Question: Figure 1 is a snapshot from the AVR studio simulation include m2560def.inc macro store ldi r16, 0 sts 1, r16 endmacro store exfe, 8x8021 store

Figure 1 is a snapshot from the AVR studio simulation include "m2560def.inc macro store ldi r16, 0 sts 1, r16 endmacro store exfe, 8x8021 store 0x01, x8822 store 0x53, 0x24 store 0x2c, 0x25 ds r30, 0x2 lds r31, 0x22 adiw z, ex15 out SPL, r30 out SPH, r31 in r29, 8x04 push r29 end: rjmp end Figure 1 (a) What changes will be made to the data memory when the execution comes to the breakpoint? Draw thememory map (addresses and contents) of the affected area and show the changes. (b) When the execution comes to the end of the program from the breakpoint, what are stored in the address pointer and stack pointer? Are there any further changes to the data memory?If there are any, showthe memory locations) and the related contents. Figure 1 is a snapshot from the AVR studio simulation include "m2560def.inc macro store ldi r16, 0 sts 1, r16 endmacro store exfe, 8x8021 store 0x01, x8822 store 0x53, 0x24 store 0x2c, 0x25 ds r30, 0x2 lds r31, 0x22 adiw z, ex15 out SPL, r30 out SPH, r31 in r29, 8x04 push r29 end: rjmp end Figure 1 (a) What changes will be made to the data memory when the execution comes to the breakpoint? Draw thememory map (addresses and contents) of the affected area and show the changes. (b) When the execution comes to the end of the program from the breakpoint, what are stored in the address pointer and stack pointer? Are there any further changes to the data memory?If there are any, showthe memory locations) and the related contents
Step by Step Solution
There are 3 Steps involved in it
Get step-by-step solutions from verified subject matter experts
