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These statements are the bare-bones statements required for you to add a few assembly language statements to test out their operation. For the mid-range instructions, there is no need to change any statement except for the comment line; Insert Code Here. The semicolon (;) indicates that the characters to the right are human comments and should be ignored by the assembler. With the le in the project, click on the File pull-down menu and then Save As and store the InsTemplate.asm le in the C:\PICMCU\Assmblr\InsTemplt directory. Next, you will have to right-click on the le underneath Source Files in the project window and click on Remove. Finally, right-click on Source Files followed by Add File and select InsTemplate.asm from C:\PICMCU\Assmblr\InsTemplt. This will prevent you from losing the original template le source and having to download it again from the McGraw-Hill web site or key it in manually. Next, I would like you to add a couple of windows to provide you with the ability to monitor the operation of the simulated PIC microcontroller. First, click on View followed by File Registers and move and resize the window that comes up as shown in Fig. 7.1. This window shows the special function registers (SFRs) and the le registers in the system. Unless you have a very high pixel count display, you are going to have to obscure some of the higher address registers. Finally, click on the View pull-down menu, followed by Watch, and then move it to the bottom-left corner as shown in Fig. 7.1. Watch is a user-con gurable window in which different registers can be selected and their contents displayed or changed. To add registers to the window, select the SFR that you want to put in and then click on the Add SFR button for the sample programs in this chapter, you will need WREG, STATUS, OPTION_REG, PCL, and PCLATH.
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Figure 7.1 Start up MPLAB IDE and arrange the Instruction Template le window, Output, Ins Template.asm, File Registers, and Watch windows on the desktop as shown here.
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After adding these registers, right-click on STATUS and click on Properties from the list that comes up. The Watch Properties window that opens (Fig. 7.2) allows you to select the register from the list in the Watch window and specify it as ASCII, binary, decimal, or hex by rst selecting the register followed by the Format and clicking on Apply. To complete the Watch window setup, change STATUS and OPTION_REG to binary. Once this is all done, click on the Project pull-down menu and then Save Project to make sure the changes are saved. With MPLAB IDE set up as shown in this section and following the instructions laid out here and below, you can now take a prede ned project and source code template, add a few lines of code into the template, build (assemble) the code, and then simulate the operation of the code to see exactly how the instructions execute. The template le and project were created for this chapter, but I would suggest that you keep it where you can access it easily to allow you to test out some basic algorithms or step through your own project logic. Little what if tools like this can make learning a new chip and
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Figure 7.2 The Watch Properties window allows you to change the displayed data format of the speci ed Watch register.
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It is a mistake to assume that the instructions of the three different PIC microcontroller architectures discussed in this book work separately from each other. One of the major differences between the three architectures consists of the number of registers each can access, but the methodologies used to access data in the registers are identical. Similarly, the ALU of the different PIC microcontrollers also work identically as do the execution change instructions and the processor control instructions. Despite the differences in the size of the instruction word, the number of registers that can be accessed, and the
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