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<?php |
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namespace Netdudes\DataSourceryBundle\Tests\UQL; |
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use Netdudes\DataSourceryBundle\DataSource\Configuration\Field; |
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use Netdudes\DataSourceryBundle\DataSource\DataSourceInterface; |
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use Netdudes\DataSourceryBundle\DataType\NumberDataType; |
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use Netdudes\DataSourceryBundle\DataType\StringDataType; |
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use Netdudes\DataSourceryBundle\Extension\ContextFactory; |
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use Netdudes\DataSourceryBundle\Extension\UqlExtensionContainer; |
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use Netdudes\DataSourceryBundle\Query\Filter; |
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use Netdudes\DataSourceryBundle\Query\FilterCondition; |
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use Netdudes\DataSourceryBundle\Query\FilterConditionFactory; |
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use Netdudes\DataSourceryBundle\UQL\AST\ASTAssertion; |
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use Netdudes\DataSourceryBundle\UQL\AST\ASTGroup; |
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use Netdudes\DataSourceryBundle\UQL\InterpreterFactory; |
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class InterpreterTest extends \PHPUnit_Framework_TestCase |
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{ |
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/** |
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* @var ContextFactory |
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*/ |
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private $contextFactoryProphecy; |
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/** |
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* @var UqlExtensionContainer |
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*/ |
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private $extensionContainerProphecy; |
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/** |
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* Test the filter construction against a typical complex multilevel situation. |
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*/ |
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public function testBuildFilter() |
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{ |
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$astSubtree = new ASTGroup( |
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'T_LOGIC_AND', |
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[ |
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new ASTGroup( |
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'T_LOGIC_OR', |
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[ |
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new ASTAssertion( |
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'test_dse_1', |
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'T_OP_EQ', |
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'value1' |
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), |
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new ASTAssertion( |
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'test_dse_2', |
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'T_OP_LT', |
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'value2' |
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), |
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] |
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), |
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new ASTAssertion( |
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'test_dse_3', |
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'T_OP_NEQ', |
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'value3' |
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), |
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] |
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); |
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$filterDefinition1 = new Filter(); |
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$filterDefinition1->setConditionType('OR'); |
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$filter1 = new FilterCondition('test_dse_1', FilterCondition::METHOD_NUMERIC_EQ, 'value1', 'value1'); |
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$filter2 = new FilterCondition('test_dse_2', FilterCondition::METHOD_NUMERIC_LT, 'value2', 'value2'); |
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$filterDefinition1[] = $filter1; |
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$filterDefinition1[] = $filter2; |
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$filter3 = new FilterCondition('test_dse_3', FilterCondition::METHOD_NUMERIC_NEQ, 'value3', 'value3'); |
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$filterDefinition2 = new Filter(); |
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$filterDefinition2->setConditionType('AND'); |
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$filterDefinition2[] = $filterDefinition1; |
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$filterDefinition2[] = $filter3; |
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$expectedFilter = $filterDefinition2; |
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$dataSourceElements = [ |
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new Field('test_dse_1', '', '', new NumberDataType()), |
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new Field('test_dse_2', '', '', new NumberDataType()), |
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new Field('test_dse_3', '', '', new NumberDataType()), |
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]; |
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$dataSourceProphecy = $this->prophesize(DataSourceInterface::class); |
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$dataSourceProphecy->getFields()->willReturn($dataSourceElements); |
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$interpreterFactory = new InterpreterFactory($this->extensionContainerProphecy->reveal(), new FilterConditionFactory(), $this->contextFactoryProphecy->reveal()); |
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$interpreter = $interpreterFactory->create($dataSourceProphecy->reveal()); |
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$actualFilter = $interpreter->buildFilter($astSubtree); |
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$this->assertEquals($expectedFilter, $actualFilter); |
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} |
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public function testTranslateOperator() |
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{ |
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// Manually set the data source element, mimic what the data source would do |
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$dataSourceElement = new Field( |
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'test_data_source_element_name', |
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'', |
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'', |
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new StringDataType() |
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); |
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$dataSourceProphecy = $this->prophesize(DataSourceInterface::class); |
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$dataSourceProphecy->getFields()->willReturn([$dataSourceElement]); |
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$interpreterFactory = new InterpreterFactory($this->extensionContainerProphecy->reveal(), new FilterConditionFactory(), $this->contextFactoryProphecy->reveal()); |
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$interpreter = $interpreterFactory->create($dataSourceProphecy->reveal()); |
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// LIKE is valid for String type, should return LIKE |
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$this->assertEquals(FilterCondition::METHOD_STRING_LIKE, $interpreter->translateOperator('T_OP_LIKE', $dataSourceElement), 'Failed to translate T_OP_LIKE into STRING_LIKE for type String'); |
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// EQ is valid for String, and should choose STRING_EQ as it's the default for the type |
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$this->assertEquals(FilterCondition::METHOD_STRING_EQ, $interpreter->translateOperator('T_OP_EQ', $dataSourceElement), 'Failed to translate T_OP_EQ into STRING_EQ for type String'); |
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} |
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protected function setUp() |
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{ |
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$this->extensionContainerProphecy = $this->prophesize(UqlExtensionContainer::class); |
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$this->contextFactoryProphecy = $this->prophesize(ContextFactory::class); |
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} |
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} |
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This check looks for calls to methods that do not seem to exist on a given type. It looks for the method on the type itself as well as in inherited classes or implemented interfaces.
This is most likely a typographical error or the method has been renamed.