#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include <time.h>
#include <sys/time.h>
#include "report.h"
Defines | |
#define | FREEERROR 0 |
Invalid Strategy. | |
#define | FREEUP 1 |
Strategy to deallocate in order. | |
#define | FREEDOWN 2 |
Strategy to deallocate in reverse order. | |
#define | FREESCATTERED 3 |
Strategy to deallocate in random order. | |
Functions | |
void | generateTable (int strategy) |
Generate a table of memory and release with given strategy. | |
int | main (int argc, char **argv) |
Variables | |
static char * | types [4] = {"", "UP", "DOWN", "SCATTERED" } |
Known allocation types (1-3 are valid). | |
static struct timeval | before |
Time before process starts. | |
static struct timeval | after |
Time after process completes. | |
int | n |
value for number of elements in a trial suite. | |
int | lowN |
Low value for number of elements in trial suite. | |
int | highN |
High value for number of elements in trial suite. |
Note that each trial must be a separate execution since we don't want to mistakenly compare (i) what happens when you allocate memory for the first time; with (ii) what happens when you allocate memory where some previously allocated memory has been free'd.
#define FREEDOWN 2 |
Strategy to deallocate in reverse order.
#define FREEERROR 0 |
Invalid Strategy.
#define FREESCATTERED 3 |
Strategy to deallocate in random order.
#define FREEUP 1 |
Strategy to deallocate in order.
void generateTable | ( | int | strategy | ) |
Generate a table of memory and release with given strategy.
strategy | UP, DOWN, or SCATTERED as the strategy to use. |
int main | ( | int | argc, | |
char ** | argv | |||
) |
struct timeval after [static] |
Time after process completes.
struct timeval before [static] |
Time before process starts.
int highN |
High value for number of elements in trial suite.
int lowN |
Low value for number of elements in trial suite.
int n |
value for number of elements in a trial suite.
char* types[4] = {"", "UP", "DOWN", "SCATTERED" } [static] |
Known allocation types (1-3 are valid).
Algorithm Development Kit 1.0