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knex/test/unit/schema-builder/sqlite3.js
Olivier Cavadenti 7c52de9f23
Create table like support (#1373) (#4728)
2021-10-15 16:57:46 +03:00

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'use strict';
const { expect } = require('chai');
let tableSql;
const sinon = require('sinon');
const SQLite3_Client = require('../../../lib/dialects/sqlite3');
const client = new SQLite3_Client({ client: 'sqlite3' });
const {
parseCreateTable,
parseCreateIndex,
} = require('../../../lib/dialects/sqlite3/schema/internal/parser');
const {
compileCreateTable,
compileCreateIndex,
} = require('../../../lib/dialects/sqlite3/schema/internal/compiler');
const _ = require('lodash');
const { equal, deepEqual } = require('assert');
describe('SQLite SchemaBuilder', function () {
it('basic create table', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.increments('id');
table.string('email');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`id` integer not null primary key autoincrement, `email` varchar(255))'
);
});
it('basic create table like', function () {
tableSql = client
.schemaBuilder()
.createTableLike('users', 'users_like')
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` as select * from `users_like` where 0=1'
);
});
it('create json table', function () {
tableSql = client
.schemaBuilder()
.createTable('user', function (table) {
table.json('preferences');
})
.table('user', function (t) {})
.toSQL();
expect(tableSql[0].sql).to.equal(
'create table `user` (`preferences` json)'
);
});
it('basic create table without primary key', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.increments('id');
table.increments('other_id', { primaryKey: false });
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`id` integer not null primary key autoincrement, `other_id` integer not null autoincrement)'
);
});
it('basic alter table', function () {
tableSql = client
.schemaBuilder()
.alterTable('users', function (table) {
table.increments('id');
table.string('email');
})
.toSQL();
equal(2, tableSql.length);
const expected = [
'alter table `users` add column `id` integer not null primary key autoincrement',
'alter table `users` add column `email` varchar(255)',
];
expect(expected).to.eql(_.map(tableSql, 'sql'));
});
it('drop table', function () {
tableSql = client.schemaBuilder().dropTable('users').toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'drop table `users`');
});
it('drop table if exists', function () {
tableSql = client.schemaBuilder().dropTableIfExists('users').toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'drop table if exists `users`');
});
it('drop unique', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.dropUnique('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'drop index `users_foo_unique`');
});
it('drop unique, custom', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.dropUnique(null, 'foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'drop index `foo`');
});
it('drop index', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.dropIndex('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'drop index `users_foo_index`');
});
it('drop index, custom', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.dropIndex(null, 'foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'drop index `foo`');
});
it('rename table', function () {
tableSql = client.schemaBuilder().renameTable('users', 'foo').toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` rename to `foo`');
});
it('adding primary key', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.string('foo');
table.primary('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`foo` varchar(255), primary key (`foo`))'
);
});
it('adding primary key with specific identifier', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.string('foo');
table.primary('foo', 'pk-users');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`foo` varchar(255), constraint `pk-users` primary key (`foo`))'
);
});
it('adding composite primary key', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.string('foo');
table.string('order_id');
table.primary(['foo', 'order_id']);
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`foo` varchar(255), `order_id` varchar(255), primary key (`foo`, `order_id`))'
);
});
it('adding composite primary key with specific identifier', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.string('foo');
table.string('order_id');
table.primary(['foo', 'order_id'], 'pk-users');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`foo` varchar(255), `order_id` varchar(255), constraint `pk-users` primary key (`foo`, `order_id`))'
);
});
it('adding primary key fluently', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.string('foo').primary();
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`foo` varchar(255), primary key (`foo`))'
);
});
it('adding primary key fluently with specific identifier', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.string('foo').primary('pk-users');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`foo` varchar(255), constraint `pk-users` primary key (`foo`))'
);
});
it('adding foreign key', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.string('foo').primary();
table.string('order_id');
table.foreign('order_id').references('id').on('orders');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`foo` varchar(255), `order_id` varchar(255), foreign key(`order_id`) references `orders`(`id`), primary key (`foo`))'
);
});
it('adding foreign key with specific identifier', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.string('foo').primary();
table.string('order_id');
table
.foreign('order_id', 'fk-users-orders')
.references('id')
.on('orders');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`foo` varchar(255), `order_id` varchar(255), constraint `fk-users-orders` foreign key(`order_id`) references `orders`(`id`), primary key (`foo`))'
);
});
it('adding foreign key fluently', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table.string('foo').primary();
table.string('order_id').references('id').on('orders');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`foo` varchar(255), `order_id` varchar(255), foreign key(`order_id`) references `orders`(`id`), primary key (`foo`))'
);
});
it('adds a unique key with autogenerated name', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.unique('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'create unique index `users_foo_unique` on `users` (`foo`)'
);
});
it('adding unique key with specific name', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.unique('foo', 'bar');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'create unique index `bar` on `users` (`foo`)');
});
it('adding index', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.index(['foo', 'bar'], 'baz');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'create index `baz` on `users` (`foo`, `bar`)');
});
it('adding incrementing id', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.increments('id');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'alter table `users` add column `id` integer not null primary key autoincrement'
);
});
it('adding big incrementing id', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.bigIncrements('id');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'alter table `users` add column `id` integer not null primary key autoincrement'
);
});
it('adding big incrementing id without primary key', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.bigIncrements('id', { primaryKey: false });
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'alter table `users` add column `id` integer not null autoincrement'
);
});
it('adding string', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.string('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` varchar(255)');
});
it('allows setting a value in the string length, although unused by sqlite3', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.string('foo', 100);
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` varchar(100)');
});
it('correctly interprets defaultTo(null)', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.string('foo').defaultTo(null);
})
.toSQL();
equal(
tableSql[0].sql,
'alter table `users` add column `foo` varchar(255) default null'
);
});
it('correctly escape singleQuotes passed to defaultTo()', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.string('foo').defaultTo("single 'quoted' value");
})
.toSQL();
equal(
tableSql[0].sql,
"alter table `users` add column `foo` varchar(255) default 'single ''quoted'' value'"
);
});
it('chains notNull and defaultTo', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.string('foo', 100).notNull().defaultTo('bar');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
"alter table `users` add column `foo` varchar(100) not null default 'bar'"
);
});
it('adding text', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.text('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` text');
});
it('adding big integer', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.bigInteger('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` bigint');
});
it('bigincrements works the same as increments for sqlite3', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.bigIncrements('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'alter table `users` add column `foo` integer not null primary key autoincrement'
);
});
it('adding integer', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.integer('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` integer');
});
it('adding autoincrements', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.increments('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
'alter table `users` add column `foo` integer not null primary key autoincrement'
);
});
it('adding medium integer', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.mediumint('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` integer');
});
it('adding tiny integer', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.tinyint('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` tinyint');
});
it('adding small integer', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.smallint('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` integer');
});
it('adding float', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.float('foo', 5, 2);
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` float');
});
it('adding double', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.double('foo', 15, 8);
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` float');
});
it('adding decimal', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.decimal('foo', 5, 2);
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` float');
});
it('test adding decimal, no precision', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.decimal('foo', null);
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` float');
});
it('adding boolean', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.boolean('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` boolean');
});
it('adding enum', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.enum('foo', ['bar', 'baz']);
})
.toSQL();
equal(1, tableSql.length);
equal(
tableSql[0].sql,
"alter table `users` add column `foo` text check (`foo` in ('bar', 'baz'))"
);
});
it('adding date', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.date('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` date');
});
it('adding date time', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.dateTime('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` datetime');
});
it('adding time', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.time('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` time');
});
it('adding time stamp', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.timestamp('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` datetime');
});
it('adding time stamps', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.timestamps();
})
.toSQL();
equal(2, tableSql.length);
const expected = [
'alter table `users` add column `created_at` datetime',
'alter table `users` add column `updated_at` datetime',
];
deepEqual(expected, _.map(tableSql, 'sql'));
});
it('adding binary', function () {
tableSql = client
.schemaBuilder()
.table('users', function (table) {
table.binary('foo');
})
.toSQL();
equal(1, tableSql.length);
equal(tableSql[0].sql, 'alter table `users` add column `foo` blob');
});
it('allows for on delete cascade with foreign keys, #166', function () {
tableSql = client
.schemaBuilder()
.createTable('users', function (table) {
table
.string('user_id', 36)
.index()
.references('id')
.inTable('user')
.onDelete('CASCADE');
})
.toSQL();
equal(2, tableSql.length);
equal(
tableSql[0].sql,
'create table `users` (`user_id` varchar(36), foreign key(`user_id`) references `user`(`id`) on delete CASCADE)'
);
});
describe('queryContext', function () {
let spy;
let originalWrapIdentifier;
before(function () {
spy = sinon.spy();
originalWrapIdentifier = client.config.wrapIdentifier;
client.config.wrapIdentifier = function (value, wrap, queryContext) {
spy(value, queryContext);
return wrap(value);
};
});
beforeEach(function () {
spy.resetHistory();
});
after(function () {
client.config.wrapIdentifier = originalWrapIdentifier;
});
it('SchemaCompiler passes queryContext to wrapIdentifier via TableCompiler', function () {
client
.schemaBuilder()
.queryContext('table context')
.createTable('users', function (table) {
table.increments('id');
table.string('email');
})
.toSQL();
expect(spy.callCount).to.equal(3);
expect(spy.firstCall.args).to.deep.equal(['id', 'table context']);
expect(spy.secondCall.args).to.deep.equal(['email', 'table context']);
expect(spy.thirdCall.args).to.deep.equal(['users', 'table context']);
});
it('TableCompiler passes queryContext to wrapIdentifier', function () {
client
.schemaBuilder()
.createTable('users', function (table) {
table.increments('id').queryContext('id context');
table.string('email').queryContext('email context');
})
.toSQL();
expect(spy.callCount).to.equal(3);
expect(spy.firstCall.args).to.deep.equal(['id', 'id context']);
expect(spy.secondCall.args).to.deep.equal(['email', 'email context']);
expect(spy.thirdCall.args).to.deep.equal(['users', undefined]);
});
it('TableCompiler allows overwriting queryContext from SchemaCompiler', function () {
client
.schemaBuilder()
.queryContext('schema context')
.createTable('users', function (table) {
table.queryContext('table context');
table.increments('id');
table.string('email');
})
.toSQL();
expect(spy.callCount).to.equal(3);
expect(spy.firstCall.args).to.deep.equal(['id', 'table context']);
expect(spy.secondCall.args).to.deep.equal(['email', 'table context']);
expect(spy.thirdCall.args).to.deep.equal(['users', 'table context']);
});
it('ColumnCompiler allows overwriting queryContext from TableCompiler', function () {
client
.schemaBuilder()
.queryContext('schema context')
.createTable('users', function (table) {
table.queryContext('table context');
table.increments('id').queryContext('id context');
table.string('email').queryContext('email context');
})
.toSQL();
expect(spy.callCount).to.equal(3);
expect(spy.firstCall.args).to.deep.equal(['id', 'id context']);
expect(spy.secondCall.args).to.deep.equal(['email', 'email context']);
expect(spy.thirdCall.args).to.deep.equal(['users', 'table context']);
});
});
});
describe('SQLite parser and compiler', function () {
const wrap = (v) => `"${v}"`;
describe('create table', function () {
it('basic', function () {
const sql = 'CREATE TABLE "users" ("foo")';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('temporary', function () {
const sql = 'CREATE TEMP TABLE "users" ("foo")';
const ast = {
temporary: true,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('if not exists', function () {
const sql = 'CREATE TABLE IF NOT EXISTS "users" ("foo")';
const ast = {
temporary: false,
exists: true,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('schema', function () {
const sql = 'CREATE TABLE "schema"."users" ("foo")';
const ast = {
temporary: false,
exists: false,
schema: 'schema',
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('rowid', function () {
const sql = 'CREATE TABLE "users" ("foo") WITHOUT ROWID';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: true,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition type', function () {
const sql = 'CREATE TABLE "users" ("foo" INTEGER)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: 'INTEGER',
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition type one parameter', function () {
const sql = 'CREATE TABLE "users" ("foo" VARYING CHARACTER(255))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: 'VARYING CHARACTER(255)',
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition type two parameters', function () {
const sql = 'CREATE TABLE "users" ("foo" DECIMAL(+10, -5))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: 'DECIMAL(+10, -5)',
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition multiple type', function () {
const sql = 'CREATE TABLE "users" ("foo" FLOAT, "bar" DECIMAL(4, 2))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: 'FLOAT',
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'bar',
type: 'DECIMAL(4, 2)',
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition primary key', function () {
const sql = 'CREATE TABLE "users" ("foo" PRIMARY KEY)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: {
name: null,
order: null,
conflict: null,
autoincrement: false,
},
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition primary key order', function () {
const sql = 'CREATE TABLE "users" ("foo" PRIMARY KEY ASC)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: {
name: null,
order: 'ASC',
conflict: null,
autoincrement: false,
},
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition primary key conflict', function () {
const sql = 'CREATE TABLE "users" ("foo" PRIMARY KEY ON CONFLICT ABORT)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: {
name: null,
order: null,
conflict: 'ABORT',
autoincrement: false,
},
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition primary key autoincrement', function () {
const sql = 'CREATE TABLE "users" ("foo" PRIMARY KEY AUTOINCREMENT)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: {
name: null,
order: null,
conflict: null,
autoincrement: true,
},
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition primary key all', function () {
const sql =
'CREATE TABLE "users" ("foo" PRIMARY KEY DESC ON CONFLICT FAIL AUTOINCREMENT)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: {
name: null,
order: 'DESC',
conflict: 'FAIL',
autoincrement: true,
},
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition not null', function () {
const sql = 'CREATE TABLE "users" ("foo" NOT NULL)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: {
name: null,
conflict: null,
},
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition not null conflict', function () {
const sql = 'CREATE TABLE "users" ("foo" NOT NULL ON CONFLICT IGNORE)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: {
name: null,
conflict: 'IGNORE',
},
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition null', function () {
const sql = 'CREATE TABLE "users" ("foo" NULL)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: {
name: null,
conflict: null,
},
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition null conflict', function () {
const sql = 'CREATE TABLE "users" ("foo" NULL ON CONFLICT ABORT)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: {
name: null,
conflict: 'ABORT',
},
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition unique', function () {
const sql = 'CREATE TABLE "users" ("foo" UNIQUE)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: {
name: null,
conflict: null,
},
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition unique conflict', function () {
const sql = 'CREATE TABLE "users" ("foo" UNIQUE ON CONFLICT REPLACE)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: {
name: null,
conflict: 'REPLACE',
},
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition check', function () {
const sql = 'CREATE TABLE "users" ("foo" CHECK ("foo" != 42))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: {
name: null,
expression: ['"foo"', '!=', '42'],
},
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition default', function () {
const sql = `CREATE TABLE "users" ("foo" DEFAULT 'bar')`;
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: {
name: null,
value: `'bar'`,
expression: false,
},
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition default signed number', function () {
const sql = 'CREATE TABLE "users" ("foo" DEFAULT -42)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: {
name: null,
value: '-42',
expression: false,
},
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition default expression', function () {
const sql = 'CREATE TABLE "users" ("foo" DEFAULT (random()))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: {
name: null,
value: ['random', []],
expression: true,
},
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition collate', function () {
const sql = 'CREATE TABLE "users" ("foo" COLLATE RTRIM)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: {
name: null,
collation: 'RTRIM',
},
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition references', function () {
const sql = 'CREATE TABLE "users" ("foo" REFERENCES "other")';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: {
name: null,
table: 'other',
columns: [],
delete: null,
update: null,
match: null,
deferrable: null,
},
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition references referenced column', function () {
const sql = 'CREATE TABLE "users" ("foo" REFERENCES "other" ("bar"))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: {
name: null,
table: 'other',
columns: ['bar'],
delete: null,
update: null,
match: null,
deferrable: null,
},
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition references multiple columns', function () {
const sql =
'CREATE TABLE "users" ("foo" REFERENCES "other" ("bar", "lar"))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: {
name: null,
table: 'other',
columns: ['bar', 'lar'],
delete: null,
update: null,
match: null,
deferrable: null,
},
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition references on delete', function () {
const sql =
'CREATE TABLE "users" ("foo" REFERENCES "other" ON DELETE SET NULL)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: {
name: null,
table: 'other',
columns: [],
delete: 'SET NULL',
update: null,
match: null,
deferrable: null,
},
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition references on update', function () {
const sql =
'CREATE TABLE "users" ("foo" REFERENCES "other" ON UPDATE CASCADE)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: {
name: null,
table: 'other',
columns: [],
delete: null,
update: 'CASCADE',
match: null,
deferrable: null,
},
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition references match', function () {
const sql = 'CREATE TABLE "users" ("foo" REFERENCES "other" MATCH FULL)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: {
name: null,
table: 'other',
columns: [],
delete: null,
update: null,
match: 'FULL',
deferrable: null,
},
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition references deferrable', function () {
const sql =
'CREATE TABLE "users" ("foo" REFERENCES "other" NOT DEFERRABLE INITIALLY DEFERRED)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: {
name: null,
table: 'other',
columns: [],
delete: null,
update: null,
match: null,
deferrable: {
not: true,
initially: 'DEFERRED',
},
},
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition references all', function () {
const sql =
'CREATE TABLE "users" ("foo" REFERENCES "other" ("bar") ON DELETE RESTRICT ON UPDATE NO ACTION MATCH PARTIAL DEFERRABLE)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: {
name: null,
table: 'other',
columns: ['bar'],
delete: 'RESTRICT',
update: 'NO ACTION',
match: 'PARTIAL',
deferrable: {
not: false,
initially: null,
},
},
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition as', function () {
const sql = 'CREATE TABLE "users" ("foo" AS (count(*)))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: {
name: null,
generated: false,
expression: ['count', ['*']],
mode: null,
},
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition as generated always', function () {
const sql =
'CREATE TABLE "users" ("foo" GENERATED ALWAYS AS (length(foo)))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: {
name: null,
generated: true,
expression: ['length', ['foo']],
mode: null,
},
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition as mode', function () {
const sql = 'CREATE TABLE "users" ("foo" AS (length(foo)) VIRTUAL)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: {
name: null,
generated: false,
expression: ['length', ['foo']],
mode: 'VIRTUAL',
},
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition all', function () {
const sql =
'CREATE TABLE "users" ("foo" TEXT PRIMARY KEY DESC ON CONFLICT ROLLBACK AUTOINCREMENT NOT NULL ON CONFLICT FAIL NULL ON CONFLICT IGNORE UNIQUE ON CONFLICT REPLACE CHECK ("foo" != 42) DEFAULT NULL COLLATE BINARY REFERENCES "other" ("baz", "bar", "lar") ON UPDATE SET NULL MATCH SIMPLE NOT DEFERRABLE GENERATED ALWAYS AS (count(*)) STORED)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: 'TEXT',
constraints: {
primary: {
name: null,
order: 'DESC',
conflict: 'ROLLBACK',
autoincrement: true,
},
notnull: {
name: null,
conflict: 'FAIL',
},
null: {
name: null,
conflict: 'IGNORE',
},
unique: {
name: null,
conflict: 'REPLACE',
},
check: {
name: null,
expression: ['"foo"', '!=', '42'],
},
default: {
name: null,
value: 'NULL',
expression: false,
},
collate: {
name: null,
collation: 'BINARY',
},
references: {
name: null,
table: 'other',
columns: ['baz', 'bar', 'lar'],
delete: null,
update: 'SET NULL',
match: 'SIMPLE',
deferrable: {
not: true,
initially: null,
},
},
as: {
name: null,
generated: true,
expression: ['count', ['*']],
mode: 'STORED',
},
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition named', function () {
const sql =
'CREATE TABLE "users" ("foo" UNSIGNED BIG INT CONSTRAINT "primary_constraint" PRIMARY KEY DESC ON CONFLICT ROLLBACK AUTOINCREMENT CONSTRAINT "notnull_constraint" NOT NULL ON CONFLICT FAIL CONSTRAINT "null_constraint" NULL ON CONFLICT IGNORE CONSTRAINT "unique_constraint" UNIQUE ON CONFLICT REPLACE CONSTRAINT "check_constraint" CHECK ("foo" != 42) CONSTRAINT "default_constraint" DEFAULT NULL CONSTRAINT "collate_constraint" COLLATE BINARY CONSTRAINT "references_constraint" REFERENCES "other" ("baz", "bar", "lar") ON UPDATE SET NULL MATCH SIMPLE NOT DEFERRABLE CONSTRAINT "as_constraint" GENERATED ALWAYS AS (count(*)) STORED)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: 'UNSIGNED BIG INT',
constraints: {
primary: {
name: 'primary_constraint',
order: 'DESC',
conflict: 'ROLLBACK',
autoincrement: true,
},
notnull: {
name: 'notnull_constraint',
conflict: 'FAIL',
},
null: {
name: 'null_constraint',
conflict: 'IGNORE',
},
unique: {
name: 'unique_constraint',
conflict: 'REPLACE',
},
check: {
name: 'check_constraint',
expression: ['"foo"', '!=', '42'],
},
default: {
name: 'default_constraint',
value: 'NULL',
expression: false,
},
collate: {
name: 'collate_constraint',
collation: 'BINARY',
},
references: {
name: 'references_constraint',
table: 'other',
columns: ['baz', 'bar', 'lar'],
delete: null,
update: 'SET NULL',
match: 'SIMPLE',
deferrable: {
not: true,
initially: null,
},
},
as: {
name: 'as_constraint',
generated: true,
expression: ['count', ['*']],
mode: 'STORED',
},
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition multiple', function () {
const sql =
'CREATE TABLE "users" ("primary_column" BLOB CONSTRAINT "primary_constraint" PRIMARY KEY DESC ON CONFLICT ROLLBACK AUTOINCREMENT, "notnull_column" DOUBLE PRECISION NOT NULL ON CONFLICT FAIL, "null_column" NATIVE CHARACTER(70) NULL ON CONFLICT IGNORE, "unique_column" CONSTRAINT "unique_constraint" UNIQUE ON CONFLICT REPLACE, "check_column" CHECK ("foo" != 42), "default_column" INT8 DEFAULT NULL, "collate_column" CONSTRAINT "collate_constraint" COLLATE BINARY, "references_column" NUMERIC REFERENCES "other" ("baz", "bar", "lar") ON UPDATE SET NULL MATCH SIMPLE NOT DEFERRABLE, "as_column" CONSTRAINT "as_constraint" GENERATED ALWAYS AS (count(*)) STORED)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'primary_column',
type: 'BLOB',
constraints: {
primary: {
name: 'primary_constraint',
order: 'DESC',
conflict: 'ROLLBACK',
autoincrement: true,
},
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'notnull_column',
type: 'DOUBLE PRECISION',
constraints: {
primary: null,
notnull: {
name: null,
conflict: 'FAIL',
},
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'null_column',
type: 'NATIVE CHARACTER(70)',
constraints: {
primary: null,
notnull: null,
null: {
name: null,
conflict: 'IGNORE',
},
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'unique_column',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: {
name: 'unique_constraint',
conflict: 'REPLACE',
},
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'check_column',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: {
name: null,
expression: ['"foo"', '!=', '42'],
},
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'default_column',
type: 'INT8',
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: {
name: null,
value: 'NULL',
expression: false,
},
collate: null,
references: null,
as: null,
},
},
{
name: 'collate_column',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: {
name: 'collate_constraint',
collation: 'BINARY',
},
references: null,
as: null,
},
},
{
name: 'references_column',
type: 'NUMERIC',
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: {
name: null,
table: 'other',
columns: ['baz', 'bar', 'lar'],
delete: null,
update: 'SET NULL',
match: 'SIMPLE',
deferrable: {
not: true,
initially: null,
},
},
as: null,
},
},
{
name: 'as_column',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: {
name: 'as_constraint',
generated: true,
expression: ['count', ['*']],
mode: 'STORED',
},
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint primary key', function () {
const sql = 'CREATE TABLE "users" ("foo", PRIMARY KEY ("foo"))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'PRIMARY KEY',
name: null,
columns: [
{
name: 'foo',
expression: false,
collation: null,
order: null,
},
],
conflict: null,
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint primary key conflict', function () {
const sql =
'CREATE TABLE "users" ("foo", PRIMARY KEY ("foo") ON CONFLICT ROLLBACK)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'PRIMARY KEY',
name: null,
columns: [
{
name: 'foo',
expression: false,
collation: null,
order: null,
},
],
conflict: 'ROLLBACK',
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint primary key column collation and order', function () {
const sql =
'CREATE TABLE "users" ("foo", PRIMARY KEY ("foo", "baz" COLLATE BINARY, "bar" ASC, "lar" COLLATE NOCASE DESC))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'PRIMARY KEY',
name: null,
columns: [
{
name: 'foo',
expression: false,
collation: null,
order: null,
},
{
name: 'baz',
expression: false,
collation: 'BINARY',
order: null,
},
{
name: 'bar',
expression: false,
collation: null,
order: 'ASC',
},
{
name: 'lar',
expression: false,
collation: 'NOCASE',
order: 'DESC',
},
],
conflict: null,
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint primary key column expression', function () {
const sql =
'CREATE TABLE "users" ("foo", PRIMARY KEY (abs(foo), random() COLLATE RTRIM, baz + bar ASC))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'PRIMARY KEY',
name: null,
columns: [
{
name: ['abs', ['foo']],
expression: true,
collation: null,
order: null,
},
{
name: ['random', []],
expression: true,
collation: 'RTRIM',
order: null,
},
{
name: ['baz', '+', 'bar'],
expression: true,
collation: null,
order: 'ASC',
},
],
conflict: null,
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint unique', function () {
const sql = 'CREATE TABLE "users" ("foo", UNIQUE ("foo"))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'UNIQUE',
name: null,
columns: [
{
name: 'foo',
expression: false,
collation: null,
order: null,
},
],
conflict: null,
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint check', function () {
const sql = 'CREATE TABLE "users" ("foo", CHECK ("foo" IS NULL))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'CHECK',
name: null,
expression: ['"foo"', 'IS', 'NULL'],
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint foreign key', function () {
const sql =
'CREATE TABLE "users" ("foo", FOREIGN KEY ("foo") REFERENCES "other")';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'FOREIGN KEY',
name: null,
columns: ['foo'],
references: {
table: 'other',
columns: [],
delete: null,
update: null,
match: null,
deferrable: null,
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint foreign key referenced column', function () {
const sql =
'CREATE TABLE "users" ("foo", FOREIGN KEY ("foo") REFERENCES "other" ("bar"))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'FOREIGN KEY',
name: null,
columns: ['foo'],
references: {
table: 'other',
columns: ['bar'],
delete: null,
update: null,
match: null,
deferrable: null,
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint foreign key multiple columns', function () {
const sql =
'CREATE TABLE "users" ("foo", FOREIGN KEY ("foo", "baz") REFERENCES "other" ("bar", "lar"))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'FOREIGN KEY',
name: null,
columns: ['foo', 'baz'],
references: {
table: 'other',
columns: ['bar', 'lar'],
delete: null,
update: null,
match: null,
deferrable: null,
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint foreign key on delete', function () {
const sql =
'CREATE TABLE "users" ("foo", FOREIGN KEY ("foo") REFERENCES "other" ON DELETE SET NULL)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'FOREIGN KEY',
name: null,
columns: ['foo'],
references: {
table: 'other',
columns: [],
delete: 'SET NULL',
update: null,
match: null,
deferrable: null,
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint foreign key on update', function () {
const sql =
'CREATE TABLE "users" ("foo", FOREIGN KEY ("foo") REFERENCES "other" ON UPDATE CASCADE)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'FOREIGN KEY',
name: null,
columns: ['foo'],
references: {
table: 'other',
columns: [],
delete: null,
update: 'CASCADE',
match: null,
deferrable: null,
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint foreign key match', function () {
const sql =
'CREATE TABLE "users" ("foo", FOREIGN KEY ("foo") REFERENCES "other" MATCH FULL)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'FOREIGN KEY',
name: null,
columns: ['foo'],
references: {
table: 'other',
columns: [],
delete: null,
update: null,
match: 'FULL',
deferrable: null,
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint foreign key deferrable', function () {
const sql =
'CREATE TABLE "users" ("foo", FOREIGN KEY ("foo") REFERENCES "other" NOT DEFERRABLE INITIALLY DEFERRED)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'FOREIGN KEY',
name: null,
columns: ['foo'],
references: {
table: 'other',
columns: [],
delete: null,
update: null,
match: null,
deferrable: {
not: true,
initially: 'DEFERRED',
},
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint foreign key all', function () {
const sql =
'CREATE TABLE "users" ("foo", FOREIGN KEY ("foo") REFERENCES "other" ("bar") ON DELETE RESTRICT ON UPDATE NO ACTION MATCH PARTIAL DEFERRABLE)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'FOREIGN KEY',
name: null,
columns: ['foo'],
references: {
table: 'other',
columns: ['bar'],
delete: 'RESTRICT',
update: 'NO ACTION',
match: 'PARTIAL',
deferrable: {
not: false,
initially: null,
},
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint named', function () {
const sql =
'CREATE TABLE "users" ("foo", CONSTRAINT "primary_constraint" PRIMARY KEY ("foo"))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'PRIMARY KEY',
name: 'primary_constraint',
columns: [
{
name: 'foo',
expression: false,
collation: null,
order: null,
},
],
conflict: null,
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('table constraint multiple', function () {
const sql =
'CREATE TABLE "users" ("foo", PRIMARY KEY ("foo", "baz" DESC) ON CONFLICT IGNORE, CHECK ("foo" IS NULL), CONSTRAINT "check_42" CHECK (count(foo) < 42 AND bar = 42), CONSTRAINT "unique_bar" UNIQUE ("bar"), FOREIGN KEY ("bar") REFERENCES "other" ("foo") ON DELETE SET DEFAULT ON UPDATE SET DEFAULT DEFERRABLE INITIALLY IMMEDIATE, CONSTRAINT "foreign_other_multiple" FOREIGN KEY ("bar", "lar") REFERENCES "other" MATCH SIMPLE NOT DEFERRABLE)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'PRIMARY KEY',
name: null,
columns: [
{
name: 'foo',
expression: false,
collation: null,
order: null,
},
{
name: 'baz',
expression: false,
collation: null,
order: 'DESC',
},
],
conflict: 'IGNORE',
},
{
type: 'CHECK',
name: null,
expression: ['"foo"', 'IS', 'NULL'],
},
{
type: 'CHECK',
name: 'check_42',
expression: ['count', ['foo'], '<', '42', 'AND', 'bar', '=', '42'],
},
{
type: 'UNIQUE',
name: 'unique_bar',
columns: [
{
name: 'bar',
expression: false,
collation: null,
order: null,
},
],
conflict: null,
},
{
type: 'FOREIGN KEY',
name: null,
columns: ['bar'],
references: {
table: 'other',
columns: ['foo'],
delete: 'SET DEFAULT',
update: 'SET DEFAULT',
match: null,
deferrable: {
not: false,
initially: 'IMMEDIATE',
},
},
},
{
type: 'FOREIGN KEY',
name: 'foreign_other_multiple',
columns: ['bar', 'lar'],
references: {
table: 'other',
columns: [],
delete: null,
update: null,
match: 'SIMPLE',
deferrable: {
not: true,
initially: null,
},
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column definition multiple table constraint multiple', function () {
const sql =
'CREATE TABLE "users" ("primary_column" BLOB CONSTRAINT "primary_constraint" PRIMARY KEY DESC ON CONFLICT ROLLBACK AUTOINCREMENT, "notnull_column" DOUBLE PRECISION NOT NULL ON CONFLICT FAIL, "null_column" NATIVE CHARACTER(70) NULL ON CONFLICT IGNORE, "unique_column" CONSTRAINT "unique_constraint" UNIQUE ON CONFLICT REPLACE, "check_column" CHECK ("foo" != 42), "default_column" TEXT DEFAULT NULL, "collate_column" CONSTRAINT "collate_constraint" COLLATE BINARY, "references_column" NUMERIC REFERENCES "other" ("baz", "bar", "lar") ON UPDATE SET NULL MATCH SIMPLE NOT DEFERRABLE, "as_column" CONSTRAINT "as_constraint" GENERATED ALWAYS AS (count(*)) STORED, PRIMARY KEY ("foo", "baz" DESC) ON CONFLICT IGNORE, CHECK ("foo" IS NULL), CONSTRAINT "check_42" CHECK (count(foo) < 42 AND bar = 42), CONSTRAINT "unique_bar" UNIQUE ("bar"), FOREIGN KEY ("bar") REFERENCES "other" ("foo") ON DELETE SET DEFAULT ON UPDATE SET DEFAULT DEFERRABLE INITIALLY IMMEDIATE, CONSTRAINT "foreign_other_multiple" FOREIGN KEY ("bar", "lar") REFERENCES "other" MATCH SIMPLE NOT DEFERRABLE)';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'primary_column',
type: 'BLOB',
constraints: {
primary: {
name: 'primary_constraint',
order: 'DESC',
conflict: 'ROLLBACK',
autoincrement: true,
},
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'notnull_column',
type: 'DOUBLE PRECISION',
constraints: {
primary: null,
notnull: {
name: null,
conflict: 'FAIL',
},
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'null_column',
type: 'NATIVE CHARACTER(70)',
constraints: {
primary: null,
notnull: null,
null: {
name: null,
conflict: 'IGNORE',
},
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'unique_column',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: {
name: 'unique_constraint',
conflict: 'REPLACE',
},
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'check_column',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: {
name: null,
expression: ['"foo"', '!=', '42'],
},
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'default_column',
type: 'TEXT',
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: {
name: null,
value: 'NULL',
expression: false,
},
collate: null,
references: null,
as: null,
},
},
{
name: 'collate_column',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: {
name: 'collate_constraint',
collation: 'BINARY',
},
references: null,
as: null,
},
},
{
name: 'references_column',
type: 'NUMERIC',
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: {
name: null,
table: 'other',
columns: ['baz', 'bar', 'lar'],
delete: null,
update: 'SET NULL',
match: 'SIMPLE',
deferrable: {
not: true,
initially: null,
},
},
as: null,
},
},
{
name: 'as_column',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: {
name: 'as_constraint',
generated: true,
expression: ['count', ['*']],
mode: 'STORED',
},
},
},
],
constraints: [
{
type: 'PRIMARY KEY',
name: null,
columns: [
{
name: 'foo',
expression: false,
collation: null,
order: null,
},
{
name: 'baz',
expression: false,
collation: null,
order: 'DESC',
},
],
conflict: 'IGNORE',
},
{
type: 'CHECK',
name: null,
expression: ['"foo"', 'IS', 'NULL'],
},
{
type: 'CHECK',
name: 'check_42',
expression: ['count', ['foo'], '<', '42', 'AND', 'bar', '=', '42'],
},
{
type: 'UNIQUE',
name: 'unique_bar',
columns: [
{
name: 'bar',
expression: false,
collation: null,
order: null,
},
],
conflict: null,
},
{
type: 'FOREIGN KEY',
name: null,
columns: ['bar'],
references: {
table: 'other',
columns: ['foo'],
delete: 'SET DEFAULT',
update: 'SET DEFAULT',
match: null,
deferrable: {
not: false,
initially: 'IMMEDIATE',
},
},
},
{
type: 'FOREIGN KEY',
name: 'foreign_other_multiple',
columns: ['bar', 'lar'],
references: {
table: 'other',
columns: [],
delete: null,
update: null,
match: 'SIMPLE',
deferrable: {
not: true,
initially: null,
},
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('special character identifier', function () {
const sql =
'CREATE TABLE "$chem@"."users table" (" ( ", "[`""foo""`]", " INTEGER ", " PRIMARY KEY ", " ) WITHOUT ROWID")';
const ast = {
temporary: false,
exists: false,
schema: '$chem@',
table: 'users table',
columns: [
{
name: ' ( ',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: '[`""foo""`]',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: ' INTEGER ',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: ' PRIMARY KEY ',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: ' ) WITHOUT ROWID',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('no wrap', function () {
const sql =
'CREATE TABLE users (note, foo, CONSTRAINT foreign_constraint FOREIGN KEY (note, foo) REFERENCES other (baz, bar))';
const ast = {
temporary: false,
exists: false,
schema: null,
table: 'users',
columns: [
{
name: 'note',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
{
name: 'foo',
type: null,
constraints: {
primary: null,
notnull: null,
null: null,
unique: null,
check: null,
default: null,
collate: null,
references: null,
as: null,
},
},
],
constraints: [
{
type: 'FOREIGN KEY',
name: 'foreign_constraint',
columns: ['note', 'foo'],
references: {
table: 'other',
columns: ['baz', 'bar'],
delete: null,
update: null,
match: null,
deferrable: null,
},
},
],
rowid: false,
};
const parsed = parseCreateTable(sql);
const compiled = compileCreateTable(ast);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('ordering', function () {
const sql =
'CREATE TABLE "users" ("foo" TEXT REFERENCES "other" ("baz", "bar", "lar") MATCH PARTIAL ON UPDATE NO ACTION ON DELETE RESTRICT DEFERRABLE CHECK ("foo" != 42) GENERATED ALWAYS AS (count(*)) STORED UNIQUE ON CONFLICT REPLACE NOT NULL ON CONFLICT FAIL PRIMARY KEY DESC ON CONFLICT ROLLBACK AUTOINCREMENT DEFAULT NULL COLLATE BINARY NULL ON CONFLICT IGNORE)';
const newSql =
'CREATE TABLE "users" ("foo" TEXT PRIMARY KEY DESC ON CONFLICT ROLLBACK AUTOINCREMENT NOT NULL ON CONFLICT FAIL NULL ON CONFLICT IGNORE UNIQUE ON CONFLICT REPLACE CHECK ("foo" != 42) DEFAULT NULL COLLATE BINARY REFERENCES "other" ("baz", "bar", "lar") ON DELETE RESTRICT ON UPDATE NO ACTION MATCH PARTIAL DEFERRABLE GENERATED ALWAYS AS (count(*)) STORED)';
const parsedSql = compileCreateTable(parseCreateTable(sql), wrap);
expect(parsedSql).to.equal(newSql);
});
it('lowercase', function () {
const sql =
'create table "users" ("primary_column" blob constraint "primary_constraint" primary key desc on conflict rollback autoincrement, "notnull_column" double precision not null on conflict fail, "null_column" native character(70) null on conflict ignore, "unique_column" constraint "unique_constraint" unique on conflict replace, "check_column" check ("foo" != 42), "default_column" text default null, "collate_column" constraint "collate_constraint" collate binary, "references_column" numeric references "other" ("baz", "bar", "lar") on update set null match simple not deferrable, "as_column" constraint "as_constraint" generated always as (count(*)) stored, primary key ("foo", "baz" desc) on conflict ignore, check ("foo" is null), constraint "check_42" check (count(foo) < 42 AND bar = 42), constraint "unique_bar" unique ("bar"), foreign key ("bar") references "other" ("foo") on delete set default on update set default deferrable initially immediate, constraint "foreign_other_multiple" foreign key ("bar", "lar") references "other" match simple not deferrable)';
const newSql =
'CREATE TABLE "users" ("primary_column" blob CONSTRAINT "primary_constraint" PRIMARY KEY DESC ON CONFLICT ROLLBACK AUTOINCREMENT, "notnull_column" double precision NOT NULL ON CONFLICT FAIL, "null_column" native character(70) NULL ON CONFLICT IGNORE, "unique_column" CONSTRAINT "unique_constraint" UNIQUE ON CONFLICT REPLACE, "check_column" CHECK ("foo" != 42), "default_column" text DEFAULT null, "collate_column" CONSTRAINT "collate_constraint" COLLATE binary, "references_column" numeric REFERENCES "other" ("baz", "bar", "lar") ON UPDATE SET NULL MATCH simple NOT DEFERRABLE, "as_column" CONSTRAINT "as_constraint" GENERATED ALWAYS AS (count(*)) STORED, PRIMARY KEY ("foo", "baz" DESC) ON CONFLICT IGNORE, CHECK ("foo" is null), CONSTRAINT "check_42" CHECK (count(foo) < 42 AND bar = 42), CONSTRAINT "unique_bar" UNIQUE ("bar"), FOREIGN KEY ("bar") REFERENCES "other" ("foo") ON DELETE SET DEFAULT ON UPDATE SET DEFAULT DEFERRABLE INITIALLY IMMEDIATE, CONSTRAINT "foreign_other_multiple" FOREIGN KEY ("bar", "lar") REFERENCES "other" MATCH simple NOT DEFERRABLE)';
const parsedSql = compileCreateTable(parseCreateTable(sql), wrap);
expect(parsedSql).to.equal(newSql);
});
it('whitespaces', function () {
const sql =
'CREATE TABLE "users table"("foo",\t"bar"CHECK("foo"\n!=\t42), CONSTRAINT\r\n"foreign_constraint" \t FOREIGN \n KEY("foo","bar")REFERENCES \r\n "other"("baz","bar"))';
const newSql =
'CREATE TABLE "users table" ("foo", "bar" CHECK ("foo" != 42), CONSTRAINT "foreign_constraint" FOREIGN KEY ("foo", "bar") REFERENCES "other" ("baz", "bar"))';
const parsedSql = compileCreateTable(parseCreateTable(sql), wrap);
expect(parsedSql).to.equal(newSql);
});
it('wrap', function () {
const sql =
'CREATE TABLE "schema".users (`foo`, [bar], \'baz\' DEFAULT "lar", CONSTRAINT [foreign_constraint] FOREIGN KEY (foo, `bar`) REFERENCES other ([baz], "bar"))';
const newSql =
'CREATE TABLE "schema"."users" ("foo", "bar", "baz" DEFAULT "lar", CONSTRAINT "foreign_constraint" FOREIGN KEY ("foo", "bar") REFERENCES "other" ("baz", "bar"))';
const parsedSql = compileCreateTable(parseCreateTable(sql), wrap);
expect(parsedSql).to.equal(newSql);
});
});
describe('create index', function () {
it('basic', function () {
const sql = 'CREATE INDEX "users_index" on "users" ("foo")';
const ast = {
unique: false,
exists: false,
schema: null,
index: 'users_index',
table: 'users',
columns: [
{ name: 'foo', expression: false, collation: null, order: null },
],
where: null,
};
const parsed = parseCreateIndex(sql);
const compiled = compileCreateIndex(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('unique', function () {
const sql = 'CREATE UNIQUE INDEX "users_index" on "users" ("foo")';
const ast = {
unique: true,
exists: false,
schema: null,
index: 'users_index',
table: 'users',
columns: [
{ name: 'foo', expression: false, collation: null, order: null },
],
where: null,
};
const parsed = parseCreateIndex(sql);
const compiled = compileCreateIndex(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('if not exists', function () {
const sql = 'CREATE INDEX IF NOT EXISTS "users_index" on "users" ("foo")';
const ast = {
unique: false,
exists: true,
schema: null,
index: 'users_index',
table: 'users',
columns: [
{ name: 'foo', expression: false, collation: null, order: null },
],
where: null,
};
const parsed = parseCreateIndex(sql);
const compiled = compileCreateIndex(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('schema', function () {
const sql = 'CREATE INDEX "schema"."users_index" on "users" ("foo")';
const ast = {
unique: false,
exists: false,
schema: 'schema',
index: 'users_index',
table: 'users',
columns: [
{ name: 'foo', expression: false, collation: null, order: null },
],
where: null,
};
const parsed = parseCreateIndex(sql);
const compiled = compileCreateIndex(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('where', function () {
const sql =
'CREATE INDEX "users_index" on "users" ("foo") where foo IS NOT NULL AND bar = 42';
const ast = {
unique: false,
exists: false,
schema: null,
index: 'users_index',
table: 'users',
columns: [
{ name: 'foo', expression: false, collation: null, order: null },
],
where: ['foo', 'IS', 'NOT', 'NULL', 'AND', 'bar', '=', '42'],
};
const parsed = parseCreateIndex(sql);
const compiled = compileCreateIndex(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column collation and order', function () {
const sql =
'CREATE INDEX "users_index" on "users" ("foo", "baz" COLLATE BINARY, "bar" ASC, "lar" COLLATE NOCASE DESC)';
const ast = {
unique: false,
exists: false,
schema: null,
index: 'users_index',
table: 'users',
columns: [
{
name: 'foo',
expression: false,
collation: null,
order: null,
},
{
name: 'baz',
expression: false,
collation: 'BINARY',
order: null,
},
{
name: 'bar',
expression: false,
collation: null,
order: 'ASC',
},
{
name: 'lar',
expression: false,
collation: 'NOCASE',
order: 'DESC',
},
],
where: null,
};
const parsed = parseCreateIndex(sql);
const compiled = compileCreateIndex(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('column expression', function () {
const sql =
'CREATE INDEX "users_index" on "users" (abs(foo), random() COLLATE RTRIM, baz + bar ASC)';
const ast = {
unique: false,
exists: false,
schema: null,
index: 'users_index',
table: 'users',
columns: [
{
name: ['abs', ['foo']],
expression: true,
collation: null,
order: null,
},
{
name: ['random', []],
expression: true,
collation: 'RTRIM',
order: null,
},
{
name: ['baz', '+', 'bar'],
expression: true,
collation: null,
order: 'ASC',
},
],
where: null,
};
const parsed = parseCreateIndex(sql);
const compiled = compileCreateIndex(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('special character identifier', function () {
const sql =
'CREATE INDEX "$chema"."users index" on "use-rs" (" ( ", " COLLATE ", " ""foo"" " ASC, "``b a z``" DESC, "[[``""bar""``]]") where foo IS NOT NULL';
const ast = {
unique: false,
exists: false,
schema: '$chema',
index: 'users index',
table: 'use-rs',
columns: [
{
name: ' ( ',
expression: false,
collation: null,
order: null,
},
{
name: ' COLLATE ',
expression: false,
collation: null,
order: null,
},
{
name: ' ""foo"" ',
expression: false,
collation: null,
order: 'ASC',
},
{
name: '``b a z``',
expression: false,
collation: null,
order: 'DESC',
},
{
name: '[[``""bar""``]]',
expression: false,
collation: null,
order: null,
},
],
where: ['foo', 'IS', 'NOT', 'NULL'],
};
const parsed = parseCreateIndex(sql);
const compiled = compileCreateIndex(ast, wrap);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('no wrap', function () {
const sql =
'CREATE INDEX users_index on users (note COLLATE BINARY ASC) where foo IS NOT NULL';
const ast = {
unique: false,
exists: false,
schema: null,
index: 'users_index',
table: 'users',
columns: [
{
name: 'note',
expression: false,
collation: 'BINARY',
order: 'ASC',
},
],
where: ['foo', 'IS', 'NOT', 'NULL'],
};
const parsed = parseCreateIndex(sql);
const compiled = compileCreateIndex(ast);
expect(parsed).to.deep.equal(ast);
expect(compiled).to.equal(sql);
});
it('lowercase', function () {
const sql =
'create index "users_index" ON "users" ("foo" collate BINARY asc) WHERE "foo" is not null';
const newSql =
'CREATE INDEX "users_index" on "users" ("foo" COLLATE BINARY ASC) where "foo" is not null';
const parsedSql = compileCreateIndex(parseCreateIndex(sql), wrap);
expect(parsedSql).to.equal(newSql);
});
it('whitespaces', function () {
const sql =
'CREATE INDEX "users index"\non\t"users"("foo" COLLATE\tBINARY\nASC)\r\nwhere "foo"\n IS\tNOT\r\nNULL';
const newSql =
'CREATE INDEX "users index" on "users" ("foo" COLLATE BINARY ASC) where "foo" IS NOT NULL';
const parsedSql = compileCreateIndex(parseCreateIndex(sql), wrap);
expect(parsedSql).to.equal(newSql);
});
it('wrap', function () {
const sql =
'CREATE INDEX "schema".[users index] on `users` ("foo " ASC, [b a z] DESC, ` bar`, \'lar\')';
const newSql =
'CREATE INDEX "schema"."users index" on "users" ("foo " ASC, "b a z" DESC, " bar", "lar")';
const parsedSql = compileCreateIndex(parseCreateIndex(sql), wrap);
expect(parsedSql).to.equal(newSql);
});
});
});
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