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3. Call for committee or individual reports. (a) The details are reviewed at this time. This is the typically the longest part of the meeting. (b) It is the chair s responsibility to keep the meeting on track and on time. (c) The chair also directs and elds questions. 4. Lead open discussion of any old business. If any items were carried over from the last meeting, this is the time to discuss them. 5. Ask for new business. (a) The chair begins by asking, Are there new topics to be introduced (b) The chair must keep discussions focused.

Once an MPLAB IDE project has been created (which is described for C18 projects at the end of the chapter), to enable the simulator, click on the Debugger pull-down menu, click on Select Tool, followed by MPLAB SIM When this is done, the simulator buttons shown in Fig 320 will appear on the IDE toolbar When the buttons are displayed, you are now ready to simulate (or, if you selected one of the other tools such as ICD 2, debug or run an emulator) The simulator buttons are the basic controls needed to reset, execute, single-step, or step over or out of the current subroutine The Run button does just that, it executes the program and will continue to until it encounters a breakpoint, the Pause button is pressed, or an execution error (such as a stack over ow) is encountered.

In early versions of MPLAB IDE, there was a problem with running the application either a speed up program would have to be running in the background or the user would have to move the mouse continually to get full speed out of the simulator I m mentioning this because you may see some references to this requirement in some PIC microcontroller resources and it is no longer required in the latest versions of the program..

Run Reset Pause Execute Out of Subroutine Animate Execute Around a Subroutine Execute Every Statement

Along with running the application at full speed, you can also animate it, which will allow the program to single-step through at a speed that should be observable by a human (the speeds are selectable from the Debugger pull-down menu, selecting the Settings dialog box) The Debugger menu provides you with a number of parameters for the basic functions as well as some additional useful features that are useful that are not available from the seven basic buttons When you are running the application, you can stop it at any time by clicking on the Pause button This button just pauses the execution of the program and does not reset it or start again from the beginning; you can resume execution right at the point where the program paused.

There are three single-step execution options which consist of basic single-stepping and single-stepping until a subroutine call is encountered and then execute through the subroutine and stop at the instruction after the call instruction as well as executing at full speed until the next subroutine return instruction is executed These buttons allow you to work through the application code surprisingly quickly and ef ciently Finally, there is a Reset button, which returns the simulated PIC microcontroller to its power on state and startup vector address For the most part, you will not require any of the additional capabilities available from the Debugger menu To set a breakpoint in the program, simply double-click the space to the left of the source code line When you do this, a stop sign icon will appear in the space Now the application execution will stop when a breakpoint is encountered.

To remove the breakpoint, simply right-click on the stop sign and then click on Remove Breakpoint As a nal note, if you change any of the source code, you will not be able to continue with the simulation (or debugging or emulation) To resume these operations, you will have to rebuild the application and then restart it from the beginning MPLAB IDE is actually pretty good at keeping track of breakpoints, so when you add or delete lines, you will see that the breakpoints will follow the program statements they were associated to, not be locked to their line numbers Going back to the SimAppc C18 application, when I simulated it I found that the RB0 bit would not toggle it always stayed at 0.