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) Then the client sends a rcpt to command, with the envelope recipient that we talked so much about earlier in this chapter; you can finally see that, indeed, it is transmitted separately from the text of the message itself when using the SMTP protocol If you were sending the message to more than one recipient, they would each be listed on the rcpt to line Finally, the client sends a data command, transmits the actual message (using verbose carriagereturn-linefeed line endings, you will note, per the Internet e-mail standard), and finishes the conversation The smtplib module is doing all this automatically for you in this example In the rest of the chapter, we will look at how to take more control of the process so you can take advantage of some more advanced features..

Caution Do not get a false sense of confidence because no error was detected during this first hop, and think that the message is now guaranteed to be delivered. In many cases, a mail server may accept a message, only to have delivery fail at a later time; read back over the foregoing Multiple Hops section, and imagine how many possibilities of failure there are before that message reaches its destination!

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<ul id="searchResults_itemTemplateParent"> <li id="searchResults_itemTemplate"> <span id="searchResults_Name"></span> <span id="searchResults_Category"></span> <span id="searchResults_Color"></span> </li> </ul> </div> </div> </div> </div> And here is the Atlas Script that creates the list on the page using this HTML markup: <listView id="searchResults" cssClass="listView" targetElement="searchResults" itemTemplateParentElementId="searchResults_itemTemplateParent" alternatingItemCssClass="alternatingItem" itemCssClass="item"> <layoutTemplate> <template layoutElement="searchResults_layoutTemplate" /> </layoutTemplate> <itemTemplate> <template layoutElement="searchResults_itemTemplate"> <label targetElement="searchResults_Name"> <bindings> <binding dataPath="Name" property="text" /> </bindings> </label> <label targetElement="searchResults_Category"> <bindings> <binding dataPath="Category" property="text" /> </bindings> </label> <label cssClass="bar" targetElement="searchResults_Color"> <bindings> <binding dataPath="Color" property="text" /> </bindings> </label> </template> </itemTemplate> </listView> This uses a ListView control that wraps the underlying markup on the page, which is shown here:

As with any software development project, the first step is to understand the requirements of the system. The first step in understanding the requirements is to understand the business process. In general, a workflow application models a business process. You must define that process so it can be modeled. Once you define the business process, you can create a model to show the project stakeholders those that use the process to make sure the process was captured correctly. After the process is modeled, you need to determine which type of workflow to use (Sequential or State Machine). Finally, you need to select and model all the activities that will be used. At the end of this process, a model will exist that models the process and also allows you to begin immediately with constructing the necessary activities.

Sometimes it is nice to know about what kind of messages a remote SMTP server will accept For instance, most SMTP servers have a limit on what size message they permit, and if you fail to check first, then you may transmit a very large message only to have it rejected when you have completed transmission In the original version of SMTP, a client would send a HELO command as the initial greeting to the server A set of extensions to SMTP, called ESMTP, has been developed to allow more powerful conversations ESMTP-aware clients will begin the conversation with EHLO, which signals an ESMTPaware server to send extended information This extended information includes the maximum message size, along with any optional SMTP features that it supports However, you must be careful to check the return code Some servers do not support ESMTP.

On those servers, EHLO will just return an error In that case, you must send a HELO command instead In the previous examples, we used sendmail() immediately after creating our SMTP object, so smtplib had to send its own hello message to the server But if it sees you attempt to send the EHLO or HELO command on your own, then sendmail() will no longer attempt to send these commands itself Listing 13 4 shows a program that gets the maximum size from the server, and returns an error before sending if a message would be too large Listing 13 4 Checking Message Size Restrictions #!/usr/bin/env python # SMTP transmission with manual EHLO - 13 - ehlopy import sys, smtplib, socket if len(sysargv) < 4: print "usage: %s server fromaddr toaddr [toaddr..]" % sysargv[0] sysexit(2) server, fromaddr, toaddrs = sysargv[1], sysargv[2], sys.

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