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Mail::Message::Body(3pm)       User Contributed Perl Documentation       Mail::Message::Body(3pm)

NAME
       Mail::Message::Body - the data of a body in a message

INHERITANCE
        Mail::Message::Body has extra code in
          Mail::Message::Body::Construct
          Mail::Message::Body::Encode

        Mail::Message::Body
          is a Mail::Reporter

        Mail::Message::Body is extended by
          Mail::Message::Body::File
          Mail::Message::Body::Lines
          Mail::Message::Body::Multipart
          Mail::Message::Body::Nested
          Mail::Message::Body::String

        Mail::Message::Body is realized by
          Mail::Message::Body::Delayed

SYNOPSIS
        my Mail::Message $msg = ...;
        my $body  = $msg->body;
        my @text  = $body->lines;
        my $text  = $body->string;
        my $file  = $body->file;  # IO::File
        $body->print(\*FILE);

        my $content_type = $body->type;
        my $transfer_encoding = $body->transferEncoding;
        my $encoded = $body->encode(mime_type => 'text/html',
           charset => 'us-ascii', transfer_encoding => 'none');\n";
        my $decoded = $body->decoded;

DESCRIPTION
       The encoding and decoding functionality of a Mail::Message::Body is implemented in the
       Mail::Message::Body::Encode package.  That package is automatically loaded when encoding
       and decoding of messages needs to take place.  Methods to simply build an process body
       objects are implemented in Mail::Message::Body::Construct.

       The body of a message (a Mail::Message object) is stored in one of the many body types.
       The functionality of each body type is equivalent, but there are performance differences.
       Each body type has its own documentation with details about its implementation.

       Extends "DESCRIPTION" in Mail::Reporter.

OVERLOADED
       overload: ""
           (stringification) Returns the body as string --which will trigger completion-- unless
           called to produce a string for "Carp".  The latter to avoid deep recursions.

           example: stringification of body

            print $msg->body;   # implicit by print

            my $body = $msg->body;
            my $x    = "$body"; # explicit by interpolation

       overload: '==' and '!='
           (numeric comparison) compares if two references point to the same message.  This only
           produces correct results is both arguments are message references within the same
           folder.

           example: use of numeric comparison on a body

            my $skip = $folder->message(3);
            foreach my $msg (@$folder)
            {   next if $msg == $skip;
                $msg->send;
            }

       overload: @{}
           When a body object is used as being an array reference, the lines of the body are
           returned.  This is the same as using lines().

           example: using a body as array

            print $body->lines->[1];  # second line
            print $body->[1];         # same

            my @lines = $body->lines;
            my @lines = @$body;       # same

       overload: bool
           Always returns a true value, which is needed to have overloaded objects to be used as
           in "if($body)".  Otherwise, "if(defined $body)" would be needed to avoid a runtime
           error.

METHODS
       Extends "METHODS" in Mail::Reporter.

   Constructors
       Extends "Constructors" in Mail::Reporter.

       $obj->clone()
           Return a copy of this body, usually to be included in a cloned message. Use
           Mail::Message::clone() for a whole message.

       Mail::Message::Body->new(%options)
           BE WARNED that, what you specify here are encodings and such which are already in
           place.  The options will not trigger conversions.  When you need conversions, first
           create a body with options which tell what you've got, and then call encode() for what
           you need.

            -Option           --Defined in     --Default
             based_on                            undef
             charset                             'PERL' or <undef>
             checked                             <false>
             content_id                          undef
             data                                undef
             description                         undef
             disposition                         undef
             eol                                 'NATIVE'
             file                                undef
             filename                            undef
             log                Mail::Reporter   'WARNINGS'
             message                             undef
             mime_type                           'text/plain'
             modified                            <false>
             trace              Mail::Reporter   'WARNINGS'
             transfer_encoding                   'none'

           based_on => BODY
             The information about encodings must be taken from the specified BODY, unless
             specified differently.

           charset => CHARSET|'PERL'
             Defines the character-set which is used in the data.  Only useful in combination
             with a "mime_type" which refers to "text" in any shape, which does not contain an
             explicit charset already.  This field is case-insensitive.

             When a known CHARSET is provided and the mime type says "text", then the data is
             expected to be bytes in that particular encoding (see Encode).  When 'PERL' is
             given, then then the data is in Perl's internal encoding (either latin1 or utf8, you
             shouldn't know!) More details in "Character encoding PERL"

           checked => BOOLEAN
             Whether the added information has been check not to contain illegal octets with
             respect to the transfer encoding and mime type.  If not checked, and then set as
             body for a message, it will be.

           content_id => STRING
             In multipart/related MIME content, the content_id is required to allow access to the
             related content via a cid:<...> descriptor of an inline disposition.

             A "Content-ID" is supposed to be globally unique.  As such, it is common to append
             '@computer.domain' to the end of some unique string.  As other content in the
             multipart/related container also needs to know what this "Content-ID" is, this
             should be left to the imagination of the person making the content (for now).

             As a MIME header field, the "Content-ID" string is expected to be inside angle
             brackets

           data => ARRAY-OF-LINES | STRING
             The content of the body.  The only way to set the content of a body is during the
             creation of the body.  So if you want to modify the content of a message, you need
             to create a new body with the new content and add that to the body.  The reason
             behind this, is that correct encodings and body information must be guaranteed.  It
             avoids your hassle in calculating the number of lines in the body, and checking
             whether bad characters are enclosed in text.

             Specify a reference to an ARRAY of lines, each terminated by a newline.  Or one
             STRING which may contain multiple lines, separated and terminated by a newline.

           description => STRING|FIELD
             Informal information about the body content.  The data relates to the
             "Content-Description" field.  Specify a STRING which will become the field content,
             or a real FIELD.

           disposition => STRING|FIELD
             How this message can be decomposed.  The data relates to the "Content-Disposition"
             field.  Specify a STRING which will become the field content, or a real FIELD.

             The content of this field is specified in RFC 1806.  The body of the field can be
             "inline", to indicate that the body is intended to be displayed automatically upon
             display of the message. Use "attachment" to indicate that they are separate from the
             main body of the mail message, and that their display should not be automatic, but
             contingent upon some further action of the user.

             The "filename" attribute specifies a name to which is suggested to the reader of the
             message when it is extracted.

           eol => 'CR'|'LF'|'CRLF'|'NATIVE'
             Convert the message into having the specified string as line terminator for all
             lines in the body.  "NATIVE" is used to represent the "\n" on the current platform
             and will be translated in the applicable one.

             BE WARNED that folders with a non-native encoding may appear on your platform, for
             instance in Windows folders handled from a UNIX system.  The eol encoding has effect
             on the size of the body!

           file => FILENAME|FILEHANDLE|IOHANDLE
             Read the data from the specified file, file handle, or object of type "IO::Handle".

           filename => FILENAME
             [3.001] Overrule/set filename for content-disposition

           log => LEVEL
           message => MESSAGE
             The message where this body belongs to.

           mime_type => STRING|FIELD|MIME
             The type of data which is added.  You may specify a content of a header line as
             STRING, or a FIELD object.  You may also specify a MIME::Type object.  In any case,
             it will be kept internally as a real field (a Mail::Message::Field object).  This
             relates to the "Content-Type" header field.

             A mime-type specification consists of two parts: a general class ("text", "image",
             "application", etc) and a specific sub-class.  Examples for specific classes with
             "text" are "plain", "html", and "xml".  This field is case-insensitive but case
             preserving.  The default mime-type is "text/plain",

           modified => BOOLEAN
             Whether the body is flagged modified, directly from its creation.

           trace => LEVEL
           transfer_encoding => STRING|FIELD
             The encoding that the data has.  If the data is to be encoded, than you will have to
             call encode() after the body is created.  That will return a new encoded body.  This
             field is case-insensitive and relates to the "Content-Transfer-Encoding" field in
             the header.

           example:

            my $body = Mail::Message::Body::String->new(file => \*IN,
               mime_type => 'text/html; charset="ISO-8859-1"');

            my $body = Mail::Message::Body::Lines->new(data => ['first', $second],
               charset => 'ISO-10646', transfer_encoding => 'none');

            my $body = Mail::Message::Body::Lines->new(data => \@lines,
               transfer_encoding => 'base64');

            my $body = Mail::Message::Body::Lines->new(file => 'picture.gif',
               mime_type => 'image/gif', content_id => '<12345 AT example.com>',
               disposition => 'inline');

   Constructing a body
       $obj->attach($messages, %options)
           Inherited, see "Constructing a body" in Mail::Message::Body::Construct

       $obj->check()
           Inherited, see "Constructing a body" in Mail::Message::Body::Encode

       $obj->concatenate($components)
           Inherited, see "Constructing a body" in Mail::Message::Body::Construct

       $obj->decoded(%options)
           Returns a body, an object which is (a sub-)class of a Mail::Message::Body, which
           contains a simplified representation of textual data.  The returned object may be the
           object where this is called on, but may also be a new body of any type.

            my $dec = $body->decoded;

           is equivalent with

            my $dec = $body->encode
              ( mime_type         => 'text/plain'
              , transfer_encoding => 'none'
              , charset           => 'PERL'
              );

           The $dec which is returned is a body.  Ask with the mimeType() method what is
           produced.  This $dec body is not related to a header.

            -Option     --Default
             result_type  <same as current>

           result_type => CLASS
       $obj->encode(%options)
           Inherited, see "Constructing a body" in Mail::Message::Body::Encode

       $obj->encoded()
           Inherited, see "Constructing a body" in Mail::Message::Body::Encode

       $obj->eol( ['CR'|'LF'|'CRLF'|'NATIVE'] )
           Returns the character (or characters) which are used to separate lines within this
           body.  When a kind of separator is specified, the body is translated to contain the
           specified line endings.

           example:

            my $body = $msg->decoded->eol('NATIVE');
            my $char = $msg->decoded->eol;

       $obj->foreachLine(CODE)
           Inherited, see "Constructing a body" in Mail::Message::Body::Construct

       $obj->stripSignature(%options)
           Inherited, see "Constructing a body" in Mail::Message::Body::Construct

       $obj->unify($body)
           Inherited, see "Constructing a body" in Mail::Message::Body::Encode

   The body
       $obj->isDelayed()
           Returns a true or false value, depending on whether the body of this message has been
           read from file.  This can only false for a Mail::Message::Body::Delayed.

       $obj->isMultipart()
           Returns whether this message-body contains parts which are messages by themselves.

       $obj->isNested()
           Only true for a message body which contains exactly one sub-message: the
           "Mail::Message::Body::Nested" body type.

       $obj->message( [$message] )
           Returns the message (or message part) where this body belongs to, optionally setting
           it to a new $message first.  If "undef" is passed, the body will be disconnected from
           the message.

       $obj->partNumberOf($part)
           Returns a string for multiparts and nested, otherwise an error.  It is used in
           Mail::Message::partNumber().

   About the payload
       $obj->charset()
           Returns the character set which is used in the text body as string.  This is part of
           the result of what the "type" method returns.

       $obj->checked( [BOOLEAN] )
           Returns whether the body encoding has been checked or not (optionally after setting
           the flag to a new value).

       $obj->contentId( [STRING|$field] )
           Returns (optionally after setting) the id (unique reference) of a message part.  The
           related header field is "Content-ID".  A Mail::Message::Field object is returned
           (which stringifies into the field content).  The field content will be "none" if no
           disposition was specified.

           The argument can be a STRING (which is converted into a field), or a fully prepared
           header $field.

       $obj->description( [STRING|$field] )
           Returns (optionally after setting) the informal description of the body content.  The
           related header field is "Content-Description".  A Mail::Message::Field object is
           returned (which stringifies into the field content).  The field content will be "none"
           if no disposition was specified.

           The argument can be a STRING (which is converted into a field), or a fully prepared
           header field.

       $obj->disposition( [STRING|$field] )
           Returns (optionally after setting) how the message can be disposed (unpacked).  The
           related header field is "Content-Disposition".  A Mail::Message::Field object is
           returned (which stringifies into the field content).  The field content will be "none"
           if no disposition was specified.

           The argument can be a STRING (which is converted into a field), or a fully prepared
           header field.

       $obj->dispositionFilename( [$directory] )
           Inherited, see "About the payload" in Mail::Message::Body::Encode

       $obj->isBinary()
           Inherited, see "About the payload" in Mail::Message::Body::Encode

       $obj->isText()
           Inherited, see "About the payload" in Mail::Message::Body::Encode

       $obj->mimeType()
           Returns a MIME::Type object which is related to this body's type.  This differs from
           the "type" method, which results in a Mail::Message::Field.

           example:

            if($body->mimeType eq 'text/html') {...}
            print $body->mimeType->simplified;

       $obj->nrLines()
           Returns the number of lines in the message body.  For multi-part messages, this
           includes the header lines and boundaries of all the parts.

       $obj->size()
           The total number of bytes in the message body. The size of the body is computed in the
           shape it is in. For example, if this is a base64 encoded message, the size of the
           encoded data is returned; you may want to call Mail::Message::decoded() first.

       $obj->transferEncoding( [STRING|$field] )
           Returns the transfer-encoding of the data within this body as Mail::Message::Field
           (which stringifies to its content).  If it needs to be changed, call the encode() or
           decoded() method.  When no encoding is present, the field contains the text "none".

           The optional STRING or $field enforces a new encoding to be set, without the actual
           required translations.

           example:

            my $transfer = $msg->decoded->transferEncoding;
            $transfer->print;   # --> Content-Encoding: base64
            print $transfer;    # --> base64

            if($msg->body->transferEncoding eq 'none') {...}

       $obj->type( [STRING|$field] )
           Returns the type of information the body contains as Mail::Message::Field object.  The
           type is taken from the header field "Content-Type". If the header did not contain that
           field, then you will get a default field containing "text/plain".

           You usually can better use mimeType(), because that will return a clever object with
           type information.

           example:

            my $msg     = $folder->message(6);
            $msg->get('Content-Type')->print;
               # --> Content-Type: text/plain; charset="us-ascii"

            my $content = $msg->decoded;
            my $type    = $content->type;

            print "This is a $type message\n";
               # --> This is a text/plain; charset="us-ascii" message

            print "This is a ", $type->body, "message\n";
               # --> This is a text/plain message

            print "Comment: ", $type->comment, "\n";
               # --> Comment: charset="us-ascii"

   Access to the payload
       $obj->endsOnNewline()
           Returns whether the last line of the body is terminated by a new-line (in transport it
           will become a CRLF).  An empty body will return true as well: the newline comes from
           the line before it.

       $obj->file()
           Return the content of the body as a file handle.  The returned stream may be a real
           file, or a simulated file in any form that Perl supports.  While you may not be able
           to write to the file handle, you can read from it.

           WARNING: Even if the file handle supports writing, do not write to the file handle. If
           you do, some of the internal values of the Mail::Message::Body may not be updated.

       $obj->lines()
           Return the content of the body as a list of lines (in LIST context) or a reference to
           an array of lines (in SCALAR context).  In scalar context the array of lines is cached
           to avoid needless copying and therefore provide much faster access for large messages.

           To just get the number of lines in the body, use the nrLines() method, which is
           usually much more efficient.

           BE WARNED: For some types of bodies the reference will refer to the original data. You
           must not change the referenced data! If you do, some of the essential internal
           variables of the Mail::Message::Body may not be updated.

           example:

            my @lines    = $body->lines;     # copies lines
            my $line3    = ($body->lines)[3] # only one copy
            print $lines[0];

            my $linesref = $body->lines;     # reference to originals
            my $line3    = $body->lines->[3] # only one copy (faster)
            print $linesref->[0];

            print $body->[0];                # by overloading

       $obj->print( [$fh] )
           Print the body to the specified $fh (defaults to the selected handle).  The handle may
           be a GLOB, an IO::File object, or... any object with a "print()" method will do.
           Nothing useful is returned.

       $obj->printEscapedFrom($fh)
           Print the body to the specified $fh but all lines which start with 'From ' (optionally
           already preceded by >'s) will habe an > added in front.  Nothing useful is returned.

       $obj->string()
           Return the content of the body as a scalar (a single string).  This is a copy of the
           internally kept information.

           example:

            my $text = $body->string;
            print "Body: $body\n";     # by overloading

       $obj->stripTrailingNewline()
           Remove the newline from the last line, or the last line if it does not contain
           anything else than a newline.

       $obj->write(%options)
           Write the content of the body to a file.  Be warned that you may want to decode the
           body before writing it!

            -Option  --Default
             filename  <required>

           filename => FILENAME

           example: write the data to a file

            use File::Temp;
            my $fn = tempfile;
            $message->decoded->write(filename => $fn)
               or die "Couldn't write to $fn: $!\n";

           example: using the content-disposition information to write

            use File::Temp;
            my $dir = tempdir; mkdir $dir or die;
            my $fn  = $message->body->dispositionFilename($dir);
            $message->decoded->write(filename => $fn)
               or die "Couldn't write to $fn: $!\n";

   Internals
       $obj->addTransferEncHandler( $name, <$class|$object> )
       Mail::Message::Body->addTransferEncHandler( $name, <$class|$object> )
           Inherited, see "Internals" in Mail::Message::Body::Encode

       $obj->contentInfoFrom($head)
           Transfer the body related info from the header into this body.

       $obj->contentInfoTo($head)
           Copy the content information (the "Content-*" fields) into the specified $head.  The
           body was created from raw data without the required information, which must be added.
           See also contentInfoFrom().

       $obj->fileLocation( [$begin, $end] )
           The location of the body in the file.  Returned a list containing begin and end.  The
           begin is the offsets of the first byte if the folder used for this body.  The end is
           the offset of the first byte of the next message.

       $obj->getTransferEncHandler($type)
           Inherited, see "Internals" in Mail::Message::Body::Encode

       $obj->isModified()
           Returns whether the body has changed.

       $obj->load()
           Be sure that the body is loaded.  This returns the loaded body.

       $obj->modified( [BOOLEAN] )
           Change the body modification flag.  This will force a re-write of the body to a folder
           file when it is closed.  It is quite dangerous to change the body: the same body may
           be shared between messages within your program.

           Especially be warned that you have to change the message-id when you change the body
           of the message: no two messages should have the same id.

           Without value, the current setting is returned, although you can better use
           isModified().

       $obj->moveLocation( [$distance] )
           Move the registration of the message to a new location over $distance.  This is called
           when the message is written to a new version of the same folder-file.

       $obj->read( $parser, $head, $bodytype, [$chars, [$lines]] )
           Read the body with the $parser from file. The implementation of this method will
           differ between types of bodies.  The $bodytype argument is a class name or a code
           reference of a routine which can produce a class name, and is used in multipart bodies
           to determine the type of the body for each part.

           The $chars argument is the estimated number of bytes in the body, or "undef" when this
           is not known.  This data can sometimes be derived from the header (the
           "Content-Length" line) or file-size.

           The second argument is the estimated number of $lines of the body.  It is less useful
           than the $chars but may be of help determining whether the message separator is
           trustworthy.  This value may be found in the "Lines" field of the header.

   Error handling
       Extends "Error handling" in Mail::Reporter.

       $obj->AUTOLOAD()
           When an unknown method is called on a message body object, this may not be
           problematic.  For performance reasons, some methods are implemented in separate files,
           and only demand-loaded.  If this delayed compilation of additional modules does not
           help, an error will be produced.

       $obj->addReport($object)
           Inherited, see "Error handling" in Mail::Reporter

       $obj->defaultTrace( [$level]|[$loglevel, $tracelevel]|[$level, $callback] )
       Mail::Message::Body->defaultTrace( [$level]|[$loglevel, $tracelevel]|[$level, $callback] )
           Inherited, see "Error handling" in Mail::Reporter

       $obj->errors()
           Inherited, see "Error handling" in Mail::Reporter

       $obj->log( [$level, [$strings]] )
       Mail::Message::Body->log( [$level, [$strings]] )
           Inherited, see "Error handling" in Mail::Reporter

       $obj->logPriority($level)
       Mail::Message::Body->logPriority($level)
           Inherited, see "Error handling" in Mail::Reporter

       $obj->logSettings()
           Inherited, see "Error handling" in Mail::Reporter

       $obj->notImplemented()
           Inherited, see "Error handling" in Mail::Reporter

       $obj->report( [$level] )
           Inherited, see "Error handling" in Mail::Reporter

       $obj->reportAll( [$level] )
           Inherited, see "Error handling" in Mail::Reporter

       $obj->trace( [$level] )
           Inherited, see "Error handling" in Mail::Reporter

       $obj->warnings()
           Inherited, see "Error handling" in Mail::Reporter

   Cleanup
       Extends "Cleanup" in Mail::Reporter.

       $obj->DESTROY()
           Inherited, see "Cleanup" in Mail::Reporter

DETAILS
   Access to the body
       A body can be contained in a message, but may also live without a message.  In both cases
       it stores data, and the same questions can be asked: what type of data it is, how many
       bytes and lines, what encoding is used.  Any body can be encoded and decoded, returning a
       new body object.  However, bodies which are part of a message will always be in a shape
       that they can be written to a file or send to somewhere: they will be encoded if needed.

       . Example

        my $body    = Mail::Message::Body::String->new(mime_type => 'image/gif');
        $body->print(\*OUT);    # this is binary image data...

        my $encoded = $message->body($body);
        $encoded->print(\*OUT); # ascii data, encoded image

       Now encoded refers to the body of the $message which is the content of $body in a shape
       that it can be transmitted.  Usually "base64" encoding is used.

   Body class implementation
       The body of a message can be stored in many ways.  Roughly, the implementations can be
       split in two groups: the data collectors and the complex bodies. The primer implement
       various ways to access data, and are full compatible: they only differ in performance and
       memory footprint under different circumstances.  The latter are created to handle complex
       multiparts and lazy extraction.

       Data collector bodies

       o   Mail::Message::Body::String

           The whole message body is stored in one scalar.  Small messages can be contained this
           way without performance penalties.

       o   Mail::Message::Body::Lines

           Each line of the message body is stored as single scalar.  This is a useful
           representation for a detailed look in the message body, which is usually line-
           organized.

       o   Mail::Message::Body::File

           The message body is stored in an external temporary file.  This type of storage is
           especially useful when the body is large, the total folder is large, or memory is
           limited.

       o   Mail::Message::Body::InFolder

           NOT IMPLEMENTED YET.  The message is kept in the folder, and is only taken out when
           the content is changed.

       o   Mail::Message::Body::External

           NOT IMPLEMENTED YET.  The message is kept in a separate file, usually because the
           message body is large.  The difference with the "::External" object is that this
           external storage stays this way between closing and opening of a folder. The
           "::External" object only uses a file when the folder is open.

       Complex bodies

       o   Mail::Message::Body::Delayed

           The message-body is not yet read, but the exact location of the body is known so the
           message can be read when needed.  This is part of the lazy extraction mechanism.  Once
           extracted, the object can become any simple or complex body.

       o   Mail::Message::Body::Multipart

           The message body contains a set of sub-messages (which can contain multipart bodies
           themselves).  Each sub-message is an instance of Mail::Message::Part, which is an
           extension of Mail::Message.

       o   Mail::Message::Body::Nested

           Nested messages, like "message/rfc822": they contain a message in the body.  For most
           code, they simply behave like multiparts.

   Character encoding PERL
       A body object can be part of a message, or stand-alone.  In case it is a part of a
       message, the "transport encoding" and the content must be in a shape that the data can be
       transported via SMTP.

       However, when you want to process the body data in simple Perl (or when you construct the
       body data from normal Perl strings), you need to be aware of Perl's internal
       representation of strings. That can either be latin1 or utf8 (not real UTF-8, but
       something alike, see the perlunicode manual page)  So, before you start using the data
       from an incoming message, do

           my $body  = $msg->decoded;
           my @lines = $body->lines;

       Now, the body has character-set 'PERL' (when it is text)

       When you create a new body which contains text content (the default), it will be created
       with character-set 'PERL' unless you specify a character-set explicitly.

          my $body = Mail::Box::Body::Lines->new(data => \@lines);
          # now mime=text/plain, charset=PERL

          my $msg  = Mail::Message->buildFromBody($body);
          $msg->body($body);
          $msg->attach($body);   # etc
          # these all will convert the charset=PERL into real utf-8

DIAGNOSTICS
       Warning: Charset $name is not known
           The encoding or decoding of a message body encounters a character set which is not
           understood by Perl's Encode module.

       Warning: No decoder defined for transfer encoding $name.
           The data (message body) is encoded in a way which is not currently understood,
           therefore no decoding (or recoding) can take place.

       Warning: No encoder defined for transfer encoding $name.
           The data (message body) has been decoded, but the required encoding is unknown.  The
           decoded data is returned.

       Error: Package $package does not implement $method.
           Fatal error: the specific package (or one of its superclasses) does not implement this
           method where it should. This message means that some other related classes do
           implement this method however the class at hand does not.  Probably you should
           investigate this and probably inform the author of the package.

       Warning: Unknown line terminator $eol ignored

SEE ALSO
       This module is part of Mail-Message distribution version 3.012, built on February 11,
       2022. Website: http://perl.overmeer.net/CPAN/

LICENSE
       Copyrights 2001-2022 by [Mark Overmeer <markov AT cpan.org>]. For other contributors see
       ChangeLog.

       This program is free software; you can redistribute it and/or modify it under the same
       terms as Perl itself.  See http://dev.perl.org/licenses/

perl v5.34.0                                2022-02-14                   Mail::Message::Body(3pm)

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