/*
* Displays infos for a single task
*/
void show_task_info(proc_t *task, int pmem)
{
int i,j;
unsigned int t;
char *cmdptr;
char tmp[2048], tmp2[2048] = "", tmp3[2048] = "", *p;
for (i = 0; i < Numfields; i++) {
tmp[0] = 0;
switch (pflags[i]) {
case P_PID:
sprintf(tmp, "%5d ", task->pid);
break;
case P_PPID:
sprintf(tmp, "%5d ", task->ppid);
break;
case P_EUID:
sprintf(tmp, "%4d ", task->euid);
break;
case P_EUSER:
sprintf(tmp, "%-8.8s ", task->euser);
break;
case P_PCPU:
sprintf(tmp, "%4.1f ", (float)task->pcpu / 10);
break;
case P_LCPU:
sprintf(tmp, "%2d ", task->lproc);
break;
case P_PMEM:
sprintf(tmp, "%4.1f ", (float)pmem / 10);
break;
case P_TTY: {
char outbuf[9];
dev_to_tty(outbuf, 8, task->tty, task->pid, ABBREV_DEV);
sprintf(tmp, "%-8.8s ", outbuf);
}
break;
case P_PRI:
sprintf(tmp, "%3.3s ", scale_k(task->priority, 3, 0));
break;
case P_NICE:
sprintf(tmp, "%3.3s ", scale_k(task->nice, 3, 0));
break;
case P_PAGEIN:
sprintf(tmp, "%6.6s ", scale_k(task->maj_flt, 6, 0));
break;
case P_TSIZ:
sprintf(tmp, "%5.5s ",
scale_k(((task->end_code - task->start_code) / 1024), 5, 1));
break;
case P_DSIZ:
sprintf(tmp, "%5.5s ",
scale_k(((task->vsize - task->end_code) / 1024), 5, 1));
break;
case P_SIZE:
sprintf(tmp, "%5.5s ", scale_k((task->size << CL_pg_shift), 5, 1));
break;
case P_TRS:
sprintf(tmp, "%4.4s ", scale_k((task->trs << CL_pg_shift), 4, 1));
break;
case P_SWAP:
sprintf(tmp, "%4.4s ",
scale_k(((task->size - task->resident) << CL_pg_shift), 4, 1));
break;
case P_SHARE:
sprintf(tmp, "%5.5s ", scale_k((task->share << CL_pg_shift), 5, 1));
break;
case P_A:
sprintf(tmp, "%3.3s ", "NYI");
break;
case P_WP:
sprintf(tmp, "%3.3s ", "NYI");
break;
case P_DT:
sprintf(tmp, "%3.3s ", scale_k(task->dt, 3, 0));
break;
case P_RSS: /* resident not rss, it seems to be more correct. */
sprintf(tmp, "%4.4s ",
scale_k((task->resident << CL_pg_shift), 4, 1));
break;
case P_WCHAN:
if (!CL_wchan_nout)
sprintf(tmp, "%-9.9s ", wchan(task->wchan));
else
sprintf(tmp, "%-9lx", task->wchan);
break;
case P_STAT:
sprintf(tmp, "%-4.4s ", status(task));
break;
case P_TIME:
t = (task->utime + task->stime) / Hertz;
if (Cumulative)
t += (task->cutime + task->cstime) / Hertz;
sprintf(tmp, "%6.6s ", scale_time(t,6));
break;
case P_COMMAND:
if (!show_cmd && task->cmdline && *(task->cmdline)) {
j=0;
while(((task->cmdline)[j] != NULL) && (strlen(tmp3)<1020)){
/* #if 0 */ /* This is useless? FIXME */
if (j > 0)
strcat(tmp3, " ");
/* #endif */
strncat(tmp3, (task->cmdline)[j], 1000);
j++;
}
cmdptr = tmp3;
} else {
cmdptr = task->cmd;
}
if (strlen(cmdptr) > Maxcmd)
cmdptr[Maxcmd - 1] = 0;
sprintf(tmp, "%s", cmdptr);
tmp3[0]=0;
break;
case P_FLAGS:
sprintf(tmp, "%8lx ", task->flags);
break;
}
strcat(tmp2, tmp);
}
if (strlen(tmp2) > Cols - 1)
tmp2[Cols - 1] = 0;
/* take care of cases like:
perl -e 'foo
bar foo bar
foo
# end of perl script'
*/
for (p=tmp2;*p;++p)
if (!isgraph(*p))
*p=' ';
printf("\n%s", tmp2);
PUTP(top_clrtoeol);
}
/*
* Displays infos for a single task
*/
void show_task_info(proc_t *task, int pmem)
{
int i,j;
unsigned int t;
char *cmdptr;
char tmp[2048], tmp2[2048] = "", tmp3[2048] = "";
for (i = 0; i < Numfields; i++) {
tmp[0] = 0;
switch (pflags[i]) {
case P_PID:
sprintf(tmp, "%5d ", task->pid);
break;
case P_PPID:
sprintf(tmp, "%5d ", task->ppid);
break;
case P_UID:
sprintf(tmp, "%4d ", task->uid);
break;
case P_USER:
sprintf(tmp, "%-8.8s ", task->user);
break;
case P_PCPU:
sprintf(tmp, "%2d.%1d ", task->pcpu / 10, task->pcpu % 10);
break;
case P_PMEM:
sprintf(tmp, "%2d.%1d ", pmem / 10, pmem % 10);
break;
case P_TTY:
sprintf(tmp, "%-3.3s ", task->ttyc);
break;
case P_PRI:
sprintf(tmp, "%3d ", task->priority);
break;
case P_NICE:
sprintf(tmp, "%3d ", task->nice);
break;
case P_PAGEIN:
sprintf(tmp, "%6d ", task->maj_flt);
break;
case P_TSIZ:
sprintf(tmp, "%5d ", (task->end_code - task->start_code) / 1024);
break;
case P_DSIZ:
sprintf(tmp, "%5d ", (task->vsize - task->end_code) / 1024);
break;
case P_SIZE:
sprintf(tmp, "%5d ", task->size << CL_pg_shift);
break;
case P_TRS:
sprintf(tmp, "%4d ", task->trs << CL_pg_shift);
break;
case P_SWAP:
sprintf(tmp, "%4d ", (task->size - task->resident) << CL_pg_shift);
break;
case P_SHARE:
sprintf(tmp, "%5d ", task->share << CL_pg_shift);
break;
case P_A:
sprintf(tmp, "%3.3s ", "NYI");
break;
case P_WP:
sprintf(tmp, "%3.3s ", "NYI");
break;
case P_DT:
sprintf(tmp, "%3d ", task->dt);
break;
case P_RSS: /* resident not rss, it seems to be more correct. */
sprintf(tmp, "%4d ", task->resident << CL_pg_shift);
break;
case P_WCHAN:
if (!CL_wchan_nout)
sprintf(tmp, "%-9.9s ", wchan(task->wchan));
else
sprintf(tmp, "%-9x", task->wchan);
break;
case P_STAT:
sprintf(tmp, "%-4.4s ", status(task));
break;
case P_TIME:
t = (task->utime + task->stime) / HZ;
if (Cumulative)
t += (task->cutime + task->cstime) / HZ;
sprintf(tmp, "%3d:%02d ", t / 60, t % 60);
break;
case P_COMMAND:
if (!show_cmd && task->cmdline && *(task->cmdline)) {
j=0;
while(((task->cmdline)[j] != NULL) && (strlen(tmp3)<1024)){
strcat(tmp3,(task->cmdline)[j]);
j++;
}
cmdptr = tmp3;
} else {
cmdptr = task->cmd;
}
if (strlen(cmdptr) > Maxcmd)
cmdptr[Maxcmd - 1] = 0;
sprintf(tmp, "%s", cmdptr);
tmp3[0]=0;
break;
case P_LTR:
sprintf(tmp, "%4d ", task->lrs << CL_pg_shift);
break;
case P_FLAGS:
sprintf(tmp, "%8x ", task->flags);
break;
}
strcat(tmp2, tmp);
}
if (strlen(tmp2) > Cols - 1)
tmp2[Cols - 1] = 0;
printf("\n%s", tmp2);
PUTP(top_clrtoeol);
}
