Package org.apache.uima.util

Class CasCreationUtils

java.lang.Object
org.apache.uima.util.CasCreationUtils
public class CasCreationUtils extends Object
Utilities for creating and setting up CASes. Also includes utilities for merging CAS type systems.

  • Constructor Details

    • CasCreationUtils

      public CasCreationUtils()

  • Method Details

    • createCas

      public static CAS createCas() throws ResourceInitializationException
      Creates a new CAS instance.
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(AnalysisEngineMetaData aMetaData) throws ResourceInitializationException
      Creates a new CAS instance. Note this method does not work for Aggregate Analysis Engine descriptors -- use createCas(AnalysisEngineDescription) instead.
      Parameters:
      aMetaData - metadata for the analysis engine that will process this CAS. This is used to set up the CAS's type system and indexes.
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(ProcessingResourceMetaData aMetaData) throws ResourceInitializationException
      Creates a new CAS instance.
      Parameters:
      aMetaData - metadata for the resource that will process this CAS. This is used to set up the CAS's type system and indexes.
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(AnalysisEngineDescription aDescription) throws ResourceInitializationException
      Creates a new CAS instance for an Analysis Engine. This works for both primitive and aggregate analysis engines.
      Parameters:
      aDescription - description of the analysis engine that will process this CAS. This is used to set up the CAS's type system and indexes.
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(AnalysisEngineDescription aDescription, Properties aPerformanceTuningSettings) throws ResourceInitializationException
      Creates a new CAS instance for an Analysis Engine. This works for both primitive and aggregate analysis engines.
      Parameters:
      aDescription - description of the analysis engine that will process this CAS. This is used to set up the CAS's type system and indexes.
      aPerformanceTuningSettings - Properties object containing framework performance tuning settings using key names defined on UIMAFramework interface
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(Collection<? extends MetaDataObject> aComponentDescriptionsOrMetaData) throws ResourceInitializationException
      Creates a new CAS instance for a collection of CAS Processors. This method correctly handles aggregate as well as primitive analysis engines

      If you pass this method objects of type AnalysisEngineDescription, CollectionReaderDescription, CasInitializerDescription, or CasConsumerDescription, it will not instantiate the components. It will just extract the type system information from the descriptor. For any other kind of ResourceSpecifier, it will call UIMAFramework.produceResource(org.apache.uima.resource.ResourceSpecifier, Map). For example, if a URISpecifier is passed, a remote connection will be established and the service will be queries for its metadata. An exception will be thrown if the connection can not be opened.

      Parameters:
      aComponentDescriptionsOrMetaData - a collection of ResourceSpecifier, ProcessingResourceMetaData, TypeSystemDescription, FsIndexCollection, or TypePriorities objects.
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(Collection<? extends MetaDataObject> aComponentDescriptionsOrMetaData, Properties aPerformanceTuningSettings) throws ResourceInitializationException
      Creates a new CAS instance for a collection of CAS Processors. This method correctly handles aggregate as well as primitive analysis engines

      If you pass this method objects of type AnalysisEngineDescription, CollectionReaderDescription, CasInitializerDescription, or CasConsumerDescription, it will not instantiate the components. It will just extract the type system information from the descriptor. For any other kind of ResourceSpecifier, it will call UIMAFramework.produceResource(org.apache.uima.resource.ResourceSpecifier, Map). For example, if a URISpecifier is passed, a remote connection will be established and the service will be queries for its metadata. An exception will be thrown if the connection can not be opened.

      Parameters:
      aComponentDescriptionsOrMetaData - a collection of ResourceSpecifier, ProcessingResourceMetaData, TypeSystemDescription, FsIndexCollection, or TypePriorities objects.
      aPerformanceTuningSettings - Properties object containing framework performance tuning settings using key names defined on UIMAFramework interface
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(Collection<? extends MetaDataObject> aComponentDescriptionsOrMetaData, Properties aPerformanceTuningSettings, ResourceManager aResourceManager) throws ResourceInitializationException
      Creates a new CAS instance for a collection of CAS Processors. This method correctly handles aggregate as well as primitive analysis engines

      If you pass this method objects of type AnalysisEngineDescription, CollectionReaderDescription, CasInitializerDescription, or CasConsumerDescription, it will not instantiate the components. It will just extract the type system information from the descriptor. For any other kind of ResourceSpecifier, it will call UIMAFramework.produceResource(org.apache.uima.resource.ResourceSpecifier, Map). For example, if a URISpecifier is passed, a remote connection will be established and the service will be queries for its metadata. An exception will be thrown if the connection can not be opened.

      Parameters:
      aComponentDescriptionsOrMetaData - a collection of ResourceSpecifier, ProcessingResourceMetaData, TypeSystemDescription, FsIndexCollection, or TypePriorities objects.
      aPerformanceTuningSettings - Properties object containing framework performance tuning settings using key names defined on UIMAFramework interface
      aResourceManager - the resource manager to use to resolve import declarations within the metadata
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(TypeSystemDescription aTypeSystem, TypePriorities aTypePriorities, FsIndexDescription[] aFsIndexes) throws ResourceInitializationException
      Creates a new CAS instance.
      Parameters:
      aTypeSystem - type system to install in the CAS
      aTypePriorities - type priorities to install in the CAS
      aFsIndexes - indexes to install in the CAS
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(TypeSystemDescription aTypeSystem, TypePriorities aTypePriorities, FsIndexDescription[] aFsIndexes, Properties aPerformanceTuningSettings) throws ResourceInitializationException
      Creates a new CAS instance.
      Parameters:
      aTypeSystem - type system to install in the CAS
      aTypePriorities - type priorities to install in the CAS
      aFsIndexes - indexes to install in the CAS
      aPerformanceTuningSettings - Properties object containing framework performance tuning settings using key names defined on UIMAFramework interface
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(TypeSystemDescription aTypeSystem, TypePriorities aTypePriorities, FsIndexDescription[] aFsIndexes, Properties aPerformanceTuningSettings, ResourceManager aResourceManager) throws ResourceInitializationException
      Creates a new CAS instance.
      Parameters:
      aTypeSystem - type system to install in the CAS
      aTypePriorities - type priorities to install in the CAS
      aFsIndexes - indexes to install in the CAS
      aPerformanceTuningSettings - Properties object containing framework performance tuning settings using key names defined on UIMAFramework interface
      aResourceManager - the resource manager
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(Collection<? extends MetaDataObject> aComponentDescriptionsOrMetaData, TypeSystem aTypeSystem, Properties aPerformanceTuningSettings) throws ResourceInitializationException
      Creates a new CAS instance for a collection of CAS Processors, which. reuses an existing type system. Using this method allows several CASes to all share the exact same type system object. This method correctly handles aggregate as well as primitive analysis engines.

      If you pass this method objects of type AnalysisEngineDescription, CollectionReaderDescription, CasInitializerDescription, or CasConsumerDescription, it will not instantiate the components. It will just extract the type system information from the descriptor. For any other kind of ResourceSpecifier, it will call UIMAFramework.produceResource(org.apache.uima.resource.ResourceSpecifier, Map). For example, if a URISpecifier is passed, a remote connection will be established and the service will be queries for its metadata. An exception will be thrown if the connection can not be opened.

      Parameters:
      aComponentDescriptionsOrMetaData - a collection of ResourceSpecifier, ProcessingResourceMetaData, TypeSystemDescription, FsIndexCollection, or TypePriorities objects.
      aTypeSystem - type system to install in the CAS, null if none
      aPerformanceTuningSettings - Properties object containing framework performance tuning settings using key names defined on UIMAFramework interface
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(Collection<? extends MetaDataObject> aComponentDescriptionsOrMetaData, TypeSystem aTypeSystem, Properties aPerformanceTuningSettings, ResourceManager aResourceManager) throws ResourceInitializationException
      Creates a new CAS instance for a collection of CAS Processors, which. reuses an existing type system. Using this method allows several CASes to all share the exact same type system object. This method correctly handles aggregate as well as primitive analysis engines.

      If you pass this method objects of type AnalysisEngineDescription, CollectionReaderDescription, CasInitializerDescription, or CasConsumerDescription, it will not instantiate the components. It will just extract the type system information from the descriptor. For any other kind of ResourceSpecifier, it will call UIMAFramework.produceResource(org.apache.uima.resource.ResourceSpecifier, Map). For example, if a URISpecifier is passed, a remote connection will be established and the service will be queries for its metadata. An exception will be thrown if the connection can not be opened.

      Parameters:
      aComponentDescriptionsOrMetaData - a collection of ResourceSpecifier, ProcessingResourceMetaData, TypeSystemDescription, FsIndexCollection, or TypePriorities objects.
      aTypeSystem - type system to install in the CAS, null if none
      aPerformanceTuningSettings - Properties object containing framework performance tuning settings using key names defined on UIMAFramework interface
      aResourceManager - the resource manager to use to resolve import declarations within the metadata, and also to set the JCas ClassLoader for the new CAS
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(TypeSystem aTypeSystem, TypePriorities aTypePriorities, FsIndexDescription[] aFsIndexes, Properties aPerformanceTuningSettings) throws ResourceInitializationException
      Creates a new CAS instance that reuses an existing type system. Using this method allows several CASes to all share the exact same type system object.
      Parameters:
      aTypeSystem - type system to install in the CAS
      aTypePriorities - type priorities to install in the CAS
      aFsIndexes - indexes to install in the CAS
      aPerformanceTuningSettings - the settings for performance tuning
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(TypeSystem aTypeSystem, TypePriorities aTypePriorities, FsIndexDescription[] aFsIndexes, Properties aPerformanceTuningSettings, ResourceManager aResourceManager) throws ResourceInitializationException
      Creates a new CAS instance that reuses an existing type system. Using this method allows several CASes to all share the exact same type system object.
      Parameters:
      aTypeSystem - type system to install in the CAS
      aTypePriorities - type priorities to install in the CAS
      aFsIndexes - indexes to install in the CAS
      aPerformanceTuningSettings - the settings for performance tuning
      aResourceManager - resource manager, which is used to set the JCas ClassLoader for the new CAS
      Returns:
      a new CAS instance
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(CasDefinition casDef, Properties performanceTuningSettings) throws ResourceInitializationException
      Create a CAS from a CAS Definition. In V3, creating the type system is expensive (due to loading and setting up of JCas classes), so we do the type system creation once per CasDefinition and store it with the CAS definition
      Parameters:
      casDef - completely describes the CAS to be created
      performanceTuningSettings - Properties object containing framework performance tuning settings using key names defined on UIMAFramework interface
      Returns:
      a new CAS matching the given CasDefinition
      Throws:
      ResourceInitializationException - if CAS creation fails

    • createCas

      public static CAS createCas(CasDefinition casDef, Properties performanceTuningSettings, TypeSystem typeSystem) throws ResourceInitializationException
      Create a CAS from a CAS Definition, but reuse the provided TypeSystem object.
      Parameters:
      casDef - completely describes the CAS to be created
      performanceTuningSettings - Properties object containing framework performance tuning settings using key names defined on UIMAFramework interface
      typeSystem - type system object to reuse
      Returns:
      a new CAS matching the given CasDefinition
      Throws:
      ResourceInitializationException - if CAS creation fails

    • setupTypeSystem

      public static void setupTypeSystem(CASMgr aCASMgr, TypeSystemDescription aTypeSystem) throws ResourceInitializationException
      Installs a TypeSystem in a CAS.
      Parameters:
      aCASMgr - the CASMgr object whose type system is to be modified.
      aTypeSystem - description of type system to install
      Throws:
      ResourceInitializationException - if an error occurs during modification of the type system

    • setupTypePriorities

      public static void setupTypePriorities(CASMgr aCASMgr, TypePriorities aTypePriorities) throws ResourceInitializationException
      Adds TypePriorities to a CAS.
      Parameters:
      aCASMgr - the CASMgr object to be modified
      aTypePriorities - description of the type priorities to add
      Throws:
      ResourceInitializationException - if an error occurs during type priority setup

    • setupIndexes

      public static void setupIndexes(CASMgr aCASMgr, FsIndexDescription[] aIndexes) throws ResourceInitializationException
      Adds FeatureStructure indexes to a CAS.
      Parameters:
      aCASMgr - the CASMgr object to be modified
      aIndexes - descriptions of the indexes to add
      Throws:
      ResourceInitializationException - if an error occurs during index creation

    • convertData2TypeSystem

      public static TypeSystemDescription convertData2TypeSystem(CasData aCasData)
      Extracts a TypeSystem definition from a CasData.
      Parameters:
      aCasData - the CAS Data from which to extract the type system
      Returns:
      a description of a TypeSystem to which the CAS Data conforms

    • mergeTypeSystems

      public static TypeSystemDescription mergeTypeSystems(Collection<? extends TypeSystemDescription> aTypeSystems) throws ResourceInitializationException
      Merges several TypeSystemDescriptions into one. Also resolves imports in the TypeSystemDescription objects.
      Parameters:
      aTypeSystems - a collection of TypeSystems to be merged
      Returns:
      a new TypeSystemDescription that is the result of merging all of the type systems together
      Throws:
      ResourceInitializationException - if an incompatibility exists or if an import could not be resolved

    • mergeTypeSystems

      public static TypeSystemDescription mergeTypeSystems(Collection<? extends TypeSystemDescription> aTypeSystems, ResourceManager aResourceManager) throws ResourceInitializationException
      Merges several TypeSystemDescriptions into one. Also resolves imports in the TypeSystemDescription objects.
      Parameters:
      aTypeSystems - a collection of TypeSystems to be merged
      aResourceManager - Resource Manager to use to locate type systems imported by name
      Returns:
      a new TypeSystemDescription that is the result of merging all of the type systems together
      Throws:
      ResourceInitializationException - if an incompatibility exists or if an import could not be resolved

    • mergeTypeSystems

      public static TypeSystemDescription mergeTypeSystems(Collection<? extends TypeSystemDescription> aTypeSystems, ResourceManager aResourceManager, Map<String,Set<String>> aOutputMergedTypes) throws ResourceInitializationException
      Merges several TypeSystemDescriptions into one. Also resolves imports in the TypeSystemDescription objects.

      This version of this method takes an argument aOutputMergedTypes, which this method will populate with the names and descriptor locations of any types whose definitions have been merged from multiple non-identical sources. That is, types that are declared more than once, with different (but compatible) sets of features in each declaration, or with different (but compatible) supertypes.

      Parameters:
      aTypeSystems - a collection of TypeSystems to be merged
      aResourceManager - Resource Manager to use to locate type systems imported by name
      aOutputMergedTypes - A Map that this method will populate with information about the set of types whose definitions were merged from multiple non-identical sources. The keys in the Map will be the type names (Strings) and the values will be {link Set}s containing Descriptor URLs (Strings) where those types are declared. You may pass null if you are not interested in this information.
      Returns:
      a new TypeSystemDescription that is the result of merging all of the type systems together
      Throws:
      ResourceInitializationException - if an incompatibility exists or if an import could not be resolved

    • mergeDelegateAnalysisEngineTypeSystems

      public static TypeSystemDescription mergeDelegateAnalysisEngineTypeSystems(AnalysisEngineDescription aAggregateDescription) throws ResourceInitializationException
      Merges the Type Systems of each component within an aggregate Analysis Engine, producing a single combined Type System.
      Parameters:
      aAggregateDescription - an aggregate Analysis Engine description
      Returns:
      a new TypeSystemDescription that is the result of merging all of the delegate AE type systems together
      Throws:
      ResourceInitializationException - if an incompatibility exists or if an import could not be resolved

    • mergeDelegateAnalysisEngineTypeSystems

      public static TypeSystemDescription mergeDelegateAnalysisEngineTypeSystems(AnalysisEngineDescription aAggregateDescription, ResourceManager aResourceManager) throws ResourceInitializationException
      Merges the Type Systems of each component within an aggregate Analysis Engine, producing a single combined Type System.

      This version of this method takes an argument aOutputMergedTypeNames, to which this method will add the names of any types whose definitions have been merged from multiple non-identical sources. That is, types that are declared more than once, with different (but compatible) sets of features in each declaration, or with different (but compatible) supertypes.

      Parameters:
      aAggregateDescription - an aggregate Analysis Engine description
      aResourceManager - ResourceManager instance used to resolve imports
      Returns:
      a new TypeSystemDescription that is the result of merging all of the delegate AE type systems together
      Throws:
      ResourceInitializationException - if an incompatibility exists or if an import could not be resolved

    • mergeDelegateAnalysisEngineTypeSystems

      public static TypeSystemDescription mergeDelegateAnalysisEngineTypeSystems(AnalysisEngineDescription aAggregateDescription, ResourceManager aResourceManager, Map<String,Set<String>> aOutputMergedTypes) throws ResourceInitializationException
      Merges the Type Systems of each component within an aggregate Analysis Engine, producing a single combined Type System.

      This version of this method takes an argument aOutputMergedTypes, which this method will populate with the names and descriptor locations of any types whose definitions have been merged from multiple non-identical sources. That is, types that are declared more than once, with different (but compatible) sets of features in each declaration, or with different (but compatible) supertypes.

      Parameters:
      aAggregateDescription - an aggregate Analysis Engine description
      aResourceManager - ResourceManager instance used to resolve imports
      aOutputMergedTypes - A Map that this method will populate with information about the set of types whose definitions were merged from multiple non-identical sources. The keys in the Map will be the type names (Strings) and the values will be {link Set}s containing Descriptor URLs (Strings) where those types are declared. You may pass null if you are not interested in this information. *
      Returns:
      a new TypeSystemDescription that is the result of merging all of the delegate AE type systems together
      Throws:
      ResourceInitializationException - if an incompatibility exists or if an import could not be resolved

    • mergeFsIndexes

      public static FsIndexCollection mergeFsIndexes(List<? extends FsIndexCollection> aFsIndexCollections, ResourceManager aResourceManager) throws ResourceInitializationException
      Merges a List of FsIndexCollections into a single FsIndexCollection object.
      Parameters:
      aFsIndexCollections - list of FsIndexCollection objects
      aResourceManager - ResourceManager instance to use to resolve imports
      Returns:
      a merged FsIndexCollection object
      Throws:
      ResourceInitializationException - if an incompatibility exists or if an import could not be resolved

    • mergeDelegateAnalysisEngineFsIndexCollections

      public static FsIndexCollection mergeDelegateAnalysisEngineFsIndexCollections(AnalysisEngineDescription aAggregateDescription) throws ResourceInitializationException
      Merges the FS Index Collections of each component within an aggregate Analysis Engine, producing a single combined FS Index Collection.
      Parameters:
      aAggregateDescription - an aggregate Analysis Engine description
      Returns:
      a new FsIndexCollection that is the result of merging all of the delegate AE FsIndexCollections together
      Throws:
      ResourceInitializationException - if an incompatibility exists or if an import could not be resolved

    • mergeDelegateAnalysisEngineFsIndexCollections

      public static FsIndexCollection mergeDelegateAnalysisEngineFsIndexCollections(AnalysisEngineDescription aAggregateDescription, ResourceManager aResourceManager) throws ResourceInitializationException
      Merges the FS Index Collections of each component within an aggregate Analysis Engine, producing a single combined FS Index Collection.
      Parameters:
      aAggregateDescription - an aggregate Analysis Engine description
      aResourceManager - ResourceManager instance used to resolve imports
      Returns:
      a new FsIndexCollection that is the result of merging all of the delegate AE FsIndexCollections together
      Throws:
      ResourceInitializationException - if an incompatibility exists or if an import could not be resolved

    • mergeTypePriorities

      public static TypePriorities mergeTypePriorities(List<? extends TypePriorities> aTypePriorities, ResourceManager aResourceManager) throws ResourceInitializationException
      Merges a List of TypePriorities into a single TypePriorities object.
      Parameters:
      aTypePriorities - list of TypePriorities objects
      aResourceManager - ResourceManager instance to use to resolve imports
      Returns:
      a merged TypePriorities object
      Throws:
      ResourceInitializationException - if an import could not be resolved

    • mergeDelegateAnalysisEngineTypePriorities

      public static TypePriorities mergeDelegateAnalysisEngineTypePriorities(AnalysisEngineDescription aAggregateDescription) throws ResourceInitializationException
      Merges the Type Priorities of each component within an aggregate Analysis Engine, producing a single combined TypePriorities object.
      Parameters:
      aAggregateDescription - an aggregate Analysis Engine description
      Returns:
      a new TypePriorities object that is the result of merging all of the delegate AE TypePriorities together
      Throws:
      ResourceInitializationException - if an incompatibility exists

    • mergeDelegateAnalysisEngineTypePriorities

      public static TypePriorities mergeDelegateAnalysisEngineTypePriorities(AnalysisEngineDescription aAggregateDescription, ResourceManager aResourceManager) throws ResourceInitializationException
      Merges the Type Priorities of each component within an aggregate Analysis Engine, producing a single combined TypePriorities object.
      Parameters:
      aAggregateDescription - an aggregate Analysis Engine description
      aResourceManager - ResourceManager instance used to resolve imports
      Returns:
      a new TypePriorities object that is the result of merging all of the delegate AE TypePriorities together
      Throws:
      ResourceInitializationException - if an incompatibility exists

    • mergeDelegateAnalysisEngineMetaData

      public static ProcessingResourceMetaData mergeDelegateAnalysisEngineMetaData(AnalysisEngineDescription aAggregateDescription, ResourceManager aResourceManager, Map<String,Set<String>> aOutputMergedTypes, Map<String,? super Exception> aOutputFailedRemotes) throws ResourceInitializationException
      Merges the Type Systems, Type Priorities, and FS Indexes of each component within an aggregate Analysis Engine.

      This version of this method takes an argument aOutputMergedTypes, which this method will populate with the names and descriptor locations of any types whose definitions have been merged from multiple non-identical sources. That is, types that are declared more than once, with different (but compatible) sets of features in each declaration, or with different (but compatible) supertypes.

      Parameters:
      aAggregateDescription - an aggregate Analysis Engine description
      aResourceManager - ResourceManager instance used to resolve imports
      aOutputMergedTypes - A Map that this method will populate with information about the set of types whose definitions were merged from multiple non-identical sources. That is, types that are declared more than once, with different (but compatible) sets of features in each declaration, or with different (but compatible) supertypes. The keys in the Map will be the type names (Strings) and the values will be {link Set}s containing Descriptor URLs (Strings) where those types are declared. You may pass null if you are not interested in this information.
      aOutputFailedRemotes - If this parameter is non-null, and if a remote AE could not be contacted, then an entry will be added to this map. The key will be the context name (e.g., /myDelegate1/nestedRemoteDelegate) of the failed remote, and the value will be the Exception that occurred. If this parameter is null, an exception will be thrown if a remote AE could not be contacted.
      Returns:
      an object containing the merged TypeSystem, TypePriorities, and FS Index definitions.
      Throws:
      ResourceInitializationException - if an incompatibility exists or if an import could not be resolved

    • subsumes

      protected static boolean subsumes(String aType1Name, String aType2Name, Map<String,? extends TypeDescription> aNameMap)
      Determines whether one type subsumes another.
      Parameters:
      aType1Name - name of first type
      aType2Name - name of second type
      aNameMap - Map from type names to TypeDescriptions
      Returns:
      true if and only if the type named aType1Name subsumes the type named aType2Name according to the information given in the aNameMap.

    • mergeFeatures

      protected static void mergeFeatures(TypeDescription aType, FeatureDescription[] aFeatures) throws ResourceInitializationException
      Merges features into a TypeDescription.
      Parameters:
      aType - TypeDescription into which to merge the features
      aFeatures - array of features to merge
      Throws:
      ResourceInitializationException - if an incompatibility exists

    • getMetaDataList

      public static List<ProcessingResourceMetaData> getMetaDataList(Collection<? extends MetaDataObject> aComponentDescriptionOrMetaData, ResourceManager aResourceManager, Map<String,? super Exception> aOutputFailedRemotes) throws ResourceInitializationException
      Gets a list of ProcessingResourceMetadata objects from a list containing either ResourceSpecifiers, ProcessingResourceMetadata objects, or subparts of ProcessingResourceMetadata objects (type systems, indexes, or type priorities). Subparts will be wrapped inside a ProcessingResourceMetadata object. All objects will be cloned, so that further processing (such as import resolution) does not affect the caller.

      If you pass this method objects of type AnalysisEngineDescription, CollectionReaderDescription, CasInitializerDescription, or CasConsumerDescription, it will not instantiate the components. It will just extract the type system information from the descriptor. For any other kind of ResourceSpecifier, it will call UIMAFramework.produceResource(org.apache.uima.resource.ResourceSpecifier, Map). For example, if a URISpecifier is passed, a remote connection will be established and the service will be queries for its metadata. An exception will be thrown if the connection can not be opened. Note that this last kind of lookup may be expensive (calling produceResource, which in turn may query remote connections etc.). Because of this, a cache is maintained for these, (because some scenarios end up requesting the same metadata multiple times, in rapid succession). Because remote resource may become available, the cache entries are removed 30 seconds after they are created. This also reclaims space from the cache.

      Parameters:
      aComponentDescriptionOrMetaData - a collection of ResourceSpecifier, ProcessingResourceMetaData, TypeSystemDescription, FsIndexCollection, or TypePriorities objects.
      aResourceManager - used to resolve delegate analysis engine imports
      aOutputFailedRemotes - If this parameter is non-null, and if a remote AE could not be contacted, then the context name (e.g. /myDelegate1/nestedRemoteDelegate) of the failed remote will be added to this collection. If this parameter is null, an exception will be thrown if a remote AE could not be contacted.
      Returns:
      a List containing the ProcessingResourceMetaData objects containing all of the information in all of the objects in aComponentDescriptionOrMetaData (including all components of aggregate AnalysisEngines)
      Throws:
      ResourceInitializationException - if a failure occurs because an import could not be resolved

    • getMetaDataList

      public static List<ProcessingResourceMetaData> getMetaDataList(Collection<? extends MetaDataObject> aComponentDescriptionOrMetaData, ResourceManager aResourceManager) throws ResourceInitializationException
      Gets a list of ProcessingResourceMetadata objects from a list containing either ResourceSpecifiers, ProcessingResourceMetadata objects, or subparts of ProcessingResourceMetadata objects (type systems, indexes, or type priorities). Subparts will be wrapped inside a ProcessingResourceMetadata object. All objects will be cloned, so that further processing (such as import resolution) does not affect the caller.

      If you pass this method objects of type AnalysisEngineDescription, CollectionReaderDescription, CasInitializerDescription, or CasConsumerDescription, it will not instantiate the components. It will just extract the type system information from the descriptor. For any other kind of ResourceSpecifier, it will call UIMAFramework.produceResource(org.apache.uima.resource.ResourceSpecifier, Map). For example, if a URISpecifier is passed, a remote connection will be established and the service will be queries for its metadata. An exception will be thrown if the connection can not be opened.

      Parameters:
      aComponentDescriptionOrMetaData - a collection of ResourceSpecifier, ProcessingResourceMetaData, TypeSystemDescription, FsIndexCollection, or TypePriorities objects.
      aResourceManager - used to resolve delegate analysis engine imports
      Returns:
      a List containing the ProcessingResourceMetaData objects containing all of the information in all of the objects in aComponentDescriptionOrMetaData (including all components of aggregate AnalysisEngines)
      Throws:
      ResourceInitializationException - if a failure occurs because an import could not be resolved