Convert given code to LEGv8 code: int f, g, y //global 64-bit variables int sum (int a, int b) { // at memory address X0+1000. return (a +b) } int main (void) // at memory address X0 + 800 { f=2; g=3; y= sum (f, g); return y; } Convert this code, making valid assumptions about registers and register use. Note that brackets and global variable declarations are not affecting the addresses of the instructions in memory
Convert given code to LEGv8 code: int f, g, y //global 64-bit variables int sum (int a, int b) { // at memory address X0+1000. return (a +b) } int main (void) // at memory address X0 + 800 { f=2; g=3; y= sum (f, g); return y; } Convert this code, making valid assumptions about registers and register use. Note that brackets and global variable declarations are not affecting the addresses of the instructions in memory
Chapter2: Introduction To Systems Architecture
Section: Chapter Questions
Problem 2VE: A(n) __________ is a storage location implemented in the CPU.
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Convert given code to LEGv8 code:
int f, g, y //global 64-bit variables
int sum (int a, int b) { // at memory address X0+1000.
return (a +b)
}
int main (void) // at memory address X0 + 800
{
f=2;
g=3;
y= sum (f, g);
return y;
}
Convert this code, making valid assumptions about registers and register use. Note
that brackets and global variable declarations are not affecting the addresses of the instructions
in memory.
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