Searched hist:219354 (Results 1 - 14 of 14) sorted by relevance
| /freebsd-9.3-release/sbin/hastd/ | ||
| H A D | hast_compression.h | 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | lzf.c | 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | hast_compression.c | 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | lzf.h | 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | Makefile | diff 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | hast_proto.c | diff 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | token.l | diff 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | control.c | diff 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | hast.conf.5 | diff 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | parse.y | diff 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | hast.h | diff 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | hastd.c | diff 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| H A D | primary.c | diff 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
| /freebsd-9.3-release/sbin/hastctl/ | ||
| H A D | Makefile | diff 219354 Sun Mar 06 21:20:09 MST 2011 pjd Allow to compress on-the-wire data using two algorithms: - HOLE - it simply turns all-zero blocks into few bytes header; it is extremely fast, so it is turned on by default; it is mostly intended to speed up initial synchronization where we expect many zeros; - LZF - very fast algorithm by Marc Alexander Lehmann, which shows very decent compression ratio and has BSD license. MFC after: 2 weeks |
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