this simply calls #compact compact . it is included for symmetry with other collection classes . note that the name of this method is somewhat misleading which is why we prefer compact as the load factor may require capacity above and beyond the size of this collection . concode_field_sep int _size concode_elem_sep int _free concode_elem_sep float _loadFactor concode_elem_sep long serialVersionUID concode_elem_sep int _maxSize concode_elem_sep boolean _autoCompactTemporaryDisable concode_elem_sep float _autoCompactionFactor concode_elem_sep int _autoCompactRemovesRemaining concode_elem_sep float DEFAULT_LOAD_FACTOR concode_elem_sep int DEFAULT_INITIAL_CAPACITY concode_field_sep void setAutoCompactionFactor concode_elem_sep void writeExternal concode_elem_sep void compact concode_elem_sep boolean isEmpty concode_elem_sep void clear concode_elem_sep void rehash concode_elem_sep float getAutoCompactionFactor concode_elem_sep void reenableAutoCompaction concode_elem_sep int capacity concode_elem_sep int size concode_elem_sep void tempDisableAutoCompaction concode_elem_sep void postInsertHook concode_elem_sep void computeMaxSize concode_elem_sep Object clone concode_elem_sep void readExternal concode_elem_sep void removeAt concode_elem_sep int setUp concode_elem_sep void computeNextAutoCompactionAmount concode_elem_sep void ensureCapacity concode_elem_sep int calculateGrownCapacity
void function ( ) { compact ( ) ; }