Fun Fun Fun :)

var sql = require('sql.js');
// or sql = window.SQL if you are in a browser

// Create a database
var db = new sql.Database();
// NOTE: You can also use new sql.Database(data) where
// data is an Uint8Array representing an SQLite database file

// Execute some sql
sqlstr = "CREATE TABLE hello (a int, b char);";
sqlstr += "INSERT INTO hello VALUES (0, 'hello');"
sqlstr += "INSERT INTO hello VALUES (1, 'world');"
db.run(sqlstr); // Run the query without returning anything

var res = db.exec("SELECT * FROM hello");
/*
[
	{columns:['a','b'], values:[[0,'hello'],[1,'world']]}
]
*/

// Prepare an sql statement
var stmt = db.prepare("SELECT * FROM hello WHERE a=:aval AND b=:bval");

// Bind values to the parameters and fetch the results of the query
var result = stmt.getAsObject({':aval' : 1, ':bval' : 'world'});
console.log(result); // Will print {a:1, b:'world'}

// Bind other values
stmt.bind([0, 'hello']);
while (stmt.step()) console.log(stmt.get()); // Will print [0, 'hello']

// You can also use javascript functions inside your SQL code
// Create the js function you need
function add(a, b) {return a+b;}
// Specifies the SQL function's name, the number of it's arguments, and the js function to use
db.create_function("add_js", add);
// Run a query in which the function is used
db.run("INSERT INTO hello VALUES (add_js(7, 3), add_js('Hello ', 'world'));"); // Inserts 10 and 'Hello world'

// free the memory used by the statement
stmt.free();
// You can not use your statement anymore once it has been freed.
// But not freeing your statements causes memory leaks. You don't want that.

// Export the database to an Uint8Array containing the SQLite database file
var binaryArray = db.export();

var sql = require('sql.js');

// or sql = window.SQL if you are in a browser

// Create a database

var db = new sql.Database();

// NOTE: You can also use new sql.Database(data) where

// data is an Uint8Array representing an SQLite database file

// Execute some sql

sqlstr = "CREATE TABLE hello (a int, b char);";

sqlstr += "INSERT INTO hello VALUES (0, 'hello');"

sqlstr += "INSERT INTO hello VALUES (1, 'world');"

db.run(sqlstr); // Run the query without returning anything

var res = db.exec("SELECT * FROM hello");

[

{columns:['a','b'], values:[[0,'hello'],[1,'world']]}

]

// Prepare an sql statement

var stmt = db.prepare("SELECT * FROM hello WHERE a=:aval AND b=:bval");

// Bind values to the parameters and fetch the results of the query

var result = stmt.getAsObject({':aval' : 1, ':bval' : 'world'});

console.log(result); // Will print {a:1, b:'world'}

// Bind other values

stmt.bind([0, 'hello']);

while (stmt.step()) console.log(stmt.get()); // Will print [0, 'hello']

// You can also use javascript functions inside your SQL code

// Create the js function you need

function add(a, b) {return a+b;}

// Specifies the SQL function's name, the number of it's arguments, and the js function to use

db.create_function("add_js", add);

// Run a query in which the function is used

db.run("INSERT INTO hello VALUES (add_js(7, 3), add_js('Hello ', 'world'));"); // Inserts 10 and 'Hello world'

// free the memory used by the statement

stmt.free();

// You can not use your statement anymore once it has been freed.

// But not freeing your statements causes memory leaks. You don't want that.

// Export the database to an Uint8Array containing the SQLite database file

var binaryArray = db.export();

sql.js @ Github

Using SQLite in Javascript with sql.js

Alexander