| java.lang.Object
 bak.pcj.map.AbstractIntKeyFloatMap
All known Subclasses: bak.pcj.map.IntKeyFloatOpenHashMap, bak.pcj.adapter.MapToIntKeyFloatMapAdapter, bak.pcj.map.IntKeyFloatChainedHashMap,
| AbstractIntKeyFloatMap | | abstract public class AbstractIntKeyFloatMap implements IntKeyFloatMap(Code) | | This class represents an abstract base for implementing
maps from int values to float values. All operations that can be implemented
using iterators
are implemented as such. In most cases, this is
hardly an efficient solution, and at least some of those
methods should be overridden by sub-classes.
author:
Søren Bak
version:
1.4 21-08-2003 19:34
since:
1.0 |
| AbstractIntKeyFloatMap | | protected AbstractIntKeyFloatMap()(Code) | | Default constructor to be invoked by sub-classes.
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| clear | | public void clear()(Code) | | |
| containsKey | | public boolean containsKey(int key)(Code) | | |
| containsValue | | public boolean containsValue(float value)(Code) | | |
| get | | public float get(int key)(Code) | | |
| hashCode | | public int hashCode()(Code) | | |
| isEmpty | | public boolean isEmpty()(Code) | | |
| remove | | public float remove(int key)(Code) | | |
| tget | | public float tget(int key)(Code) | | |
| toString | | public String toString()(Code) | | Returns a string representation of this map.
a string representation of this map. |
| trimToSize | | public void trimToSize()(Code) | | Does nothing. Sub-classes may provide an implementation to
minimize memory usage, but this is not required since many
implementations will always have minimal memory usage.
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