Uses of Interface
com.univocity.parsers.common.processor.core.Processor

Packages that use Processor

Package	Description
com.univocity.parsers.common
com.univocity.parsers.common.processor
com.univocity.parsers.common.processor.core

Uses of Processor in com.univocity.parsers.common

Fields in com.univocity.parsers.common declared as Processor

Modifier and Type	Field	Description
protected Processor	AbstractParser.processor
private Processor<? extends Context>	CommonParserSettings.processor

Methods in com.univocity.parsers.common that return Processor

Modifier and Type	Method	Description
<T extends Context> Processor<T>	CommonParserSettings.getProcessor()	Returns the callback implementation of the interface Processor which handles the lifecycle of the parsing process and processes each record extracted from the input

Methods in com.univocity.parsers.common with parameters of type Processor

Modifier and Type	Method	Description
static final <C extends Context> void	Internal.process(String[] row, Processor<C> processor, C context, ProcessorErrorHandler<C> errorHandler)
void	CommonParserSettings.setProcessor(Processor<? extends Context> processor)	Defines the callback implementation of the interface Processor which handles the lifecycle of the parsing process and processes each record extracted from the input
private static final void	Internal.throwDataProcessingException(Processor processor, Throwable t, String[] row, int errorContentLength)

Uses of Processor in com.univocity.parsers.common.processor

Subinterfaces of Processor in com.univocity.parsers.common.processor

Modifier and Type	Interface	Description
interface	RowProcessor	The essential callback interface to handle records parsed by any parser that extends AbstractParser.

Classes in com.univocity.parsers.common.processor that implement Processor

Modifier and Type	Class	Description
class	AbstractRowProcessor	A RowProcessor implementation that just implements all methods defined by the interface.
class	BatchedColumnProcessor	A RowProcessor implementation that stores values of columns in batches.
class	BatchedObjectColumnProcessor	A RowProcessor implementation for converting batches of rows extracted from any implementation of AbstractParser into columns of objects.
class	BeanListProcessor<T>	A convenience BeanProcessor implementation for storing all java objects generated form the parsed input into a list.
class	BeanProcessor<T>	A RowProcessor implementation for converting rows extracted from any implementation of AbstractParser into java objects.
class	ColumnProcessor	A simple RowProcessor implementation that stores values of columns.
class	CompositeRowProcessor	A utility RowProcessor implementation that facilitates using multiple implementations of RowProcessor at the same time.
class	ConcurrentRowProcessor	A RowProcessor implementation to perform row processing tasks in parallel.
class	InputValueSwitch	A concrete implementation of RowProcessorSwitch that allows switching among different implementations of RowProcessor based on values found on the rows parsed from the input.
class	MasterDetailListProcessor	A convenience MasterDetailProcessor implementation for storing all MasterDetailRecord generated form the parsed input into a list.
class	MasterDetailProcessor	A RowProcessor implementation for associating rows extracted from any implementation of AbstractParser into MasterDetailRecord instances.
class	MultiBeanListProcessor	A RowProcessor implementation for converting rows extracted from any implementation of AbstractParser into java objects, storing them into lists.
class	MultiBeanProcessor	A RowProcessor implementation for converting rows extracted from any implementation of AbstractParser into java objects.
class	MultiBeanRowProcessor	A RowProcessor implementation for converting rows extracted from any implementation of AbstractParser into java objects.
final class	NoopRowProcessor	A singleton instance of a RowProcessor that does nothing.
class	ObjectColumnProcessor	A RowProcessor implementation for converting rows extracted from any implementation of AbstractParser into columns of objects.
class	ObjectRowListProcessor	A convenience RowProcessor implementation for storing all rows parsed and converted to Object arrays into a list.
class	ObjectRowProcessor	A RowProcessor implementation for converting rows extracted from any implementation of AbstractParser into arrays of objects.
class	RowListProcessor	A convenience RowProcessor implementation for storing all rows parsed into a list.
class	RowProcessorSwitch	A special RowProcessor implementation that combines and allows switching among different RowProcessors.

Constructors in com.univocity.parsers.common.processor with parameters of type Processor

Modifier	Constructor	Description
	CompositeRowProcessor(Processor... processors)	Creates a new CompositeProcessor with the list of Processor implementations to be used.

Uses of Processor in com.univocity.parsers.common.processor.core

Classes in com.univocity.parsers.common.processor.core that implement Processor

Modifier and Type	Class	Description
class	AbstractBatchedColumnProcessor<T extends Context>	A Processor implementation that stores values of columns in batches.
class	AbstractBatchedObjectColumnProcessor<T extends Context>	A Processor implementation for converting batches of rows extracted from any implementation of AbstractParser into columns of objects.
class	AbstractBeanListProcessor<T,C extends Context>	A convenience Processor implementation for storing all java objects generated form the parsed input into a list.
class	AbstractBeanProcessor<T,C extends Context>	A Processor implementation for converting rows extracted from any implementation of AbstractParser into java objects.
class	AbstractColumnProcessor<T extends Context>	A simple Processor implementation that stores values of columns.
class	AbstractConcurrentProcessor<T extends Context>	A Processor implementation to perform row processing tasks in parallel.
class	AbstractInputValueSwitch<T extends Context>	A concrete implementation of Processor that allows switching among different implementations of Processor based on values found on the rows parsed from the input.
class	AbstractListProcessor<T extends Context>	A convenience Processor implementation for storing all rows parsed into a list.
class	AbstractMasterDetailListProcessor<T extends Context>	A convenience Processor implementation for storing all MasterDetailRecord generated form the parsed input into a list.
class	AbstractMasterDetailProcessor<T extends Context>	A Processor implementation for associating rows extracted from any implementation of AbstractParser into MasterDetailRecord instances.
class	AbstractMultiBeanListProcessor<C extends Context>	A Processor implementation for converting rows extracted from any implementation of AbstractParser into java objects, storing them into lists.
class	AbstractMultiBeanProcessor<C extends Context>	A Processor implementation for converting rows extracted from any implementation of AbstractParser into java objects.
class	AbstractMultiBeanRowProcessor<C extends Context>	A Processor implementation for converting rows extracted from any implementation of AbstractParser into java objects.
class	AbstractObjectColumnProcessor<T extends Context>	A Processor implementation for converting rows extracted from any implementation of AbstractParser into columns of objects.
class	AbstractObjectListProcessor<T extends Context>	A convenience Processor implementation for storing all rows parsed and converted to Object arrays into a list.
class	AbstractObjectProcessor<T extends Context>	A Processor implementation for converting rows extracted from any implementation of AbstractParser into arrays of objects.
class	AbstractProcessor<T extends Context>	A Processor implementation that just implements all methods defined by the interface.
class	AbstractProcessorSwitch<T extends Context>	A special Processor implementation that combines and allows switching among different Processors.
class	CompositeProcessor<C extends Context>	A utility Processor implementation that facilitates using multiple implementations of Processor at the same time.
final class	NoopProcessor	A singleton instance of a Processor that does nothing.

Fields in com.univocity.parsers.common.processor.core declared as Processor

Modifier and Type	Field	Description
static final Processor	NoopProcessor.instance	The singleton instance of the no-op Processor
private final Processor	AbstractConcurrentProcessor.processor
(package private) final Processor<T>	AbstractInputValueSwitch.Switch.processor
private final Processor[]	CompositeProcessor.processors
private Processor	AbstractProcessorSwitch.selectedProcessor

Fields in com.univocity.parsers.common.processor.core with type parameters of type Processor

Modifier and Type	Field	Description
private Map<Processor,T>	AbstractProcessorSwitch.processors

Methods in com.univocity.parsers.common.processor.core that return Processor

Modifier and Type	Method	Description
protected final Processor<T>	AbstractInputValueSwitch.switchRowProcessor(String[] row, T context)
protected abstract Processor<T>	AbstractProcessorSwitch.switchRowProcessor(String[] row, T context)	Analyzes the input to determine whether or not the row processor implementation must be changed

Methods in com.univocity.parsers.common.processor.core with parameters of type Processor

Modifier and Type	Method	Description
void	AbstractInputValueSwitch.addSwitchForValue(CustomMatcher matcher, Processor<T> processor)	Associates a Processor implementation with a custom matching algorithm to be executed in the column provided in the constructor of this class.
void	AbstractInputValueSwitch.addSwitchForValue(CustomMatcher matcher, Processor<T> processor, int... indexesToUse)	Associates a Processor implementation with a custom matching algorithm to be executed in the column provided in the constructor of this class.
void	AbstractInputValueSwitch.addSwitchForValue(CustomMatcher matcher, Processor<T> processor, String... headersToUse)	Associates a Processor implementation with a custom matching algorithm to be executed in the column provided in the constructor of this class.
void	AbstractInputValueSwitch.addSwitchForValue(String value, Processor<T> processor)	Associates a Processor implementation with an expected value to be matched in the column provided in the constructor of this class.
void	AbstractInputValueSwitch.addSwitchForValue(String value, Processor<T> processor, int... indexesToUse)	Associates a Processor implementation with an expected value to be matched in the column provided in the constructor of this class.
void	AbstractInputValueSwitch.addSwitchForValue(String value, Processor<T> processor, String... headersToUse)	Associates a Processor implementation with an expected value to be matched in the column provided in the constructor of this class.
void	AbstractProcessorSwitch.processorSwitched(Processor<T> from, Processor<T> to)	Notifies a change of Processor implementation.
void	AbstractInputValueSwitch.setDefaultSwitch(Processor<T> processor)	Defines a default Processor implementation to use when no matching value is found in the input row.
void	AbstractInputValueSwitch.setDefaultSwitch(Processor<T> processor, int... indexesToUse)	Defines a default Processor implementation to use when no matching value is found in the input row.
void	AbstractInputValueSwitch.setDefaultSwitch(Processor<T> processor, String... headersToUse)	Defines a default Processor implementation to use when no matching value is found in the input row.

Constructors in com.univocity.parsers.common.processor.core with parameters of type Processor

Modifier	Constructor	Description
	AbstractConcurrentProcessor(Processor<T> processor)	Creates a non-blocking AbstractConcurrentProcessor, to perform processing of rows parsed from the input in a separate thread.
	AbstractConcurrentProcessor(Processor<T> processor, int limit)	Creates a blocking ConcurrentProcessor, to perform processing of rows parsed from the input in a separate thread.
	CompositeProcessor(Processor... processors)	Creates a new CompositeProcessor with the list of Processor implementations to be used.
(package private)	Switch(Processor<T> processor, String[] headers, int[] indexes, String value, CustomMatcher matcher)