So, I am trying to put together two (rather involved) functions that calculate the DAC. My processing routine for CalcDAC1 and CalcDAC2 are more or less the same, but with different variables. Currently, I'm using global variables that are directly called from the routine. I would like to use the same functionality but send it the variables I want the program to use to process so instead of:
global variables: unsigned int var1a; unsigned int var2a; unsigned int var3a; unsigned int var1b; unsigned int var2b; unsigned int var3b; void main(void) { while(1) { CalcDAC1(); CalcDAC2(); } } void CalcDAC1(void) { //Do stuff with var1a //Do stuff with var2a //Do stuff with var3a } Void CalcDAC2(void) { //Do stuff with var1b //Do stuff with var2b //Do stuff with var3b }
I instead would like to do
void main(void) { while(1) { CalcDAC(var1a, var2a, var3a); CalcDAC(var1b, var2b, var3b); } } void CalcDAC(unsigned char var1, unsigned char var2, unsigned char var3) { //Do stuff with var1 //Do stuff with var2 //Do stuff with var3 }
Unfortunately, my particular function has about 7-10 variables (complicated equation with lots of variables) so it requires me to create a LOT of local variables for each iteration, which I don't have the local space for (if that's the right term). Instead, I would like to send it pointers to local variables (if possible).
I ASSUME it would look something like this:
void main(void) { while(1) { CalcDAC(*var1a, *var2a, *var3a); CalcDAC(*var1b, *var2b, *var3b); } } void CalcDAC(unsigned char *var1, unsigned char *var2, unsigned char *var3) { //Do stuff with var1 //Do stuff with var2 //Do stuff with var3 }
Is this correct or is this even possible in C? Is this something you can only do in C++? Any help with implementation you can give me would be greatly appreciated. Thanks!
The most amazing part is that, who should "drop all intents of working with micros", are good experienced developers of micros, here in my current company.
I had tried so many times, but had failed again and again, just to convince them that, different processors have different architectures. And of course, they believe there is only one assembly language on earth, which is the traditional PIC assembly.