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To set the date and time, an application creates a Clock object and sets all of the public elds to their desired values Invoking the setRTC method commits those values to the real-time clock This is how the slush date command works It parses user input from the command line and calculates the correct values for all of the clock registers If a time zone is speci ed, it adjusts the input date and time with respect to GMT before setting the Clock instance elds There is another method for setting the real-time clock that sets all registers and commits them to the RTC

This creates a variable called object in the partial, which we can then use to generate the error messages, as shown in Listing 104 (Note the fancy chain of methods to get a nice version of the object name; see the Rails API entry on, say, humanize, to get an idea of the range of Rails utilities available)

public synchronized void setTickCount(long millis)

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This XML instance makes it easy for us to distinguish the From: field from the To: field and so on, but it doesn't help us construct an application in conjunction with a relational database We're designing this XML to work hand-in-hand with a relational database In particular, we have to understand where numerical ID numbers come into play Relational database schemas use numerical ID numbers in order to identify items uniquely and to preserve cross-references Most of these ID numbers are generated as they are needed: When you insert a new row into a table, you first generate a new ID number Depending on how your database works, ID number generation may be an automatic feature; it may involve setting up a database sequence, a feature of a database that generates consecutive unique numbers Or it could be a number generated somewhere in the application and inserted into the database In any case, it is a number that's unique at least to a particular set of items (for example, e-mail messages in our simple e-mail application) For our e-mail application, if we assume that ID numbers are going to be assigned to each e-mail message, those numbers have to be reflected in the XML instance as well, so that we know which XML instances match up with which rows in our relational database We do that by adding an ID attribute to the E-MAIL element we've created Note that the name "ID" doesn't have any special meaning in XML instances; I simply decided to call it that Because users are another item that will be stored in the relational database, we'll also include an ID field in our TO and FROM elements Our message subject and body don't need unique IDs because they are unique to the message itself Now have the following:.

<% if objecterrorsany %> <div id="error_explanation"> <h2><%= pluralize(objecterrorscount, "error") %> prohibited this <%= objectclassto_sunderscorehumanizedowncase %> from being saved:</h2> <p>There were problems with the following fields:</p> <ul> <% objecterrorsfull_messageseach do |msg| %> <li><%= msg %></li> <% end %> </ul> </div> <% end %>

While we re at it, we ll update the signup form with the more general code (Listing 105)

The millis parameter required by setTickCount is the difference between the current time and midnight, January 1, 1970 UTC (coordinated universal time) For our very practical purposes, we can think of UTC as equivalent to GMT The value millis is the same number that is returned from an invocation of SystemcurrentTimeMillis If you re interested in the difference between UTC and GMT, the documentation for the Date class is a good place to start

<h1>Sign up</h1> <%= form_for(@user) do |f| %> <%= render 'shared/error_messages', :object => fobject %> <% end %>

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