int my_printf(const char *format, ...)
{
t_struct_arg args;
unsigned int i;
unsigned int cwrite;
i = 0;
cwrite = 0;
va_start(args.arg, format);
while (format[i])
{
va_start(args.arg_tmp, format);
if (format[i] == CPUR && is_to_convert(format + i) != 0)
{
cwrite += check_print(&args, format, i, cwrite) - 1;
i += is_to_convert(format + i);
}
else
my_putchar(format[i]);
cwrite += 1;
va_end(args.arg_tmp);
++i;
}
va_end(args.arg);
return ((int)cwrite);
}
boolean item_print(WINDOW *wd, int n, int *list)
{
int i = 0, button, result = 0;
boolean noerror = TRUE;
/* DjV 031 070203 ---vvv--- */
/* XDINFO info; */
long nfiles=0, nfolders=0, nbytes=0, error;
const char *name;
/* DjV 031 070203 ---^^^--- */
if (check_print(wd, n, list) == FALSE)
return FALSE;
/* DjV 031 080203 ---vvv--- */
/* rsc_ltoftext(print, NITEMS, n); */
/* xd_open(print, &info); */
if ( count_items(wd, n, list, &nfolders, &nfiles, &nbytes) ) /* HR 151102: always display. */
{ /* DjV 031 140203 */
cv_fntoform ( copyinfo + CPFOLDER, fn_get_name(dir_path(wd)) ); /* DjV 031 140203 */
cv_fntoform ( copyinfo + CPFILE, itm_name(wd, list[0]) ); /* DjV 031 140203 */
button = open_cfdialog( CF_PRINT, 0L, (long)n, nbytes, CMD_PRINT ); /* DJV 031 070203 */
} /* DjV 031 140203 */
else
button = 0;
/* if (button == PRINTOK) */
if ( button == COPYOK )
/* DjV 031 080203 ---^^^--- */
{
if ((i < n) && (result != XFATAL) && (result != XABORT))
{
/* DjV 031 080203 ---vvv--- */
name = itm_name(wd, list[i]);
upd_name( dir_path(wd), CPFOLDER );
upd_name ( name, CPFILE );
/* DjV 031 080203 ---^^^--- */
result = print_file(wd, list[i]);
if (result == XFATAL)
noerror = FALSE;
/* DJV 031 070203 150203 ---vvv--- */
/*
rsc_ltoftext(print, NITEMS, n - i - 1);
xd_draw(&info, NITEMS, 1);
*/
if ((error = itm_attrib(wd, list[i], 0, &pattr)) == 0)
{
nbytes -= pattr.size;
upd_copyinfo ( 0L, n - i - 1, nbytes );
}
else
result = copy_error(error, name, 0); /* 0= any op but move or delete is "copy" */
/* DjV 031 070203 150203 ---^^^--- */
i++;
}
}
else
noerror = FALSE;
/* DjV 031 070203 ---vvv--- */
/*
xd_change(&info, button, NORMAL, 0);
xd_close(&info);
*/
if ( button != 0 )
close_cfdialog( button );
/* DjV 031 070203 ---^^^--- */
return noerror;
}
int cal_inf(struct packet_info * p){
int t; // type of bands
t = wap_type(p->dev_name);
if(t == -1){
printk(KERN_DEBUG "[warning]wAP dosen't have this kind of interface!\n");
return;
}
if(p->phy_rate == 0 && p->ampdu != 2){
printk(KERN_DEBUG "[warning]There is one packet whose phyrate == 0!\n");
memcpy(&last_p[t],p,sizeof(last_p[t]));// update last p
previous_is_ampdu[t] = p->ampdu;
return;
}
struct timespec th={0},transmit={0},dmaci={0},tmp1={0},tmp2={0},difs={0},tr={0};
if (previous_is_ampdu[t] != 0){
if (p->ampdu != 2){
dmaci = cal_dmaci_ampdu(t);
if (ampdu[t].retry > 0){ // all packets are retried packets
update_summary_ht(dmaci,ampdu[t].len*ampdu[t].num,ampdu[t].num,t);
}else{
divide_inf(backup_store[t],ampdu[t].th,ampdu[t].te,dmaci,0,1,t);
update_summary_cs(dmaci,ampdu[t].len*ampdu[t].num,1,t);//overall busywait, ampdu regards as one
}
clear_timespec(&tmp1);
tmp1 = timespec_sub(ampdu[t].te,ampdu[t].th);
summary[t].overall_extra_time = timespec_add(summary[t].overall_extra_time,tmp1);//overall transmit
summary[t].wing = summary[t].wing + timespec_div(dmaci,tmp1);
printk(KERN_DEBUG "[ampdu,%ld.%ld]%ld.%ld,%d,%ld.%ld,%ld.%ld,ifindex=%d,%s,num=%d,size=%d,retry=%d\n",ampdu[t].tw.tv_sec,ampdu[t].tw.tv_nsec,ampdu[t].te.tv_sec,ampdu[t].te.tv_nsec,ampdu[t].rate,dmaci.tv_sec,dmaci.tv_nsec,tmp1.tv_sec,tmp1.tv_nsec,ampdu[t].ifindex,ampdu[t].dev_name,ampdu[t].num,ampdu[t].len,ampdu[t].retry);
//clear the ampdu structure
memset(&du[t],0,sizeof(ampdu[t]));
}
}
if(p->ampdu == 1){ //first packet of aggregation
backup_sniffer_packet(p->tw,p->te,1,t);
ampdu[t].rate = p->phy_rate;
ampdu[t].ifindex = p->ifindex;
memcpy(ampdu[t].dev_name,p->dev_name,IFNAMSIZ);
copy_timespec(&du[t].te,&p->te);
copy_timespec(&du[t].last_te,&last_p[t].te);
copy_timespec(&du[t].tw,&p->tw);
ampdu[t].num = 1;
ampdu[t].len = p->len;
memcpy(&last_p[t],p,sizeof(last_p[t]));// update last p
check_print(p,t);
if (p->wlan_retry > 0){
ampdu[t].retry = p->wlan_retry;
}
previous_is_ampdu[t] = p->ampdu;
}else if(p->ampdu==2){ //rest of packets of aggregation
p->phy_rate = ampdu[t].rate;
copy_timespec(&du[t].tw,&p->tw);
ampdu[t].num = ampdu[t].num + 1;
if ( p->wlan_retry >= 1){
update_ht_transmit(p->len,p->phy_rate,t);
}
}else{
// non-aggregation packet
th.tv_sec = p->tw.tv_sec;
th.tv_nsec = p->tw.tv_nsec;
if (timespec_compare(&th,&last_p[t].te)<0){
th=last_p[t].te;
}
memcpy(&last_p[t],p,sizeof(last_p[t])); //update previous packet
if (p->tw.tv_nsec == 0){
previous_is_ampdu[t] = p->ampdu;
return;
}
transmit = cal_transmit_time(p->len,p->phy_rate);
difs.tv_sec =0;
difs.tv_nsec = CONST_TIME[t]*1000;
tmp1 = timespec_sub(p->te,th);
tmp2 = timespec_sub(tmp1,transmit);
dmaci = timespec_sub(tmp2,difs);
if (dmaci.tv_sec < 0 || dmaci.tv_nsec < 0){
dmaci.tv_sec = 0;
dmaci.tv_nsec = 0;
}
if(p->wlan_retry == 0){
update_summary_cs(dmaci,p->len,1,t);
divide_inf(store[t],th,p->te,dmaci,p->wlan_retry,0,t);
}else{
update_summary_ht(dmaci,p->len,1,t);
}
summary[t].overall_extra_time = timespec_add(summary[t].overall_extra_time,tmp1);
summary[t].wing = summary[t].wing + timespec_div(dmaci,tmp1);
printk(KERN_DEBUG "[unampdu,%ld.%ld]%ld.%ld,%d,%ld.%ld,%ld.%ld,ifindex=%d,%s,num=%d,size=%d,retry=%d\n",p->tw.tv_sec,p->tw.tv_nsec,p->te.tv_sec,p->te.tv_nsec,p->phy_rate,dmaci.tv_sec,dmaci.tv_nsec,tmp1.tv_sec,tmp1.tv_nsec,p->ifindex,p->dev_name,1,p->len,p->wlan_retry);
check_print(p,t);
previous_is_ampdu[t] = p->ampdu;
}
}
