Tests resolving the inbound path to the system path.
function testProcessInbound() {
// Create an alias manager stub.
$alias_manager = $this
->getMockBuilder('Drupal\\Core\\Path\\AliasManager')
->disableOriginalConstructor()
->getMock();
$system_path_map = array(
// Set up one proper alias that can be resolved to a system path.
array(
'foo',
NULL,
'user/1',
),
// Passing in anything else should return the same string.
array(
'fr/foo',
NULL,
'fr/foo',
),
array(
'fr',
NULL,
'fr',
),
array(
'user',
NULL,
'user',
),
);
$alias_manager
->expects($this
->any())
->method('getSystemPath')
->will($this
->returnValueMap($system_path_map));
// Create a stub config factory with all config settings that will be checked
// during this test.
$language_prefixes = array_keys($this->languages);
$config_factory_stub = $this
->getConfigFactoryStub(array(
'system.site' => array(
'page.front' => 'user',
),
'language.negotiation' => array(
'url.prefixes' => array_combine($language_prefixes, $language_prefixes),
),
));
// Create the processors.
$alias_processor = new PathProcessorAlias($alias_manager);
$decode_processor = new PathProcessorDecode();
$front_processor = new PathProcessorFront($config_factory_stub);
$language_processor = new PathProcessorLanguage($config_factory_stub, new Settings(array()), $this->languageManager, $this->languages);
// First, test the processor manager with the processors in the incorrect
// order. The alias processor will run before the language processor, meaning
// aliases will not be found.
$priorities = array(
1000 => $alias_processor,
500 => $decode_processor,
300 => $front_processor,
200 => $language_processor,
);
// Create the processor manager and add the processors.
$processor_manager = new PathProcessorManager();
foreach ($priorities as $priority => $processor) {
$processor_manager
->addInbound($processor, $priority);
}
// Test resolving the French homepage using the incorrect processor order.
$test_path = 'fr';
$request = Request::create($test_path);
$processed = $processor_manager
->processInbound($test_path, $request);
$this
->assertEquals('', $processed, 'Processing in the incorrect order fails to resolve the system path from the empty path');
// Test resolving an existing alias using the incorrect processor order.
$test_path = 'fr/foo';
$request = Request::create($test_path);
$processed = $processor_manager
->processInbound($test_path, $request);
$this
->assertEquals('foo', $processed, 'Processing in the incorrect order fails to resolve the system path from an alias');
// Now create a new processor manager and add the processors, this time in
// the correct order.
$processor_manager = new PathProcessorManager();
$priorities = array(
1000 => $decode_processor,
500 => $language_processor,
300 => $front_processor,
200 => $alias_processor,
);
foreach ($priorities as $priority => $processor) {
$processor_manager
->addInbound($processor, $priority);
}
// Test resolving the French homepage using the correct processor order.
$test_path = 'fr';
$request = Request::create($test_path);
$processed = $processor_manager
->processInbound($test_path, $request);
$this
->assertEquals('user', $processed, 'Processing in the correct order resolves the system path from the empty path.');
// Test resolving an existing alias using the correct processor order.
$test_path = 'fr/foo';
$request = Request::create($test_path);
$processed = $processor_manager
->processInbound($test_path, $request);
$this
->assertEquals('user/1', $processed, 'Processing in the correct order resolves the system path from an alias.');
}