public class OffsetDateTimeType extends NonNullFieldType<T>
OffsetDateTime type. Null values are not supported by this class.
Binary encoding is via the concatenation of the encodings of Instant and ZoneOffset.
| Modifier and Type | Field and Description |
|---|---|
protected FieldType<S1> |
type1 |
protected FieldType<S2> |
type2 |
name, NAME_PATTERN, REFERENCE_TYPE_NAME, signature, typeToken| Constructor and Description |
|---|
OffsetDateTimeType() |
| Modifier and Type | Method and Description |
|---|---|
int |
compare(T value1,
T value2)
Order two field values.
|
OffsetDateTime |
fromParseableString(ParseContext ctx)
Parse a value previously encoded by
toParseableString() as a self-delimited String
and positioned at the start of the given parsing context. |
boolean |
hasPrefix0x00()
Determine whether any of this field type's encoded values start with a
0x00 byte. |
boolean |
hasPrefix0xff()
Determine whether any of this field type's encoded values start with a
0xff byte. |
protected OffsetDateTime |
join(Instant value1,
ZoneOffset value2) |
T |
read(ByteReader reader)
Read a value from the given input.
|
void |
skip(ByteReader reader)
Read and discard a value from the given input.
|
protected Instant |
split1(OffsetDateTime value) |
protected ZoneOffset |
split2(OffsetDateTime value) |
String |
toParseableString(OffsetDateTime offsetDateTime)
Encode a possibly null value as a
String for later decoding by fromParseableString(). |
void |
write(ByteWriter writer,
T value)
Write a value to the given output.
|
validateconvert, equals, fromString, genericizeForIndex, getDefaultValue, getDefaultValueObject, getEncodingSignature, getKeyRange, getName, getTypeToken, hashCode, toString, toString, validateAndWriteclone, finalize, getClass, notify, notifyAll, wait, wait, waitcomparing, comparing, comparingDouble, comparingInt, comparingLong, naturalOrder, nullsFirst, nullsLast, reversed, reverseOrder, thenComparing, thenComparing, thenComparing, thenComparingDouble, thenComparingInt, thenComparingLongprotected OffsetDateTime join(Instant value1, ZoneOffset value2)
protected Instant split1(OffsetDateTime value)
protected ZoneOffset split2(OffsetDateTime value)
public OffsetDateTime fromParseableString(ParseContext ctx)
FieldTypetoParseableString() as a self-delimited String
and positioned at the start of the given parsing context.fromParseableString in class FieldType<OffsetDateTime>ctx - parse context starting with a string previously encoded via toParseableString()public String toParseableString(OffsetDateTime offsetDateTime)
FieldTypeString for later decoding by fromParseableString().
The string value must be self-delimiting, i.e., decodable even when followed by arbitrary additional characters,
and must not start with whitespace or closing square bracket ("]").
In addition, each of the characters in the returned String must be one of the valid XML characters
(tab, newline, carriage return, \u0020 - \ud7ff, and \ue000 - \fffdf).
toParseableString in class FieldType<OffsetDateTime>offsetDateTime - actual value (possibly null)value acceptable to fromParseableString()public T read(ByteReader reader)
FieldTypepublic void write(ByteWriter writer, T value)
FieldTypepublic void skip(ByteReader reader)
FieldTypepublic int compare(T value1,
T value2)
FieldType
This method must provide a total ordering of all supported Java values that is consistent with the database ordering,
i.e., the unsigned lexicographical ordering of the corresponding byte[] encoded field values.
If null is a supported Java value, then the returned Comparator must accept null parameters without
throwing an exception (note, this is a stronger requirement than the Comparator interface normally requires).
Note: by convention, null values usually sort last.
compare in interface Comparator<T>compare in class FieldType<T>public boolean hasPrefix0x00()
FieldType0x00 byte.
Certain optimizations are possible when this is not the case. It is safe for this method to always return true.
Note: changing the return value of this method usually means changing the binary encoding, resulting in an incompatible type.
The implementation in FieldType returns true.
hasPrefix0x00 in class FieldType<T>0x00 existspublic boolean hasPrefix0xff()
FieldType0xff byte.
Certain optimizations are possible when this is not the case. It is safe for this method to always return true.
Note: changing the return value of this method usually means changing the binary encoding, resulting in an incompatible type.
The implementation in FieldType returns true.
hasPrefix0xff in class FieldType<T>0xff existsCopyright © 2022. All rights reserved.