Public Member Functions
	AxlMetrics_StructureCounts_ApplicationModel (AbstractArchitectureModel model)
void	execute () throws SolverException
Collection < AxlMetricsData_AtomicSet >	getAtomicSetsClv ()
Collection < AxlMetricsData_AtomicSet >	getAtomicSetsClvSubsumedPlv ()
Collection < AxlMetricsData_AtomicSet >	getAtomicSetsPlv ()
AbstractArchitectureModel	getAxlElement ()
	Return the model to be assessed. Only application models are allowed.
Collection< AxlElementPath >	getClvSubsumedPlvValues ()
Collection< AxlElementPath >	getClvValues ()
LinkedHashMap< Component, AxlMetricsData_Component >	getComponentTypesData ()
double	getCpvAverage ()
int	getCpvMax ()
int	getCpvMin ()
	min, max, average of components per variable (wrt. CLV atomic sets)
double	getCpvSpAverage ()
int	getCpvSpMax ()
int	getCpvSpMin ()
	min, max, average of components per variable (wrt. CLVsp atomic sets)
AxlMetricsData_AtomicSetsMap	getDependencyMapIndirectNI ()
AxlMetricsData_AtomicSetsMap	getDependencyMapIndirectPI ()
AxlMetricsData_AtomicSetsMap	getDependencyMapIndirectPNI ()
AxlMetricsData_AtomicSetsMap	getDependencyMapIndirectPreI ()
AxlMetricsData_AtomicSetsMap	getDependencyMapNI ()
AxlMetricsData_AtomicSetsMap	getDependencyMapPI ()
	Getter Dependencies between Atomic Sets.
AxlMetricsData_AtomicSetsMap	getDependencyMapPNI ()
AxlMetricsData_AtomicSetsMap	getDependencyMapPreI ()
int	getNumberClv ()
int	getNumberClvSp ()
int	getNumberOfComponentTypes ()
int	getNumberOfSubComponents ()
int	getNumberOfSubComponentsMandatory ()
int	getNumberOfSubComponentsOptional ()
int	getNumberOfSubComponentsOr ()
int	getNumberOfSubComponentsXor ()
int	getNumberOfVariabilityPoints ()
int	getNumberPlv ()
Collection< AxlElementPath >	getPlvValues ()
double	getPpvAverage ()
int	getPpvMax ()
int	getPpvMin ()
	min, max, average of components per variable (wrt. PLV atomic sets) Usually we should get always ONE here as result!
LinkedHashMap< AxlElementPath, AxlMetricsData_Component >	getSubComponentsData ()
void	metricResultsToCsv ()
void	setAxlElement (IAXLangElement model)
void	setAxlModel (AbstractArchitectureModel model)
Protected Member Functions
void	computeIndirectDependencySets ()
	Compute all indirect dependencies of the application model's atomic sets.
void	computeIntermediateAtomicSets_InterpretPort (AxlElementPath portPath)
	First step to compute the atomic sets for the application model; i.e. build the intermediate data structure by interpreting ports.
void	computeIntermediateAtomicSets_InterpretStructure (AxlElementPath subComponentPath)
	First step to compute the atomic sets for the application model; i.e. build the intermediate data structure by interpreting subcomponents.
void	computeIntermediateDependencySets_InterpretStructure (AxlElementPath elementPath)
	First step to compute the application model's atomic sets dependencies; see EBASO livdoc: Build the intermediate structure of dependencies by interpreting the model's structure (hierarchy).
void	computeTheResult_AtomicSets ()
	Second step to compute the atomic sets for the application model; i.e. convert the intermediate data structure to the final one.
void	computeTheResult_DependencySets ()
	Build the final data structure for the dependency sets: convert the data structure to the final one, then compute the indirect dependencies finally.
void	convertDependencySets ()
	Convert the intermediate data structures for the direct dependencies to the final ones.
void	countVariabilityPort (AxlElementPath portPath)
void	countVariabilityPortDataElements (AxlElementPath portPath)
void	countVariabilitySubcomponent (AxlElementPath subComponentPath)
void	evaluateConnector (AxlElementPath connectorPath)
	Evaluate a connector wrt. its variability influence.
void	evaluatePort (AxlElementPath portPath)
	Evaluate a port wrt. its structural specification.
void	evaluateSubComponent (AxlElementPath subComponentPath)
	Evaluate a (sub)component wrt. its structural specification.
void	iterateSubComponentHierarchy (AxlIteratorSubComponent axlIteratorParent)
	Evaluate the inner structure of a (sub)component, i.e. ports, connectors, subcomponents.
void	resetMetricsResult ()
	Initialize or reset the internal attributes which store the results of a metric execution It is used in the constructor and within the executes() method.
Protected Attributes
LinkedHashMap< AxlElementPath, AxlElementPath >	theAtomicSetClv
LinkedHashMap< AxlElementPath, AxlElementPath >	theAtomicSetClvSubsumedPlv
LinkedHashMap< AxlElementPath, AxlElementPath >	theAtomicSetPlm
LinkedHashMap< AxlElementPath, AxlElementPath >	theAtomicSetPlv
LinkedHashMap< Component, AxlMetricsData_Component >	theComponentTypesData
AxlElementPathMap	theIntermediateDependencySet4NI
AxlElementPathMap	theIntermediateDependencySet4PI
AxlElementPathMap	theIntermediateDependencySet4PNI
AxlElementPathMap	theIntermediateDependencySet4PreI
int	theNumberOfMandatorySubComponents
int	theNumberOfOptionalSubComponents
int	theNumberOfSubComponentsOr
int	theNumberOfVariabilityPoints
int	theNumberOfXorSubComponents
AxlMetricsData_AtomicSetsMap	theResult_DependencyMapIndirectNI
AxlMetricsData_AtomicSetsMap	theResult_DependencyMapIndirectPI
AxlMetricsData_AtomicSetsMap	theResult_DependencyMapIndirectPNI
AxlMetricsData_AtomicSetsMap	theResult_DependencyMapIndirectPreI
AxlMetricsData_AtomicSetsMap	theResult_DependencyMapNI
AxlMetricsData_AtomicSetsMap	theResult_DependencyMapPI
AxlMetricsData_AtomicSetsMap	theResult_DependencyMapPNI
AxlMetricsData_AtomicSetsMap	theResult_DependencyMapPreI
LinkedHashMap< AxlElementPath, AxlMetricsData_AtomicSet >	theResult_theAtomicSetClv
LinkedHashMap< AxlElementPath, AxlMetricsData_AtomicSet >	theResult_theAtomicSetClvSubsumedPlv
LinkedHashMap< AxlElementPath, AxlMetricsData_AtomicSet >	theResult_theAtomicSetPlm
LinkedHashMap< AxlElementPath, AxlMetricsData_AtomicSet >	theResult_theAtomicSetPlv
LinkedHashMap< AxlElementPath, AxlMetricsData_Component >	theSubComponentsData
Private Member Functions
Collection < AxlMetricsData_AtomicSet >	computeIndirectDependenciesRecursivelyNI (AxlMetricsData_AtomicSet as, Collection< AxlMetricsData_AtomicSet > doneCollection)
	Helper method: Recursively compute the indirect dependencies for the negative influence metric The indirect negative influences needs to be computed in a slightly different way than the other dependencies, because this dependency relationship is not transitive! E.g.: IF a excludes b AND b excludes c DOES NOT MEAN THAT ALSO a excludes c.
AxlMetricsData_AtomicSetsMap	computeIndirectDependencySetsNI ()
	Compute the indirect dependencies for the negative influence metric The indirect negative influences needs to be computed in a slightly different way than the other dependencies, because this dependency relationship is not transitive! E.g.: IF a excludes b AND b excludes c DOES NOT MEAN THAT ALSO a excludes c.
AxlMetricsData_AtomicSetsMap	convertDependencyMap (AxlElementPathMap intermediateDependencyMap)
	Helper method: Convert the intermediate data structure to the final one.

Constructor & Destructor Documentation

de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.AxlMetrics_StructureCounts_ApplicationModel ( AbstractArchitectureModel model )

Member Function Documentation

Collection<AxlMetricsData_AtomicSet> de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.computeIndirectDependenciesRecursivelyNI	(	AxlMetricsData_AtomicSet	as,
		Collection< AxlMetricsData_AtomicSet >	doneCollection
	)			`[private]`

Helper method: Recursively compute the indirect dependencies for the negative influence metric The indirect negative influences needs to be computed in a slightly different way than the other dependencies, because this dependency relationship is not transitive! E.g.: IF a excludes b AND b excludes c DOES NOT MEAN THAT ALSO a excludes c.

Todo:: evtl. noch in die abstrakte Superklasse schieben; entsprechend (um maps) parametrisiert.

Parameters:

	atomic	set which the indirect dependencies are searched for
	collection	of already considered atomic sets which needs not to be looked at again

Returns:: collection of indirect dependent atomic sets

theResult_DependencyMapPI.get(as).contains(candidateAs) && theResult_DependencyMapIndirectPI.get(as).contains(candidateAs) ) {

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.computeIndirectDependencySets ( ) [protected, virtual]

Compute all indirect dependencies of the application model's atomic sets.

Implements de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_Abstract.

AxlMetricsData_AtomicSetsMap de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.computeIndirectDependencySetsNI ( ) [private]

Compute the indirect dependencies for the negative influence metric The indirect negative influences needs to be computed in a slightly different way than the other dependencies, because this dependency relationship is not transitive! E.g.: IF a excludes b AND b excludes c DOES NOT MEAN THAT ALSO a excludes c.

Todo:: evtl. noch in die abstrakte Superklasse schieben; entsprechend (um maps) parametrisiert.

Returns:: the final map for the indirect dependencies of atomic sets wrt. negative influence

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.computeIntermediateAtomicSets_InterpretPort ( AxlElementPath portPath ) [protected]

First step to compute the atomic sets for the application model; i.e. build the intermediate data structure by interpreting ports.

subcomponent of port has been already interpreted, i.e. computeIntermediateAtomicSets_InterpretStructure(AxlElementPath subComponentPath)

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.computeIntermediateAtomicSets_InterpretStructure ( AxlElementPath subComponentPath ) [protected, virtual]

First step to compute the atomic sets for the application model; i.e. build the intermediate data structure by interpreting subcomponents.

Implements de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_Abstract.

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.computeIntermediateDependencySets_InterpretStructure ( AxlElementPath elementPath ) [protected, virtual]

First step to compute the application model's atomic sets dependencies; see EBASO livdoc: Build the intermediate structure of dependencies by interpreting the model's structure (hierarchy).

Algorithm for the direct positive influence set of a feature: 1. Add the parent's variable to the PI set if it's a different variable than of the element (is done by conversion) 2. If the element is an input port, then add all ports horizontally connected to it. 3. If the element is a delegation port, add all connected ports of the child components.

Algorithm for the preconditional influence set of a feature: 1. Add all optional subcomponents to the PreI set. 2. Add all of its (optional or dependent?) ports to the PreI set. 3. If the element is an input port, then add all ports horizontally connected to it. 4. If the element is a delegation port, add all connected ports of the child components. 5. If the considered element is XOR, then add all of its variants to the PreI set

Algorithm for the direct negative influence set of a feature: 1. If the considered element is a child of an XOR component, then add all other XOR's children to the NI set

The method builds an intermediate data structure only; another method will convert it to AxlMetricsData_AtomicSetsMap structure.

Parameters:

elementPath

which is a component, subcomponent or port (maybe a connector etc.)

Implements de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_Abstract.

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.computeTheResult_AtomicSets ( ) [protected, virtual]

Second step to compute the atomic sets for the application model; i.e. convert the intermediate data structure to the final one.

computeIntermediateAtomicSets_InterpretStructure() has been executed already

Implements de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_Abstract.

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.computeTheResult_DependencySets ( ) [protected]

Build the final data structure for the dependency sets:

convert the data structure to the final one,
then compute the indirect dependencies finally.

computeIntermediateDependencySets_InterpretStructure(...) has been executed already

Reimplemented from de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_Abstract.

AxlMetricsData_AtomicSetsMap de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.convertDependencyMap ( AxlElementPathMap intermediateDependencyMap ) [private]

Helper method: Convert the intermediate data structure to the final one.

Parameters:

intermediateDependencyMap

Returns:

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.convertDependencySets ( ) [protected, virtual]

Convert the intermediate data structures for the direct dependencies to the final ones.

Implements de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_Abstract.

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.countVariabilityPort ( AxlElementPath portPath ) [protected]

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.countVariabilityPortDataElements ( AxlElementPath portPath ) [protected]

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.countVariabilitySubcomponent ( AxlElementPath subComponentPath ) [protected]

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.evaluateConnector ( AxlElementPath connectorPath ) [protected]

Evaluate a connector wrt. its variability influence.

Parameters:

elementPath

Todo:: not implemented yet

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.evaluatePort ( AxlElementPath portPath ) [protected]

Evaluate a port wrt. its structural specification.

Parameters:

elementPath

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.evaluateSubComponent ( AxlElementPath subComponentPath ) [protected]

Evaluate a (sub)component wrt. its structural specification.

Parameters:

subComponentPath

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.execute ( ) throws SolverException

Reimplemented from de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_Abstract.

Collection<AxlMetricsData_AtomicSet> de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getAtomicSetsClv ( )

Collection<AxlMetricsData_AtomicSet> de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getAtomicSetsClvSubsumedPlv ( )

Collection<AxlMetricsData_AtomicSet> de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getAtomicSetsPlv ( )

AbstractArchitectureModel de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getAxlElement ( ) [virtual]

Return the model to be assessed. Only application models are allowed.

Reimplemented from de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_Abstract.

Collection<AxlElementPath> de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getClvSubsumedPlvValues ( )

Collection<AxlElementPath> de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getClvValues ( )

LinkedHashMap<Component, AxlMetricsData_Component> de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getComponentTypesData ( )

double de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getCpvAverage ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getCpvMax ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getCpvMin ( )

min, max, average of components per variable (wrt. CLV atomic sets)

double de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getCpvSpAverage ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getCpvSpMax ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getCpvSpMin ( )

min, max, average of components per variable (wrt. CLVsp atomic sets)

AxlMetricsData_AtomicSetsMap de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getDependencyMapIndirectNI ( )

AxlMetricsData_AtomicSetsMap de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getDependencyMapIndirectPI ( )

AxlMetricsData_AtomicSetsMap de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getDependencyMapIndirectPNI ( )

AxlMetricsData_AtomicSetsMap de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getDependencyMapIndirectPreI ( )

AxlMetricsData_AtomicSetsMap de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getDependencyMapNI ( )

AxlMetricsData_AtomicSetsMap de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getDependencyMapPI ( )

Getter Dependencies between Atomic Sets.

AxlMetricsData_AtomicSetsMap de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getDependencyMapPNI ( )

AxlMetricsData_AtomicSetsMap de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getDependencyMapPreI ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getNumberClv ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getNumberClvSp ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getNumberOfComponentTypes ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getNumberOfSubComponents ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getNumberOfSubComponentsMandatory ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getNumberOfSubComponentsOptional ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getNumberOfSubComponentsOr ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getNumberOfSubComponentsXor ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getNumberOfVariabilityPoints ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getNumberPlv ( )

Collection<AxlElementPath> de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getPlvValues ( )

double de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getPpvAverage ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getPpvMax ( )

int de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getPpvMin ( )

min, max, average of components per variable (wrt. PLV atomic sets) Usually we should get always ONE here as result!

LinkedHashMap<AxlElementPath, AxlMetricsData_Component> de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.getSubComponentsData ( )

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.iterateSubComponentHierarchy ( AxlIteratorSubComponent axlIteratorParent ) [protected]

Evaluate the inner structure of a (sub)component, i.e. ports, connectors, subcomponents.

Parameters:

axlIteratorParent

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.metricResultsToCsv ( ) [virtual]

Implements de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_Abstract.

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.resetMetricsResult ( ) [protected]

Initialize or reset the internal attributes which store the results of a metric execution It is used in the constructor and within the executes() method.

Reimplemented from de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_Abstract.

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.setAxlElement ( IAXLangElement model )

Reimplemented from de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_Abstract.

void de.fraunhofer.isst.axbench.operations.metrics.AxlMetrics_StructureCounts_ApplicationModel.setAxlModel ( AbstractArchitectureModel model )