180ca3a1bb
* stl/bitset (bitset::_M_is_any): Don't use __BITSET_WORDS macro on _Nw since _Nw is already the number of words in the bitset. From-SVN: r35885 |
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|---|---|---|
| .. | ||
| algo.h | ||
| algobase.h | ||
| algorithm | ||
| alloc.h | ||
| bitset | ||
| bvector.h | ||
| ChangeLog | ||
| defalloc.h | ||
| deque | ||
| deque.h | ||
| function.h | ||
| functional | ||
| hash_map | ||
| hash_map.h | ||
| hash_set | ||
| hash_set.h | ||
| hashtable.h | ||
| heap.h | ||
| iterator | ||
| iterator.h | ||
| list | ||
| list.h | ||
| map | ||
| map.h | ||
| memory | ||
| multimap.h | ||
| multiset.h | ||
| numeric | ||
| pair.h | ||
| pthread_alloc | ||
| pthread_alloc.h | ||
| queue | ||
| README | ||
| rope | ||
| rope.h | ||
| ropeimpl.h | ||
| set | ||
| set.h | ||
| slist | ||
| slist.h | ||
| stack | ||
| stack.h | ||
| stl_algo.h | ||
| stl_algobase.h | ||
| stl_alloc.h | ||
| stl_bvector.h | ||
| stl_config.h | ||
| stl_construct.h | ||
| stl_deque.h | ||
| stl_function.h | ||
| stl_hash_fun.h | ||
| stl_hash_map.h | ||
| stl_hash_set.h | ||
| stl_hashtable.h | ||
| stl_heap.h | ||
| stl_iterator.h | ||
| stl_list.h | ||
| stl_map.h | ||
| stl_multimap.h | ||
| stl_multiset.h | ||
| stl_numeric.h | ||
| stl_pair.h | ||
| stl_queue.h | ||
| stl_raw_storage_iter.h | ||
| stl_relops.h | ||
| stl_rope.h | ||
| stl_set.h | ||
| stl_slist.h | ||
| stl_stack.h | ||
| stl_tempbuf.h | ||
| stl_tree.h | ||
| stl_uninitialized.h | ||
| stl_vector.h | ||
| tempbuf.h | ||
| tree.h | ||
| type_traits.h | ||
| utility | ||
| vector | ||
| vector.h | ||
This directory contains an SGI release of the C++ Standard Template Library, slightly modified to work with g++. Note that this is based on a pre-Draft Standard for C++. Things are likely to change. For example, the header file names are very likely to change. The Allocator interface will change. Etc, etc. CYGNUS MAKES NO COMMITTMENT (yet) TO SUPPORT BACKWARD COMPATIBILITY FOR STL. For examples of things that should work, look in the ../tests directory. DOCUMENTATION: See http://www.sgi.com/Technology/STL/ or http://www.dinkumware.com/ on the World-Wide Web.