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When I rst started working with the PIC microcontroller, Microchip provided MS-DOS command-line tools that performed the task of converting assembly language source les into hex les as well as simulating the operation of the program les as if they were working in actual hardware. The MS-DOS command-line tools were competent, but quite clunky, and it was dif cult to see the full picture of what was happening during application execution. Fig. 3.1 shows a screen shot of MPSIM (the MS-DOS command-line simulator) executing. This tool is a program simulator that requires a user to provide a con guration le (known as the MPSIM-INI), which speci es which registers are to be monitored by the user as the application executes. Stimulus les could be added to the command-line simulator to avoid the need for the user to add speci c inputs manually. Despite working well enough to be recommended as the development tools for the readers of the rst edition of this book, the command-line tools required a bit of learning and effort to provide the necessary capabilities for the PIC microcontroller application developer. After releasing the manuscript of the rst edition of this book, Microchip released version 3.00 of the MPLAB integrated development environment (or IDE, shown in Fig. 3.2). This Microsoft Windows application eliminated a lot of the dif culty in developing and simulating a PIC microcontroller application that was inherent in the MS-DOS command-line environment. MPLAB IDE provide the user with a tool that combined an editor, assembler, compiler, linker, simulator, and emulator as well as a programmer interface that allowed the user to burn the application code into a PIC MCU chip. This all-in-one tool is excellent for new PIC microcontroller developers and is a great way to see your applications executing and responding to various input conditions. This book focuses on the MPLAB IDE and uses it exclusively for PIC microcontroller application development because of the ease with which applications can be created with it. In this chapter, I will introduce you to the tools available for PIC MCU application development, from editors to assemblers, compilers, simulators, and emulators. Although I focus on the MPLAB IDE in this book, in this chapter I will also present some other
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Figure 3.1 The rst PIC microcontroller development tools were MS-DOS command-line programs like the MPSIM.
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Figure 3.2 Microchip s MPLAB integrated development environment simpli es the task of developing and con guring a PIC microcontroller development system.
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tools that you can use for PIC microcontroller development. The tools available for creating PIC microcontroller application run the gamut from freeware and shareware to GNU tools and commercial products.
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Regardless of the software programs that you use to develop your PIC microcontroller application software, they will all provide the same basic functions. To develop your source code, you will need an editor program that allows you to enter program statements as well as modify and save them. Once this is done, you will have to convert them into object hex les using an assembler or compiler. You may wish to combine converted code from different sources and build them into the nal application code using a linker. Once you have built your application, you will want to test them in a simulator before programming the application into either a part or an emulator, which will allow you to follow the progress of the application (as part of qualifying or debugging the code). These tools go by various names and may be integrated together into single, larger programs, but in every development system, these functions are necessary to create microcontroller applications.
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