Reverting init.sql.
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mike12345567
parent
f0da4b0366
commit
8a64dd1e0a
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@ -1,35 +1,92 @@
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-- Create the first table
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CREATE TABLE first_table (
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id SERIAL PRIMARY KEY,
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name VARCHAR(255) NOT NULL,
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description TEXT
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SELECT 'CREATE DATABASE main'
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WHERE NOT EXISTS (SELECT FROM pg_database WHERE datname = 'main')\gexec
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CREATE SCHEMA "test-1";
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CREATE TYPE person_job AS ENUM ('qa', 'programmer', 'designer', 'support');
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CREATE TABLE Persons (
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PersonID SERIAL PRIMARY KEY,
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LastName varchar(255),
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FirstName varchar(255),
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Address varchar(255),
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City varchar(255) DEFAULT 'Belfast',
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Age INTEGER DEFAULT 20 NOT NULL,
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Year INTEGER,
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Type person_job
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);
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-- Create the second table
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CREATE TABLE second_table (
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id SERIAL PRIMARY KEY,
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first_table_id INT REFERENCES first_table(id),
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data TEXT NOT NULL
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CREATE TABLE Tasks (
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TaskID SERIAL PRIMARY KEY,
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ExecutorID INT,
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QaID INT,
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Completed BOOLEAN,
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TaskName varchar(255),
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CONSTRAINT fkexecutor
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FOREIGN KEY(ExecutorID)
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REFERENCES Persons(PersonID),
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CONSTRAINT fkqa
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FOREIGN KEY(QaID)
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REFERENCES Persons(PersonID)
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);
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CREATE TABLE Products (
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ProductID SERIAL PRIMARY KEY,
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ProductName varchar(255)
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);
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CREATE TABLE Products_Tasks (
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ProductID INT NOT NULL,
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TaskID INT NOT NULL,
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CONSTRAINT fkProducts
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FOREIGN KEY(ProductID)
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REFERENCES Products(ProductID),
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CONSTRAINT fkTasks
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FOREIGN KEY(TaskID)
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REFERENCES Tasks(TaskID),
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PRIMARY KEY (ProductID, TaskID)
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);
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CREATE TABLE "test-1".table1 (
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id SERIAL PRIMARY KEY,
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Name varchar(255)
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);
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CREATE TABLE CompositeTable (
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KeyPartOne varchar(128),
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KeyPartTwo varchar(128),
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Name varchar(255),
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PRIMARY KEY (KeyPartOne, KeyPartTwo)
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);
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INSERT INTO Persons (FirstName, LastName, Address, City, Type, Year) VALUES ('Mike', 'Hughes', '123 Fake Street', 'Belfast', 'qa', 1999);
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INSERT INTO Persons (FirstName, LastName, Address, City, Type, Year) VALUES ('John', 'Smith', '64 Updown Road', 'Dublin', 'programmer', 1996);
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INSERT INTO Persons (FirstName, LastName, Address, City, Type, Age, Year) VALUES ('Foo', 'Bar', 'Foo Street', 'Bartown', 'support', 0, 1993);
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INSERT INTO Persons (FirstName, LastName, Address, City, Type) VALUES ('Jonny', 'Muffin', 'Muffin Street', 'Cork', 'support');
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INSERT INTO Persons (FirstName, LastName, Address, City, Type, Age, Year) VALUES ('Dave', 'Bar', '2 Foo Street', 'Bartown', 'support', 0, 1993);
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INSERT INTO Persons (FirstName, LastName, Address, City, Type, Age, Year) VALUES ('James', 'Bar', '3 Foo Street', 'Bartown', 'support', 0, 1993);
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INSERT INTO Persons (FirstName, LastName, Address, City, Type, Age, Year) VALUES ('Jenny', 'Bar', '4 Foo Street', 'Bartown', 'support', 0, 1993);
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INSERT INTO Persons (FirstName, LastName, Address, City, Type, Age, Year) VALUES ('Grace', 'Bar', '5 Foo Street', 'Bartown', 'support', 0, 1993);
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INSERT INTO Persons (FirstName, LastName, Address, City, Type, Age, Year) VALUES ('Sarah', 'Bar', '6 Foo Street', 'Bartown', 'support', 0, 1993);
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INSERT INTO Persons (FirstName, LastName, Address, City, Type, Age, Year) VALUES ('Kelly', 'Bar', '7 Foo Street', 'Bartown', 'support', 0, 1993);
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-- Insert 50 rows into the first table
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DO
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$$
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BEGIN
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FOR i IN 1..50 LOOP
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INSERT INTO first_table (name, description)
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VALUES ('Name ' || i, 'Description ' || i);
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END LOOP;
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END
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$$;
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-- Insert 10,000 rows into the second table, all related to the first row in the first table
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DO
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$$
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BEGIN
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FOR i IN 1..10000 LOOP
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INSERT INTO second_table (first_table_id, data)
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VALUES (1, 'Data ' || i);
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END LOOP;
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END
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$$;
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-- insert a lot of tasks for testing
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WITH RECURSIVE generate_series AS (
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SELECT 1 AS n
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UNION ALL
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SELECT n + 1 FROM generate_series WHERE n < 6000
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),
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random_data AS (
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SELECT
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n,
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(random() * 9 + 1)::int AS ExecutorID,
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(random() * 9 + 1)::int AS QaID,
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'assembling' AS TaskName,
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(random() < 0.5) AS Completed
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FROM generate_series
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)
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INSERT INTO Tasks (ExecutorID, QaID, TaskName, Completed)
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SELECT ExecutorID, QaID, TaskName, Completed
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FROM random_data;
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INSERT INTO Products (ProductName) VALUES ('Computers');
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INSERT INTO Products (ProductName) VALUES ('Laptops');
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INSERT INTO Products (ProductName) VALUES ('Chairs');
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INSERT INTO Products_Tasks (ProductID, TaskID) VALUES (1, 1);
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INSERT INTO Products_Tasks (ProductID, TaskID) VALUES (2, 1);
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INSERT INTO Products_Tasks (ProductID, TaskID) VALUES (3, 1);
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INSERT INTO Products_Tasks (ProductID, TaskID) VALUES (1, 2);
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INSERT INTO "test-1".table1 (Name) VALUES ('Test');
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INSERT INTO CompositeTable (KeyPartOne, KeyPartTwo, Name) VALUES ('aaa', 'bbb', 'Michael');
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INSERT INTO CompositeTable (KeyPartOne, KeyPartTwo, Name) VALUES ('bbb', 'ccc', 'Andrew');
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INSERT INTO CompositeTable (KeyPartOne, KeyPartTwo, Name) VALUES ('ddd', '', 'OneKey');
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