOES NOT
GIVE, MORE PERFORMANCE WHEN WE ARE REFRESHING MATERIALIZED VIEW MORE NO OF TIMES BECAUSE IN THESE
MATERIALIZED VIEW,INTERNALLY ROWID ARE RECREATED WHEN WE ARE REFRESHING MATERIALIZED VIEW.
SYNTAX
-------
sql>create materialized view viewname |refresh complete as select statement
+-------------+-[KEYWORD]
WHENEVER WE ARE USING COMPLETE MATERIALIZED VIEWS AND ALSO WHEN WE ARE REFRESHING THESE MATERIALIZED VIEW
THEN ORACLE SERVER INTERNALLY AUTOMATICALLY TRUNCATE MATERIALIZED VIEW THATS WHY ROWID ARE CHANGED,WHEN WE
ARE REFRESHING MATERIALIZED VIEW TO OVER COME THIS PROBLEM ORACLE PROVIDE FAST REFRESH MATERIALIZED VIEW.
EXAMPLE OF COMPLETE REFRESH MATERIALIZED VIEW:-
===============================================>
sql>select rowid,sno,name from mc1;
sql>exec dbms_mview.refresh('mc1');
sql>select rowid,sno,name from mc1;
(here rowids are changed)
+---------------------------------------------------------------------------------------------------------+
|If you are adding new column after dbms_mview execution then again updation for column and data will get | Error.
+---------------------------------------------------------------------------------------------------------+
2:FAST REFRESH MATERIALIZED VIEW:-
=================================>
"FAST REFRESH MATERIALIZED VIEWS IS ALSO CALLED AS INCREMENTAL REFRESH MATERIALIZED VIEWS FAST MATERIALIZED
VIEW GIVES MORE PERFORMANCE THEN THEN COMPLETE MATERIALIZED VIEW BECAUSE IN FAST REFRESH MATERIALIZED VIEW ROWID ARE NEVER CHANGED WHEN WE ARE REFRESHING MATERIALIZED VIEWS MORE NO OF TIMES ALSO
SYNTAX:
-------
sql>create materialized view viewname |refresh fast as select statement;
+--[KEYWORD]
****************************************************************************************************
BEFORE WE ARE CREATING FAST MATERIALIZED VIEW THEN WE MUST CREATE MATERIALIZED VIEW LOG ON BASE TABLES,
BY USING FOLLOWING SYNTAX OTHERWISE ORACLE SERVER RETURN ERROR.
SYNTAX:
--------
create materialized view log on base table;
[MAKE SURE TABLE CONTAIN PRIMARY KEY ORACLE 12C]
MATERIALIZED VIEW LOG:
=====================>
BEFORE WE ARE CREATING FAST REFRESH MATERIALIZED VIEW THEN WE NEED A MECHANISM TO CAPTURE ANY CHANGED
MADE TO ITS BASE TABLE THIS MECHANISM IS ALSO CALLED AS| "materialized view log. |
THESE CHANGED AUTOMATICALLY STORE IN DATA DICTIONARY AND ALSO WHEN EVER REFRESHING FAST REFRESH
MATERIALIZED VIEW THEN ORACLE SERVER DIRECTLY RETRIEVE DATA FROM DATA DICTIONARY THATS WHY IN THIS CASE
MATERIALIZED NEVER,CHANGED
+----------------------------------------------------------------------+
| EXAMPLE: |
| -------- |
| sql>create MATERIALIZED view log on base; |
| |
| sql>create Materialized view mc2 refresh fast as select * from base; |
| |
| sql>select rowid,sno,name from base; |
| sql>update base set name='xy'where sno=1; |
| sql>insert into base values(10,'bridget);in this case only inserted new rowd id will be generated. |
| sql>select rowid,sno,name from mc2; |
+----------------------------------------------------------------------+
+---------------------------------------------------------------+
| SQL>EXEC DBMS_MVIEW.REFRESH('MC2'); |
| SQL>SELECT ROWID,SNO,NAME FROM MC2; |
| (here rowids are never changed) |
| (inserte into....using then new rowid created remaining same) |
| |
+---------------------------------------------------------------+
*IF YOU ARE ADDING NEW COLUMN AFTER LOG CREATION THEN AGAIN UPDATION FOR COLUMN AND DATA WILL NOT UPDATE |
ON DEMAND/ON COMMIT:-
===================
IN ORACLE WE ARE REFRESHING MATERIALIZED VIEW IN TWO WAYS THESE ARE.
*MANUALLY
*AUTOMATICALLY
MANUALLY:-
=========
IN THIS METHOD WE ARE REFRESHING MATERIALIZED VIEW BY USING DBMS_MVIEW PACKAGES THIS METHOD IS ALSO CALLED
AS ON DEMAND METHOD BY DEFAULT METHOD IS ON DEMAND
AUTOMATICALLY:-
=============
"IN THIS METHOD WE CAN ALSO REFRESH MATERIALIZED VIEW AUTOMATICALLY WITHOUT USING DBMS_MVEIW [PACKAGES]
"This method is also called as ON COMMIT method
+--------------------------------------------------------------+
| Syntax: |
| ------- |
| create materialized view view name refresh COMPLETE/refresh |
| FAST on DEMAND/on commit as select statement; |
+--------------------------------------------------------------+
EXAMPLE:
--------
sql>select * from base;
| SNO | NAME |
|-----+------|
| 1 | XY |
| 2 | B |
| 3 | C |
| 4 | D |
***********************************************************************************************************
sql>create materialized view mc5 refresh fast on commit as select * from base;
+-------------------------------------------------------------------------------------------------------+
|[We can not create without primary key on fast refresh materialized view]And also log must be required]|
+----------------------------------+--------------------------------------------------------------------+-+
|Make sure change after log creating add new column into base; |
|then it will not effect to mview table it will always retrieve from log|
|inside log new column information is not available that's why |
materialized view is created. +----------------------------------------------------------------------+
***********************************************************************************************************
sql>select * from mc5;
| SNO | NAME |
|-----+------|
| 1 | XY
| 2 | B |
| 3 | C |
| 4 | D |
sql>update base set name='zz' where sno=2;
sql>select * from base;
| SNO | NAME |
|-----+------|
| 1 | XY |
| 2 | ZZ |
| 3 | C |
| 4 | D |
sql>select * from mc5;
| SNO | NAME |
|-----+------|
| 1 | XY |
| 2 | B |
| 3 | C |
| 4 | D |
sql>commit;
sql>select * from mc5;
| SNO | NAME |
|-----+------|
| 1 | XY |
| 2 | ZZ |
| 3 | C |
| 4 | D |
**********************************************************************************************************
**********************************************************************************************************
---------------------------------------------------------------------------------------------------------
| COMPLETE REFRESH MATERIALIZED | FAST REFRESH MATERIAIZED VIEW OR COMMIT ON DEMAND |
|-----------------------------------+--------------------------------------------------------------------|
| WHEN WE ARE PERFORMING UPDATION, | WHEN WE ARE PERFORMING UPDATION/INSERTION OPERATION ON BASE TABLE, |
| OPERATION THEN AUTOMATICALLY ALL, | THEN F MATERIALIZED VIEW CHANGE ONLY PARTICULAR ROW OF ROWS ID,AND |
| ROWS OF ROWID WILL CHANGED. | REMAINING ALL ADDRESS WILL BE SAME BUT IN CASE OF COMMIT NOT ANY ADD -ress will changed|
| |
**********************************************************************************************************
**********************************************************************************************************
DATA CONTROL LANGUAGE(DCL)
========================
1:GRANT
2:REVOKE
+--------------------------------------------------+
| CREATE A USER |
| ================ |
| sql>conn sys as sysdba; or |
| sql>conn system/manager; |
| sql>create user username identified by password; |
| sql>grant connect,resource to username; |
| sql>conn username/pasword; |
+--------------------------------------------------+
+-----------------------------------------------+
| EXAMPLE: |
| ------- |
| sql>conn sys as sysdba; |
| Enter password:sys |
| |
| sql>create user murali identified by murali; |
| |
| sql>grant connect,resource to murali; |
+-----------------------------------------------+
+---------------------------------------+
| sql>conn murali/murali; |
| |
| sql>select * from emp; |
| |
| ERROR;table or view does not exist |
| |
| sql>conn scott/tiger; |
| sql>grant all on emp to murali; |
| |
| sql>conn murali/murali; |
| ERROR:table or view does not exist |
| |
| sql>select * from scott.emp; |
+---------------------------------------+
PRIVILEGE:-
=========
PRIVILEGE IS WRITE GIVEN TO THE USER OR PRIVILEGE IS ALSO CALLED AS PERMISSION
IN ALL RELATIONAL DATABASES DATA SECURITY POINT OF VIEW EVERY USER HAVING TWO TYPES OF PRIVILEGES.
1>System Privileges:
2>Object Privilege:
'
BY USING grant COMMAND WE ARE ALLOWD TO VIEW THESE SYSTEM OBJECT PRIVIEGE INTO THE ANOTHER USER AND ALSO,
BY USING REVOKE COMMAND WE ARE ALLOWD TO CANCELLD THESE SYSTEM OR OBJECT PRIVILEGE FROM USER.
SYSTEM PRIVILEGES:
=================
"WHO RECIEVE SYSTEM PRIVILEGES THEN THOSE USERS ARE ALLOWED TO CREATE DATABASE OBJECT OR ALLOWED TO DROP,
"DATABASE OBJECT ORACLE HAVING MORE THEN 80 SYSTEM PRIVILEGE [PREDEFINE COMMAND] THESE ARE.
+-----------------------------+
|create session |
|create table, |
|create any view |
|create any materialized view |
|create trigger |
|create procedure, |
|create any index |
+-----------------------------+
SYNTAX:
-------
grant systemprivilege to username1,username2,...;
note:
----
THESE SYSTEM PRIVILEGE ARE GIVEN BY DATABASEE ADMINISTATOR ONLY
CREATE SESSION:
===============
"IN ORACLE IF ANY USER WANT TO CONNECT THE ORACLE DATABASE THEN THAT USER MUST HAVE CREATE SESSION SYSTEM,
"PRIVILEGE OTHERWISE ORACLE SERVER RETURN ERROR
EXAMPLE:
--------
sql>conn sys as sysdba;
sql>create user india identified by india;
sql> conn india/india;
ERROR:user INDIA lacks CREATE SESSION privilege; logon denied;
SOLUTION:
---------
sql>conn sys as sysdba;
sql>grant create session to india;
sql>conn india/india;
IN ORACLE IF YOU WANT TO VIEW SYSTEM PRIVILEGE RELATED TO PARTICULAR USER.
THEN WE ARE USEING FOLLOWING SELECT STATMENT.
SYNTAX:
sql>select * from session_privs;
sql>conn india/india;
sql>select * from session_privs;
PRIVILEGE
------------------
EXAMPLE:
--------
sql>conn sys as sysdba;
sql>grant create procedure,create trigger,create any materialized view to scott,murli;
ROLE:-
======
"ROLE IS NOTHING BUT COLLECTION OF SYSTEM PRIVILEGER ORACLE HAVING TWO TYPES OF ROLE.
THERE ARE :
USER DEFINED ROLES:-
PREDEFINED ROLES:-
USER DEFINED ROLE:-
==================
"USER DEFINED ROLES ARE CREATED BY DATABASE ADMINISTATOR ONLY GENERALLY IN MULTI USER ENVIROMENT SO MANY,
"EMPLOYEES ARE WORKING ON SAME PROJECT IN THAT CASE SO MANY EMPLOYEE REQUIREDS SAME SET OF SYSTEM PRIVILEGEIN THIS CASE ONLY DATABASE ADMINISTATOR CREATE ROLE AND THEN ASSINGED COMMAND SET O SYSTEM PRIVILEGER
AND THEN ONLY THOSE ROLES ARE DIVIDE INTO NO OF USERS.'
system prvie +----+
--------------------| | |
+----+ROLE| -------------user1
--------------------| | | user2
+----+
IN ORACLE USER DEFINE ROLE ARE CREATED BY USING FOLLWOING THREE STEP PROCESS.
+---------------------------------------+
| 1:create a role: |
| 2:assign system privilegs into role. |
| 3:assing rolename to number of users; |
+---------------------------------------+
CREATE A ROLE
=============
SYNTAX:
-------
create role rolename;
ASSING SYSTEM PRIVLEGES INTO ROLE
=================================
syntax:
grant system privileges to rolename;
ASSING ROLENAME TO NUMBER OF USER
==================================
syntax:
grant rolenmae to user1,user2,.....;
+------------------------------------------------------------------------------+
|EXAMPLE: |
|-------- |
|sql>create role r1; |
|sql>grant create procedure,create trigger,create any materialized view to r1; |
| |
|sql>grarnt r1 to scott , murali; |
------------------------------------------------------+------------------------
NOW WE ARE ABLE TO CREATE VIEW,MATERIALIZED VIEW BECAUSE ROLE PERMISSION YOU CAN SO GIVE USER PERMISSION].
IN ORACLE IF YOU WANT TO VIEW SYSTEM PRIVILEGE RELATED TO ROLE THEN WE ARE USING ROLE_SYS_PRIVIS
DATA DICTIONARY
sql>desc role_SYS_privis;
sql>select role,privilege from role_sys_privs where role='R1';
| ROLE | PRIVILEGE |
|------+------------------------------|
| R1 | CREATE TRIGGER |
| R1 | CREATE ANY MATERIALIZED VIEW |
| R1 | CREATE PROCEDURE |
PREDEFINED ROLES:
=================
"WHENEVER WE ARE INSTALLAING ORACLE SERVER THEN AUTOMATICALY THREE PREDEFINED ROLES ARE CREATED WITHIN
ORACLE DATABASE
+---------------------+
|1:CONNECT(end users) |
|2:RESOURCE(developer)|
|3:DBA:(adminstrator);|
+---------------------+
*********************************************************************************************************
----------------------------------------------------------------------------------------------------------+
"IN ORACLE 12C WHENEVER WE ARE CONNECT TO ANY USER THEN WE ARE TYPING CONN USERNAME/PASSWORD@PDB1 HERE YOU,|
SEE USERNAME/PASSWORD ALONG WITH PDB ALSO TYPE BECAUSE OF USER CONFLICT WE ARE SPECIFYING THIS USER BELONG,|
TO PDB1 OR SAME USER BELONG TO TRAINING[OTHER PLUGGABLE DATA BASE NAME]YOU CAN ALSO CREATE SAME USER NAMEIN|DIFFERENT PDB NAME"
-----------------------------------------++--------------------------------------------------------------
| Example: ||
| sql>alter session set container=pdb1; ||
| sql>create scott identified by tiger ||
| sql>alter session set container=training; ||
| sql>create scott identified by tiger; ||
| user created. ||
| -----------------------------------------++
+--------------------------------------------+
"IN ORACLE IF YOU WANT VIEW PREDEFINED ROLES AND ALSO RELATED SYSTEM PRIVILEGES THEN WE ARE USING
ROLE_SYS_PRIVS DATA DICTIONARY
+----------------------------------------------------------------------------------+
|EXAMPLE: |
|sql>conn sys as sysdba; |
|sql>desc role_sys_privs; |
|sql>select role,privilege from role_sys_privs where role in('CONNECT','RESOURCE');|
+----------------------------------------------------------------------------------+
| ROLE | PRIVILEGE |
|----------+------------------|
| RESOURCE | create sequence |
| RESOURCE | create trigger |
| RESOURCE | create cluster |
| RESOURCE | create procedure |
| RESOURCE | create type |
| RESOURCE | create operator |
| connect | create session |
| RESOURCE | create table |
| RESOURCE | create indextype |
sql>select role,privilege from role_sys_privs where role in('DBA');
note:
-----
IN ORACLE CONNECT ROLE INTERNALLY HAVING CREATEE SESSION SYSTEM PRIVILEGES WHICH IS USED TO USERS ARE,
ALLOWED TO CONNECT TO THE ORACLE DATABASE.
OBJECT PRIVILEGES:-
===================
OBJECT PRIVILEGES ARE GIVEN ARE EITHER DATABASE DEVELOPERS OR DATABASE ADMINISTRATOR WHO RECIEVE OBJECT,
PRIVILEGES THEN THOSE USERS ARE ALLOWED TO PERFORM OPERATION ON THE OBJECT.
ORACLE HAVING INSERT,UPDATE,DELETE,SELECT OBJECT PRIVILEGERS THESE OBJECT PRIVILEGES ALSO REPRESENTED BY,
USING ALL KEYWORD
"ORACLE ALSO SUPPORT EXECUTE,READ,WRITE,OBJECT PRIVILEGES IN PL/SQL.
Syntax:
-------
grant object privileges on objectname to usernames/rolename/public;"
+--------------------------------+
|EXAMPLE:- |
|-------- |
|sql>conn scott/tiger; |
|sql>grant all on emp to murali; |
|sql>conn murali/murali; |
|sql>select * from scott.emp; |
+--------------------------------+
note:
-----
#If you create materialized view from scott.emp using murali user then Error will get
#sql>create materialized view mv1 as select * from scottt.emp where deptno=0;
#Error:No privileges on tablespace 'USER'
SOLUTION:
---------
#Here we can also see already we given materialized view permission also getting error here creating error is not this ERROR is inserting error
#VERIFY:
#sql>CREATE MATERIALIZED VIEW MV2 AS SELECT * FROM SCOTT.EMP WHERE 1=2[here materialized view is created but data will not insert ]
#+------------------------------------------------------------------------+
#|You cannot insert data because you have quota of 0 on the tablespace |
#+------------------------------------------------------------------------+
SOLUTION:
+--------------------------------------------------------+
| sql>conn as sys as sysdba; |
| sql>alter session set container=pdb1; |
| sql>alter user hector quota unlimited on usera; |
| here users is predefined tablespace name +--------------------+
| |
|VIEW PREDEFINE TABLESPACE NAME: |
================================ |
|sql>select username,default_tablespace from dba_users where username='XXXX' |
+--------------------------------------------------------+--------------------+
NOTE:
------
IN ORACLE WE CAN ALSO GIVE OBJECT PRIVILEGES ON SPECIFIC COLUMNS BY SPECIFYING THOSE COLUMNS WITHIN ()
EXAMPLE:
sql>grant update(ename,sal)on emp to murali;
WITH GRANT OPTION:-
===================
WITH GRANT OPTION IS AN OPTIONAL CLAUSE USED ALONG WITH OBJECT PRIVILEGE WHO RECEVIES WITH DRAW
GRANT CLAUSE THEN THOSE USERS ALLOWED TO GIVE SOME OBJECT PRIVILEGE TO ANOTHER USER.
SYNTAX:
grant objectprivilege on objectname to usernames/public with grant option.
note:
-----
IN ORACLE WITH GRANT OPTION CLAUSE DOES NOT WORK WITH ROLES
EXAMPLE:
--------
sql>grant all on emp to r1 with grant option;
ERROR:cannot GRANT to a role with Grant option.
******************************************************************************************************
| sql>conn scott/tiger | sql>conn murali/murali | sql>conn a1/a1 |
|--------------------------------+-----------------------------------+------------------------|
| sql>grant all or emp to murali | sql>select * from scott.emp | |
| [solution] | | sql>select * from emp; |
| sql>grant all on emp to murali | sql>grant all on scott.emp to |
| with grant option; | a1;Error:no privilege to grant |
| sql> | sql>grant all on scott.emp to a1; |
********************************************************************************************************
IN ORACLE ALL OBJECT INFORMATION STORE UNDER USER_TAB_PRIVS DATADICTIONARY
EXAMPLE
sql>desc user_tab_privs
REVOKE:
======>
REVOKE COMMAND IS USED TO CANCALLED EITHER SYSTEM OR OBJECT PRIVILEGES FROM USERS
Syntax;
-------
1):revoke systemprivileges from username,,,,,;
Syntax:
-------
2):revoke objectprivileges on objectname from usernames/rolename/public;
EXAMPLE:
--------
sql>conn sys as sysdba
sql>create user u1 identified by u1;
sql>grant connect to u1;
sql>conn u1/u1;
sql>select * from session_privs;
PRIVILEGES
==========
create session
sql>conn sys as sysdba;
sql>revoke connect from u1;
revoke succeeded.
****************************************************************************************************
[Make sure in oracle 12c sql>revoke create session,resource from hector in this case only]
****************************************************************************************************
sql>conn u1/u1;
Error:user u1 lacks create session privilege; logon denied
warning:you are no longer connected to oracle.
EXAMPLE:
-------
sql>conn sys as sysdba;
sql>revoke all on scott.emp from public;
revoke succeeded.
EXAMPLE:
--------
sql>conn scott/tiger;
sql>revoke all on emp from hector;
note:
------
grant with option permission here not work until the parent grant revoke by grand parent revoke.
example: |
sql>grant all on emp to hector grant with option; |
sql>conn hector/oracle; |
sql>grant all on scott.emp to annie; |
sql>conn scott/tiger; |
sql>revoke all on emp to annie;[here it wil not work because of this user given permission by hector user,|
so revoke all on emp to hector then automatically annie user also effect] |
----------------------------------------------------------------------------------------------------------+
note:
IN ORACLE BEFORE WE ARE GIVING CREATE TABLE SYSTEM PRIVILEGES TO USER THEN WE MUST GIVE UNLIMITED TABLESPACE
SYSTEM PRIVILEGE TO USER OTHERWISE ORACLE SERVER RETURNS ERROR.
EXAMPLE:
--------
sql>conn sys as sysdba;
sql>creat user u2 identified by u2;
sql>grant connect to u2;
sql>conn u2/u2;
sql>create table h1(sno number(10)
Error:insufficent privileges.
sql>conn sys as sysdba;
sql>grant create table to u2;
sql>conn u2/u2;
sql>create table h2(sno number(10));
Error:01950 no privileges on tablespace 'users'
+------------------------------------------+
| SOLUTION:- |
| -------- |
| sql>conn sys as sysdba; |
| sql>grant UNLIMTED TABLESPACE to u2; |
+------------------------------------------+
sql>conn u2/u2;
sql>create table h1(sno number(10));
table created.
In oracle if you want give object privilege on view to another user then we are using following syntax:
SYNTAX:
+-------
grant objectprivileges on viewname to usernme1,username2,.....;
**********************************************************************************************************
DBMS ARCHITECTURE(or)ansi/sparc architecture(or)3 level architecture:-
======================================================================
Ansi[American National Institute] has Established Three Level Architecture for DBMS This Architecture is,
also called as ANSI/SPARC(standard planning and requirements commitee)
main objective of DBMS architecture to seprate users view of the database from the way physically how data,
store within the database.
DBMS architecture having Three level these are:
1:Conceptual level
2:External level
3:Internal level
----------------------------------+
database object:table,view,synoym, |
-----------------------------------+
+------------+ +------+ +-----------+
| view1 | | view2| | view3 | view synonym
+--------+---+ ++-----+ +-+---------+
external level | | |
| | |
Logical data--->| | |
++------+---------++
|conceptual level | Table
+-------+----------+
^
|
|
+-------+----------+
| Internal level | index,cluster
+-------+----------+
|
|
|
+---------+------------|
| |
| |
| DATABASE |
| |
| |
+----------------------+
Three Level Architecture provide data independence:
DATA INDEPENDENCE
=================
Upper level are uneffected by chainging in lower level is called data independence.
All database having two types of data independences these are:
1:Logical data independence .
2:Physical data independence.
Logical data independence:
--------------------------
When ever changed made in conceptual level then we are not required to changed external level is called,
Logical data independence.
In oracle whenever we are adding new column into the table within conceptual level the structure of the,
view will not be effected in external level is called logical data independence in oracle.
EXAMPLE:
--------
sql>conn scott/tiger;
sql>create or replace view v1 as select * from emp where deptno=10;
sql>grant all on v1 to murali;
sql>conn murali/murali;
sql>select * from scott.v1;
TESTING:
========
sql>conn scott/tiger;
sql>alter table emp add address varchar2(10);
sql>select * from emp;
sql>grant all on v1 to murali;
sql>conn murali/murali;
select * from scott.v1;
[here you can see address column is not available]
Physical Data Independence:
===========================
When ever changed made in internal level then we are not required to changed conceptual level is called,
physical data independence
Example:
In oracle when ever we are adding index in internal level then structure of table will not be effected,
At conceptual level is called Physical data independence.
Conceptual Level:
=================
Conceptual level define logical structure of the database however this level does not define How data,
store physically in data base.ie. is it defines what type of data can be store in database by specifying dat-type and size and also conceptual defines What type of data cannot be stored in database by specifying,
constraints
EXAMPLE:(conceptual level)
========
sql>create table bank(accno number(10)primary key,name varchar2(10),bal number(10));
sql>insert into bank values(1001,'murali',9000);
sql>select * from bank;
| ACCNO | NAME | BAL |
|-------+--------+------|
| 1001 | MURALI | 9000 |
sql>insert into bank values(1001,'abc',4000);
Error:unique constraint voilated
External Level:
===============
External Level defines indevidual users view of database
Generally data is confidential within relational database that's why data security point of view,database,
administators create views from the conceptual level and then only those view given to the no of users.
Then only number of users allowed to access portion of data from the conceptual level this is called,
table security
Uses of view:
=============
In all relational databases view are used in following three purpose.
1:Simplifying complext querys
2:Acheving logical data independence
3:Providing table level security
Force view:
===========
IN ORACLE WE CAN ALSO CREATE A VIEW WITHOUT HAVING ANY BASE TABLE THESE TYPE OF VIEW ARE ALSO CALLED AS.
FORCE VIEW OR FORCED VIEW.
Syntax:
create or replace force view viename as select * from anyname;
Example:
sql>create or replce force view v1 as select * from hyd;
Warning:view created with compilation errors.
sql>create table hyd(sno number(10),name varchar(10));
sql>alter view v1 compile;
sql>desc;
WITH CHECK OPTION:
=================
WITH CHECK IS AN OPTIONAL CLAUSE USED ALONG WITH WHERE CONDITION WITHIN VIEWS
GENERALLY IF YOU VIEW HAVING WITH CHECK OPTIONAL THEN WE ARE NOT ALLOWED TO INSERT OTHER THEN WHERE
CONDITION VALUE THROUGH VIEW TO BASE TABLE.
GENERALLY IF YOU WANT PROVIDE CONSTRAINT TYPE MECHANISM ON VIEWS THEN WE ARE USING WITH CHECK OPTIONAL
CLAUSE.
Syntax:
-------
create or replace view viewname as select * from tablename where condition with check option;
EXAMPLE:
sql>create or replace view v1 as select * from emp where deptno=10 with check option;
sql>select * from v1;
sql>insert into v1(empno,ename,deptno) values(1,'murali',30);
ERROR:VIEW WITH CHECK OPTION where-clause violation.
sql>insert into v1(empno,ename,deptno)values(2,'abc',10);
READ ONLY VIEWS:
===============
IN ORACLE WHEN VIEW HAVING READ OPTIONAL CLAUSE THEN WE CAN NOT PERFORM DML OPERATION THROUGH VIEW TO BASE,
TABLE THESE TYPE OF VIEW ARE ALSO CALLED READ ONLY VIEWS.
syntax:
create or replace view viewname as select * from tablename with read only;
Ex:
sql>create or replace view v3 as select * from emp where deptno=10 with read only
view created.
TESTING:
sql>delete from v3 where deptno=10;
Error:cannot delete from view..
In oracle we can also drop a view by using drop view viewname;
|
show tables;
_____________________________________________________________
create table if not exists events(
eventID int not null auto_increment,
eventName varchar(30) not null,
userID int not null,
numTickets int not null default 0,
avail int not null default 0,
purchased int not null default 0,
primary key (eventID)
);
create table if not exists users(
userID int not null auto_increment,
userName varchar(30) not null,
primary key (userID)
);
create table if not exists transaction(
transactionID int not null auto_increment,
eventID int not null,
userID int not null,
numTickets int not null,
numTransfer int not null default 0,
targetUserID int not null default 0,
primary key (transactionID)
);
create table if not exists tickets(
ticketID int not null auto_increment,
eventID int not null,
userID int not null,
numTickets int not null,
primary key (ticketID)
);
_____________________________________________________________
insert into users(username) values("Anurag");
insert into users(username) values("Manali");
insert into users(username) values("Kunal");
insert into users(username) values("Alper");
insert into users(username) values("Maruti");
insert into users(username) values("Anjali");
select * from users;
_____________________________________________________________
insert into events(eventName, userID, numTickets, avail, purchased)
values("Alcatraz", 3, 50, 40, 0);
insert into events(eventName, userID, numTickets, avail, purchased)
values("Twin Peaks", 3, 30, 30, 0);
insert into events(eventName, userID, numTickets, avail, purchased)
values("Golden Gate Bridge", 2, 70, 65, 0);
insert into events(eventName, userID, numTickets, avail, purchased)
values("Pier 39", 4, 40, 40, 0);
select * from events;
_____________________________________________________________
|
DROP TABLE IF EXISTS t_forecast_biz;
CREATE TABLE t_forecast_biz
(
emsid BIGINT NOT NULL COMMENT 'Ems ID',
bizid BIGINT NOT NULL COMMENT '电路ID',
indicator BIGINT NOT NULL COMMENT '指标类型',
yhat DOUBLE NOT NULL COMMENT '预测值',
yhat_lower DOUBLE NOT NULL COMMENT '下限',
yhat_upper DOUBLE NOT NULL COMMENT '上限',
predicted_time TIMESTAMP NOT NULL COMMENT '时间',
PRIMARY KEY (emsid,bizid,indicator,predicted_time)
) ENGINE = MYISAM COMMENT='流量预测';
DROP TABLE IF EXISTS t_forecast_trans;
CREATE TABLE t_forecast_trans
(
emsid BIGINT NOT NULL COMMENT 'Ems ID',
bizid BIGINT NOT NULL COMMENT '传输系统ID',
indicator BIGINT NOT NULL COMMENT '指标类型',
yhat DOUBLE NOT NULL COMMENT '预测值',
yhat_lower DOUBLE NOT NULL COMMENT '下限',
yhat_upper DOUBLE NOT NULL COMMENT '上限',
predicted_time TIMESTAMP NOT NULL COMMENT '时间',
PRIMARY KEY (emsid,bizid,indicator,predicted_time)
) ENGINE = MYISAM COMMENT='流量预测';
DROP TABLE IF EXISTS t_forecast_port;
CREATE TABLE t_forecast_port
(
emsid BIGINT NOT NULL COMMENT 'Ems ID',
neid BIGINT UNSIGNED NOT NULL COMMENT '网元ID',
boardid BIGINT UNSIGNED NOT NULL COMMENT '盘ID',
portlevel INT NOT NULL COMMENT '端口层次',
portno INT UNSIGNED NOT NULL COMMENT '端口号',
portkey VARCHAR(64) NOT NULL COMMENT '统一端口字符串'
indicator BIGINT NOT NULL COMMENT '指标类型',
yhat DOUBLE NOT NULL COMMENT '预测值',
yhat_lower DOUBLE NOT NULL COMMENT '下限',
yhat_upper DOUBLE NOT NULL COMMENT '上限',
predicted_time TIMESTAMP NOT NULL COMMENT '时间',
PRIMARY KEY (emsid,bizid,indicator,predicted_time)
) ENGINE = MYISAM COMMENT='流量预测'; |
-- =============================================
-- Script Template
-- =============================================
CREATE TABLE dbo.tbl1 (id int identity(1,1) not null primary key, nm varchar(32) NOT NULL UNIQUE, is_valid BIT, price DECIMAL(9,2), descr NVARCHAR(255), cnt INT NULL);
|
create table if not exists secrets (
info varchar(2048) not null,
pswd varchar(64) not null,
link varchar(64) unique not null
); |
INSERT INTO `prix_service` (`Id_service`, `Id_type_service`, `Prix`) VALUES
(1, 1, 2),
(2, 1, 2),
(3, 1, 0),
(1, 2, 4),
(2, 2, 4),
(3, 2, 0),
(1, 3, 6),
(2, 3, 6),
(3, 3, 2);
INSERT INTO `service` (`Id_service`, `Label`) VALUES
(1, 'CAD\r\nFOR\r\nOSTEOPOROSIS'),
(2, 'CAD\r\nFOR\r\nSCOLIOSIS'),
(3, 'MEDICAL\r\nALGORITHMS\r\nTOOLBOX');
INSERT INTO `type_service` (`Id_Type_service`, `Label`) VALUES
(1, 'Basic'),
(2, 'Advanced'),
(3, 'Personalized'); |
--CREATE DATABASE sandwhich_shop;
START TRANSACTION;
DROP TABLE IF EXISTS menu_sandwhich_type;
DROP TABLE IF EXISTS menu;
DROP TABLE IF EXISTS sandwhich_type;
CREATE TABLE menu
(
id serial PRIMARY KEY,
name varchar(128) NOT NULL,
description varchar,
price decimal,
unit_price decimal,
is_available boolean NOT NULL
);
CREATE TABLE sandwhich_type
(
id serial PRIMARY KEY,
name varchar(128) NOT NULL,
description varchar NOT NULL DEFAULT '' --EMPTY STRING RATHER THAN NULL, SO JAVA CODE DOESN'T ALWAYS HAVE TO CHECK FOR NULL
);
CREATE TABLE menu_sandwhich_type
(
menu_id int NOT NULL,
type_id int NOT NULL,
CONSTRAINT pk_menu_sandwhich_type PRIMARY KEY (menu_id, type_id),
CONSTRAINT fk_menu_id_id FOREIGN KEY (menu_id) REFERENCES menu(id),
CONSTRAINT fk_type_id_id FOREIGN KEY (type_id) REFERENCES sandwhich_type(id)
);
INSERT INTO sandwhich_type (name, description) VALUES
('hot', 'hot off the grill'),
('cold', 'the best cold cuts'),
('open-face', 'big plates for big eaters'),
('Pittsburgh Style', 'why not put fries on the sandwich');
COMMIT; |
@@..\job.sql
quit; |
USE FamilyEconomic_db
ALTER TABLE permanentPrices ALTER COLUMN [price] NVARCHAR(20) NOT NULL
|
CREATE TABLE da_nationality (
nationality_cd varchar2(32) NOT NULL,
nationality_name varchar2(32),
nationality_desc varchar2(32),
record_status char(1),
loc_cd varchar2,
org_cd varchar2(8) NOT NULL,
grp_cd varchar2(8) NOT NULL,
dw_last_updated_dt date,
dw_facility_cd varchar2(16),
dw_job_run_no integer,
dw_row_id varchar2(128)
);
|
select * from role inner join user_new on role.id=user_new.id ORDER BY user_new.username ASC,role.name ASC;
select * from role right join user_new on role.id = user_new.id order by user_new.username ASC ,role.name ASC;
select user_new.name from user_new,role where user_new.role_id = role.id;
select user_new.phonenumber,user_new.emailid,profile.batch,department.name,profile.designation,experience.company_name from user_new
inner join profile on user_new.profile_id=profile.id
inner join degree on profile.degree_id = degree.id
inner join department on degree.department_id = department.id
inner join experience on profile.id = experience.profile_id
and user_new.name = 'abcd' and experience.currentValue=1;
select user_new.name, skill1.name from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join skill1 on profile.id = skill1.id
where role.name = 'guide';--Alumini
select user_new.name, experience.company_name from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join experience on user_new.id = experience.id
where role.name = 'guide'
order by user_new.name,experience.company_name;
select user_new.name, experience.company_name from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join experience on user_new.id = experience.id
where role.name = 'guide'
order by user_new.name,experience.company_name;
select user_new.name, experience.company_name from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join experience on user_new.id = experience.id
where role.name = 'guide' and experience.currentValue=1
order by user_new.name;
select user_new.name, experience.company_name from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join experience on user_new.id = experience.id
where role.name = 'Alumini' and experience.currentValue=1 and profile.batch='2008'
order by user_new.name;
select user_new.name, user_new.emailid, user_new.phonenumber, profile.address from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
where role.name='Alumni' and user_new.profile_id is not null
order by user_new.name;
select user_new.name, user_new.emailid, user_new.phonenumber, profile.address from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join degree on user_new.id = degree.id
where role.name='Alumni' and degree.name='BSC_CT'
order by user_new.name;
select user_new.name, user_new.emailid, user_new.phonenumber, profile.address from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join degree on user_new.id = degree.id
inner join department on user_new.id = department.id
where role.name='Alumni' and department.name='CSE'
order by user_new.name;
select user_new.name, higher_degree.university_name from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join higher_degree on user_new.id = higher_degree.id
inner join department on user_new.id = department.id
where role.name='Alumni' and higher_degree.degree_name is not null
order by user_new.name,higher_degree.university_name;
select user_new.name, higher_degree.university_name from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join higher_degree on user_new.id = higher_degree.id
inner join department on user_new.id = department.id
where role.name='Alumni' and higher_degree.degree_name is not null
order by user_new.name,higher_degree.university_name;
select user_new.name, user_new.emailid, user_new.phonenumber, profile.address from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join degree on user_new.id = degree.id
inner join higher_degree on user_new.id = higher_degree.id
inner join department on user_new.id = department.id
where role.name='Alumni' and higher_degree.university_name='Texas University'
order by user_new.name;
select user_new.name, profile.batch from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
where role.name='Alumni' and profile.gender='female'
order by user_new.name;
select user_new.name, profile.batch,degree.name from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join degree on user_new.id = degree.id
where role.name='Alumni' and profile.gender='female'
order by user_new.name;
select user_new.name, profile.batch,degree.name,department.name from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join degree on user_new.id = degree.id
inner join department on user_new.id= department.id
where role.name='Alumni' and profile.gender='female'
order by user_new.name;
select degree.name, department.name from degree
inner join department on degree.department_id= department.id
order by degree.name;
select user_new.name, profile.designation from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
where role.name='Alumni' and profile.gender='male'
order by user_new.name;
select user_new.name, profile.designation from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join experience on user_new.id = experience.id
where role.name='Alumni' and experience.currentValue=1 and experience.company_name='TCS'
order by user_new.name;
select user_new.name, querytable.content from user_new
inner join querytable on user_new.role_id = querytable.id
order by user_new.name;
select user_new.name, querytable.content from user_new
inner join querytable on user_new.role_id = querytable.id
where querytable.parent_id is not null
order by user_new.name;
select user_new.name, post.content from user_new
inner join post on user_new.role_id = post.id
order by user_new.name;
select user_new.name, post.content from user_new
inner join post on user_new.role_id = post.id
inner join post_type on post.type_id = post_type.id
where post_type.name='Technology'
order by user_new.name,post.dateof;
select user_new.name, post.content from user_new
inner join post on user_new.role_id = post.id
inner join post_type on post.type_id = post_type.id
where post.dateof='2013'
order by user_new.name,post.dateof,post.content;
select user_new.name, department.name from user_new
inner join role on user_new.role_id = role.id
inner join profile on user_new.profile_id = profile.id
inner join degree on user_new.id = degree.id
inner join department on user_new.id= department.id
inner join profile_skills on user_new.profile_id = profile_skills.profile_id
inner join skill on profile_skills.skill_id = skill.id
where skill.name='Programming'
order by user_new.name;
select user_new.name, event1.name from user_new
inner join event1 on user_new.id = event1.id
inner join role on user_new.role_id = role.id
where role.name='Alumni'
order by user_new.name,event1.dateof,event1.name desc;
select user_new.name, event1.name from user_new
inner join event1 on user_new.id = event1.id
inner join role on user_new.role_id = role.id
where role.name='Alumni'
order by user_new.name,event1.dateof;
|
CREATE OR REPLACE VIEW documentduplicate AS
WITH dd AS (
SELECT dd.id,
dd.doi,
dd."authorsStr",
dd.title,
dd."scopusId",
dd.kind,
g.id AS "researchEntity"
FROM "group" g
JOIN authorshipgroup a ON g.id = a."researchEntity"
JOIN document dd ON a.document = dd.id
UNION
SELECT dd.id,
dd.doi,
dd."authorsStr",
dd.title,
dd."scopusId",
dd.kind,
g.id AS "researchEntity"
FROM "group" g
JOIN document dd ON g.id = dd."draftGroupCreator"
)
SELECT *
FROM (
SELECT d.id AS document,
dd.id AS duplicate,
dd.kind AS "duplicateKind",
dd."researchEntity" AS "researchEntity",
'group' AS "researchEntityType",
1 AS id
FROM dd
JOIN document d
ON lower(translate(d."authorsStr", ' .', '')) = lower(translate(dd."authorsStr", ' .', ''))
AND lower(translate(d."title", ' -.', '')) = lower(translate(dd."title", ' -.', ''))
WHERE d."authorsStr" != ''
AND dd."authorsStr" != ''
AND d.title != ''
AND dd.title != ''
UNION
SELECT d.id AS document,
dd.id AS duplicate,
dd.kind AS "duplicateKind",
dd."researchEntity" AS "researchEntity",
'group' AS "researchEntityType",
1 AS id
FROM dd
JOIN document d
ON lower(translate(d."doi", ' ', '')) = lower(translate(dd."doi", ' ', ''))
WHERE d.doi != ''
AND dd.doi != ''
UNION
SELECT d.id AS document,
dd.id AS duplicate,
dd.kind AS "duplicateKind",
dd."researchEntity" AS "researchEntity",
'group' AS "researchEntityType",
1 AS id
FROM dd
JOIN document d
ON lower(translate(d."scopusId", ' ', '')) = lower(translate(dd."scopusId", ' ', ''))
WHERE d."scopusId" != ''
AND dd."scopusId" != ''
) tmp
WHERE document <> duplicate
AND (LEAST(document, duplicate), GREATEST(document, duplicate), "researchEntity") NOT IN (
SELECT document,
duplicate,
"researchEntity"
FROM documentnotduplicategroup dnd
)
UNION
(WITH dd AS (
SELECT dd.id,
dd.doi,
dd."authorsStr",
dd.title,
dd."scopusId",
dd.kind,
u.id AS "researchEntity"
FROM "user" u
JOIN authorship a ON u.id = a."researchEntity"
JOIN document dd ON a.document = dd.id
UNION
SELECT dd.id,
dd.doi,
dd."authorsStr",
dd.title,
dd."scopusId",
dd.kind,
u.id AS "researchEntity"
FROM "user" u
JOIN document dd
ON u.id = dd."draftCreator"
)
SELECT *
FROM (
SELECT d.id AS document,
dd.id AS duplicate,
dd.kind AS "duplicateKind",
dd."researchEntity" AS "researchEntity",
'user' AS "researchEntityType",
1 AS id
FROM dd
JOIN document d
ON lower(translate(d."authorsStr", ' .', '')) = lower(translate(dd."authorsStr", ' .', ''))
AND lower(translate(d."title", ' -.', '')) = lower(translate(dd."title", ' -.', ''))
WHERE d."authorsStr" != ''
AND dd."authorsStr" != ''
AND d.title != ''
AND dd.title != ''
UNION
SELECT d.id AS document,
dd.id AS duplicate,
dd.kind AS "duplicateKind",
dd."researchEntity" AS "researchEntity",
'user' AS "researchEntityType",
1 AS id
FROM dd
JOIN document d
ON lower(translate(d."doi", ' ', '')) = lower(translate(dd."doi", ' ', ''))
WHERE d.doi != ''
AND
dd.doi != ''
UNION
SELECT d.id AS document,
dd.id AS duplicate,
dd.kind AS "duplicateKind",
dd."researchEntity" AS "researchEntity",
'user' AS "researchEntityType",
1 AS id
FROM dd
JOIN document d
ON lower(translate(d."scopusId", ' ', '')) = lower(translate(dd."scopusId", ' ', ''))
WHERE d."scopusId" != ''
AND dd."scopusId" != ''
) tmp
WHERE document <> duplicate
AND (LEAST(document, duplicate), GREATEST(document, duplicate), "researchEntity") NOT IN (
SELECT document,
duplicate,
"researchEntity"
FROM documentnotduplicate dnd
)
)
|
-- 225475 "Respiratory Arrest"
-- -- Lots of data coming out of this patient
-- 227752 "Cordis/Introducer Placement Confirmed by X-ray"
-- -- ScvO2 continuous transducing
-- 225383 "Presep Catheter Cap Change"
-- 225384 "Presep Catheter Change over Wire Date"
-- 225385 "Presep Catheter Dressing Change"
-- 225386 "Presep Catheter Insertion Date"
-- 225387 "Presep Catheter Site Appear"
-- 225388 "Presep Catheter Waveform Appear"
-- 227805 "SvO2 SQI"
-- 227806 "ScvO2 (Presep) SQI"
-- 228177 "CI (PiCCO)"
-- 228178 "CO (PiCCO)"
-- 228179 "ELWI (PiCCO)"
-- 228180 "GEDI (PiCCO)"
-- 228181 "ITBVI (PiCCO)"
-- 228182 "SVI (PiCCO)"
-- 228183 "SVRI (PiCCO)_OLD_1"
-- 228184 "SVV (PiCCO)"
-- 228640 "EtCO2"
-- 228641 "EtCO2 Clinical indication"
-- 225472 "Pneumothorax"
-- 225433 "Chest Tube Placed"
-- 225479 "Thoracentesis"
-- 228198 "Tandem Heart Flow"
-- 228199 "Type (Tandem Heart)"
-- 228193 "Oxygenator/ECMO" |
set timezone = 'America/Chihuahua';
select to_char(now(),'YYYY-MM-DD"T"HH24:MI:SS.MSOF');
set timezone = 'America/Mexico_City';
select to_char(now(),'YYYY-MM-DD"T"HH24:MI:SS.MSOF') |
-- phpMyAdmin SQL Dump
-- version 4.3.11
-- http://www.phpmyadmin.net
--
-- Host: 127.0.0.1
-- Generation Time: Jun 18, 2015 at 04:46 AM
-- Server version: 5.6.24
-- PHP Version: 5.6.8
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 */;
--
-- Database: `tracking`
--
-- --------------------------------------------------------
--
-- Table structure for table `item`
--
CREATE TABLE IF NOT EXISTS `item` (
`id` int(11) NOT NULL,
`part_num` int(11) NOT NULL,
`apof` varchar(255) NOT NULL,
`si` int(11) NOT NULL,
`po_num` varchar(255) NOT NULL,
`location` int(11) NOT NULL,
`remarks` text NOT NULL,
`sn` varchar(255) NOT NULL,
`date` date NOT NULL,
`dpatm` varchar(255) NOT NULL,
`mtc` text NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
--
-- Indexes for dumped tables
--
--
-- Indexes for table `item`
--
ALTER TABLE `item`
ADD PRIMARY KEY (`id`), ADD KEY `part` (`part_num`), ADD KEY `shipping` (`si`), ADD KEY `location` (`location`);
--
-- AUTO_INCREMENT for dumped tables
--
--
-- AUTO_INCREMENT for table `item`
--
ALTER TABLE `item`
MODIFY `id` int(11) NOT NULL AUTO_INCREMENT;
--
-- Constraints for dumped tables
--
--
-- Constraints for table `item`
--
ALTER TABLE `item`
ADD CONSTRAINT `location` FOREIGN KEY (`location`) REFERENCES `location` (`id`) ON UPDATE CASCADE,
ADD CONSTRAINT `part` FOREIGN KEY (`part_num`) REFERENCES `part` (`part_num`) ON UPDATE CASCADE,
ADD CONSTRAINT `shipping` FOREIGN KEY (`si`) REFERENCES `si` (`id`) ON UPDATE CASCADE;
/*!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 IF NOT EXISTS `spring_project` /*!40100 DEFAULT CHARACTER SET utf8mb4 COLLATE utf8mb4_0900_ai_ci */ /*!80016 DEFAULT ENCRYPTION='N' */;
USE `spring_project`;
-- MySQL dump 10.13 Distrib 8.0.21, for Win64 (x86_64)
--
-- Host: 127.0.0.1 Database: spring_project
-- ------------------------------------------------------
-- Server version 8.0.21
/*!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 */;
/*!50503 SET NAMES utf8 */;
/*!40103 SET @OLD_TIME_ZONE=@@TIME_ZONE */;
/*!40103 SET TIME_ZONE='+00:00' */;
/*!40014 SET @OLD_UNIQUE_CHECKS=@@UNIQUE_CHECKS, UNIQUE_CHECKS=0 */;
/*!40014 SET @OLD_FOREIGN_KEY_CHECKS=@@FOREIGN_KEY_CHECKS, FOREIGN_KEY_CHECKS=0 */;
/*!40101 SET @OLD_SQL_MODE=@@SQL_MODE, SQL_MODE='NO_AUTO_VALUE_ON_ZERO' */;
/*!40111 SET @OLD_SQL_NOTES=@@SQL_NOTES, SQL_NOTES=0 */;
--
-- Dumping data for table `categories`
--
LOCK TABLES `categories` WRITE;
/*!40000 ALTER TABLE `categories` DISABLE KEYS */;
INSERT INTO `categories` VALUES (1,1,6,1,'Оргтехника'),(2,4,5,2,'Телевизоры'),(3,15,28,1,'Аудиотехника'),(4,7,14,1,'Комплектующие'),(5,16,21,2,'Наушники'),(6,10,11,2,'Процессоры'),(7,12,13,2,'ОЗУ'),(8,19,20,3,'С микрофоном'),(9,22,27,2,'Микрофоны'),(10,2,3,2,'Мониторы'),(11,25,26,3,'Радио микрофон'),(14,17,18,3,'Без микрофона'),(19,8,9,2,'HDD'),(21,23,24,3,'Проводной микрофон');
/*!40000 ALTER TABLE `categories` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Dumping data for table `options`
--
LOCK TABLES `options` WRITE;
/*!40000 ALTER TABLE `options` DISABLE KEYS */;
INSERT INTO `options` VALUES (1,6,'Тактовая частота'),(2,7,'Тайминги'),(3,19,'Объем'),(4,7,'Объем'),(5,10,'Марка'),(6,2,'Марка'),(7,10,'Диагональ'),(8,2,'Диагональ'),(9,14,'Подключение'),(10,8,'Подключение'),(11,21,'Длина кабеля'),(12,11,'Шумоподавление'),(13,21,'Шумоподавление'),(14,19,'Формат'),(15,14,'Длина кабеля');
/*!40000 ALTER TABLE `options` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Dumping data for table `order_products`
--
LOCK TABLES `order_products` WRITE;
/*!40000 ALTER TABLE `order_products` DISABLE KEYS */;
INSERT INTO `order_products` VALUES (1,1,7,1),(2,1,6,2),(3,1,5,1),(4,2,3,2),(5,2,4,3),(6,3,1,2),(7,3,5,1),(8,4,4,1),(9,4,6,3);
/*!40000 ALTER TABLE `order_products` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Dumping data for table `orders`
--
LOCK TABLES `orders` WRITE;
/*!40000 ALTER TABLE `orders` DISABLE KEYS */;
INSERT INTO `orders` VALUES (1,NULL,'2020-10-22 09:14:27',1,NULL,0,'Order comment...'),(2,2,'2020-10-22 09:17:49',1,NULL,0,'Text comment...'),(3,1,'2020-10-22 09:21:46',1,NULL,0,'My oorder...'),(4,3,'2020-10-28 15:44:34',1,NULL,0,'Test');
/*!40000 ALTER TABLE `orders` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Dumping data for table `products`
--
LOCK TABLES `products` WRITE;
/*!40000 ALTER TABLE `products` DISABLE KEYS */;
INSERT INTO `products` VALUES (1,6,'i7',45000),(3,19,'Toshiba',15000),(4,6,'i5',29700),(5,19,'Seagate',14500),(6,7,'DDR3L',45800),(7,6,'AMD Ryzen 7',47000),(8,2,'Test',777);
/*!40000 ALTER TABLE `products` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Dumping data for table `roles`
--
LOCK TABLES `roles` WRITE;
/*!40000 ALTER TABLE `roles` DISABLE KEYS */;
INSERT INTO `roles` VALUES (1,'admin','Администратор'),(2,'moder','Модератор'),(3,'user','Пользователь');
/*!40000 ALTER TABLE `roles` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Dumping data for table `users`
--
LOCK TABLES `users` WRITE;
/*!40000 ALTER TABLE `users` DISABLE KEYS */;
INSERT INTO `users` VALUES (1,'qwe','$2a$10$RAJay.LnhoCFa0ZrE84RUOew0C6hvVcRPrWUt0xg6aqN5EAxX9MEe','QWE','QWE',1),(2,'asd','$2a$10$RAJay.LnhoCFa0ZrE84RUOew0C6hvVcRPrWUt0xg6aqN5EAxX9MEe','ASD','ASD',2),(3,'zxc','$2a$10$RAJay.LnhoCFa0ZrE84RUOew0C6hvVcRPrWUt0xg6aqN5EAxX9MEe','ZXC','ZXC',3);
/*!40000 ALTER TABLE `users` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Dumping data for table `values`
--
LOCK TABLES `values` WRITE;
/*!40000 ALTER TABLE `values` DISABLE KEYS */;
INSERT INTO `values` VALUES (1,1,1,'3.0 GHz'),(3,3,3,'500 Gb'),(4,4,1,'2.85 Ghz'),(5,5,3,'750 Gb'),(6,6,2,'17-17-17'),(8,6,4,'16 gb'),(9,7,1,'3.1 Ghz'),(10,8,6,'Test'),(11,8,8,'Test');
/*!40000 ALTER TABLE `values` ENABLE KEYS */;
UNLOCK TABLES;
/*!40103 SET TIME_ZONE=@OLD_TIME_ZONE */;
/*!40101 SET SQL_MODE=@OLD_SQL_MODE */;
/*!40014 SET FOREIGN_KEY_CHECKS=@OLD_FOREIGN_KEY_CHECKS */;
/*!40014 SET UNIQUE_CHECKS=@OLD_UNIQUE_CHECKS */;
/*!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 */;
/*!40111 SET SQL_NOTES=@OLD_SQL_NOTES */;
-- Dump completed on 2020-12-22 21:42:32
|
-- Write a query identifying the type of each record in the TRIANGLES table using its three side lengths. Output one of the following statements for each record in the table:
-- Equilateral: It's a triangle with sides of equal length.
-- Isosceles: It's a triangle with sides of equal length.
-- Scalene: It's a triangle with sides of differing lengths.
-- Not A Triangle: The given values of A, B, and C don't form a trian
SELECT CASE
WHEN A + B <= C OR A + C <= B OR C + B <= A THEN "Not A Triangle"
WHEN A = B AND A = C THEN 'Equilateral'
WHEN A = B OR B = C OR A = C THEN 'Isosceles'
WHEN A != B AND B != C THEN 'Scalene'
END
FROM TRIANGLES
|
SELECT COUNT(*) from actor
where first_name LIKE 'P%'; |
CREATE DATABASE ksenodoxio;
CREATE TABLE Pelatis(
Id_Pelath NUMERIC NOT NULL,
-- Το ΑΦΜ του πελάτη θα πρέπει να είναι μοναδικό
AFM_Pelath NUMERIC(9) UNIQUE NOT NULL,
Onoma_Pelath CHAR(20) NOT NULL,
Epwnumo_Pelath CHAR(25) NOT NULL,
Fylo_Pelath CHAR(1),
Hm_Gennhshs_Pelath DATE NOT NULL,
Dieuthunsi_Pelath CHAR(40) NOT NULL,
-- Το τηλέφωνο του πελάτη θα πρέπει να είναι μοναδικό
Thlephwno_Pelath CHAR(10) UNIQUE,
CONSTRAINT Pelatis_Primary_Key PRIMARY KEY (Id_Pelath));
CREATE TABLE Ypallillos(
Id_Ypallillou NUMERIC NOT NULL,
Onoma_Ypallillou CHAR(20) NOT NULL,
Epwnumo_Ypallillou CHAR(25) NOT NULL,
Eidikotita_Ypallilou CHAR(20) NOT NULL,
Dieuthunsi_Ypallillou CHAR(40) NOT NULL,
-- Το τηλέφωνο του υπαλλήλου θα πρέπει να είναι μοναδικό
Thlephwno_Ypallillou CHAR(10) UNIQUE NOT NULL,
CONSTRAINT Ypallillos_Primary_Key PRIMARY KEY (Id_Ypallillou));
CREATE TABLE Dwmatio(
Arithmos_Dwmatiou NUMERIC NOT NULL,
Xwritikotita_Dwmatiou NUMERIC(1) NOT NULL,
Katigoria_Dwmatiou NUMERIC(1) NOT NULL,
CONSTRAINT Dwmatio_Primary_Key PRIMARY KEY (Arithmos_Dwmatiou));
CREATE TABLE Dianomi(
Id_Dianomis NUMERIC NOT NULL,
Arithmos_Dwmatiou NUMERIC NOT NULL,
Hmeromhnia_Enarksis DATE NOT NULL,
Hmeromhnia_Lhkshs DATE NOT NULL,
-- Αν δεν γίνει εισαγωγή της αξίας διαμονής θα παίρνει ως προεπιλεγμένη τιμή το 0
Askia_Dianomis NUMERIC DEFAULT 0,
CONSTRAINT Dianomi_Foreign_Key FOREIGN KEY (Arithmos_Dwmatiou) REFERENCES Dwmatio (Arithmos_Dwmatiou),
CONSTRAINT Dianomi_Primary_Key PRIMARY KEY (Id_Dianomis));
CREATE TABLE Pelatis_Dianomh(
Id_Dianomis NUMERIC NOT NULL,
Id_Pelath NUMERIC NOT NULL,
CONSTRAINT DianomiP_Foreign_Key FOREIGN KEY (Id_Dianomis) REFERENCES Dianomi (Id_Dianomis),
CONSTRAINT PelatisD_Foreign_Key FOREIGN KEY (Id_Pelath) REFERENCES Pelatis (Id_Pelath),
CONSTRAINT Pelatis_Dianomh_Primary_Key PRIMARY KEY (Id_Dianomis,Id_Pelath));
CREATE TABLE Proion(
Id_Proiontos NUMERIC NOT NULL,
Onoma_Proiontos CHAR(40) NOT NULL,
Aksia_Monadas_Proiontos NUMERIC NOT NULL,
CONSTRAINT Proion_Primary_Key PRIMARY KEY (Id_Proiontos));
CREATE TABLE Xrewseis_Pelatwn(
Id_Pelath NUMERIC NOT NULL,
Id_Proiontos NUMERIC NOT NULL,
Hmeromhnia_Xrewshs DATETIME NOT NULL,
Id_Ypallillou NUMERIC NOT NULL,
-- Αν δεν γίνει εισαγωγή της ποσότητα του προϊόντος θα παίρνει ως προεπιλεγμένη τιμή το 0
Posotita_Proiontos NUMERIC DEFAULT 1,
CONSTRAINT Xrewseis_Pelati_Foreign_Key FOREIGN KEY (Id_Pelath) REFERENCES Pelatis (Id_Pelath),
CONSTRAINT Xrewseis_Proiontos_Foreign_Key FOREIGN KEY (Id_Proiontos) REFERENCES Proion (Id_Proiontos),
CONSTRAINT Xrewseis_Ypallilos_Foreign_Key FOREIGN KEY (Id_Ypallillou) REFERENCES Ypallillos (Id_Ypallillou),
CONSTRAINT Xrewseis_Pelatwn_Primary_Key PRIMARY KEY (Id_Pelath,Id_Proiontos,Id_Ypallillou));
CREATE TABLE Diathesimotita(
-- Το Id θα είναι AUTO INCREMENT
Id_Eggrafhs NUMERIC NOT NULL IDENTITY(1,1),
Sunolikos_Arithmos_Dwmatiwn NUMERIC NOT NULL,
Diathesimos_Arithmos_Dwmatiwn NUMERIC NOT NULL,
Plhrothta FLOAT NOT NULL,
CONSTRAINT Diathesimotita_Primary_Key PRIMARY KEY (Id_Eggrafhs)); |
-- MySQL dump 10.13 Distrib 5.7.22, for Linux (x86_64)
--
-- Host: localhost Database: laravelshop
-- ------------------------------------------------------
-- Server version 5.7.22-0ubuntu18.04.1
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
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/*!40101 SET @OLD_SQL_MODE=@@SQL_MODE, SQL_MODE='NO_AUTO_VALUE_ON_ZERO' */;
/*!40111 SET @OLD_SQL_NOTES=@@SQL_NOTES, SQL_NOTES=0 */;
--
-- Dumping data for table `admin_menu`
--
LOCK TABLES `admin_menu` WRITE;
/*!40000 ALTER TABLE `admin_menu` DISABLE KEYS */;
INSERT INTO `admin_menu` VALUES (1,0,1,'首页','fa-bar-chart','/',NULL,'2018-08-13 20:53:55'),(2,0,2,'系统管理','fa-tasks',NULL,NULL,'2018-08-13 20:54:15'),(3,2,3,'管理员','fa-users','auth/users',NULL,'2018-08-13 20:54:34'),(4,2,4,'角色','fa-user','auth/roles',NULL,'2018-08-13 20:54:55'),(5,2,5,'权限','fa-ban','auth/permissions',NULL,'2018-08-13 20:55:07'),(6,2,6,'菜单','fa-bars','auth/menu',NULL,'2018-08-13 20:55:21'),(7,2,7,'操作日志','fa-history','auth/logs',NULL,'2018-08-13 20:55:35'),(8,0,8,'用户管理','fa-users','/users','2018-08-13 21:06:00','2018-08-13 21:07:29'),(9,0,0,'商品管理','fa-cubes','/products','2018-08-15 16:57:57','2018-08-15 16:57:57'),(10,0,0,'订单管理','fa-bars','/orders','2018-10-23 11:38:46','2018-10-23 11:38:46'),(11,0,0,'优惠券','fa-bars','/coupon_codes','2018-10-24 15:29:55','2018-10-24 15:29:55');
/*!40000 ALTER TABLE `admin_menu` ENABLE KEYS */;
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--
-- Dumping data for table `admin_permissions`
--
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/*!40000 ALTER TABLE `admin_permissions` DISABLE KEYS */;
INSERT INTO `admin_permissions` VALUES (1,'All permission','*','','*',NULL,NULL),(2,'Dashboard','dashboard','GET','/',NULL,NULL),(3,'Login','auth.login','','/auth/login\r\n/auth/logout',NULL,NULL),(4,'User setting','auth.setting','GET,PUT','/auth/setting',NULL,NULL),(5,'Auth management','auth.management','','/auth/roles\r\n/auth/permissions\r\n/auth/menu\r\n/auth/logs',NULL,NULL),(6,'用户管理','users','','/users*','2018-08-13 21:31:51','2018-08-13 21:31:51'),(7,'商品管理','products','','/products*','2018-10-24 17:01:11','2018-10-24 17:17:59'),(8,'订单管理','orders','','/orders*','2018-10-24 17:01:35','2018-10-24 17:18:06'),(9,'优惠券管理','coupon_codes','','/coupon_codes*','2018-10-24 17:02:24','2018-10-24 17:18:13');
/*!40000 ALTER TABLE `admin_permissions` ENABLE KEYS */;
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-- Dumping data for table `admin_role_menu`
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UNLOCK TABLES;
--
-- Dumping data for table `admin_role_users`
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LOCK TABLES `admin_role_users` WRITE;
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UNLOCK TABLES;
--
-- Dumping data for table `admin_roles`
--
LOCK TABLES `admin_roles` WRITE;
/*!40000 ALTER TABLE `admin_roles` DISABLE KEYS */;
INSERT INTO `admin_roles` VALUES (1,'Administrator','administrator','2018-08-12 16:34:53','2018-08-12 16:34:53'),(2,'运营','operator','2018-08-13 21:34:27','2018-08-13 21:34:27');
/*!40000 ALTER TABLE `admin_roles` ENABLE KEYS */;
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--
-- Dumping data for table `admin_user_permissions`
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/*!40000 ALTER TABLE `admin_user_permissions` ENABLE KEYS */;
UNLOCK TABLES;
--
-- Dumping data for table `admin_users`
--
LOCK TABLES `admin_users` WRITE;
/*!40000 ALTER TABLE `admin_users` DISABLE KEYS */;
INSERT INTO `admin_users` VALUES (1,'admin','$2y$10$AlzG865JmH4uoaaip0y6EuUeRKm.DZgIb/oJnhW/f/ir3h9SfEyOi','Administrator',NULL,'kQPjBBSE17qnygcKhFU8STl2THOyOhkmqQ5gxnlxwU3PTwYkdqvx4r1zPxsm','2018-08-12 16:34:53','2018-08-12 16:34:53'),(2,'operator','$2y$10$c929e6Gu.2Xol.OE044CzOJ5BmPyk4jEUhpgRBiAMxmagRV1skOfy','运营',NULL,'8K31acdmHIgfV2HghX7bYsslJb5UpW5MN3xgJO57zBQwF6R9jOjm0yB7NMGX','2018-08-13 21:44:15','2018-08-13 21:44:15');
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/*!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 */;
/*!40111 SET SQL_NOTES=@OLD_SQL_NOTES */;
-- Dump completed on 2018-10-24 9:24:38
|
-- add variables before
-- oasis for mimic / APACHE for eICU -- apachepatientresult
-- elixhauser for mimic / --
-- explicit_sepsis INTEGER NULLABLE -- sepsis_from_diagnosis
-- vaso INTEGER NULLABLE -- pivoted_treatment_vasopressor
select cohort.* , apache.apache, sepsis.sepsis, case vaso.vaso when 1 then 1 else 0 end as vaso
from `NMB_eICU.COHORT_BASELINE_P1` cohort
left outer join
(select patientunitstayid , avg(apachescore) as apache
from `physionet-data.eicu_crd.apachepatientresult`
group by patientunitstayid) apache
on cohort.patientunitstayid = apache.patientunitstayid
left outer join
(select patientunitstayid , max(sepsis) as sepsis
from `physionet-data.eicu_crd_derived.sepsis_from_diagnosis`
group by patientunitstayid) sepsis
on cohort.patientunitstayid = sepsis.patientunitstayid
left outer join
(select patientunitstayid , max(vasopressor) as vaso
from `physionet-data.eicu_crd_derived.pivoted_treatment_vasopressor`
group by patientunitstayid) vaso
on cohort.patientunitstayid = vaso.patientunitstayid
where apache is not null
and sepsis is not null
and vaso is not null
-- 6947 becomes
|
drop table if exists key_hashes;
drop table if exists valid_key_hashes;
create table key_hashes (
certid integer,
half_sha1 char(20)
);
create table valid_key_hashes (
certid integer,
half_sha1 char(20)
);
-- all of this madness is required because
-- (1) "openssl rsa -modulus" produces output like this:
-- "Modulus=B460F0869B865653B0C35A2CCD7E32D7C"....
-- while our db entry looks like: "00:b4:60:f0:86"...
-- (2) debian only stores the lower 80 bits of the hashes in its blacklists
insert into key_hashes
select certid,
substring(
sha1(
concat(
"Modulus=",
upper(
substring( replace(`RSA Public Key:Modulus`, ":", "") ,3)
),
"\n"
)
),
-20)
as half_sha1
from all_certs;
insert into valid_key_hashes
select certid,
substring(
sha1(
concat(
"Modulus=",
upper(
substring( replace(`RSA Public Key:Modulus`, ":", "") ,3)
),
"\n"
)
),
-20)
as half_sha1
from valid_certs;
create index hs1 on key_hashes(half_sha1);
create index hs1 on valid_key_hashes(half_sha1);
select count(*) from blacklist natural join key_hashes;
select Subject,`X509v3 extensions:X509v3 Subject Alternative Name`
from valid_certs natural join (
select certid
from blacklist natural join valid_key_hashes
) as x
where `X509v3 extensions:X509v3 Subject Alternative Name` is not null;
select `X509v3 extensions:X509v3 CRL Distribution Points` from valid_certs natural join (select certid from blacklist natural join valid_key_hashes) as x where `X509v3 extensions:X509v3 Subject Alternative Name` is not null;
|
/**
* Execute this file from the command line by typing:
* mysql -u root < schema.sql
*/
-- DROP DATABASE IF EXISTS tandem_trivia;
CREATE DATABASE tandem_trivia;
USE tandem_trivia;
CREATE TABLE questions
(
id int NOT NULL
AUTO_INCREMENT,
question varchar
(255) NOT NULL,
rightAnswer varchar
(100) NOT NULL,
wrongAnswer1 varchar
(100) Not Null,
wrongAnswer2 varchar
(100) not null,
wrongAnswer3 varchar
(100) Not Null,
PRIMARY KEY
(id)
);
CREATE TABLE user
(
id int NOT NULL
AUTO_INCREMENT,
userName varchar
(255) NOT NULL,
score int (25) NOT NULL,
PRIMARY KEY
(id)
);
-- mysql -u root < server/schema.sql
-- mysql -u root -p (password none) |
ALTER TABLE users_certificates_feeds DROP FOREIGN KEY users_certificates_feeds_ibfk_3;
INSERT INTO `levels` (`id`, `title`, `days`) VALUES (4,'Project Manager',NULL);
DROP TABLE IF EXISTS `passings`;
CREATE TABLE `passings` (
`id` int(11) unsigned NOT NULL AUTO_INCREMENT,
`user_id` int(11) unsigned NOT NULL,
`days` int(11) unsigned NOT NULL DEFAULT '0',
`time` timestamp NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
`type` enum('company','english') NOT NULL DEFAULT 'company',
PRIMARY KEY (`id`),
KEY `user_id` (`user_id`),
CONSTRAINT `passings_ibfk_1` FOREIGN KEY (`user_id`) REFERENCES `users` (`id`) ON DELETE CASCADE ON UPDATE CASCADE
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
# ************************************************************ 18.12.2012
ALTER TABLE users ADD hire_date timestamp NULL DEFAULT NULL;
ALTER TABLE users ADD phone VARCHAR(20);
ALTER TABLE users ADD hash VARCHAR(200);
# ************************************************************ 26.12.2012
ALTER TABLE users_achievments_feeds DROP COLUMN feed_id;
TRUNCATE TABLE users_achievments;
# после чего нужно выполнить /admin/employees/modify_achievments
# ************************************************************ 27.12.2012
DROP TABLE IF EXISTS `users_notices`;
CREATE TABLE `users_notices` (
`user_id` int(11) unsigned NOT NULL,
`notice_id` int(11) unsigned NOT NULL,
`check` tinyint(1) NOT NULL DEFAULT '0',
KEY `user_id` (`user_id`),
KEY `notice_id` (`notice_id`),
CONSTRAINT `users_notices_ibfk_1` FOREIGN KEY (`user_id`) REFERENCES `users` (`id`) ON DELETE CASCADE ON UPDATE CASCADE,
CONSTRAINT `users_notices_ibfk_2` FOREIGN KEY (`notice_id`) REFERENCES `notices` (`id`) ON DELETE CASCADE ON UPDATE CASCADE
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
ALTER TABLE users ADD status tinyint(1) NOT NULL DEFAULT '1';
UPDATE users SET status='1'
WHERE status='0'; |
WITH
NMBAs AS (
SELECT
*
FROM
`physionet-data.eicu_crd.infusiondrug`
WHERE
LOWER(drugname) LIKE "%tracu%" -- cisatracurium
OR LOWER(drugname) LIKE "nim%" -- nimbex
OR LOWER(drugname) LIKE "doxacu%" -- Doxacurium
OR LOWER(drugname) LIKE "traciu%" -- Tracium (common misspelling)
OR LOWER(drugname) LIKE "tracriu%" -- Tracrium
)
SELECT
c.patientunitstayid,
c.vent_start,
c.vent_end,
d.infusionoffset,
d.drugamount
FROM
`NMB_eICU.COHORT_BASELINE_P2` c
LEFT OUTER JOIN
NMBAs d
ON
c.patientunitstayid = d.patientunitstayid
WHERE
d.infusionoffset IS NOT NULL |
SELECT DISTINCT A.ProveedorID,
B.RazonSocial,
C.AñoID,
D.NombreDocumento
FROM ((TB_Compra AS A
LEFT JOIN TB_Proveedor AS B ON A.ProveedorID=B.ProveedorID)
LEFT JOIN TB_Fecha AS C ON A.FechaEmisionID=C.FechaID)
LEFT JOIN TB_TipoDocumento AS D ON B.TipoDocumento=D.TipoDocumentoID;
|
--最終回一括送付
UPDATE REQUST_WITHDRAW_INFO
SET
--2012/10/26 製品化①（増値税等）向け仕様追加・変更 胡霞start
--発票印刷フラグ（利息）=印刷済
INVOICE_INTEREST_PRINTED_FLG = CAST(/*dto.invoicePrintKbnYes*/ AS CHAR(1)),
--発票印刷フラグ（元本）
/*IF dto.tradeMorphologyLeaseBackCd != dto.tradeMorphology*/
INVOICE_PRINTED_FLG = CAST(/*dto.invoicePrintKbnYes*/ AS CHAR(1)),
/*END*/
--2012/10/26 製品化①（増値税等）向け仕様追加・変更 胡霞end
--新規者/更新者
MODIFY_USER = /*modifyUser*/,
--新規日付/更新日付
MODIFY_DATE = /*modifyDate*/
WHERE
--更新日時 <= パラメータ．日時
MODIFY_DATE <= /*businessDate*/ AND
--請求回収情報．回収不要フラグ = OFF AND
UN_WITHDRAW_FLG = CAST(/*dto.unWithDrawFlgOff*/ AS CHAR(1)) AND
(INVOICE_INTEREST_PRINTED_FLG = CAST(/*dto.invoicePrintKbnNo*/ AS CHAR(1))
/*IF dto.tradeMorphologyLeaseBackCd != dto.tradeMorphology*/
OR INVOICE_PRINTED_FLG = CAST(/*dto.invoicePrintKbnNo*/ AS CHAR(1))
/*END*/
) AND
--契約番号
CONTRACT_NO = /*dto.contractNo*/ |
-- phpMyAdmin SQL Dump
-- version 4.9.2
-- https://www.phpmyadmin.net/
--
-- Servidor: 127.0.0.1:3306
-- Tiempo de generación: 07-08-2021 a las 04:09:15
-- Versión del servidor: 10.4.10-MariaDB
-- Versión de PHP: 7.3.12
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 */;
--
-- Base de datos: `hospital`
--
-- --------------------------------------------------------
--
-- Estructura de tabla para la tabla `medicos_pacientes`
--
DROP TABLE IF EXISTS `medicos_pacientes`;
CREATE TABLE IF NOT EXISTS `medicos_pacientes` (
`id_medico` int(11) NOT NULL,
`id_paciente` int(11) NOT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL,
KEY `medicos_pacientes_id_medico_foreign` (`id_medico`),
KEY `medicos_pacientes_id_paciente_foreign` (`id_paciente`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Volcado de datos para la tabla `medicos_pacientes`
--
INSERT INTO `medicos_pacientes` (`id_medico`, `id_paciente`, `created_at`, `updated_at`) VALUES
(3, 1, '2021-08-07 06:39:03', '2021-08-07 06:39:03'),
(3, 1, '2021-08-07 06:42:43', '2021-08-07 06:42:43'),
(3, 1, '2021-08-07 06:45:25', '2021-08-07 06:45:25'),
(3, 1, '2021-08-07 07:56:11', '2021-08-07 07:56:11');
-- --------------------------------------------------------
--
-- Estructura de tabla para la tabla `migrations`
--
DROP TABLE IF EXISTS `migrations`;
CREATE TABLE IF NOT EXISTS `migrations` (
`id` int(10) UNSIGNED NOT NULL AUTO_INCREMENT,
`migration` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`batch` int(11) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM AUTO_INCREMENT=9 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Volcado de datos para la tabla `migrations`
--
INSERT INTO `migrations` (`id`, `migration`, `batch`) VALUES
(1, '2014_10_12_000000_create_users_table', 1),
(2, '2014_10_12_100000_create_password_resets_table', 1),
(3, '2021_07_02_060109_medicos', 1),
(4, '2021_07_02_060221_pacientes', 1),
(5, '2021_07_02_060243_admin', 1),
(6, '2021_07_02_060315_citas', 1),
(7, '2021_07_02_191909_especialidades', 1),
(8, '2021_08_03_235724_medicos_pacientes', 1);
-- --------------------------------------------------------
--
-- Estructura de tabla para la tabla `password_resets`
--
DROP TABLE IF EXISTS `password_resets`;
CREATE TABLE IF NOT EXISTS `password_resets` (
`email` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`token` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`created_at` timestamp NULL DEFAULT NULL,
KEY `password_resets_email_index` (`email`(250))
) ENGINE=MyISAM DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Estructura de tabla para la tabla `t_admin`
--
DROP TABLE IF EXISTS `t_admin`;
CREATE TABLE IF NOT EXISTS `t_admin` (
`id_admin` int(10) UNSIGNED NOT NULL AUTO_INCREMENT,
`nombre` varchar(50) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`email` varchar(150) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`password` varchar(150) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL,
PRIMARY KEY (`id_admin`)
) ENGINE=MyISAM DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Estructura de tabla para la tabla `t_citas`
--
DROP TABLE IF EXISTS `t_citas`;
CREATE TABLE IF NOT EXISTS `t_citas` (
`id_cita` int(10) UNSIGNED NOT NULL AUTO_INCREMENT,
`nombre_paciente` varchar(100) COLLATE utf8mb4_unicode_ci NOT NULL,
`telefono` varchar(10) COLLATE utf8mb4_unicode_ci NOT NULL,
`edad` int(11) NOT NULL,
`fecha` date NOT NULL,
`hora` varchar(10) COLLATE utf8mb4_unicode_ci NOT NULL,
`peso` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`talla` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`observaciones` varchar(255) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`id_medico` int(11) NOT NULL,
`id_paciente` int(11) NOT NULL,
`id_admin` int(11) NOT NULL,
`motivo_cita` varchar(150) COLLATE utf8mb4_unicode_ci NOT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL,
PRIMARY KEY (`id_cita`),
KEY `t_citas_id_medico_foreign` (`id_medico`),
KEY `t_citas_id_paciente_foreign` (`id_paciente`),
KEY `t_citas_id_admin_foreign` (`id_admin`)
) ENGINE=MyISAM AUTO_INCREMENT=3 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Volcado de datos para la tabla `t_citas`
--
INSERT INTO `t_citas` (`id_cita`, `nombre_paciente`, `telefono`, `edad`, `fecha`, `hora`, `peso`, `talla`, `observaciones`, `id_medico`, `id_paciente`, `id_admin`, `motivo_cita`, `created_at`, `updated_at`) VALUES
(1, 'Olga', '7721000000', 56, '2021-08-01', '08:45 PM', '47kg', '180cm', 'hola', 3, 1, 1, 'consulta', '2021-08-07 06:45:25', '2021-08-07 09:07:06'),
(2, 'Olga', '7721000000', 56, '2021-08-04', '03:30 PM', '10kg', '157cm', 'hola2', 3, 1, 1, 'consulta medica', '2021-08-07 07:56:11', '2021-08-07 09:07:11');
-- --------------------------------------------------------
--
-- Estructura de tabla para la tabla `t_especialidades`
--
DROP TABLE IF EXISTS `t_especialidades`;
CREATE TABLE IF NOT EXISTS `t_especialidades` (
`id_especialidad` int(10) UNSIGNED NOT NULL AUTO_INCREMENT,
`nombre_especialidad` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL,
PRIMARY KEY (`id_especialidad`)
) ENGINE=MyISAM AUTO_INCREMENT=8 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Volcado de datos para la tabla `t_especialidades`
--
INSERT INTO `t_especialidades` (`id_especialidad`, `nombre_especialidad`, `created_at`, `updated_at`) VALUES
(1, 'Medicina interna', NULL, NULL),
(2, 'Traumatoliogía', NULL, NULL),
(3, 'Anesteciología', NULL, NULL),
(4, 'Dermatología', NULL, NULL),
(5, 'Radiología', NULL, NULL),
(6, 'Endocrinología', NULL, NULL),
(7, 'Medico general', NULL, NULL);
-- --------------------------------------------------------
--
-- Estructura de tabla para la tabla `t_medicos`
--
DROP TABLE IF EXISTS `t_medicos`;
CREATE TABLE IF NOT EXISTS `t_medicos` (
`id_medico` int(10) UNSIGNED NOT NULL AUTO_INCREMENT,
`nombre` varchar(30) COLLATE utf8mb4_unicode_ci NOT NULL,
`apellido_P` varchar(30) COLLATE utf8mb4_unicode_ci NOT NULL,
`apellido_M` varchar(30) COLLATE utf8mb4_unicode_ci NOT NULL,
`id_especialidad` int(11) NOT NULL,
`cedula_Profesional` varchar(30) COLLATE utf8mb4_unicode_ci NOT NULL,
`email` varchar(50) COLLATE utf8mb4_unicode_ci NOT NULL,
`direccion` varchar(150) COLLATE utf8mb4_unicode_ci NOT NULL,
`A_experiencia` int(10) UNSIGNED NOT NULL,
`telefono` varchar(10) COLLATE utf8mb4_unicode_ci NOT NULL,
`id_admin` int(11) NOT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL,
PRIMARY KEY (`id_medico`),
UNIQUE KEY `t_medicos_cedula_profesional_unique` (`cedula_Profesional`),
UNIQUE KEY `t_medicos_email_unique` (`email`),
KEY `t_medicos_id_admin_foreign` (`id_admin`),
KEY `t_medicos_id_especialidad_foreign` (`id_especialidad`)
) ENGINE=MyISAM AUTO_INCREMENT=8 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Volcado de datos para la tabla `t_medicos`
--
INSERT INTO `t_medicos` (`id_medico`, `nombre`, `apellido_P`, `apellido_M`, `id_especialidad`, `cedula_Profesional`, `email`, `direccion`, `A_experiencia`, `telefono`, `id_admin`, `created_at`, `updated_at`) VALUES
(1, 'Gabriel', 'Hernandez', 'Ruiz', 1, '111111111111111', 'gabriel@gmail.com', 'pachuca de soto', 3, '7721000000', 1, '2021-08-07 05:57:41', '2021-08-07 05:57:41'),
(2, 'Marco', 'Castro', 'Ayala', 2, '222222222222222', 'marco@gmail.com', 'pachuca de soto', 2, '7721000000', 1, '2021-08-07 06:04:42', '2021-08-07 06:04:42'),
(3, 'Raul', 'Rubio', 'Negrete', 3, '333333333333333', 'raul@gmail.com', 'Ixmiquilpan', 4, '7721000000', 1, '2021-08-07 06:05:35', '2021-08-07 06:05:35'),
(4, 'Mario', 'Quijano', 'Chavez', 4, '444444444444444', 'mario@gmail.com', 'pachuca de soto', 3, '7721000000', 1, '2021-08-07 06:06:31', '2021-08-07 06:06:31'),
(5, 'Norberto', 'Angeles', 'Lopez', 5, '555555555555555', 'norberto@gmail.com', 'pachuca de soto', 10, '7721000000', 1, '2021-08-07 06:07:27', '2021-08-07 06:07:27'),
(6, 'Sergio', 'Jimenez', 'Flores', 6, '666666666666666', 'sergio@gmail.com', 'Ixmiquilpan', 2, '7721000000', 1, '2021-08-07 06:08:17', '2021-08-07 06:08:17'),
(7, 'Ramon', 'Peña', 'Escalante', 7, '999999999999999', 'ramon@gmail.com', 'Ixmiquilpan', 4, '7721000000', 1, '2021-08-07 06:09:02', '2021-08-07 06:09:02');
-- --------------------------------------------------------
--
-- Estructura de tabla para la tabla `t_pacientes`
--
DROP TABLE IF EXISTS `t_pacientes`;
CREATE TABLE IF NOT EXISTS `t_pacientes` (
`id_paciente` int(10) UNSIGNED NOT NULL AUTO_INCREMENT,
`nombre` varchar(50) COLLATE utf8mb4_unicode_ci NOT NULL,
`apellido_P` varchar(50) COLLATE utf8mb4_unicode_ci NOT NULL,
`apellido_M` varchar(50) COLLATE utf8mb4_unicode_ci NOT NULL,
`email` varchar(50) COLLATE utf8mb4_unicode_ci NOT NULL,
`direccion` varchar(150) COLLATE utf8mb4_unicode_ci NOT NULL,
`fecha_Nacimiento` date NOT NULL,
`telefono` varchar(10) COLLATE utf8mb4_unicode_ci NOT NULL,
`id_medico` int(11) DEFAULT NULL,
`id_admin` int(11) NOT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL,
PRIMARY KEY (`id_paciente`),
UNIQUE KEY `t_pacientes_email_unique` (`email`),
KEY `t_pacientes_id_medico_foreign` (`id_medico`),
KEY `t_pacientes_id_admin_foreign` (`id_admin`)
) ENGINE=MyISAM AUTO_INCREMENT=2 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Volcado de datos para la tabla `t_pacientes`
--
INSERT INTO `t_pacientes` (`id_paciente`, `nombre`, `apellido_P`, `apellido_M`, `email`, `direccion`, `fecha_Nacimiento`, `telefono`, `id_medico`, `id_admin`, `created_at`, `updated_at`) VALUES
(1, 'Olga', 'Perez', 'Lopez', 'olga@gmail.com', 'Ixmiquilpan', '1974-06-13', '7721000000', NULL, 1, '2021-08-07 06:16:26', '2021-08-07 06:16:26');
-- --------------------------------------------------------
--
-- Estructura de tabla para la tabla `users`
--
DROP TABLE IF EXISTS `users`;
CREATE TABLE IF NOT EXISTS `users` (
`id` int(10) UNSIGNED NOT NULL AUTO_INCREMENT,
`nombre` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`email` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`cedula_profesional` varchar(255) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`level` int(11) NOT NULL,
`id_medico` int(11) DEFAULT NULL,
`id_paciente` int(11) DEFAULT NULL,
`id_admin` int(11) DEFAULT NULL,
`imagen` varchar(255) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`status` int(11) NOT NULL,
`password` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`remember_token` varchar(100) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL,
PRIMARY KEY (`id`),
UNIQUE KEY `users_email_unique` (`email`) USING HASH,
UNIQUE KEY `users_cedula_profesional_unique` (`cedula_profesional`) USING HASH,
KEY `users_id_medico_foreign` (`id_medico`),
KEY `users_id_paciente_foreign` (`id_paciente`),
KEY `users_id_admin_foreign` (`id_admin`)
) ENGINE=MyISAM AUTO_INCREMENT=12 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Volcado de datos para la tabla `users`
--
INSERT INTO `users` (`id`, `nombre`, `email`, `cedula_profesional`, `level`, `id_medico`, `id_paciente`, `id_admin`, `imagen`, `status`, `password`, `remember_token`, `created_at`, `updated_at`) VALUES
(1, 'Gerardo', 'gerardo@gmail.com', NULL, 0, NULL, NULL, NULL, NULL, 1, '$2y$10$OOn4udpieJKvmd0L8iRe5e5ysGiJAXfk3CGss/8T3Uybxtav4CYcO', 's9ptOgMFFVxBsY65s3RqQkdgCyEnEHejCwg5AYAEwM19wxBb3MsM5x75IuBq', NULL, NULL),
(2, 'Cristian', 'cristian@gmail.com', NULL, 0, NULL, NULL, NULL, NULL, 1, '$2y$10$wWeKvhdKfzWFb8R/KmjHfuj6eBkJbxAbHF/eIrOE1zEMPhaJiQEoe', NULL, NULL, NULL),
(3, 'Gabriel', 'gabriel@gmail.com', '111111111111111', 1, 1, NULL, 1, 'gabriel.jpg', 1, '$2y$10$HLU1RMzHODMzu2LyzfDYDeQ/odPN.DvDLppWpM7VifqxlJLYE88wu', 'DMjh9oPDtJfL71hTtH169L95jGeq6grk8aa48p96fYtiedoJ2d0gmyCvI5qc', '2021-08-07 05:57:41', '2021-08-07 05:57:41'),
(4, 'Marco', 'marco@gmail.com', '222222222222222', 1, 2, NULL, 1, NULL, 1, '$2y$10$wA9Gj4ylnBEO3oRojSVi7.W3K6oTX98HgqaHQ4LpJD8BHc80Mo4fa', NULL, '2021-08-07 06:04:42', '2021-08-07 06:04:42'),
(5, 'Raul', 'raul@gmail.com', '333333333333333', 1, 3, NULL, 1, 'raul.jpg', 1, '$2y$10$tjEwnj0Md3/pmo2hXMFjV.fmfCeHynKYgWFcV/nVQrQbvpIMp2TS2', NULL, '2021-08-07 06:05:35', '2021-08-07 06:05:35'),
(6, 'Mario', 'mario@gmail.com', '444444444444444', 1, 4, NULL, 1, NULL, 1, '$2y$10$WIRNYooQsx6xQZiJswTWCemPVpbu5mlwQHXqcEjOq6S/EHKJNJZBS', NULL, '2021-08-07 06:06:31', '2021-08-07 06:06:31'),
(7, 'Norberto', 'norberto@gmail.com', '555555555555555', 1, 5, NULL, 1, NULL, 1, '$2y$10$fIVrbKMfr0QMtfy7MY9RqO6TcIEC5yGZ7lY2WpXmWlZzUSkeFrtUS', NULL, '2021-08-07 06:07:27', '2021-08-07 06:07:27'),
(8, 'Sergio', 'sergio@gmail.com', '666666666666666', 1, 6, NULL, 1, NULL, 1, '$2y$10$PolxDIoya7GZ1C01CjOMF.mnXm5PXmbhR1tY2OWMaXnEXzDekkGBO', NULL, '2021-08-07 06:08:17', '2021-08-07 06:08:17'),
(9, 'Ramon', 'ramon@gmail.com', '999999999999999', 1, 7, NULL, 1, NULL, 1, '$2y$10$01CYnlJF0Me6rwUEoYVOH.jBvZ/rJb8e03i8S.eitsLAZn8cSu1EO', NULL, '2021-08-07 06:09:02', '2021-08-07 06:09:02'),
(11, 'Olga', 'olga@gmail.com', NULL, 2, NULL, 1, 1, NULL, 1, '$2y$10$qUpR3cqe9h.SiyJbTs9LwetWHaT1DVrmat/jOsq.Es3Pxg7LvpWVa', 'a9eW7A25D5aqXhKQ56XuTih5dIS8Jq69dEhF5agtTv44ELZuBlZPgdyIRki6', '2021-08-07 06:16:26', '2021-08-07 06:16:26');
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 */;
|
ALTER PROC [Hr].[GetAllPerson]
@pageSize int = 0,
@pageIndex int = 0
AS
BEGIN
SELECT DISTINCT
p.Id,
p.EmpCode,
p.FirstName,
p.LastName,
p.DoB,
(SELECT TOP 1 [Address] FROM [Hr].[PersonAddress] WHERE PersonId = p.Id AND [Type] =1 AND IsDeleted =0 ) AS [Address],
(SELECT TOP 1 [Address] FROM [Hr].[PersonAddress] WHERE PersonId = p.Id AND [Type] =2 AND IsDeleted =0 ) AS ContactAddress,
p.PhoneNumber,
p.StartDate,
p.RoleId,
(SELECT TOP 1 ContractNumber FROM [Hr].[PersonContract] WHERE PersonId = p.id AND IsDeleted =0 ORDER BY SignedIn DESC) AS ContractNumber,
(SELECT TOP 1 ContractNumber FROM [Hr].[PersonContract] WHERE PersonId = p.id AND IsDeleted = 0 ORDER BY SignedIn DESC) AS ContractDuration
FROM [Hr].[Person] p
WHERE p.IsDeleted = 0
END
|
DROP TABLE IF EXISTS t_usr_enroll;
CREATE TABLE t_usr_enroll
( id NUMBER PRIMARY KEY AUTO_INCREMENT,
name VARCHAR(20) NOT NULL,
act_status BOOLEAN NOT NULL,
dob DATE NOT NULL,
phone_num VARCHAR(32));
CREATE TABLE t_usr_dep
( id NUMBER PRIMARY KEY AUTO_INCREMENT,
name VARCHAR(20) NOT NULL,
dob DATE NOT NULL); |
delete from [prod].[RecommendedPrices]
insert into [prod].[RecommendedPrices]([Balance], [MinPrice], [MaxPrice])
values
(2399.99, 0, 2000),
(3399.99, 0, 2400),
(4399.99, 800, 3400),
(5499.99, 1400, 4400),
(6499.99, 2000, 5400),
(7499.99, 2500, 6400),
(8999.99, 3000, 7400),
(999999999, 4000, 999999999)
|
select statecode, count(distinct voterbase_id)
from twhittaker.av_outcome_data
group by 1;
--turnout ~46.9%, average t/o for past 4 gubernatorials
select
sum(case when ts_tsmart_general_turnout_score >= 86 then 1 else 0 end)::float/count(*)::float
from ts.usa
where
vb_vf_source_state = 'PA'
and vb_voterbase_registration_status = 'Registered'
;
drop table if exists pa_av_gotv2018;
create table pa_av_gotv2018 as
select a.* from twhittaker.av_outcome_data a
left join ts.usa using(voterbase_id)
where statecode = 'PA'
and vb_vf_source_state = 'PA'
and vb_voterbase_registration_status = 'Registered'
and ts_tsmart_general_turnout_score <= 60
and ts_tsmart_general_turnout_score > 30
and ts_tsmart_partisan_score >= 70
;
select
min(ts_tsmart_partisan_score) min_pscore
, max(ts_tsmart_partisan_score) max_pscore
, min(ts_tsmart_general_turnout_score) min_turnout
, max(ts_tsmart_general_turnout_score) max_turnout
, count(*) count
, count(distinct voterbase_id)
from acooper.pa_av_gotv2018 a
inner join ts.usa b using (voterbase_id) |
--Script Integridad Referencial de la BD INFRAESTRUCTURA_TRANSMILENIO
--Integrantes:
-- - Marilyn Astrid Chaparro Hurtado
-- - Juan Carlos Valderrama Camargo
------------------------------------------------------------------
--Creación de constrains de la BD
------------------------------------------------------------------
USE INFRAESTRUCTURA_TRANSMILENIO
ALTER TABLE VIAS ADD
CONSTRAINT PK_ID_VIA PRIMARY KEY (ID_VIA),
CONSTRAINT VIA_CK_IDV CHECK (ID_VIA > 0);
ALTER TABLE TIPOS_BUSES ADD
CONSTRAINT PK_ID_TBUS PRIMARY KEY (ID_TIPO_BUS),
CONSTRAINT TBUS_CK_IDTB CHECK (ID_TIPO_BUS > 0);
ALTER TABLE BUSES ADD
CONSTRAINT PK_ID_BUS PRIMARY KEY (ID_BUS),
CONSTRAINT BUS_CK_IDB CHECK (ID_BUS > 0),
CONSTRAINT BUS_FK_IDTB FOREIGN KEY (ID_TIPO_BUS) REFERENCES TIPOS_BUSES(ID_TIPO_BUS);
ALTER TABLE BUSES_VIAS ADD
CONSTRAINT PK_ID_BV PRIMARY KEY (ID_TIPO_BUS, ID_VIA);
ALTER TABLE TIPOS_RUTAS ADD
CONSTRAINT PK_ID_TRUT PRIMARY KEY (ID_TIPO_RUTA),
CONSTRAINT TRUT_CK_IDTR CHECK (ID_TIPO_RUTA > 0);
ALTER TABLE RUTAS ADD
CONSTRAINT PK_ID_RUT PRIMARY KEY (ID_RUTA),
CONSTRAINT RUT_CK_IDR CHECK (ID_RUTA > 0),
CONSTRAINT RUT_FK_IDB FOREIGN KEY (ID_BUS) REFERENCES BUSES(ID_BUS),
CONSTRAINT RUT_FK_IDTR FOREIGN KEY (ID_TIPO_RUTA) REFERENCES TIPOS_RUTAS(ID_TIPO_RUTA);
ALTER TABLE VIAS_RUTAS ADD
CONSTRAINT PK_ID_VR PRIMARY KEY (ID_VIA, ID_RUTA);
ALTER TABLE TIPOS_PARADEROS ADD
CONSTRAINT PK_ID_TPAR PRIMARY KEY (ID_TIPO_PAR),
CONSTRAINT TPAR_CK_IDTP CHECK (ID_TIPO_PAR > 0);
ALTER TABLE PARADEROS ADD
CONSTRAINT PK_ID_PAR PRIMARY KEY (ID_PARADERO),
CONSTRAINT PAR_CK_IDP CHECK (ID_PARADERO > 0),
CONSTRAINT PAR_FK_IDTP FOREIGN KEY (ID_TIPO_PAR) REFERENCES TIPOS_PARADEROS(ID_TIPO_PAR),
CONSTRAINT PAR_FK_IDV FOREIGN KEY (ID_VIA) REFERENCES VIAS(ID_VIA);
ALTER TABLE RUTAS_PARADEROS ADD
CONSTRAINT PK_ID_RP PRIMARY KEY (ID_PARADERO, ID_RUTA);
|
CREATE DATABASE IF NOT EXISTS `proyectorenting` /*!40100 DEFAULT CHARACTER SET latin1 */;
USE `proyectorenting`;
/*!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 */;
/*!40103 SET @OLD_TIME_ZONE=@@TIME_ZONE */;
/*!40103 SET TIME_ZONE='+00:00' */;
/*!40014 SET @OLD_UNIQUE_CHECKS=@@UNIQUE_CHECKS, UNIQUE_CHECKS=0 */;
/*!40014 SET @OLD_FOREIGN_KEY_CHECKS=@@FOREIGN_KEY_CHECKS, FOREIGN_KEY_CHECKS=0 */;
/*!40101 SET @OLD_SQL_MODE=@@SQL_MODE, SQL_MODE='NO_AUTO_VALUE_ON_ZERO' */;
/*!40111 SET @OLD_SQL_NOTES=@@SQL_NOTES, SQL_NOTES=0 */;
DROP TABLE IF EXISTS `authorities`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `authorities` (
`username` varchar(50) NOT NULL,
`authority` varchar(50) NOT NULL,
UNIQUE KEY `ix_auth_username` (`username`,`authority`),
CONSTRAINT `fk_authorities_users` FOREIGN KEY (`username`) REFERENCES `users` (`username`)
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
LOCK TABLES `authorities` WRITE;
/*!40000 ALTER TABLE `authorities` DISABLE KEYS */;
INSERT INTO `authorities` VALUES ('ana','ROLE_EMPLEADO'),('eva','ROLE_GERENTE'), ('pep','ROLE_ADMIN');
/*!40000 ALTER TABLE `authorities` ENABLE KEYS */;
UNLOCK TABLES;
DROP TABLE IF EXISTS `categorias`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `categorias` (
`idcategoria` int NOT NULL AUTO_INCREMENT,
`categoriaNombre` varchar(45) DEFAULT NULL,
PRIMARY KEY (`idcategoria`)
) ENGINE=InnoDB AUTO_INCREMENT=4 DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
LOCK TABLES `categorias` WRITE;
/*!40000 ALTER TABLE `categorias` DISABLE KEYS */;
INSERT INTO `categorias` VALUES (1,'Berlina'),(2,'SUV');
/*!40000 ALTER TABLE `categorias` ENABLE KEYS */;
UNLOCK TABLES;
DROP TABLE IF EXISTS `vehiculos`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `vehiculos` (
`idvehiculo` int NOT NULL AUTO_INCREMENT,
`vehiculoModelo` varchar(45) DEFAULT NULL,
`vehiculoColor` varchar(45) DEFAULT NULL,
`vehiculoPrecio` varchar(45) DEFAULT NULL,
`idcategoria` int DEFAULT NULL,
PRIMARY KEY (`idvehiculo`),
KEY `fk_categoria_idx` (`idcategoria`),
CONSTRAINT `fk_categoria` FOREIGN KEY (`idcategoria`) REFERENCES `categorias` (`idcategoria`)
) ENGINE=InnoDB AUTO_INCREMENT=9 DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
LOCK TABLES `vehiculos` WRITE;
/*!40000 ALTER TABLE `vehiculos` DISABLE KEYS */;
INSERT INTO `vehiculos` VALUES (1,'VW Passat','Negro',1000,1);
/*!40000 ALTER TABLE `vehiculos` ENABLE KEYS */;
UNLOCK TABLES;
DROP TABLE IF EXISTS `users`;
/*!40101 SET @saved_cs_client = @@character_set_client */;
/*!40101 SET character_set_client = utf8 */;
CREATE TABLE `users` (
/*`iduser` int NOT NULL AUTO_INCREMENT,
`idcliente` int NOT NULL,*/
`username` varchar(68) NOT NULL,
`password` varchar(68) NOT NULL,
`enabled` tinyint(1) NOT NULL,
PRIMARY KEY (`username`)
/* CONSTRAINT `fk_cliente` FOREIGN KEY (`idcliente`) REFERENCES `clientes` (`idcliente`) */
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
/*!40101 SET character_set_client = @saved_cs_client */;
LOCK TABLES `users` WRITE;
/*!40000 ALTER TABLE `users` DISABLE KEYS */;
INSERT INTO `users` VALUES ( 'ana','$2y$12$f0OvHgs0uSfwonMJsX0Geum7MNr1ouzMXAfttN7C5xzPoqh/kIhpK',1),('eva','$2y$12$jzL7f3EMIqsWahs/wPZB4.tRON6SNqVQlS8lIXC/AU61bg2ATDCS.',1),('pep','$2y$12$jzL7f3EMIqsWahs/wPZB4.tRON6SNqVQlS8lIXC/AU61bg2ATDCS.',1);
/*!40000 ALTER TABLE `users` ENABLE KEYS */;
UNLOCK TABLES;
/*!40103 SET TIME_ZONE=@OLD_TIME_ZONE */;
/*!40101 SET SQL_MODE=@OLD_SQL_MODE */;
/*!40014 SET FOREIGN_KEY_CHECKS=@OLD_FOREIGN_KEY_CHECKS */;
/*!40014 SET UNIQUE_CHECKS=@OLD_UNIQUE_CHECKS */;
/*!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 */;
/*!40111 SET SQL_NOTES=@OLD_SQL_NOTES */; |
WITH quer(LineID,Line, Passengers, Vagons)
AS
(
SELECT LinesT.LineID, Line, Passangers, Vagons
FROM LinesT JOIN LinkerT ON LinkerT.LineID = LinesT.LineID
)
SELECT *
FROM quer |
SET FOREIGN_KEY_CHECKS = 0;
TRUNCATE TABLE classifications;
TRUNCATE TABLE regulations;
TRUNCATE TABLE regulationCategories;
TRUNCATE TABLE regulationGroups;
TRUNCATE TABLE municipalities;
TRUNCATE TABLE districts;
TRUNCATE TABLE states;
SET FOREIGN_KEY_CHECKS = 1;
INSERT INTO states (stateId, name) VALUES
(1, "Vorarlberg"),
(2, "HAS NO CHILDS")
;
INSERT INTO districts (districtId, name, states_stateId_FK) VALUES
(1, "Bludenz", 1),
(2, "Feldkirch", 1),
(3, "Dornbirn", 1),
(4, "Bregenz", 1),
(5, "HAS NO CHILDS", 1);
INSERT INTO municipalities (municipalityId, name, districts_districtId_FK) VALUES
(1, "Bludenz-Stadt", 1),
(2, "Nüziders", 1),
(3, "Feldkirch-Stadt", 2),
(4, "Rankweil", 2),
(5, "Bregenz", 4),
(6, "Hard", 4);
INSERT INTO regulationGroups (regulationGroupId, name, hideAsFutureRegulation) VALUES
(1, "Vorarlberg Grün", FALSE),
(2, "Vorarlberg Orange", FALSE),
(3, "Vorarlberg Rot", FALSE),
(4, "Test GET /regulationGroups", TRUE);
INSERT INTO regulationCategories (regulationCategoryId, name, regulationGroups_regulationGroupId_FK) VALUES
(1, "Allgemein", 1),
(2, "Schule", 1),
(3, "Gastronomie", 1),
(4, "RegulationGroup with Children", 4),
(5, "RegulationGroup without Children", 4);
INSERT INTO regulations (regulationId, text, effectiveDate, annulmentDate, regulationCategories_regulationCategoryId_FK) VALUES
(1, "Allgemein 1", "2020-10-20", "2020-10-25", 1),
(2, "Allgemein 2", "2020-10-20", "2020-10-25", 1),
(3, "Schule 1", "2020-10-20", "2020-10-25", 2),
(4, "Regulation in future", "2030-01-01", NULL, 4),
(5, "Regulation in past", "2010-01-01", "2010-02-01", 4);
-- INSERT CURRENT REGULATION
INSERT INTO regulations (regulationId, text, regulationCategories_regulationCategoryId_FK) VALUES
(6, "Current Regulation", 4); |
CREATE TABLE IF NOT EXISTS messages (
id VARCHAR(60) DEFAULT RANDOM_UUID() AUTO_INCREMENT PRIMARY KEY,
text VARCHAR NOT NULL
);
CREATE TABLE IF NOT EXISTS category (
id INTEGER AUTO_INCREMENT PRIMARY KEY,
name VARCHAR NOT NULL
);
DROP TABLE category; |
-- HAVING syntax
-- SELECT column_1,func(column_2)
-- FROM table_name
-- GROUP BY column_1
-- HAVING condition; (AFTER GROUP BY)
-- customers spending more than 200
SELECT customer_id,SUM(amount)
FROM payment
GROUP BY customer_id
HAVING SUM(amount) > 200;
-- Which storeID has more than 3 customers?
SELECT store_id,COUNT(*)
FROM customer
GROUP BY store_id
HAVING COUNT(*) > 300; -- applied after group by
-- WHERE and HAVING
SELECT rating,AVG(rental_rate)
FROM film
WHERE rating IN ('R','PG','G')
GROUP BY rating
HAVING AVG(rental_rate) <3;
-- What customers have 40 transactions?
SELECT customer_id,COUNT(*)
FROM payment
GROUP BY customer_id
HAVING COUNT(*) >= 40;
-- What movie ratings have avg. rental duration > 5days
SELECT rating,ROUND(AVG(rental_duration),2)
FROM film
GROUP BY rating
HAVING ROUND(AVG(rental_duration),2) >5;
|
--------------------------------------SIGLA---------------------------------------
SET DEFINE OFF;
Insert into CTF.SIGLA
(CD_SIGLA, CD_TIPO_SIGLA, SG_SIGLA, NO_SIGLA, IC_ATIVO)
Values
(231, 3, 'SIELO', 'SISTEMA ELO', 'S');
Insert into CTF.SIGLA
(CD_SIGLA, CD_TIPO_SIGLA, SG_SIGLA, NO_SIGLA, IC_ATIVO)
Values
(232, 4, 'ELOPF', 'PERFIL SISTEMA ELO', 'S');
Insert into CTF.SIGLA
(CD_SIGLA, CD_TIPO_SIGLA, SG_SIGLA, NO_SIGLA, IC_ATIVO)
Values
(233, 9, 'ELOAC', 'ACAO SISTEMA ELO', 'S');
COMMIT;
--------------------------------------SISTEMA---------------------------------------
SET DEFINE OFF;
Insert into CTF.SISTEMA
(CD_SISTEMA, NO_SISTEMA, CD_SIGLA, DS_URL, DS_DESCRICAO,
DS_RAIZ, IC_EXIBIR)
Values
(31, 'ELO', 231, 'http://', 'Sistema ELO.',
NULL, 'S');
COMMIT;
--------------------------------------PERFIL---------------------------------------
SET DEFINE OFF;
Insert into CTF.PERFIL
(CD_PERFIL, NO_PERFIL, CD_SISTEMA, DS_PERFIL, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_INCLUSAO, CD_USUARIO_ALTERACAO, IC_ABERTO,
CD_SIGLA)
Values
(187, 'Controladoria 2', 31, 'Controladoria 2', 'S',
TO_DATE('01/02/2018 10:00:01', 'DD/MM/YYYY HH24:MI:SS'), NULL, 1516, NULL, 'N',
232);
Insert into CTF.PERFIL
(CD_PERFIL, NO_PERFIL, CD_SISTEMA, DS_PERFIL, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_INCLUSAO, CD_USUARIO_ALTERACAO, IC_ABERTO,
CD_SIGLA)
Values
(182, 'Comercial', 31, 'Comercial', 'S',
TO_DATE('01/02/2018 10:00:01', 'DD/MM/YYYY HH24:MI:SS'), NULL, 1516, NULL, 'N',
232);
Insert into CTF.PERFIL
(CD_PERFIL, NO_PERFIL, CD_SISTEMA, DS_PERFIL, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_INCLUSAO, CD_USUARIO_ALTERACAO, IC_ABERTO,
CD_SIGLA)
Values
(180, 'Torre de Fretes', 31, 'Torre de Fretes', 'S',
TO_DATE('01/02/2018 10:00:01', 'DD/MM/YYYY HH24:MI:SS'), NULL, 1516, NULL, 'N',
232);
Insert into CTF.PERFIL
(CD_PERFIL, NO_PERFIL, CD_SISTEMA, DS_PERFIL, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_INCLUSAO, CD_USUARIO_ALTERACAO, IC_ABERTO,
CD_SIGLA)
Values
(183, 'Controladoria 1', 31, 'Controladoria', 'S',
TO_DATE('01/02/2018 10:00:01', 'DD/MM/YYYY HH24:MI:SS'), NULL, 1516, NULL, 'N',
232);
Insert into CTF.PERFIL
(CD_PERFIL, NO_PERFIL, CD_SISTEMA, DS_PERFIL, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_INCLUSAO, CD_USUARIO_ALTERACAO, IC_ABERTO,
CD_SIGLA)
Values
(184, 'CS Gestão de Carteira', 31, 'CS Gestão de Carteira', 'S',
TO_DATE('01/02/2018 10:00:01', 'DD/MM/YYYY HH24:MI:SS'), NULL, 1516, NULL, 'N',
232);
Insert into CTF.PERFIL
(CD_PERFIL, NO_PERFIL, CD_SISTEMA, DS_PERFIL, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_INCLUSAO, CD_USUARIO_ALTERACAO, IC_ABERTO,
CD_SIGLA)
Values
(185, 'CS Gestão de Serviços', 31, 'CS Gestão de Serviços', 'S',
TO_DATE('01/02/2018 10:00:01', 'DD/MM/YYYY HH24:MI:SS'), NULL, 1516, NULL, 'N',
232);
Insert into CTF.PERFIL
(CD_PERFIL, NO_PERFIL, CD_SISTEMA, DS_PERFIL, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_INCLUSAO, CD_USUARIO_ALTERACAO, IC_ABERTO,
CD_SIGLA)
Values
(186, 'Logística', 31, 'Logística', 'S',
TO_DATE('01/02/2018 10:00:01', 'DD/MM/YYYY HH24:MI:SS'), NULL, 1516, NULL, 'N',
232);
COMMIT;
--------------------------------------ACAO---------------------------------------
SET DEFINE OFF;
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(911, 31, 1596, 2, 'Elo',
NULL, 'Menu', 'Submenu', 1, 'S',
TO_DATE('04/07/2008', 'DD/MM/YYYY'), TO_DATE('20/08/2008', 'DD/MM/YYYY'), 1596, 911, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(912, 31, 1596, 2, 'Parametros',
NULL, 'Parametros', NULL, 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 911, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(913, 31, 1596, 2, 'Customer Service',
NULL, 'Customer Service', NULL, 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 912, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(914, 31, 1596, 2, 'Torre de Fretes',
NULL, 'Torre de Fretes', NULL, 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 912, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(915, 31, 1596, 2, 'Controladoria',
NULL, 'Controladoria', NULL, 3, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 912, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(916, 31, 1596, 2, 'Parametros Centro - Customer Service',
NULL, 'Parametros Centro - Customer Service', 'Controllership/Parameters.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(917, 31, 1596, 2, 'Parâmetros - Seleção da Carteira',
NULL, 'Parâmetros - Seleção da Carteira', 'Scheduling/Default.aspx', 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(918, 31, 1596, 2, 'Agendamento - Centro/Máquina',
NULL, 'Agendamento - Centro/Máquina', 'Parameter/CentroExpedidorMachine.aspx', 3, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(919, 31, 1596, 2, 'Agendamento - Bloqueios Carteira',
NULL, 'Agendamento - Bloqueios Carteira', NULL, 4, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(920, 31, 1596, 2, 'Agendamento - Painel de Acordos',
NULL, 'Agendamento - Painel de Acordos', 'PriorityPanel/PriorityPanel.aspx', 5, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(921, 31, 1596, 2, 'Agendamento - Produtos prioritários',
NULL, 'Agendamento - Produtos prioritários', 'PriorityMaterial/PriorityMaterial.aspx', 6, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(922, 31, 1596, 2, 'Agendamento - Grupo de Embalagem',
NULL, 'Agendamento - Grupo de Embalagem', NULL, 7, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(923, 31, 1596, 2, 'Agendamento - Cota Supervisores',
NULL, 'Agendamento - Cota Supervisores', 'Scheduling/ReportSupervisorQuota.aspx', 8, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(924, 31, 1596, 2, 'Replan - Workflow de Aprovação',
NULL, 'Replan - Workflow de Aprovação', 'Replan/ReplanApprovalConfig.aspx', 9, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(925, 31, 1596, 2, 'E-mail de clientes para devolutiva',
NULL, 'Devolutiva - E-mail de clientes para devolutiva', 'CustomerEmail/CustomerEmail.aspx', 10, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(926, 31, 1596, 2, 'Perfil de Máquina',
NULL, 'Perfil de Máquina', NULL, 11, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 913, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(927, 31, 1596, 2, 'Agendamento - Criar Perfil de Máquina',
NULL, 'Agendamento - Criar Perfil de Máquina', 'MachineProfileLinhaProduto/MachineProfileLinhaProduto.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 926, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(928, 31, 1596, 2, 'Atribuir Perfil de Máquina à Máquina',
NULL, 'Agendamento - Atribuir Perfil de Máquina à Máquina', 'MachineMachineProfileParameters/Home.aspx', 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 926, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(929, 31, 1596, 2, 'Atribuir Lin Prod ao Perfil da Máquina',
NULL, 'Agendamento - Atribuir Linha de Produto ao Perfil da Máquina', NULL, 3, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 926, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(930, 31, 1596, 2, 'Motivos',
NULL, 'Motivos', 'FreightTower/FreightTower.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 914, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(931, 31, 1596, 2, 'Motivos',
NULL, 'Motivos', 'Controllership/HomeControllership.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 915, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(932, 31, 1596, 2, 'Parâmetros Centro (Padrão)',
NULL, 'Parâmetros Centro (Padrão)', 'Controllership/ParametersDefault.aspx', 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 915, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(933, 31, 1596, 2, 'Centro - Controladoria (Semana)',
NULL, 'Parâmetros Centro - Controladoria (Semana)', 'Controllership/Parameters.aspx', 3, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 915, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(934, 31, 1596, 2, 'Agendamento',
NULL, 'Agendamento', NULL, 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 911, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(935, 31, 1596, 2, 'Agendamento Semanal',
NULL, 'Agendamento Semanal', 'Scheduling/Scheduling.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 934, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(936, 31, 1596, 2, 'Report',
NULL, 'Report', NULL, 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 934, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(937, 31, 1596, 2, 'Volume',
NULL, 'Volume', 'Scheduling/ReportVolume.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 936, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(938, 31, 1596, 2, 'Supervisores',
NULL, 'Supervisores', 'Scheduling/ReportSupervisor.aspx', 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 936, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(939, 31, 1596, 2, 'Cota Mat. Prima',
NULL, 'Cota Mat. Prima', NULL, 3, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 936, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(940, 31, 1596, 2, 'Balanceamento de Centro',
NULL, 'Balanceamento de Centro', 'Scheduling/ReportBalanceamento.aspx', 4, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 936, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(941, 31, 1596, 2, 'Visão Final',
NULL, 'Visão Final', 'Scheduling/ReportFinalView.aspx', 5, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 936, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(942, 31, 1596, 2, 'Agrupamento MP',
NULL, 'Agrupamento MP', 'RawMaterial/RawMaterial.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 939, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(943, 31, 1596, 2, 'Matriz de Materiais',
NULL, 'Matriz de Materiais', 'RawMaterial/RawMaterialMatrix.aspx', 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 939, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(944, 31, 1596, 2, 'Matriz',
NULL, 'Matriz', 'RawMaterial/MatrixBOM.aspx', 3, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 939, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(945, 31, 1596, 2, 'Relatório',
NULL, 'Relatório', 'RawMaterial/RawMaterialCota.aspx', 4, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 939, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(946, 31, 1596, 2, 'Customer Service',
NULL, 'Customer Service', NULL, 3, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 911, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(947, 31, 1596, 2, 'Fábrica',
NULL, 'Fábrica', 'Factory/CustumerServiceParameter.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 946, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(948, 31, 1596, 2, 'Cel. Atendimento',
NULL, 'Cel. Atendimento', 'CellofAttendance/CellAttendance.aspx', 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 946, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(949, 31, 1596, 2, 'Torre de Fretes',
NULL, 'Torre de Fretes', NULL, 4, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 911, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(950, 31, 1596, 2, 'Exibição',
NULL, 'Exibição', 'FreightTower/ViewSelecaoTF.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 949, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(951, 31, 1596, 2, 'Modificação',
NULL, 'Modificação', 'FreightTower/Default.aspx', 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 949, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(952, 31, 1596, 2, 'Controladoria',
NULL, 'Controladoria', NULL, 5, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 911, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(953, 31, 1596, 2, 'Matinal',
NULL, 'Matinal', 'Controllership/Matinal.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 952, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(954, 31, 1596, 2, 'Planejamento',
NULL, 'Planejamento', 'Controllership/Planning.aspx', 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 952, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(955, 31, 1596, 2, 'Marcação',
NULL, 'Marcação', 'Controllership/Default.aspx', 3, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 952, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(956, 31, 1596, 2, 'Report',
NULL, 'Report', NULL, 6, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 911, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(957, 31, 1596, 2, 'Planejado x Realizado',
NULL, 'Planejado x Realizado', 'Reports/Default.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 956, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(958, 31, 1596, 2, 'Motivos Marcação',
NULL, 'Motivos Marcação', NULL, 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 956, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(959, 31, 1596, 2, 'Agendamento x Capacidade Fábrica',
NULL, 'Agendamento x Capacidade Fábrica', 'Reports/CapacityReport.aspx', 3, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 956, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(960, 31, 1596, 2, 'KPIs',
NULL, 'KPIs', NULL, 4, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 956, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(961, 31, 1596, 2, 'Matinal',
NULL, 'Matinal', 'Matinal/MatinalFiltro.aspx', 1, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 960, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(962, 31, 1596, 2, 'Semanal',
NULL, 'Semanal', 'Semanal/SemanalFiltro.aspx', 2, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 960, 31,
NULL, NULL, NULL, NULL, 'S');
Insert into CTF.ACAO
(CD_ACAO, CD_SISTEMA, CD_USUARIO_INCLUSAO, CD_TIPO_ACAO, NO_PROGRAMA,
DS_PROGRAMA, DS_MENU, DS_ACAO, CD_ORDEM, IC_ATIVO,
DH_INCLUSAO, DH_ULT_ALTERACAO, CD_USUARIO_ALTERACAO, CD_ACAO_SUPERIOR, CD_SISTEMA_SUPERIOR,
CD_SIGLA, DS_RAIZ, SG_ACESSO_RAPIDO, DS_TELA, IC_EXIBIR)
Values
(963, 31, 1596, 2, 'Mensal',
NULL, 'Mensal', 'Mensal/MensalFiltro.aspx', 3, 'S',
TO_DATE('01/01/2018', 'DD/MM/YYYY'), NULL, NULL, 960, 31,
NULL, NULL, NULL, NULL, 'S');
COMMIT;
--------------------------------------PERFIL*ACAO---------------------------------------
SET DEFINE OFF;
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 935);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 911);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 912);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 913);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 914);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 915);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 916);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 917);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 918);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 919);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 920);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 921);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 922);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 923);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 924);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 925);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 926);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 927);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 928);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 929);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 930);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 931);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 932);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 933);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 934);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 936);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 937);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 938);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 939);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 940);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 941);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 942);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 943);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 944);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 945);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 946);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 947);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 948);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 949);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 950);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 951);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 952);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 953);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 954);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 955);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 956);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 957);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 958);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 959);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 960);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 961);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 962);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(180, 31, 963);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 911);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 912);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 914);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 915);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 930);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 931);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 932);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 933);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 934);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 935);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 936);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 937);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 938);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 939);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(186, 31, 940);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 941);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 942);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 943);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 944);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 945);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 946);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 947);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 948);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 952);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 953);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 954);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 955);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(186, 31, 956);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(186, 31, 957);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(186, 31, 960);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(186, 31, 961);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(186, 31, 962);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(186, 31, 963);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 911);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 934);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 936);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 937);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 938);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 939);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 941);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 942);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 943);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 944);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 945);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 952);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 954);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 955);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 956);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 957);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 958);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 959);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 960);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 961);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 962);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 963);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(185, 31, 911);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 956);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 959);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 960);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 961);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 962);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(184, 31, 963);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(186, 31, 911);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 956);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 957);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 958);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 959);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 960);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 961);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 962);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(183, 31, 963);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 911);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 956);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 957);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 958);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 959);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 960);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 961);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 962);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 963);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 949);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(187, 31, 950);
Insert into CTF.PERFIL_ACAO
(CD_PERFIL, CD_SISTEMA, CD_ACAO)
Values
(182, 31, 911);
COMMIT;
--------------------------------------USUARIO*PERFIL---------------------------------------
SET DEFINE OFF;
Insert into CTF.USUARIO_PERFIL
(CD_PERFIL, CD_SISTEMA, CD_USUARIO)
Values
(180, 31, 3682);
Insert into CTF.USUARIO_PERFIL
(CD_PERFIL, CD_SISTEMA, CD_USUARIO)
Values
(182, 31, 3682);
Insert into CTF.USUARIO_PERFIL
(CD_PERFIL, CD_SISTEMA, CD_USUARIO)
Values
(183, 31, 3682);
Insert into CTF.USUARIO_PERFIL
(CD_PERFIL, CD_SISTEMA, CD_USUARIO)
Values
(184, 31, 3682);
Insert into CTF.USUARIO_PERFIL
(CD_PERFIL, CD_SISTEMA, CD_USUARIO)
Values
(185, 31, 3682);
Insert into CTF.USUARIO_PERFIL
(CD_PERFIL, CD_SISTEMA, CD_USUARIO)
Values
(186, 31, 3682);
Insert into CTF.USUARIO_PERFIL
(CD_PERFIL, CD_SISTEMA, CD_USUARIO)
Values
(187, 31, 3682);
COMMIT;
----------------------------DEPARTAMENTO----------------------------
SET DEFINE OFF;
Insert into CTF.DEPARTAMENTO
(CD_DEPARTAMENTO, CD_USUARIO, DS_DEPARTAMENTO, IC_FALE_CONOSCO, CD_SIGLA)
Values
(32, NULL, 'Elo', 'N', NULL);
COMMIT;
----------------------------TIPO USUARIO-----------------------------
SET DEFINE OFF;
Insert into CTF.TIPO_USUARIO
(CD_TIPO_USUARIO, CD_SIGLA, CD_DEPARTAMENTO, DS_TIPO_USUARIO, NU_NIVEL_HIERARQUICO,
IC_CADASTRO_ONLINE, IC_PONTO)
Values
(46, NULL, 32, 'USUARIO', 1,
'N', 'N');
COMMIT;
--------------------------------------USUARIO---------------------------------------
Usuário deve ser criado através a interface do MOL, sem departamento s SEM tipo de usuário
--------------------------------------------------------------------------
--Para novos usuários, se for com todos os perfis,
--basta mudar abaixo o 3682, para o código do usuário desejado...
--SET DEFINE OFF;
--Insert into CTF.USUARIO_PERFIL
-- (CD_PERFIL, CD_SISTEMA, CD_USUARIO)
-- Values
-- (180, 31, 3682);
--Insert into CTF.USUARIO_PERFIL
-- (CD_PERFIL, CD_SISTEMA, CD_USUARIO)
-- Values
-- (182, 31, 3682);
--Insert into CTF.USUARIO_PERFIL
-- (CD_PERFIL, CD_SISTEMA, CD_USUARIO)
-- Values
-- (183, 31, 3682);
--Insert into CTF.USUARIO_PERFIL
-- (CD_PERFIL, CD_SISTEMA, CD_USUARIO)
-- Values
-- (184, 31, 3682);
--Insert into CTF.USUARIO_PERFIL
-- (CD_PERFIL, CD_SISTEMA, CD_USUARIO)
-- Values
-- (185, 31, 3682);
--Insert into CTF.USUARIO_PERFIL
-- (CD_PERFIL, CD_SISTEMA, CD_USUARIO)
-- Values
-- (186, 31, 3682);
--Insert into CTF.USUARIO_PERFIL
-- (CD_PERFIL, CD_SISTEMA, CD_USUARIO)
-- Values
-- (187, 31, 3682);
--COMMIT;
|
CREATE PROCEDURE [ERP].[Usp_Sel_Entidad_By_Documento] --0,4,'20529000180'
@IdEmpresa INT,
@IdTipoDocumento INT,
@NumeroDocumento VARCHAR(20)
AS
BEGIN
SELECT DISTINCT
E.ID IdEntidad,
EMP.ID IdEmpresa,
USU.ID IdUsuario,
T.ID IdTrabajador,
CH.ID IdChofer,
CASE WHEN (SELECT COUNT(VE.ID) FROM ERP.Vendedor VE INNER JOIN ERP.Trabajador TR ON TR.ID = VE.IdTrabajador
WHERE VE.FlagBorrador = 0 AND TR.IdEntidad = E.ID) > 0 THEN
(SELECT TOP 1 VE.ID FROM ERP.Vendedor VE INNER JOIN ERP.Trabajador TR ON TR.ID = VE.IdTrabajador
WHERE VE.FlagBorrador = 0 AND TR.IdEntidad = E.ID)
ELSE
VEND.ID
END IdVendedor,
C.ID IdCliente,
PROV.ID IdProveedor,
BA.ID IdBanco,
ETD. IdTipoDocumento,
TD.Abreviatura NombreTipoDocumento,
ETD.NumeroDocumento NumeroDocumento,
P.ApellidoMaterno ApellidoMaterno,
P.ApellidoPaterno ApellidoPaterno,
P.Nombre Nombre,
CASE WHEN E.IdTipoPersona = 1 THEN
''
ELSE
E.Nombre
END NombreCompleto,
E.IdTipoPersona IdTipoPersona,
E.IdCondicionSunat IdCondicionSunat,
'HABIDO' NombreCondicionSunat,
E.EstadoSunat EstadoSunat,
E.IdEstadoContribuyente IdEstadoContribuyente,
EC.Nombre NombreEstadoContribuyente,
TE.ID IdTipoEstablecimiento,
TE.Nombre NombreTipoEstablecimiento,
V.ID IdTipoVia,
V.Nombre NombreTipoVia,
EST.ViaNombre ViaNombre,
EST.ViaNumero ViaNumero,
EST.Interior Interior,
Z.ID IdZona,
Z.Nombre NombreTipoZona,
EST.ZonaNombre ZonaNombre,
EST.Referencia Referencia,
EST.Direccion Direccion,
U.ID IdDistrito,
U.Nombre NombreDistrito,
(SELECT [PLAME].[ObtenerIdProvincia_By_Distrito](U.ID)) IdProvincia,
(SELECT [PLAME].[ObtenerNombreProvincia_By_Distrito](U.ID)) NombreProvincia,
(SELECT [PLAME].[ObtenerIdDepartamento_By_Distrito](U.ID)) IdDepartamento,
(SELECT [PLAME].[ObtenerNombreDepartamento_By_Distrito](U.ID)) NombreDepartamento,
EST.Sector,
EST.Grupo,
EST.Manzana,
EST.Lote,
EST.Kilometro,
E.Flag,
E.FlagBorrador
FROM ERP.Entidad E
LEFT JOIN ERP.Empresa EMP
ON EMP.IdEntidad = E.ID
LEFT JOIN ERP.Proveedor PROV
ON PROV.IdEntidad = E.ID AND PROV.IdEmpresa = @IdEmpresa
LEFT JOIN Seguridad.Usuario USU
ON USU.IdEntidad = E.ID
LEFT JOIN ERP.Trabajador T
ON T.IdEntidad = E.ID AND T.IdEmpresa = @IdEmpresa
LEFT JOIN ERP.Chofer CH
ON CH.IdEntidad = E.ID AND CH.IdEmpresa = @IdEmpresa
LEFT JOIN ERP.Vendedor VEND
ON VEND.IdTrabajador = T.ID
LEFT JOIN ERP.Cliente C
ON C.IdEntidad = E.ID AND C.IdEmpresa = @IdEmpresa
LEFT JOIN ERP.Persona P
ON P.IdEntidad = E.ID
LEFT JOIN [PLE].[T3Banco] BA
ON BA.IdEntidad = E.ID
LEFT JOIN ERP.Establecimiento EST
ON EST.IdEntidad = E.ID
LEFT JOIN PLAME.T2TipoEstablecimiento TE
ON TE.ID = EST.IdTipoEstablecimiento
LEFT JOIN PLAME.T5Via V
ON V.ID = EST.IdVia
LEFT JOIN PLAME.T6Zona Z
ON Z.ID = EST.IdZona
LEFT JOIN PLAME.T7Ubigeo U
ON U.ID = EST.IdUbigeo
LEFT JOIN Maestro.EstadoContribuyente EC
ON EC.ID = E.IdEstadoContribuyente
LEFT JOIN ERP.EntidadTipoDocumento ETD
ON ETD.IdEntidad = E.ID
LEFT JOIN PLE.T2TipoDocumento TD
ON TD.ID = ETD.IdTipoDocumento
WHERE ETD.NumeroDocumento = @NumeroDocumento
AND ETD.IdTipoDocumento = @IdTipoDocumento
AND ISNULL(EMP.FlagBorrador, 0) = 0
AND ISNULL(PROV.FlagBorrador, 0) = 0
AND ISNULL(USU.FlagBorrador, 0) = 0
AND ISNULL(T.FlagBorrador, 0) = 0
AND ISNULL(CH.FlagBorrador, 0) = 0
AND ISNULL(VEND.FlagBorrador, 0) = 0
AND ISNULL(C.FlagBorrador, 0) = 0
END
|
USE parkingrightdb;
CREATE TABLE IF NOT EXISTS ParkingRights (
ParkingRightId bigint not null AUTO_INCREMENT,
LicensePlate varchar(20) not null,
OperatorId varchar(255) not null,
ParkingZoneId bigint not null,
StartDate datetime not null,
EndDate datetime not null,
Amount decimal(8,2) not null,
UserProfile int not null,
PRIMARY KEY (ParkingRightId)
); |
-- Creating the account table
-- drop table if exists ideas;
create table ideas (
id varchar(255) NOT NULL,
name varchar(255) NOT NULL,
description varchar(255) NOT NULL,
docName varchar(255) NOT NULL,
docKey varchar(255) NOT NULL,
status varchar(255) NOT NULL,
votes INTEGER NOT NULL
); |
ALTER TABLE `abuse_reports`
DROP KEY `reporter_id_refs_id_12d88e23`, /*(`reporter_id`),*/
DROP KEY `user_id_refs_id_12d88e23`, /* (`user_id`),*/
DROP KEY `addon_id_refs_id_2b6ff2a7`, /* (`addon_id`);*/
ADD KEY `abuse_reports_reporter_id_e5b6b72a_fk_users_id` (`reporter_id`),
ADD KEY `abuse_reports_addon_id_f15faa13_fk_addons_id` (`addon_id`),
ADD KEY `abuse_reports_user_id_67401662_fk_users_id` (`user_id`);
ALTER TABLE `addons`
DROP KEY `addons_ibfk_3`, /* (`homepage`),*/
DROP KEY `addons_ibfk_4`, /* (`description`),*/
DROP KEY `addons_ibfk_5`, /* (`summary`),*/
DROP KEY `addons_ibfk_6`, /* (`developercomments`),*/
DROP KEY `addons_ibfk_7`, /* (`eula`),*/
DROP KEY `addons_ibfk_8`; /* (`privacypolicy`),*/
ALTER TABLE `addons_users`
DROP KEY `user_id`, /* (`user_id`),*/
ADD KEY `addons_users_user_id_411d394c` (`user_id`);
ALTER TABLE `addons_users_pending_confirmation`
DROP KEY `addons_users_pending_confirmation_user_id_a9a86f72_fk_users_id`, /* (`user_id`),*/
ADD KEY `addons_users_pending_confirmation_user_id_a9a86f72` (`user_id`);
ALTER TABLE `akismet_reports`
DROP KEY `akismet_reports_addon_instance_id_fk_addons_id`, /* (`addon_instance_id`),*/
DROP KEY `akismet_reports_upload_instance_id_fk_file_uploads_id`, /* (`upload_instance_id`),*/
DROP KEY `akismet_reports_collection_instance_id_fk_collections_id`, /* (`collection_instance_id`),*/
DROP KEY `akismet_reports_user_id_fk_users_id`, /* (`user_id`),*/
ADD KEY `akismet_reports_addon_instance_id_03f471af_fk_addons_id` (`addon_instance_id`),
ADD KEY `akismet_reports_upload_instance_id_c4530dc1_fk_file_uploads_id` (`upload_instance_id`),
ADD KEY `akismet_reports_collection_instance__2c06adf6_fk_collectio` (`collection_instance_id`),
ADD KEY `akismet_reports_user_id_97ce80b4_fk_users_id` (`user_id`);
ALTER TABLE `applications_versions`
DROP KEY `version_id`,
DROP KEY `min`,
DROP KEY `max`,
ADD KEY `applications_versions_version_id_9bf048e6_fk_versions_id` (`version_id`),
ADD KEY `applications_versions_min_1c31b27c_fk_appversions_id` (`min`),
ADD KEY `applications_versions_max_6e57db5a_fk_appversions_id` (`max`);
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/*Insere registros de Cargos*/
insert into `avaliacao_praxis`.`tipos_materiais` (id_tipo_material, descricao) values (default, 'Livro');
insert into `avaliacao_praxis`.`tipos_materiais` (id_tipo_material, descricao) values (default, 'Dicionário');
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GRANT all on item_effects to developers;
alter table item_effects owner to developers;
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