I'm attempting to use Oracle's 11.g's UTL_SMTP to send a message body that includes an embedded image. I have this process working for a standard text body, and for an eMail that may contain attachments (Word doc, JPG image, etc.). I'm stuck on making this work with an image embedded in the body of the eMail. When I include and embedded image, the eMail displays in Outlook 2013 as a red X where the image should be. The rest of the text appears fine. The html body of the eMail is passed in to the procedure via "p_html".
My Procedure looks like this:
create or replace procedure html_email_attachments(
p_to in varchar2,
p_from in varchar2,
p_subject in varchar2,
p_text in varchar2 default null,
p_html in varchar2 default null,
p_smtp_hostname in varchar2,
p_smtp_portnum in varchar2,
p_smtp_username in varchar2,
p_smtp_password in varchar2,
p_event_pkey in number
)
is
l_boundary varchar2(255) default 'a1b2c3d4e3f2g1';
l_connection utl_smtp.connection;
l_body_html clob := empty_clob; --This LOB will be the email message
l_offset number;
l_ammount number;
l_temp varchar2(32767) default null;
l_encoded_username varchar2(2048);
l_encoded_password varchar2(2048);
l_attach_mime varchar2(1024);
l_attach_name varchar2(1024);
l_attach_blob blob;
l_attachment_pkeys DBMS_SQL.varchar2_table;
l_step PLS_INTEGER := 12000; -- A multiple of 3 and <= 24573
crlf varchar2(2) := CHR(13) || CHR(10);
diag varchar2(4000);
v_raw raw(57);
v_length integer := 0;
v_buffer_size integer := 57;
v_offset integer := 1;
begin
-- Store all the attachment primary keys into l_attachment_pkeys
Select ma.prim_key Bulk Collect Into l_attachment_pkeys
From mail_attachment ma
Where ma.event_fkey = p_event_pkey;
-- Encode p_smtp_username and p_smtp_password
l_encoded_username := UTL_RAW.cast_to_varchar2
(UTL_ENCODE.base64_encode(UTL_RAW.cast_to_raw(p_smtp_username)));
l_encoded_password := UTL_RAW.cast_to_varchar2
(UTL_ENCODE.base64_encode(UTL_RAW.cast_to_raw(p_smtp_password)));
-- set the l_connection variable
l_connection := UTL_SMTP.open_connection(p_smtp_hostname, p_smtp_portnum);
-- begin the connection
utl_smtp.ehlo(l_connection, p_smtp_hostname);--DO NOT USE HELO
-- authenticate to the server using the encoded username and password
utl_smtp.command(l_connection, 'AUTH', 'LOGIN');
utl_smtp.command(l_connection, l_encoded_username);
utl_smtp.command(l_connection, l_encoded_password);
-- First, establish the mail's From and To. This is essential
utl_smtp.mail( l_connection, p_from );
utl_smtp.rcpt( l_connection, p_to );
-- Define the Header
l_temp := l_temp || 'MIME-Version: 1.0' || crlf;
l_temp := l_temp || 'To: ' || p_to || crlf;
l_temp := l_temp || 'From: ' || p_from || crlf;
l_temp := l_temp || 'Subject: ' || p_subject || crlf;
l_temp := l_temp || 'Reply-To: ' || p_from || crlf;
l_temp := l_temp || 'Content-Type: multipart/mixed; boundary=' ||
chr(34) || l_boundary || chr(34) || crlf;
----------------------------------------------------
-- Write the headers
dbms_lob.createtemporary( l_body_html, false, 10 );
dbms_lob.write(l_body_html,length(l_temp),1,l_temp);
----------------------------------------------------
-- Write the HTML boundary
-- Identify the content type as text/html
-- Determine the offset (initially it's 1)
-- Write out
l_temp := crlf || crlf ||'--' || l_boundary || crlf;
l_temp := l_temp || 'content-type: text/html;' || crlf || crlf;
l_offset := dbms_lob.getlength(l_body_html) + 1;
dbms_lob.write(l_body_html,length(l_temp),l_offset,l_temp);
----------------------------------------------------
-- Write the HTML portion of the message
l_offset := dbms_lob.getlength(l_body_html) + 1;
dbms_lob.write(l_body_html,length(p_html),l_offset,p_html);
----------------------------------------------------
-- Send the email body in 1900 byte chunks to UTL_SMTP
l_offset := 1;
l_ammount := 1900;
utl_smtp.open_data(l_connection);
while l_offset < dbms_lob.getlength(l_body_html) loop
utl_smtp.write_data(l_connection,
dbms_lob.substr(l_body_html,l_ammount,l_offset));
l_offset := l_offset + l_ammount ;
l_ammount := least(1900,dbms_lob.getlength(l_body_html) - l_ammount);
end loop;
--The following crlf is necessary after the body is written
utl_smtp.write_data(l_connection, crlf);
----------------------------------------------------
-- Write the attachments of the message
-- Loop through all the selected primary keys in l_attachment_pkeys
While l_attachment_pkeys is null
Loop
For i IN l_attachment_pkeys.FIRST .. l_attachment_pkeys.LAST
Loop
-- Determine the attachment variables for each instance of attachments
Select mime_type into l_attach_mime
from mail_attachment where prim_key = l_attachment_pkeys(i);
Select file_name into l_attach_name
from mail_attachment where prim_key = l_attachment_pkeys(i);
Select attachment into l_attach_blob
from mail_attachment where prim_key = l_attachment_pkeys(i);
v_length := dbms_lob.getlength(l_attach_blob);
-- Write out the boundary
UTL_SMTP.write_data(l_connection, '--' || l_boundary || crlf);
-- Write out the attachment metadata
UTL_SMTP.write_data(l_connection, 'Content-Type: ' || l_attach_mime ||
'; name=' || chr(34) || l_attach_name || chr(34) || crlf);
UTL_SMTP.write_data(l_connection, 'Content-Transfer-Encoding: base64' ||
crlf);
UTL_SMTP.write_data(l_connection, 'Content-Disposition: attachment;
filename="' || l_attach_name || '"' || crlf || crlf);
--Write out the attachment blob in portions of l_step length
FOR k IN 0 .. TRUNC((DBMS_LOB.getlength(l_attach_blob) - 1 )/l_step)
LOOP
UTL_SMTP.write_data(l_connection, UTL_RAW.cast_to_varchar2
(UTL_ENCODE.base64_encode(DBMS_LOB.substr(l_attach_blob,
l_step, k * l_step + 1))));
END LOOP;
UTL_SMTP.write_data(l_connection, crlf);
End Loop;
End Loop;
----------------------------------------------------
-- Write the final html boundary
utl_smtp.write_data(l_connection,
crlf || '--' || l_boundary || '--' || crlf);
----------------------------------------------------
-- Close the connection and end
utl_smtp.close_data(l_connection);
utl_smtp.quit( l_connection );
dbms_lob.freetemporary(l_body_html);
end;
A sample "p_html" field looks like this:
<p>
Text right before the image.</p>
<p>
<img alt="HarryPotter" src="data:image/jpeg;base64,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" /></p>
<p>
Text right after the image.</p>