void sinsp::on_new_entry_from_proc(void* context,
int64_t tid,
scap_threadinfo* tinfo,
scap_fdinfo* fdinfo,
scap_t* newhandle)
{
ASSERT(tinfo != NULL);
//
// Retrieve machine information if we don't have it yet
//
if(m_machine_info == NULL)
{
m_machine_info = scap_get_machine_info(newhandle);
if(m_machine_info != NULL)
{
m_num_cpus = m_machine_info->num_cpus;
}
else
{
ASSERT(false);
m_num_cpus = 0;
}
}
//
// Add the thread or FD
//
if(fdinfo == NULL)
{
sinsp_threadinfo newti(this);
newti.init(tinfo);
m_thread_manager->add_thread(newti, true);
}
else
{
sinsp_threadinfo* sinsp_tinfo = find_thread(tid, true);
if(sinsp_tinfo == NULL)
{
sinsp_threadinfo newti(this);
newti.init(tinfo);
m_thread_manager->add_thread(newti, true);
sinsp_tinfo = find_thread(tid, true);
if(sinsp_tinfo == NULL)
{
ASSERT(false);
return;
}
}
sinsp_fdinfo_t sinsp_fdinfo;
sinsp_tinfo->add_fd_from_scap(fdinfo, &sinsp_fdinfo);
}
}
void sinsp::import_thread_table()
{
scap_threadinfo *pi;
scap_threadinfo *tpi;
sinsp_threadinfo newti(this);
scap_threadinfo *table = scap_get_proc_table(m_h);
//
// Scan the scap table and add the threads to our list
//
HASH_ITER(hh, table, pi, tpi)
{
newti.init(pi);
m_thread_manager->add_thread(newti, true);
}
/// Undo changing several transitions.
void UndoBuffer::undoChangeTransitions(Undo* u)
{
Project* p;
p = u->getProject();
bool sel;
GTransition *oldt, *newt;
QListIterator<GTransition*> oldti(*u->getTList());
QListIterator<GTransition*> newti(*u->getTList2());
for(;oldti.hasNext();)
{
oldt = oldti.next();
newt = newti.next();
sel = newt->isSelected();
*newt = *oldt;
newt->select(sel);
delete oldt;
}
}
