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name : compose
#! /usr/bin/perl
###############################################################################
#
#  Run-Mailcap:  Run a program specified in the mailcap file based on a mime
#  type.
#
#  Written by Brian White <bcwhite@pobox.com>
#  This file has been placed in the public domain (the only true "free").
#
###############################################################################

use Encode qw(decode);
use I18N::Langinfo qw(langinfo CODESET);
use File::Spec;

$debug=($ENV{RUN_MAILCAP_DEBUG} || 0);
$norun=0;
$nopager=0;
$etcmimetyp="/etc/mime.types";
$shrmimetyp="/usr/share/etc/mime.types";
$locmimetyp="/usr/local/etc/mime.types";
$usrmimetyp="$ENV{HOME}/.mime.types";
$xtermprgrm="/usr/bin/x-terminal-emulator"; # xterm?
$defmimetyp="application/octet-stream";
$quotedsemi=chr(255);
$quotedprct=chr(254);
$retcode=0;



sub Usage {
    my($error) = @_;
    print STDERR $error,"\n\n" if $error;

    print STDERR "Use: $0 <--action=VAL> [--debug] [MIME-TYPE:[ENCODING:]]FILE [...]\n\n";
    print STDERR "Options:\n";
    print STDERR "  action        specify what action to do on these files (default=view)\n";
    print STDERR "  debug         be verbose about what's going on\n";
    print STDERR "  nopager       ignore any \"copiousoutput\" directives and never use a \"pager\"\n";
    print STDERR "  norun         just print but don't execute the command (useful with --debug)\n";
    print STDERR "\n";
    print STDERR "Mime-Type:\n";
    print STDERR "  any standard mime type designation in the form <class>/<subtype> -- if\n";
    print STDERR "  not specified, it will be determined from the filename extension\n\n";
    print STDERR "Encoding:\n";
    print STDERR "  how the file (and type) has been encoded (only \"gzip\", \"bzip2,\"\n";
    print STDERR "  \"xz\" and \"compress\" are supported) -- if not specified, it will be\n";
    print STDERR "   determined from the filename extension\n\n";

    exit ($error ? 1 : 0);
}



sub EncodingForFile {
    my($file) = @_;
    my $encoding;

    if ($file =~ m/\.gz$/)  { $encoding = "gzip";       }
    if ($file =~ m/\.bz2$/) { $encoding = "bzip2";      }
    if ($file =~ m/\.xz$/)  { $encoding = "xz";         }
    if ($file =~ m/\.Z$/)   { $encoding = "compress";   }

    print STDERR " - file \"$file\" has encoding \"$encoding\"\n" if $debug && $encoding;

    return $encoding;
}



sub ReadMimetypes {
    my($file) = @_;

    print STDERR " - Reading mime.types file \"$file\"...\n" if $debug;
    unless (open(MIMETYPES,'<',$file)) {
      # Quietly ignore an unreadable file, perhaps non-existent, perhaps
      # permission denied.
      print STDERR "   could not read \"$file\" -- $!\n" if $debug;
      return;
    }

    while (<MIMETYPES>) {
        chomp;
        s/\#.*$//;
        next if (m/^\s*$/);

        $_=lc($_);
        my($type,@exts) = split;

        foreach (@exts) {
            $mimetypes{$_} = $type unless exists $mimetypes{$_};
        }
    }
    close MIMETYPES;
}



sub ReadMailcap {
    my($file) = @_;
    my $line = "";

    print STDERR " - Reading mailcap file \"$file\"...\n" if $debug;
    unless (open(MAILCAP,'<',$file)) {
      # Quietly ignore an unreadable file, perhaps non-existent, perhaps
      # permission denied.
      print STDERR "   could not read \"$file\" -- $!\n" if $debug;
      return;
    }

    while (<MAILCAP>) {
        chomp;
        s/^\s+// if $line;
        $line .= $_;
        next unless $line;
        if ($line =~ m/^\s*\#/) {
            $line = "";
            next;
        }
        if ($line =~ m/\\$/) {
            $line =~ s/\\$//;
        } else {
            $line =~ s/\\;/$quotedsemi/go;
            $line =~ s/\\%/$quotedprct/go;
            push @mailcap,$line;
            $line = "";
        }
    }
    close MAILCAP;
}



sub TempFile {
    my($template) = @_;
    my($cmd,$head,$tail,$tmpfile);
    $template = "" unless (defined $template);

    ($head,$tail) = split(/%s/,$template,2);

#   $tmpfile = POSIX::tmpnam($name);
#   unlink($tmpfile);

    $cmd  = "tempfile --mode=600";
    $cmd .= " --prefix $head" if $head;
    $cmd .= " --suffix $tail" if $tail;

    $tmpfile = `$cmd`;
    chomp($tmpfile);

#   $tmpfile = $ENV{TMPDIR};
#   $tmpfile = "/tmp" unless $tmpfile;
#   $tmpfile.= "/$name";
#   unlink($tmpfile);

    return $tmpfile;
}



sub SaveStdin {
    my($match) = @_;
    my($tmpfile,$amt,$buf);

    $tmpfile = $1 if ($match =~ m/nametemplate=(.*?)\s*($|;)/);
    $tmpfile = TempFile($tmpfile);
    open(TMPFILE,">$tmpfile") || die "Error: could not write \"$tmpfile\" -- $!\n";
    do {
        $amt = read(STDIN,$buf,102400);
        print TMPFILE $buf if $amt;
    } while ($amt != 0);
    close(TMPFILE);

    return $tmpfile;
}



sub DecodeFile {
    my($efile,$encoding,$action) = @_;
    my($file,$res);

    $file = $efile;
    $file =~ s!^.*/!!;          # remove leading directories
    $file =~ s!\.[^\.]*$!!;     # remove encoding extension
    $file =~ s!^\.?[^\.]*!%s!;  # replace name with placeholder
    $file = undef if ($efile eq '-');
    my $tmpfile = TempFile($file);

    print STDERR " - decoding \"$efile\" as \"$tmpfile\"\n" if $debug;

#   unlink($tmpfile); # should still be acceptable for "compose" output even if exists
    return $tmpfile if (($efile ne '-' && ! -e $efile) || $action eq 'compose');

    if ($encoding eq "gzip") {
        if ($efile eq '-') {
            $res = system "gzip -d >\Q$tmpfile\E";
        } else {
            $res = system "gzip -dc \Q$efile\E >\Q$tmpfile\E";
        }
    } elsif ($encoding eq "bzip2") {
        if ($efile eq '-') {
            $res = system "bzip2 -d >\Q$tmpfile\E";
        } else {
            $res = system "bzip2 -dc <\Q$efile\E >\Q$tmpfile\E";
        }
    } elsif ($encoding eq "xz") {
        if ($efile eq '-') {
            $res = system "xz -d >\Q$tmpfile\E";
        } else {
            $res = system "xz -dc <\Q$efile\E >\Q$tmpfile\E";
        }
    } elsif ($encoding eq "compress") {
        if ($efile eq '-') {
            $res = system "uncompress >\Q$tmpfile\E";
        } else {
            $res = system "uncompress <\Q$efile\E >\Q$tmpfile\E";
        }
    } else {
        die "Fatal: unknown encoding \"$encoding\" at";
    }

    $res = int($res/256);
    if ($res != 0) {
        print STDERR "Error: could not decode \"$efile\" -- $!\n";
        $retcode = 2 if ($retcode < 2);
        unlink($tmpfile);
        return;
    }

#   chmod 0600,$tmpfile; # done already by TempFile
    return $tmpfile;
}



sub EncodeFile {
    my($dfile,$efile,$encoding) = @_;
    my($res);

    print STDERR " - encoding \"$dfile\" as \"$efile\"\n";

    if ($encoding eq "gzip") {
        if ($efile eq '-') {
            $res = system "gzip -c \Q$dfile\E";
        } else {
            $res = system "gzip -c \Q$dfile\E >\Q$efile\E";
        }
    } elsif ($encoding eq "xz") {
        if ($efile eq '-') {
            $res = system "xz < \Q$dfile\E";
        } else {
            $res = system "xz < \Q$dfile\E >\Q$efile\E";
        }
    } elsif ($encoding eq "compress") {
        if ($efile eq '-') {
            $res = system "compress <\Q$dfile\E";
        } else {
            $res = system "compress <\Q$dfile\E >\Q$efile\E";
        }
    } else {
        die "Fatal: unknown encoding \"$encoding\" at";
    }

    $res = int($res/256);
    if ($res != 0) {
        print STDERR "Error: could not encode \"$efile\" (left as \"$dfile\")\n";
        $retcode = 2 if ($retcode < 2);
        return;
    }

    return $dfile;
}



sub ExtensionMimetype {
    my($file) = @_;
    my($ext)  = ($file =~ m!\.([^/\.]+)$!);
    my($typ);
    if ($ext) {
        unless ($donemimetypes) {
            ReadMimetypes($usrmimetyp);
            ReadMimetypes($locmimetyp);
            ReadMimetypes($shrmimetyp);
            ReadMimetypes($etcmimetyp);
            $donemimetypes = 1;
        }
        $typ = $mimetypes{lc($ext)};
        print STDERR " - extension \"$ext\" maps to mime-type \"$typ\"\n" if $debug;
    }
    return $typ;
}



sub MagicMimetype {
    my($file) = @_;
    my($typ);

    if (`which file`) {
        open(READER, "-|", "file", "-b", "--mime-type", "-e", "tokens", "-L", "-z", $file);
        $typ = <READER>;
        chomp $typ;
        print STDERR " - file command returned mime-type \"$typ\"\n" if $debug;
    }
    return $typ;
}



@files = ();
foreach (@ARGV) {
    print STDERR " - parsing parameter \"$_\"\n" if $debug;
    if (m!^(-h|--help)$!) {
        Usage();
        exit(0);
    } elsif (m!^--(.*?)=(.*)$!) {
        print STDERR "Warning: definition of \"$1=$2\" overrides value \"${$1}\"\n" if ($ {$1} && $ {$1} != $2);
        $ {$1}=$2;
    } elsif (m!^--(.*?)$!) {
        print STDERR "Warning: definition of \"$1=$2\" overrides value \"${$1}\"\n" if ($ {$1} && $ {$1} != 1);
        $ {$1}=1;
    } elsif (m!^[^/:]+/[^/:]+:[^/:]+:!) {
        push @files,$_;
    } elsif (m!^([^/:]+/[^/:]+):(.*)! && ! -e $_) {
        my $file = $_;
        my $type = $1;
        my $file = $2;
        my $code = EncodingForFile($file);
        push @files,"${type}:${code}:${file}";
        print STDERR " - file \"$file\" does not exist -- assuming mime-type specification of \"${type}\"\n" if $debug;
    } else {
        my $file = $_;
        my $code = EncodingForFile($file);
        my $type;
        if ($code) {
            my $efile = $file;
            $efile =~ s/\.[^\.]+$//;
            $type = ExtensionMimetype($efile);
        } else {
            $type = ExtensionMimetype($file);
        }
        $type = MagicMimetype($file) unless $type;
        if ($type) {
            push @files,"${type}:${code}:${file}";
        } else {
            print STDERR "Warning: unknown mime-type for \"$file\" -- using \"$defmimetyp\"\n";
            push @files,"${defmimetyp}:${code}:${file}";
        }
    }
}

# Pass --debug to sub-calls to this program.
$ENV{RUN_MAILCAP_DEBUG} = 1 if $debug;

unless ($action) {
       if ($0 =~ m!(^|/)(mime-)?view$!)     { $action="view";   }
    elsif ($0 =~ m!(^|/)(mime-)?see$!)      { $action="view";   }
    elsif ($0 =~ m!(^|/)(mime-)?cat$!)      { $action="cat";    }
    elsif ($0 =~ m!(^|/)(mime-)?edit$!)     { $action="edit";   }
    elsif ($0 =~ m!(^|/)(mime-)?change$!)   { $action="edit";   }
    elsif ($0 =~ m!(^|/)(mime-)?compose$!)  { $action="compose";}
    elsif ($0 =~ m!(^|/)(mime-)?print$!)    { $action="print";  }
    elsif ($0 =~ m!(^|/)(mime-)?create$!)   { $action="compose";}
    else                                    { $action="view";   }
}


$mailcaps = $ENV{MAILCAPS};
$mailcaps = "$ENV{HOME}/.mailcap:/etc/mailcap:/usr/local/etc/mailcap:/usr/share/etc/mailcap:/usr/etc/mailcap" unless $mailcaps;
foreach (split(/:/,$mailcaps)) {
    ReadMailcap($_);
}

foreach (@files) {
    my($type,$code,$file) = m/^(.*?):(.*?):(.*)$/;
    print STDERR "Processing file \"$file\" of type \"$type\" (encoding=",$code?$code:"none",")...\n" if $debug;

    if ($file ne '-') {
        if ($action eq 'compose' || $action eq 'edit') {
            if (-e $file) {
                if (! -w $file) {
                    print STDERR "Error: no write permission for file \"$file\"\n";
                    $retcode = 2 if ($retcode < 2);
                    next;
                }
            } else {
                if (open(TEST,">$file")) {
                    close(TEST);
                    unlink($file);
                } else {
                    print STDERR "Error: no write permission for file \"$file\"\n";
                    $retcode = 2 if ($retcode < 2);
                    next;
                }
            }
        } else {
            if (! -e $file) {
                print STDERR "Error: no such file \"$file\"\n";
                $retcode = 2 if ($retcode < 2);
                next;
            }
            if (! -r $file) {
                print STDERR "Error: no read permission for file \"$file\"\n";
                $retcode = 2 if ($retcode < 2);
                next;
            }
        }
    }

    my(@matches,$entry,$res,$efile);
    if ($code) {
        $efile = $file;
        $file  = DecodeFile($efile,$code,$action);
        next unless $file;
    }

    foreach $entry (@mailcap) {
        $entry =~ m/^(.*?)\s*;/;
        $_ = "\Q$1\E"; s/\\\*/\.\*/g;
        push @matches,$entry if ($type =~ m!^$_$!i);
    }
    @matches = grep(/\Q$action\E=/,@matches) unless ($action eq "view" || $action eq "cat");

    my $done=0;
    my $fail=0;
    my $needsterminal;
    foreach $match (@matches) {
        my $comm;
        print STDERR " - checking mailcap entry \"$match\"\n" if $debug;
        if ($action eq "view" || $action eq "cat") {
            ($comm) = ($match =~ m/^.*?;\s*(.*?)\s*($|;)/);
        } else {
            ($comm) = ($match =~ m/\Q$action\E=(.*?)\s*($|;)/);
        }
        next if (!$comm || $comm =~ m!(^|/)false$!i);
        print STDERR " - program to execute: $comm\n" if $debug;

	if ($action eq 'cat' && $match !~ m/;\s*copiousoutput\s*($|;)/) {
	    print STDERR " - \"copiousoutput\" is required for \"cat\" action\n" if $debug;
	    $fail++;
	    next;
	}

        my($tmpfile,$tmplink);
        if ($action ne 'print' && $match =~ m/;\s*needsterminal\s*($|;)/) {
            $needsterminal = 1;
            if (-t STDOUT) {
                print STDERR " - needsterminal is satisfied by stdout\n" if $debug;
            } else {
                if ($ENV{DISPLAY}) {
                    $comm = "$xtermprgrm -T '$file ($type)' -e $0 --action=$action '${type}:%s'";
                } else {
                    print STDERR " - no terminal available for rule (needsterminal)\n" if $debug;
                    $fail++;
                    next;
                }
            }

        } elsif ($action eq 'view' && !$nopager && $match =~ m/;\s*copiousoutput\s*($|;)/ && $type ne 'text/plain') {
            $comm .= " | $0 --action=$action text/plain:-";
        }

        if ($match =~ m/;\s*test=(.*?)\s*($|;)/) {
            my $test;
            print STDERR " - running test: $1 " if $debug;
            $test   = system "$1 >/dev/null 2>&1";
            $test >>= 8;
            print STDERR " (result=$test=",($test!=0?"false":"true"),")\n" if $debug;
            if ($test) {
                $fail++;
                next;
            }
        }

        if ($file ne "-") {
            # Resolve file name to an absolute path
            $file = File::Spec->rel2abs($file);
            if (decode(langinfo(CODESET()), $file) =~ m![^[:alnum:],.:/@%^+=_-]!i) {
                $match =~ m/nametemplate=(.*?)\s*($|;)/;
                my $prefix = $1;
                my $linked = 0;
                while (!$linked) {
                    $tmplink = TempFile($prefix);
                    unlink($tmplink);
                    $linked = symlink($file,$tmplink);
                }
                $file = $tmplink;
                print STDERR " - filename contains shell meta-characters; aliased to '$tmplink'\n" if $debug;
            }
            if ($comm =~ m/[^%]%s/) {
                $comm =~ s/([^%])%s/$1$file/g;
            } else {
                if ($comm =~ m/\|/) {
                    $comm =~ s/\|/<\Q$file\E \|/;
                } else {
                    $comm .= " <\Q$file\E";
                }
                if ($action eq 'edit' || $action eq 'compose') {
                    $comm .= " >\Q$file\E";
                }
            }
        } else {
            if ($comm =~ m/[^%]%s/) {
                $tmpfile = SaveStdin($match);
                $comm =~ s/([^%])%s/$1$tmpfile/g;

                # If needsterminal then redirect stdin to the tty which is
                # on stdout, rather than leaving it as the input data stream
                # which has now been read through to EOF.
                #
                # Some programs such as "more" and "less" already use
                # /dev/tty rather than stdin.  But "vim" on non-tty stdin
                # gives a warning message and then leaves the tty in raw
                # mode on exit.  Or "nvi" refuses to run at all unless both
                # stdin and stdout are the tty.
                #
                # RFC 1524 is silent on exactly what a program with
                # "needsterminal" should expect, but it seems sensible to
                # arrange that both stdin and stdout are the terminal for
                # "needsterminal" with "%s".
                #
                if ($needsterminal) {
                    $comm .= ' <&1';
                }
            } else {
                # no name means same as "-"... read from stdin
            }
        }

        $comm =~ s!([^%])%t!$1$type!g;
        $comm =~ s!([^%])%F!$1!g;
        $comm =~ s!%\{(.*?)}!$_="'$ENV{$1}'";s/\`//g;s/\'\'//g;$_!ge;
        $comm =~ s!\\(.)!$1!g;
        $comm =~ s!\'\'!\'!g;
        $comm =~ s!$quotedsemi!;!go;
        $comm =~ s!$quotedprct!%!go;

        print STDERR " - executing: $comm\n" if $debug;
	if ($norun) {
	    print $comm,"\n";
	    $res = 0;
	} else {
	    $res = system $comm;
	    if ($res != 0) {
		if (!($res & 0xFF)) {
                    print STDERR "Warning: program returned non-zero exit code \#$res\n";
                    $retcode = $res >> 8;
		} elsif ($res == -1) {
		    print STDERR "Error: program failed to execute: $!\n";
		    $retcode = -1;
		} else {
		    my $signal = $? & 0x7F;
		    my $core = ($? & 0x80) ? ' (core dumped)' : '';
		    print STDERR "Warning: program died on signal ${signal}${core}\n";
		    $retcode = -1;
		}
            }
        }
        $done=1;
        unlink $tmpfile if $tmpfile;
        unlink $tmplink if $tmplink;
        last;
    }

    if (!$done) {
        if ($fail) {
            print STDERR "Error: no \"$action\" rule for type \"$type\" passed its test case\n";
            print STDERR "       (for more information, add \"--debug=1\" on the command line)\n";
            $retcode = 3 if ($retcode < 3);
        } else {
            print STDERR "Error: no \"$action\" mailcap rules found for type \"$type\"\n";
            $retcode = 3 if ($retcode < 3);
        }
        unlink $file if $code;
        $retcode = 1 unless $retcode;
        next;
    }

    if ($code) {
        if ($action eq 'edit' || $action eq 'compose') {
            my $file = EncodeFile($file,$efile,$code);
            unlink $file if $file;
        } else {
            unlink $file;
        }
    }
}

exit($retcode);
© 2025 GrazzMean-Shell
January 2023 - Page 8 of 22 - Michigan AI Application Development - Best Microsoft C# Developers & Technologists

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The future with AI agent technology holds immense promise for transforming our world in profound and unprecedented ways. From personalized experiences and seamless integration into daily life to empowering human-computer collaboration and revolutionizing healthcare, AI agents are poised to redefine the way we live, work, and interact with technology.

AI Agents vs. Traditional Customer Support: A Comparative Analysis

While traditional support offers a human touch and emotional connection, AI agents provide scalability, efficiency, and 24/7 availability. Moving forward, businesses must carefully assess their unique needs and customer expectations to determine the optimal balance between AI-driven automation and human interaction.

The Future of Business Intelligence: AI Solutions for Data-driven Decision Making

The future of business intelligence is AI-powered, where data becomes not just a strategic asset but a competitive advantage. In today’s hyper-connected digital world, data has become the lifeblood of business operations. Every click, purchase, and interaction generates valuable information that, when analyzed effectively, can provide crucial insights for strategic decision-making.

Democratized AI: Making Artificial Intelligence Accessible to All

Democratized AI has the potential to revolutionize industries and improve society by making AI technologies more accessible and inclusive. However, it also presents challenges such as data privacy, bias, and ethical considerations that must be addressed to ensure responsible implementation.

Explainable AI (XAI): Techniques and Methodologies within the Field of AI

Imagine a black box. You feed data into it, and it spits out a decision. That’s how many AI systems have traditionally functioned. This lack of transparency can be problematic, especially when it comes to trusting the AI’s reasoning. This is where Explainable AI (XAI) comes in.

Building an AI-Ready Workforce: Key Skills and Training Strategies

As artificial intelligence (AI) continues to transform industries and reshape the employment landscape, the demand for a skilled AI-ready workforce intensifies. Organizations across various sectors are recognizing the imperative of equipping their employees with the necessary skills and knowledge to thrive in an AI-driven world.

Working Together: Approaches to Multi-agent Collaboration in AI

Imagine a team of specialists – a data whiz, a communication expert, and an action master – all working in sync. This is the power of multi-agent collaboration, with the potential to revolutionize fields like scientific discovery, robotics, and self-driving cars. But getting these AI agents to collaborate effectively presents unique challenges