New_config.c: if( a->delta > b->delta ) return -1;
New_config.c: if( a->mem > b->mem ) return -1;
New_config.c: return( strcmp(a->name, b->name) );
New_config.c: if( a->pid < b->pid ) return -1;
abmain.c:%C - This is a QNX/Photon Application.
abmain.c:  -s server   Server node or device name
abmain.c:  -x x        Initial x position
abmain.c:  -y y        Initial y position
abmain.c:  -h h        Initial h dimension
abmain.c:  -w w        Initial w dimension
abmain.c:%C -s4
abmain.c:%C -s//4/dev/photon
abmain.c:%C -x10 -y10 -h200 -w300
list.c:pos = 1  -  砫
list.c:pos = -1 -  
list.c:    if(after != NULL) before = after->prev;
list.c:    else if(before != NULL) after = before->next;
list.c:    if(before != NULL) after = before->next;
list.c:    else if(after != NULL) before = after->prev;
list.c: tmp->data = (char *)malloc(size);
list.c: if(tmp->data == NULL) return 0;
list.c: tmp->prev = before;
list.c: tmp->next = after;
list.c: if(before != NULL) before->next = tmp;
list.c: if(after != NULL) after->prev = tmp;
list.c: memcpy(tmp->data, data, size);
list.c: tmp->size = size;
list.c:pos = 1  - 
list.c:pos = -1 - ᫥
list.c: if((cell->next == NULL) && (cell->prev == NULL)) //    ᯨ᪥
list.c:   if(cell->prev != NULL)
list.c:     cell->prev->next = cell->next;
list.c:     *elem = cell->prev;
list.c:   if(cell->next != NULL) 
list.c:     cell->next->prev = cell->prev;
list.c:     *elem = cell->next;
list.c: free(cell->data);
list.c: if(cell->next != NULL)
list.c:   *elem = cell->next;
list.c: cell = cell->next;
list.c: if(cell->prev != NULL)
list.c:   *elem = cell->prev;
list.c: cell = cell->prev;
list.c:pos = 1  - 
list.c:pos = -1 - ᫥
list.c:   for(i = -1; i > pos && cell != NULL; i--)
list.c: if(cell == NULL) return(-1);
list.c:   if(!memcmp((cell->data) + shift, data, size)) 
list.c:if(elem == NULL) return -1;
list.c:  if((k - n) != 1)                  // ᫨  冷
list.c:    if(a->prev) a->prev->next = b; 
list.c:    if(b->next) b->next->prev = a; 
list.c:  if((n - k) != 1)
list.c:    if(a->next) a->next->prev = b; 
list.c:    if(b->prev) b->prev->next = a; 
list.c:  tmp = a->next;
list.c:  if((k - n) != 1)
list.c:   a->next = b->next;
list.c:   a->next = b;
list.c:  if((n - k) != 1)
list.c:   b->next = tmp;
list.c:   b->next = a;
list.c:  tmp = a->prev;
list.c:  if((n - k) != 1)
list.c:   a->prev = b->prev;
list.c:   a->prev = b;
list.c:  if((k - n) != 1)
list.c:   b->prev = tmp;
list.c:   b->prev = a;
list.c:        if(( comp(a->data, b->data) > 0 && order == ASC ) || 
list.c:           ( comp(a->data, b->data) < 0 && order == DESC) ) 
resize.c:     PhRect_t    *extents = (PhRect_t *)cbinfo->cbdata;
resize.c:     int         width = extents->lr.x - extents->ul.x + 1;
resize.c:     int         height = extents->lr.y - extents->ul.y + 1;
resize.c:              case 'Bt': newpos.y += (height-old_size->h); break;
resize.c:              case 'Bb': newdim.h += (height-old_size->h); break;
resize.c:              case 'Rl': newpos.x += (width-old_size->w); break;
resize.c:              case 'Rr': newdim.w += (width-old_size->w); break;
setup.c:   new_val[0] = smooth(new_val[0], scale * (1.0 - (float)val[0].free / (float)val[0].total));
setup.c:   new_val[1] = smooth(new_val[1], scale * (1.0 - (float)val[1].free / (float)val[1].total));
setup.c:   task = (P_INFO *)lst->data;
setup.c:   total += task->delta;
setup.c:   if(!strcmp("idle", task->name))
setup.c:     idle = task->delta;
setup.c:  info->free =  idle ;
setup.c:  info->total = ( total ? total : 1 ) ;
setup.c: info->free = data.freememk;
setup.c: info->total = data.totmemk;
setup.c:     t_proxy = qnx_proxy_attach( 0, 0, 0, -1 );
setup.c:     if(t_proxy == -1)
setup.c:       return -1;
setup.c:     my_time_event.sigev_signo = -t_proxy;
setup.c:     if(time_id == -1)
setup.c:       return -2;
setup.c: if( vpid == -1 )
setup.c:    p_task = (P_INFO *)tasks->data;
setup.c:    if( p_task->alive < now )
setup.c:    if( pid == -1 ) break;
setup.c:      if( ListFind(&tasks, &pid, sizeof(pid_t), (int)(&info.pid)-(int)(&info)) != 0 )
setup.c:        p_info = (P_INFO *)tasks->data;
setup.c:        p_info->mem = 0;
setup.c:		  p_info->mem += Sdata[index].nbytes;
setup.c:        p_info->delta = p_info->total;
setup.c:	    p_info->total = Pdata.un.proc.times.tms_cutime + Pdata.un.proc.times.tms_cstime
setup.c:        p_info->delta = p_info->total - p_info->delta;
setup.c:        p_info->alive = now;
setup.c:      PgSetRegion(ABW_base->rid);
setup.c:   rect.lr.y-=10;
setup.c:   rect.lr.x-=10;
setup.c:   scale = (rect.lr.x - rect.ul.x - 1);
setup.c:     tsk = (P_INFO *)lst->data;
setup.c:     size = (float)tsk->delta * scale / val[0].total;
setup.c:     if( size > 0 && strcmp(tsk->name, "idle") != 0 )  i++;
setup.c:     if(tsk->pid == my_pid && size > (scale/2)) // too fast
setup.c:     slider.lr.x = slider.ul.x + (float)(tsk->mem >> 10) * scale / val[1].total;
setup.c:     pos.x = rect.ul.x-80;
setup.c:     PgDrawText(tsk->name, strlen(tsk->name), &pos, 0);
setup_cfg.c: if( *a < *b ) return -1;
window_mgr.c:    PhWindowEvent_t *event = (PhWindowEvent_t *)cbinfo->cbdata;
window_mgr.c:     if(!(event->state_f & Ph_WM_STATE_ISICONIFIED))
