To illustrate each of the addressing modes discussed in this chapter, translate the following pseudocode into MIPS assembly. The variables x and y should be placed in data memory because they are static and volatile. You do not need to keep the variables in memory while utilising register direct access. main() { static volatile int miles = prompt("Enter the number of miles driven: "); static volatile int gallons = prompt("Enter the number of gallons used: "); static volatile int mpg = miles / gallons; output("Your mpg = " + mpg); }
To illustrate each of the addressing modes discussed in this chapter, translate the following pseudocode into MIPS assembly. The variables x and y should be placed in data memory because they are static and volatile. You do not need to keep the variables in memory while utilising register direct access. main() { static volatile int miles = prompt("Enter the number of miles driven: "); static volatile int gallons = prompt("Enter the number of gallons used: "); static volatile int mpg = miles / gallons; output("Your mpg = " + mpg); }
Chapter8: Advanced Method Concepts
Section: Chapter Questions
Problem 7RQ
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To illustrate each of the addressing modes discussed in this chapter, translate the following pseudocode into MIPS assembly. The variables x and y should be placed in data memory because they are static and volatile. You do not need to keep the variables in memory while utilising register direct access.
main() {
static volatile int miles =
prompt("Enter the number of miles driven: ");
static volatile int gallons =
prompt("Enter the number of gallons used: ");
static volatile int mpg = miles / gallons;
output("Your mpg = " + mpg);
}
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