gecko/storage/test/unit/test_storage_connection.js
2012-05-21 12:12:37 +01:00

590 lines
16 KiB
JavaScript

/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/. */
// This file tests the functions of mozIStorageConnection
////////////////////////////////////////////////////////////////////////////////
//// Test Functions
function test_connectionReady_open()
{
// there doesn't seem to be a way for the connection to not be ready (unless
// we close it with mozIStorageConnection::Close(), but we don't for this).
// It can only fail if GetPath fails on the database file, or if we run out
// of memory trying to use an in-memory database
var msc = getOpenedDatabase();
do_check_true(msc.connectionReady);
run_next_test();
}
function test_connectionReady_closed()
{
// This also tests mozIStorageConnection::Close()
var msc = getOpenedDatabase();
msc.close();
do_check_false(msc.connectionReady);
gDBConn = null; // this is so later tests don't start to fail.
run_next_test();
}
function test_databaseFile()
{
var msc = getOpenedDatabase();
do_check_true(getTestDB().equals(msc.databaseFile));
run_next_test();
}
function test_tableExists_not_created()
{
var msc = getOpenedDatabase();
do_check_false(msc.tableExists("foo"));
run_next_test();
}
function test_indexExists_not_created()
{
var msc = getOpenedDatabase();
do_check_false(msc.indexExists("foo"));
run_next_test();
}
function test_createTable_not_created()
{
var msc = getOpenedDatabase();
msc.createTable("test", "id INTEGER PRIMARY KEY, name TEXT");
do_check_true(msc.tableExists("test"));
run_next_test();
}
function test_indexExists_created()
{
var msc = getOpenedDatabase();
msc.executeSimpleSQL("CREATE INDEX name_ind ON test (name)");
do_check_true(msc.indexExists("name_ind"));
run_next_test();
}
function test_createTable_already_created()
{
var msc = getOpenedDatabase();
do_check_true(msc.tableExists("test"));
try {
msc.createTable("test", "id INTEGER PRIMARY KEY, name TEXT");
do_throw("We shouldn't get here!");
} catch (e) {
do_check_eq(Cr.NS_ERROR_FAILURE, e.result);
}
run_next_test();
}
function test_lastInsertRowID()
{
var msc = getOpenedDatabase();
msc.executeSimpleSQL("INSERT INTO test (name) VALUES ('foo')");
do_check_eq(1, msc.lastInsertRowID);
run_next_test();
}
function test_transactionInProgress_no()
{
var msc = getOpenedDatabase();
do_check_false(msc.transactionInProgress);
run_next_test();
}
function test_transactionInProgress_yes()
{
var msc = getOpenedDatabase();
msc.beginTransaction();
do_check_true(msc.transactionInProgress);
msc.commitTransaction();
do_check_false(msc.transactionInProgress);
msc.beginTransaction();
do_check_true(msc.transactionInProgress);
msc.rollbackTransaction();
do_check_false(msc.transactionInProgress);
run_next_test();
}
function test_commitTransaction_no_transaction()
{
var msc = getOpenedDatabase();
do_check_false(msc.transactionInProgress);
try {
msc.commitTransaction();
do_throw("We should not get here!");
} catch (e) {
do_check_eq(Cr.NS_ERROR_UNEXPECTED, e.result);
}
run_next_test();
}
function test_rollbackTransaction_no_transaction()
{
var msc = getOpenedDatabase();
do_check_false(msc.transactionInProgress);
try {
msc.rollbackTransaction();
do_throw("We should not get here!");
} catch (e) {
do_check_eq(Cr.NS_ERROR_UNEXPECTED, e.result);
}
run_next_test();
}
function test_get_schemaVersion_not_set()
{
do_check_eq(0, getOpenedDatabase().schemaVersion);
run_next_test();
}
function test_set_schemaVersion()
{
var msc = getOpenedDatabase();
const version = 1;
msc.schemaVersion = version;
do_check_eq(version, msc.schemaVersion);
run_next_test();
}
function test_set_schemaVersion_same()
{
var msc = getOpenedDatabase();
const version = 1;
msc.schemaVersion = version; // should still work ok
do_check_eq(version, msc.schemaVersion);
run_next_test();
}
function test_set_schemaVersion_negative()
{
var msc = getOpenedDatabase();
const version = -1;
msc.schemaVersion = version;
do_check_eq(version, msc.schemaVersion);
run_next_test();
}
function test_createTable(){
var temp = getTestDB().parent;
temp.append("test_db_table");
try {
var con = getService().openDatabase(temp);
con.createTable("a","");
} catch (e) {
if (temp.exists()) try {
temp.remove(false);
} catch (e2) {}
do_check_true(e.result==Cr.NS_ERROR_NOT_INITIALIZED ||
e.result==Cr.NS_ERROR_FAILURE);
}
run_next_test();
}
function test_defaultSynchronousAtNormal()
{
var msc = getOpenedDatabase();
var stmt = createStatement("PRAGMA synchronous;");
try {
stmt.executeStep();
do_check_eq(1, stmt.getInt32(0));
}
finally {
stmt.reset();
stmt.finalize();
}
run_next_test();
}
function test_close_does_not_spin_event_loop()
{
// We want to make sure that the event loop on the calling thread does not
// spin when close is called.
let event = {
ran: false,
run: function()
{
this.ran = true;
},
};
// Post the event before we call close, so it would run if the event loop was
// spun during close.
let thread = Cc["@mozilla.org/thread-manager;1"].
getService(Ci.nsIThreadManager).
currentThread;
thread.dispatch(event, Ci.nsIThread.DISPATCH_NORMAL);
// Sanity check, then close the database. Afterwards, we should not have ran!
do_check_false(event.ran);
getOpenedDatabase().close();
do_check_false(event.ran);
// Reset gDBConn so that later tests will get a new connection object.
gDBConn = null;
run_next_test();
}
function test_asyncClose_succeeds_with_finalized_async_statement()
{
// XXX this test isn't perfect since we can't totally control when events will
// run. If this paticular function fails randomly, it means we have a
// real bug.
// We want to make sure we create a cached async statement to make sure that
// when we finalize our statement, we end up finalizing the async one too so
// close will succeed.
let stmt = createStatement("SELECT * FROM test");
stmt.executeAsync();
stmt.finalize();
getOpenedDatabase().asyncClose(function() {
// Reset gDBConn so that later tests will get a new connection object.
gDBConn = null;
run_next_test();
});
}
function test_close_fails_with_async_statement_ran()
{
let stmt = createStatement("SELECT * FROM test");
stmt.executeAsync();
stmt.finalize();
let db = getOpenedDatabase();
try {
db.close();
do_throw("should have thrown");
}
catch (e) {
do_check_eq(e.result, Cr.NS_ERROR_UNEXPECTED);
}
finally {
// Clean up after ourselves.
db.asyncClose(function() {
// Reset gDBConn so that later tests will get a new connection object.
gDBConn = null;
run_next_test();
});
}
}
function test_clone_optional_param()
{
let db1 = getService().openUnsharedDatabase(getTestDB());
let db2 = db1.clone();
do_check_true(db2.connectionReady);
// A write statement should not fail here.
let stmt = db2.createStatement("INSERT INTO test (name) VALUES (:name)");
stmt.params.name = "dwitte";
stmt.execute();
stmt.finalize();
// And a read statement should succeed.
stmt = db2.createStatement("SELECT * FROM test");
do_check_true(stmt.executeStep());
stmt.finalize();
// Additionally check that it is a connection on the same database.
do_check_true(db1.databaseFile.equals(db2.databaseFile));
run_next_test();
}
function test_clone_readonly()
{
let db1 = getService().openUnsharedDatabase(getTestDB());
let db2 = db1.clone(true);
do_check_true(db2.connectionReady);
// A write statement should fail here.
let stmt = db2.createStatement("INSERT INTO test (name) VALUES (:name)");
stmt.params.name = "reed";
expectError(Cr.NS_ERROR_FILE_READ_ONLY, function() stmt.execute());
stmt.finalize();
// And a read statement should succeed.
stmt = db2.createStatement("SELECT * FROM test");
do_check_true(stmt.executeStep());
stmt.finalize();
run_next_test();
}
function test_clone_shared_readonly()
{
let db1 = getService().openDatabase(getTestDB());
let db2 = db1.clone(true);
do_check_true(db2.connectionReady);
// A write statement should fail here.
let stmt = db2.createStatement("INSERT INTO test (name) VALUES (:name)");
stmt.params.name = "reed";
// TODO currently SQLite does not actually work correctly here. The behavior
// we want is commented out, and the current behavior is being tested
// for. Our IDL comments will have to be updated when this starts to
// work again.
stmt.execute(); // This should not throw!
//expectError(Cr.NS_ERROR_FILE_READ_ONLY, function() stmt.execute());
stmt.finalize();
// And a read statement should succeed.
stmt = db2.createStatement("SELECT * FROM test");
do_check_true(stmt.executeStep());
stmt.finalize();
run_next_test();
}
function test_close_clone_fails()
{
let calls = [
"openDatabase",
"openUnsharedDatabase",
];
calls.forEach(function(methodName) {
let db = getService()[methodName](getTestDB());
db.close();
expectError(Cr.NS_ERROR_NOT_INITIALIZED, function() db.clone());
});
run_next_test();
}
function test_memory_clone_fails()
{
let db = getService().openSpecialDatabase("memory");
db.close();
expectError(Cr.NS_ERROR_NOT_INIALIZED, function() db.clone());
run_next_test();
}
function test_clone_copies_functions()
{
const FUNC_NAME = "test_func";
let calls = [
"openDatabase",
"openUnsharedDatabase",
];
let functionMethods = [
"createFunction",
"createAggregateFunction",
];
calls.forEach(function(methodName) {
[true, false].forEach(function(readOnly) {
functionMethods.forEach(function(functionMethod) {
let db1 = getService()[methodName](getTestDB());
// Create a function for db1.
db1[functionMethod](FUNC_NAME, 1, {
onFunctionCall: function() 0,
onStep: function() 0,
onFinal: function() 0,
});
// Clone it, and make sure the function exists still.
let db2 = db1.clone(readOnly);
// Note: this would fail if the function did not exist.
let stmt = db2.createStatement("SELECT " + FUNC_NAME + "(id) FROM test");
stmt.finalize();
db1.close();
db2.close();
});
});
});
run_next_test();
}
function test_clone_copies_overridden_functions()
{
const FUNC_NAME = "lower";
function test_func() {
this.called = false;
}
test_func.prototype = {
onFunctionCall: function() {
this.called = true;
},
onStep: function() {
this.called = true;
},
onFinal: function() 0,
};
let calls = [
"openDatabase",
"openUnsharedDatabase",
];
let functionMethods = [
"createFunction",
"createAggregateFunction",
];
calls.forEach(function(methodName) {
[true, false].forEach(function(readOnly) {
functionMethods.forEach(function(functionMethod) {
let db1 = getService()[methodName](getTestDB());
// Create a function for db1.
let func = new test_func();
db1[functionMethod](FUNC_NAME, 1, func);
do_check_false(func.called);
// Clone it, and make sure the function gets called.
let db2 = db1.clone(readOnly);
let stmt = db2.createStatement("SELECT " + FUNC_NAME + "(id) FROM test");
stmt.executeStep();
do_check_true(func.called);
stmt.finalize();
db1.close();
db2.close();
});
});
});
run_next_test();
}
function test_clone_copies_pragmas()
{
const PRAGMAS = [
{ name: "cache_size", value: 500, copied: true },
{ name: "temp_store", value: 2, copied: true },
{ name: "foreign_keys", value: 1, copied: true },
{ name: "journal_size_limit", value: 524288, copied: true },
{ name: "synchronous", value: 2, copied: true },
{ name: "wal_autocheckpoint", value: 16, copied: true },
{ name: "ignore_check_constraints", value: 1, copied: false },
];
let db1 = getService().openUnsharedDatabase(getTestDB());
// Sanity check initial values are different from enforced ones.
PRAGMAS.forEach(function (pragma) {
let stmt = db1.createStatement("PRAGMA " + pragma.name);
do_check_true(stmt.executeStep());
do_check_neq(pragma.value, stmt.getInt32(0));
stmt.finalize();
});
// Execute pragmas.
PRAGMAS.forEach(function (pragma) {
db1.executeSimpleSQL("PRAGMA " + pragma.name + " = " + pragma.value);
});
let db2 = db1.clone();
do_check_true(db2.connectionReady);
// Check cloned connection inherited pragma values.
PRAGMAS.forEach(function (pragma) {
let stmt = db2.createStatement("PRAGMA " + pragma.name);
do_check_true(stmt.executeStep());
let validate = pragma.copied ? do_check_eq : do_check_neq;
validate(pragma.value, stmt.getInt32(0));
stmt.finalize();
});
run_next_test();
}
function test_readonly_clone_copies_pragmas()
{
const PRAGMAS = [
{ name: "cache_size", value: 500, copied: true },
{ name: "temp_store", value: 2, copied: true },
{ name: "foreign_keys", value: 1, copied: false },
{ name: "journal_size_limit", value: 524288, copied: false },
{ name: "synchronous", value: 2, copied: false },
{ name: "wal_autocheckpoint", value: 16, copied: false },
{ name: "ignore_check_constraints", value: 1, copied: false },
];
let db1 = getService().openUnsharedDatabase(getTestDB());
// Sanity check initial values are different from enforced ones.
PRAGMAS.forEach(function (pragma) {
let stmt = db1.createStatement("PRAGMA " + pragma.name);
do_check_true(stmt.executeStep());
do_check_neq(pragma.value, stmt.getInt32(0));
stmt.finalize();
});
// Execute pragmas.
PRAGMAS.forEach(function (pragma) {
db1.executeSimpleSQL("PRAGMA " + pragma.name + " = " + pragma.value);
});
let db2 = db1.clone(true);
do_check_true(db2.connectionReady);
// Check cloned connection inherited pragma values.
PRAGMAS.forEach(function (pragma) {
let stmt = db2.createStatement("PRAGMA " + pragma.name);
do_check_true(stmt.executeStep());
let validate = pragma.copied ? do_check_eq : do_check_neq;
validate(pragma.value, stmt.getInt32(0));
stmt.finalize();
});
run_next_test();
}
function test_getInterface()
{
let db = getOpenedDatabase();
let target = db.QueryInterface(Ci.nsIInterfaceRequestor)
.getInterface(Ci.nsIEventTarget);
// Just check that target is non-null. Other tests will ensure that it has
// the correct value.
do_check_true(target != null);
db.asyncClose(function() {
// Reset gDBConn so that later tests will get a new connection object.
gDBConn = null;
run_next_test();
});
}
////////////////////////////////////////////////////////////////////////////////
//// Test Runner
[
test_connectionReady_open,
test_connectionReady_closed,
test_databaseFile,
test_tableExists_not_created,
test_indexExists_not_created,
test_createTable_not_created,
test_indexExists_created,
test_createTable_already_created,
test_lastInsertRowID,
test_transactionInProgress_no,
test_transactionInProgress_yes,
test_commitTransaction_no_transaction,
test_rollbackTransaction_no_transaction,
test_get_schemaVersion_not_set,
test_set_schemaVersion,
test_set_schemaVersion_same,
test_set_schemaVersion_negative,
test_createTable,
test_defaultSynchronousAtNormal,
test_close_does_not_spin_event_loop, // must be ran before executeAsync tests
test_asyncClose_succeeds_with_finalized_async_statement,
test_close_fails_with_async_statement_ran,
test_clone_optional_param,
test_clone_readonly,
test_close_clone_fails,
test_clone_copies_functions,
test_clone_copies_overridden_functions,
test_clone_copies_pragmas,
test_readonly_clone_copies_pragmas,
test_getInterface,
].forEach(add_test);
function run_test()
{
run_next_test();
}