Package de.rwth.swc.coffee4j.engine.configuration.execution

Class SequentialExecutionConfiguration.Builder

java.lang.Object

de.rwth.swc.coffee4j.engine.configuration.execution.SequentialExecutionConfiguration.Builder

All Implemented Interfaces:

Buildable<SequentialExecutionConfiguration>

Enclosing class:

SequentialExecutionConfiguration

public static final class SequentialExecutionConfiguration.Builder
extends Object
implements Buildable<SequentialExecutionConfiguration>

The realization of the builder pattern for a quick and readable construction of a new configuration.

Constructor Summary

Constructors

Constructor	Description
Builder()

Method Summary

Modifier and Type	Method	Description
SequentialExecutionConfiguration.Builder	argumentConverter(ArgumentConverter argumentConverter)	Adds the argument converter to convert report arguments from engine to testModel representations.
SequentialExecutionConfiguration.Builder	argumentConverters(ArgumentConverter... argumentConverters)	Adds the argument converters to convert report arguments from engine to testModel representations.
SequentialExecutionConfiguration.Builder	argumentConverters(Collection<ArgumentConverter> argumentConverters)	Adds the argument converters to convert report arguments from engine to testModel representations.
SequentialExecutionConfiguration	build()	Creates a new configuration based on the supplied values.
SequentialExecutionConfiguration.Builder	classificationStrategyFactory(ClassificationStrategyFactory classificationStrategyFactory)
SequentialExecutionConfiguration.Builder	conflictDetectionConfiguration(ConflictDetectionConfiguration constraintDiagnosisEnabled)	Sets the ConflictDetectionConfiguration
SequentialExecutionConfiguration.Builder	executionMode(ExecutionMode executionMode)	Sets the execution mode for the sequential combinatorial test configuration.
SequentialExecutionConfiguration.Builder	executionReporter(SequentialExecutionReporter executionReporter)	Adds one execution reporter to listen to important events during combinatorial test execution.
SequentialExecutionConfiguration.Builder	executionReporters(SequentialExecutionReporter... executionReporters)	Adds all execution reports to listen to important events during combinatorial test execution.
SequentialExecutionConfiguration.Builder	executionReporters(Collection<? extends SequentialExecutionReporter> executionReporters)	Adds all execution reporters to listen to important events during combinatorial test execution.
SequentialExecutionConfiguration.Builder	faultCharacterizationAlgorithmFactory(FaultCharacterizationAlgorithmFactory characterizationAlgorithmFactory)	Sets which factory shall be used to create new FaultCharacterizationAlgorithm instances during combinatorial testing.
SequentialExecutionConfiguration.Builder	generator(TestInputGroupGenerator generator)	Adds one generator for initial TestInputGroup generation.
SequentialExecutionConfiguration.Builder	generators(TestInputGroupGenerator... generators)	Adds all generators for initial TestInputGroup generation.
SequentialExecutionConfiguration.Builder	generators(Collection<TestInputGroupGenerator> generators)	Adds all generators for initial TestInputGroup generation.
SequentialExecutionConfiguration.Builder	isConstraintGenerator(boolean flag)	Sets a flag whether the combinatorial test is used for generating parameter error-constraints.
SequentialExecutionConfiguration.Builder	managerFactory(CombinatorialTestManagerFactory managerFactory)	Sets which factory shall be used to create new SequentialCombinatorialTestManager instances.
SequentialExecutionConfiguration.Builder	modelConverterFactory(ModelConverterFactory modelConverterFactory)	Sets which factory shall be used to create new ModelConverter instances.
SequentialExecutionConfiguration.Builder	prioritizer(TestInputPrioritizer prioritizer)	Sets the TestInputPrioritizer which shall be used to prioritize the inputs of the individual TestInputGroups.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

Builder

public Builder()

Method Detail

managerFactory

public SequentialExecutionConfiguration.Builder managerFactory(CombinatorialTestManagerFactory managerFactory)

Sets which factory shall be used to create new SequentialCombinatorialTestManager instances. The default creates new ones using a CachingDelegatingSequentialCombinatorialTestManager with a HashMapTestResultCache wrapped around a BasicSequentialCombinatorialTestManager.

Parameters:

managerFactory - the factory for creating new managers. Must not be null when build() is called

Returns:

this

modelConverterFactory

public SequentialExecutionConfiguration.Builder modelConverterFactory(ModelConverterFactory modelConverterFactory)

Sets which factory shall be used to create new ModelConverter instances. The default is a IndexBasedModelConverter.

Parameters:

modelConverterFactory - the factory for creating new converters. Must not be null when build() is called

Returns:

this

faultCharacterizationAlgorithmFactory

public SequentialExecutionConfiguration.Builder faultCharacterizationAlgorithmFactory(FaultCharacterizationAlgorithmFactory characterizationAlgorithmFactory)

Sets which factory shall be used to create new FaultCharacterizationAlgorithm instances during combinatorial testing. The default value is null, which means no fault characterization will be used.

Parameters:

characterizationAlgorithmFactory - the factory for creating new converters. Can be null when calling build() to indicate that no fault characterization is used

Returns:

this

classificationStrategyFactory

public SequentialExecutionConfiguration.Builder classificationStrategyFactory(ClassificationStrategyFactory classificationStrategyFactory)

conflictDetectionConfiguration

public SequentialExecutionConfiguration.Builder conflictDetectionConfiguration(ConflictDetectionConfiguration constraintDiagnosisEnabled)

Sets the ConflictDetectionConfiguration

Parameters:

constraintDiagnosisEnabled - the ConflictDetectionConfiguration to use

Returns:

this SequentialExecutionConfiguration.Builder

executionReporter

public SequentialExecutionConfiguration.Builder executionReporter(SequentialExecutionReporter executionReporter)

Adds one execution reporter to listen to important events during combinatorial test execution.

Parameters:

executionReporter - the reporter to be added. Must not be null

Returns:

this

executionReporters

public SequentialExecutionConfiguration.Builder executionReporters(SequentialExecutionReporter... executionReporters)

Adds all execution reports to listen to important events during combinatorial test execution.

Parameters:

executionReporters - the reporters to be added. Must not be, nor contain null

Returns:

this

executionReporters

public SequentialExecutionConfiguration.Builder executionReporters(Collection<? extends SequentialExecutionReporter> executionReporters)

Adds all execution reporters to listen to important events during combinatorial test execution.

Parameters:

executionReporters - the reporters to be added. Must not be, nor contain null

Returns:

this

argumentConverter

public SequentialExecutionConfiguration.Builder argumentConverter(ArgumentConverter argumentConverter)

Adds the argument converter to convert report arguments from engine to testModel representations.

Parameters:

argumentConverter - the converter to be added. Must not be null

Returns:

this

argumentConverters

public SequentialExecutionConfiguration.Builder argumentConverters(ArgumentConverter... argumentConverters)

Adds the argument converters to convert report arguments from engine to testModel representations.

Parameters:

argumentConverters - the converters to be added. Must not be, nor contain null

Returns:

this

argumentConverters

public SequentialExecutionConfiguration.Builder argumentConverters(Collection<ArgumentConverter> argumentConverters)

Adds the argument converters to convert report arguments from engine to testModel representations.

Parameters:

argumentConverters - the converters to be added. Must not be, nor contain null

Returns:

this

generator

public SequentialExecutionConfiguration.Builder generator(TestInputGroupGenerator generator)

Adds one generator for initial TestInputGroup generation.

Parameters:

generator - the generator to be added. Must not be null

Returns:

this

generators

public SequentialExecutionConfiguration.Builder generators(TestInputGroupGenerator... generators)

Adds all generators for initial TestInputGroup generation.

Parameters:

generators - the generators to be added. Must not be, nor contain null

Returns:

this

prioritizer

public SequentialExecutionConfiguration.Builder prioritizer(TestInputPrioritizer prioritizer)

Sets the TestInputPrioritizer which shall be used to prioritize the inputs of the individual TestInputGroups. The default is NoOpTestInputPrioritizer.

Parameters:

prioritizer - the prioritizer to use. Must not be null

Returns:

this

generators

public SequentialExecutionConfiguration.Builder generators(Collection<TestInputGroupGenerator> generators)

Adds all generators for initial TestInputGroup generation.

Parameters:

generators - the generators to be added. Must not be, nor contain null

Returns:

this

executionMode

public SequentialExecutionConfiguration.Builder executionMode(ExecutionMode executionMode)

Sets the execution mode for the sequential combinatorial test configuration.

Parameters:

executionMode - the mode to use. The default is ExecutionMode.EXECUTE_ALL. Must not be null

Returns:

this

isConstraintGenerator

public SequentialExecutionConfiguration.Builder isConstraintGenerator(boolean flag)

Sets a flag whether the combinatorial test is used for generating parameter error-constraints.

Parameters:

flag - true iff test is used for generating error-constraints

Returns:

this

build

public SequentialExecutionConfiguration build()

Creates a new configuration based on the supplied values. The managerFactory(CombinatorialTestManagerFactory) and modelConverterFactory(ModelConverterFactory) must not be null. If they are not used, they will have the non-null default values defined at the methods.

Specified by:

build in interface Buildable<SequentialExecutionConfiguration>

Returns:

the new configuration