1FUSECOMPRESS_OFFLINE(1)  Compressed filesystem offline FUSECOMPRESS_OFFLINE(1)
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NAME

6       fusecompress_offline  -  decompress  or  compress  data without need to
7       mount the compressed virtual filesystem
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SYNOPSIS

10       fusecompress_offline [-h] [-v] [-o OPTIONS] path
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DESCRIPTION

13       If compression method is set the data will be  compressed  by  required
14       compression method. Files already compressed by a different compression
15       method are recompressed  to  the  required  compression  method.  Files
16       already   compressed  by  the  required  compression  method  are  left
17       untouched.  If compression method is  not  set  (using  -o  fc_c)  then
18       file(s) are decompressed.
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20       Path may be directory or file. Directories are processed recursively.
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22       This  allows you to, among other things,  "compress" an existing folder
23       (ex:) $ fusecompress_offline -o fc_c:lzma formerly_uncompressed_folder
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25       and to "decompress" an existing compressed folder (ex:)
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27       $ fusecompress_offline compressed_folder
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OPTIONS

31       -h, --help
32              Prints help.
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34       -v, --version
35              Prints version.
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37       -o, --options
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39              fc_c:arg   set    compression    method    (lzo/bzip2/zlib/lzma)
40              (default:zlib)
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42              fc_b:arg set size of the blocks in kilobytes (default:100)
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44              fc_d run in debug mode
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46              fc_ma:"arg1;arg2"  files with passed mime types to be always not
47              compressed
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49              fc_mr:"arg1;arg2" files with passed mime types to be always com‐
50              pressed
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52              Lzo  is the fastest, bzip2 has high compression ratio, but it is
53              the slowest, zlib is somewhere between them in  terms  of  speed
54              and  compression  ratio  and lzma has highest compression ratio,
55              it's compression speed is better than bzip2 and decompression is
56              fast.
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58              Block  size  influences  compression  ratio.  Bigger  block size
59              allows better compression ratio, but random access to data  will
60              be slower and memory requirements will be bigger.
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DISCLAIMER

64       This  program  is  distributed  in the hope that it will be useful, but
65       WITHOUT ANY  WARRANTY;  without  even  the  implied  warranty  of  MER‐
66       CHANTABILITY  or FITNESS FOR A PARTICULAR PURPOSE.  Please refer to the
67       "COPYING" file distributed with fusecompress for complete details.
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AUTHORS

70       fusecompress_offline was written by Milan  Svoboda  <milan.svoboda@cen‐
71       trum.cz>.
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SEE ALSO

74       fusecompress
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781.99.16                           2008-06-06           FUSECOMPRESS_OFFLINE(1)
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