silverstripe-framework/tests/core/manifest/ConfigManifestTest.php

547 lines
15 KiB
PHP

<?php
class ConfigManifestTest_ConfigManifestAccess extends SS_ConfigManifest {
public function relativeOrder($a, $b) {
return parent::relativeOrder($a, $b);
}
}
class ConfigManifestTest extends SapphireTest {
/**
* This is a helper method for getting a new manifest
* @param $name
* @return any
*/
protected function getConfigFixtureValue($name) {
$manifest = new SS_ConfigManifest(dirname(__FILE__).'/fixtures/configmanifest', true, true);
return $manifest->get('ConfigManifestTest', $name);
}
/**
* This is a helper method for displaying a relevant message about a parsing failure
*/
protected function getParsedAsMessage($path) {
return sprintf('Reference path "%s" failed to parse correctly', $path);
}
/**
* A helper method to return a mock of the cache in order to test expectations and reduce dependency
* @return Zend_Cache_Core
*/
protected function getCacheMock() {
return $this->getMock(
'Zend_Cache_Core',
array('load', 'save'),
array(),
'',
false
);
}
/**
* A helper method to return a mock of the manifest in order to test expectations and reduce dependency
* @param $methods
* @return SS_ConfigManifest
*/
protected function getManifestMock($methods) {
return $this->getMock(
'SS_ConfigManifest',
$methods,
array(), // no constructor arguments
'', // default
false // don't call the constructor
);
}
/**
* Test the caching functionality when we are forcing regeneration
*
* 1. Test that regenerate is called in the default case and that cache->load isn't
* 2. Test that save is called correctly after the regeneration
*/
public function testCachingForceRegeneration() {
// Test that regenerate is called correctly.
$manifest = $this->getManifestMock(array('getCache', 'regenerate', 'buildYamlConfigVariant'));
$manifest->expects($this->once()) // regenerate should be called once
->method('regenerate')
->with($this->equalTo(true)); // includeTests = true
// Set up a cache where we expect load to never be called
$cache = $this->getCacheMock();
$cache->expects($this->never())
->method('load');
$manifest->expects($this->any())
->method('getCache')
->will($this->returnValue($cache));
$manifest->__construct(dirname(__FILE__).'/fixtures/configmanifest', true, true);
// Test that save is called correctly
$manifest = $this->getManifestMock(array('getCache'));
$cache = $this->getCacheMock();
$cache->expects($this->atLeastOnce())
->method('save');
$manifest->expects($this->any())
->method('getCache')
->will($this->returnValue($cache));
$manifest->__construct(dirname(__FILE__).'/fixtures/configmanifest', true, true);
}
/**
* Test the caching functionality when we are not forcing regeneration
*
* 1. Test that load is called
* 2. Test the regenerate is called when the cache is unprimed
* 3. Test that when there is a value in the cache regenerate isn't called
*/
public function testCachingNotForceRegeneration() {
// Test that load is called
$manifest = $this->getManifestMock(array('getCache', 'regenerate', 'buildYamlConfigVariant'));
// Load should be called twice
$cache = $this->getCacheMock();
$cache->expects($this->exactly(2))
->method('load');
$manifest->expects($this->any())
->method('getCache')
->will($this->returnValue($cache));
$manifest->__construct(dirname(__FILE__).'/fixtures/configmanifest', true, false);
// Now test that regenerate is called because the cache is unprimed
$manifest = $this->getManifestMock(array('getCache', 'regenerate', 'buildYamlConfigVariant'));
$cache = $this->getCacheMock();
$cache->expects($this->exactly(2))
->method('load')
->will($this->onConsecutiveCalls(false, false));
$manifest->expects($this->any())
->method('getCache')
->will($this->returnValue($cache));
$manifest->expects($this->once())
->method('regenerate')
->with($this->equalTo(false)); //includeTests = false
$manifest->__construct(dirname(__FILE__).'/fixtures/configmanifest', false, false);
// Now test that when there is a value in the cache that regenerate isn't called
$manifest = $this->getManifestMock(array('getCache', 'regenerate', 'buildYamlConfigVariant'));
$cache = $this->getCacheMock();
$cache->expects($this->exactly(2))
->method('load')
->will($this->onConsecutiveCalls(array(), array()));
$manifest->expects($this->any())
->method('getCache')
->will($this->returnValue($cache));
$manifest->expects($this->never())
->method('regenerate');
$manifest->__construct(dirname(__FILE__).'/fixtures/configmanifest', false, false);
}
/**
* This test checks the processing of before and after reference paths (module-name/filename#fragment)
* This method uses fixture/configmanifest/mysite/_config/addyamlconfigfile.yml as a fixture
*/
public function testAddYAMLConfigFileReferencePathParsing() {
// Use a mock to avoid testing unrelated functionality
$manifest = $this->getManifestMock(array('addModule'));
// This tests that the addModule method is called with the correct value
$manifest->expects($this->once())
->method('addModule')
->with($this->equalTo(dirname(__FILE__).'/fixtures/configmanifest/mysite'));
// Call the method to be tested
$manifest->addYAMLConfigFile(
'addyamlconfigfile.yml',
dirname(__FILE__).'/fixtures/configmanifest/mysite/_config/addyamlconfigfile.yml',
false
);
// There is no getter for yamlConfigFragments
$property = new ReflectionProperty('SS_ConfigManifest', 'yamlConfigFragments');
$property->setAccessible(true);
// Get the result back from the parsing
$result = $property->getValue($manifest);
$this->assertEquals(
array(
array(
'module' => 'mysite',
'file' => 'testfile',
'name' => 'fragment',
),
),
@$result[0]['after'],
$this->getParsedAsMessage('mysite/testfile#fragment')
);
$this->assertEquals(
array(
array(
'module' => 'test-module',
'file' => 'testfile',
'name' => 'fragment',
),
),
@$result[1]['after'],
$this->getParsedAsMessage('test-module/testfile#fragment')
);
$this->assertEquals(
array(
array(
'module' => '*',
'file' => '*',
'name' => '*',
),
),
@$result[2]['after'],
$this->getParsedAsMessage('*')
);
$this->assertEquals(
array(
array(
'module' => '*',
'file' => 'testfile',
'name' => '*'
),
),
@$result[3]['after'],
$this->getParsedAsMessage('*/testfile')
);
$this->assertEquals(
array(
array(
'module' => '*',
'file' => '*',
'name' => 'fragment'
),
),
@$result[4]['after'],
$this->getParsedAsMessage('*/*#fragment')
);
$this->assertEquals(
array(
array(
'module' => '*',
'file' => '*',
'name' => 'fragment'
),
),
@$result[5]['after'],
$this->getParsedAsMessage('#fragment')
);
$this->assertEquals(
array(
array(
'module' => 'test-module',
'file' => '*',
'name' => 'fragment'
),
),
@$result[6]['after'],
$this->getParsedAsMessage('test-module#fragment')
);
$this->assertEquals(
array(
array(
'module' => 'test-module',
'file' => '*',
'name' => '*'
),
),
@$result[7]['after'],
$this->getParsedAsMessage('test-module')
);
$this->assertEquals(
array(
array(
'module' => 'test-module',
'file' => '*',
'name' => '*'
),
),
@$result[8]['after'],
$this->getParsedAsMessage('test-module/*')
);
$this->assertEquals(
array(
array(
'module' => 'test-module',
'file' => '*',
'name' => '*'
),
),
@$result[9]['after'],
$this->getParsedAsMessage('test-module/*/#*')
);
}
public function testClassRules() {
$config = $this->getConfigFixtureValue('Class');
$this->assertEquals(
'Yes', @$config['DirectorExists'],
'Only rule correctly detects existing class'
);
$this->assertEquals(
'No', @$config['NoSuchClassExists'],
'Except rule correctly detects missing class'
);
}
public function testModuleRules() {
$config = $this->getConfigFixtureValue('Module');
$this->assertEquals(
'Yes', @$config['MysiteExists'],
'Only rule correctly detects existing module'
);
$this->assertEquals(
'No', @$config['NoSuchModuleExists'],
'Except rule correctly detects missing module'
);
}
public function testEnvVarSetRules() {
$_ENV['EnvVarSet_Foo'] = 1;
$config = $this->getConfigFixtureValue('EnvVarSet');
$this->assertEquals(
'Yes', @$config['FooSet'],
'Only rule correctly detects set environment variable'
);
$this->assertEquals(
'No', @$config['BarSet'],
'Except rule correctly detects unset environment variable'
);
}
public function testConstantDefinedRules() {
define('ConstantDefined_Foo', 1);
$config = $this->getConfigFixtureValue('ConstantDefined');
$this->assertEquals(
'Yes', @$config['FooDefined'],
'Only rule correctly detects defined constant'
);
$this->assertEquals(
'No', @$config['BarDefined'],
'Except rule correctly detects undefined constant'
);
}
public function testEnvOrConstantMatchesValueRules() {
$_ENV['EnvOrConstantMatchesValue_Foo'] = 'Foo';
define('EnvOrConstantMatchesValue_Bar', 'Bar');
$config = $this->getConfigFixtureValue('EnvOrConstantMatchesValue');
$this->assertEquals(
'Yes', @$config['FooIsFoo'],
'Only rule correctly detects environment variable matches specified value'
);
$this->assertEquals(
'Yes', @$config['BarIsBar'],
'Only rule correctly detects constant matches specified value'
);
$this->assertEquals(
'No', @$config['FooIsQux'],
'Except rule correctly detects environment variable that doesn\'t match specified value'
);
$this->assertEquals(
'No', @$config['BarIsQux'],
'Except rule correctly detects environment variable that doesn\'t match specified value'
);
$this->assertEquals(
'No', @$config['BazIsBaz'],
'Except rule correctly detects undefined variable'
);
}
public function testEnvironmentRules() {
foreach (array('dev', 'test', 'live') as $env) {
Config::inst()->nest();
Config::inst()->update('Director', 'environment_type', $env);
$config = $this->getConfigFixtureValue('Environment');
foreach (array('dev', 'test', 'live') as $check) {
$this->assertEquals(
$env == $check ? $check : 'not'.$check, @$config[ucfirst($check).'Environment'],
'Only & except rules correctly detect environment'
);
}
Config::inst()->unnest();
}
}
public function testDynamicEnvironmentRules() {
Config::inst()->nest();
// First, make sure environment_type is live
Config::inst()->update('Director', 'environment_type', 'live');
$this->assertEquals('live', Config::inst()->get('Director', 'environment_type'));
// Then, load in a new manifest, which includes a _config.php that sets environment_type to dev
$manifest = new SS_ConfigManifest(dirname(__FILE__).'/fixtures/configmanifest_dynamicenv', true, true);
Config::inst()->pushConfigYamlManifest($manifest);
// Make sure that stuck
$this->assertEquals('dev', Config::inst()->get('Director', 'environment_type'));
// And that the dynamic rule was calculated correctly
$this->assertEquals('dev', Config::inst()->get('ConfigManifestTest', 'DynamicEnvironment'));
Config::inst()->unnest();
}
public function testMultipleRules() {
$_ENV['MultilpleRules_EnvVariableSet'] = 1;
define('MultilpleRules_DefinedConstant', 'defined');
$config = $this->getConfigFixtureValue('MultipleRules');
$this->assertFalse(
isset($config['TwoOnlyFail']),
'Fragment is not included if one of the Only rules fails.'
);
$this->assertTrue(
isset($config['TwoOnlySucceed']),
'Fragment is included if both Only rules succeed.'
);
$this->assertTrue(
isset($config['TwoExceptSucceed']),
'Fragment is included if one of the Except rules matches.'
);
$this->assertFalse(
isset($config['TwoExceptFail']),
'Fragment is not included if both of the Except rules fail.'
);
$this->assertFalse(
isset($config['TwoBlocksFail']),
'Fragment is not included if one block fails.'
);
$this->assertTrue(
isset($config['TwoBlocksSucceed']),
'Fragment is included if both blocks succeed.'
);
}
public function testRelativeOrder() {
$accessor = new ConfigManifestTest_ConfigManifestAccess(BASE_PATH, true, false);
// A fragment with a fully wildcard before rule
$beforeWildcarded = array(
'module' => 'foo', 'file' => 'alpha', 'name' => '1',
'before' => array(array('module' => '*', 'file' => '*', 'name' => '*'))
);
// A fragment with a fully wildcard before rule and a fully explicit after rule
$beforeWildcardedAfterExplicit = array_merge($beforeWildcarded, array(
'after' => array(array('module' => 'bar', 'file' => 'beta', 'name' => '2'))
));
// A fragment with a fully wildcard before rule and two fully explicit after rules
$beforeWildcardedAfterTwoExplicitRules = array_merge($beforeWildcarded, array(
'after' => array(
array('module' => 'bar', 'file' => 'beta', 'name' => '2'),
array('module' => 'baz', 'file' => 'gamma', 'name' => '3')
)
));
// A fragment with a fully wildcard before rule and a partially explicit after rule
$beforeWildcardedAfterPartialWildcarded = array_merge($beforeWildcarded, array(
'after' => array(array('module' => 'bar', 'file' => 'beta', 'name' => '*'))
));
// Wildcard should match any module
$this->assertEquals($accessor->relativeOrder(
$beforeWildcarded,
array('module' => 'qux', 'file' => 'delta', 'name' => '4')
), 'before');
// Wildcard should match any module even if there is an opposing rule, if opposing rule doesn't match
$this->assertEquals($accessor->relativeOrder(
$beforeWildcardedAfterExplicit,
array('module' => 'qux', 'file' => 'delta', 'name' => '4')
), 'before');
// Wildcard should match any module even if there is an opposing rule, if opposing rule doesn't match, no
// matter how many opposing rules
$this->assertEquals($accessor->relativeOrder(
$beforeWildcardedAfterExplicit,
array('module' => 'qux', 'file' => 'delta', 'name' => '4')
), 'before');
// Wildcard should match any module even if there is an opposing rule, if opposing rule doesn't match
// (even if some portions do)
$this->assertEquals($accessor->relativeOrder(
$beforeWildcardedAfterExplicit,
array('module' => 'bar', 'file' => 'beta', 'name' => 'nomatchy')
), 'before');
// When opposing rule matches, wildcard should be ignored
$this->assertEquals($accessor->relativeOrder(
$beforeWildcardedAfterExplicit,
array('module' => 'bar', 'file' => 'beta', 'name' => '2')
), 'after');
// When any one of mutiple opposing rule exists, wildcard should be ignored
$this->assertEquals($accessor->relativeOrder(
$beforeWildcardedAfterTwoExplicitRules,
array('module' => 'bar', 'file' => 'beta', 'name' => '2')
), 'after');
$this->assertEquals($accessor->relativeOrder(
$beforeWildcardedAfterTwoExplicitRules,
array('module' => 'baz', 'file' => 'gamma', 'name' => '3')
), 'after');
// When two opposed wildcard rules, and more specific one doesn't match, other should win
$this->assertEquals($accessor->relativeOrder(
$beforeWildcardedAfterPartialWildcarded,
array('module' => 'qux', 'file' => 'delta', 'name' => '4')
), 'before');
// When two opposed wildcard rules, and more specific one does match, more specific one should win
$this->assertEquals($accessor->relativeOrder(
$beforeWildcardedAfterPartialWildcarded,
array('module' => 'bar', 'file' => 'beta', 'name' => 'wildcardmatchy')
), 'after');
}
}