Provided by: squizz_0.99a-2_i386 bug

NAME

       squizz - Sequence format checker

SYNOPSIS

       squizz [-AShlns] [-c format] [-f format] file

OPTIONS

       Following command line options are allowed:

       -A  Restrict detection/verification to alignment formats (conflict with
           -S option).

       -S  Restrict detection/verification to sequence formats (conflict with
           -A option).

       -c format
           Convert detected sequence/alignment into format. This option
           implies strict alignment checking.

       -f format
           Assume input format is format. Do not try to detect the format,
           just verify that the given one is correct.

       -h  Usage display.

       -l  List all supported formats.

       -n  Count and report detected entries. This option is only available
           when the detection is restricted to a single type (with -A or -S
           options) and strict checks (without -s option) are enabled.

       -s  Disable strict format checks (enabled by default).

DESCRIPTION

       squizz is a sequence format file checker, but it has some conversion
       capabilities too.

       squizz can detect the most common sequence and alignment formats :

       * EMBL, FASTA, GCG, GDE, GENBANK, IG, NBRF, PIR (codata), RAW, and
       SWISSPROT.

       * CLUSTAL, FASTA, MSF, NEXUS, PHYLIP (interleaved and sequential) and
       STOCKHOLM.

       squizz can do some conversions too, if the format the input format is
       supported. Only 3 types are available : sequence to sequence, alignment
       to alignment, and alignment to sequence (the last one, sequence to
       alignment, require multiple alignments algorithms and cannot be handled
       with formatting tools).

       Strict format checks validate the previously detected objects, by
       making some sanity checks:

       - sequence strings must exists.
       - alignment is made of more than one sequence.
       - alignment sequence strings must have the same length.
       - alignment sequence names must exists, and be unique.

SEE ALSO

       seqfmt(5), alifmt(5)

AUTHOR

       Nicolas Joly (njoly@pasteur.fr), Institut Pasteur.