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Finished installing MPLAB IDE the desktop is up and running.
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do not need to concern yourself with the various MPLAB IDE project management les (such as the les that end in .mcp, .mcs, .mcw, etc.) because these les will change with different versions of MPLAB IDE as well as the project and the tools used to build the application. I realize that when you are starting out with a new device, the number of things to learn is overwhelming; the purpose of reviewing the le types is to help you understand the process and choose the path that will allow you to most ef ciently learn how to program the PIC microcontroller. In Fig. 3.15, I have drawn the build process as a large box encompassing the assembler/ compiler and the linker process step as well as showing the les required and produced for the two process steps. For your rst application, you should be aware of the process and the purpose of the ten le types shown here. As you become more familiar with the PIC microcontroller, MPLAB IDE and the development tools, you will be able to customize these les to make your application development more sophisticated. The need for the source les should be self-explanatory the .asm, .bas, and .c les that are created as the program is run through the assembler/compiler are entered into
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Figure 3.15 The application build process requires and produces the various les shown here.
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the MPLAB IDE editor and then passed through the build process. Later in the book, I will comment on how these les should be written and give basic templates for your use, but for now, I want to identify them as les that are the basis of the application. Often, one of the rst things I see when new PIC microcontroller programmers have problems with their initial applications is that they have de ned the hardware registers they are going to use in their applications. The programmer is mysti ed why the code doesn t work or, in some cases, assemble correctly. Almost invariably, the problems with the application are a result of a typo or transposition of a register address or label. To x the problems, I will tell them to delete the hardware register declarations in their source code and use the include directive to load the Microchip or compiler vendor written .inc register de nition les into their applications. These les were written to provide the application developer with the addresses of the PIC microcontroller hardware registers, along with some other parameters, in the same format as the documentation. Usually, when the programmer-de ned hardware register declarations are deleted and the .inc le added to the source, the application problems disappear. When working with the MPASM assembler, there is an .inc le for every PIC microcontroller part number in the format:
p<I>PIC_MCU_P/N</I>.inc
where <I>PIC_MCU_P/N</I> is the PIC microcontroller part number. For example, the include le for the PIC16F84A is p16f84a.inc and the include le for the PIC12C508 is p12c508.inc. This is true for all the PIC microcontroller devices except for the original, low-end (PIC16C5x) parts. For these devices, the include le is p16c5x.inc. The le below is p12c508.inc, which is relatively small, but has all the elements that you should look for in the include les.
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LIST ; P12C508.INC Standard Header File, Version 1.02 Technology, Inc. NOLIST
Microchip
; This header le de nes con gurations, registers, and other useful bits of ; information for the PIC12C508 microcontroller. These names are taken to match ; the data sheets as closely as possible. ; Note that the processor must be selected before this le is ; included. The processor may be selected the following ways: ; ; ; ; ; 1. Command line switch: C:\ MPASM MYFILE.ASM /P12C508 2. LIST directive in the source le LIST P=12C508 3. Processor Type entry in the MPASM full-screen interface
;=============================================================== ; ; Revision History ; ;============================================================== ;Rev: ;1.02 ;1.01 ;1.00 Date: Reason:
05/12/97 Correct STATUS and OPTION register bits 08/21/96 Removed VCLMP fuse, corrected oscillators 04/10/96 Initial Release
;============================================================== ; ; Verify Processor ; ;============================================================== IFNDEF __12C508 MESSG Processor-header le mismatch. Verify selected processor. ENDIF ;=============================================================== ; ; Register De nitions ; ;===============================================================
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