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|
/*
* Copyright (C) 2013, 2014, 2015 by the Konclude Developer Team.
*
* This file is part of the reasoning system Konclude.
* For details and support, see <http://konclude.com/>.
*
* Konclude is free software: you can redistribute it and/or modify it under
* the terms of version 2.1 of the GNU Lesser General Public License (LGPL2.1)
* as published by the Free Software Foundation.
*
* You should have received a copy of the GNU Lesser General Public License
* along with Konclude. If not, see <http://www.gnu.org/licenses/>.
*
* Konclude is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. For more
* details, see GNU Lesser General Public License.
*
*/
#include "CReasonerConfigurationGroup.h"
namespace Konclude {
namespace Control {
namespace Command {
CReasonerConfigurationGroup::CReasonerConfigurationGroup() {
// Konclude reasoner configurations
addConfigProperty(new CConfigDescription("Konclude.Version.Major",
"Major version of Konclude.",
new CIntegerConfigType(CKoncludeInfo::getKoncludeMajorVersionNumber())),
new CIntegerConfigType(CKoncludeInfo::getKoncludeMajorVersionNumber()));
addConfigProperty(new CConfigDescription("Konclude.Version.Minor",
"Minor version of Konclude.",
new CIntegerConfigType(CKoncludeInfo::getKoncludeMinorVersionNumber())),
new CIntegerConfigType(CKoncludeInfo::getKoncludeMinorVersionNumber()));
addConfigProperty(new CConfigDescription("Konclude.Version.Build",
"Build of Konclude.",
new CIntegerConfigType(CKoncludeInfo::getKoncludeBuildVersionNumber())),
new CIntegerConfigType(CKoncludeInfo::getKoncludeBuildVersionNumber()));
addConfigProperty(new CConfigDescription("Konclude.Name",
"Name of Konclude.",
new CStringConfigType(CKoncludeInfo::getKoncludeName())),
new CStringConfigType(CKoncludeInfo::getKoncludeName()));
addConfigProperty(new CConfigDescription("Konclude.Description",
"Description of Konclude.",
new CStringConfigType(CKoncludeInfo::getKoncludeDescription())),
new CStringConfigType(CKoncludeInfo::getKoncludeDescription()));
addConfigProperty(new CConfigDescription("Konclude.Execution.CommanderManager",
"Commander Manager.",
new CCommanderManagerConfigType(0)));
addConfigProperty(new CConfigDescription("Konclude.Execution.ReasonerManager",
"Reasoner Manager.",
new CReasonerManagerConfigType(0)));
addConfigProperty(new CConfigDescription("Konclude.Execution.ClassificationManager",
"Classification Manager.",
new CClassificationManagerConfigType(0)));
addConfigProperty(new CConfigDescription("Konclude.Execution.OntologyRevisionManager",
"Ontology Revision Manager.",
new COntologyRevisionManagerConfigType(0)));
addConfigProperty(new CConfigDescription("Konclude.Execution.DefaultReasonerManager",
"The Reasoner Manager that is loaded by default.",
new CStringConfigType(KONCLUDE_DEFAULTREASONERMANAGER)),
new CStringConfigType(KONCLUDE_DEFAULTREASONERMANAGER));
addConfigProperty(new CConfigDescription("Konclude.Execution.CalculationManager",
"Determines which Calculation Manager will be used for calculation. Value can be 'Konclude.Calculation.Calculator.ConcurrentTaskCalculationManager'.",
new CStringConfigType(KONCLUDE_DEFAULTCALCULATIONMANAGER)),
new CStringConfigType(KONCLUDE_DEFAULTCALCULATIONMANAGER));
addConfigProperty(new CConfigDescription("Konclude.Logging.MinLoggingLevel",
"Minimum logging level.",
new CIntegerConfigType(0)),
new CIntegerConfigType(0));
addConfigProperty(new CConfigDescription("Konclude.Logging.MaxLogMessageCount",
"Maximum number of log messages that are kept by the logger.",
new CIntegerConfigType(-1)),
new CIntegerConfigType(-1));
// Parallelisation configurations
addConfigProperty(new CConfigDescription("Konclude.Calculation.ProcessorCount",
"Number of Processor-Threads that are used for task based reasoning.",
new CStringConfigType("1")),
new CStringConfigType("1"));
addConfigProperty(new CConfigDescription("Konclude.Calculation.UniqueNameAssumption",
"Determines whether the reasoner treats each individual with distinct name as different of each other.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Memory.AllocationLimitation",
"Determines whether the reasoner uses memory limits for the calculation process.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Memory.MaximumAllocationSize",
"Configures the memory limit for the calculation.",
new CIntegerConfigType(1024*1024*1800)),
new CIntegerConfigType(1024*1024*1800));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Memory.CriticalAllocationSize",
"Configures the critical memory limit for the calculation.",
new CIntegerConfigType(1024*1024*1200)),
new CIntegerConfigType(1024*1024*1200));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Memory.IncreaseAllocationSize",
"Sets the memory allocation increasing size for the calculation.",
new CIntegerConfigType(1024*1024*512)),
new CIntegerConfigType(1024*1024*512));
addConfigProperty(new CConfigDescription("Konclude.Calculation.DatatypeReasoning",
"Determines whether datatype reasoning is activated.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.MaximumRecursiveProcessingConceptCount",
"Determines the maximum recursion for the processing of added concepts in completion graphs with tableau expansion rules.",
new CIntegerConfigType(300)),
new CIntegerConfigType(300));
// Processing configurations
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.Backjumping",
"Determines whether the reasoner performs dependency directed backjumping/cancellation.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.UnsatisfiableCacheRetrieval",
"Determines whether the reasoner uses unsatisfiable cache retrievals for calculation.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SatisfiableCacheRetrieval",
"Determines whether the reasoner uses satisfiable cache retrievals for calculation.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.UnsatisfiableCacheSingleLevelWriting",
"Determines whether the reasoner writes single individual level clashes to unsatisfiable cache.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.UnsatisfiableCacheTestingConceptWriting",
"Determines whether the reasoner writes unsatisfiability tested concepts to unsatisfiable cache.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SatisfiableCacheSingleLevelWriting",
"Determines whether the reasoner writes single individual level satisfiable to satisfiable cache.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.DependencyTracking",
"Determines whether the reasoner performs dependency tracking.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.ProxyIndividuals",
"Determines whether the reasoner uses proxy individuals.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.MinimizedMergingBranches",
"Determines whether the reasoner minimizes merging branches.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.ProcessedIndividualNodePropagation",
"Determines whether the reasoner propagates the individual node complete processed flags to successors.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.IndividualNodeIDPriorization",
"Determines whether the reasoner uses the individual node IDs to prioritize the individual node processing queue.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.StrictIndividualNodeProcessingOrder",
"Determines whether the reasoner processes only one individual node at one time.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.BranchTriggering",
"Determines whether the reasoner uses triggers to delay and avoid branches.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SemanticBranching",
"Determines whether the reasoner uses semantic branching.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.AtomicSemanticBranching",
"Determines whether the reasoner uses semantic branching for atomic concepts that has no additional effort.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.AnywhereCoreConceptCandidateHashBlockingSearch",
"Determines whether the reasoner assists the anywhere blocking search with a candidate hash for marked core concepts.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.AnywhereCandidateHashBlockingSearch",
"Determines whether the reasoner assists the anywhere blocking search with a candidate hash.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.AnywhereBlockingSearch",
"Determines whether the reasoner uses an anywhere blocking search.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.AncestorBlockingSearch",
"Determines whether the reasoner uses an ancestor blocking search.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.PairwiseEqualSetBlockingTest",
"Determines whether the reasoner checks blocking with pairwise equal concept set tests.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.EqualSetBlockingTest",
"Determines whether the reasoner checks blocking with equal concept set tests.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SubSetBlockingTest",
"Determines whether the reasoner checks blocking with sub concept set tests.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.OptimizedBlockingTest",
"Determines whether the reasoner checks blocking with optimized blocking tests.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.DirectRulePreprocessing",
"Determines whether the reasoner is direct preprocessing some rules.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.LazyNewMergingNominalCreation",
"Determines whether the reasoner generates new nominals with the NN-rule as late as possible to avoid superfluous branches.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.ConsistenceRestrictedNonStrictProcessing",
"Determines whether the reasoner generates the deterministic part of the consistence model with non strict individual node processing order.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SatisfiableExpansionCacheRetrieval",
"Determines whether the reasoner checks for cached nodes in the satisfiable expansion cache.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SatisfiableExpansionCacheConceptExpansion",
"Determines whether the reasoner is expanding nodes with the satisfiable expansion cache.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SatisfiableExpansionCacheSatisfiableBlocking",
"Determines whether the reasoner blocks processing for satisfiable cached nodes and successor nodes.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SatisfiableExpansionCacheWriting",
"Determines whether the reasoner writes satisfiable nodes to satisfiable expansion cache.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SignatureMirroringBlocking",
"Determines whether the reasoner can block nodes by mirroring other nodes.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SignatureSaving",
"Determines whether the reasoner writes nodes concept set signatures into hash.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.ANDConceptSkipping",
"Determines whether the reasoner can skip adding AND concepts to individual nodes.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.CompletionGraphCaching",
"Determines whether the reasoner can use the generated completion graph in the persistence check to block unnecessary individual node processing.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.DelayedCompletionGraphCachingReactivation",
"Determines whether the reactivation of completion graph cached nodes is delayed.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.AvoidRepeatedIndividualProcessing",
"Determines whether the reprocessing of nodes for individuals is avoided if nominals do not occur in the ontology and tests do not directly refers to individuals.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.ForceNodesRecreationForRepeatedIndividualProcessing",
"Determines whether for the repeated reprocessing of individuals new nodes are created.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.CompletionGraphReuseCachingRetrieval",
"Determines whether the reasoner queries the completion graph reuse cache for compatible entries.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.CompletionGraphDeterministicReuse",
"Determines whether the reasoner is allowed to reuse deterministic completion graph reuse cache entries.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.CompletionGraphNonDeterministicReuse",
"Determines whether the reasoner is allowed to reuse non-deterministic completion graph reuse cache entries.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.UnsatisfiableCachingFullDependency",
"Determines whether the reasoner experimentally uses for the unsatisfiable caching additional all dependencies of all constructs of the unsatisfiable node.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.UnsatisfiableCachingFullSignature",
"Determines whether the reasoner experimentally uses for the unsatisfiable caching additional the unsatisfiable node signatures for retrieval.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.PairwiseMerging",
"Determines whether the reasoner experimentally uses the naive pairwise merging approach.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationPiling",
"Determines whether the reasoner experimentally uses piling individual nodes for saturation.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.RepresentativePropagation",
"Determines whether the reasoner propagates representatives instead of sets of variable mappings.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.IndividualsBackendCacheLoading",
"Determines whether the reasoner loads data for individuals from backend cache.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SuccessorConceptSaturationExpansion",
"Determines whether the reasoner using saturated concepts for expanding newly created successor nodes.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationCaching",
"Determines whether the reasoner using saturated concepts for caching.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationCriticalConceptTesting",
"Determines whether the reasoner tests critical concepts after the saturation.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationDirectCriticalToInsufficient",
"Determines whether the reasoner directly marks nodes with critical concepts as insufficiently saturated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationSuccessorExtension",
"Determines whether successors are extended in the saturation with concepts that are propagated into successor directions.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationReferredNodeManyConceptCount",
"The number of concepts for which referred nodes are identified to have many concepts.",
new CIntegerConfigType(500)),
new CIntegerConfigType(500));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationManyConceptReferredNodeCountProcessLimit",
"The number of referred nodes with many concept for which saturation is not performed.",
new CIntegerConfigType(2)),
new CIntegerConfigType(2));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationReferredNodeConceptCountProcessLimit",
"The number of concepts of the referred nodes for which saturation is not performed.",
new CIntegerConfigType(1500)),
new CIntegerConfigType(1500));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationReferredNodeUnprocessedCountProcessLimit",
"The number of unprocessed referred nodes for which saturation is not performed.",
new CIntegerConfigType(1)),
new CIntegerConfigType(1));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationReferredNodeCheckingDepth",
"The recursive checking depth for referred nodes for saturation.",
new CIntegerConfigType(5)),
new CIntegerConfigType(5));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.ForceManyConceptNodeSaturation",
"Determines whether saturation is enforced even if there are many concepts.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.NominalSaturationCachingByNodeReactivation",
"Determines whether the reasoner using saturated concepts with connections to nominals for caching with reactivation.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.NominalSaturation",
"Determines whether the reasoner uses the completion graph from the consistency test to improve the saturation of concept that have a connection to nominals.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationExpansionSatisfiabilityCacheWriting",
"Determines whether the reasoner caches expansions and satisfiability for saturated nodes.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationExpansionSatisfiabilityCacheCount",
"Determines how many expansions are cached by the reasoner for each saturated nodes.",
new CIntegerConfigType(1)),
new CIntegerConfigType(1));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.SaturationUnsatisfiabilityCacheWriting",
"Determines whether the reasoner caches and propagates unsatisfiability for saturated nodes.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.EquivalentAlternativesSaturationMerging",
"Determinses whether model merging with the saturation for alternatives of equivalent candidate concepts is used to prune possible subsumers.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.ConceptSaturation",
"Determinses whether concepts are saturated for the assisting of the tableau algorithm.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.IndividualSaturation",
"Determines whether individual are saturated.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.ComputedTypesCaching",
"Determines whether computed types are cached for reusing in other tests.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Optimization.ConstructionIndividualNodeMerging",
"Determines whether constructed individual nodes are merged into nominal nodes.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Cache.SatisfiableExpander.InitialMemoryLevelForIncreaseRequiredSignatureReferenceCount",
"Specifies the initial memory level for which the required signature references for the creation of cache entries is increased.",
new CIntegerConfigType(200*1024*1024)),
new CIntegerConfigType(200*1024*1024));
addConfigProperty(new CConfigDescription("Konclude.Cache.SatisfiableExpander.NextMemoryLevelIncreaseForIncreaseRequiredSignatureReferenceCount",
"Specifies the increase for the next memory level for which the required signature references is increased.",
new CIntegerConfigType(100*1024*1024)),
new CIntegerConfigType(100*1024*1024));
addConfigProperty(new CConfigDescription("Konclude.Cache.SatisfiableExpander.InitialRequiredSignatureReferenceCount",
"Specifies the initial required signature references count.",
new CIntegerConfigType(1)),
new CIntegerConfigType(1));
addConfigProperty(new CConfigDescription("Konclude.Cache.SatisfiableExpander.RequiredSignatureReferenceCountIncrease",
"Specifies the increase for the required signature references count.",
new CIntegerConfigType(1)),
new CIntegerConfigType(1));
// Preprocessing configurations
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing",
"Determines whether the ontology is preprocessed. Will disable all preprocessing steps.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.NegationNormalization",
"Determines whether the ontology is preprocessed with the essential negation normalization.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.BranchTriggerExtraction",
"Determines whether the branch triggers are generated in preprocessing phase.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.LexicalNormalization",
"Determines whether the ontology is preprocessed with lexical normalization.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.RoleChainAutomataTransformation",
"Determines whether the ontology is preprocessed with role chain automata transformation.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.GCIAbsorption.TriggeredImplicationBinaryGCIAbsorption",
"Determines whether the ontology is preprocessed with general concept axioms (GCI) absorption into triggered binary implications.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.SubroleTransformation",
"Determines whether the ontology is preprocessed with subrole transformation.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.DatatypeNormalizer",
"Determines whether the ontology is preprocessed with datatype normalization.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.DataLiteralValueNormalizer",
"Determines whether the ontology is preprocessed with data literal value normalization.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.OntologyAssignmentTransformation",
"Determines whether the ontology is preprocessed with ontology assignment transformation.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.OntologyMappingUpdate",
"Determines whether the ontology is preprocessed with ontology mapping update.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.ProcessingDataExtender",
"Determines whether the ontology is extended with processing data.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.ReverseRoleAssertionGeneration",
"Determines whether reverse role assertions are generated.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.OntologyStructureInspection",
"Determines whether the ontology is preprocessed with ontology structure inspection.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.CheckingOntologyConsistency",
"Determines whether in the preprocessing phase the ontology consistency is checked.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.OntologyPrecomputation",
"Determines whether in the preprocessing phase the ontology consistency is checked and starts some other precomputations.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.CoreConceptCyclesPrecomputation",
"Determines whether in the preprocessing phase the core concept cycles are precomputated.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.CoreConceptCyclesExtraction",
"Determines whether in the preprocessing phase the core concept cycles are extracted from the ontology.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.CoreBlockingConceptMarking",
"Determines whether in the preprocessing phase some concepts are marked as core blocking concepts.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.DisjunctionToImplicationAbsorption",
"Determines whether in the preprocessing phase disjunctions are absorbed to implications.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.DisjunctionToImplicationAbsorptionByExistingTriggers",
"Determines whether in the preprocessing phase disjunctions are absorbed to implications with existing triggers.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.EquivalentDefinitionToSubclassImplicationAbsorption",
"Determines whether in the preprocessing phase equivalent defined concepts are absorbed to subclasses and implications.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.PartialEquivalentDefinitionToCandidatesAbsorption",
"Determines whether in the preprocessing phase equivalent defined concepts are partially absorbed to candidates.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.PartialDisjunctionAbsorption",
"Determines whether in the preprocessing phase disjunctions are partially.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.PartialGCIImplicationAbsorption",
"Determines whether in the preprocessing phase GCIs are partially absorbed.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.CommonDisjunctConceptExtraction",
"Determines whether in the preprocessing phase common disjunct concepts are extracted, so they can be added before branching.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.DisjunctSorting",
"Determines whether the disjuncts in disjunctions are sorted.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.NominalSchemaTemplateExtraction",
"Determines whether in the preprocessing phase nominal schema templates are extracted.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.NominalSchemaGrounding",
"Determines whether in the preprocessing phase axioms with nominal schemas are grounded.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.FullNominalSchemaGrounding",
"Determines whether in the preprocessing phase axioms with nominal schemas are fully grounded.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.AbsorbableNominalSchemaGrounding",
"Determines whether in the preprocessing phase axioms with absorbable nominal schemas are grounded.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.NominalSchemaPathPreabsorption",
"Determines whether in the preprocessing phase absorbed axioms with nominal schemas are extended by backward chaining with the propagation of binding candidates.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.NominalSchemaBackPropagation",
"Determines whether in the preprocessing phase absorbed axioms with nominal schemas are extended by basic backward chaining.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.ExtractPropagationIntoCreationDirection",
"Determines whether in the preprocessing phase all concepts with a possibly propagation into the creation direction are identified.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.RelevantConceptRoleMarker",
"Determines whether in the preprocessing phase all concepts and roles that are relevant for inferences are marked.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.DatatypeAbsorption",
"Determines whether datatypes are absorbed.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.CoreConceptCyclesExtraction.SkipForELFragment",
"Determines whether the extraction of core concept cycles is skipped for EL ontologies.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.ExtractPropagationIntoCreationDirection.SkipForELFragment",
"Determines whether the extraction of propagation in creation direction is skipped for EL ontologies.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.CoreBlockingConceptMarking.SkipForELFragment",
"Determines whether the marking of core concepts is skipped for EL ontologies.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.ProcessingDataExtender.SkipForELFragment",
"Determines whether the extension with processing data is skipped for EL ontologies.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.CommonDisjunctConceptExtraction.SkipForELFragment",
"Determines whether the extraction of common disjunct concepts is skipped for EL ontologies.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.LexicalNormalization.SkipForELFragment",
"Determines whether the lexical normalization is skipped for EL ontologies.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Preprocessing.BranchTriggerExtraction.SkipForELFragment",
"Determines whether the extraction of branch triggers is skipped for EL ontologies.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
// Precomputation configurations
addConfigProperty(new CConfigDescription("Konclude.Calculation.Precomputation.TotalPrecomputor.MaximumParallelCalculationCount",
"Determines the maximum number of calculation jobs that are created at the same time.",
new CIntegerConfigType(1)),
((CConfigData*)nullptr));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Precomputation.TotalPrecomputor.MultipliedUnitsParallelCalculationCount",
"Determines how many calculation jobs are created.",
new CIntegerConfigType(2)),
new CIntegerConfigType(2));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Precomputation.TotalPrecomputor.IndividualsSaturationSize",
"Determines how many individuals are saturated together.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Precomputation.ForceFullCompletionGraphConstruction",
"Determines whether the construction of a completion graph is enforced for the consistency check.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
// Classification configurations
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.Classifier",
"Determines which subsumption classifier is used for classification. Value can be 'Konclude.Calculation.Classification.Classifier.BruteForceClassifier' or 'Konclude.Calculation.Classification.Classifier.EnhancedTraversalClassifier' or 'Konclude.Calculation.Classification.Classifier.OptimizedSubClassClassifier' or 'Konclude.Calculation.Classification.Classifier.ExperimentalEnhancedTraversalClassifier' or 'Konclude.Calculation.Classification.Classifier.OptimizedKPSetClassClassifier'.",
new CStringConfigType("Konclude.Calculation.Classification.Classifier.OptimizedKPSetClassClassifier")),
new CStringConfigType("Konclude.Calculation.Classification.Classifier.OptimizedKPSetClassClassifier"));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.PruneSubsumptionRelations",
"Determines whether unnecessary calculations for ontology classification are pruned.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.TransitiveReduction.AddAllPredecessors",
"Determines whether all predecessors are added to the hierarchy nodes in the transitive reduction.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.DerivateSubsumptionRelations",
"Determines whether unnecessary calculations for ontology classification are derrived.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.PseudoModelSubsumptionMerging",
"Determines whether subsumption relations are calculated with pseudo model merging for classification.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.PseudoModelSubsumptionMerging.MaximumFastPseudoModelMergingDepth",
"Determines how depth the pseudo models are merged for a fast foregoing subsumption check.",
new CIntegerConfigType(-1)),
new CIntegerConfigType(-1));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.MaximumParallelSubsumptionCalculationCount",
"Determines how many subsumption calculation jobs are created per classifier.",
new CIntegerConfigType(1)),
new CIntegerConfigType(1));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.PseudoModelSubsumptionMerging.DirectMerging",
"Determines whether subsumption relations are calculated with direct pseudo model merging for classification. The config 'Konclude.Calculation.Classification.PseudoModelSubsumptionMerging' must be also activated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.PseudoModelSubsumptionMerging.ProofMerging",
"Determines whether subsumption relations are calculated with proof pseudo model merging for classification. The config 'Konclude.Calculation.Classification.PseudoModelSubsumptionMerging' must be also activated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.ObviousSubsumptionCalculation",
"Determines whether obvious subsumption relations are calculated.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.SatisfiableSubsumptionExtraction",
"Determines whether subsumption relations are extracted while satisfiable tests.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.AutomatedOptimizedClassifierSelection",
"Determines whether an optimized classifier is choosen automatically when possible.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.ForceCompleteSatisfiableTest",
"Determines whether satisfiable tests are executed for each concept independent from the result of other satisfiable tests.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.TaxonomySubsumptionCalculationSponsor",
"Determines whether the subsumption calculation sponsor is checked for each subsumption calculation.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.TaxonomySatisfiableCalculationSponsor",
"Determines whether the satisfiable calculation sponsor is checked for each satisfiable calculation.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.ConsecutivelyConstructedSatisfiableTests",
"Determines whether for the satisfiable calculation a previous satisfiable calculation is extended.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.SubclassConsideration",
"Determines whether any subclass optimization is used.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.SubclassConsideration.SubclassSubsummingCheck",
"Determines whether subclass relations are considered.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.SubclassConsideration.SubclassSubsummingCheck.PseudoModelGenerationSupport",
"Determines whether pseudo models are inspected for generating possible subclass relations. Requires the config 'Konclude.Calculation.Classification.SubclassConsideration' for the possible subclass generation.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.SubclassConsideration.SubclassIdentifierPossiblePredecessorOccurCheck",
"Determines whether deterministic subclass occurrences in satisfiable classes are used to derivate non subsumptions.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.SubclassConsideration.PossibleSubclassSubsummingOccurCheck",
"Uses non-deterministic occured identifier in satisfiable tests for restricting possible subsumptions.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.CollectProcessStatistics",
"Determines whether the statistics for building the model are collected for the classification.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.OptimizedSubClassSubsumptionClassifier.MaximumParallelSatisfiableCalculationCount",
"Determines how many satisfiable calculation jobs are created per classifier at one time.",
new CIntegerConfigType(1)),
((CConfigData*)nullptr));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.OptimizedSubClassSubsumptionClassifier.MultipliedUnitsParallelSatisfiableCalculationCount",
"Determines how many subsumption calculation jobs are created per classifier.",
new CIntegerConfigType(8)),
new CIntegerConfigType(8));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.OptimizedKPSetClassSubsumptionClassifier.MaximumParallelSatisfiableCalculationCount",
"Determines how many satisfiable calculation jobs are created per classifier at one time.",
new CIntegerConfigType(1)),
((CConfigData*)nullptr));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.OptimizedKPSetClassSubsumptionClassifier.MultipliedUnitsParallelSatisfiableCalculationCount",
"Determines how many subsumption calculation jobs are created per classifier.",
new CIntegerConfigType(8)),
new CIntegerConfigType(8));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.OptimizedKPSetClassSubsumptionClassifier.ParallelSatisfiableCalculationCreationFactor",
"Determines the factor where the classifier starts to create new calculation jobs.",
new CIntegerConfigType(600)),
new CIntegerConfigType(600));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.SaturationSubsumerExtraction",
"Determines whether the subsumption relations are extracted from the saturation.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Classification.IndividualDependenceTracking",
"Determines whether dependent individuals are tracked for classification.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Realization.COptimizedKPSetOntologyConceptRealizer.MaximumParallelTestingCalculationCount",
"Determines how many calculation jobs are maximally created per realizer at one time.",
new CIntegerConfigType(1)),
((CConfigData*)nullptr));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Realization.COptimizedKPSetOntologyConceptRealizer.MultipliedUnitsParallelTestingCalculationCount",
"Determines how many calculation jobs are created per realizer.",
new CIntegerConfigType(8)),
new CIntegerConfigType(8));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Realization.RealizePrecomputation.SameIndividuals",
"Determines whether same individuals are precomputed if realization is requested.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Realization.RealizePrecomputation.ConceptInstances",
"Determines whether concept instances are precomputed if realization is requested.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Realization.RealizePrecomputation.RoleInstances",
"Determines whether role instances are precomputed if realization is requested.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Realization.IndividualDependenceTracking",
"Determines whether dependent individuals are tracked for realization.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Realization.PossibleAssertionsCollecting",
"Determines whether possible assertions are collected for realization.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Calculation.Realization.ExtraConsistencyTesting",
"Determines whether a separate consistency test is performed for realization.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Ontology.Revision.BuildAfterModification",
"Determines whether an ontology is automatically build after modification.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Ontology.Revision.PreprocessAfterModification",
"Determines whether an ontology is automatically preprocess after modification.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Ontology.Revision.ConsistencyPrecomputationAfterModification",
"Determines whether an ontology is automatically test consistency after modification.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Ontology.Revision.CyclesPrecomputationAfterModification",
"Determines whether an ontology is automatically test consistency after modification.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Ontology.Revision.ClassifyAfterModification",
"Determines whether an ontology is automatically classified after modification.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Ontology.Revision.IncrementalRebuild",
"Determines whether an ontology is incrementally rebuild.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Ontology.Revision.BasementResolveKBName",
"Determines which knowledge bases is used as basement for the creation of new knowledge bases.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.Query.Statistics.CollectStatistics",
"Determines whether statistics are collected for queries.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Query.Statistics.CollectCalculationStatistics",
"Determines whether statistics about calculations are collected.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Query.Statistics.CollectProcessingStepsStatistics",
"Determines whether statistics about processing steps are collected.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
// Testing/Debugging configurations
// Evaluation configurations
addConfigProperty(new CConfigDescription("Konclude.Debugging.WriteDebuggingData",
"If enabled (true) the reasoner writes some debugging data to standard files.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Analyse.UpdateInterval",
"Update interval for reading analyse data.",
new CIntegerConfigType(100)),
new CIntegerConfigType(100));
addConfigProperty(new CConfigDescription("Konclude.Analyse.DelayedStartTime",
"Wait time before start analyse data.",
new CIntegerConfigType(0)),
new CIntegerConfigType(0));
addConfigProperty(new CConfigDescription("Konclude.Analyse.CommonScale",
"Plot analyse data with a common scale.",
new CStringConfigType("AUTO")),
new CStringConfigType("AUTO"));
addConfigProperty(new CConfigDescription("Konclude.Analyse.PlotDifference",
"Plot the difference of succeeding analyse data.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Analyse.LimitThreadCount",
"Limits the threads for reading analyse data.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Analyse.FirstThreadNumber",
"The first thread number that is used to read analyse data.",
new CIntegerConfigType(0)),
new CIntegerConfigType(0));
addConfigProperty(new CConfigDescription("Konclude.Analyse.LastThreadNumber",
"The last thread number that is used to read analyse data.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Analyse.Classification.StatusText",
"Read Status text from specified Classifier for analyse data.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Analyse.ReasonerManager.QueryTotalWorkCount",
"Read QueryTotalWorkCount from Reasoner-Manager for analyse data.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Analyse.ReasonerManager.QueryCalcedWorkCount",
"Read QueryCalcedWorkCount from Reasoner-Manager for analyse data.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Analyse.ReasonerManager.QueryProgress",
"Read QueryProgress from Reasoner-Manager for analyse data.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.PigeonholePrincipleGenerator.ProblemSize",
"Generating problem size of the pigeonhole principle.",
new CIntegerConfigType(2)),
new CIntegerConfigType(2));
addConfigProperty(new CConfigDescription("Konclude.Test.PigeonholePrincipleGenerator.OWLlinkOutputFile",
"Output file for the generated pigeonhole principle.",
new CStringConfigType("PHP-request-file.xml")),
new CStringConfigType("PHP-request-file.xml"));
addConfigProperty(new CConfigDescription("Konclude.Test.RecursionTestDataGenerator.IndividualCount",
"Number of individual for the recursion test data.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Test.RecursionTestDataGenerator.PropertyAssertionCount",
"Number of the property assertions for the recursion test data.",
new CIntegerConfigType(200)),
new CIntegerConfigType(200));
addConfigProperty(new CConfigDescription("Konclude.Test.RecursionTestDataGenerator.OWLlinkOutputFile",
"Output file for the generated recursion test data.",
new CStringConfigType("RecursionTestData.owl.xml")),
new CStringConfigType("RecursionTestData.owl.xml"));
addConfigProperty(new CConfigDescription("Konclude.Test.LargeJoinTestDataGenerator.IndividualCount",
"Number of individual for the large join test data.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Test.LargeJoinTestDataGenerator.PropertyAssertionCount",
"Number of the property assertions for the large join test data.",
new CIntegerConfigType(200)),
new CIntegerConfigType(200));
addConfigProperty(new CConfigDescription("Konclude.Test.LargeJoinTestDataGenerator.OWLlinkOutputFile",
"Output file for the generated large join test data.",
new CStringConfigType("LargeJoinTestData.owl.xml")),
new CStringConfigType("LargeJoinTestData.owl.xml"));
addConfigProperty(new CConfigDescription("Konclude.Test.TransitiveConnectedELClassesTestDataGenerator.ClassesCount",
"Number of classes for the transitive connected EL classes test data.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Test.TransitiveConnectedELClassesTestDataGenerator.OWLlinkOutputFile",
"Output file for the generated transitive connected EL classes test data.",
new CStringConfigType("TransitivityConnectedELClassesTestData.owl.xml")),
new CStringConfigType("TransitivityConnectedELClassesTestData.owl.xml"));
addConfigProperty(new CConfigDescription("Konclude.Test.Converter.InputDirectory",
"Input directory for converter.",
new CStringConfigType("Tests/Converter/Input")),
new CStringConfigType("Tests/Converter/Input"));
addConfigProperty(new CConfigDescription("Konclude.Test.Converter.OutputDirectory",
"Output directory for converter.",
new CStringConfigType("Tests/Converter/Output")),
new CStringConfigType("Tests/Converter/Output"));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.InputDirectory",
"Input directory for converter.",
new CStringConfigType("Evaluation/Generator/Input")),
new CStringConfigType("Evaluation/Generator/Input"));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.OutputDirectory",
"Output directory for converter.",
new CStringConfigType("Tests/Generator/Output")),
new CStringConfigType("Tests/Generator/Output"));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.FilterDirectory",
"Filter directory for converter.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.OntologyStatisticsDirectory",
"Output directory for tested evaluation tests.",
new CStringConfigType("Evaluation/Infos/Statistics/Ontologies/")),
new CStringConfigType("Evaluation/Infos/Statistics/Ontologies/"));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.FilterFile",
"Path to filter file.",
new CStringConfigType("Evaluation/Filters/ABoxFilter.txt")),
new CStringConfigType("Evaluation/Filters/ABoxFilter.txt"));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.GenerateClassifyTests",
"Determines whether classification tests are generated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.GenerateConsistencyTests",
"Determines whether consistency tests are generated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.GenerateSatisfiabilityTests",
"Determines whether satisfiability tests are generated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.GenerateTypeTests",
"Determines whether type tests are generated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.GenerateRealizeTests",
"Determines whether realization tests are generated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.GenerateIncrementalAssertionConsistencyTests",
"Determines whether incremental assertion consistency tests are generated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.AssertionAdditionCount",
"Determines the number of assertion that are added for incremental consistency tests.",
new CIntegerConfigType(10)),
new CIntegerConfigType(10));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.TestCount",
"Determines the number incremental consistency tests.",
new CIntegerConfigType(10)),
new CIntegerConfigType(10));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.AssertionRemovalCount",
"Determines the number of assertion that are removed for incremental consistency tests.",
new CIntegerConfigType(10)),
new CIntegerConfigType(10));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.RatioAdditionRemoval",
"Determines whether the incremental changed assertion count for incremental consistency tests is determined by the ontology size ratio.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.AssertionAdditionRatioDenominator",
"Determines the denominator for the assertion ratio that are added for incremental consistency tests.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionConsistencyTestsGeneration.AssertionRemovalRatioDenominator",
"Determines the denominator for the assertion ratio that are removed for incremental consistency tests.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.GenerateIncrementalAssertionClassificationTests",
"Determines whether incremental assertion classification tests are generated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.AssertionAdditionCount",
"Determines the number of assertion that are added for incremental classification tests.",
new CIntegerConfigType(10)),
new CIntegerConfigType(10));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.TestCount",
"Determines the number incremental classification tests.",
new CIntegerConfigType(10)),
new CIntegerConfigType(10));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.AssertionRemovalCount",
"Determines the number of assertion that are removed for incremental classification tests.",
new CIntegerConfigType(10)),
new CIntegerConfigType(10));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.RatioAdditionRemoval",
"Determines whether the incremental changed assertion count for incremental classification tests is determined by the ontology size ratio.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.AssertionAdditionRatioDenominator",
"Determines the denominator for the assertion ratio that are added for incremental classification tests.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionClassificationTestsGeneration.AssertionRemovalRatioDenominator",
"Determines the denominator for the assertion ratio that are removed for incremental classification tests.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.GenerateIncrementalAssertionRealizationTests",
"Determines whether incremental assertion realization tests are generated.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.AssertionAdditionCount",
"Determines the number of assertion that are added for incremental realization tests.",
new CIntegerConfigType(10)),
new CIntegerConfigType(10));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.TestCount",
"Determines the number incremental realization tests.",
new CIntegerConfigType(10)),
new CIntegerConfigType(10));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.AssertionRemovalCount",
"Determines the number of assertion that are removed for incremental realization tests.",
new CIntegerConfigType(10)),
new CIntegerConfigType(10));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.RatioAdditionRemoval",
"Determines whether the incremental changed assertion count for incremental realization tests is determined by the ontology size ratio.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.AssertionAdditionRatioDenominator",
"Determines the denominator for the assertion ratio that are added for incremental realization tests.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Test.Generator.IncrementalAssertionRealizationTestsGeneration.AssertionRemovalRatioDenominator",
"Determines the denominator for the assertion ratio that are removed for incremental realization tests.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.Debug.PrecheckReasoning",
"Prechecking Query with Default Reasoner before Debugging.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Debug.FailAfterConsistencyConceptSaturation",
"Fail after the saturation of concepts required for the consistency test for debugging.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Debug.FailAfterConsistencyCheck",
"Fail after the consistency test for debugging.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Debug.FailAfterConceptSaturation",
"Fail after the saturation of concepts for debugging.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Debug.FailAfterPreprocessing",
"Fail after the preprocessing for debugging.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Debug.FailAfterBuilt",
"Fail after the built for debugging.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Parser.UTF8CompatibilityEnforcedXMLStreamParsing",
"Determines whether UTF-8 compatibility is enforced for stream-based XML parsing.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
// OWLLink configurations
addConfigProperty(new CConfigDescription("Konclude.OWLlink.Version.Major",
"Major version of OWLlink Interface implementation.",
new CIntegerConfigType(KONCLUDE_OWLLINK_VERSION_MAJOR)),
new CIntegerConfigType(KONCLUDE_OWLLINK_VERSION_MAJOR));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.Version.Minor",
"Minor version of OWLlink Interface implementation.",
new CIntegerConfigType(KONCLUDE_OWLLINK_VERSION_MINOR)),
new CIntegerConfigType(KONCLUDE_OWLLINK_VERSION_MINOR));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.WriteResponseToStandardOutput",
"Write OWLlink response direct to program standard output channel.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.WriteResponseToStandardError",
"Write OWLlink response direct to program standard error output channel.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.CloseAfterProcessedRequest",
"Close program after the OWLlink response has processed.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.BlockUntilProcessedRequest",
"Blocks afterwards processing until request has finished.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.LoggingExtendedProcessingTimes",
"Extended processing time logging.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.SAXBasedLoadOntologiesParsing",
"SAX-based parsing for ontologies with load ontologies command.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.StreamBasedLoadOntologiesParsing",
"Stream-based parsing for ontologies with load ontologies command.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.ExtendedErrorReporting",
"Determines whether more detailed error messages are reported via OWLlink.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.AbbreviatedIRIs",
"Using abbreviated IRIs.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.RequestFile",
"Filepath for OWLlink request file loader.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.ResponseFile",
"Filepath for writing OWLlink response file.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.IRIName",
"IRI name for OWLlink.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.Test.RunTimeout",
"Timeout for tests.",
new CIntegerConfigType(60000)),
new CIntegerConfigType(60000));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.Test.CloseTimeout",
"Timeout for closing running tests.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.Test.KillTimeout",
"Timeout for killing running tests.",
new CIntegerConfigType(1000)),
new CIntegerConfigType(1000));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.OWLlinkAPI.Address",
"Address of the OWLlinkAPI based reasoner server.",
new CStringConfigType("http://127.0.0.1:8080")),
new CStringConfigType("http://127.0.0.1:8080"));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.OWLlinkAPI.RequestFileCompatibleModification",
"Modifies the request file for OWLlinkAPI compatibility.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.OWLlinkAPI.ResponseFileTimeExtension",
"Modifies the response file with response times.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.OWLlinkAPI.RequestFileAbsolutePathsModification",
"Rewrites relative filepaths to absolute filepaths in request file.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.OWLlink.Server.Port",
"Port of the OWLlink server.",
new CIntegerConfigType(8080)),
new CIntegerConfigType(8080));
addConfigProperty(new CConfigDescription("Konclude.CLI.RequestFile",
"Filepath of request file for command line interface.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.CLI.ResponseFile",
"Filepath of response file for command line interface.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.CLI.IRIName",
"IRI name for command line interface.",
new CStringConfigType("")),
new CStringConfigType(""));
// Evaluation configurations
addConfigProperty(new CConfigDescription("Konclude.Evaluation.ProgramFile",
"Evaluation program.",
new CStringConfigType("Evaluation/EvaluationProgram.xml")),
new CStringConfigType("Evaluation/EvaluationProgram.xml"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.ConfigFile",
"Evaluation config.",
new CStringConfigType("Evaluation/Configs/ExampleConfigFile.xml")),
new CStringConfigType("Evaluation/Configs/ExampleConfigFile.xml"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Config.Name",
"Evaluation config name.",
new CStringConfigType("ExampleConfigName")),
new CStringConfigType("ExampleConfigName"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Platform",
"Platform for the Reasoners.",
new CStringConfigType("UNSPECIFIED")),
new CStringConfigType("UNSPECIFIED"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Directory",
"Reasoner directory.",
new CStringConfigType("Evaluation/Reasoners/ExampleReasoner/v1.0/")),
new CStringConfigType("Evaluation/Reasoners/ExampleReasoner/v1.0/"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Name",
"Name of the reasoner that is evaluated.",
new CStringConfigType("ExampleReasoner v1.0")),
new CStringConfigType("ExampleReasoner v1.0"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.OutputDirectory",
"Output directory for the reasoner.",
new CStringConfigType("ExampleReasoner/v1.0/")),
new CStringConfigType("ExampleReasoner/v1.0/"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.ConfigFile",
"Config file of the reasoner.",
new CStringConfigType("Evaluation/Reasoners/ExampleReasoner/v1.0/reasonerConfig.xml")),
new CStringConfigType("Evaluation/Reasoners/ExampleReasoner/v1.0/reasonerConfig.xml"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.InitializationFile",
"Initialization file of the reasoner.",
new CStringConfigType("Evaluation/Reasoners/ExampleReasoner/v1.0/reasonerInit.xml")),
new CStringConfigType("Evaluation/Reasoners/ExampleReasoner/v1.0/reasonerInit.xml"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.ExecutionType",
"How the reasoner is executed.",
new CStringConfigType("Binary")),
new CStringConfigType("Binary"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Execution.Binary.File",
"File of the binary.",
new CStringConfigType("ExampleReasoner")),
new CStringConfigType("ExampleReasoner"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Execution.Binary.Arguments",
"Arguments for the execution.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Execution.OWLlinkOWLAPIServerAdapter.ClassPathLibraries",
"ClassPath libraries for the execution.",
new CStringConfigType("Evaluation/Reasoners/ExampleReasoner/v1.0/libs")),
new CStringConfigType("Evaluation/Reasoners/ExampleReasoner/v1.0/libs"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Execution.OWLlinkOWLAPIServerAdapter.ClassPathLibrariesSeparator",
"Separater for class path libraries, usually ';' for Windows and ':' for Linux.",
new CStringConfigType(";")),
new CStringConfigType(";"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Execution.OWLlinkOWLAPIServerAdapter.MainClass",
"MainClass for the execution.",
new CStringConfigType("com.examplereasoner.main")),
new CStringConfigType("com.examplereasoner.main"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Execution.OWLlinkOWLAPIServerAdapter.AdditionalParameters",
"Additional parameters for the execution.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Execution.OWLlinkOWLAPIServerAdapter.AdditionalProcess",
"Additional process that has to be executed.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Address.Port",
"The port address of the reasoner for requests.",
new CIntegerConfigType(8080)),
new CIntegerConfigType(8080));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Reasoner.Address.IP",
"The IP address of the reasoner for requests.",
new CStringConfigType("127.0.0.1")),
new CStringConfigType("127.0.0.1"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.InputDirectory",
"Input directory for tested evaluation tests.",
new CStringConfigType("Evaluation/Requests/")),
new CStringConfigType("Evaluation/Requests/"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.OutputDirectory",
"Output directory for tested evaluation tests.",
new CStringConfigType("Evaluation/Responses/R-000/")),
new CStringConfigType("Evaluation/Responses/R-000/"));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.TestingCount",
"The number how many times the same test is executed.",
new CIntegerConfigType(10)),
new CIntegerConfigType(10));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.TestingTimeout",
"The time limit for the reasoner to complete a test.",
new CIntegerConfigType(2*1000*60)),
new CIntegerConfigType(2*1000*60));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.RequestTimeout",
"The time limit for the reasoner to complete a single request.",
new CIntegerConfigType(1000*60)),
new CIntegerConfigType(1000*60));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.MemoryLimit",
"The memory limit for the reasoner in bytes.",
new CIntegerConfigType(1024*1024*1024*10)),
new CIntegerConfigType(1024*1024*1024*10));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Analyser.CreateGNUPlots",
"Determines whether the analysers create plots with GNU plot.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.Analyser.CreateHighchartsPlots",
"Determines whether the analysers create plots with Highcharts.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.RequestFileAbsolutePathsModification",
"Rewrites relative filepaths to absolute filepaths in request file.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.RequestReplaceLoadOntologiesWithTell",
"Directly replaces load ontologies commands with tell commands in request files.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.ResolveAppreviatedIRIsForReplacedTells",
"Directly resolves abbreviated IRIs for load ontologies commands that are replaced by tell commands in request files.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.CancelReasonerErrorCount",
"After how many errors the evaluation for a reasoner is canceled.",
new CIntegerConfigType(2)),
new CIntegerConfigType(2));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.WaitingTimeBetweenTests",
"Waiting time between tests in milliseconds.",
new CIntegerConfigType(0)),
new CIntegerConfigType(0));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.FirstTestsWarmingUp",
"Determines whether the first test case in the evaluation is additionally executed at first without measurement.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.AllTestsWarmingUp",
"Determines whether all test cases in the evaluation are additionally executed at first without measurement.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.WaitingTimeAfterReasonerCreation",
"Waiting time after reasoner has created in milliseconds.",
new CIntegerConfigType(false)),
new CIntegerConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.SystemReadyRetestTimeForTests",
"Waiting time for retest whether system is ready for next evaluation test in milliseconds.",
new CIntegerConfigType(false)),
new CIntegerConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.CriticalSystemProcessTesterProgram",
"Program/Script/Command Line that returns 1 if there are running critical processes on the system.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.Evaluation.TerminateAssistProgram",
"Program/Script/Command Line that is called with the process id to assist termination.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.CLI.Output.WriteDeclarations",
"Determines whether declarations are also written to the output file.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.CLI.Output.AbbreviatedIRIs",
"Determines whether abbreviated IRIs are used to write the output.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.CLI.Output.WriteOnlyDirectTypes",
"Determines whether only direct types are written to the output file for realization tasks.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.CLI.Output.WriteReducedInconsistency",
"Determines whether for inconsistent ontologies only SubclassOf(Top,Bottom) is written to the output.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.OperationTask",
"Operation task that has to be tested.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.ORE.OntologyFile",
"Ontologie file name.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.ORE.ResponseFile",
"Response file name.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.ORE.IRIName",
"IRI name for testing.",
new CStringConfigType("")),
new CStringConfigType(""));
addConfigProperty(new CConfigDescription("Konclude.ORE.CloseAfterProcessed",
"Determines whether the program is closed after the processing has finished.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.ORE.OutputTimeMeasurementInSeconds",
"Determines the measured time is printed in seconds instead of milliseconds.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.ClassHierarchyResult.WriteDeclarations",
"Determines whether declarations are also written to the output file for the class hierarchy.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.ClassHierarchyResult.AbbreviatedIRIs",
"Determines whether abbreviated IRIs are used for the classes.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.ClassHierarchyResult.WriteDirectEquivalences",
"Determines whether equivalences are directly written with equivalent classes axioms instead of several subclass axioms.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.ClassHierarchyResult.WriteReducedTopSubclasses",
"Determines whether only SubclassOf(Top,A) axioms are written for all classes A that are semantically equivalent to Top.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.ClassHierarchyResult.WriteReducedBottomSubclasses",
"Determines whether only SubclassOf(A,Bottom) axioms are written for all classes A that are semantically equivalent to Bottom.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.ORE.ClassHierarchyResult.WriteReducedInconsistency",
"Determines whether only SubclassOf(Top,Bottom) is written for inconsistent ontologies.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.ORE.RealizationResult.WriteDeclarations",
"Determines whether declarations are also written to the realization output file.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.RealizationResult.AbbreviatedIRIs",
"Determines whether abbreviated IRIs are used for the individuals and classes.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.RealizationResult.WriteReducedInconsistency",
"Determines whether only SubclassOf(Top,Bottom) is written for inconsistent ontologies.",
new CBooleanConfigType(true)),
new CBooleanConfigType(true));
addConfigProperty(new CConfigDescription("Konclude.ORE.RealizationResult.WriteOnlyDirectTypes",
"Determines whether only direct types are written to the output file for realization tasks.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.ReportParsingTimeForConsistency",
"Determines whether the parsing time is reported for the consistency checking reasoning task.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.ReportParsingTimeForSatisfiability",
"Determines whether the parsing time is reported for the satisfiability checking reasoning task.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.ReportParsingTimeForRealization",
"Determines whether the parsing time is reported for the realization reasoning task.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
addConfigProperty(new CConfigDescription("Konclude.ORE.ReportParsingTimeForClassification",
"Determines whether the parsing time is reported for the classification reasoning task.",
new CBooleanConfigType(false)),
new CBooleanConfigType(false));
}
CReasonerConfigurationGroup::~CReasonerConfigurationGroup() {
}
}; // end namespace Command
}; // end namespace Control
}; // end namespace Konclude
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