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k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
k to the set.
ByteByteOpenHashMap.values table is allocated
or empty.
ByteCharOpenHashMap.values table is allocated
or empty.
ByteDoubleOpenHashMap.values table is allocated
or empty.
ByteFloatOpenHashMap.values table is allocated
or empty.
ByteIntOpenHashMap.values table is allocated
or empty.
ByteLongOpenHashMap.values table is allocated
or empty.
ByteObjectOpenHashMap.values table is allocated
or empty.
ByteOpenHashSet.keys table is allocated
or empty.
ByteShortOpenHashMap.values table is allocated
or empty.
CharByteOpenHashMap.values table is allocated
or empty.
CharCharOpenHashMap.values table is allocated
or empty.
CharDoubleOpenHashMap.values table is allocated
or empty.
CharFloatOpenHashMap.values table is allocated
or empty.
CharIntOpenHashMap.values table is allocated
or empty.
CharLongOpenHashMap.values table is allocated
or empty.
CharObjectOpenHashMap.values table is allocated
or empty.
CharOpenHashSet.keys table is allocated
or empty.
CharShortOpenHashMap.values table is allocated
or empty.
DoubleByteOpenHashMap.values table is allocated
or empty.
DoubleCharOpenHashMap.values table is allocated
or empty.
DoubleDoubleOpenHashMap.values table is allocated
or empty.
DoubleFloatOpenHashMap.values table is allocated
or empty.
DoubleIntOpenHashMap.values table is allocated
or empty.
DoubleLongOpenHashMap.values table is allocated
or empty.
DoubleObjectOpenHashMap.values table is allocated
or empty.
DoubleOpenHashSet.keys table is allocated
or empty.
DoubleShortOpenHashMap.values table is allocated
or empty.
FloatByteOpenHashMap.values table is allocated
or empty.
FloatCharOpenHashMap.values table is allocated
or empty.
FloatDoubleOpenHashMap.values table is allocated
or empty.
FloatFloatOpenHashMap.values table is allocated
or empty.
FloatIntOpenHashMap.values table is allocated
or empty.
FloatLongOpenHashMap.values table is allocated
or empty.
FloatObjectOpenHashMap.values table is allocated
or empty.
FloatOpenHashSet.keys table is allocated
or empty.
FloatShortOpenHashMap.values table is allocated
or empty.
IntByteOpenHashMap.values table is allocated
or empty.
IntCharOpenHashMap.values table is allocated
or empty.
IntDoubleOpenHashMap.values table is allocated
or empty.
IntFloatOpenHashMap.values table is allocated
or empty.
IntIntOpenHashMap.values table is allocated
or empty.
IntLongOpenHashMap.values table is allocated
or empty.
IntObjectOpenHashMap.values table is allocated
or empty.
IntOpenHashSet.keys table is allocated
or empty.
IntShortOpenHashMap.values table is allocated
or empty.
KTypeOpenHashSet.keys table is allocated
or empty.
KTypeVTypeOpenHashMap.values table is allocated
or empty.
LongByteOpenHashMap.values table is allocated
or empty.
LongCharOpenHashMap.values table is allocated
or empty.
LongDoubleOpenHashMap.values table is allocated
or empty.
LongFloatOpenHashMap.values table is allocated
or empty.
LongIntOpenHashMap.values table is allocated
or empty.
LongLongOpenHashMap.values table is allocated
or empty.
LongObjectOpenHashMap.values table is allocated
or empty.
LongOpenHashSet.keys table is allocated
or empty.
LongShortOpenHashMap.values table is allocated
or empty.
ObjectByteOpenHashMap.values table is allocated
or empty.
ObjectCharOpenHashMap.values table is allocated
or empty.
ObjectDoubleOpenHashMap.values table is allocated
or empty.
ObjectFloatOpenHashMap.values table is allocated
or empty.
ObjectIntOpenHashMap.values table is allocated
or empty.
ObjectLongOpenHashMap.values table is allocated
or empty.
ObjectObjectOpenHashMap.values table is allocated
or empty.
ObjectOpenHashSet.keys table is allocated
or empty.
ObjectShortOpenHashMap.values table is allocated
or empty.
ShortByteOpenHashMap.values table is allocated
or empty.
ShortCharOpenHashMap.values table is allocated
or empty.
ShortDoubleOpenHashMap.values table is allocated
or empty.
ShortFloatOpenHashMap.values table is allocated
or empty.
ShortIntOpenHashMap.values table is allocated
or empty.
ShortLongOpenHashMap.values table is allocated
or empty.
ShortObjectOpenHashMap.values table is allocated
or empty.
ShortOpenHashSet.keys table is allocated
or empty.
ShortShortOpenHashMap.values table is allocated
or empty.
IntLookupContainer.
LongLookupContainer.
ByteByteOpenHashMap.allocated.
ByteCharOpenHashMap.allocated.
ByteDoubleOpenHashMap.allocated.
ByteFloatOpenHashMap.allocated.
ByteIntOpenHashMap.allocated.
ByteLongOpenHashMap.allocated.
ByteObjectOpenHashMap.allocated.
ByteOpenHashSet.allocated.
ByteShortOpenHashMap.allocated.
CharByteOpenHashMap.allocated.
CharCharOpenHashMap.allocated.
CharDoubleOpenHashMap.allocated.
CharFloatOpenHashMap.allocated.
CharIntOpenHashMap.allocated.
CharLongOpenHashMap.allocated.
CharObjectOpenHashMap.allocated.
CharOpenHashSet.allocated.
CharShortOpenHashMap.allocated.
DoubleByteOpenHashMap.allocated.
DoubleCharOpenHashMap.allocated.
DoubleDoubleOpenHashMap.allocated.
DoubleFloatOpenHashMap.allocated.
DoubleIntOpenHashMap.allocated.
DoubleLongOpenHashMap.allocated.
DoubleObjectOpenHashMap.allocated.
DoubleOpenHashSet.allocated.
DoubleShortOpenHashMap.allocated.
FloatByteOpenHashMap.allocated.
FloatCharOpenHashMap.allocated.
FloatDoubleOpenHashMap.allocated.
FloatFloatOpenHashMap.allocated.
FloatIntOpenHashMap.allocated.
FloatLongOpenHashMap.allocated.
FloatObjectOpenHashMap.allocated.
FloatOpenHashSet.allocated.
FloatShortOpenHashMap.allocated.
IntByteOpenHashMap.allocated.
IntCharOpenHashMap.allocated.
IntDoubleOpenHashMap.allocated.
IntFloatOpenHashMap.allocated.
IntIntOpenHashMap.allocated.
IntLongOpenHashMap.allocated.
IntObjectOpenHashMap.allocated.
IntOpenHashSet.allocated.
IntShortOpenHashMap.allocated.
KTypeOpenHashSet.allocated.
KTypeVTypeOpenHashMap.allocated.
LongByteOpenHashMap.allocated.
LongCharOpenHashMap.allocated.
LongDoubleOpenHashMap.allocated.
LongFloatOpenHashMap.allocated.
LongIntOpenHashMap.allocated.
LongLongOpenHashMap.allocated.
LongObjectOpenHashMap.allocated.
LongOpenHashSet.allocated.
LongShortOpenHashMap.allocated.
ObjectByteOpenHashMap.allocated.
ObjectCharOpenHashMap.allocated.
ObjectDoubleOpenHashMap.allocated.
ObjectFloatOpenHashMap.allocated.
ObjectIntOpenHashMap.allocated.
ObjectLongOpenHashMap.allocated.
ObjectObjectOpenHashMap.allocated.
ObjectOpenHashSet.allocated.
ObjectShortOpenHashMap.allocated.
ShortByteOpenHashMap.allocated.
ShortCharOpenHashMap.allocated.
ShortDoubleOpenHashMap.allocated.
ShortFloatOpenHashMap.allocated.
ShortIntOpenHashMap.allocated.
ShortLongOpenHashMap.allocated.
ShortObjectOpenHashMap.allocated.
ShortOpenHashSet.allocated.
ShortShortOpenHashMap.allocated.
e1.
e1.
e1.
e1.
e1.
e1.
e1.
e1.
e1.
byte to byte, implemented using open
addressing with linear probing for collision resolution.byte, byte pairs.byte to char, implemented using open
addressing with linear probing for collision resolution.byte, char pairs.bytes.bytes.bytes.byte to double, implemented using open
addressing with linear probing for collision resolution.byte, double pairs.byte to float, implemented using open
addressing with linear probing for collision resolution.byte, float pairs.byte holder.index.byte to int, implemented using open
addressing with linear probing for collision resolution.byte, int pairs.byte to long, implemented using open
addressing with linear probing for collision resolution.byte, long pairs.O(log n) and ideally in amortized
constant time O(1).byte to VType, implemented using open
addressing with linear probing for collision resolution.byte, VType pairs.bytes, implemented using using open
addressing with linear probing for collision resolution.byte objects.byte objects.bytes.byte to short, implemented using open
addressing with linear probing for collision resolution.byte, short pairs.ObjectArrayList adding stack-related utility methods.char to byte, implemented using open
addressing with linear probing for collision resolution.char, byte pairs.char to char, implemented using open
addressing with linear probing for collision resolution.char, char pairs.chars.chars.chars.char to double, implemented using open
addressing with linear probing for collision resolution.char, double pairs.char to float, implemented using open
addressing with linear probing for collision resolution.char, float pairs.char holder.index.char to int, implemented using open
addressing with linear probing for collision resolution.char, int pairs.char to long, implemented using open
addressing with linear probing for collision resolution.char, long pairs.O(log n) and ideally in amortized
constant time O(1).char to VType, implemented using open
addressing with linear probing for collision resolution.char, VType pairs.chars, implemented using using open
addressing with linear probing for collision resolution.char objects.char objects.chars.char to short, implemented using open
addressing with linear probing for collision resolution.char, short pairs.ObjectArrayList adding stack-related utility methods.byte, int, etc.) to conserve
memory and boost performance.true/ false for
a given value.true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
true if this container has an association to a value for
the given key.
procedure to all elements of this deque, tail to head.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all elements of this deque, tail to head.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all elements of this deque, tail to head.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all elements of this deque, tail to head.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all elements of this deque, tail to head.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all elements of this deque, tail to head.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all elements of this deque, tail to head.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all elements of this deque, tail to head.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all elements of this deque, tail to head.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
double to byte, implemented using open
addressing with linear probing for collision resolution.double, byte pairs.double to char, implemented using open
addressing with linear probing for collision resolution.double, char pairs.doubles.doubles.doubles.double to double, implemented using open
addressing with linear probing for collision resolution.double, double pairs.double to float, implemented using open
addressing with linear probing for collision resolution.double, float pairs.double holder.index.double to int, implemented using open
addressing with linear probing for collision resolution.double, int pairs.double to long, implemented using open
addressing with linear probing for collision resolution.double, long pairs.O(log n) and ideally in amortized
constant time O(1).double to VType, implemented using open
addressing with linear probing for collision resolution.double, VType pairs.doubles, implemented using using open
addressing with linear probing for collision resolution.double objects.double objects.doubles.double to short, implemented using open
addressing with linear probing for collision resolution.double, short pairs.ObjectArrayList adding stack-related utility methods.ByteArrayList.buffer.
CharArrayList.buffer.
DoubleArrayList.buffer.
FloatArrayList.buffer.
IntArrayList.buffer.
IntDoubleLinkedSet.dense).
KTypeArrayList.buffer.
LongArrayList.buffer.
ObjectArrayList.buffer.
ShortArrayList.buffer.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
expectedAdditions.
value.
float to byte, implemented using open
addressing with linear probing for collision resolution.float, byte pairs.float to char, implemented using open
addressing with linear probing for collision resolution.float, char pairs.floats.floats.floats.float to double, implemented using open
addressing with linear probing for collision resolution.float, double pairs.float to float, implemented using open
addressing with linear probing for collision resolution.float, float pairs.float holder.index.float to int, implemented using open
addressing with linear probing for collision resolution.float, int pairs.float to long, implemented using open
addressing with linear probing for collision resolution.float, long pairs.O(log n) and ideally in amortized
constant time O(1).float to VType, implemented using open
addressing with linear probing for collision resolution.float, VType pairs.floats, implemented using using open
addressing with linear probing for collision resolution.float objects.float objects.floats.float to short, implemented using open
addressing with linear probing for collision resolution.float, short pairs.ObjectArrayList adding stack-related utility methods.procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
procedure to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive.
predicate to container elements as long, as the predicate
returns true.
predicate to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive, or until predicate returns false.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
procedure to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive.
predicate to container elements as long, as the predicate
returns true.
predicate to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive, or until predicate returns false.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
procedure to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive.
predicate to container elements as long, as the predicate
returns true.
predicate to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive, or until predicate returns false.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
procedure to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive.
predicate to container elements as long, as the predicate
returns true.
predicate to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive, or until predicate returns false.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
procedure to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive.
predicate to container elements as long, as the predicate
returns true.
predicate to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive, or until predicate returns false.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
procedure to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive.
predicate to container elements as long, as the predicate
returns true.
predicate to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive, or until predicate returns false.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
procedure to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive.
predicate to container elements as long, as the predicate
returns true.
predicate to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive, or until predicate returns false.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
procedure to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive.
predicate to container elements as long, as the predicate
returns true.
predicate to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive, or until predicate returns false.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
procedure to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive.
predicate to container elements as long, as the predicate
returns true.
predicate to a slice of the list,
fromIndex, inclusive, to toIndex,
exclusive, or until predicate returns false.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
procedure to all container elements.
predicate to container elements as long, as the predicate
returns true.
byte.
byte.
char.
char.
double.
double.
float.
float.
int.
int.
int.
KType.
KType.
long.
long.
KType.
KType.
short.
short.
BoundedProportionalArraySizingStrategy.growRatio, BoundedProportionalArraySizingStrategy.minGrowCount and BoundedProportionalArraySizingStrategy.maxGrowCount.
Predicate and HPPC's ObjectPredicate.Predicate and HPPC's ObjectProcedure.IndirectComparator.AscendingIntComparator's contract.int to byte, implemented using open
addressing with linear probing for collision resolution.int, byte pairs.int to char, implemented using open
addressing with linear probing for collision resolution.int, char pairs.ints.ints.ints.int values.int to double, implemented using open
addressing with linear probing for collision resolution.int, double pairs.int to float, implemented using open
addressing with linear probing for collision resolution.int, float pairs.int holder.index.int to int, implemented using open
addressing with linear probing for collision resolution.int, int pairs.int to long, implemented using open
addressing with linear probing for collision resolution.int, long pairs.O(log n) and ideally in amortized
constant time O(1).int to VType, implemented using open
addressing with linear probing for collision resolution.int, VType pairs.ints, implemented using using open
addressing with linear probing for collision resolution.int objects.int objects.ints.int to short, implemented using open
addressing with linear probing for collision resolution.int, short pairs.ObjectArrayList adding stack-related utility methods.size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
size() == 0.
KTypes.KTypes.KTypes.index.O(log n) and ideally in amortized
constant time O(1).KTypes, implemented using using open
addressing with linear probing for collision resolution.KType objects.KType objects.KTypes.ObjectArrayList adding stack-related utility methods.KType to VType, implemented using open
addressing with linear probing for collision resolution.KType, VType pairs.e1.
e1.
e1.
e1.
e1.
e1.
e1.
e1.
e1.
ByteByteOpenHashMap.containsKey(byte).
ByteCharOpenHashMap.containsKey(byte).
ByteDoubleOpenHashMap.containsKey(byte).
ByteFloatOpenHashMap.containsKey(byte).
ByteIntOpenHashMap.containsKey(byte).
ByteLongOpenHashMap.containsKey(byte).
ByteObjectOpenHashMap.containsKey(byte).
ByteOpenHashSet.contains(byte).
ByteShortOpenHashMap.containsKey(byte).
CharByteOpenHashMap.containsKey(char).
CharCharOpenHashMap.containsKey(char).
CharDoubleOpenHashMap.containsKey(char).
CharFloatOpenHashMap.containsKey(char).
CharIntOpenHashMap.containsKey(char).
CharLongOpenHashMap.containsKey(char).
CharObjectOpenHashMap.containsKey(char).
CharOpenHashSet.contains(char).
CharShortOpenHashMap.containsKey(char).
DoubleByteOpenHashMap.containsKey(double).
DoubleCharOpenHashMap.containsKey(double).
DoubleDoubleOpenHashMap.containsKey(double).
DoubleFloatOpenHashMap.containsKey(double).
DoubleIntOpenHashMap.containsKey(double).
DoubleLongOpenHashMap.containsKey(double).
DoubleObjectOpenHashMap.containsKey(double).
DoubleOpenHashSet.contains(double).
DoubleShortOpenHashMap.containsKey(double).
FloatByteOpenHashMap.containsKey(float).
FloatCharOpenHashMap.containsKey(float).
FloatDoubleOpenHashMap.containsKey(float).
FloatFloatOpenHashMap.containsKey(float).
FloatIntOpenHashMap.containsKey(float).
FloatLongOpenHashMap.containsKey(float).
FloatObjectOpenHashMap.containsKey(float).
FloatOpenHashSet.contains(float).
FloatShortOpenHashMap.containsKey(float).
IntByteOpenHashMap.containsKey(int).
IntCharOpenHashMap.containsKey(int).
IntDoubleOpenHashMap.containsKey(int).
IntFloatOpenHashMap.containsKey(int).
IntIntOpenHashMap.containsKey(int).
IntLongOpenHashMap.containsKey(int).
IntObjectOpenHashMap.containsKey(int).
IntOpenHashSet.contains(int).
IntShortOpenHashMap.containsKey(int).
KTypeOpenHashSet.contains(KType).
KTypeVTypeOpenHashMap.containsKey(KType).
LongByteOpenHashMap.containsKey(long).
LongCharOpenHashMap.containsKey(long).
LongDoubleOpenHashMap.containsKey(long).
LongFloatOpenHashMap.containsKey(long).
LongIntOpenHashMap.containsKey(long).
LongLongOpenHashMap.containsKey(long).
LongObjectOpenHashMap.containsKey(long).
LongOpenHashSet.contains(long).
LongShortOpenHashMap.containsKey(long).
ObjectByteOpenHashMap.containsKey(KType).
ObjectCharOpenHashMap.containsKey(KType).
ObjectDoubleOpenHashMap.containsKey(KType).
ObjectFloatOpenHashMap.containsKey(KType).
ObjectIntOpenHashMap.containsKey(KType).
ObjectLongOpenHashMap.containsKey(KType).
ObjectObjectOpenHashMap.containsKey(KType).
ObjectOpenHashSet.contains(KType).
ObjectShortOpenHashMap.containsKey(KType).
ShortByteOpenHashMap.containsKey(short).
ShortCharOpenHashMap.containsKey(short).
ShortDoubleOpenHashMap.containsKey(short).
ShortFloatOpenHashMap.containsKey(short).
ShortIntOpenHashMap.containsKey(short).
ShortLongOpenHashMap.containsKey(short).
ShortObjectOpenHashMap.containsKey(short).
ShortOpenHashSet.contains(short).
ShortShortOpenHashMap.containsKey(short).
long to byte, implemented using open
addressing with linear probing for collision resolution.long, byte pairs.long to char, implemented using open
addressing with linear probing for collision resolution.long, char pairs.longs.longs.longs.long to double, implemented using open
addressing with linear probing for collision resolution.long, double pairs.long to float, implemented using open
addressing with linear probing for collision resolution.long, float pairs.long holder.index.long to int, implemented using open
addressing with linear probing for collision resolution.long, int pairs.long to long, implemented using open
addressing with linear probing for collision resolution.long, long pairs.O(log n) and ideally in amortized
constant time O(1).long to VType, implemented using open
addressing with linear probing for collision resolution.long, VType pairs.longs, implemented using using open
addressing with linear probing for collision resolution.long objects.long objects.longs.long to short, implemented using open
addressing with linear probing for collision resolution.long, short pairs.ObjectArrayList adding stack-related utility methods.ByteByteOpenHashMap.containsKey(byte), if and only if the key exists
in the map already.
ByteCharOpenHashMap.containsKey(byte), if and only if the key exists
in the map already.
ByteDoubleOpenHashMap.containsKey(byte), if and only if the key exists
in the map already.
ByteFloatOpenHashMap.containsKey(byte), if and only if the key exists
in the map already.
ByteIntOpenHashMap.containsKey(byte), if and only if the key exists
in the map already.
ByteLongOpenHashMap.containsKey(byte), if and only if the key exists
in the map already.
ByteObjectOpenHashMap.containsKey(byte), if and only if the key exists
in the map already.
ByteShortOpenHashMap.containsKey(byte), if and only if the key exists
in the map already.
CharByteOpenHashMap.containsKey(char), if and only if the key exists
in the map already.
CharCharOpenHashMap.containsKey(char), if and only if the key exists
in the map already.
CharDoubleOpenHashMap.containsKey(char), if and only if the key exists
in the map already.
CharFloatOpenHashMap.containsKey(char), if and only if the key exists
in the map already.
CharIntOpenHashMap.containsKey(char), if and only if the key exists
in the map already.
CharLongOpenHashMap.containsKey(char), if and only if the key exists
in the map already.
CharObjectOpenHashMap.containsKey(char), if and only if the key exists
in the map already.
CharShortOpenHashMap.containsKey(char), if and only if the key exists
in the map already.
DoubleByteOpenHashMap.containsKey(double), if and only if the key exists
in the map already.
DoubleCharOpenHashMap.containsKey(double), if and only if the key exists
in the map already.
DoubleDoubleOpenHashMap.containsKey(double), if and only if the key exists
in the map already.
DoubleFloatOpenHashMap.containsKey(double), if and only if the key exists
in the map already.
DoubleIntOpenHashMap.containsKey(double), if and only if the key exists
in the map already.
DoubleLongOpenHashMap.containsKey(double), if and only if the key exists
in the map already.
DoubleObjectOpenHashMap.containsKey(double), if and only if the key exists
in the map already.
DoubleShortOpenHashMap.containsKey(double), if and only if the key exists
in the map already.
FloatByteOpenHashMap.containsKey(float), if and only if the key exists
in the map already.
FloatCharOpenHashMap.containsKey(float), if and only if the key exists
in the map already.
FloatDoubleOpenHashMap.containsKey(float), if and only if the key exists
in the map already.
FloatFloatOpenHashMap.containsKey(float), if and only if the key exists
in the map already.
FloatIntOpenHashMap.containsKey(float), if and only if the key exists
in the map already.
FloatLongOpenHashMap.containsKey(float), if and only if the key exists
in the map already.
FloatObjectOpenHashMap.containsKey(float), if and only if the key exists
in the map already.
FloatShortOpenHashMap.containsKey(float), if and only if the key exists
in the map already.
IntByteOpenHashMap.containsKey(int), if and only if the key exists
in the map already.
IntCharOpenHashMap.containsKey(int), if and only if the key exists
in the map already.
IntDoubleOpenHashMap.containsKey(int), if and only if the key exists
in the map already.
IntFloatOpenHashMap.containsKey(int), if and only if the key exists
in the map already.
IntIntOpenHashMap.containsKey(int), if and only if the key exists
in the map already.
IntLongOpenHashMap.containsKey(int), if and only if the key exists
in the map already.
IntObjectOpenHashMap.containsKey(int), if and only if the key exists
in the map already.
IntShortOpenHashMap.containsKey(int), if and only if the key exists
in the map already.
KTypeVTypeOpenHashMap.containsKey(KType), if and only if the key exists
in the map already.
LongByteOpenHashMap.containsKey(long), if and only if the key exists
in the map already.
LongCharOpenHashMap.containsKey(long), if and only if the key exists
in the map already.
LongDoubleOpenHashMap.containsKey(long), if and only if the key exists
in the map already.
LongFloatOpenHashMap.containsKey(long), if and only if the key exists
in the map already.
LongIntOpenHashMap.containsKey(long), if and only if the key exists
in the map already.
LongLongOpenHashMap.containsKey(long), if and only if the key exists
in the map already.
LongObjectOpenHashMap.containsKey(long), if and only if the key exists
in the map already.
LongShortOpenHashMap.containsKey(long), if and only if the key exists
in the map already.
ObjectByteOpenHashMap.containsKey(KType), if and only if the key exists
in the map already.
ObjectCharOpenHashMap.containsKey(KType), if and only if the key exists
in the map already.
ObjectDoubleOpenHashMap.containsKey(KType), if and only if the key exists
in the map already.
ObjectFloatOpenHashMap.containsKey(KType), if and only if the key exists
in the map already.
ObjectIntOpenHashMap.containsKey(KType), if and only if the key exists
in the map already.
ObjectLongOpenHashMap.containsKey(KType), if and only if the key exists
in the map already.
ObjectObjectOpenHashMap.containsKey(KType), if and only if the key exists
in the map already.
ObjectShortOpenHashMap.containsKey(KType), if and only if the key exists
in the map already.
ShortByteOpenHashMap.containsKey(short), if and only if the key exists
in the map already.
ShortCharOpenHashMap.containsKey(short), if and only if the key exists
in the map already.
ShortDoubleOpenHashMap.containsKey(short), if and only if the key exists
in the map already.
ShortFloatOpenHashMap.containsKey(short), if and only if the key exists
in the map already.
ShortIntOpenHashMap.containsKey(short), if and only if the key exists
in the map already.
ShortLongOpenHashMap.containsKey(short), if and only if the key exists
in the map already.
ShortObjectOpenHashMap.containsKey(short), if and only if the key exists
in the map already.
ShortShortOpenHashMap.containsKey(short), if and only if the key exists
in the map already.
start and
length, as indicated by the given comparator.
start and
length, as indicated by the given comparator.
KType to byte, implemented using open
addressing with linear probing for collision resolution.KType, byte pairs.KType to char, implemented using open
addressing with linear probing for collision resolution.KType, char pairs.KTypes.KTypes.KTypes.KType to double, implemented using open
addressing with linear probing for collision resolution.KType, double pairs.KType to float, implemented using open
addressing with linear probing for collision resolution.KType, float pairs.index.KType to int, implemented using open
addressing with linear probing for collision resolution.KType, int pairs.KType to long, implemented using open
addressing with linear probing for collision resolution.KType, long pairs.O(log n) and ideally in amortized
constant time O(1).KType to VType, implemented using open
addressing with linear probing for collision resolution.KType, VType pairs.KTypes, implemented using using open
addressing with linear probing for collision resolution.KType objects.KType objects.KTypes.KType to short, implemented using open
addressing with linear probing for collision resolution.KType, short pairs.ObjectArrayList adding stack-related utility methods.ByteOpenHashSet.removeAllOccurrences(byte).
CharOpenHashSet.removeAllOccurrences(char).
DoubleOpenHashSet.removeAllOccurrences(double).
FloatOpenHashSet.removeAllOccurrences(float).
IntDoubleLinkedSet.removeAllOccurrences(int).
IntOpenHashSet.removeAllOccurrences(int).
KTypeOpenHashSet.removeAllOccurrences(KType).
LongOpenHashSet.removeAllOccurrences(long).
ObjectOpenHashSet.removeAllOccurrences(KType).
ShortOpenHashSet.removeAllOccurrences(short).
true.
true.
true.
true.
true.
true.
c.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
c.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
c.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
c.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
c.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
c.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
c.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
c.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
c.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
true.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
e from this collection.
index in the internal
{#link ByteArrayDeque.buffer} array, returning its value.
index in the internal
{#link CharArrayDeque.buffer} array, returning its value.
index in the internal
{#link DoubleArrayDeque.buffer} array, returning its value.
index in the internal
{#link FloatArrayDeque.buffer} array, returning its value.
index in the internal
{#link IntArrayDeque.buffer} array, returning its value.
index in the internal
{#link KTypeArrayDeque.buffer} array, returning its value.
index in the internal
{#link LongArrayDeque.buffer} array, returning its value.
index in the internal
{#link ObjectArrayDeque.buffer} array, returning its value.
index in the internal
{#link ShortArrayDeque.buffer} array, returning its value.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
e1, returning its
deleted position or -1 if the element was not found.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
fromIndex, inclusive, and toIndex, exclusive.
c.
true.
c.
true.
c.
true.
c.
true.
c.
true.
c.
true.
c.
true.
c.
true.
c.
true.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
slot.
short to byte, implemented using open
addressing with linear probing for collision resolution.short, byte pairs.short to char, implemented using open
addressing with linear probing for collision resolution.short, char pairs.shorts.shorts.shorts.short to double, implemented using open
addressing with linear probing for collision resolution.short, double pairs.short to float, implemented using open
addressing with linear probing for collision resolution.short, float pairs.short holder.index.short to int, implemented using open
addressing with linear probing for collision resolution.short, int pairs.short to long, implemented using open
addressing with linear probing for collision resolution.short, long pairs.O(log n) and ideally in amortized
constant time O(1).short to VType, implemented using open
addressing with linear probing for collision resolution.short, VType pairs.shorts, implemented using using open
addressing with linear probing for collision resolution.short objects.short objects.shorts.short to short, implemented using open
addressing with linear probing for collision resolution.short, short pairs.ObjectArrayList adding stack-related utility methods.IntDoubleLinkedSet.dense.
BitSet.wlen, the number of words in use, by checking for trailing zero
words.
ByteByteOpenHashMap.keys.
ByteCharOpenHashMap.keys.
ByteDoubleOpenHashMap.keys.
ByteFloatOpenHashMap.keys.
ByteIntOpenHashMap.keys.
ByteLongOpenHashMap.keys.
ByteObjectOpenHashMap.keys.
ByteShortOpenHashMap.keys.
CharByteOpenHashMap.keys.
CharCharOpenHashMap.keys.
CharDoubleOpenHashMap.keys.
CharFloatOpenHashMap.keys.
CharIntOpenHashMap.keys.
CharLongOpenHashMap.keys.
CharObjectOpenHashMap.keys.
CharShortOpenHashMap.keys.
DoubleByteOpenHashMap.keys.
DoubleCharOpenHashMap.keys.
DoubleDoubleOpenHashMap.keys.
DoubleFloatOpenHashMap.keys.
DoubleIntOpenHashMap.keys.
DoubleLongOpenHashMap.keys.
DoubleObjectOpenHashMap.keys.
DoubleShortOpenHashMap.keys.
FloatByteOpenHashMap.keys.
FloatCharOpenHashMap.keys.
FloatDoubleOpenHashMap.keys.
FloatFloatOpenHashMap.keys.
FloatIntOpenHashMap.keys.
FloatLongOpenHashMap.keys.
FloatObjectOpenHashMap.keys.
FloatShortOpenHashMap.keys.
IntByteOpenHashMap.keys.
IntCharOpenHashMap.keys.
IntDoubleOpenHashMap.keys.
IntFloatOpenHashMap.keys.
IntIntOpenHashMap.keys.
IntLongOpenHashMap.keys.
IntObjectOpenHashMap.keys.
IntShortOpenHashMap.keys.
KTypeVTypeOpenHashMap.keys.
LongByteOpenHashMap.keys.
LongCharOpenHashMap.keys.
LongDoubleOpenHashMap.keys.
LongFloatOpenHashMap.keys.
LongIntOpenHashMap.keys.
LongLongOpenHashMap.keys.
LongObjectOpenHashMap.keys.
LongShortOpenHashMap.keys.
ObjectByteOpenHashMap.keys.
ObjectCharOpenHashMap.keys.
ObjectDoubleOpenHashMap.keys.
ObjectFloatOpenHashMap.keys.
ObjectIntOpenHashMap.keys.
ObjectLongOpenHashMap.keys.
ObjectObjectOpenHashMap.keys.
ObjectShortOpenHashMap.keys.
ShortByteOpenHashMap.keys.
ShortCharOpenHashMap.keys.
ShortDoubleOpenHashMap.keys.
ShortFloatOpenHashMap.keys.
ShortIntOpenHashMap.keys.
ShortLongOpenHashMap.keys.
ShortObjectOpenHashMap.keys.
ShortShortOpenHashMap.keys.
BitSet.bits array.
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