Suppose tlnat we walit to Call has the following C prototype: void compute (long x, long y, long nl, long n2, long n3, long n4, char* name, long k, long m, long y, long d); The moment we call the procedure, the return address gets pushed onto the stack at address Ox2460. Assuming that the procedure call uses the standard calling conventions which we have discussed in class, indicate where each of the following arguments are stored. • If the argument is stored in a register, then give the name of the register. For example, %rax. • If the argument is stored in memory, then glve the absolute memory address where It is stored, In hex. For example, Ox4000. Argument y is stored in Argument n1 is stored in Argument n4 is stored in
Suppose tlnat we walit to Call has the following C prototype: void compute (long x, long y, long nl, long n2, long n3, long n4, char* name, long k, long m, long y, long d); The moment we call the procedure, the return address gets pushed onto the stack at address Ox2460. Assuming that the procedure call uses the standard calling conventions which we have discussed in class, indicate where each of the following arguments are stored. • If the argument is stored in a register, then give the name of the register. For example, %rax. • If the argument is stored in memory, then glve the absolute memory address where It is stored, In hex. For example, Ox4000. Argument y is stored in Argument n1 is stored in Argument n4 is stored in
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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![### C Procedure Call and Argument Storage
**C Prototype:**
```c
void compute(long x, long y, long n1, long n2, long n3, long n4, char* name, long k, long m, long y, long d);
```
**Procedure Call Information:**
When the procedure is called, the return address is pushed onto the stack at address `0x2460`. Assuming the procedure call uses standard calling conventions discussed in class, determine where each of the following arguments is stored:
- **Register Storage:** If the argument is stored in a register, provide the name of the register (e.g., `%rax`).
- **Memory Storage:** If the argument is stored in memory, give the absolute memory address in hex (e.g., `0x4000`).
**Arguments:**
- **Argument `y` is stored in:** [Text Box]
- **Argument `n1` is stored in:** [Text Box]
- **Argument `n4` is stored in:** [Text Box]
- **Argument `k` is stored in:** [Text Box]
- **Argument `d` is stored in:** [Text Box]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F522630ab-9263-4897-b338-a0fdea344135%2F28c4d637-6c29-4908-86a8-9cc5ae1e8840%2F1wz6wya_processed.jpeg&w=3840&q=75)
Transcribed Image Text:### C Procedure Call and Argument Storage
**C Prototype:**
```c
void compute(long x, long y, long n1, long n2, long n3, long n4, char* name, long k, long m, long y, long d);
```
**Procedure Call Information:**
When the procedure is called, the return address is pushed onto the stack at address `0x2460`. Assuming the procedure call uses standard calling conventions discussed in class, determine where each of the following arguments is stored:
- **Register Storage:** If the argument is stored in a register, provide the name of the register (e.g., `%rax`).
- **Memory Storage:** If the argument is stored in memory, give the absolute memory address in hex (e.g., `0x4000`).
**Arguments:**
- **Argument `y` is stored in:** [Text Box]
- **Argument `n1` is stored in:** [Text Box]
- **Argument `n4` is stored in:** [Text Box]
- **Argument `k` is stored in:** [Text Box]
- **Argument `d` is stored in:** [Text Box]
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