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} /** * This method tests that a newly created customer is in the * right state. The create method call will fail if the customer * named Elmer Fudd is not deleted from the database * manually after each test run. * @throws Exception */ public void testInitialCustomer() throws Exception { InitialContext ic = new InitialContext(); cHome = (CustomerHome) ic.lookup(CUSTOMER_REF); CustomerPO custPO = new CustomerPO( Elmer , Fudd ); Customer customer = cHome.create(custPO); assertNotNull(customer); assertNotNull(customer.getId()); assertNull(customer.getAddress()); assertTrue(customer.getInvoices().size() == 0); assertEquals( Elmer , customer.getFirstName()); assertEquals( Fudd , customer.getLastName()); } /** * This method tests creating and adding an invoice. This method * will fail if the customer Elmer Fudd is not in the * database already. There is an order dependency between this * method and testInitialCustomer. * @throws Exception */ public void testAddInvoice() throws Exception { InitialContext ic = new InitialContext(); cHome = (CustomerHome) ic.lookup(CUSTOMER_REF); iHome = (InvoiceHome) ic.lookup(INVOICE_REF); CustomerPO custPO = new CustomerPO( Elmer , Fudd ); Customer customer = cHome.lookupCustomer(custPO, null); Invoice inv = iHome.create(customer); assertTrue(customer.getInvoices().size() == 1); } /** * This method tests looking up a customer. This method requires * that the testInitialCustomer method has already been run or * that Elmer Fudd is in the database. * @throws Exception */ public void testLookupCustomer() throws Exception { InitialContext ic = new InitialContext(); cHome = (CustomerHome) ic.lookup(CUSTOMER_REF); CustomerPO po = new CustomerPO( Elmer , Fudd );

A document with a working image map (as outlined in this section) would resemble the following code:

Because so many files and objects comprise an MFC application, I like to start with an overall strategic view of a project. In the RapiDemo example, here s a list of the objects that are being constructed, the chronology of their construction, and the relationship between the objects:

A MID must also provide a thread or process that will run the Java virtual machine and low-level APIs for capturing user input, drawing on the display, and implementing the other capabilities of the MIDP.

The 31 statistical properties that characterize trading strategies are implemented. The filter-program evaluate.cpp is written. It takes as input the type of contract specifications, initial and maintenance margins, initial account cash balance, prices, costs, and strategy, then evaluates the strategy, computes statistical properties of trades, and reports results to the standard output. The program evaluate.cpp is applied to the settlement prices of the soybean contract SK05 traded on CBOT during the calendar months January, February, and March 2005.

Table 12.4: Performance of Fano Algorithm on a Particular Sequence as a F inction of A Number of Number of Decoding Correct Decoding Correct A Steps Decoding A Steps Decoding 7 31 no 1 158 Yes 8 31 no 2 86 Yes 3 63 no 9 31 no 4 47 no 10 27 Yes 11 16 no 5 40 Yes 6 33 no 12 16 no

ba(11) , b a( 2,1) ... ba( n,1)

entered The proper code (the data column name surrounded by curly braces) can be entered by hand in either Design or Code view as long as it is entered within a Spry region.

rescue IOError, SystemCallError if $!.type == IOError $stderr.puts A write to the disk failed -- $!. else $stderr.puts There was a system call failure -- $!. end end

It is a token. It represents the U1 object is opened and activated. The U1 object has two command conditions: opened and activated waiting or opened but not activated The token position indicates that the current window is open and activated. If a current U object is just a menu or button and these I menus or buttons belong to a window, then the window they belong to is opened. No more than one token is used for each U1 object. Tokens can move around the Net. they have a token) and all its postconditions are unfulfilled (i.e. they have no token). (b)Firing tokens from all the preconditions to all the postconditions. The weight is a number attached to the arc. It is equal to 1 throughout the FIN. The weight represents the number of tokens that are removed from a precondition during firing and deposited in a postcondition.