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| • | org.apache.commons.collections.primitives.adapters.* (179) | • | org.apache.commons.collections.primitives.adapters.io.* (9) |
| • | org.apache.commons.collections.primitives.decorators.* (120) |
• org.apache.commons.collections.primitives: Javadoc index of package org.apache.commons.collections.primitives.
Package Samples:
• org.apache.commons.collections.primitives.adapters.io: Adapters for converting between the primitive and object based versions of the collections framework.
• org.apache.commons.collections.primitives.adapters: Collections of primitive values.
• org.apache.commons.collections.primitives.decorators
Classes:
• RandomAccessDoubleList: Abstract base class for DoubleList s backed by random access structures like arrays. Read-only subclasses must override get(int) 55 and size() 55 . Mutable subclasses should also override set(int, double) 55 . Variably-sized subclasses should also override add(int, double) 55 and removeElementAt(int) 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• RandomAccessShortList: Abstract base class for ShortList s backed by random access structures like arrays. Read-only subclasses must override get(int) 55 and size() 55 . Mutable subclasses should also override set(int, short) 55 . Variably-sized subclasses should also override add(int, short) 55 and removeElementAt(int) 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• RandomAccessFloatList: Abstract base class for FloatList s backed by random access structures like arrays. Read-only subclasses must override get(int) 55 and size() 55 . Mutable subclasses should also override set(int, float) 55 . Variably-sized subclasses should also override add(int, float) 55 and removeElementAt(int) 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• RandomAccessByteList: Abstract base class for ByteList s backed by random access structures like arrays. Read-only subclasses must override get(int) 55 and size() 55 . Mutable subclasses should also override set(int, byte) 55 . Variably-sized subclasses should also override add(int, byte) 55 and removeElementAt(int) 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• RandomAccessCharList: Abstract base class for CharList s backed by random access structures like arrays. Read-only subclasses must override get(int) 55 and size() 55 . Mutable subclasses should also override set(int, char) 55 . Variably-sized subclasses should also override add(int, char) 55 and removeElementAt(int) 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• RandomAccessLongList: Abstract base class for LongList s backed by random access structures like arrays. Read-only subclasses must override get(int) 55 and size() 55 . Mutable subclasses should also override set(int, long) 55 . Variably-sized subclasses should also override add(int, long) 55 and removeElementAt(int) 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• RandomAccessIntList: Abstract base class for IntList s backed by random access structures like arrays. Read-only subclasses must override get(int) 55 and size() 55 . Mutable subclasses should also override set(int, int) 55 . Variably-sized subclasses should also override add(int, int) 55 and removeElementAt(int) 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• AbstractDoubleCollection: Abstract base class for DoubleCollection s. Read-only subclasses must override iterator() 55 and size() 55 . Mutable subclasses should also override add(double) 55 and DoubleIterator.remove 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• AbstractFloatCollection: Abstract base class for FloatCollection s. Read-only subclasses must override iterator() 55 and size() 55 . Mutable subclasses should also override add(float) 55 and FloatIterator.remove 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• AbstractShortCollection: Abstract base class for ShortCollection s. Read-only subclasses must override iterator() 55 and size() 55 . Mutable subclasses should also override add(short) 55 and ShortIterator.remove 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• AbstractLongCollection: Abstract base class for LongCollection s. Read-only subclasses must override iterator() 55 and size() 55 . Mutable subclasses should also override add(long) 55 and LongIterator.remove 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• AbstractByteCollection: Abstract base class for ByteCollection s. Read-only subclasses must override iterator() 55 and size() 55 . Mutable subclasses should also override add(byte) 55 and ByteIterator.remove 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• AbstractCharCollection: Abstract base class for CharCollection s. Read-only subclasses must override iterator() 55 and size() 55 . Mutable subclasses should also override add(char) 55 and CharIterator.remove 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• AbstractIntCollection: Abstract base class for IntCollection s. Read-only subclasses must override iterator() 55 and size() 55 . Mutable subclasses should also override add(int) 55 and IntIterator.remove 55 . All other methods have at least some base implementation derived from these. Subclasses may choose to override these methods to provide a more efficient implementation.
• ArrayUnsignedByteList: A ShortList backed by an array of unsigned byte values. This list stores short values in the range [ MIN_VALUE 55 , MAX_VALUE 55 ] in 8-bits per element. Attempts to use elements outside this range may cause an IllegalArgumentException to be thrown. This implementation supports all optional methods.
• ArrayUnsignedShortList: An IntList backed by an array of unsigned short values. This list stores int values in the range [ 0 55 , 65535 55 ] in 16-bits per element. Attempts to use elements outside this range may cause an IllegalArgumentException to be thrown. This implementation supports all optional methods.
• ArrayUnsignedIntList: An IntList backed by an array of unsigned int values. This list stores int values in the range [ 0 55 , 65535 55 ] in 16-bits per element. Attempts to use elements outside this range may cause an IllegalArgumentException to be thrown. This implementation supports all optional methods.
• ListIteratorDoubleListIterator: Adapts a java.lang.Number -valued ListIterator to the DoubleListIterator interface. This implementation delegates most methods to the provided DoubleListIterator implementation in the "obvious" way.
• ListIteratorShortListIterator: Adapts a java.lang.Number -valued ListIterator to the ShortListIterator interface. This implementation delegates most methods to the provided ShortListIterator implementation in the "obvious" way.
• ListIteratorFloatListIterator: Adapts a java.lang.Number -valued ListIterator to the FloatListIterator interface. This implementation delegates most methods to the provided FloatListIterator implementation in the "obvious" way.
• ListIteratorLongListIterator: Adapts a java.lang.Number -valued ListIterator to the LongListIterator interface. This implementation delegates most methods to the provided LongListIterator implementation in the "obvious" way.
• ListIteratorByteListIterator: Adapts a java.lang.Number -valued ListIterator to the ByteListIterator interface. This implementation delegates most methods to the provided ByteListIterator implementation in the "obvious" way.
• ListIteratorCharListIterator: Adapts a java.lang.Number -valued ListIterator to the CharListIterator interface. This implementation delegates most methods to the provided CharListIterator implementation in the "obvious" way.
• ListIteratorIntListIterator: Adapts a java.lang.Number -valued ListIterator to the IntListIterator interface. This implementation delegates most methods to the provided IntListIterator implementation in the "obvious" way.
• DoubleListIteratorListIterator: Adapts an DoubleListIterator to the ListIterator interface. This implementation delegates most methods to the provided DoubleListIterator implementation in the "obvious" way.
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