Package de.rwth.swc.coffee4j.engine.process.phase.sequential.generation

Class SequentialExecutionReporterToGenerationReporterAdapter

java.lang.Object

de.rwth.swc.coffee4j.engine.process.phase.sequential.generation.SequentialExecutionReporterToGenerationReporterAdapter

All Implemented Interfaces:

Reporter, GenerationReporter

public class SequentialExecutionReporterToGenerationReporterAdapter
extends Object
implements GenerationReporter

This is an exact copy of the DelegatingModelBasedArgumentConverter from the Model Module

Constructor Summary

Constructors

Constructor	Description
SequentialExecutionReporterToGenerationReporterAdapter(SequentialExecutionReporter reporter, ArgumentConverter argumentConverter, ModelConverter modelConverter)

Method Summary

Modifier and Type	Method	Description
void	faultCharacterizationFinished(TestInputGroup testInputGroup, Map<int[],Class<? extends Throwable>> exceptionInducingCombinations, Set<int[]> possiblyFailureInducingCombinations)	Called after all fault characterization has been finished.
void	faultCharacterizationStarted(TestInputGroup testInputGroup, FaultCharacterizationAlgorithm algorithm)	Called if fault characterization for the given group has started.
void	faultCharacterizationTestInputsGenerated(TestInputGroup testInputGroup, List<int[]> testInputs)	Called if new test inputs have been generated by the FaultCharacterizationAlgorithm provided to GenerationReporter.faultCharacterizationStarted(TestInputGroup, FaultCharacterizationAlgorithm).
void	report(ReportLevel level, Report report)	Reports the given Report at the specified level.
void	report(ReportLevel level, Supplier<Report> reportSupplier)	This method has the same intentions as Reporter.report(ReportLevel, Report), but a supplier is given.
void	testInputGroupFinished(TestInputGroup testInputGroup)	Called if all operations for a TestInputGroup are finished.
void	testInputGroupGenerated(TestInputGroup testInputGroup, TestInputGroupGenerator generator)	Called if a new TestInputGroup has been generated by a TestInputGroupGenerator.

Methods inherited from class java.lang.Object

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

Methods inherited from interface de.rwth.swc.coffee4j.algorithmic.report.Reporter

reportAssumptionSatisfaction, reportAssumptionViolation, reportDebug, reportDebug, reportError, reportError, reportFatal, reportFatal, reportInfo, reportInfo, reportTrace, reportTrace, reportWarn, reportWarn

Constructor Detail

SequentialExecutionReporterToGenerationReporterAdapter

public SequentialExecutionReporterToGenerationReporterAdapter(SequentialExecutionReporter reporter,
                                                              ArgumentConverter argumentConverter,
                                                              ModelConverter modelConverter)

Method Detail

testInputGroupGenerated

public void testInputGroupGenerated(TestInputGroup testInputGroup,
                                    TestInputGroupGenerator generator)

Description copied from interface: GenerationReporter

Called if a new TestInputGroup has been generated by a TestInputGroupGenerator. This is only called once per TestInputGroup, and the identifier can be used in all other methods to connect calls for the same group.

Specified by:

testInputGroupGenerated in interface GenerationReporter

Parameters:

testInputGroup - the group which was generated

generator - the generator which generated the given group

testInputGroupFinished

public void testInputGroupFinished(TestInputGroup testInputGroup)

Description copied from interface: GenerationReporter

Called if all operations for a TestInputGroup are finished. After this has been called it is guaranteed that no further test inputs are generated for the group, so no other methods will be called for the same group. This is needed additionally to GenerationReporter.faultCharacterizationFinished(TestInputGroup, Map, Set) since some groups may disable fault characterization and a reporter still needs to be notified after the group is finished. If fault characterization is used for the group, GenerationReporter.faultCharacterizationFinished(TestInputGroup, Map, Set) has the same meaning.

Specified by:

testInputGroupFinished in interface GenerationReporter

Parameters:

testInputGroup - the group which has been finished

faultCharacterizationStarted

public void faultCharacterizationStarted(TestInputGroup testInputGroup,
                                         FaultCharacterizationAlgorithm algorithm)

Description copied from interface: GenerationReporter

Called if fault characterization for the given group has started. Consequently, this method is only called once per TestInputGroup, and never if fault characterization is not enabled.

Specified by:

faultCharacterizationStarted in interface GenerationReporter

Parameters:

testInputGroup - the group for which the characterization process started

algorithm - the algorithm which will be used to perform fault characterization. Since this is the same instance as used in the test, implementing classes could theoretically modify it, but is is strongly advised not to modify this algorithm because many unintended side effects could happen.

faultCharacterizationFinished

public void faultCharacterizationFinished(TestInputGroup testInputGroup,
                                          Map<int[],Class<? extends Throwable>> exceptionInducingCombinations,
                                          Set<int[]> possiblyFailureInducingCombinations)

Description copied from interface: GenerationReporter

Called after all fault characterization has been finished. Directly after this method GenerationReporter.testInputGroupFinished(TestInputGroup) will be called.

Specified by:

faultCharacterizationFinished in interface GenerationReporter

Parameters:

testInputGroup - the group for which fault characterization has been finished

exceptionInducingCombinations - all exception-inducing combinations found.

possiblyFailureInducingCombinations - all failure inducing combinations found. These may or may not be ordered depending of the algorithm used. They also do not necessarily contain combinations guaranteed to be failure-inducing but rather those "most probably failure-inducing"

faultCharacterizationTestInputsGenerated

public void faultCharacterizationTestInputsGenerated(TestInputGroup testInputGroup,
                                                     List<int[]> testInputs)

Description copied from interface: GenerationReporter

Called if new test inputs have been generated by the FaultCharacterizationAlgorithm provided to GenerationReporter.faultCharacterizationStarted(TestInputGroup, FaultCharacterizationAlgorithm). This method may be called multiple times or never depending on the definition of a combinatorial test. It will only ever be called between calls to GenerationReporter.faultCharacterizationStarted(TestInputGroup, FaultCharacterizationAlgorithm) and GenerationReporter.faultCharacterizationFinished(TestInputGroup, Map, Set).

Specified by:

faultCharacterizationTestInputsGenerated in interface GenerationReporter

Parameters:

testInputGroup - the group for which further test inputs were generated for fault characterization

testInputs - all generated test inputs

report

public void report(ReportLevel level,
                   Report report)

Description copied from interface: Reporter

Reports the given Report at the specified level. The levels are used so that any Reporter may filter information it wishes to receive.

Specified by:

report in interface Reporter

Parameters:

level - the of the report. Must not be null

report - the report itself. Must not be null

report

public void report(ReportLevel level,
                   Supplier<Report> reportSupplier)

Description copied from interface: Reporter

This method has the same intentions as Reporter.report(ReportLevel, Report), but a supplier is given. If any big calculations need to be performed for a Report generation this method can be used to guarantee lazy de.rwth.swc.coffee4j.evaluation only if a Reporter is really interested in the report of the given level.

Specified by:

report in interface Reporter

Parameters:

level - the of the report. Must not be null

reportSupplier - a supplier which can compute the real report. It and the returned Report must not be null