Package io.deephaven.engine.table.impl.sources.immutable

Class ImmutableLongArraySource

java.lang.Object

io.deephaven.engine.table.impl.AbstractColumnSource<Long>

io.deephaven.engine.table.impl.sources.immutable.ImmutableLongArraySource

All Implemented Interfaces:

ChunkSink<Values>, ChunkSource<Values>, ChunkSource.WithPrev<Values>, ColumnSource<Long>, ElementSource<Long>, FillContextMaker, GetContextMaker, ColumnSourceGetDefaults.ForLong, ColumnSourceGetDefaults.LongBacked<Long>, DefaultChunkSource<Values>, DefaultChunkSource.WithPrev<Values>, ImmutableColumnSource<Long>, ImmutableColumnSourceGetDefaults.ForLong, ChunkedBackingStoreExposedWritableSource, ConvertibleTimeSource, FillUnordered<Values>, InMemoryColumnSource, Releasable, TupleExporter<Long>, TupleSource<Long>, WritableColumnSource<Long>, WritableSourceWithPrepareForParallelPopulation

public class ImmutableLongArraySource
extends AbstractColumnSource<Long>
implements ImmutableColumnSourceGetDefaults.ForLong, WritableColumnSource<Long>, FillUnordered<Values>, InMemoryColumnSource, ChunkedBackingStoreExposedWritableSource, WritableSourceWithPrepareForParallelPopulation, ConvertibleTimeSource

Simple flat array source that supports fillFromChunk for initial creation. No previous value tracking is permitted, so this column source is only useful as a flat static source. A single array backs the result, so getChunk calls with contiguous ranges should always be able to return a reference to the backing store without an array copy. The immediate consequence is that you may not create sources that have a capacity larger than the maximum capacity of an array. If your size is greater than the maximum capacity of an array, prefer Immutable2DLongArraySource.

Nested Class Summary

Nested classes/interfaces inherited from class io.deephaven.engine.table.impl.AbstractColumnSource

AbstractColumnSource.DefaultedImmutable<DATA_TYPE>, AbstractColumnSource.DefaultedMutable<DATA_TYPE>

Nested classes/interfaces inherited from interface io.deephaven.engine.table.ChunkSink

ChunkSink.FillFromContext

Nested classes/interfaces inherited from interface io.deephaven.engine.table.ChunkSource

ChunkSource.FillContext, ChunkSource.GetContext, ChunkSource.WithPrev<ATTR extends Any>

Nested classes/interfaces inherited from interface io.deephaven.engine.table.impl.sources.ConvertibleTimeSource

ConvertibleTimeSource.Zoned

Nested classes/interfaces inherited from interface io.deephaven.engine.table.impl.DefaultChunkSource

DefaultChunkSource.SupportsContiguousGet<ATTR extends Any>, DefaultChunkSource.WithPrev<ATTR extends Any>

Nested classes/interfaces inherited from interface io.deephaven.engine.table.TupleExporter

TupleExporter.ExportElementFunction<TUPLE_TYPE>

Nested classes/interfaces inherited from interface io.deephaven.engine.table.WritableColumnSource

WritableColumnSource.ByteFiller, WritableColumnSource.CharFiller, WritableColumnSource.DoubleFiller, WritableColumnSource.FloatFiller, WritableColumnSource.IntFiller, WritableColumnSource.LongFiller, WritableColumnSource.ObjectFiller, WritableColumnSource.ShortFiller, WritableColumnSource.SinkFiller

Field Summary

Fields inherited from class io.deephaven.engine.table.impl.AbstractColumnSource

componentType, type, updateGraph, USE_RANGES_AVERAGE_RUN_LENGTH

Fields inherited from interface io.deephaven.engine.table.ChunkSink

DEFAULT_FILL_FROM_INSTANCE

Fields inherited from interface io.deephaven.engine.table.ChunkSource

DEFAULT_FILL_INSTANCE, ZERO_LENGTH_CHUNK_SOURCE_ARRAY

Fields inherited from interface io.deephaven.engine.table.ChunkSource.WithPrev

ZERO_LENGTH_CHUNK_SOURCE_WITH_PREV_ARRAY

Fields inherited from interface io.deephaven.engine.table.ColumnSource

ZERO_LENGTH_COLUMN_SOURCE_ARRAY

Fields inherited from interface io.deephaven.engine.table.impl.sources.InMemoryColumnSource

TWO_DIMENSIONAL_COLUMN_SOURCE_THRESHOLD

Constructor Summary

Constructors

Constructor	Description
ImmutableLongArraySource()
ImmutableLongArraySource(long[] data)

Method Summary

Modifier and Type	Method	Description
<ALTERNATE_DATA_TYPE> boolean	allowsReinterpret(@NotNull Class<ALTERNATE_DATA_TYPE> alternateDataType)	Test if a reinterpret call will succeed.
protected <ALTERNATE_DATA_TYPE> ColumnSource<ALTERNATE_DATA_TYPE>	doReinterpret(@NotNull Class<ALTERNATE_DATA_TYPE> alternateDataType)	Supply allowed reinterpret results.
void	ensureCapacity(long capacity, boolean nullFilled)	Ensure that this WritableColumnSource can accept row keys in range [0, capacity).
void	fillChunk(@NotNull ChunkSource.FillContext context, @NotNull WritableChunk<? super Values> destination, @NotNull RowSequence rowSequence)	Populates the given destination chunk with data corresponding to the keys from the given RowSequence.
void	fillChunkUnordered(@NotNull ChunkSource.FillContext context, @NotNull WritableChunk<? super Values> dest, @NotNull LongChunk<? extends RowKeys> keys)	Populates a contiguous portion of the given destination chunk with data corresponding to the keys from the given LongChunk.
<R> void	fillChunkUnordered(@NotNull ChunkSource.FillContext context, @NotNull WritableChunk<? super Values> dest, @NotNull LongChunk<? extends RowKeys> keys, LongFunction<R> converter)
void	fillFromChunk(@NotNull ChunkSink.FillFromContext context, @NotNull Chunk<? extends Values> src, @NotNull RowSequence rowSequence)	Our default, inefficient, implementation.
void	fillFromChunkUnordered(@NotNull ChunkSink.FillFromContext context, @NotNull Chunk<? extends Values> src, @NotNull LongChunk<RowKeys> keys)	Fills the ChunkSink with data from the source, with data corresponding to the keys from the given key chunk.
<R> void	fillFromChunkUnordered(@NotNull ChunkSink.FillFromContext context, @NotNull Chunk<? extends Values> src, @NotNull LongChunk<RowKeys> keys, ToLongFunction<R> converter)
void	fillPrevChunk(@NotNull ChunkSource.FillContext context, @NotNull WritableChunk<? super Values> destination, @NotNull RowSequence rowSequence)	Populates the given destination chunk with data corresponding to the keys from the given RowSequence.
void	fillPrevChunkUnordered(@NotNull ChunkSource.FillContext context, @NotNull WritableChunk<? super Values> dest, @NotNull LongChunk<? extends RowKeys> keys)	Populates a contiguous portion of the given destination chunk with prev data corresponding to the keys from the given LongChunk.
final long	getAndSetUnsafe(long rowKey, long newValue)
long[]	getArray()
Chunk<? extends Values>	getChunk(@NotNull ChunkSource.GetContext context, long firstKey, long lastKey)	Same as ChunkSource.getChunk(GetContext, RowSequence), except that you pass in the begin and last keys representing the begin and last (inclusive) keys of a single range rather than an RowSequence.
Chunk<? extends Values>	getChunk(@NotNull ChunkSource.GetContext context, @NotNull RowSequence rowSequence)	Returns a chunk of data corresponding to the keys from the given RowSequence.
final long	getLong(long rowKey)	Get the value at the rowKey as a long.
Chunk<? extends Values>	getPrevChunk(@NotNull ChunkSource.GetContext context, long firstKey, long lastKey)	Same as ChunkSource.WithPrev.getPrevChunk(GetContext, RowSequence), except that you pass in the begin and last keys representing the begin and last (inclusive) keys of a single range rather than an RowSequence.
Chunk<? extends Values>	getPrevChunk(@NotNull ChunkSource.GetContext context, @NotNull RowSequence rowSequence)	Returns a chunk of previous data corresponding to the keys from the given RowSequence.
final long	getUnsafe(long rowKey)
void	prepareForParallelPopulation(@NotNull RowSequence rowSequence)	Prepare this column source such that: all values in rowSet may be accessed using getPrev all values in rowSet may be populated in parallel
boolean	providesFillUnordered()	Returns true if this column source can efficiently provide an unordered fill.
long	resetWritableChunkToBackingStore(@NotNull ResettableWritableChunk<?> chunk, long position)	Resets the given chunk to provide a write-through reference to our backing array.
long	resetWritableChunkToBackingStoreSlice(@NotNull ResettableWritableChunk<?> chunk, long position)	Resets the given chunk to provide a write-through reference to our backing array.
final void	set(long key, long value)
void	setArray(long[] array)
final void	setNull(long key)
boolean	supportsTimeConversion()	Check if this class supports time conversion.
ColumnSource<Long>	toEpochNano()	Convert this source to a long source of nanoseconds of epoch.
ColumnSource<Instant>	toInstant()	Convert this source to an Instant source.
ColumnSource<LocalDate>	toLocalDate(@NotNull ZoneId zone)	Convert this source to a LocalDate source at the specified zone.
ColumnSource<LocalTime>	toLocalTime(@NotNull ZoneId zone)	Convert this source to a LocalTime source at the specified zone.
ColumnSource<ZonedDateTime>	toZonedDateTime(@NotNull ZoneId zone)	Convert this source to a ZonedDateTime source at the specified zone.

Methods inherited from class io.deephaven.engine.table.impl.AbstractColumnSource

defaultFillChunk, defaultFillPrevChunk, getComponentType, getPrevSource, getType, match, reinterpret

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface io.deephaven.engine.table.impl.sources.ChunkedBackingStoreExposedWritableSource

exposesChunkedBackingStore

Methods inherited from interface io.deephaven.engine.table.ColumnSource

cast, cast, cast, cast, createPreviousTuple, createTuple, createTupleFromValues, exportAllTo, exportElement, exportElement, getChunkType, getComponentType, getPrevSource, getType, isStateless, match, reinterpret, releaseCachedResources, startTrackingPrevValues, tupleLength

Methods inherited from interface io.deephaven.engine.table.impl.ColumnSourceGetDefaults.ForLong

get

Methods inherited from interface io.deephaven.engine.table.impl.ColumnSourceGetDefaults.LongBacked

getBoolean, getByte, getChar, getDouble, getFloat, getInt, getShort

Methods inherited from interface io.deephaven.engine.table.impl.DefaultChunkSource

getChunkByFilling, makeFillContext, makeGetContext

Methods inherited from interface io.deephaven.engine.table.impl.DefaultChunkSource.WithPrev

getPrevChunkByFilling

Methods inherited from interface io.deephaven.engine.table.FillContextMaker

makeFillContext

Methods inherited from interface io.deephaven.engine.table.GetContextMaker

makeGetContext

Methods inherited from interface io.deephaven.engine.table.impl.ImmutableColumnSource

getPrev, getPrevBoolean, getPrevByte, getPrevChar, getPrevDouble, getPrevFloat, getPrevInt, getPrevLong, getPrevShort, isImmutable

Methods inherited from interface io.deephaven.engine.table.impl.sources.InMemoryColumnSource

isInMemory

Methods inherited from interface io.deephaven.engine.table.TupleExporter

exportAllReinterpretedTo, exportAllReinterpretedTo, exportAllTo, exportElementReinterpreted

Methods inherited from interface io.deephaven.engine.table.TupleSource

createTupleFromReinterpretedValues

Methods inherited from interface io.deephaven.engine.table.WritableColumnSource

ensureCapacity, makeFillFromContext, set, set, set, set, set, set, set, setNull

Constructor Details

ImmutableLongArraySource

public ImmutableLongArraySource()

ImmutableLongArraySource

public ImmutableLongArraySource(long[] data)

Method Details

getLong

public final long getLong(long rowKey)

Description copied from interface: ElementSource

Get the value at the rowKey as a long. RowKeys that are not present are undefined.

Specified by:

getLong in interface ElementSource<Long>

Parameters:

rowKey - the location in key space to get the value from.

Returns:

the long at the rowKey, null values are represented by QueryConstants.NULL_LONG

getUnsafe

public final long getUnsafe(long rowKey)

getAndSetUnsafe

public final long getAndSetUnsafe(long rowKey,
 long newValue)

setNull

public final void setNull(long key)

Specified by:

setNull in interface WritableColumnSource<Long>

set

public final void set(long key,
 long value)

Specified by:

set in interface WritableColumnSource<Long>

ensureCapacity

public void ensureCapacity(long capacity,
 boolean nullFilled)

Description copied from interface: WritableColumnSource

Ensure that this WritableColumnSource can accept row keys in range [0, capacity).

Specified by:

ensureCapacity in interface WritableColumnSource<Long>

Parameters:

capacity - The new minimum capacity

nullFilled - Whether data should be "null-filled". If true, get operations at row keys that have not been set will return the appropriate null value; otherwise such gets produce undefined results.

fillChunk

public void fillChunk(@NotNull
 @NotNull ChunkSource.FillContext context,
 @NotNull
 @NotNull WritableChunk<? super Values> destination,
 @NotNull
 @NotNull RowSequence rowSequence)

Description copied from interface: ChunkSource

Populates the given destination chunk with data corresponding to the keys from the given RowSequence.

Specified by:

fillChunk in interface ChunkSource<Values>

Overrides:

fillChunk in class AbstractColumnSource<Long>

Parameters:

context - A context containing all mutable/state related data used in retrieving the Chunk.

destination - The chunk to be populated according to rowSequence. No assumptions shall be made about the size of the chunk shall be made. The chunk will be populated from position [0,rowSequence.size()).

rowSequence - An RowSequence representing the keys to be fetched

getChunk

public Chunk<? extends Values> getChunk(@NotNull
 @NotNull ChunkSource.GetContext context,
 @NotNull
 @NotNull RowSequence rowSequence)

Description copied from interface: ChunkSource

Returns a chunk of data corresponding to the keys from the given RowSequence.

Specified by:

getChunk in interface ChunkSource<Values>

Specified by:

getChunk in interface DefaultChunkSource<Values>

Parameters:

context - A context containing all mutable/state related data used in retrieving the Chunk. In particular, the Context may be used to provide a Chunk data pool

rowSequence - An RowSequence representing the keys to be fetched

Returns:

A chunk of data corresponding to the keys from the given RowSequence

resetWritableChunkToBackingStore

public long resetWritableChunkToBackingStore(@NotNull
 @NotNull ResettableWritableChunk<?> chunk,
 long position)

Description copied from interface: ChunkedBackingStoreExposedWritableSource

Resets the given chunk to provide a write-through reference to our backing array.

Note: This is unsafe to use if previous tracking has been enabled!

Specified by:

resetWritableChunkToBackingStore in interface ChunkedBackingStoreExposedWritableSource

Parameters:

chunk - the writable chunk to reset to our backing array.

position - position that we require

Returns:

the first position addressable by the chunk

resetWritableChunkToBackingStoreSlice

public long resetWritableChunkToBackingStoreSlice(@NotNull
 @NotNull ResettableWritableChunk<?> chunk,
 long position)

Description copied from interface: ChunkedBackingStoreExposedWritableSource

Resets the given chunk to provide a write-through reference to our backing array.

Note: This is unsafe to use if previous tracking has been enabled!

Specified by:

resetWritableChunkToBackingStoreSlice in interface ChunkedBackingStoreExposedWritableSource

Parameters:

chunk - the writable chunk to reset to a slice of our backing array.

position - position of the first value in the returned chunk

Returns:

the capacity of the returned chunk

getChunk

public Chunk<? extends Values> getChunk(@NotNull
 @NotNull ChunkSource.GetContext context,
 long firstKey,
 long lastKey)

Description copied from interface: ChunkSource

Same as ChunkSource.getChunk(GetContext, RowSequence), except that you pass in the begin and last keys representing the begin and last (inclusive) keys of a single range rather than an RowSequence. Typically you want to call this only if you don't have an RowSequence, such as during an RowSequence.forAllRowKeyRanges(LongRangeConsumer) call. In this case, it allows you to avoid creating an intermediary RowSequence object.

Specified by:

getChunk in interface ChunkSource<Values>

Specified by:

getChunk in interface DefaultChunkSource<Values>

Parameters:

context - A context containing all mutable/state related data used in retrieving the Chunk. In particular, the Context may be used to provide a Chunk data pool

firstKey - The beginning key (inclusive) of the range to fetch in the chunk

lastKey - The last key (inclusive) of the range to fetch in the chunk

fillFromChunk

public void fillFromChunk(@NotNull
 @NotNull ChunkSink.FillFromContext context,
 @NotNull
 @NotNull Chunk<? extends Values> src,
 @NotNull
 @NotNull RowSequence rowSequence)

Description copied from interface: WritableColumnSource

Our default, inefficient, implementation. Inheritors who care should provide a better implementation.

Specified by:

fillFromChunk in interface ChunkSink<Values>

Specified by:

fillFromChunk in interface WritableColumnSource<Long>

Parameters:

context - A context containing all mutable/state related data used in writing the Chunk.

src - The source of the data rowSequence

rowSequence - An RowSequence representing the keys to be written

fillFromChunkUnordered

public void fillFromChunkUnordered(@NotNull
 @NotNull ChunkSink.FillFromContext context,
 @NotNull
 @NotNull Chunk<? extends Values> src,
 @NotNull
 @NotNull LongChunk<RowKeys> keys)

Description copied from interface: ChunkSink

Fills the ChunkSink with data from the source, with data corresponding to the keys from the given key chunk.

Specified by:

fillFromChunkUnordered in interface ChunkSink<Values>

Specified by:

fillFromChunkUnordered in interface WritableColumnSource<Long>

Parameters:

context - A context containing all mutable/state related data used in writing the Chunk.

src - The source of the data RowSequence

keys - A LongChunk representing the keys to be written

fillFromChunkUnordered

public <R> void fillFromChunkUnordered(@NotNull
 @NotNull ChunkSink.FillFromContext context,
 @NotNull
 @NotNull Chunk<? extends Values> src,
 @NotNull
 @NotNull LongChunk<RowKeys> keys,
 ToLongFunction<R> converter)

fillChunkUnordered

public void fillChunkUnordered(@NotNull
 @NotNull ChunkSource.FillContext context,
 @NotNull
 @NotNull WritableChunk<? super Values> dest,
 @NotNull
 @NotNull LongChunk<? extends RowKeys> keys)

Description copied from interface: FillUnordered

Populates a contiguous portion of the given destination chunk with data corresponding to the keys from the given LongChunk.

It behaves as if the following code were executed:

 destination.setSize(keys.size());
 for (int ii = 0; ii < keys.size(); ++ii) {
     destination.set(ii, get(keys.get(ii)));
 }
 

Specified by:

fillChunkUnordered in interface FillUnordered<Values>

Parameters:

context - A context containing all mutable/state related data used in retrieving the Chunk.

dest - The chunk to be populated according to keys

keys - A chunk of individual, not assumed to be ordered keys to be fetched

fillChunkUnordered

public <R> void fillChunkUnordered(@NotNull
 @NotNull ChunkSource.FillContext context,
 @NotNull
 @NotNull WritableChunk<? super Values> dest,
 @NotNull
 @NotNull LongChunk<? extends RowKeys> keys,
 LongFunction<R> converter)

fillPrevChunkUnordered

public void fillPrevChunkUnordered(@NotNull
 @NotNull ChunkSource.FillContext context,
 @NotNull
 @NotNull WritableChunk<? super Values> dest,
 @NotNull
 @NotNull LongChunk<? extends RowKeys> keys)

Description copied from interface: FillUnordered

Populates a contiguous portion of the given destination chunk with prev data corresponding to the keys from the given LongChunk.

It behaves as if the following code were executed:

 destination.setSize(keys.size());
 for (int ii = 0; ii < keys.size(); ++ii) {
     destination.set(ii, getPrev(keys.get(ii)));
 }
 

Specified by:

fillPrevChunkUnordered in interface FillUnordered<Values>

Parameters:

context - A context containing all mutable/state related data used in retrieving the Chunk.

dest - The chunk to be populated according to keys

keys - A chunk of individual, not assumed to be ordered keys to be fetched

fillPrevChunk

public void fillPrevChunk(@NotNull
 @NotNull ChunkSource.FillContext context,
 @NotNull
 @NotNull WritableChunk<? super Values> destination,
 @NotNull
 @NotNull RowSequence rowSequence)

Description copied from interface: ChunkSource.WithPrev

Populates the given destination chunk with data corresponding to the keys from the given RowSequence.

Specified by:

fillPrevChunk in interface ChunkSource.WithPrev<Values>

Overrides:

fillPrevChunk in class AbstractColumnSource<Long>

Parameters:

context - A context containing all mutable/state related data used in retrieving the Chunk.

destination - The chunk to be populated according to rowSequence. No assumptions shall be made about the size of the chunk shall be made. The chunk will be populated from position [0,rowSequence.size()).

rowSequence - An RowSequence representing the keys to be fetched

getPrevChunk

public Chunk<? extends Values> getPrevChunk(@NotNull
 @NotNull ChunkSource.GetContext context,
 @NotNull
 @NotNull RowSequence rowSequence)

Description copied from interface: ChunkSource.WithPrev

Returns a chunk of previous data corresponding to the keys from the given RowSequence.

Specified by:

getPrevChunk in interface ChunkSource.WithPrev<Values>

Specified by:

getPrevChunk in interface DefaultChunkSource.WithPrev<Values>

Parameters:

context - A context containing all mutable/state related data used in retrieving the Chunk. In particular, the Context may be used to provide a Chunk data pool

rowSequence - An RowSequence representing the keys to be fetched

Returns:

A chunk of data corresponding to the keys from the given RowSequence

getPrevChunk

public Chunk<? extends Values> getPrevChunk(@NotNull
 @NotNull ChunkSource.GetContext context,
 long firstKey,
 long lastKey)

Description copied from interface: ChunkSource.WithPrev

Same as ChunkSource.WithPrev.getPrevChunk(GetContext, RowSequence), except that you pass in the begin and last keys representing the begin and last (inclusive) keys of a single range rather than an RowSequence.

Specified by:

getPrevChunk in interface ChunkSource.WithPrev<Values>

Specified by:

getPrevChunk in interface DefaultChunkSource.WithPrev<Values>

providesFillUnordered

public boolean providesFillUnordered()

Description copied from interface: FillUnordered

Returns true if this column source can efficiently provide an unordered fill. If this method returns false, then fillChunkUnordered and fillPrevChunkUnordered may throw an UnsupportedOperationException.

Specified by:

providesFillUnordered in interface FillUnordered<Values>

Returns:

if this column source can provide an unordered fill

prepareForParallelPopulation

public void prepareForParallelPopulation(@NotNull
 @NotNull RowSequence rowSequence)

Description copied from interface: WritableSourceWithPrepareForParallelPopulation

Prepare this column source such that:

• all values in rowSet may be accessed using getPrev
• all values in rowSet may be populated in parallel

Further operations in this cycle need not check for previous when writing data to the column source; you must provide a row set that contains every row that may be written to this column source.

Specified by:

prepareForParallelPopulation in interface WritableSourceWithPrepareForParallelPopulation

Parameters:

rowSequence - the row sequence of values that will change on this cycle

getArray

public long[] getArray()

setArray

public void setArray(long[] array)

allowsReinterpret

public <ALTERNATE_DATA_TYPE> boolean allowsReinterpret(@NotNull
 @NotNull Class<ALTERNATE_DATA_TYPE> alternateDataType)

Description copied from interface: ColumnSource

Test if a reinterpret call will succeed.

Specified by:

allowsReinterpret in interface ColumnSource<Long>

Overrides:

allowsReinterpret in class AbstractColumnSource<Long>

Parameters:

alternateDataType - The alternative type to consider

Returns:

If a reinterpret on this column source with the supplied alternateDataType will succeed.

doReinterpret

protected <ALTERNATE_DATA_TYPE>
ColumnSource<ALTERNATE_DATA_TYPE> doReinterpret(@NotNull
 @NotNull Class<ALTERNATE_DATA_TYPE> alternateDataType)

Description copied from class: AbstractColumnSource

Supply allowed reinterpret results. The default implementation handles the most common case to avoid code duplication.

Overrides:

doReinterpret in class AbstractColumnSource<Long>

Parameters:

alternateDataType - The alternate data type

Returns:

The resulting ColumnSource

supportsTimeConversion

public boolean supportsTimeConversion()

Description copied from interface: ConvertibleTimeSource

Check if this class supports time conversion. If false, all other methods will fail.

Specified by:

supportsTimeConversion in interface ConvertibleTimeSource

Returns:

true if time conversion is supported.

toZonedDateTime

public ColumnSource<ZonedDateTime> toZonedDateTime(@NotNull
 @NotNull ZoneId zone)

Description copied from interface: ConvertibleTimeSource

Convert this source to a ZonedDateTime source at the specified zone.

Specified by:

toZonedDateTime in interface ConvertibleTimeSource

Parameters:

zone - the time zone

Returns:

a view of this source as a ZonedDateTime

toLocalDate

public ColumnSource<LocalDate> toLocalDate(@NotNull
 @NotNull ZoneId zone)

Description copied from interface: ConvertibleTimeSource

Convert this source to a LocalDate source at the specified zone.

Specified by:

toLocalDate in interface ConvertibleTimeSource

Parameters:

zone - the time zone

Returns:

a view of this source as a LocalDate

toLocalTime

public ColumnSource<LocalTime> toLocalTime(@NotNull
 @NotNull ZoneId zone)

Description copied from interface: ConvertibleTimeSource

Convert this source to a LocalTime source at the specified zone.

Specified by:

toLocalTime in interface ConvertibleTimeSource

Parameters:

zone - the time zone

Returns:

a view of this source as a LocalTime

toInstant

public ColumnSource<Instant> toInstant()

Description copied from interface: ConvertibleTimeSource

Convert this source to an Instant source.

Specified by:

toInstant in interface ConvertibleTimeSource

Returns:

a view of this source asan Instant

toEpochNano

public ColumnSource<Long> toEpochNano()

Description copied from interface: ConvertibleTimeSource

Convert this source to a long source of nanoseconds of epoch.

Specified by:

toEpochNano in interface ConvertibleTimeSource

Returns:

a view of this source as a ZonedDateTime