Uses of Interface
org.refcodes.tabular.Record

Uses of Record in org.refcodes.tabular

Classes in org.refcodes.tabular that implement Record

Modifier and Type	Class	Description
class	RecordImpl<T>	Implementation of the Record interface being Cloneable.

Methods in org.refcodes.tabular that return Record

Modifier and Type	Method	Description
Record<T>	AbstractHeader.fromStorageString(Record<String> aStringRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	HeaderRow.fromStorageString(Record<String> aStringRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	AbstractHeader.fromStorageStringRow(Row<String> aStringRow)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	HeaderRow.fromStorageStringRow(Row<String> aStringRow)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	AbstractHeader.fromStorageStrings(Record<String[]> aStringsRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	HeaderRow.fromStorageStrings(Record<String[]> aStringsRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	AbstractHeader.fromStorageStringsRow(Row<String[]> aStringsRow)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	HeaderRow.fromStorageStringsRow(Row<String[]> aStringsRow)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	RecordAccessor.getRecord()	Retrieves the Record property.
default Record<T>	RecordAccessor.RecordProperty.letRecord(Record<T> aRecord)	This method stores and passes through the given argument, which is very useful for builder APIs: Sets the given value (setter) as of RecordAccessor.RecordMutator.setRecord(Record) and returns the very same value (getter).
Record<T>	CsvRecordReader.next()
Record<T>	RecordsComposite.next()
Record<T>	RecordsImpl.next()
default <REC> Record<REC>	Header.toIntersection(Record<REC> aRecord)	Returns a Record just containing the keys as defined in the Header and found in the provided Record.
Record<String>	AbstractHeader.toPrintable(Record<? extends T> aRecord)	To printable.
Record<String>	HeaderRow.toPrintable(Record<? extends T> aRecord)	A special Column implementation might provide its own printable format of the given objects; for example a human readable text representation of the value (or in very specialized cases even enriched with ANSI Escape-Codes).
Record<String>	AbstractHeader.toPrintableRecord(Row<? extends T> aRow)	A special Column implementation might provide its own printable format of the given objects; for example a human readable text representation of the value (or in very specialized cases even enriched with ANSI Escape-Codes).
Record<String>	HeaderRow.toPrintableRecord(Row<? extends T> aRow)	A special Column implementation might provide its own printable format of the given objects; for example a human readable text representation of the value (or in very specialized cases even enriched with ANSI Escape-Codes).
default Record<T>	Record.toPurged()	This Record is taken and only all non null values are taken for the returned Record.
Record<T>	AbstractHeader.toRecord(Row<? extends T> aRow)	To record.
default Record<T>	HeaderRow.toRecord(String... aRecord)	Converts the String elements to an according Record.
Record<T>	HeaderRow.toRecord(Row<? extends T> aRow)	Creates a Record of the Row with the values in the order of the HeaderRow.
Record<?>	AbstractHeader.toRecordIgnoreType(Row<?> aRow)	Similar to HeaderRow.toRecord(Row) with the difference that conversion is done ignoring the type of the HeaderRow Column instances and the according value(s).
Record<?>	HeaderRow.toRecordIgnoreType(Row<?> aRow)	Similar to HeaderRow.toRecord(Row) with the difference that conversion is done ignoring the type of the HeaderRow Column instances and the according value(s).
Record<String>	AbstractHeader.toStorageString(Record<? extends T> aRecord)	To storage string.
Record<String>	HeaderRow.toStorageString(Record<? extends T> aRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Record<String>	AbstractHeader.toStorageStringRecord(Row<? extends T> aRow)	A special Column implementation might provide its own text exchange format for the given objects.
Record<String>	HeaderRow.toStorageStringRecord(Row<? extends T> aRow)	A special Column implementation might provide its own text exchange format for the given objects.
Record<String[]>	AbstractHeader.toStorageStrings(Record<? extends T> aRecord)	To storage strings.
Record<String[]>	HeaderRow.toStorageStrings(Record<? extends T> aRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Record<String[]>	AbstractHeader.toStorageStringsRecord(Row<? extends T> aRow)	A special Column implementation might provide its own text exchange format for the given objects.
Record<String[]>	HeaderRow.toStorageStringsRecord(Row<? extends T> aRow)	A special Column implementation might provide its own text exchange format for the given objects.
default <REC> Record<REC>	Header.toSubset(Record<REC> aRecord)	Returns a Record just containing the keys as defined in the Header; keys not found in the provided Record are ignored.

Methods in org.refcodes.tabular that return types with arguments of type Record

Modifier and Type	Method	Description
default Iterator<Record<T>>	Records.iterator()

Methods in org.refcodes.tabular with parameters of type Record

Modifier and Type	Method	Description
boolean	AbstractColumn.contains(Record<?> aRecord)	Tests whether the Record contains a value identified by the Column instance's key and where the value's type is assignable to the Column instance's type.
boolean	Column.contains(Record<?> aRecord)	Tests whether the Record contains a value identified by the Column instance's key and where the value's type is assignable to the Column instance's type.
boolean	FormattedColumnDecorator.contains(Record<?> aRecord)	Tests whether the Record contains a value identified by the Column instance's key and where the value's type is assignable to the Column instance's type.
Record<T>	AbstractHeader.fromStorageString(Record<String> aStringRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	HeaderRow.fromStorageString(Record<String> aStringRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Row<T>	AbstractHeader.fromStorageStringRecord(Record<String> aStringRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Row<T>	HeaderRow.fromStorageStringRecord(Record<String> aStringRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	AbstractHeader.fromStorageStrings(Record<String[]> aStringsRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Record<T>	HeaderRow.fromStorageStrings(Record<String[]> aStringsRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Row<T>	AbstractHeader.fromStorageStringsRecord(Record<String[]> aStringsRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Row<T>	HeaderRow.fromStorageStringsRecord(Record<String[]> aStringsRecord)	A special Column implementation might provide its own text exchange format for the given objects.
T	AbstractColumn.get(Record<?> aRecord)	Retrieves a type correct value from the Record identified by the Column instance's key.
T	Column.get(Record<?> aRecord)	Retrieves a type correct value from the Record identified by the Column instance's key.
T	FormattedColumnDecorator.get(Record<?> aRecord)	Retrieves a type correct value from the Record identified by the Column instance's key.
default T	Column.getValue(Record<?> aRecord)	Retrieves the corresponding value from the provided record.
default boolean	Header.isEqualWith(Record<?> aRecord)	Tests whether the given potential equal set of Header is matching the Record's elements in terms of matching the same relevant attributes of the columns with the elements in the Record.
default boolean	Header.isSubsetOf(Record<?> aRecord)	Tests whether the given potential subset of Header elements is matching the Record's elements in terms of matching the same relevant attributes of the Column instances with the elements in the Record.
default boolean	Header.isSupersetOf(Record<?> aRecord)	Tests whether the Record's elements is matching the given potential superset of Header elements in terms of matching the same relevant attributes of the columns with the elements in the Record.
default Record<T>	RecordAccessor.RecordProperty.letRecord(Record<T> aRecord)	This method stores and passes through the given argument, which is very useful for builder APIs: Sets the given value (setter) as of RecordAccessor.RecordMutator.setRecord(Record) and returns the very same value (getter).
T	AbstractColumn.remove(Record<?> aRecord)	Removes an entry (key and value pair) from the provided Record matching the key and the type of the Column.
T	Column.remove(Record<?> aRecord)	Removes an entry (key and value pair) from the provided Record matching the key and the type of the Column.
T	FormattedColumnDecorator.remove(Record<?> aRecord)	Removes an entry (key and value pair) from the provided Record matching the key and the type of the Column.
void	RecordAccessor.RecordMutator.setRecord(Record<T> aDataRecord)	Sets the Record property.
default <REC> Record<REC>	Header.toIntersection(Record<REC> aRecord)	Returns a Record just containing the keys as defined in the Header and found in the provided Record.
Record<String>	AbstractHeader.toPrintable(Record<? extends T> aRecord)	To printable.
Record<String>	HeaderRow.toPrintable(Record<? extends T> aRecord)	A special Column implementation might provide its own printable format of the given objects; for example a human readable text representation of the value (or in very specialized cases even enriched with ANSI Escape-Codes).
Row<String>	AbstractHeader.toPrintableRow(Record<? extends T> aRecord)	To printable row.
Row<String>	HeaderRow.toPrintableRow(Record<? extends T> aRecord)	A special Column implementation might provide its own printable format of the given objects; for example a human readable text representation of the value (or in very specialized cases even enriched with ANSI Escape-Codes).
Row<T>	AbstractHeader.toRow(Record<? extends T> aRecord)	To row.
Row<T>	HeaderRow.toRow(Record<? extends T> aRecord)	Creates a Row of the Record with the values in the order of the HeaderRow.
Row<?>	AbstractHeader.toRowIgnoreType(Record<?> aRecord)	Similar to HeaderRow.toRow(Record) with the difference that conversion is done ignoring the type of the HeaderRow Column instances and the according value(s).
Row<?>	HeaderRow.toRowIgnoreType(Record<?> aRecord)	Similar to HeaderRow.toRow(Record) with the difference that conversion is done ignoring the type of the HeaderRow Column instances and the according value(s).
static String	TabularUtility.toSeparatedValues(Record<?> aRecord)	Returns a separated values representation of the implementing collection by separating each item with the default separator Delimiter.CSV.
static String	TabularUtility.toSeparatedValues(Record<?> aRecord, char aDelimiter)	Returns a separated values representation of the implementing collection by separating each item with the given separator.
Record<String>	AbstractHeader.toStorageString(Record<? extends T> aRecord)	To storage string.
Record<String>	HeaderRow.toStorageString(Record<? extends T> aRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Row<String>	AbstractHeader.toStorageStringRow(Record<? extends T> aRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Row<String>	HeaderRow.toStorageStringRow(Record<? extends T> aRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Record<String[]>	AbstractHeader.toStorageStrings(Record<? extends T> aRecord)	To storage strings.
Record<String[]>	HeaderRow.toStorageStrings(Record<? extends T> aRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Row<String[]>	AbstractHeader.toStorageStringsRow(Record<? extends T> aRecord)	A special Column implementation might provide its own text exchange format for the given objects.
Row<String[]>	HeaderRow.toStorageStringsRow(Record<? extends T> aRecord)	A special Column implementation might provide its own text exchange format for the given objects.
static String	TabularUtility.toString(Record<?> aRecord)	Creates the string representation from from the given record.
static String	TabularUtility.toString(Record<?> aRecord, char aSeparator, DateTimeFormatter[] aDateFormats)	Creates the string representation from from the given record.
default <REC> Record<REC>	Header.toSubset(Record<REC> aRecord)	Returns a Record just containing the keys as defined in the Header; keys not found in the provided Record are ignored.
default T[]	Header.toValues(Record<T> aRecord)	Returns an array of the values stored by the Record in the order as defined by the header.
void	CsvRecordWriter.writeNext(Record<T> aRecord)	Directly logs the provided String instances to the writer.
void	RecordWriter.writeNext(Record<T> aRecord)	Directly logs the provided String instances to the writer.

Constructors in org.refcodes.tabular with parameters of type Record

Modifier	Constructor	Description
	RecordsImpl(Record<T>... aRecords)	Constructs the RecordsImpl instance configured with the provided Record instances.

Constructor parameters in org.refcodes.tabular with type arguments of type Record

Modifier	Constructor	Description
	RecordsImpl(Collection<Record<T>> aRecords)	Constructs the RecordsImpl instance configured with the provided Record instances.