int main(void)
{
timeval t1, t2;
float t;
timetest(runit, runit_ct, "Standard test", "2 floats",100,4);
timetest(runit2,runit2_ct, "Testing with more input variables","4 floats, 2 ints", 100, 3, 32768);
timetest(runitw,runitw_ct, "WRAP version", "2 floats",100,4);
timetest(runitl,runitl_ct, "Load version", "2 floats", 10, 4); //# only do 10 x 10 calls, but with 4 tilings each
timetest(runitlw,runitlw_ct, "Load WRAP version", "2 floats", 10, 4);
return 0;
}
/**
* 重复测试: 运行大量的测试数，减小系统本身的误差
* 测试次数越多，每次测试所需的平均时间就越接近于真实的平均数据
*/
double multitests(char *alg,int n,int tests){
double total=0.0;
int i;
for(i=0;i<tests;i++){
total +=timetest(alg,n);
}
return total/tests;
}
/*多次测试*/
double multitests(char *alg,item_t *arr,int len,item_t x,int tests){
double total=0.0;
int i;
for(i=0;i<tests;i++){
total += timetest(alg,arr,len,x);
}
return total;
}
int main()
{
timetest();
return 0;
}
void
replay_commandloop(int fd)
{
int key, move, count;
char buf[BUFSZ], qbuf[BUFSZ];
nh_bool ret, firsttime = TRUE;
struct nh_replay_info rinfo;
struct nh_cmd_arg noarg;
struct nh_cmd_desc *cmd;
create_game_windows();
if (!nh_view_replay_start(fd, &curses_replay_windowprocs, &rinfo))
return;
load_keymap();
while (1) {
draw_msgwin();
curses_update_status(NULL);
draw_sidebar();
draw_replay_info(&rinfo);
if (firsttime)
show_replay_help();
firsttime = FALSE;
key = get_map_key(TRUE);
switch (key) {
/* step forward */
case KEY_RIGHT:
case ' ':
ret = nh_view_replay_step(&rinfo, REPLAY_FORWARD, 1);
draw_replay_info(&rinfo);
if (ret == FALSE) {
key =
curses_msgwin("You have reached the end of this game. "
"Go back or press ESC to exit.");
if (key == KEY_ESC)
goto out;
}
break;
/* step backward */
case KEY_LEFT:
nh_view_replay_step(&rinfo, REPLAY_BACKWARD, 1);
draw_replay_info(&rinfo);
break;
case KEY_ESC:
goto out;
case 'g':
strncpy(qbuf, "What move do you want to jump to?", BUFSZ);
if (rinfo.max_moves > 0)
sprintf(qbuf + strlen(qbuf), " (Max: %d)", rinfo.max_moves);
curses_getline(qbuf, buf);
if (buf[0] == '\033' || !(move = atoi(buf)))
break;
nh_view_replay_step(&rinfo, REPLAY_GOTO, move);
break;
case KEY_F(12): /* timetest! */
if (allow_timetest())
timetest(fd, &rinfo);
break;
default:
count = 0;
noarg.argtype = CMD_ARG_NONE;
cmd = keymap[key];
if (!cmd)
break;
if (cmd->flags & CMD_UI)
handle_internal_cmd(&cmd, &noarg, &count);
if (cmd)
nh_command(cmd->name, count, &noarg);
break;
}
}
out:
nh_view_replay_finish();
free_keymap();
destroy_game_windows();
cleanup_messages();
}
void timetest()
{
// 調査時刻
time_t chktime;
struct tm tt =
{
// 1
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=2, .tm_hour=2, .tm_min=59, .tm_sec=55,
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=2, .tm_hour=2, .tm_min=59, .tm_sec=56,
// 2
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=2, .tm_hour=2, .tm_min=59, .tm_sec=55,
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=2, .tm_hour=2, .tm_min=59, .tm_sec=56,
// 3
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=2, .tm_hour=2, .tm_min=59, .tm_sec=55,
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=2, .tm_hour=2, .tm_min=59, .tm_sec=56,
// 4
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=11, .tm_hour=23, .tm_min=59, .tm_sec=55,
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=11, .tm_hour=23, .tm_min=59, .tm_sec=56,
// 5
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=2, .tm_hour=2, .tm_min=30, .tm_sec=25,
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=2, .tm_hour=2, .tm_min=30, .tm_sec=26,
// 6
//.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=2, .tm_hour=2, .tm_min=30, .tm_sec=25,
.tm_year=2015-1900, .tm_mon=5-1, .tm_mday=2, .tm_hour=2, .tm_min=30, .tm_sec=26,
};
chktime = mktime(&tt);
printtime("chk", chktime);
// 予約時刻
struct tmb_frame_t frame =
{
.frametype=TMB_FRAMETYPE_REPT,
.cyctm=
{
// 1
//.cycletype=TMB_CYCLETYPE_YEARLY, .dt={ .mon=5, .day=2, .hour=3, .min=0, .sec=0, },
// 2
//.cycletype=TMB_CYCLETYPE_MONTHLY, .dt={ .day=2, .hour=3, .min=0, .sec=0, },
// 3
//.cycletype=TMB_CYCLETYPE_DAILY, .dt={ .hour=3, .min=0, .sec=0, },
// 4
//.cycletype=TMB_CYCLETYPE_WEEKLY, .dt={ .day=2, .hour=0, .min=0, .sec=0, },
// 5
//.cycletype=TMB_CYCLETYPE_HOURLY, .dt={ .min=30, .sec=30, },
// 6
.cycletype=TMB_CYCLETYPE_PERMINUTE, .dt={ .sec=30, },
},
};
//
time_t nexttime = tmb_calc_nexttime(&frame, chktime);
printtime("nxt", nexttime);
}
int main()
{
//strtest();
timetest();
return 0;
}
