Package com.neeve.lang

Performance and garbage optimized data structures.

See: Description

Interface Summary

Interface	Description
XBooleanCollection	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XBooleanIterator	This interface represents an Iterator for primitive boolean values.
XBooleanList	Defines a list comprised of primitive boolean elements
XBooleanListIterator	A list based iterator for primitive booleans that support forwards and backwards navigation.
XBooleanMap<V>	Defines a map with primitive boolean keys.
XBooleanMap.Entry<V>	A Map Entry with a primitive boolean key.
XBooleanSet
XByteCollection	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XByteIterator	This interface represents an Iterator for primitive byte values.
XByteList	Defines a list comprised of primitive byte elements
XByteListIterator	A list based iterator for primitive bytes that support forwards and backwards navigation.
XByteMap<V>	Defines a map with primitive byte keys.
XByteMap.Entry<V>	A Map Entry with a primitive byte key.
XByteSet
XCharCollection	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XCharIterator	This interface represents an Iterator for primitive char values.
XCharList	Defines a list comprised of primitive char elements
XCharListIterator	A list based iterator for primitive chars that support forwards and backwards navigation.
XCharMap<V>	Defines a map with primitive char keys.
XCharMap.Entry<V>	A Map Entry with a primitive char key.
XCharSet
XCollection.Record	This interface represents the collection records which can directly be iterated over.
XDateIterator	A Date based XIterator that provide support for getting values as timestamps.
XDoubleCollection	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XDoubleIterator	This interface represents an Iterator for primitive double values.
XDoubleList	Defines a list comprised of primitive double elements
XDoubleListIterator	A list based iterator for primitive doubles that support forwards and backwards navigation.
XDoubleMap<V>	Defines a map with primitive double keys.
XDoubleMap.Entry<V>	A Map Entry with a primitive double key.
XDoubleSet
XFactory.Provider
XFloatCollection	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XFloatIterator	This interface represents an Iterator for primitive float values.
XFloatList	Defines a list comprised of primitive float elements
XFloatListIterator	A list based iterator for primitive floats that support forwards and backwards navigation.
XFloatMap<V>	Defines a map with primitive float keys.
XFloatMap.Entry<V>	A Map Entry with a primitive float key.
XFloatSet
XIntAdapter<T>	Adapts an int to another type.
XIntCollection	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XIntIterator	This interface represents an iterator for primitive int values.
XIntList	Defines a list comprised of primitive int elements
XIntListIterator	A list based iterator for primitive longs that support forwards and backwards navigation
XIntMap<V>	Defines a map with primitive int keys.
XIntMap.Entry<V>	A Map Entry with a primitive int key.
XIntSet
XIterator<T>	An iterator with the capability of being reset.
XLongCollection	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XLongIterator	This interface represents an iterator for primitive long values.
XLongList	Defines a list comprised of primitive long elements
XLongListIterator	A list based iterator for primitive longs that support forwards and backwards navigation
XLongMap<V>	Defines a map with primitive long keys.
XLongMap.Entry<V>	A Map Entry with a primitive long key.
XLongSet
XMap<K,V>	Defines a map with reusable iterators to allow zero garbage iteration.
XShortCollection	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XShortIterator	This interface represents an Iterator for primitive short values.
XShortList	Defines a list comprised of primitive short elements
XShortListIterator	A list based iterator for primitive shorts that support forwards and backwards navigation.
XShortMap<V>	Defines a map with primitive short keys.
XShortMap.Entry<V>	A Map Entry with a primitive short key.
XShortSet
XString.Factory<T extends XString>	A factory interface for creating new concrete instances of an XString
XStringIterator	A String based XIterator that provide support for copying the next value into an XString.

Class Summary

Class	Description
XAbstractPooledString<T extends XAbstractPooledString<T>>	Abstract base class for pooled string types.
XArrayIterator<T>	An XIterator that iterates over an array.
XBooleanArrayIterator	An XBooleanIterator that wraps a boolean array.
XBooleanCollectionBase	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XBooleanIndexedList	This class represents a random access collection with real-time behavior (smooth capacity increase) for a primitivive list of booleans This class has the following advantages over the widely used java.util.ArrayList: No large array allocation (for large collections multi-dimensional arrays are employed).
XBooleanLinkedHashMap<V>	This class represents a hash map that avoid creation of garbage; smooth capacity increase and thread-safe without external synchronization when shared.
XBooleanLinkedHashMap.Entry<V>	This class represents a XBooleanLinkedHashMap entry.
XBooleanLinkedList	This class represents a linked list with real-time behavior; smooth capacity increase and no memory allocation as long as the list size does not exceed its initial capacity.
XBooleanLinkedList.BooleanNode	This class represents a XBooleanLinkedList node; it allows for direct iteration over the list values.
XBooleanSequence	Wraps a set of bytes representing a serialized sequence of booleans.
XByteArrayIterator	An XByteIterator that wraps a byte array.
XByteCollectionBase	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XByteIndexedList	This class represents a random access collection with real-time behavior (smooth capacity increase) for a primitivive list of bytes This class has the following advantages over the widely used java.util.ArrayList: No large array allocation (for large collections multi-dimensional arrays are employed).
XByteLinkedHashMap<V>	This class represents a hash map that avoid creation of garbage; smooth capacity increase and thread-safe without external synchronization when shared.
XByteLinkedHashMap.Entry<V>	This class represents a XByteLinkedHashMap entry.
XByteLinkedList	This class represents a linked list with real-time behavior; smooth capacity increase and no memory allocation as long as the list size does not exceed its initial capacity.
XByteLinkedList.ByteNode	This class represents a XByteLinkedList node; it allows for direct iteration over the list values.
XByteSequence	Wraps a set of bytes representing a serialized sequence of bytes.
XCharArrayIterator	An XCharIterator that wraps a char array.
XCharCollectionBase	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XCharIndexedList	This class represents a random access collection with real-time behavior (smooth capacity increase) for a primitivive list of chars This class has the following advantages over the widely used java.util.ArrayList: No large array allocation (for large collections multi-dimensional arrays are employed).
XCharLinkedHashMap<V>	This class represents a hash map that avoid creation of garbage; smooth capacity increase and thread-safe without external synchronization when shared.
XCharLinkedHashMap.Entry<V>	This class represents a XCharLinkedHashMap entry.
XCharLinkedList	This class represents a linked list with real-time behavior; smooth capacity increase and no memory allocation as long as the list size does not exceed its initial capacity.
XCharLinkedList.CharNode	This class represents a XCharLinkedList node; it allows for direct iteration over the list values.
XCharSequence	Wraps a set of bytes representing a serialized sequence of chars.
XCollection<E>	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XCollectionIterator<T>	This class represents an iterator over a XCollection.
XDateArrayIterator	An XArrayIterator implementing XDateIterator
XDateSequence	Wraps a set of bytes representing a serialized sequence of dates.
XDoubleArrayIterator	An XDoubleIterator that wraps a double array.
XDoubleCollectionBase	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XDoubleIndexedList	This class represents a random access collection with real-time behavior (smooth capacity increase) for a primitivive list of doubles This class has the following advantages over the widely used java.util.ArrayList: No large array allocation (for large collections multi-dimensional arrays are employed).
XDoubleLinkedHashMap<V>	This class represents a hash map that avoid creation of garbage; smooth capacity increase and thread-safe without external synchronization when shared.
XDoubleLinkedHashMap.Entry<V>	This class represents a XDoubleLinkedHashMap entry.
XDoubleLinkedList	This class represents a linked list with real-time behavior; smooth capacity increase and no memory allocation as long as the list size does not exceed its initial capacity.
XDoubleLinkedList.DoubleNode	This class represents a XDoubleLinkedList node; it allows for direct iteration over the list values.
XDoubleSequence	Wraps a set of bytes representing a serialized sequence of doubles.
XFactory	A factory for the X Platform's garbage optimized data structures.
XFloatArrayIterator	An XFloatIterator that wraps a float array.
XFloatCollectionBase	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XFloatIndexedList	This class represents a random access collection with real-time behavior (smooth capacity increase) for a primitivive list of floats This class has the following advantages over the widely used java.util.ArrayList: No large array allocation (for large collections multi-dimensional arrays are employed).
XFloatLinkedHashMap<V>	This class represents a hash map that avoid creation of garbage; smooth capacity increase and thread-safe without external synchronization when shared.
XFloatLinkedHashMap.Entry<V>	This class represents a XFloatLinkedHashMap entry.
XFloatLinkedList	This class represents a linked list with real-time behavior; smooth capacity increase and no memory allocation as long as the list size does not exceed its initial capacity.
XFloatLinkedList.FloatNode	This class represents a XFloatLinkedList node; it allows for direct iteration over the list values.
XFloatSequence	Wraps a set of bytes representing a serialized sequence of floats.
XIndexedList<E>	This class represents a random access collection with real-time behavior (smooth capacity increase).
XIntArrayIterator	An XIntIterator that wraps a int array.
XIntCollectionBase	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XIntIndexedList	This class represents a random access collection with real-time behavior (smooth capacity increase) for a primitivive list of ints This class has the following advantages over the widely used java.util.ArrayList: No large array allocation (for large collections multi-dimensional arrays are employed).
XIntLinkedHashMap<V>	This class represents a hash map that avoid creation of garbage; smooth capacity increase and thread-safe without external synchronization when shared.
XIntLinkedHashMap.Entry<V>	This class represents a XIntLinkedHashMap entry.
XIntLinkedList	This class represents a linked list with real-time behavior; smooth capacity increase and no memory allocation as int as the list size does not exceed its initial capacity.
XIntLinkedList.IntNode	This class represents a XIntLinkedList node; it allows for direct iteration over the list values.
XIntSequence	Wraps a set of bytes representing a serialized sequence of ints.
XLinkedHashMap<K,V>	This class represents a hash map that avoid creation of garbage; smooth capacity increase and thread-safe without external synchronization when shared.
XLinkedHashMap.Entry<K,V>	This class represents a XLinkedHashMap entry.
XLinkedList<E>	This class represents a linked list with real-time behavior; smooth capacity increase and no memory allocation as long as the list size does not exceed its initial capacity.
XLinkedList.Node<E>	This class represents a XLinkedList node; it allows for direct iteration over the list values.
XLongArrayIterator	An XLongIterator that wraps a long array.
XLongCollectionBase	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XLongIndexedList	This class represents a random access collection with real-time behavior (smooth capacity increase) for a primitivive list of longs This class has the following advantages over the widely used java.util.ArrayList: No large array allocation (for large collections multi-dimensional arrays are employed).
XLongLinkedHashMap<V>	This class represents a hash map that avoid creation of garbage; smooth capacity increase and thread-safe without external synchronization when shared.
XLongLinkedHashMap.Entry<V>	This class represents a XLongLinkedHashMap entry.
XLongLinkedList	This class represents a linked list with real-time behavior; smooth capacity increase and no memory allocation as long as the list size does not exceed its initial capacity.
XLongLinkedList.LongNode	This class represents a XLongLinkedList node; it allows for direct iteration over the list values.
XLongSequence	Wraps a set of bytes representing a serialized sequence of longs.
XPooledString	Implements a poolable XString.
XShortArrayIterator	An XShortIterator that wraps a short array.
XShortCollectionBase	This class represents collections which can quickly be iterated over (forward or backward) and which an be made thread-safe and/or unmodifiable.
XShortIndexedList	This class represents a random access collection with real-time behavior (smooth capacity increase) for a primitivive list of shorts This class has the following advantages over the widely used java.util.ArrayList: No large array allocation (for large collections multi-dimensional arrays are employed).
XShortLinkedHashMap<V>	This class represents a hash map that avoid creation of garbage; smooth capacity increase and thread-safe without external synchronization when shared.
XShortLinkedHashMap.Entry<V>	This class represents a XShortLinkedHashMap entry.
XShortLinkedList	This class represents a linked list with real-time behavior; smooth capacity increase and no memory allocation as long as the list size does not exceed its initial capacity.
XShortLinkedList.ShortNode	This class represents a XShortLinkedList node; it allows for direct iteration over the list values.
XShortSequence	Wraps a set of bytes representing a serialized sequence of shorts.
XString	Wraps an encoded set of bytes representing a string.
XString.XStringFactory	A. factory for XStrings which does not support pooling or preallocation.
XStringArrayIterator	An XArrayIterator implementing XStringIterator
XStringSequence	Wraps a set of bytes representing a serialized sequence of strings.

Package com.neeve.lang Description

Performance and garbage optimized data structures.

NOTE: The XCollection classes in this package are still in incubation. While the collections framework undergoes significant testing, it is not recommended for use in user code at this time.