static void
refresh_list (ProcData *procdata, const pid_t* pid_list, const guint n)
{
typedef std::list<ProcInfo*> ProcList;
ProcList addition;
GtkTreeModel *model = gtk_tree_view_get_model (GTK_TREE_VIEW (procdata->tree));
guint i;
// Add or update processes in the process list
for(i = 0; i < n; ++i) {
ProcInfo *info = ProcInfo::find(pid_list[i]);
if (!info) {
info = new ProcInfo(pid_list[i]);
ProcInfo::all[info->pid] = info;
addition.push_back(info);
}
update_info (procdata, info);
}
// Remove dead processes from the process list and from the
// tree. children are queued to be readded at the right place
// in the tree.
const std::set<pid_t> pids(pid_list, pid_list + n);
ProcInfo::Iterator it(ProcInfo::begin());
while (it != ProcInfo::end()) {
ProcInfo * const info = it->second;
ProcInfo::Iterator next(it);
++next;
if (pids.find(info->pid) == pids.end()) {
procman_debug("ripping %d", info->pid);
remove_info_from_tree(procdata, model, info, addition);
addition.remove(info);
ProcInfo::all.erase(it);
delete info;
}
it = next;
}
// INVARIANT
// pid_list == ProcInfo::all + addition
if (procdata->config.show_tree) {
// insert process in the tree. walk through the addition list
// (new process + process that have a new parent). This loop
// handles the dependencies because we cannot insert a process
// until its parent is in the tree.
std::set<pid_t> in_tree(pids);
for (ProcList::iterator it(addition.begin()); it != addition.end(); ++it)
in_tree.erase((*it)->pid);
while (not addition.empty()) {
procman_debug("looking for %d parents", int(addition.size()));
ProcList::iterator it(addition.begin());
while (it != addition.end()) {
procman_debug("looking for %d's parent with ppid %d",
int((*it)->pid), int((*it)->ppid));
// inserts the process in the treeview if :
// - it is init
// - its parent is already in tree
// - its parent is unreachable
//
// rounds == 2 means that addition contains processes with
// unreachable parents
//
// FIXME: this is broken if the unreachable parent becomes active
// i.e. it gets active or changes ower
// so we just clear the tree on __each__ update
// see proctable_update_list (ProcData * const procdata)
if ((*it)->ppid == 0 or in_tree.find((*it)->ppid) != in_tree.end()) {
insert_info_to_tree(*it, procdata);
in_tree.insert((*it)->pid);
it = addition.erase(it);
continue;
}
ProcInfo *parent = ProcInfo::find((*it)->ppid);
// if the parent is unreachable
if (not parent) {
// or std::find(addition.begin(), addition.end(), parent) == addition.end()) {
insert_info_to_tree(*it, procdata, true);
in_tree.insert((*it)->pid);
it = addition.erase(it);
continue;
}
++it;
}
}
}
else {
// don't care of the tree
for (ProcList::iterator it(addition.begin()); it != addition.end(); ++it)
insert_info_to_tree(*it, procdata);
}
for (ProcInfo::Iterator it(ProcInfo::begin()); it != ProcInfo::end(); ++it)
update_info_mutable_cols(it->second);
}
static void
refresh_list (GsmApplication *app, const pid_t* pid_list, const guint n)
{
typedef std::list<ProcInfo*> ProcList;
ProcList addition;
GtkTreeModel *model = gtk_tree_model_filter_get_model (GTK_TREE_MODEL_FILTER (
gtk_tree_model_sort_get_model(GTK_TREE_MODEL_SORT (
gtk_tree_view_get_model (GTK_TREE_VIEW(app->tree))))));
guint i;
// Add or update processes in the process list
for(i = 0; i < n; ++i) {
ProcInfo *info = app->processes.find(pid_list[i]);
if (!info) {
info = app->processes.add(pid_list[i]);
addition.push_back(info);
}
update_info (app, info);
}
// Remove dead processes from the process list and from the
// tree. children are queued to be readded at the right place
// in the tree.
const std::set<pid_t> pids(pid_list, pid_list + n);
auto it = std::begin(app->processes);
while (it != std::end(app->processes)) {
auto& info = it->second;
if (pids.find(info.pid) == pids.end()) {
procman_debug("ripping %d", info.pid);
remove_info_from_tree(app, model, info, addition);
addition.remove(&info);
it = app->processes.erase(it);
} else {
++it;
}
}
// INVARIANT
// pid_list == ProcInfo::all + addition
if (app->settings->get_boolean (GSM_SETTING_SHOW_DEPENDENCIES)) {
// insert process in the tree. walk through the addition list
// (new process + process that have a new parent). This loop
// handles the dependencies because we cannot insert a process
// until its parent is in the tree.
std::set<pid_t> in_tree(pids);
for (ProcList::iterator it(addition.begin()); it != addition.end(); ++it)
in_tree.erase((*it)->pid);
while (not addition.empty()) {
procman_debug("looking for %d parents", int(addition.size()));
ProcList::iterator it(addition.begin());
while (it != addition.end()) {
procman_debug("looking for %d's parent with ppid %d",
int((*it)->pid), int((*it)->ppid));
// inserts the process in the treeview if :
// - it has no parent (ppid = -1),
// ie it is for example the [kernel] on FreeBSD
// - it is init
// - its parent is already in tree
// - its parent is unreachable
//
// rounds == 2 means that addition contains processes with
// unreachable parents
//
// FIXME: this is broken if the unreachable parent becomes active
// i.e. it gets active or changes ower
// so we just clear the tree on __each__ update
// see proctable_update (ProcData * const procdata)
if ((*it)->ppid <= 0 or in_tree.find((*it)->ppid) != in_tree.end()) {
insert_info_to_tree(*it, app);
in_tree.insert((*it)->pid);
it = addition.erase(it);
continue;
}
ProcInfo *parent = app->processes.find((*it)->ppid);
// if the parent is unreachable
if (not parent) {
// or std::find(addition.begin(), addition.end(), parent) == addition.end()) {
insert_info_to_tree(*it, app, true);
in_tree.insert((*it)->pid);
it = addition.erase(it);
continue;
}
++it;
}
}
}
else {
// don't care of the tree
for (auto& v : addition) insert_info_to_tree(v, app);
}
for (auto& v : app->processes) update_info_mutable_cols(&v.second);
}
