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After the instruction ROM HDL is generated, we can continue steps 6 and 8 in Figure 14.4 to synthesize the entire code and download the configuration file to the FPGA chips. Note that the synthesis flow must be repeated each time the assembly code is modified. Since synthesis is a complex process, it requires a significant amount of computation time. When the I/O configuration is fixed, resynthesizing the entire circuit after each assembly program modification is not really needed. It is possible to reload the machine code to the ROM, which is implemented by a block RAM, by using the FPGA's JTAG interface. This corresponds to the dotted line of step 9 in Figure 14.4. The basic procedure is as follows: 1. Replace the original ROM template with one that contains the JTAG interface circuit. 2. Use KCPSM3 to compile the assembly code as usual. 3. Synthesize the top-level HDL code and program the FPGA chip. 4. In subsequent assembly program modifications, compile the program as usual. Recall that a file in hex format (ended with the .hex extension) is generated. 5. Use the Xilinx utility to embed the .h e x file to a JTAG programming file and download the file to the FPGA's block RAM via the JTAG interface. The detailed procedure and the relevant programs and templates can be found in the JTAG-loader directory of the downloaded KCPSM file.

The alt statement above will block until either chanl or chan2 is ready to send data or chan3 is ready to receive data. Like a case statement, the alt statement is processed once-through; thus to continue to monitor a set of channels for the ability to communicate, you would have to enclose your alt statement in a loop. If the above block of code was in a loop and we wanted to have some default action taken when none of the channels were ready to send or receive data, we could write:

Simple text editors such as Windows Notepad or vi on UNIX/Linux provide an invaluable service. They enable you, without intervening features, to

{=SUM({4,0,9})}

Setting up the problem is the difficult part. For example, you must enter 27 constraints. When you have specified all the necessary information, click the Solve button to put Solver to work. Solver displays the solution shown in Figure 37.12. The total shipping cost is $55,515, and all the constraints are met. Notice that shipments to Miami come from both St. Louis and Boston.

In the day-to-day operations of most Web sites, you update records more often than you insert new records. The process in Dreamweaver for creating an update records page is similar to the one for the insert records application with one important difference you must have a recordset defined. Detail pages are good candidates to transform into update applications. They already have the features necessary for an update application; namely, they have a recordset or other method for specifying a single record, and they are often generated from master-type pages. The major difference is that an update records application also requires specific server-side code which is supplied in Dreamweaver by the Update Record server behavior. As with the insert record application, you can choose to either create all the components of an update record page yourself or use the Application Object to build them for you. To prepare the page for adding the Update Record server behavior, make sure you include a form element for every data field you wish to update as well as a Submit button. Neither the action nor method attributes of the form need to be set the Update Record server behavior handles that chore. To insert an Update Record server behavior, follow these steps:

Downlink FER (>4.2%) 10 9 8 7 6 5 4 3 2 1 0 6 8 10 12 14 EFL (%) REF EFR DFCA EFR 16 18 20 22 10 9 8 7 6 5 4 3 2 1 0 6 8 10

Using ScriptMaker . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 426 Listing scripts in the Scripts menu . . . . . . . . . . . . . . . . . . . . 429 Running a script. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 429

183. Hydrocarbon Process. 56(11), 140 (1977).