mytool - manipulate map files for yudit, uniconv and uniprint

       This program  was written by gsinai@iname.com (Gaspar Sinai).

       Tokyo, 03 January, 2000.

LINUX COMMANDS                                     Jan 03 2000                                         MYTOOL(1)

mytool  is  a  my  map  file  manipulation program in the yudit distribution.  It can generates so-called
       binary nbit ( my ) map file that can map any sequences of  bytes  into  any  sequences  of  bytes.  These
       sequences  of  bytes  can be grouped into 1,2,4 and 8 bytes long words.  The input sequence length may be
       different from the matched sequence length. 'i / 'n -> 'b specifies that the word 'in' produces  'b'  but
       only the 'i is consumed from the input buffer.

       It  can also generate a so-called binaryumap file, that maps 8 or 16 bit single words into 16 bit single
       words and it contains the reverse map too.

       It can also disassemble the input map and produce a mys source file.

       The input can be a binary umap file, a my file, mys file  a  uni  and  a  kmap  file  for  yudit.  It  is
       recommended  that  all  kmap  files  use  the  new mys format because it gives more freedom to define the
       mapping.

       The yudit distribution has a simple document yudit/doc/my.doc on the binary map  formats,  and  a  source
       file example file yudit/mytool/my/example.mys please refer to this for more details.

mytool  prints  out an error message and exits with a non-zero status on error.  If there is no error the
       exit status is zero.

       mytool - manipulate map files for yudit, uniconv and uniprint

-info  prints out a small information on the current map.

       -test  lets you test the map interactively.

       -showkeys
              show all the keys in the map file.

       -encode
              builds a state machine in the encoding part of the map file. The resulting map file can be written
              to  disk  with  the  -write  option  The resulting my files can contain state machines to speed-up
              conversion. A state machine based my file can manifest 10%-70% performance improvement, so it  may
              be  desirable  for  encoding fontmaps.  For fontmaps the bumap format might be better suited where
              only one character and not a sequence of characters need to be mapped.

       -decode
              builds a state machine in the decoding part of the map file.

       -strip strips off the state machines from the map files.  The -write option can be used to save  the  new
              map file.

       -benchmark
              option performs a simple benchmark test on the map file, to compare speed of simple, state machine
              based and binary map based map files.

       -nocomment
              option  strips  all  comments from an input source file of format myskmapuni.  It does not strip
              comments from a binary file.

       -namenew-name
              assigns a name to the map file.

       -commentnew-comment
              assigns a comment to the map file.

       -typenew-type
              assigns a map file a distinctive type, that can be kmap or fontmap but  it  is  only  informative.
              Keymaps can be used as fontmaps and vice versa.

       -writeoutput-file
              writes  the  data into an output file.  mytool never modifies the original file. All modifications
              should be explicitly saved with the this option.  Never  specify  the  same  file  for  input  and
              output.

       -myinput-file
              load a binary map file. Only one of this option can be specified.

       -mysinput-source-file
              load a source file.

       -rmysinput-source-file
              load a source file and reverse it - make encoding  from  decoding and vice versa.

       -kmapinput-source-file
              load a source file in kmap format.

       -rkmapinput-source-file
              load a source file and reverse it - make encoding  from  decoding and vice versa.

       -uni:l,uinput-source-file
              load  a  source file in Unicode Consortium format. This format has the local code in column l, and
              unicode in column u. The numbering of columns start from 0.

       -runi:l,uinput-source-file
              load a source file in Unicode Consortium format and reverses it. Make encoding from  decoding  and
              vice versa.

       -8     option can be used with the -uni or -runi options. It specifies that the input is 8 bit and not 16
              bit.

       -high  option  can be used with the -uni or -runi options. It specifies that the key should be or'ed with
              0x8080.

       -low   option can be used with the -uni or -runi options. It specifies that the key should be and'ed with
              0x7f7f.

       -convertoutput-file-format
              converts the map file to a format. It is useful  only  when  combined  with  -write  option.   The
              possible  formats  are  my-binary,mys-source,myc-my-c-source,umap-umap-c-source,bumap-binary-umap formats.  For maps where only a single 8 or 16 bit local code   should  be  converted
              into 16 bit unicode and vice versa, the umap file formats are recommended.  The c-source files are
              provided so that you can inlucde a full map into the c program.

       uniconv

mytool  [  -info ] [ -test ] [ -showkeys ] [ -decode ] [ -encode ] [ -strip ] [ -benchmark ] [ -namenew-name ] [ -commentnew-comment ] [ -typenew-type ] [ -writeoutput-file ]  [  -myinput-file  ]  [  -mysinput-file ] [ -rmysinput-file ] [ -kmapinput-file ] [ -rkmapinput-file ] [ -uni:l,uinput-file [ -8 ]
       [ -high ] [ -low ] [ -runi:l,uinput-file [ -8 ] [ -high ] [ -low ] ] [ -convertout-file-format ]