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SimilarityFunction implementation checks the absolute variation of the numbers of two DuDeObject attributes.Jsonable deserialization.
RelativeNumberDiffFunction.
RelativeNumberDiffFunction.
AbstractAlgorithm implements the functionality that is needed by each algorithm type.AlgorithmIteratorWrapper is used for setting some common properties of the generated DuDeObjectPairs.AbstractAlgorithm.AlgorithmIteratorWrapper with the passed Iterator.
AbstractCleanable is implemented by classes that collect Closeable instances that shall be closed at the end of a process.AbstractDataSource provides the common functionality of all DataSource classes.Jsonable deserialization.
AbstractDataExtractor with the passed identifier.
AbstractDataSourceIterator can be used to generate valid DuDeObjects.AbstractDataSourceIterator with for the passed AbstractDataSource.
AbstractDuDeObjectSorter implements the DuDeObjectSorter interface partially.AbstractDuDeObjectSorter with no SortingKey.
AbstractDuDeObjectSorter with the passed SortingKey.
AbstractDuDeOuput is an abstract class which provides the common functionality of every class that implements
DuDeOutput.DuDeOutput with the given OutputStream.
DuDeOutput with the given OutputStream.
DuDeOutput with the given OutputStream.
DuDeOutput with the given File.
DuDeOutput with the given File.
DuDeOutput with the given File.
Jsonable deserialization.
AbstractDuDeStorage stores Jsonable instances.AbstractDuDeStorage.AbstractJsonableWriter implements some functionality that shall be provided by all JsonableWriter
sub-classes.AbstractDuplicateDetection provides the common functionality that is needed by every duplicate-detection algorithm.AbstractDuplicateDetection instance.
AbstractIterator is an abstract class that should be used within all iterator-like
classes.AbstractMerger splits the merge functionality into the merging of data,
which should be implemented in subclasses and the merging of identifiers, which is done in this class.AbstractMerger splits the merge functionality into the merging of data,
which should be implemented in subclasses and the merging of identifiers, which is done in this class.AbstractRecordLinkage provides the common functionality that is needed by every record-linkage algorithm.AbstractSimilarityFunction is a skeleton implementation for providing the common functionality of a SimilarityFunction
implementation.AbstractStatisticOuput is an abstract class that provides functionality common to most classes implementing
StatisticOutput.AbstractStatisticOutput with the passed StatisticComponent.
Jsonable deserialization.
AbstractSubkey is an abstract class that should be extended by each subkey class.AbstractSubkey instance with the given default attribute.
AdaptiveSNM_Yan2007 instance with the passed windows size.
Iterator implementation that implements the behavior of the
Accumulatively-Adaptive Sorted-Neighborhood Method.Iterator implementation that implements the behavior of the
Incrementally-Adaptive Sorted-Neighborhood Method.Iterator implementation that is used by the different
adaptive Sorted Neighborhood methods.AdaptiveSNM_Yan2007 algorithm.NaiveTransitiveClosureGenerator.
Collection of pairs to the NaiveTransitiveClosureGenerator.
WarshallClosureGenerator.
SimilarityFunction to this Aggregator with no special multiplier.
SimilarityFunction to this Aggregator with the passed multiplier.
BibtexPerson to this list.
JsonValue to the end of the JsonArray.
JsonBoolean to the end of the JsonArray.
JsonNumber to the end of the JsonArray.
JsonNumber to the end of the JsonArray.
JsonNumber to the end of the JsonArray.
JsonString to the end of the JsonArray.
DuDeObject to the collection that will be sorted.
DuDeStorage.
Iterable to the AbstractDuDeObjectSorter.
DuDeObjects to this DuDeObjectSorter.
DataSource-related attribute to this ContentBasedSimilarityFunction.
JsonValue instance to an attribute of the passed JsonRecord.
JsonArray generated out of the passed Collection to the end of the
JsonArray.
DataSource to the algorithm.
DataSource to the algorithm.
DataSource to this Experiment.
DataSources to this Experiment.
DuDeOutput to this Experiment.
DuDeOutputs to this Experiment.
DuDeObjectPair to the knowledge base that is labeled as a detected duplicate and
the gold standard's duplicate pairs.
DuDeObjectPair to the knowledge base that is labeled as a detected duplicate.
DuDeObjectPair to the knowledge base that is labeled as a detected duplicate.
DuDeObjectPairs to the knowledge base that are labeled as detected duplicates.
DuDeOutput for fuzzy duplicates to this Experiment.
DuDeOutputs for fuzzy duplicates to this Experiment.
DuDeObject.
JsonRecord generated out of the passed Map to the end of the JsonArray.
DuDeObjectPair to the knowledge base that is labeled as a detected non-duplicate.
DuDeObjectPair to the knowledge base that is labeled as a detected non-duplicate.
DuDeObjectPairs to the knowledge base that are labeled as a detected non-duplicates.
JsonNull to the end of the JsonArray.
DuDeOutputs.
DuDeObjectPair to the knowledge base.
DuDeObjectPairs to the knowledge base.
Preprocessor to this algorithm.
Preprocessor for a specific DataSource to this algorithm.
DataSource-related SortingKey.
DataSource to this instance.
StatisticOutput instance to this Experiment.
StatisticOutput instances to this Experiment.
SortingKey.
Aggregator aggregates the similarities returned by different SimilarityFunctions.Jsonable deserialization.
MultiDuDeObjectComparator with a number of sub-comparators.
Algorithm collects all the methods that are needed by each algorithm implementation.Algorithm was set.
DuDeObject.
DuDeObject to the Preprocessor for further analysis.
ArrayConversionStrategy generates a one-element JsonArray with the passed JsonAtomic value and runs the passed
ContentBasedSimilarityFunction on both JsonArrays.Class to an array of BoundTypes without parameters.
Iterator into a List.
BoundType.Average returns the average similarity of all added SimilarityFunctions.Jsonable deserialization.
Average instance.
BestMatchCalculationStrategy compares a JsonArray with a JsonAtomic by selecting the best match.BibTex files.BibtexAbstractEntry.
BibtexAbstractValue.
BibtexConcatenatedValue using the specified values.
BibtexEntry.
BibTex DOM tree and the factory for any BibTex model - the only way
to create nodes.BibTexFile.
BibTex let's you define macros which are essentially just shortcuts for strings.BibtexMacroDefinition.
BibtexMacroReference.
BibTex model nodes.BibtexFile (which in turn extends
BibtexNode).
BibTex into a basic AST.BibTexParser.
BibtexPerson objects are elements of BibtexPersonLists, which can be used in author or editor
fields.BibtexPerson.
BibtexPerson objects that can be used for author or editor fields - use the PersonListExpander to
convert all editor/author field values of a particular BibtexFile to BibtexPersonLists.BibtexPersonList.
BibtexPreamble.
BibtexSource represents *.bib files containing BibTeX syntax.Jsonable deserialization.
BibtexSource.
BibtexSource object.
BibtexSourceIterator is used for generating DuDeObjects out of BibtexSources.BibtexSourceIterator using the passed BibtexSource.
BibTexString.
BibTex file and not parsable as some
other entry.BibtexToplevelComment.
BlockDistanceFunction compares two DuDeObjects based on the (city) Block Distance of the given attribute.Jsonable deserialization.
BlockDistanceFunction with the default tokenizer.
BlockDistanceFunction with the default tokenizer.
BlockDistanceFunction with the passed InterfaceTokeniser.
BlockDistanceFunction with the passed InterfaceTokeniser.
BoundType iff all bounds are exactly the same.BoundType around the given raw type.
BoundType around the given parameterized type.
AdaptiveWindowSizeSNM instance
DuDeObjects.
JsonValues.
CalculationStrategy is an interface for different strategies, that can be used within ContentBasedSimilarityFunctions for defining
the behavior of the similarity calculation, if at least one value is not an atomic one.CD data source.Iterators to one big iterator.CitySimilarityFunction compares two strings and treats them as cities, allowing for some special normalization and comparison techniques.Cleanable is an interface that provides methods for easily closing a bunch of Closeable or Cleanable instances.Closeable and Cleanable instances.
is-duplicate property.
CSVWriter.
DataSource.
DataSourcess.
DuDeOutputs.
DuDeOutputs.
StatisticOutputs.
JsonArray.
ColumnInfo represents a column with its name and type.ColumnInfo object with the name and the Types data type representation of the column.
DuDeObjects.
JsonAtomics.
JsonValue.
DuDeJsonParser.createPushBackGenerator().ConstantSimilarityFunction returns a similarity that is independent from the passed DuDeObjectPair and can be specified by the
user.Jsonable deserialization.
ConstantSimilarityFunction with the passed similarity.
DuDeObject is already member of the transitive closure.
ContentBasedSimilarityFunction is a skeleton implementation with common functionality that is used by any content-based
SimilarityFunction.Jsonable deserialization.
ContentBasedSimilarityFunction with the passed default attribute.
ContentBasedSimilarityFunction with the passed default attribute.
CORA data source.CosineSimilarityFunction compares two DuDeObjects based on the cosine similarity of the given attribute.Jsonable deserialization.
CosineSimilarityFunction with the default tokenizer.
CosineSimilarityFunction with the default tokenizer.
CosineSimilarityFunction with the passed InterfaceTokeniser.
CosineSimilarityFunction with the passed InterfaceTokeniser.
CountPreprocessor is a sample class, that shows how the Preprocessor interface can be
used.CountPreprocessor.
Connection object, which represents a new connection to the database.
Iterator instance.
Iterator instance.
GSwooshIterator.
RSwooshIterator.
SortedBlocks instance using variable block sizes.
JsonArray instance based on the passed Json code.
JsonNumber instance based on the passed Json code.
JsonParseException.
JsonParseException.
JsonRecord instance based on the passed Json code.
JsonString instance based on the passed Json code.
PushbackInputStream.DuDeJsonGenerator might be used to generate arbitrary json elements in front of the current parser position in a FIFO
manner.DuDeJsonGenerator.close() is necessary.
DuDeStorage instance based on the in-memory-processing flag.
XMLStreamReader.
CrossProductStrategy compares a each member of the first JsonArray with all elements of the second JsonArray.DudeObjectPairs , their similarity value and selected optional value in a CSV file row by row.CSVOutput.
CSVOutput with the passed OutputStream.
CSVOutput.
Jsonable deserialization.
CSVReader reads CSV formatted data.CSVReader with the given Reader.
CSVSource represents *.csv files.Jsonable deserialization.
CSVSource.
CSVSource with column names.
CSVSourceIterator is used for generating DuDeObjects out of CSVSources.CSVSourceIterator using the passed CSVSource.
CSVStatisticOutput writes the statistics provided by a StatisticComponent instance into a CSV file.CSVStatisticOutput with no statistics.
CSVStatisticOutput.
CSVStatisticOutput with no statistics.
CSVStatisticOutput.
Jsonable deserialization.
CSVWriter generates CSV formatted data.CSVWriter with the given OutputStream.
CSVWriter with the given Writer.
DuDeJsonParser.nextToken() call.
Database is an abstract class that encapsulates the database related information.dbInfo.
InputStream.
Properties.
DatabaseSource represents databases.Jsonable deserialization.
DatabaseSource for the passed Database and table.
DatabaseSourceIterator is used for generating DuDeObjects out of DatabaseSources.DatabaseSourceIterator using the passed DatabaseSource.
DataSource.
DataSource is used for extracting data out of different data sources.DataSource is attached to this AbstractAlgorithm instance.
IdentifierManager manages the DataSource identifiers.DataSource is added.
DateSimilarityFunction compares two strings and treats them as dates, allowing for some special normalization and comparison techniques.DB2Database encapsulates all the necessary information for establishing a connection to a DB2 database.DB2Database instance members and loads the settings provided by the parameter dbInfo.
DB2Database using the passed InputStream.
DB2Database using the passed Properties.
DBInfo encapsulates the settings which are needed for establishing a database connection.DBInfo instance with no initial information.
DBInfo instance with the passed properties.
DBInfo instance where the initial properties are read from the passed InputStream.
DBInfo instance with the properties provided by the properties file whose path was passed.
DuplicateCountSNM, if
the algorithm has not been notified of the comparison result of the
latest pair.NoSuchElementException.NoSuchElementException().
NoSuchElementException.NoSuchElementException(String).
NoSuchElementException.NoSuchElementException() and stores
the passed cause.
NoSuchElementException.NoSuchElementException(String) and
stores the passed cause.
DuDe tool implementation.DuDe.classes that encapsulate the database abstraction layer.classes that are needed for encapsulating the database schema within the database abstraction layer.DataSources supported by DuDe.DuDe.AbstractDuplicateDetection implementations.AbstractRecordLinkage implementations.interfaces and classes that can be used for printing results.classes that can be used for printing statistics of a run that are provided by the StatisticComponent.interfaces and classes dealing with the filtering of duplicate lists.Preprocessor is a component for manipulating DuDeObjects and gathering statistics while extracting the data.interfaces and classes for comparing DuDeObjectPairs.SimilarityFunctions.SimilarityFunction component.SimilarityFunction implementations that compare attribute values of DuDeObjects.SimilarityFunction implementations that use the Simmetrics library.ContentBasedSimilarityFunction.SimilarityFunction implementations that compare the structure of DuDeObjects.DuDe's utility classes.BibTeX parser package.BibTeX files.BibTeX expander package contains all classes that are used for extending the functionality of the BibTeX parser.classes that are necessary for parsing the a BibTeX file.classes necessary for parsing and generating CSV-formatted data.classes dealing with the actual data storage (in-memory or file-based).classes that deal with accessing Json code within files.classes that are needed for creating a sorting key.JsonOutput.
JsonOutput.
DuDeObjects, if no separator string is passed.
DefaultMerger implements merge functionality.DefaultMerger implements merge functionality.DiceCoefficientFunction compares two DuDeObjects based on the Dice's Coefficient of the given attribute.Jsonable deserialization.
DiceCoefficientFunction with the default tokenizer.
DiceCoefficientFunction with the default tokenizer.
DiceCoefficientFunction with the passed InterfaceTokeniser.
DiceCoefficientFunction with the passed InterfaceTokeniser.
DocumentFrequencyPreprocessor collects frequencies of terms within an attribute value.DocumentFrequencyPreprocessor object for the passed attribute.
DuDeJsonGenerator is another implementation for generating Json code.DuDeJsonGenerator.
DuDeJsonGenerator.
DuDeJsonGenerator with the given generator.
DuDeJsonParser can be used for converting a String containing Json syntax into its Java representation.DuDeJsonParser using the passed InputStream.
DuDeJsonParser using the passed Reader.
DuDeJsonParser that parses the passed String.
DuDeJsonParser using the passed InputStream.
DuDeJsonParser using the passed Reader.
DuDeJsonParser that parses the passed String.
DuDeObject encapsulates the data of the original object and two ids (for the source and a local one) for identifying each
DuDeObject.DuDeObject with the passed ids and the given data.
DuDeObject reference.
DuDeObject using the given ids.
DuDeObject reference.
DuDeObjectId encapsulates the identifying information of each DuDeObject.DuDeObjectId.
DuDeObjectId with the passed identifiers.
DuDeObjectPair is an extension of the OrderedPair class,
that encapsulates pairs of DuDeObjects.DuDeObjects.
DuDeObjectPair that contains no real data.
DuDeObjectPair that contains no real data and
where the object id is given as a single String value.
DuDeObjectPair.DuplicateType declares all possible values
for the is-duplicate property.DuDeObjectPair.GeneratedBy declares the possible values for
the lineage property.interface DuDeObjectSorter provides the method signatures for sorting a collection of DuDeObjects.DuDeObjectSource is an in-memory DataSource.DuDeObjectSource with the passed identifier and DuDeStorage instance.
DuDeObjectSource with the passed identifier and collection.
DuDeOutput is an interface for writing DuDeObjectPairs onto an stream.DuDeStorage stores Jsonable instances.AdaptiveWindowSizeSNM implements the Adaptive-Window-Size Sorted-Neighborhood Method that was introduced by Oliver Wonneberg.AdaptiveWindowSizeSNM.AdaptiveWindowSizeSNMBuilder maintains the adaptable window size of the
AdaptiveWindowSizeSNM.AdaptiveWindowSizeSNM.AdaptiveWindowSizeSNMBuilder with a SortingKey and the mode that shall be used.
AdaptiveWindowSizeSNMIterator implements the behavior of the Adaptive-Window-Size SNM algorithm.AdaptiveWindowSizeSNMIterator.
DuDeObjectPair can either yield a DUPLICATE or a NON_DUPLICATEDuplicateCountSNM.WarshallTransitiveClosureGenerator.AdjacencyList to represent the graph.
WarshallTransitiveClosureGenerator.AdjacencyMatrix to represent the graph.
Database instances have the same information stored.
DBInfo instances have the same information stored.
JsonRecord.JsonNull object is equal to the null value and to itself.
EquationSimilarityFunction checks if two values are equal to each other.Jsonable deserialization.
EquationSimilarityFunction with the passed default attribute.
EquationSimilarityFunction with the passed default attribute.
EuclideanDistanceFunction compares two DuDeObjects based on the Euclidean Distance of the given attribute.Jsonable deserialization.
EuclideanDistanceFunction with the default tokenizer.
EuclideanDistanceFunction with the default tokenizer.
EuclideanDistanceFunction with the passed InterfaceTokeniser.
EuclideanDistanceFunction with the passed InterfaceTokeniser.
Experiment is a Wrapper for hiding the actual process of checking each pair of records.Experiment.
Experiment class.ExtendedStatisticComponent provides functionality for gathering statistics concerning different
measures that can be realized with the Generalized Merge Distance (GMD).ExtendedStatisticComponent with no gold standard and
default configuration for GMD.
ExtendedStatisticComponent using the passed DuDeObjectPairs as real duplicates.
Jsonable deserialization.
DataSource implementation, if
an object can't be extracted.NoSuchElementException.NoSuchElementException().
NoSuchElementException.NoSuchElementException(String).
NoSuchElementException.NoSuchElementException() and stores
the passed cause.
NoSuchElementException.NoSuchElementException(String) and
stores the passed cause.
false.
FamilyNameSimilarityFunction compares two strings and treats them as family names, allowing for some special normalization and comparison techniques.FileBasedStorage stores Jsonable instances in files.FileBasedStorage instance with the passed name.
FileBasedStorage instance with the passed type information and a name.
FileBasedStorage instance with the passed name, and the initial content.
FileBasedStorage instance with the passed type information, its name, and the initial content.
FileBasedStorage instance with the type information, a directory and its name.
FileBasedStorage instance with the type information, a directory and its name.
FileBasedStorage instance with the type information, a directory, its name, and the initial content.
FileBasedStorage instance with the type information, a directory, its name, and the initial content.
FileBasedStorage instance with the type information, the underlying file, and the initial content.
FileBasedStorage instance with the type information, the underlying file, and the initial content.
FilenameManager manages all filenames within a directory.FilenameManager for the passed directory.
Preprocessor.finish() method of each added Preprocessor.
#readSerializedType(DuDeJsonParser, boolean).
Iterator.
Iterables.
Jsonable type.
DuDeJsonParser.
JsonArray.
JsonRecord.
Algorithm.
DuDeObject.
DuDeObject.
DuDeObject for the given attribute.
null, if the passed path is invalid.
null, if no column names were set.
StatisticComponent into a Map.
JsonableReader that can be used to return the extracted data of the passed DataSource.
DataSources and their extracted data.
Database.
Driver's name used for loading the Driver class.
FileBasedStorage that is encapsulated in this instance.
DataSource.
DataSources.
JsonOutput.DEFAULT_FOOTER.
JsonOutput.DEFAULT_HEADER.
Algorithm-Object).
false negatives count.
false negatives count that are explicitly classified by the comparator.
false positives count.
false positives count that are explicitly classified by the comparator..
DuDeObject.
0 if no position is set.
DataSource.
DuDeObject.
DuDeObject.
DuDeObject that will be stored in memory, if file-based processing is enabled.
GlobalConfig.
JsonRecord that contains currentAttributeName.
JsonValue specified by the passed path or null if the specified attribute does not exist.
DuDeObjects.
- getKeyString(DuDeObject) -
Method in class de.hpi.fgis.dude.util.sorting.sortingkey.SortingKey
- Returns the sorting key value of the passed
DuDeObject.
- getKeyString(DuDeObject, String) -
Method in class de.hpi.fgis.dude.util.sorting.sortingkey.SortingKey
- Returns the sorting key value of the passed
DuDeObject.
- getKeyValue(DuDeObject) -
Method in class de.hpi.fgis.dude.util.sorting.sortingkey.SortingKey
- Returns the sorting key value of the passed
DuDeObject.
- getLabel() -
Method in enum de.hpi.fgis.dude.postprocessor.ExtendedStatisticComponent.Config
- Returns the label of the configuration for the output components
- getLabels() -
Method in class de.hpi.fgis.dude.output.statisticoutput.AbstractStatisticOutput
-
- getLabels() -
Method in interface de.hpi.fgis.dude.output.statisticoutput.StatisticOutput
- Returns the labels for the measurements.
- getLast() -
Method in class de.hpi.fgis.dude.util.bibtex.data.BibtexPerson
- Returns the last name of the person.
- getLastValidationState() -
Method in class de.hpi.fgis.dude.similarityfunction.AbstractSimilarityFunction
-
- getLastValidationState() -
Method in interface de.hpi.fgis.dude.similarityfunction.SimilarityFunction
- Returns the validation state of the last
SimilarityFunction.getSimilarity(DuDeObjectPair) call.
- getLastValidationState() -
Method in class de.hpi.fgis.dude.similarityfunction.structurebased.ConstantSimilarityFunction
- Since
ConstantSimilarityFunction is not based on actual values, it returns SimilarityValidationState.BothValid for each
calculated pair.
- getLeft() -
Method in class de.hpi.fgis.dude.util.bibtex.data.BibtexConcatenatedValue
- Returns the left value of this concatenation.
- getLine() -
Method in class de.hpi.fgis.dude.util.bibtex.parser.LookAheadReader
- Returns the current line.
- getLineage() -
Method in class de.hpi.fgis.dude.util.bibtex.data.BibtexPerson
- Returns the lineage of this person.
- getLineage() -
Method in class de.hpi.fgis.dude.util.data.DuDeObjectPair
- Returns the lineage value of the current pair.
- getList() -
Method in class de.hpi.fgis.dude.util.bibtex.data.BibtexPersonList
- Returns a read-only list whose members are instances of
BibtexPerson.
- getLongDescriptionString() -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.MongeElkanSimilarity
- returns the long string identifier for the metric.
- getLongDescriptionString() -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.SmithWatermanDistance
- returns the long string identifier for the metric.
- getLowerThreshold() -
Method in class de.hpi.fgis.dude.util.Experiment
- Gets the lower threshold for this experiment.
- getMaxAllowedVariation(double, double) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.impl.AbsoluteNumberDiffFunction
- Just returns the
AbsoluteNumberDiffFunction.maxAbsoluteVariation set in constructor.
- getMaxAllowedVariation(double, double) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.impl.RelativeNumberDiffFunction
- Gets the maximum allowed variation based on the
RelativeNumberDiffFunction.maxToleranceFactor.
- getMaxBlockSize() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.SortedBlocks
- Returns the maximum block size.
- getMaximumMemory() -
Method in class de.hpi.fgis.dude.util.MemoryChecker
- Returns the maximum amount of memory that can be used.
- getMaximumMemoryUsage() -
Method in class de.hpi.fgis.dude.util.GlobalConfig
- Returns the maximum relative memory used during the sorting phase.
- getMaximumMemoryUsage() -
Method in class de.hpi.fgis.dude.util.MemoryChecker
- Returns the maximum memory usage in percent.
- getMaximumMemoryUsed() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Gets the registered maximum amount of memory during the experiment.
- getMaximumPairCount() -
Method in class de.hpi.fgis.dude.algorithm.AbstractDuplicateDetection
-
- getMaximumPairCount() -
Method in class de.hpi.fgis.dude.algorithm.AbstractRecordLinkage
-
- getMaximumPairCount() -
Method in interface de.hpi.fgis.dude.algorithm.Algorithm
- Returns the number of pairs, that would be generated by the naive algorithm of the current instance's algorithm type based on the extracted
data size.
- getMaxMemoryUsed() -
Method in class de.hpi.fgis.dude.util.MemoryCheckerTask
- Gets the maximum amount of memory used by the current application.
- getMemoryCheckFrequency() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Gets the frequency of memory checks.
- getMergeCount() -
Method in class de.hpi.fgis.dude.util.data.DuDeObject
- Returns the number of objects this
DuDeObject was merged from.
- getMerger() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.Lego
- Returns the merger that merges several DuDeObjects into one
- getMinimumMemoryUsed() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Gets the registered minimum amount of memory during the experiment.
- getMinMemoryUsed() -
Method in class de.hpi.fgis.dude.util.MemoryCheckerTask
- Gets the minimum amount of memory used by the current application.
- getName() -
Method in class de.hpi.fgis.dude.database.util.ColumnInfo
- Returns the column's name.
- getNextBlock() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.AdaptiveSNM_Yan2007.YanIterator
- Calculates the elements of the next block.
- getNextRecord() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.AdaptiveSNM_Yan2007.YanIterator
- Returns the next object from the record queue.
- getNextTemporaryFilename() -
Method in class de.hpi.fgis.dude.util.sorting.sorter.TwoPhaseMultiWayMergeSorter
- Returns the name of the next temporary
DuDeObjectFile.
- getNextValidFilename(String) -
Method in class de.hpi.fgis.dude.util.FilenameManager
- Returns a valid alternative for the passed filename.
- getNotification() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.DuplicateCountSNM
- Returns the category that was set for the last processed pair.
- getNotification() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.Lego
- Returns the category that was set for the last processed pair.
- getNrCharForBlocking() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.NaiveBlockingAlgorithm
- Returns the number of characters of the sorting key that are used as blocking criterion.
- getNumBaseRecords() -
Method in enum de.hpi.fgis.dude.postprocessor.ExtendedStatisticComponent.Config
- Getter for total number of base records, needed for computation of VI.
- getNumberAssignedRecords() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.AdaptiveSNM_Yan2007
- Returns the sum of records that are already assigned to a block.
- getNumberCreatedBlocks() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.AdaptiveSNM_Yan2007
- Returns the number of created blocks
- getNumberOfCandidateComparisons() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the maximum number of pairs that would be generated by the naive approach.
- getNumberOfRealDuplicates() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the size of the gold standard.
- getNumRecordsOfBlock() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.AdaptiveSNM_Yan2007.AA_SNM_Iterator
-
- getNumRecordsOfBlock() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.AdaptiveSNM_Yan2007.IA_SNM_Iterator
-
- getNumRecordsOfBlock() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.AdaptiveSNM_Yan2007.YanIterator
- Calculates the number of records within the next block.
- getObjectCount() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the number of records that were processed by the algorithm.
- getObjectCount() -
Method in class de.hpi.fgis.dude.preprocessor.CountPreprocessor
- Returns the number of objects that were extracted during the data extraction phase.
- getObjectId() -
Method in class de.hpi.fgis.dude.util.data.DuDeObject
- Returns the object identifier of this object.
- getObjectId() -
Method in class de.hpi.fgis.dude.util.data.DuDeObjectId
- Returns the object identifier.
- getOptionalEntries() -
Method in class de.hpi.fgis.dude.output.statisticoutput.AbstractStatisticOutput
- Returns all extension columns' label and value.
- getOverlapSize() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.SortedBlocks
- Returns the current overlap size.
- getOwnerFile() -
Method in class de.hpi.fgis.dude.util.bibtex.data.BibtexNode
- Returns the owner file of this node.
- getPairCount() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the number of pairs that were already considered.
- getParameterizedType() -
Method in class de.hpi.fgis.dude.util.BoundType
- Returns the wrapped parameterized type or null if this
BoundType was not created around a ParameterizedType.
- getParameters() -
Method in class de.hpi.fgis.dude.util.BoundType
- Returns the bound types or an empty array if none exists.
- getPassword() -
Method in class de.hpi.fgis.dude.database.util.DBInfo
- Returns the password which is used for establishing the current database connection.
- getPort() -
Method in class de.hpi.fgis.dude.database.adapter.Database
- Returns the port of the underlying database system.
- getPort() -
Method in class de.hpi.fgis.dude.database.util.DBInfo
- Returns the port of the currently used database system.
- getPositions() -
Method in class de.hpi.fgis.dude.util.sorting.sortingkey.TextBasedSubkey
- Returns an iterable instance that stores all specified character positions.
- getPrecision() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the precision based on the current knowledge base.
- getPrecisionByComparison() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the precision based on the current knowledge base and the actual comparisons.
- getPreLast() -
Method in class de.hpi.fgis.dude.util.bibtex.data.BibtexPerson
- Returns the middle name or any middle initials of this persons.
- getPrimitive(Class<T>) -
Method in class de.hpi.fgis.dude.util.data.json.auto.JsonTypeManager
- Returns the primitive for type T.
- getPrimitiveFields() -
Method in class de.hpi.fgis.dude.util.data.json.auto.CompositeJsonSerialization
- Returns the primitive fields of the wrapped type.
- getProperty(String) -
Method in class de.hpi.fgis.dude.util.OrderedPair
- Returns the value of the passed property.
- getQuery() -
Method in class de.hpi.fgis.dude.database.DatabaseSource
- Returns the complete query that is used for querying the result.
- getQuoteCharacter() -
Method in class de.hpi.fgis.dude.datasource.CSVSource
- Returns the set quote character.
- getQuoteCharacter() -
Method in class de.hpi.fgis.dude.output.CSVOutput
- Returns the quote character.
- getQuoteCharacter() -
Method in class de.hpi.fgis.dude.util.csv.CSVReader
- Returns the current quote character.
- getQuoteCharacter() -
Method in class de.hpi.fgis.dude.util.csv.CSVWriter
- Returns the current quote character.
- getRawType() -
Method in class de.hpi.fgis.dude.util.data.json.auto.AutoJsonSerialization
- Returns the raw type for which this serialization class was created.
- getReader() -
Method in class de.hpi.fgis.dude.util.data.storage.FileBasedStorage
-
- getReader() -
Method in class de.hpi.fgis.dude.util.data.storage.InMemoryStorage
-
- getReader() -
Method in class de.hpi.fgis.dude.util.data.storage.InputStreamReadable
-
- getReader() -
Method in interface de.hpi.fgis.dude.util.data.storage.JsonReadable
- Returns the
JsonableReader that can be used to access the content of this DuDeStorage.
- getRecall() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the recall based on the current knowledge base.
- getRecallByComparison() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the recall based on the current knowledge base and the actual comparisons.
- getReductionRatio() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the reduction ratio based on the current knowledge base.
- getReductionRatioByComparison() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the reduction ratio based on the current knowledge base and the actual comparisons.
- getReference() -
Method in class de.hpi.fgis.dude.util.data.DuDeObjectPair
- Returns a
DuDeObjectPair that refers to the current pair.
- getRight() -
Method in class de.hpi.fgis.dude.util.bibtex.data.BibtexConcatenatedValue
- Returns the right value of this concatenation.
- getRootElementTag() -
Method in class de.hpi.fgis.dude.datasource.XMLSource
- Returns the set root element or
null, if no root was set.
- getRuntime() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Gets the time difference between beginning time and finishing time.
- getScalarValue(String) -
Static method in class de.hpi.fgis.dude.util.data.json.DuDeJsonParser
- Converts the passed String into the corresponding atomic
JsonValue.
- getSecond() -
Method in class de.hpi.fgis.dude.postprocessor.WarshallTransitiveClosureGenerator.IntPair
- Returns the second integer value of the integer pair.
- getSecondElement() -
Method in class de.hpi.fgis.dude.util.Pair
- Returns the second element.
- getSecondElementObjectData() -
Method in class de.hpi.fgis.dude.util.data.DuDeObjectPair
- Returns the data of the second
DuDeObject.
- getSecondElementsObjectIdAttributes() -
Method in class de.hpi.fgis.dude.util.GoldStandard
- Returns the names of the attributes that store the object id of the pair's second element.
- getSecondElementsSourceId() -
Method in class de.hpi.fgis.dude.util.GoldStandard
- Returns the source id of the pair's second element.
- getSeparator() -
Method in class de.hpi.fgis.dude.output.CSVOutput
- Returns the separator character.
- getSeparator() -
Method in class de.hpi.fgis.dude.util.csv.CSVReader
- Returns the current separator character.
- getSeparator() -
Method in class de.hpi.fgis.dude.util.csv.CSVWriter
- Returns the current separator character.
- getSeparatorCharacter() -
Method in class de.hpi.fgis.dude.datasource.CSVSource
- Returns the set separator character.
- getShortDescriptionString() -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.MongeElkanSimilarity
- returns the string identifier for the metric.
- getShortDescriptionString() -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.SmithWatermanDistance
- returns the string identifier for the metric .
- getSimilarity(DuDeObjectPair) -
Method in class de.hpi.fgis.dude.similarityfunction.AbstractSimilarityFunction
-
- getSimilarity(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.impl.EquationSimilarityFunction
-
- getSimilarity(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.impl.simmetrics.SimmetricsFunction
-
- getSimilarity(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.impl.SoundExFunction
-
- getSimilarity(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.impl.TFIDFSimilarityFunction
-
- getSimilarity(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.MongeElkanSimilarity
- gets the similarity of the two strings using Monge Elkan.
- getSimilarity(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.SmithWatermanDistance
- gets the similarity of the two strings using Needleman Wunch distance.
- getSimilarity(DuDeObjectPair) -
Method in interface de.hpi.fgis.dude.similarityfunction.SimilarityFunction
- Calculates the similarity of passed
DuDeObjectPair's members.
- getSimilarity(String, String) -
Method in interface de.hpi.fgis.dude.similarityfunction.StringSimilarity
- Returns the similarity of the passed Strings, where
0.0 means that Strings are completely different, and 1.0
indicates that the passed Strings are the same.
- getSimilarity(DuDeObjectPair) -
Method in class de.hpi.fgis.dude.similarityfunction.structurebased.ConstantSimilarityFunction
-
- getSimilarity() -
Method in class de.hpi.fgis.dude.util.data.DuDeObjectPair
- Returns the similarity of the
DuDeObjectPair or
DuDeObjectPair.NO_SIMILARITY_SET_VALUE, if the similarity wasn't set.
- getSimilarityExplained(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.MongeElkanSimilarity
- gets a div class xhtml similarity explaining the operation of the metric.
- getSimilarityExplained(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.SmithWatermanDistance
- gets a div class xhtml similarity explaining the operation of the metric.
- getSimilarityFunction() -
Method in class de.hpi.fgis.dude.util.Experiment
- Returns the
SimilarityFunction.
- getSimilarityFunctionForClassAsString(String) -
Static method in class de.hpi.fgis.dude.similarityfunction.domainspecific.address.misc.FunctionSelector
- returns the class object of the similarity function represented by the provided string
- getSimilarityTimingEstimated(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.MongeElkanSimilarity
- gets the estimated time in milliseconds it takes to perform a similarity timing.
- getSimilarityTimingEstimated(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.SmithWatermanDistance
- gets the estimated time in milliseconds it takes to perform a similarity timing.
- getSize() -
Method in class de.hpi.fgis.dude.postprocessor.WarshallTransitiveClosureGenerator.AdjacencyList
-
- getSize() -
Method in class de.hpi.fgis.dude.postprocessor.WarshallTransitiveClosureGenerator.AdjacencyMatrix
-
- getSize() -
Method in class de.hpi.fgis.dude.postprocessor.WarshallTransitiveClosureGenerator.GraphRepresentation
- Returns the number of elements in the matrix.
- getSortedCollection() -
Method in class de.hpi.fgis.dude.util.sorting.sorter.AbstractDuDeObjectSorter
- Returns the sorted data.
- getSortedCollection() -
Method in interface de.hpi.fgis.dude.util.sorting.sorter.DuDeObjectSorter
- Returns the sorted data.
- getSortedCollection() -
Method in class de.hpi.fgis.dude.util.sorting.sorter.InMemorySorter
-
- getSortedCollection() -
Method in class de.hpi.fgis.dude.util.sorting.sorter.TwoPhaseMultiWayMergeSorter
-
- getSortedDataFilename() -
Method in class de.hpi.fgis.dude.util.sorting.sorter.TwoPhaseMultiWayMergeSorter
- Returns the name of the
DuDeObjectFile containing the sorted data.
- getSortingKey() -
Method in class de.hpi.fgis.dude.algorithm.SortingDuplicateDetection
- Returns the set
SortingKey.
- getSortingKey() -
Method in class de.hpi.fgis.dude.util.sorting.sorter.AbstractDuDeObjectSorter
- Returns the
SortingKey that defines the sorting order.
- getSortingKeyComparisons() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.AdaptiveSNM_Yan2007
- Returns the number of distance comparisons of two sorting key values.
- getSortingKeys() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.Lego
- Return the blocking criteria
- getSoundEx(String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.SoundEx
- Generates the
SoundEx value of the passed String.
- getSourceId() -
Method in class de.hpi.fgis.dude.util.data.DuDeObject
- Returns the source identifier of this object.
- getSourceId() -
Method in class de.hpi.fgis.dude.util.data.DuDeObjectId
- Returns the source identifier.
- getSplitToken() -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.impl.TFIDFSimilarityFunction
- Returns the split token.
- getSQLSchema() -
Method in class de.hpi.fgis.dude.database.adapter.Database
- Returns the schema, which is used by this database connection.
- getSQLSchema() -
Method in class de.hpi.fgis.dude.database.util.DBInfo
- Returns the sqlSchema which is used in the current database connection.
- getSQLType() -
Method in class de.hpi.fgis.dude.database.util.ColumnInfo
- Returns the
Types datatype of the column.
- getStartDate() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Gets the date of the specified start time of an algorithm.
- getStaticBoundTypes(ParameterizedType) -
Static method in class de.hpi.fgis.dude.util.ReflectUtil
- Returns the static bounds for the given type.
- getStaticBoundTypes(Class<?>) -
Static method in class de.hpi.fgis.dude.util.ReflectUtil
- Returns the static bounds for the given type.
- getStaticBoundTypes(Field) -
Static method in class de.hpi.fgis.dude.util.ReflectUtil
- Returns the static bounds for the given field.
- getStatisticOutputs() -
Method in class de.hpi.fgis.dude.util.Experiment
- Returns the added
StatisticOutputs.
- getStatistics() -
Method in class de.hpi.fgis.dude.output.statisticoutput.AbstractStatisticOutput
-
- getStatistics() -
Method in interface de.hpi.fgis.dude.output.statisticoutput.StatisticOutput
- Returns the current statistic component that is used by the output.
- getString(Object) -
Static method in class de.hpi.fgis.dude.output.CSVOutput
- Returns the String representation of the object or
null, if null was passed.
- getStringValue() -
Method in interface de.hpi.fgis.dude.util.data.json.JsonAtomic
- Returns the actual value converted into a String.
- getStringValue() -
Method in class de.hpi.fgis.dude.util.data.json.JsonBoolean
-
- getStringValue() -
Method in class de.hpi.fgis.dude.util.data.json.JsonNull
-
- getStringValue() -
Method in class de.hpi.fgis.dude.util.data.json.JsonNumber
-
- getStringValue() -
Method in class de.hpi.fgis.dude.util.data.json.JsonString
-
- getSubkeyValue(DuDeObject) -
Method in class de.hpi.fgis.dude.util.sorting.sortingkey.AbstractSubkey
-
- getSubkeyValue(DuDeObject) -
Method in interface de.hpi.fgis.dude.util.sorting.sortingkey.Subkey
- Returns a
JsonArray that collects all relevant values for the subkey of the passed DuDeObject.
- getSuperTypeInfo() -
Method in class de.hpi.fgis.dude.util.data.json.auto.CompositeJsonSerialization
- Returns the super type json serialization.
- getTableName() -
Method in class de.hpi.fgis.dude.database.DatabaseSource
- Returns the table name.
- getThreshold() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.AdaptiveSNM_Yan2007
- Returns the sorting key.
- getThreshold() -
Method in class de.hpi.fgis.dude.util.Experiment
- Gets the threshold for this experiment.
- getTransitiveClosures() -
Method in class de.hpi.fgis.dude.postprocessor.NaiveTransitiveClosureGenerator
- Returns the transitive closures as a 2-dimensional collection.
- getTrueNegatives() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the
true negatives count.
- getTrueNegativesByComparison() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the
true negatives count that are explicitly classified by the comparator.
- getTruePositives() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the
true positives count.
- getTruePositivesByComparison() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Returns the
true positives count that are explicitly classified by the comparator..
- getType() -
Method in class de.hpi.fgis.dude.util.BoundType
- Returns the raw type.
- getType() -
Method in class de.hpi.fgis.dude.util.data.json.auto.AutoJsonSerialization
- Returns the
BoundType for which this serialization class was created.
- getType() -
Method in class de.hpi.fgis.dude.util.data.json.auto.Primitive
- Returns the type of the primitive
- getType() -
Method in class de.hpi.fgis.dude.util.data.json.JsonArray
- Returns
JsonType.Array.
- getType() -
Method in class de.hpi.fgis.dude.util.data.json.JsonBoolean
- Returns
JsonType.Boolean.
- getType() -
Method in class de.hpi.fgis.dude.util.data.json.JsonNull
- Returns
JsonType.Null.
- getType() -
Method in class de.hpi.fgis.dude.util.data.json.JsonNumber
- Returns
JsonType.Number.
- getType() -
Method in class de.hpi.fgis.dude.util.data.json.JsonRecord
- Returns
JsonType.Record.
- getType() -
Method in class de.hpi.fgis.dude.util.data.json.JsonString
- Returns
JsonType.String.
- getType() -
Method in interface de.hpi.fgis.dude.util.data.json.JsonValue
- Returns the type of the current instance.
- getTypeInfo(BoundType) -
Method in class de.hpi.fgis.dude.util.data.json.auto.JsonTypeManager
- Returns the
AutoJsonSerialization for the given BoundType.
- getTypeInfo(Class<T>) -
Method in class de.hpi.fgis.dude.util.data.json.auto.JsonTypeManager
- Returns the
AutoJsonSerialization for the given class.
- getTypeInfo(Class<T>, Type) -
Method in class de.hpi.fgis.dude.util.data.json.auto.JsonTypeManager
- Returns the
AutoJsonSerialization for the given class and the type parameters of the declarations if existent.
- getTypeInfo(ParameterizedType) -
Method in class de.hpi.fgis.dude.util.data.json.auto.JsonTypeManager
- Returns the
AutoJsonSerialization for the given type.
- getTypeInfo(Type) -
Method in class de.hpi.fgis.dude.util.data.json.auto.JsonTypeManager
- Returns the
AutoJsonSerialization for the given type.
- getUnNormalisedSimilarity(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.MongeElkanSimilarity
- gets the un-normalised similarity measure of the metric for the given strings.
- getUnNormalisedSimilarity(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.SmithWatermanDistance
- implements the Smith-Waterman distance function //see http://www.gen.tcd.ie/molevol/nwswat.html for details .
- getUpperThreshold() -
Method in class de.hpi.fgis.dude.util.Experiment
- Gets the thresholds for this experiment.
- getUsedVMMemory() -
Static method in class de.hpi.fgis.dude.util.MemoryChecker
- Returns the amount of already used memory.
- getUser() -
Method in class de.hpi.fgis.dude.database.util.DBInfo
- Returns the user name which is used for establishing the current database connection.
- getValue(String, String) -
Method in class de.hpi.fgis.dude.similarityfunction.contentbased.util.LevenshteinDistance
- Returns the
Levenshtein Distance of the passed Strings.
- getValue() -
Method in class de.hpi.fgis.dude.util.bibtex.data.BibtexMacroDefinition
- Returns the value of the macro definition.
- getValue() -
Method in class de.hpi.fgis.dude.util.data.json.JsonBoolean
- Returns the actual value of this
JsonBoolean.
- getValue() -
Method in class de.hpi.fgis.dude.util.data.json.JsonNumber
- Returns the actual value.
- getWindowSize() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.DuplicateCountSNM
- Returns the current window size.
- getWindowSize() -
Method in class de.hpi.fgis.dude.algorithm.duplicatedetection.SortedNeighborhoodMethod
- Returns the window size of this instance.
- getWorkingDirectory() -
Method in class de.hpi.fgis.dude.util.GlobalConfig
- Returns the working directory path.
- getWriter() -
Method in class de.hpi.fgis.dude.util.data.storage.FileBasedStorage
-
- getWriter() -
Method in class de.hpi.fgis.dude.util.data.storage.InMemoryStorage
-
- getWriter() -
Method in interface de.hpi.fgis.dude.util.data.storage.JsonWritable
- Returns the
JsonableWriter that can be used to add instances to this DuDeStorage.
- GivenNameSimilarityFunction - Class in de.hpi.fgis.dude.similarityfunction.domainspecific.address
GivenNameSimilarityFunction compares two strings and treats them as given names, allowing for some special normalization and comparison techniques.- GivenNameSimilarityFunction(String...) -
Constructor for class de.hpi.fgis.dude.similarityfunction.domainspecific.address.GivenNameSimilarityFunction
-
- GlobalConfig - Class in de.hpi.fgis.dude.util
GlobalConfig manages the configuration parameters of DuDe.- GMDEvaluationExec_CORA - Class in de.hpi.fgis.dude.exec.duplicatedetection
GMDEvaluationExec_CORA is an example experiment for the usage of the ExtendedStatisticComponent.- GMDEvaluationExec_CORA() -
Constructor for class de.hpi.fgis.dude.exec.duplicatedetection.GMDEvaluationExec_CORA
-
- GMDEvaluationExec_Restaurant - Class in de.hpi.fgis.dude.exec.duplicatedetection
GMDEvaluationExec_Restaurant is an example experiment for the usage of the ExtendedStatisticComponent.- GMDEvaluationExec_Restaurant() -
Constructor for class de.hpi.fgis.dude.exec.duplicatedetection.GMDEvaluationExec_Restaurant
-
- goldStandard -
Variable in class de.hpi.fgis.dude.postprocessor.StatisticComponent
-
- GoldStandard - Class in de.hpi.fgis.dude.util
GoldStandard implements the functionality for extracting the gold standard out of a given DataSource.- GoldStandard() -
Constructor for class de.hpi.fgis.dude.util.GoldStandard
- Internal constructor for
Jsonable deserialization.
- GoldStandard(DataSource) -
Constructor for class de.hpi.fgis.dude.util.GoldStandard
- Initializes the
GoldStandard with the passed DataSource.
- GoldStandard(DataSource, String) -
Constructor for class de.hpi.fgis.dude.util.GoldStandard
- Initializes the
GoldStandard with the passed DataSource and the filename
of the gold standard in cluster format to read it in.
- GoldStandard(String) -
Constructor for class de.hpi.fgis.dude.util.GoldStandard
- Initializes the
GoldStandard with the passed filename
of the gold standard in cluster format to read it in.
- goldStandardSet() -
Method in class de.hpi.fgis.dude.postprocessor.StatisticComponent
- Checks whether a gold standard was passed.
- goldStandardSet() -
Method in class de.hpi.fgis.dude.util.Experiment
- Checks whether a
GoldStandard was set.
- GSwoosh - Class in de.hpi.fgis.dude.algorithm.duplicatedetection
GSwoosh implements the GSwoosh duplicate detection (and merging) algorithm
as described in the paper Swoosh: a generic approach for entity resolution.- GSwoosh() -
Constructor for class de.hpi.fgis.dude.algorithm.duplicatedetection.GSwoosh
- Initializes the
GSwoosh algorithm with the DefaultMerger.
- GSwoosh(Merger) -
Constructor for class de.hpi.fgis.dude.algorithm.duplicatedetection.GSwoosh
- Initializes the
GSwoosh algorithm with the passed Merger.
- GSwoosh.ComparisonResult - Enum in de.hpi.fgis.dude.algorithm.duplicatedetection
-
- GSwooshExec - Class in de.hpi.fgis.dude.exec.duplicatedetection
- This execution class runs the GSwoosh duplicate detection algorithm on the
Restaurant data source. - GSwooshExec() -
Constructor for class de.hpi.fgis.dude.exec.duplicatedetection.GSwooshExec
-
HarmonicMean returns the harmonic mean of the added SimilarityFunctions.Jsonable deserialization.
HarmonicMean instance.
DuDeObject contains real data.
is-duplicate property is set.
HonorificSimilarityFunction compares two strings and treats them as honorifics, allowing for some special normalization and comparison techniques.HouseNumberSimilarityFunction compares two strings and treats them as ZIP codes, allowing for some special normalization and comparison techniques.SortedNeighborhoodMethod.RuntimeException.RuntimeException()
RuntimeException.RuntimeException(String)
RuntimeException.RuntimeException(Throwable)
RuntimeException.RuntimeException(String, Throwable)
IgnoreStrategy ignores the actual values and returns always the same default similarity.IgnoreStrategy that returns a default similarity of 0.0.
IgnoreStrategy that returns the passed default similarity.
ContentBasedSimilarityFunction shall make a distinction between lower case and upper case or not.
InMemorySorter implements a in-memory sort.InMemorySorter with no SortingKey.
InMemorySorter with the passed SortingKey.
InMemoryStorage stores Jsonable instances in memory.InMemoryStorage instance.
InMemoryStorage instance with the passed initial content.
InputStreamReadable can be used to read Json data from any InputStream.InputStreamReadable with no type information.
InputStreamReadable with the passed type information.
Json String could not be converted into an object.NoSuchElementException.NoSuchElementException().
NoSuchElementException.NoSuchElementException(String).
NoSuchElementException.NoSuchElementException() and stores the passed cause.
NoSuchElementException.NoSuchElementException(String) and stores the passed cause.
Exception.Exception().
Exception.Exception(String).
Exception.Exception(Throwable).
Exception.Exception(String, Throwable).
true if the DuDeObjectPair exists in the set of real duplicate pairs.
Subkey was added.
DuDeObject is a merged object.
true, if this instance represents the BibTex "Other authors" value; otherwise
false.
Iterator instance for iterating over the algorithm's result.
Schema instance.
JaccardSimilarityFunction compares two DuDeObjects based on the Jaccard Coefficient of the given attribute.Jsonable deserialization.
JaccardSimilarityFunction with the default tokenizer.
JaccardSimilarityFunction with the default tokenizer.
JaccardSimilarityFunction with the passed InterfaceTokeniser.
JaccardSimilarityFunction with the passed InterfaceTokeniser.
JaroDistanceFunction compares two DuDeObjects based on the Jaro Distance of the given attribute.Jsonable deserialization.
JaroDistanceFunction with the default tokenizer.
JaroDistanceFunction with the default tokenizer.
JaroWinklerFunction compares two DuDeObjects based on the extended JaroWinkler distance of the given attribute.Jsonable deserialization.
JaroWinklerFunction with the default tokenizer.
JaroWinklerFunction with the default tokenizer.
Jsonable can be used by classes whose instances shall be Json-convertible.JsonableReader can be used to read the content of a Jsonable storage.JsonableWriter can be used to add data to a JsonWritable.JsonArray represents an ordered collection and provides functionality for collecting multiple instances
of JsonValue.JsonArray.
JsonArray with the passed JsonValue.
JsonArray with the passed data.
JsonArray with a predefined capacity.
JsonAtomic represents all atomic Json types.JsonBoolean represents a boolean value that can be converted into Json.JsonNull represents the Json null value.JsonNumber represents a Json-convertible number.JsonNumber with 0.
JsonNumber.
JsonOutput converts the passed DuDeObject pairs into Json syntax.JsonOutput formatter.
JsonOutput formatter.
Jsonable deserialization.
JsonReadable is an interface for adding readable functionality to some Jsonable storage.JsonRecord represents a Json record.JsonRecord.
JsonRecord with the passed initial capacity.
JsonRecord with the passed data.
JsonRecord with the passed initial capacity and its load factor.
JSONSource represents files containing Json syntax.Jsonable deserialization.
JSONSource.
JSONSourceIterator is used for generating DuDeObjects out of JSONSources.JSONSourceIterator using the passed JSONSource.
JsonString represents a Json-convertible String.AutoJsonSerializations.Jsonables.JsonValue provides methods that has to be implemented by every Json data type.JsonValue.JsonType includes all Json types that can be returned by JsonValue.getType().JsonWritable is an interface for adding writable functionality to some Jsonable storage.Lego is an iterative blocking approach.Lego with the passed SortingKey's.
LegoIterator.
Lego algorithm.LevenshteinDistance implements an Edit-Distance approach using the Levenshtein Distance
algorithm.LevenshteinDistanceFunction compares two DuDeObjects based on the Levenshtein Distance of the given attribute.Jsonable deserialization.
LevenshteinDistanceFunction with the default tokenizer.
LevenshteinDistanceFunction with the default tokenizer.
Properties.
InputStream.
Properties instance.
DuDeObject based on the data returned by AbstractDataSource.AbstractDataSourceIterator.loadNextRecord().
DBInfo object using a Properties table.
DBInfo object.
LookAheadReader that reads from input.
AdaptiveSNM_Yan2007 example experiment.
CD data source.
CORA data source.
DuDe extracts data from an XML file and runs the DuplicateCountSNM algorithm.
DuDe extracts data from a Json file.
restaurant data source.
SortedNeighborhoodMethod on a huge data set.
DuDe extracts data from an XML file and runs the Sorted-Neighborhood-Method algorithm.
restaurant data source.
restaurant data source.
DuDe extracts data from an XML file and runs the Sorted-Neighborhood-Method algorithm.
SortedNeighborhoodMethod on a huge data set.
BibtexConcatenatedValue.
BibtexEntry.
BibtexMacroDefinition.
BibtexMacroReference.
BibtexPerson.
BibtexPersonList.
BibtexPreamble.
BibtexString.
BibtexToplevelComment.
MatchingCoefficientFunction compares two DuDeObjects based on the Matching Coefficient of the given attribute.Jsonable deserialization.
MatchingCoefficientFunction with the default tokenizer.
MatchingCoefficientFunction with the default tokenizer.
MatchingCoefficientFunction with the passed InterfaceTokeniser.
MatchingCoefficientFunction with the passed InterfaceTokeniser.
Maximum returns the maximal similarity of the added SimilarityFunctions.Jsonable deserialization.
Maximum instance.
MemoryChecker is a Singleton implementation, that maintains the memory usage.DuDeObjects into one new DuDeObject.
DuDeObjects into one new DuDeObject.
TransitiveClosure with the current one.
DuDeObjects into one new DuDeObject.
DuDeObjects into one new DuDeObject.
DuDeObjects.
DuDeObjects into a new JsonRecord.
DuDeObjects.
DuDeObjects into a new JsonRecord.
Merger is used to merge two DuDeObjects into one new DuDeObject.Merger is used to merge two DuDeObjects into one new DuDeObject.Minimum returns the minimal similarity of the added SimilarityFunctions.Jsonable deserialization.
Minimum instance.
MongeElkanFunction compares two DuDeObjects based on the Monge Elkan Distance of the given attribute.Jsonable deserialization.
MongeElkanFunction with the default tokenizer.
MongeElkanFunction with the default tokenizer.
MongeElkanFunction with the passed InterfaceTokeniser.
MongeElkanFunction with the passed InterfaceTokeniser.
MultipleOutput to support more than one output formats.MultipleOutput.
MultipleOutput.
MySQLDatabase encapsulates all the necessary information for establishing a connection to a MySQL database.MySQLDatabase instance members and loads the settings provided by the parameter dbInfo.
MySQLDatabase using the passed InputStream.
MySQLDatabase using the passed Properties.
NaiveBlockingAlgorithm is the naive blocking approach.NaiveBlockingAlgorithm with the passed SortingKey.
NaiveBlockingAlgorithm with the passed SortingKey.
NaiveDuplicateDetection implements the naive approach of checking all possible pairs.NaiveDuplicateDetection instance.
NaiveRecordLinkage implements the naive approach for record-linkage.NaiveRecordLinkageIterator implements the actual functionality of the naive record-linkage approach.NaiveRecordLinkageIterator with the passed data.
NaiveRecordLinkageExec contains a code-snippet that illustrates, how to use the NaiveRecordLinkage implementation.NaiveTransitiveClosureGenerator implements the naive way of generating transitive closures.TransitiveClosure represents one transitive closure.NaiveTransitiveClosureGenerator.TransitiveClosure.
NaiveTransitiveClosureGenerator.TransitiveClosureIterator is used to iterate over all pairs collected or generated by the
NaiveTransitiveClosureGenerator.NeedlemanWunschFunction compares two DuDeObject s based on the Needleman Wunch Distance of the given attribute.Jsonable deserialization.
NeedlemanWunschFunction.
NeedlemanWunschFunction.
NeedlemanWunschFunction.
NeedlemanWunschFunction.
NeedlemanWunschFunction.
NeedlemanWunschFunction.
NeedlemanWunschFunction.
NeedlemanWunschFunction.
JsonArray.
JsonBoolean.
JsonNull.
JsonNumber.
JsonRecord.
JsonString.
JsonValue.
null, if the end of the data source was reached.
NotSupportedStrategy will throw an IllegalArgumentException no matter which values were passed.null value.
NumberBasedSubkey can be used for number-based sub-keys.Jsonable deserialization.
NumberBasedSubkey instance that takes all digits within the value.
NumberBasedSubkey instance that takes all digits within the value.
NumberBasedSubkey instance that takes all digits within the value.
NumberBasedSubkey instance that takes all digits within the value.
DuDeObject's Json representation.
DuDeObject.
DuDeObject's Json representation.
BoundType around the given raw type with additional type parameters.
BoundType around the given raw type with additional type parameters.
BoundType for the given ParameterizedType.
OracleDatabase encapsulates all the necessary information for establishing a connection to an Oracle database.OracleDatabase instance members and loads the settings provided by the parameter dbInfo.
OracleDatabase using the passed InputStream.
OracleDatabase using the passed Properties.
OrderedPair extends Pair in this way that both elements has to have the same type.OrderedPair instance with the passed objects.
OverlapCoefficientFunction compares two DuDeObjects based on the Overlap Coefficient of the given attribute.Jsonable deserialization.
OverlapCoefficientFunction with the default tokenizer.
OverlapCoefficientFunction with the default tokenizer.
OverlapCoefficientFunction with the passed InterfaceTokeniser.
OverlapCoefficientFunction with the passed InterfaceTokeniser.
Pair is a container that stores two objects.MemoryChecker.
MemoryChecker.
BibtexParser.bibtexFile - don't forget to check BibtexParser.getExceptions() afterwards (if you
don't use throwAllParseExceptions which you can configure in the constructor)...
BibtexParser.ParseException.
PhoneNumberSimilarityFunction compares two strings and treats them as phone numbers, allowing for some special normalization and comparison techniques.PostGreSQLDatabase encapsulates all the necessary information for
establishing a connection to a PostGreSQL database.PostGreSQLDatabase instance members and loads the settings provided by the parameter dbInfo.
PostGreSQLDatabase using the passed InputStream.
PostGreSQLDatabase using the passed Properties.
Preprocessor is an interface that can be used for gathering statistics of the data
within the extraction phase.PrintWriter.
PrintWriter.
DuDeObjectPair onto all added fuzzy DuDeOutputs.
DuDeObjectPair onto all added DuDeOutputs.
BibTex is such an insane format...PseudoLexer.
Token.
JsonValue into the JsonRecord.
JsonBoolean value into the JsonRecord.
JsonNumber value into the JsonRecord.
JsonNumber value into the JsonRecord.
JsonNumber value into the JsonRecord.
JsonString value into the JsonRecord.
JsonArray generated out of the passed Collection and its key to this JsonRecord.
JsonRecord generated out of the passed Map and its key to this JsonRecord.
JsonNull into the JsonRecord .
DuDeJsonParser.
DuDeJsonParser.
DuDeJsonParser.
DuDeJsonParser.
DuDeJsonParser.
AutoJsonSerialization.writeWithType(DuDeJsonGenerator, Object).Cleanable instance.
Closeable instance.
Statement.
SimilarityFunction implementation checks the relative variation of the numbers of two DuDeObject attributes.Jsonable deserialization.
RelativeNumberDiffFunction.
RelativeNumberDiffFunction.
RelativeNumberDiffFunction.
RelativeNumberDiffFunction.
UnsupportedOperationException.
UnsupportedOperationException.
WarshallClosureGenerator.
ParameterizedType superclass for a given BoundType.class Pair<S, T> { }; class OrderedPair<X> extends Pair<X, X> {}.TypeVariable for a given BoundType.class Foo<T> { Collection<T> bar; }; class IntFoo extends Foo<Integer> {}.BoundType.of(Integer.class).
Restaurant data source.RSwoosh implements the RSwoosh duplicate detection (and merging) algorithm
as described in the paper Swoosh: a generic approach for entity resolution.RSwoosh algorithm with an instance of the DefaultMerger.
RSwoosh algorithm with the passed Merger.
Restaurant data source.AdaptiveSNME_Yan2007
Properties format.
Schema encapsulates all the information concerning a database table schema.Schema using a given collection of ColumnInfo instances.
Schema out of the passed table.
Experiment.
DataSource.
JsonValue instance to an attribute of the passed JsonRecord.
StatisticComponent.setStartTime()
JsonArrays.
JsonArrays and atomic values.
JsonArrays and JsonRecords.
JsonRecords and atomic values.
JsonRecords.
ContentBasedSimilarityFunction to the CrossProductStrategy.
ContentBasedSimilarityFunction to the CrossProductStrategy.
SortingKey.
is-duplicate property.
Algorithm-Object).
StatisticComponent.setEndTime()
Experiment.
DuDeObjects in memory, if file-based processing is enabled.
GSwoosh algorithm of the result of the last comparison.
RSwoosh algorithm of the result of the last comparison.
DuDeObjectPair.
SimilarityFunction.
SortingKey.
SortingKey.
SimilarityFunction is used to determine the similarity of two DuDeObject's.SimilarityValidationState is a descriptor whether two values could be used for similarity calculation or not.SimilarityFunction was set.
SimmetricsFunction is a skeleton class providing the common functionality of all Simmetric similarity functions.Jsonable deserialization.
SimmetricsFunction with the passed metric and the default values.
SimmetricsFunction with the passed metric and the default values.
SimpleStatisticOutput prints the statistics in a simple, formatted fashion.Jsonable deserialization.
SimpleStatisticOutput with no statistics.
SimpleStatisticOutput.
SimpleStatisticOutput with no statistics.
SimpleStatisticOutput.
SimpleTextOutput writes the passed DuDeObject pair to an OutputStream line by line.SimpleTextOutput with the passed parameters.
SimpleTextOutput with the passed parameters.
SimpleTextOutput with the passed parameters.
SimpleTextOutput with the passed parameters.
SimpleTextOutput with the passed parameters.
SimpleTextOutput with the passed parameters.
Jsonable deserialization.
1 since JsonBoolean is an atomic value.
0 since JsonRecord.JsonNull does not have any value.
1 since JsonNumber is an atomic value.
1 since JsonString is an atomic value.
SmithWatermanDistance implements the Smith-Waterman distance.SmithWatermanFunction compares two DuDeObjects based on the Smith Waterman Distance of the given attribute.Jsonable deserialization.
SmithWatermanFunction.
SmithWatermanFunction.
SmithWatermanFunction.
SmithWatermanFunction.
SmithWatermanFunction.
SmithWatermanFunction.
SmithWatermanFunction.
SmithWatermanFunction.
SmithWatermanGotohFunction compares two DuDeObjects based on the Smith Waterman Gotoh Distance of the given attribute.Jsonable deserialization.
SmithWatermanGotohFunction.
SmithWatermanGotohFunction.
SmithWatermanGotohFunction.
SmithWatermanGotohFunction.
SmithWatermanGotohFunction.
SmithWatermanGotohFunction.
SmithWatermanGotohFunction.
SmithWatermanGotohFunction.
SortedBlocks combines blocking and the SNM method.SortedBlocks instance using fixed size blocks
with the passed windows size.
SortedDataFile encapsulates the functionality that is needed for the TwoPhaseMultiWayMergeSorter in phase two.SortedDataFile and loads the first element.
SortedNeighborhoodMethod is a simple Sorted-Neighborhood Method implementation without allowing multiple runs.SortedNeighborhoodMethod instance with the passed SortingKey the SortedNeighborhoodMethod.DEFAULT_WINDOW_SIZE.
SortedNeighborhoodMethod instance with the passed SortingKey and a window size.
SortedNeighborhoodMethod.SortedNeighborhoodMethodIterator implements the behavior of a simple Sorted-Neighborhood-Method
implementation.SortedNeighborhoodMethod algorithm.SortingDuplicateDetection implements the preprocessing phase were the data is sorted based on a given SortingKey.SortingDuplicateDetection with the passed SortingKey.
SortingKey collects different sub-keys and compares different DuDeObject based on these sub-keys.SortingKey with no sub-key(s).
SortingKey instance.
SortingRecordLinkage implements the preprocessing phase were the data is sorted based on one or several SortingKeys.SortingRecordLinkage with no default SortingKey.
SortingRecordLinkage with the passed default SortingKey.
SoundEx implements a phonetic algorithm for indexing names by sound.SoundExFunction compares two DuDeObjects based on the SoundEx values of the given attribute.Jsonable deserialization.
SoundExFunction with the passed default attribute.
SoundExFunction with the passed default attribute.
DuDeObject.
StableMarriageStrategy implements the Stable-Marriage algorithm.StatisticComponent provides functionality for gathering statistics concerning the recall, precision and f-measure.StatisticComponent with no gold standard.
StatisticComponent using the passed DuDeObjectPairs as real duplicates.
Jsonable deserialization.
StatisticOutput offers all methods needed to write out the statistics provided by a StatisticComponent instance.StatisticOutput instance is set.
StreetSimilarityFunction compares two strings and treats them as street names, allowing for some special normalization and comparison techniques.StringSimilarity is an interface for comparing Strings.Subkey is an interface that is used within the SortingKey implementation.TextBasedSubkey provides the functionality for generating sub-keys based on String values.Jsonable.fromJson(DuDeJsonParser).
SortedNeighborhoodMethod and preprocessing for the tf-idf comparator.TFIDFSimilarityFunction compares two DuDeObjects based on the classic tf-idf metric.Jsonable deserialization.
TFIDFSimilarityFunction object for the passed attribute.
TFIDFSimilarityFunction object for the passed attribute.
TFIDFSimilarityFunction object for the passed attribute.
TFIDFSimilarityFunction object for the passed attribute.
TitleSimilarityFunction compares two strings and treats them as person's titles, allowing for some special normalization and comparison techniques.Jsonable and returns the resulting json string.
Jsonable and returns the resulting json string.
DuDeJsonGenerator.
DuDeObject to its Json representation.
true.
TwoPhaseMultiWayMergeSorter implements a file-based sorting using the Two-Phase Multi-Way Merge-Sort algorithm (TPMMS).TwoPhaseMultiWayMergeSorter with no SortingKey.
TwoPhaseMultiWayMergeSorter with the passed SortingKey.
DataSources.
WarshallTransitiveClosureGenerator implements the Warshall algorithm to calculate the transitive closure.WarshallTransitiveClosureGenerator.AdjacencyList is the adjacency list representation of the added pairs.WarshallTransitiveClosureGenerator.AdjacencyList
WarshallTransitiveClosureGenerator.AdjacencyMatrix is the matrix representation of the added pairs.WarshallTransitiveClosureGenerator.AdjacencyMatrix
WarshallTransitiveClosureGenerator.GraphRepresentation is an interface that should be implemented by all classes representing a
graph of duplicates.WarshallTransitiveClosureGenerator.IntPair is used to create a pair of integer values.WarshallTransitiveClosureGenerator.TransitiveClosureIterator is used to iterate over all pairs collected or generated by the
WarshallTransitiveClosureGenerator.WarshallTransitiveClosureGenerator.TransitiveClosureIterator
GoldStandard.setFirstElementsSourceId(String) and GoldStandard.setFirstElementsObjectIdAttributes(String...).
GoldStandard.setSecondElementsSourceId(String) and GoldStandard.setSecondElementsObjectIdAttributes(String...).
DuDeObjectPair onto an stream.
DuDeObject pair line by line.
DuDeJsonGenerator.
DuDeJsonGenerator.
DuDeObjectPair onto the stream, if it is flagged as a duplicate.
DuDeJsonGenerator.
DuDeJsonGenerator.
JsonArray.
JsonBoolean.
JsonNull value to the stream.
JsonNumber.
JsonRecord.
JsonString.
JsonValue.
OutputStream.
OutputStream.
XMLSource represents *.xml files.Jsonable deserialization.
XMLSource that converts all elements in the first XML layer into JsonRecords.
XMLSource that converts all direct child elements of the given root into DuDeObjects.
XMLSourceIterator is used for generating DuDeObjects out of XMLSources.XMLSourceIterator using the passed XMLSource.
ZIPSimilarityFunction compares two strings and treats them as ZIP codes, allowing for some special normalization and comparison techniques.
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