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sort.h
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27 
32 #pragma once
33 
34 #include <nvbio/basic/types.h>
35 
36 namespace nvbio {
37 namespace cuda {
38 
89 
92 
96 
99 template <typename Keys, typename Values = null_type>
101 {
105 
108  Keys current_keys() const { return keys[ selector ]; }
109 
112  Values current_values() const { return values[ selector ]; }
113 
115  Keys keys[2];
116  Values values[2];
117 };
118 
158 {
161  SortEnactor();
162 
165  ~SortEnactor();
166 
167  void sort(const uint32 count, SortBuffers<uint8*, uint32*>& buffers, const uint32 begin_bit = 0, const uint32 end_bit = 8);
168  void sort(const uint32 count, SortBuffers<uint16*,uint32*>& buffers, const uint32 begin_bit = 0, const uint32 end_bit = 16);
169  void sort(const uint32 count, SortBuffers<uint32*,uint32*>& buffers, const uint32 begin_bit = 0, const uint32 end_bit = 32);
170  void sort(const uint32 count, SortBuffers<uint32*,uint64*>& buffers, const uint32 begin_bit = 0, const uint32 end_bit = 32);
171  void sort(const uint32 count, SortBuffers<uint64*,uint32*>& buffers, const uint32 begin_bit = 0, const uint32 end_bit = 64);
172  void sort(const uint32 count, SortBuffers<uint8*>& buffers, const uint32 begin_bit = 0, const uint32 end_bit = 8);
173  void sort(const uint32 count, SortBuffers<uint16*>& buffers, const uint32 begin_bit = 0, const uint32 end_bit = 16);
174  void sort(const uint32 count, SortBuffers<uint32*>& buffers, const uint32 begin_bit = 0, const uint32 end_bit = 32);
175  void sort(const uint32 count, SortBuffers<uint64*>& buffers, const uint32 begin_bit = 0, const uint32 end_bit = 64);
176 
177 private:
178  void* m_impl;
179 };
180 
183 
184 } // namespace cuda
185 } // namespace nvbio