Package | Description |
---|---|
clojure.lang |
Clojure language implementation.
|
Modifier and Type | Interface and Description |
---|---|
interface |
IChunkedSeq |
interface |
IndexedSeq |
interface |
IPersistentList |
interface |
IPersistentVector
Copyright (c) Rich Hickey.
|
Modifier and Type | Class and Description |
---|---|
class |
AMapEntry |
static class |
APersistentMap.KeySeq |
static class |
APersistentMap.ValSeq |
class |
APersistentVector |
static class |
APersistentVector.RSeq |
static class |
APersistentVector.SubVector |
class |
ArraySeq |
static class |
ArraySeq.ArraySeq_boolean |
static class |
ArraySeq.ArraySeq_byte |
static class |
ArraySeq.ArraySeq_char |
static class |
ArraySeq.ArraySeq_double |
static class |
ArraySeq.ArraySeq_float |
static class |
ArraySeq.ArraySeq_int |
static class |
ArraySeq.ArraySeq_long |
static class |
ArraySeq.ArraySeq_short |
class |
ASeq |
class |
ChunkedCons |
class |
Cons |
class |
Cycle |
class |
EnumerationSeq |
class |
Iterate |
class |
IteratorSeq |
class |
LazySeq |
class |
LongRange
Implements the special common case of a finite range based on long start, end, and step,
with no more than Integer.MAX_VALUE items.
|
class |
MapEntry |
class |
PersistentList |
class |
PersistentQueue
conses onto rear, peeks/pops from front
See Okasaki's Batched Queues
This differs in that it uses a PersistentVector as the rear, which is in-order,
so no reversing or suspensions required for persistent use
|
static class |
PersistentTreeMap.Seq |
class |
PersistentVector |
static class |
PersistentVector.ChunkedSeq |
class |
Range
Implements generic numeric (potentially infinite) range.
|
class |
Repeat |
class |
StringSeq |
Modifier and Type | Method and Description |
---|---|
Sequential |
PersistentVector.drop(int n) |
Sequential |
PersistentVector.ChunkedSeq.drop(int n) |
Sequential |
StringSeq.drop(int n) |
Sequential |
LongRange.drop(int n) |
Sequential |
IDrop.drop(int n)
Returns a collection that is Sequential, ISeq, and IReduceInit.
|
Sequential |
PersistentArrayMap.drop(int n) |
Sequential |
Repeat.drop(int n) |
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