Provided by: libpod-spell-perl_1.20-1_all bug


       Pod::Spell - a formatter for spellchecking Pod


       version 1.20


               use Pod::Spell;
               Pod::Spell->new->parse_from_file( '' );

               Pod::Spell->new->parse_from_filehandle( $infile, $outfile );

       Also look at podspell

               % perl -MPod::Spell -e "Pod::Spell->new->parse_from_file(shift)" |spell |fmt

       ...or instead of piping to spell or "ispell", use ">temp.txt", and open temp.txt in your
       word processor for spell-checking.


       Pod::Spell is a Pod formatter whose output is good for spellchecking.  Pod::Spell rather
       like Pod::Text, except that it doesn't put much effort into actual formatting, and it
       suppresses things that look like Perl symbols or Perl jargon (so that your spellchecking
       program won't complain about mystery words like "$thing" or ""Foo::Bar"" or "hashref").

       This class provides no new public methods.  All methods of interest are inherited from
       Pod::Parser (which see).  The especially interesting ones are "parse_from_filehandle"
       (which without arguments takes from STDIN and sends to STDOUT) and "parse_from_file".  But
       you can probably just make do with the examples in the synopsis though.

       This class works by filtering out words that look like Perl or any form of computerese
       (like "$thing" or ""N>7"" or ""@{$foo}{'bar','baz'}"", anything in C<...> or F<...> codes,
       anything in verbatim paragraphs (code blocks), and anything in the stopword list.  The
       default stopword list for a document starts out from the stopword list defined by
       Pod::Wordlist, and can be supplemented (on a per-document basis) by having "=for
       stopwords" / "=for :stopwords" region(s) in a document.


               $self->stopwords->isa('Pod::WordList'); # true

       This method takes an input filehandle (which is assumed to already be opened for reading)
       and reads the entire input stream looking for blocks (paragraphs) of POD documentation to
       be processed. If no first argument is given the default input filehandle "STDIN" is used.

       The $in_fh parameter may be any object that provides a getline() method to retrieve a
       single line of input text (hence, an appropriate wrapper object could be used to parse
       PODs from a single string or an array of strings).

       This method takes a filename and does the following:

       · opens the input and output files for reading (creating the appropriate filehandles)

       · invokes the parse_from_filehandle() method passing it the corresponding input and output

       · closes the input and output files.

       If the special input filename "", "-" or "<&STDIN" is given then the STDIN filehandle is
       used for input (and no open or close is performed). If no input filename is specified then
       "-" is implied. Filehandle references, or objects that support the regular IO operations
       (like "<$fh>" or "$fh-<Egt"getline>) are also accepted; the handles must already be

       If a second argument is given then it should be the name of the desired output file. If
       the special output filename "-" or ">&STDOUT" is given then the STDOUT filehandle is used
       for output (and no open or close is performed). If the special output filename ">&STDERR"
       is given then the STDERR filehandle is used for output (and no open or close is
       performed). If no output filehandle is currently in use and no output filename is
       specified, then "-" is implied.  Alternatively, filehandle references or objects that
       support the regular IO operations (like "print", e.g. IO::String) are also accepted; the
       object must already be opened.


       Pod::Parser, which Pod::Spell extends, is extremely naive about character encodings.  The
       "parse_from_file" method does not apply any PerlIO encoding layer.  If your Pod file is
       encoded in UTF-8, your data will be read incorrectly.

       You should instead use "parse_from_filehandle" and manage the input and output layers

               binmode($_, ":utf8") for ($infile, $outfile);
               $my ps = Pod::Spell->new;
               $ps->parse_from_filehandle( $infile, $outfile );

       If your output destination cannot handle UTF-8, you should set your output handle to
       Latin-1 and tell Pod::Spell to strip out words with wide characters.

               binmode($infile, ":utf8");
               binmode($outfile, ":encoding(latin1)");
               $my ps = Pod::Spell->new( no_wide_chars => 1 );
               $ps->parse_from_filehandle( $infile, $outfile );


       You can add stopwords on a per-document basis with "=for stopwords" / "=for :stopwords"
       regions, like so:

         =for stopwords  plok Pringe zorch   snik !qux
         foo bar baz quux quuux

       This adds every word in that paragraph after "stopwords" to the stopword list, effective
       for the rest of the document.  In such a list, words are whitespace-separated.  (The
       amount of whitespace doesn't matter, as long as there's no blank lines in the middle of
       the paragraph.)  Plural forms are added automatically using Lingua::EN::Inflect. Words
       beginning with "!" are deleted from the stopword list -- so "!qux" deletes "qux" from the
       stopword list, if it was in there in the first place.  Note that if a stopword is all-
       lowercase, then it means that it's okay in any case; but if the word has any capital
       letters, then it means that it's okay only with that case.  So a Wordlist entry of "perl"
       would permit "perl", "Perl", and (less interestingly) "PERL", "pERL", "PerL", et cetera.
       However, a Wordlist entry of "Perl" catches only "Perl", not "perl".  So if you wanted to
       make sure you said only "Perl", never "perl", you could add this to the top of your

         =for stopwords !perl Perl

       Then all instances of the word "Perl" would be weeded out of the Pod::Spell-formatted
       version of your document, but any instances of the word "perl" would be left in (unless
       they were in a C<...> or F<...> style).

       You can have several "=for stopwords" regions in your document.  You can even express them
       like so:

         =begin stopwords

         plok Pringe zorch

         snik !qux

         foo bar
         baz quux quuux

         =end stopwords

       If you want to use E<...> sequences in a "stopwords" region, you have to use ":stopwords",
       as here:

         =for :stopwords

       ...meaning that you're adding a stopword of "virtù".  If you left the ":" out, that would
       mean you were adding a stopword of "virtE<ugrave>" (with a literal E, a literal <, etc),
       which will have no effect, since  any occurrences of virtE<ugrave> don't look like a
       normal human-language word anyway, and so would be screened out before the stopword list
       is consulted anyway.


   finding stopwords defined with "=for"
       Pod::Spell makes a single pass over the POD.  Stopwords must be added before they show up
       in the POD.

   finding the wordlist
       Pod::Spell uses File::ShareDir::ProjectDistDir if you're getting errors about the wordlist
       being missing, chances are it's a problem with its heuristics. Set "PATH_ISDEV_DEBUG=1" or
       "PATH_FINDDEV_DEBUG=1", or both in your environment for debugging, and then file a bug
       with File::ShareDir::ProjectDistDir if necessary.


       If you feed output of Pod::Spell into your word processor and run a spell-check, make sure
       you're not also running a grammar-check -- because Pod::Spell drops words that it thinks
       are Perl symbols, jargon, or stopwords, this means you'll have ungrammatical sentences,
       what with words being missing and all.  And you don't need a grammar checker to tell you




       podchecker also known as Pod::Checker

       perlpod, perlpodspec


       ·   David Golden <>

       ·   Kent Fredric <>

       ·   Mohammad S Anwar <>

       ·   Olivier Mengué <>

       ·   Paulo Custodio <>


       ·   Sean M. Burke <>

       ·   Caleb Cushing <>


       This software is Copyright (c) 2016 by Olivier Mengué.

       This is free software, licensed under:

         The Artistic License 2.0 (GPL Compatible)