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To make serendipity more likely, constantly scan your environment, expecting to nd new opportunities everywhere. Do you remember the arm exercise described in 1 From the arm exercise, you learned that when you think negative thoughts, your body responds negatively and becomes weak. Conversely, when you think positively, your body becomes stronger. Since our thoughts in uence the way we respond, we get what we think about most. When you expect to nd new opportunities, they seem to pop up everywhere. Use that philosophy whenever you are called on to speak. Preparing your material might present an opportunity to call someone you ve wanted to meet. Most

incf movlw subwf movlw btfss movwf BufferIndex, f BufferStart + 16 BufferIndex, w BufferStart STATUS, Z BufferIndex ; ; Increment the Buffer Pointer If past end, roll over

But if you had the array in bank 2 (bit 4 of FSR should always be reset), the code becomes:

incf bcf BufferIndex, f BufferIndex, 4 ; Increment the Buffer Pointer ; Keep the Buffer Pointer within Bank 2

Arithmetic code written for a speci c PIC microcontroller architecture is usually very portable to the other PIC microcontroller architectures. For example, moving code between the mid-range and the low-end is quite easy to do except for the lack of the literal addition and subtraction instructions. Instead of executing a simple addlw Constant instruction, you will have to execute:

movwf movlw addwf TempReg Constant TempReg, w ; ; ; Save the Contents of WREG Load Accumulator with Original WREG Value added to the Constant

The loss of the immediate subtraction (sublw Constant) operation is a bit more complex, because there is a de nite order of operations with the contents of w subtracted from the constant, so a constant value will have to be put into a temporary register. Code for doing this could be:

movwf movlw xorwf xorwf xorwf subwf TempReg Constant TempReg, TempReg, TempReg, TempReg, ; f w f w ; Save the Contents of w Swap w and TempReg Constants

I realize that these operations add quite a few instructions (and require a le register), but they will simulate the addlw and sublw instructions and can be placed in a macro for your use.

(9.18)

people are willing to help someone else accomplish a goal especially if that person is a student. Maybe your research will uncover a path to a new product or a process that will save you time and money. Scan your audience for a potential new client, a high-level manager, or a competitor who might be impressed with what you have to say. Who knows what might show up when you re open to possibilities

Like the other aspects of the low-end PIC microcontroller architecture compared to the mid-range architecture, the smaller address size affects the way that execution change operates. The changes that you will have to keep in mind when you are creating low-end applications are the smaller page size, the difference in operation between the goto and call instructions, and the lack of a return instruction. None of these differences will prevent you from being able to port your applications between the two architectures, they are just a few things to watch for when you do it. For the call and goto instructions as well as those in which the contents of PCL are modi ed, the PA0 to PA2 bits of the STATUS register are used as the high order address bits of the actual jump address within a speci ed bank. These bits, while similar in operation to the PCLATH bits, require a slightly different approach because they are part of the STATUS register. In the mid-range devices, the two instructions:

are all that are required to set up the high order address bits for the goto or call instructions because the bits are organized to allow a direct transfer of the address to the PCLATH bits. This is not possible in the PA0 to PA2 bits in the STATUS register; instead, I recommend that you use the conditional assembly statements I introduced earlier in the chapter for updating the PA0 to PA1 bits. To do this, remember that PA0 is bit 9 of the address while PA2 is bit 11:

if ((NewAddress bsf STATUS, else bcf STATUS, endif if ((NewAddress bsf STATUS, else bcf STATUS, endif if ((NewAddress bsf STATUS, else bcf STATUS, endif & 0x200) != 0) ; Required if Program Memory >= 1024 PA0 PA0 & 0x400) != 0) ; Required if Program Memory >= 2048 PA1 PA1 & 0x800) != 0) ; Required if Program Memory >= 4096 PA2 PA2

The interpage goto setup code above can be demonstrated on the MPLAB IDE LEInsTemplate.asm project using the program: