I never found a solution using cfmail. I had to resort to java instead.
I have all of my file information (including content) in a query called qFiles and loop through that in the code below.
<cfscript>
// config will stay this way
emailServer = serverAddressHere;
emailServerAccount = "";
emailServerPwd = "";
// set email variables
vSentFrom = sentFromEmailHere;
vSubjectText = subjectHere;
recipientsTo = listToArray( SentToListHere );
recipientsCC = listToArray( CCListHere );
recipientsBCC = listToArray( BCCListHere );
// set javamail properties
props = createObject("java", "java.util.Properties").init();
props.put("javax.mail.smtp.host", emailServer);
// get static recipient types
recipientType = createObject("java", "javax.mail.Message$RecipientType");
// create the session for the smtp server
mailSession = createObject("java", "javax.mail.Session").getInstance(props);
// create a new MIME message
mimeMsg = createObject("java", "javax.mail.internet.MimeMessage").init(mailSession);
// create the to and from e-mail addresses
addrFrom = createObject("java", "javax.mail.internet.InternetAddress").init(vSentFrom);
for (cfIdx = 1; cfIdx LTE arrayLen( recipientsTo ); cfIdx++)
{
addrTo[cfIdx] = createObject("Java", "javax.mail.internet.InternetAddress").init( recipientsTo[cfIdx] );
// add a recipient
mimeMsg.addRecipient(recipientType.TO, addrTo[cfIdx]);
}
if(ArrayLen(recipientsCC)){
for (cfIdx = 1; cfIdx LTE arrayLen( recipientsCC ); cfIdx++)
{
addrCC[cfIdx] = createObject("Java", "javax.mail.internet.InternetAddress").init( recipientsCC[cfIdx] );
// add a recipient
mimeMsg.addRecipient(recipientType.CC, addrCC[cfIdx]);
}
}
if(ArrayLen(recipientsBCC)){
for (cfIdx = 1; cfIdx LTE arrayLen( recipientsBCC ); cfIdx++)
{
addrBCC[cfIdx] = createObject("Java", "javax.mail.internet.InternetAddress").init( recipientsBCC[cfIdx] );
// add a recipient
mimeMsg.addRecipient(recipientType.BCC, addrBCC[cfIdx]);
}
}
// build message
// set who the message is from
mimeMsg.setFrom(addrFrom);
// set the subject of the message
mimeMsg.setSubject(vSubjectText);
// create multipart message: only needed if you're including both plain/text and html
// or using attachments
multipart = createObject("java", "javax.mail.internet.MimeMultipart").init();
// specifies that the message contains both inline text and html, this is so that
// images given a cid will show up when rendered by the e-mail client
multipart.setSubType("mixed");
// create html text multipart
oHtml = createObject("java", "javax.mail.internet.MimeBodyPart").init();
// add the html content (the setText() method shortcut/only works for "plain/text")
oHtml.setContent( emailContentHTML, "text/html");
// add the body part to the message
multipart.addBodyPart(oHtml);
// loop over files to attach to the email
for ( intRow = 1 ; intRow LTE qFiles.RecordCount ; intRow = (intRow + 1))
{
// set file info to vars
fileContent = qFiles["fileContent"][intRow];
fileMimeType = qFiles["mimeType"][intRow];
fileName = rereplace( qFiles["filename"][intRow] , '(?!\.[^.]*$)\W' , '' , 'all' );
if(len(fileName) > 50)
{fileName = mid(fileName,1,44) & right(fileName,find('.',reverse(fileName)));}
// attach an inline binary object
att = createObject("java", "javax.mail.internet.MimeBodyPart").init();
// create an octet stream out of the binary file
os = createObject("java", "org.apache.axis.attachments.OctetStream").init(fileContent);
// we now convert the octet stream into the required data source. using an octet stream
// allows us pass in any binary data as a file attachment
osds = createObject("java", "org.apache.axis.attachments.OctetStreamDataSource").init("", os);
// initialize the data handler using the data source
dh = createObject("java", "javax.activation.DataHandler").init(osds);
// pass in the binary object to the message--javamail will handle the encoding
// based on the headers
att.setDataHandler(dh);
// define this binary object as a PDF
att.setHeader("Content-Type", fileMimeType);
// make sure the binary data gets converted to base64 for delivery
att.setHeader("Content-Transfer-Encoding", "base64");
// specify the binary object as an attachment
att.setHeader("Content-Disposition", "attachment");
// define the name of the file--this is what the filename will be in the e-mail client
att.setFileName(fileName);
// add the body part to the message
multipart.addBodyPart(att);
}
//end loop through qFiles
// place all the multi-part sections into the body of the message
mimeMsg.setContent(multipart);
// in this section we'll build the message into a string. you could dump
// the string to a file in most SMTP server's queue file for delivery
// this is exactly what would be pass to the SMTP server
// create a bytearray for output
outStream = createObject("java", "java.io.ByteArrayOutputStream");
// create a budder for the output stream
outStream.write(repeatString(" ", 1024).getBytes());
// save the contents of the message to the output stream
mimeMsg.writeTo(outStream);
// save the contents of the message to the sMailMsg variable
sMailMsg = outStream.toString();
// reset the output stream (for stability)
outStream.reset();
// close the output stream
outStream.close();
// create a transport to actually send the message via SMTP
transport = mailSession.getTransport("smtp");
// connect to the SMTP server using the parameters supplied; use
// a blank username and password if authentication is not needed
transport.connect(emailServer, emailServerAccount, emailServerPwd);
// send the message to all recipients
transport.sendMessage(mimeMsg, mimeMsg.getAllRecipients());
// close the transport
transport.close();
</cfscript>
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