# Time-stamp: "2003-04-18 22:03:06 AHDT"

require 5;
package Locale::Maketext;
use strict;
use vars qw( @ISA $VERSION $MATCH_SUPERS $USING_LANGUAGE_TAGS
             $USE_LITERALS);
use Carp ();
use I18N::LangTags 0.21 ();

#--------------------------------------------------------------------------

BEGIN { unless(defined &DEBUG) { *DEBUG = sub () {0} } }
 # define the constant 'DEBUG' at compile-time

$VERSION = "1.05";
@ISA = ();

$MATCH_SUPERS = 1;
$USING_LANGUAGE_TAGS = 1;
 # Turning this off is somewhat of a security risk in that little or no
 # checking will be done on the legality of tokens passed to the
 # eval("use $module_name") in _try_use.  If you turn this off, you have
 # to do your own taint checking.

$USE_LITERALS = 1 unless defined $USE_LITERALS;
 # a hint for compiling bracket-notation things.

my %isa_scan = ();

###########################################################################

sub quant {
  my($handle, $num, @forms) = @_;

  return $num if @forms == 0; # what should this mean?
  return $forms[2] if @forms > 2 and $num == 0; # special zeroth case

  # Normal case:
  # Note that the formatting of $num is preserved.
  return( $handle->numf($num) . ' ' . $handle->numerate($num, @forms) );
   # Most human languages put the number phrase before the qualified phrase.
}


sub numerate {
 # return this lexical item in a form appropriate to this number
  my($handle, $num, @forms) = @_;
  my $s = ($num == 1);

  return '' unless @forms;
  if(@forms == 1) { # only the headword form specified
    return $s ? $forms[0] : ($forms[0] . 's'); # very cheap hack.
  } else { # sing and plural were specified
    return $s ? $forms[0] : $forms[1];
  }
}

#--------------------------------------------------------------------------

sub numf {
  my($handle, $num) = @_[0,1];
  if($num < 10_000_000_000 and $num > -10_000_000_000 and $num == int($num)) {
    $num += 0;  # Just use normal integer stringification.
         # Specifically, don't let %G turn ten million into 1E+007
  } else {
    $num = CORE::sprintf("%G", $num);
     # "CORE::" is there to avoid confusion with the above sub sprintf.
  }
  while( $num =~ s/^([-+]?\d+)(\d{3})/$1,$2/s ) {1}  # right from perlfaq5
   # The initial \d+ gobbles as many digits as it can, and then we
   #  backtrack so it un-eats the rightmost three, and then we
   #  insert the comma there.

  $num =~ tr<.,><,.> if ref($handle) and $handle->{'numf_comma'};
   # This is just a lame hack instead of using Number::Format
  return $num;
}

sub sprintf {
  no integer;
  my($handle, $format, @params) = @_;
  return CORE::sprintf($format, @params);
    # "CORE::" is there to avoid confusion with myself!
}

#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#=#

use integer; # vroom vroom... applies to the whole rest of the module

sub language_tag {
  my $it = ref($_[0]) || $_[0];
  return undef unless $it =~ m/([^':]+)(?:::)?$/s;
  $it = lc($1);
  $it =~ tr<_><->;
  return $it;
}

sub encoding {
  my $it = $_[0];
  return(
   (ref($it) && $it->{'encoding'})
   || "iso-8859-1"   # Latin-1
  );
} 

#--------------------------------------------------------------------------

sub fallback_languages { return('i-default', 'en', 'en-US') }

sub fallback_language_classes { return () }

#--------------------------------------------------------------------------

sub fail_with { # an actual attribute method!
  my($handle, @params) = @_;
  return unless ref($handle);
  $handle->{'fail'} = $params[0] if @params;
  return $handle->{'fail'};
}

#--------------------------------------------------------------------------

sub failure_handler_auto {
  # Meant to be used like:
  #  $handle->fail_with('failure_handler_auto')

  my($handle, $phrase, @params) = @_;
  $handle->{'failure_lex'} ||= {};
  my $lex = $handle->{'failure_lex'};

  my $value;
  $lex->{$phrase} ||= ($value = $handle->_compile($phrase));

  # Dumbly copied from sub maketext:
  {
    local $SIG{'__DIE__'};
    eval { $value = &$value($handle, @_) };
  }
  # If we make it here, there was an exception thrown in the
  #  call to $value, and so scream:
  if($@) {
    my $err = $@;
    # pretty up the error message
    $err =~ s<\s+at\s+\(eval\s+\d+\)\s+line\s+(\d+)\.?\n?>
             <\n in bracket code [compiled line $1],>s;
    #$err =~ s/\n?$/\n/s;
    Carp::croak "Error in maketexting \"$phrase\":\n$err as used";
    # Rather unexpected, but suppose that the sub tried calling
    # a method that didn't exist.
  } else {
    return $value;
  }
}

#==========================================================================

sub new {
  # Nothing fancy!
  my $class = ref($_[0]) || $_[0];
  my $handle = bless {}, $class;
  $handle->init;
  return $handle;
}

sub init { return } # no-op

###########################################################################

sub maketext {
  # Remember, this can fail.  Failure is controllable many ways.
  Carp::croak "maketext requires at least one parameter" unless @_ > 1;

  my($handle, $phrase) = splice(@_,0,2);

  # Look up the value:

  my $value;
  foreach my $h_r (
    @{  $isa_scan{ref($handle) || $handle} || $handle->_lex_refs  }
  ) {
    print "* Looking up \"$phrase\" in $h_r\n" if DEBUG;
    if(exists $h_r->{$phrase}) {
      print "  Found \"$phrase\" in $h_r\n" if DEBUG;
      unless(ref($value = $h_r->{$phrase})) {
        # Nonref means it's not yet compiled.  Compile and replace.
        $value = $h_r->{$phrase} = $handle->_compile($value);
      }
      last;
    } elsif($phrase !~ m/^_/s and $h_r->{'_AUTO'}) {
      # it's an auto lex, and this is an autoable key!
      print "  Automaking \"$phrase\" into $h_r\n" if DEBUG;
      
      $value = $h_r->{$phrase} = $handle->_compile($phrase);
      last;
    }
    print "  Not found in $h_r, nor automakable\n" if DEBUG > 1;
    # else keep looking
  }

  unless(defined($value)) {
    print "! Lookup of \"$phrase\" in/under ", ref($handle) || $handle,
      " fails.\n" if DEBUG;
    if(ref($handle) and $handle->{'fail'}) {
      print "WARNING0: maketext fails looking for <$phrase>\n" if DEBUG;
      my $fail;
      if(ref($fail = $handle->{'fail'}) eq 'CODE') { # it's a sub reference
        return &{$fail}($handle, $phrase, @_);
         # If it ever returns, it should return a good value.
      } else { # It's a method name
        return $handle->$fail($phrase, @_);
         # If it ever returns, it should return a good value.
      }
    } else {
      # All we know how to do is this;
      Carp::croak("maketext doesn't know how to say:\n$phrase\nas needed");
    }
  }

  return $$value if ref($value) eq 'SCALAR';
  return $value unless ref($value) eq 'CODE';
  
  {
    local $SIG{'__DIE__'};
    eval { $value = &$value($handle, @_) };
  }
  # If we make it here, there was an exception thrown in the
  #  call to $value, and so scream:
  if($@) {
    my $err = $@;
    # pretty up the error message
    $err =~ s<\s+at\s+\(eval\s+\d+\)\s+line\s+(\d+)\.?\n?>
             <\n in bracket code [compiled line $1],>s;
    #$err =~ s/\n?$/\n/s;
    Carp::croak "Error in maketexting \"$phrase\":\n$err as used";
    # Rather unexpected, but suppose that the sub tried calling
    # a method that didn't exist.
  } else {
    return $value;
  }
}

###########################################################################

sub get_handle {  # This is a constructor and, yes, it CAN FAIL.
  # Its class argument has to be the base class for the current
  # application's l10n files.
  my($base_class, @languages) = @_;
  $base_class = ref($base_class) || $base_class;
   # Complain if they use __PACKAGE__ as a project base class?

  unless(@languages) {  # Calling with no args is magical!  wooo, magic!
    if(length( $ENV{'REQUEST_METHOD'} || '' )) { # I'm a CGI
      @languages = $base_class->_http_accept_langs;
         # it's off in its own routine because it's complicated
      
    } else { # Not running as a CGI: try to puzzle out from the environment
      if(length( $ENV{'LANG'} || '' )) {
	push @languages, split m/[,:]/, $ENV{'LANG'};
         # LANG can be only /one/ locale as far as I know, but what the hey.
      }
      if(length( $ENV{'LANGUAGE'} || '' )) {
	push @languages, split m/[,:]/, $ENV{'LANGUAGE'};
      }
      print "Noting ENV LANG ", join(',', @languages),"\n" if DEBUG;
      # Those are really locale IDs, but they get xlated a few lines down.
      
      if(&_try_use('Win32::Locale')) {
        # If we have that module installed...
        push @languages, Win32::Locale::get_language()
         if defined &Win32::Locale::get_language;
      }
    }
  }

  #------------------------------------------------------------------------
  print "Lgs1: ", map("<$_>", @languages), "\n" if DEBUG;

  if($USING_LANGUAGE_TAGS) {
    @languages = map &I18N::LangTags::locale2language_tag($_), @languages;
     # if it's a lg tag, fine, pass thru (untainted)
     # if it's a locale ID, try converting to a lg tag (untainted),
     # otherwise nix it.

    push @languages, map I18N::LangTags::super_languages($_), @languages
     if $MATCH_SUPERS;

    @languages =  map { $_, I18N::LangTags::alternate_language_tags($_) }
                      @languages;    # catch alternation

    push @languages, I18N::LangTags::panic_languages(@languages)
      if defined &I18N::LangTags::panic_languages;
    
    push @languages, $base_class->fallback_languages;
     # You are free to override fallback_languages to return empty-list!

    @languages =  # final bit of processing:
      map {
        my $it = $_;  # copy
        $it =~ tr<-A-Z><_a-z>; # lc, and turn - to _
        $it =~ tr<_a-z0-9><>cd;  # remove all but a-z0-9_
        $it;
      } @languages
    ;
  }
  print "Lgs2: ", map("<$_>", @languages), "\n" if DEBUG > 1;

  push @languages, $base_class->fallback_language_classes;
   # You are free to override that to return whatever.


  my %seen = ();
  foreach my $module_name ( map { $base_class . "::" . $_ }  @languages )
  {
    next unless length $module_name; # sanity
    next if $seen{$module_name}++        # Already been here, and it was no-go
            || !&_try_use($module_name); # Try to use() it, but can't it.
    return($module_name->new); # Make it!
  }

  return undef; # Fail!
}

###########################################################################
#
# This is where most people should stop reading.
#
###########################################################################

sub _http_accept_langs {
  # Deal with HTTP "Accept-Language:" stuff.  Hassle.
  # This code is more lenient than RFC 3282, which you must read.
  # Hm.  Should I just move this into I18N::LangTags at some point?
  no integer;

  my $in = (@_ > 1) ? $_[1] : $ENV{'HTTP_ACCEPT_LANGUAGE'};
  # (always ends up untainting)

  return() unless defined $in and length $in;

  $in =~ s/\([^\)]*\)//g; # nix just about any comment
  
  if( $in =~ m/^\s*([a-zA-Z][-a-zA-Z]+)\s*$/s ) {
    # Very common case: just one language tag
    return lc $1;
  } elsif( $in =~ m/^\s*[a-zA-Z][-a-zA-Z]+(?:\s*,\s*[a-zA-Z][-a-zA-Z]+)*\s*$/s ) {
    # Common case these days: just "foo, bar, baz"
    return map lc($_), $in =~ m/([a-zA-Z][-a-zA-Z]+)/g;
  }

  # Else it's complicated...

  $in =~ s/\s+//g;  # Yes, we can just do without the WS!
  my @in = $in =~ m/([^,]+)/g;
  my %pref;
  
  my $q;
  foreach my $tag (@in) {
    next unless $tag =~
     m/^([a-zA-Z][-a-zA-Z]+)
        (?:
         ;q=
         (
          \d*   # a bit too broad of a RE, but so what.
          (?:
            \.\d+
          )?
         )
        )?
       $
      /sx
    ;
    $q = (defined $2 and length $2) ? $2 : 1;
    #print "$1 with q=$q\n";
    push @{ $pref{$q} }, lc $1;
  }

  return # Read off %pref, in descending key order...
    map @{$pref{$_}},
    sort {$b <=> $a}
    keys %pref;
}

###########################################################################

sub _compile {
  # This big scarp routine compiles an entry.
  # It returns either a coderef if there's brackety bits in this, or
  #  otherwise a ref to a scalar.
  
  my $target = ref($_[0]) || $_[0];
  
  my(@code);
  my(@c) = (''); # "chunks" -- scratch.
  my $call_count = 0;
  my $big_pile = '';
  {
    my $in_group = 0; # start out outside a group
    my($m, @params); # scratch
    
    while($_[1] =~  # Iterate over chunks.
     m<\G(
       [^\~\[\]]+  # non-~[] stuff
       |
       ~.       # ~[, ~], ~~, ~other
       |
       \[          # [ presumably opening a group
       |
       \]          # ] presumably closing a group
       |
       ~           # terminal ~ ?
       |
       $
     )>xgs
    ) {
      print "  \"$1\"\n" if DEBUG > 2;

      if($1 eq '[' or $1 eq '') {       # "[" or end
        # Whether this is "[" or end, force processing of any
        #  preceding literal.
        if($in_group) {
          if($1 eq '') {
            $target->_die_pointing($_[1], "Unterminated bracket group");
          } else {
            $target->_die_pointing($_[1], "You can't nest bracket groups");
          }
        } else {
          if($1 eq '') {
            print "   [end-string]\n" if DEBUG > 2;
          } else {
            $in_group = 1;
          }
          die "How come \@c is empty?? in <$_[1]>" unless @c; # sanity
          if(length $c[-1]) {
            # Now actually processing the preceding literal
            $big_pile .= $c[-1];
            if($USE_LITERALS and (
              (ord('A') == 65)
               ? $c[-1] !~ m<[^\x20-\x7E]>s
                  # ASCII very safe chars
               : $c[-1] !~ m/[^ !"\#\$%&'()*+,\-.\/0-9:;<=>?\@A-Z[\\\]^_`a-z{|}~\x07]/s
                  # EBCDIC very safe chars
            )) {
              # normal case -- all very safe chars
              $c[-1] =~ s/'/\\'/g;
              push @code, q{ '} . $c[-1] . "',\n";
              $c[-1] = ''; # reuse this slot
            } else {
              push @code, ' $c[' . $#c . "],\n";
              push @c, ''; # new chunk
            }
          }
           # else just ignore the empty string.
        }

      } elsif($1 eq ']') {  # "]"
        # close group -- go back in-band
        if($in_group) {
          $in_group = 0;
          
          print "   --Closing group [$c[-1]]\n" if DEBUG > 2;
          
          # And now process the group...
          
          if(!length($c[-1]) or $c[-1] =~ m/^\s+$/s) {
            DEBUG > 2 and print "   -- (Ignoring)\n";
            $c[-1] = ''; # reset out chink
            next;
          }
          
           #$c[-1] =~ s/^\s+//s;
           #$c[-1] =~ s/\s+$//s;
          ($m,@params) = split(",", $c[-1], -1);  # was /\s*,\s*/
          
          # A bit of a hack -- we've turned "~,"'s into DELs, so turn
          #  'em into real commas here.
          if (ord('A') == 65) { # ASCII, etc
            foreach($m, @params) { tr/\x7F/,/ } 
          } else {              # EBCDIC (1047, 0037, POSIX-BC)
            # Thanks to Peter Prymmer for the EBCDIC handling
            foreach($m, @params) { tr/\x07/,/ } 
          }
          
          # Special-case handling of some method names:
          if($m eq '_*' or $m =~ m<^_(-?\d+)$>s) {
            # Treat [_1,...] as [,_1,...], etc.
            unshift @params, $m;
            $m = '';
          } elsif($m eq '*') {
            $m = 'quant'; # "*" for "times": "4 cars" is 4 times "cars"
          } elsif($m eq '#') {
            $m = 'numf';  # "#" for "number": [#,_1] for "the number _1"
          }

          # Most common case: a simple, legal-looking method name
          if($m eq '') {
            # 0-length method name means to just interpolate:
            push @code, ' (';
          } elsif($m =~ m<^\w+(?:\:\:\w+)*$>s
            and $m !~ m<(?:^|\:)\d>s
             # exclude starting a (sub)package or symbol with a digit 
          ) {
            # Yes, it even supports the demented (and undocumented?)
            #  $obj->Foo::bar(...) syntax.
            $target->_die_pointing(
              $_[1], "Can't (yet?) use \"SUPER::\" in a bracket-group method",
              2 + length($c[-1])
            )
             if $m =~ m/^SUPER::/s;
              # Because for SUPER:: to work, we'd have to compile this into
              #  the right package, and that seems just not worth the bother,
              #  unless someone convinces me otherwise.
            
            push @code, ' $_[0]->' . $m . '(';
          } else {
            # TODO: implement something?  or just too icky to consider?
            $target->_die_pointing(
             $_[1],
             "Can't use \"$m\" as a method name in bracket group",
             2 + length($c[-1])
            );
          }
          
          pop @c; # we don't need that chunk anymore
          ++$call_count;
          
          foreach my $p (@params) {
            if($p eq '_*') {
              # Meaning: all parameters except $_[0]
              $code[-1] .= ' @_[1 .. $#_], ';
               # and yes, that does the right thing for all @_ < 3
            } elsif($p =~ m<^_(-?\d+)$>s) {
              # _3 meaning $_[3]
              $code[-1] .= '$_[' . (0 + $1) . '], ';
            } elsif($USE_LITERALS and (
              (ord('A') == 65)
               ? $p !~ m<[^\x20-\x7E]>s
                  # ASCII very safe chars
               : $p !~ m/[^ !"\#\$%&'()*+,\-.\/0-9:;<=>?\@A-Z[\\\]^_`a-z{|}~\x07]/s
                  # EBCDIC very safe chars            
            )) {
              # Normal case: a literal containing only safe characters
              $p =~ s/'/\\'/g;
              $code[-1] .= q{'} . $p . q{', };
            } else {
              # Stow it on the chunk-stack, and just refer to that.
              push @c, $p;
              push @code, ' $c[' . $#c . "], ";
            }
          }
          $code[-1] .= "),\n";

          push @c, '';
        } else {
          $target->_die_pointing($_[1], "Unbalanced ']'");
        }
        
      } elsif(substr($1,0,1) ne '~') {
        # it's stuff not containing "~" or "[" or "]"
        # i.e., a literal blob
        $c[-1] .= $1;
        
      } elsif($1 eq '~~') { # "~~"
        $c[-1] .= '~';
        
      } elsif($1 eq '~[') { # "~["
        $c[-1] .= '[';
        
      } elsif($1 eq '~]') { # "~]"
        $c[-1] .= ']';

      } elsif($1 eq '~,') { # "~,"
        if($in_group) {
          # This is a hack, based on the assumption that no-one will actually
          # want a DEL inside a bracket group.  Let's hope that's it's true.
          if (ord('A') == 65) { # ASCII etc
            $c[-1] .= "\x7F";
          } else {              # EBCDIC (cp 1047, 0037, POSIX-BC)
            $c[-1] .= "\x07";
          }
        } else {
          $c[-1] .= '~,';
        }
        
      } elsif($1 eq '~') { # possible only at string-end, it seems.
        $c[-1] .= '~';
        
      } else {
        # It's a "~X" where X is not a special character.
        # Consider it a literal ~ and X.
        $c[-1] .= $1;
      }
    }
  }

  if($call_count) {
    undef $big_pile; # Well, nevermind that.
  } else {
    # It's all literals!  Ahwell, that can happen.
    # So don't bother with the eval.  Return a SCALAR reference.
    return \$big_pile;
  }

  die "Last chunk isn't null??" if @c and length $c[-1]; # sanity
  print scalar(@c), " chunks under closure\n" if DEBUG;
  if(@code == 0) { # not possible?
    print "Empty code\n" if DEBUG;
    return \'';
  } elsif(@code > 1) { # most cases, presumably!
    unshift @code, "join '',\n";
  }
  unshift @code, "use strict; sub {\n";
  push @code, "}\n";

  print @code if DEBUG;
  my $sub = eval(join '', @code);
  die "$@ while evalling" . join('', @code) if $@; # Should be impossible.
  return $sub;
}

# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

sub _die_pointing {
  # This is used by _compile to throw a fatal error
  my $target = shift; # class name
  # ...leaving $_[0] the error-causing text, and $_[1] the error message
  
  my $i = index($_[0], "\n");

  my $pointy;
  my $pos = pos($_[0]) - (defined($_[2]) ? $_[2] : 0) - 1;
  if($pos < 1) {
    $pointy = "^=== near there\n";
  } else { # we need to space over
    my $first_tab = index($_[0], "\t");
    if($pos > 2 and ( -1 == $first_tab  or  $first_tab > pos($_[0]))) {
      # No tabs, or the first tab is harmlessly after where we will point to,
      # AND we're far enough from the margin that we can draw a proper arrow.
      $pointy = ('=' x $pos) . "^ near there\n";
    } else {
      # tabs screw everything up!
      $pointy = substr($_[0],0,$pos);
      $pointy =~ tr/\t //cd;
       # make everything into whitespace, but preseving tabs
      $pointy .= "^=== near there\n";
    }
  }
  
  my $errmsg = "$_[1], in\:\n$_[0]";
  
  if($i == -1) {
    # No newline.
    $errmsg .= "\n" . $pointy;
  } elsif($i == (length($_[0]) - 1)  ) {
    # Already has a newline at end.
    $errmsg .= $pointy;
  } else {
    # don't bother with the pointy bit, I guess.
  }
  Carp::croak( "$errmsg via $target, as used" );
}

###########################################################################

my %tried = ();
  # memoization of whether we've used this module, or found it unusable.

sub _try_use {   # Basically a wrapper around "require Modulename"
  # "Many men have tried..."  "They tried and failed?"  "They tried and died."
  return $tried{$_[0]} if exists $tried{$_[0]};  # memoization

  my $module = $_[0];   # ASSUME sane module name!
  { no strict 'refs';
    return($tried{$module} = 1)
     if defined(%{$module . "::Lexicon"}) or defined(@{$module . "::ISA"});
    # weird case: we never use'd it, but there it is!
  }

  print " About to use $module ...\n" if DEBUG;
  {
    local $SIG{'__DIE__'};
    eval "require $module"; # used to be "use $module", but no point in that.
  }
  if($@) {
    print "Error using $module \: $@\n" if DEBUG > 1;
    return $tried{$module} = 0;
  } else {
    print " OK, $module is used\n" if DEBUG;
    return $tried{$module} = 1;
  }
}

#--------------------------------------------------------------------------

sub _lex_refs {  # report the lexicon references for this handle's class
  # returns an arrayREF!
  no strict 'refs';
  my $class = ref($_[0]) || $_[0];
  print "Lex refs lookup on $class\n" if DEBUG > 1;
  return $isa_scan{$class} if exists $isa_scan{$class};  # memoization!

  my @lex_refs;
  my $seen_r = ref($_[1]) ? $_[1] : {};

  if( defined( *{$class . '::Lexicon'}{'HASH'} )) {
    push @lex_refs, *{$class . '::Lexicon'}{'HASH'};
    print "%" . $class . "::Lexicon contains ",
         scalar(keys %{$class . '::Lexicon'}), " entries\n" if DEBUG;
  }

  # Implements depth(height?)-first recursive searching of superclasses.
  # In hindsight, I suppose I could have just used Class::ISA!
  foreach my $superclass (@{$class . "::ISA"}) {
    print " Super-class search into $superclass\n" if DEBUG;
    next if $seen_r->{$superclass}++;
    push @lex_refs, @{&_lex_refs($superclass, $seen_r)};  # call myself
  }

  $isa_scan{$class} = \@lex_refs; # save for next time
  return \@lex_refs;
}

sub clear_isa_scan { %isa_scan = (); return; } # end on a note of simplicity!

###########################################################################
1;

__END__

HEY YOU!  You need some FOOD!


  ~~ Tangy Moroccan Carrot Salad ~~

* 6 to 8 medium carrots, peeled and then sliced in 1/4-inch rounds
* 1/4 teaspoon chile powder (cayenne, chipotle, ancho, or the like)
* 1 tablespoon ground cumin
* 1 tablespoon honey
* The juice of about a half a big lemon, or of a whole smaller one
* 1/3 cup olive oil
* 1 tablespoon of fresh dill, washed and chopped fine
* Pinch of salt, maybe a pinch of pepper

Cook the carrots in a pot of boiling water until just tender -- roughly
six minutes.  (Just don't let them get mushy!)  Drain the carrots.

In a largish bowl, combine the lemon juice, the cumin, the chile
powder, and the honey.  Mix well.
Add the olive oil and whisk it together well.  Add the dill and stir.

Add the warm carrots to the bowl and toss it all to coat the carrots
well.  Season with salt and pepper, to taste.

Serve warm or at room temperature.

The measurements here are very approximate, and you should feel free to
improvise and experiment.  It's a very forgiving recipe.  For example,
you could easily halve or double the amount of cumin, or use chopped mint
leaves instead of dill, or lime juice instead of lemon, et cetera.

[end]