Cortex M0 Memory Allocation to Store ADC Results in Assembly
I am reaching out to see if someone can provide an assembly language example or preferred method on how to allocate or reserve 12 - 1/2 words in memory (RAM). My application requires the use of the internal ADC (12-Bit conversion) to convert and store 6-1/2 words of data every 2uSec, delay for 100uSec, the convert and store another 6-1/2 words of data without the use of the DMA. Then perform various processing functions on the 12 stored 1/2 word data (16 bits).
Right now I have the following Area statements I'm using for other parts of the algorithm.
AREA vars, READWRITE
FREQ DCB 0xE
FRQPT DCB 0xE
FLAGS DCB 0x2
AREA asm, CODE, READONLY
FMIN EQU 0x4
FMAX EQU 0x1A
FTST EQU 0xE ;0x4(7.6MHz), 0xE(8.1MHz), 0x1A(8.7MHz)
EXPORT asmfunc
asmfunc
Assembly code starts here...
#cortex-m0-memory-allocation