/**
* This is the same as the testMultipleExecutablesFinishCurrentStage except
* that the result produced is a sub-class of the expected result.
* @throws TierException
*/
public function testMultipleExecutablesFinishCurrentStageWithAliasedResult()
{
$injectionParams = new InjectionParams();
$tierApp = new TierApp($injectionParams);
$tierApp->addExpectedProduct('StdClass');
$fn1 = function () {
$obj = new \Fixtures\FooResult();
$obj->foo = 'bar';
return $obj;
};
$fn2 = function () {
throw new \Exception("This should not be reached, ");
};
$object = null;
$fn3 = function (\StdClass $stdClass) use(&$object) {
$object = $stdClass;
return TierApp::PROCESS_END;
};
// Add two executables to the initial stage. The first one returning
// an expected product should stop the other from being executing;
$tierApp->addExecutable(0, $fn1);
$tierApp->addExecutable(0, $fn2);
$tierApp->addExecutable(5, $fn3);
$tierApp->executeInternal();
$this->assertObjectHasAttribute('foo', $object);
$this->assertEquals($object->foo, 'bar');
}
public function testDuplicateExpectedProduct()
{
$tierApp = new TierApp(new Injector(), new NullCallback());
$tierApp->addExpectedProduct('StdClass');
$this->setExpectedException('Tier\\TierException');
$tierApp->addExpectedProduct('StdClass');
}
public function testDuplicateExpectedProduct()
{
$injectionParams = new InjectionParams();
$tierApp = new TierApp($injectionParams);
$tierApp->addExpectedProduct('StdClass');
$this->setExpectedException('Tier\\TierException');
$tierApp->addExpectedProduct('StdClass');
}
