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import comdalsemisystemTINIOS; class SomeClass { void someMethod() { long startTime = TINIOSuptimeMillis(); // Do stuff we're interested in timing long elapsed = TINIOSuptimeMillis() - startTime; Systemoutprintln("Time elapsed : " + elapsed); } }

We can test the existence of an encrypted_password attribute with the code in Listing 73, which uses RSpec s respond_to helper method

describe User describe "password encryption" do before(:each) do @user = Usercreate!(@attr) end it "should have an encrypted password attribute" do @usershould respond_to(:encrypted_password) end end end

All source was compiled with javac distributed in JDK122 The time measurements were taken by executing the code snippets on a TINI Board Model 390 that runs at processor clock rate of 368641 MHz The TINI runtime version used

Note that in the before(:each) block we create a user, rather than just calling Usernew We could actually get this test to pass using Usernew, but (as we ll see momentarily) setting the encrypted password will require that the user be saved to the database Using create! in this first case does no harm, and putting it in before(:each) will allow us to keep all the encrypted password tests in one describe block To get this test to pass, we ll need a migration to add the encrypted_password attribute to the users table:

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Of course, you could reject using GMT and use Swatch's "Internet-Time" (http://wwwswatchcom/) But people might think you're on hallucinogenic drugs, so I would shy away from it if I were you A DTD fragment for the previous DTD follows:

1 The external crystal is actually 18432 MHz, but the clock rate is doubled on the processor by a phase locked loop (PLL) to 36864 MHz

Here the first argument is the migration name, and we ve also supplied a second argument with the name and type of attribute we want to create (Compare this to the original generation of the users table in Listing 61) We can choose any migration name we want, but it s convenient to end the name with _to_users, since in this case Rails can automatically construct a migration to add columns to the users table Moreover, by including the second argument, we ve given Rails enough information to construct the entire migration for us, as seen in Listing 74

class AddPasswordToUsers < ActiveRecord::Migration def selfup add_column :users, :encrypted_password, :string end def selfdown remove_column :users, :encrypted_password end end

is v102, and all applications were launched from slush No other processes were running The numbers achieved when the applications are loaded directly into the ash ROM are about 3 to 4 percent faster The performance of other TINI hardware implementations will of course vary depending largely on the processor clock rate System loading caused by processing network and other interrupts can also cause noticeable timing variations Serious variations can occur when measuring operations that require only a small amount of time for execution The variations can be caused by sudden changes in CPU load due to interrupts, from sources such as the Ethernet network controller, or just due to loss of execution because of either thread or process swapping For this reason, the test environment should be reasonably well controlled First, only one process should be actively executing Other live processes, such as init (typically the shell) and gc (the garbage collector), are ne as long as they are dormant (not actively being scheduled) To avoid high percentage errors in measurement when measuring relatively quick operations, perform the operation a number of times, typically in a loop, and measure the entire time Then divide the result by the number of loop iterations If the overall execution time is aimed at several seconds, then any error due to interrupt latency under normal loads will be negligibly small

This code uses the add_column method to add an encrypted_password column to the users table (and the complementary remove_column method to remove it when migrating down) The result is the data model shown in Figure 72 Now if we run the migration and prepare the test database, the test should pass, since the User model will respond to the encrypted_password attribute (Be sure to close any Rails consoles started in a sandbox; the sandbox locks the database and prevents the migration from going through)

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