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|
<!DOCTYPE html>
<html>
<!--
Copyright 2007 The Closure Library Authors. All Rights Reserved.
Use of this source code is governed by the Apache License, Version 2.0.
See the COPYING file for details.
-->
<!--
-->
<head>
<meta http-equiv="X-UA-Compatible" content="IE=edge">
<title>Closure Unit Tests - goog.gears.Database</title>
<script src="../base.js"></script>
<script>
goog.require('goog.gears.Database');
goog.require('goog.testing.jsunit');
</script>
</head>
<body>
<script>
function isGearsAllowed() {
return goog.gears.hasFactory() && goog.gears.getFactory().hasPermission;
}
var database;
function setUpPage() {
if (isGearsAllowed()) {
try {
database = new goog.gears.Database('tester', 'database-test');
} catch (e) {
debug('Could not create the database');
}
}
setUpPageStatus = 'complete'; // jsunit magic
}
function setUp() {
if (!database) {
return;
}
database.execute('DROP TABLE IF EXISTS Test');
database.execute('CREATE TABLE IF NOT EXISTS Test (x TEXT, y TEXT)');
database.execute('INSERT INTO Test VALUES (?, ?)', 'a', 'alpha');
database.execute('INSERT INTO Test VALUES (?, ?)', 'b', 'beta');
database.execute('INSERT INTO Test VALUES (?, ?)', 'g', 'gamma');
}
function tearDown() {
if (database) {
goog.events.removeAll(database);
// Rollback to clean up transaction state.
while (database.isInTransaction()) {
database.rollback();
}
}
}
function testCreateDatabase() {
if (!database) {
return;
}
assertNotNull('Could not create the database', database);
}
function testCreateTable() {
if (!database) {
return;
}
var created = database.queryValue('SELECT 1 FROM SQLITE_MASTER ' +
'WHERE TYPE=? AND NAME=?',
'table',
'Test') != null;
assertTrue('Test table could not be created', created);
assertEquals('Wrong number of rows after more insertions', 3,
database.queryValue('SELECT COUNT(*) FROM Test'));
}
function testQueryValue() {
if (!database) {
return;
}
// testing retrieving a single value
var val = database.queryValue('SELECT y FROM Test WHERE x=?', 'b');
assertEquals('Wrong value returned by query', 'beta', val);
// testing a query that returns nothing
val = database.queryValue('SELECT y FROM Test WHERE x=?', 'd');
assertNull('Should not have returned a value for the query', val);
// testing that the query returns the first row of the query
val = database.queryValue('SELECT y FROM Test');
assertEquals('Wrong value returned by query', 'alpha', val);
// testing that the query returns the first element of the row of the query
val = database.queryValue('SELECT * FROM Test');
assertEquals('Wrong value returned by query', 'a', val);
// And the same with an array.
// testing retrieving a single value
val = database.queryValue('SELECT y FROM Test WHERE x=?', ['b']);
assertEquals('Wrong value returned by query', 'beta', val);
// testing a query that returns nothing
val = database.queryValue('SELECT y FROM Test WHERE x=?', ['d']);
assertNull('Should not have returned a value for the query', val);
}
function testQueryObject() {
if (!database) {
return;
}
// testing that the query returns the correct object
var obj = database.queryObject('SELECT * FROM Test WHERE x=?', 'b');
assertNotNull('Should have returned a value for the query', obj);
assertEquals('Wrong value returned by query', 'b', obj['x']);
assertEquals('Wrong value returned by query', 'beta', obj['y']);
// testing that the query returns null when there is no match
obj = database.queryValue('SELECT * FROM Test WHERE x=?', 'd');
assertNull('Should not have returned a value for the query', obj);
// testing that the query returns the first row when there are multiple
// rows returned.
obj = database.queryObject('SELECT * FROM Test');
assertNotNull('Should have returned a value for the query', obj);
assertEquals('Wrong value returned by query', 'a', obj['x']);
assertEquals('Wrong value returned by query', 'alpha', obj['y']);
// And the same with an array.
// testing that the query returns the correct object
obj = database.queryObject('SELECT * FROM Test WHERE x=?', ['b']);
assertNotNull('Should have returned a value for the query', obj);
assertEquals('Wrong value returned by query', 'b', obj['x']);
assertEquals('Wrong value returned by query', 'beta', obj['y']);
// testing that the query returns null when there is no match
obj = database.queryValue('SELECT * FROM Test WHERE x=?', ['d']);
assertNull('Should not have returned a value for the query', obj);
}
function testQueryValueArray() {
if (!database) {
return;
}
// testing selecting returning of multiple single values
var arr = database.queryValueArray('SELECT y FROM Test');
assertNotNull('Should have returned a value for the query', arr);
assertEquals('Wrong value returned by query', 3, arr.length);
assertEquals('Wrong value returned by query', 'alpha', arr[0]);
assertEquals('Wrong value returned by query', 'beta', arr[1]);
assertEquals('Wrong value returned by query', 'gamma', arr[2]);
// testing selecting returning of multiple single values when there
// are no matches.
arr = database.queryValueArray('SELECT y FROM Test WHERE x=?', 'd');
assertNotNull('Should have returned a value for the query', arr);
assertEquals('Wrong value returned by query', 0, arr.length);
// testing selecting returning of multiple single values even when
// selecting multiple columns - should return the first column
arr = database.queryValueArray('SELECT * FROM Test');
assertNotNull('Should have returned a value for the query', arr);
assertEquals('Wrong value returned by query', 3, arr.length);
assertEquals('Wrong value returned by query', 'a', arr[0]);
assertEquals('Wrong value returned by query', 'b', arr[1]);
assertEquals('Wrong value returned by query', 'g', arr[2]);
// And the same with an array.
// testing selecting returning of multiple single values when there
// are no matches.
arr = database.queryValueArray('SELECT y FROM Test WHERE x=?', ['d']);
assertNotNull('Should have returned a value for the query', arr);
assertEquals('Wrong value returned by query', 0, arr.length);
}
function testQueryObjectArray() {
if (!database) {
return;
}
// testing selecting returning of array of objects
var arr = database.queryObjectArray('SELECT * FROM Test');
assertNotNull('Should have returned a value for the query', arr);
assertEquals('Wrong value returned by query', 3, arr.length);
assertEquals('Wrong value returned by query', 'a', arr[0]['x']);
assertEquals('Wrong value returned by query', 'alpha', arr[0]['y']);
assertEquals('Wrong value returned by query', 'b', arr[1]['x']);
assertEquals('Wrong value returned by query', 'beta', arr[1]['y']);
assertEquals('Wrong value returned by query', 'g', arr[2]['x']);
assertEquals('Wrong value returned by query', 'gamma', arr[2]['y']);
// testing selecting returning of multiple objects when there
// are no matches.
arr = database.queryObjectArray('SELECT y FROM Test WHERE x=?', 'd');
assertNotNull('Should have returned a value for the query', arr);
assertEquals('Wrong value returned by query', 0, arr.length);
// And the same with an array.
// testing selecting returning of multiple objects when there
// are no matches.
arr = database.queryObjectArray('SELECT y FROM Test WHERE x=?', ['d']);
assertNotNull('Should have returned a value for the query', arr);
assertEquals('Wrong value returned by query', 0, arr.length);
}
function testQueryToArrays() {
if (!database) {
return;
}
// testing selecting returning of array of arrays
var arr = database.queryArrays('SELECT * FROM Test');
assertNotNull('Should have returned a value for the query', arr);
assertEquals('Wrong value returned by query', 3, arr.length);
assertEquals('Wrong value returned by query', 'a', arr[0][0]);
assertEquals('Wrong value returned by query', 'alpha', arr[0][1]);
assertEquals('Wrong value returned by query', 'b', arr[1][0]);
assertEquals('Wrong value returned by query', 'beta', arr[1][1]);
assertEquals('Wrong value returned by query', 'g', arr[2][0]);
assertEquals('Wrong value returned by query', 'gamma', arr[2][1]);
arr = database.queryArrays('SELECT * FROM Test WHERE x=?', 'd');
assertNotNull('Should have returned a value for the query', arr);
assertEquals('Wrong value returned by query', 0, arr.length);
// And the same with an array.
arr = database.queryArrays('SELECT * FROM Test WHERE x=?', ['d']);
assertNotNull('Should have returned a value for the query', arr);
assertEquals('Wrong value returned by query', 0, arr.length);
}
function testForEachValue() {
if (!database) {
return;
}
// testing the foreach value when there are matching values
var vals = [];
database.forEachValue('SELECT * FROM Test',
function(val, row, col, name) {
vals.push({val: val, row: row, col: col, name: name});
return true;
},
null);
assertEquals('Wrong value returned by query', 6, vals.length);
assertEquals('Wrong value returned by query', 'a', vals[0].val);
assertEquals('Wrong value returned by query', 0, vals[0].row);
assertEquals('Wrong value returned by query', 0, vals[0].col);
assertEquals('Wrong value returned by query', 'x', vals[0].name);
assertEquals('Wrong value returned by query', 'alpha', vals[1].val);
assertEquals('Wrong value returned by query', 0, vals[1].row);
assertEquals('Wrong value returned by query', 1, vals[1].col);
assertEquals('Wrong value returned by query', 'y', vals[1].name);
assertEquals('Wrong value returned by query', 'b', vals[2].val);
assertEquals('Wrong value returned by query', 1, vals[2].row);
assertEquals('Wrong value returned by query', 0, vals[2].col);
assertEquals('Wrong value returned by query', 'x', vals[2].name);
assertEquals('Wrong value returned by query', 'beta', vals[3].val);
assertEquals('Wrong value returned by query', 1, vals[3].row);
assertEquals('Wrong value returned by query', 1, vals[3].col);
assertEquals('Wrong value returned by query', 'y', vals[3].name);
assertEquals('Wrong value returned by query', 'g', vals[4].val);
assertEquals('Wrong value returned by query', 2, vals[4].row);
assertEquals('Wrong value returned by query', 0, vals[4].col);
assertEquals('Wrong value returned by query', 'x', vals[4].name);
assertEquals('Wrong value returned by query', 'gamma', vals[5].val);
assertEquals('Wrong value returned by query', 2, vals[5].row);
assertEquals('Wrong value returned by query', 1, vals[5].col);
assertEquals('Wrong value returned by query', 'y', vals[5].name);
vals = [];
database.forEachValue('SELECT * FROM Test WHERE x=?',
function(val, row, col, name) {
vals.push({val: val, row: row, col: col, name: name});
},
null,
'd');
assertEquals('Wrong value returned by query', 0, vals.length);
// And the same with an array.
vals = [];
database.forEachValue('SELECT * FROM Test WHERE x=?',
function(val, row, col, name) {
vals.push({val: val, row: row, col: col, name: name});
},
null,
['d']);
assertEquals('Wrong value returned by query', 0, vals.length);
}
function testForEachRow() {
if (!database) {
return;
}
var vals = [];
database.forEachRow('SELECT * FROM Test',
function(arr, row) {
vals.push({arr: arr, row: row});
return true;
},
null);
assertEquals('Wrong value returned by query', 3, vals.length);
assertEquals('Wrong value returned by query', 'a', vals[0].arr[0]);
assertEquals('Wrong value returned by query', 'alpha', vals[0].arr[1]);
assertEquals('Wrong value returned by query', 0, vals[0].row);
assertEquals('Wrong value returned by query', 'b', vals[1].arr[0]);
assertEquals('Wrong value returned by query', 'beta', vals[1].arr[1]);
assertEquals('Wrong value returned by query', 1, vals[1].row);
assertEquals('Wrong value returned by query', 'g', vals[2].arr[0]);
assertEquals('Wrong value returned by query', 'gamma', vals[2].arr[1]);
assertEquals('Wrong value returned by query', 2, vals[2].row);
vals = [];
database.forEachRow('SELECT * FROM Test WHERE x=?',
function(arr, row) {
vals.push({arr: arr, row: row});
return true;
},
null,
'd');
assertEquals('Wrong value returned by query', 0, vals.length);
// And the same with an array.
vals = [];
database.forEachRow('SELECT * FROM Test WHERE x=?',
function(arr, row) {
vals.push({arr: arr, row: row});
return true;
},
null,
['d']);
assertEquals('Wrong value returned by query', 0, vals.length);
}
function testMultipleBegins() {
if (!database) {
return;
}
var db1;
var db2;
try {
db1 = new goog.gears.Database('tester', 'database-test');
db2 = new goog.gears.Database('tester', 'database-test');
} catch (e) {
fail('Could not create the databases');
}
db1.begin();
try {
// This should time out as being locked.
db2.begin();
fail('Should not have been able to get past second begin transaction.');
} catch (e) {
assertFalse(
'Second begin should have failed, but claims to be in a transaction.',
db2.isInTransaction());
assertTrue(
'Second begin not reported as being locked',
goog.gears.Database.isLockedException(e));
}
db1.commit();
db2.begin();
assertTrue('New second begin failed', db2.isInTransaction());
db2.commit();
};
function testIsLockedExceptionMessage() {
if (!database) {
return;
}
var lockedExStr = 'Database operation failed. ERROR: database is locked ' +
'DETAILS: database is locked';
assertTrue(goog.gears.Database.isLockedException(lockedExStr));
assertFalse(goog.gears.Database.isLockedException(
'Database operation failed. ERROR: invalid SQL operation'));
assertTrue(goog.gears.Database.isLockedException(Error(lockedExStr)));
}
function testNestedBegins() {
if (!database) {
return;
}
// Try normal nested begins.
database.begin();
try {
database.begin();
database.commit();
database.commit();
} catch (e) {
fail('Could not run nested transactions');
}
// Now try nested begins with lower begin levels
database.begin();
try {
database.beginDeferred();
database.commit();
database.commit();
} catch (e) {
fail('Could not run nested transactions');
}
// Now try begins with increasing begin levels. This should throw
// an error.
database.beginDeferred();
try {
database.beginImmediate();
fail('Could not run nested transactions');
database.commit();
database.commit();
} catch (e) {
database.rollback(e);
}
}
function testCommit() {
if (!database) {
return;
}
var db;
try {
db = new goog.gears.Database('tester', 'database-test');
} catch (e) {
debug('Could not create the database');
}
var committed = false;
var rollbacked = false;
database.begin();
goog.events.listen(database, 'commit', function(e) {committed = true;});
goog.events.listen(database, 'rollback', function(e) {rollbacked = true;});
assertTrue('Incorrect reporting of being in a transaction',
database.isInTransaction());
database.execute('INSERT INTO Test VALUES(?, ?)', 'o', 'omega');
var cnt = database.queryValue('SELECT COUNT(*) FROM Test');
assertEquals('Found wrong number of rows', 4, cnt);
cnt = db.queryValue('SELECT COUNT(*) FROM Test');
assertEquals('Found wrong number of rows', 3, cnt);
database.commit();
cnt = db.queryValue('SELECT COUNT(*) FROM Test');
assertEquals('Found wrong number of rows', 4, cnt);
assertFalse('Incorrect reporting of being in a transaction',
database.isInTransaction());
assertTrue('Commit event not dispatched', committed);
assertFalse('Rollback event wrongly dispatched', rollbacked);
}
function testCommit2() {
if (!database) {
return;
}
var db;
try {
db = new goog.gears.Database('tester', 'database-test');
} catch (e) {
debug('Could not create the database');
}
var committed = false;
var rollbacked = false;
database.begin();
goog.events.listen(database, 'commit', function(e) {committed = true;});
goog.events.listen(database, 'rollback', function(e) {rollbacked = true;});
database.execute('INSERT INTO Test VALUES(?, ?)', 's', 'sigma');
assertTrue('Incorrect reporting of being in a transaction',
database.isInTransaction());
database.begin();
assertTrue('Incorrect reporting of being in a transaction',
database.isInTransaction());
database.execute('INSERT INTO Test VALUES(?, ?)', 's', 'sigma');
database.commit();
assertFalse('Commit event wrongly dispatched', committed);
assertFalse('Rollback event wrongly dispatched', rollbacked);
assertTrue('Incorrect reporting of being in a transaction',
database.isInTransaction());
// the values should not be committed at this point.
cnt = database.queryValue('SELECT COUNT(*) FROM Test');
assertEquals('Found wrong number of rows', 5, cnt);
cnt = db.queryValue('SELECT COUNT(*) FROM Test');
assertEquals('Found wrong number of rows', 3, cnt);
database.commit();
cnt = db.queryValue('SELECT COUNT(*) FROM Test');
assertEquals('Found wrong number of rows', 5, cnt);
assertFalse('Incorrect reporting of being in a transaction',
database.isInTransaction());
assertTrue('Commit function not called', committed);
assertFalse('Rollback function wrongly called', rollbacked);
}
function testRollback() {
if (!database) {
return;
}
var begun = false;
var committed = false;
var rollbacked = false;
goog.events.listen(database, 'begin', function(e) {begun = true;});
database.begin();
assertTrue('Begin event not dispatched', begun);
goog.events.listen(database, 'commit', function(e) {committed = true;});
goog.events.listen(database, 'rollback', function(e) {rollbacked = true;});
database.execute('INSERT INTO Test VALUES(?, ?)', 'o', 'omega');
var cnt = database.queryValue('SELECT COUNT(*) FROM Test');
assertEquals('Found wrong number of rows', 4, cnt);
database.rollback();
cnt = database.queryValue('SELECT COUNT(*) FROM Test');
assertEquals('Found wrong number of rows', 3, cnt);
assertFalse('Incorrect reporting of being in a transaction',
database.isInTransaction());
assertFalse('Commit event wrongly dispatched', committed);
assertTrue('Rollback event not dispatched', rollbacked);
}
function testRollback2() {
if (!database) {
return;
}
var begun = false;
var committed = false;
var rollbacked = false;
database.begin();
goog.events.listen(database, 'commit', function(e) {committed = true;});
goog.events.listen(database, 'rollback', function(e) {rollbacked = true;});
database.execute('INSERT INTO Test VALUES(?, ?)', 's', 'sigma');
database.begin();
database.execute('INSERT INTO Test VALUES(?, ?)', 's', 'sigma');
database.rollback();
// the values should not be rolledback at this point.
cnt = database.queryValue('SELECT COUNT(*) FROM Test');
assertEquals('Found wrong number of rows', 5, cnt);
assertFalse('Commit event wrongly dispatched', committed);
assertFalse('Rollback event wrongly dispatched', rollbacked);
database.rollback();
cnt = database.queryValue('SELECT COUNT(*) FROM Test');
assertEquals('Found wrong number of rows', 3, cnt);
assertFalse('Incorrect reporting of being in a transaction',
database.isInTransaction());
assertFalse('Commit event wrongly dispatched', committed);
assertTrue('Rollback event not dispatched', rollbacked);
}
function testPreventDefault() {
if (!database) {
return;
}
var committed = false;
database.begin();
goog.events.listen(database, 'beforecommit', function(e) {
e.preventDefault();
});
goog.events.listen(database, 'commit', function(e) {committed = true;});
database.execute('INSERT INTO Test VALUES(?, ?)', 'd', 'delta');
database.commit();
assertFalse('Commit ignored beforecommit preventDefault()', committed);
database.rollback();
}
function testPreventDefault2() {
if (!database) {
return;
}
var rollbacked = false;
database.begin();
goog.events.listen(database, 'beforerollback', function(e) {
e.preventDefault();
});
goog.events.listen(database, 'rollback', function(e) {
rollbacked = true;
});
database.execute('INSERT INTO Test VALUES(?, ?)', 'd', 'delta');
database.rollback();
assertFalse('Rollback ignored beforerollback preventDefault()', rollbacked);
goog.events.removeAll(database);
database.rollback();
}
function testLastInsertId() {
if (!database) {
return;
}
database.execute('INSERT INTO Test VALUES (?, ?)', 'a', 'alpha');
var id = database.getLastInsertRowId();
database.execute('INSERT INTO Test VALUES (?, ?)', 'b', 'beta');
assertEquals('Incorrect last insert id',
id + 1, database.getLastInsertRowId());
}
function testError() {
if (!database) {
return;
}
var sql = 'INSERT INTO Unknown VALUES(?, ?)';
try {
database.execute('INSERT INTO Unknown VALUES(?, ?)', 'alpha', 1);
fail('Should not have gotten here');
} catch (e) {
assertEquals('Wrong sql information', sql + ': ["alpha",1]', e.message0);
}
}
function testThrowInBeforeSubmit() {
if (!database) {
return;
}
var errorSentinel = Error();
var committed = false;
database.begin();
goog.events.listen(database, 'beforecommit', function(e) {
throw errorSentinel;
});
goog.events.listen(database, 'commit', function(e) {
committed = true;
});
database.execute('INSERT INTO Test VALUES(?, ?)', 'd', 'delta');
try {
database.commit();
fail('Should have thrown an error');
} catch (ex) {
assertEquals(errorSentinel, ex);
assertTrue('Should still be in the transaction',
database.isInTransaction());
}
assertFalse('Should not have been commited since we threw an error ' +
'in beforecommit', committed);
database.rollback();
}
function testThrowInBeforeRollback() {
if (!database) {
return;
}
var errorSentinel = Error();
var rollbacked = false;
database.begin();
goog.events.listen(database, 'beforerollback', function(e) {
throw errorSentinel;
});
goog.events.listen(database, 'rollback', function(e) {
rollbacked = true;
});
database.execute('INSERT INTO Test VALUES(?, ?)', 'd', 'delta');
try {
database.rollback();
fail('Should have thrown an error');
} catch (ex) {
assertEquals(errorSentinel, ex);
assertTrue('Should still be in the transaction',
database.isInTransaction());
}
assertFalse('Should not have been rolled back since we threw an error ' +
'in beforerollback', rollbacked);
goog.events.removeAll(database);
database.rollback();
}
</script>
</body>
</html>
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