Examples of org.apache.uima.collection.impl.cpm.container.ProcessingContainer_Impl

Package org.apache.uima.collection.impl.cpm.container

Examples of org.apache.uima.collection.impl.cpm.container.ProcessingContainer_Impl

org.apache.uima.collection.impl.cpm.container.ProcessingContainer_Impl
Manages a pool of CasProcessor instances. Provides access to CasProcessor instance to Processing Thread. Processing threads check out an instance of Cas Processor and when done invoking its process() method return it back to pool. The container aggregates counts and totals on behalf of all instances of Cas Processor. It also manages error and restart thresholds for Cas Processors as a group. Errors are aggregated for all instances of Cas Processor as a group NOT individually. The container takes appropriate actions when threshold are exceeded. What action is taken depends on declaritive specification in the cpe descriptor.

          casProcessorPool = new ServiceProxyPool();
          // Create CasProcess Configuration holding info defined in the CPE descriptor
          casProcessorConfig = new CasProcessorConfigurationJAXBImpl(casProcessorType, cpeFactory.getResourceManager());


          // Associate CasProcessor configuration from CPE descriptor with this container
          processingContainer = new ProcessingContainer_Impl(casProcessorConfig, metaData,
                  casProcessorPool);
          processingContainer.setCasProcessorDeployer(this);
          // Instantiate an object that encapsulates CasProcessor configuration
          // Determine deployment model for this CasProcessor
          // Each CasProcessor must have a name

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                    "UIMA_CPM_cp_checkpoint__FINEST",
                    new Object[] { Thread.currentThread().getName(),
                        String.valueOf(casProcessorConfig.getBatchSize()) });// Checkpoint().getBatch())});
          }
          // Associate CasProcessor configuration from CPE descriptor with this container
          processingContainer = new ProcessingContainer_Impl(casProcessorConfig, metaData,
                  casProcessorPool);
          // Determine deployment model for this CasProcessor
          deployModel = casProcessorConfig.getDeploymentType();
          if (UIMAFramework.getLogger().isLoggable(Level.FINEST)) {
            UIMAFramework.getLogger(this.getClass()).logrb(Level.FINEST, this.getClass().getName(),

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          casProcessorPool = new ServiceProxyPool();
          // Create CasProcess Configuration holding info defined in the CPE descriptor
          casProcessorConfig = new CasProcessorConfigurationJAXBImpl(casProcessorType, cpeFactory.getResourceManager());


          // Associate CasProcessor configuration from CPE descriptor with this container
          processingContainer = new ProcessingContainer_Impl(casProcessorConfig, metaData,
                  casProcessorPool);
          processingContainer.setCasProcessorDeployer(this);
          // Instantiate an object that encapsulates CasProcessor configuration
          // Determine deployment model for this CasProcessor
          // Each CasProcessor must have a name

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          // getCasProcessor() and releaseProcessor() methods.
          // Create CasProcess Configuration holding info defined in the CPE descriptor
          casProcessorConfig = new CasProcessorConfigurationJAXBImpl(casProcessorType, cpeFactory.getResourceManager());


          // Associate CasProcessor configuration from CPE descriptor with this container
          processingContainer = new ProcessingContainer_Impl(casProcessorConfig, metaData,
                  casProcessorPool);
          processingContainer.setCasProcessorDeployer(this);
          processingContainer.setSingleFencedService(true);
          // Instantiate an object that encapsulates CasProcessor configuration
          // Determine deployment model for this CasProcessor

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                    "UIMA_CPM_cp_checkpoint__FINEST",
                    new Object[] { Thread.currentThread().getName(),
                        String.valueOf(casProcessorConfig.getBatchSize()) });// Checkpoint().getBatch())});
          }
          // Associate CasProcessor configuration from CPE descriptor with this container
          processingContainer = new ProcessingContainer_Impl(casProcessorConfig, metaData,
                  casProcessorPool);
          // Determine deployment model for this CasProcessor
          deployModel = casProcessorConfig.getDeploymentType();
          if (UIMAFramework.getLogger().isLoggable(Level.FINEST)) {
            UIMAFramework.getLogger(this.getClass()).logrb(Level.FINEST, this.getClass().getName(),

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          // getCasProcessor() and releaseProcessor() methods.
          // Create CasProcess Configuration holding info defined in the CPE descriptor
          casProcessorConfig = new CasProcessorConfigurationJAXBImpl(casProcessorType, cpeFactory.getResourceManager());


          // Associate CasProcessor configuration from CPE descriptor with this container
          processingContainer = new ProcessingContainer_Impl(casProcessorConfig, metaData,
                  casProcessorPool);
          processingContainer.setCasProcessorDeployer(this);
          processingContainer.setSingleFencedService(true);
          // Instantiate an object that encapsulates CasProcessor configuration
          // Determine deployment model for this CasProcessor

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          casProcessorPool = new ServiceProxyPool();
          // Create CasProcess Configuration holding info defined in the CPE descriptor
          casProcessorConfig = new CasProcessorConfigurationJAXBImpl(casProcessorType, cpeFactory.getResourceManager());


          // Associate CasProcessor configuration from CPE descriptor with this container
          processingContainer = new ProcessingContainer_Impl(casProcessorConfig, metaData,
                  casProcessorPool);
          processingContainer.setCasProcessorDeployer(this);
          // Instantiate an object that encapsulates CasProcessor configuration
          // Determine deployment model for this CasProcessor
          // Each CasProcessor must have a name

View Full Code Here

                    "UIMA_CPM_cp_checkpoint__FINEST",
                    new Object[] { Thread.currentThread().getName(),
                        String.valueOf(casProcessorConfig.getBatchSize()) });// Checkpoint().getBatch())});
          }
          // Associate CasProcessor configuration from CPE descriptor with this container
          processingContainer = new ProcessingContainer_Impl(casProcessorConfig, metaData,
                  casProcessorPool);
          // Determine deployment model for this CasProcessor
          deployModel = casProcessorConfig.getDeploymentType();
          if (UIMAFramework.getLogger().isLoggable(Level.FINEST)) {
            UIMAFramework.getLogger(this.getClass()).logrb(Level.FINEST, this.getClass().getName(),

View Full Code Here

          // getCasProcessor() and releaseProcessor() methods.
          // Create CasProcess Configuration holding info defined in the CPE descriptor
          casProcessorConfig = new CasProcessorConfigurationJAXBImpl(casProcessorType);


          // Associate CasProcessor configuration from CPE descriptor with this container
          processingContainer = new ProcessingContainer_Impl(casProcessorConfig, metaData,
                  casProcessorPool);
          processingContainer.setCasProcessorDeployer(this);
          processingContainer.setSingleFencedService(true);
          // Instantiate an object that encapsulates CasProcessor configuration
          // Determine deployment model for this CasProcessor

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          casProcessorPool = new ServiceProxyPool();
          // Create CasProcess Configuration holding info defined in the CPE descriptor
          casProcessorConfig = new CasProcessorConfigurationJAXBImpl(casProcessorType);


          // Associate CasProcessor configuration from CPE descriptor with this container
          processingContainer = new ProcessingContainer_Impl(casProcessorConfig, metaData,
                  casProcessorPool);
          processingContainer.setCasProcessorDeployer(this);
          // Instantiate an object that encapsulates CasProcessor configuration
          // Determine deployment model for this CasProcessor
          // Each CasProcessor must have a name

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