Define a local variable in computer programming and explain how local variables are dynamically allocated and deallocated on the assembly stack frame using SP and BP.
Ch 05: Subroutines and Stack Architecture
Examines stack memory allocation, downward growth of the stack, return address pushing, caller vs callee register preservation, and avoiding stack misalignment bugs.
222 Questions222 MCQs0 Short Questions0 Long Questions
SEMESTER PASS
CS401 - Computer Architecture and Assembly Language Programming Examination Practice
Timed practice exam simulation for CS401 - Computer Architecture and Assembly Language Programming.
Showing 141 – 150 of 222 Questions
Page 15 of 23
In 8088 architecture, which segment register is the Stack Pointer (SP) associated with by default for memory addressing?
Executing a Far Return instruction (RETF) pops the saved 16-bit code segment address into which segment register?
The system stack in the 8088 architecture operates on element sizes of __________.
In 8088 real mode architecture, how is the physical memory address of the top of the stack calculated?
When executing a Far Return instruction (RETF), into which register is the 16-bit offset popped first off the stack?
What is the net effect on the Stack Pointer (SP) after executing the instruction 'RET 2' in an 8088 subroutine?
In the 8088 16-bit architecture, how is the Stack Pointer (SP) updated whenever a PUSH operation is performed?
When a subroutine finishes execution, which instruction retrieves the return address from the stack and transfers control back to that caller address?
Which 16-bit register acts as a memory pointer containing offset addresses within the special memory region called the stack?