return base_;
}
+void DecodeTrace::set_owner(TraceTreeItemOwner *owner)
+{
+ Trace::set_owner(owner);
+
+ // The owner is set in trace::View::signals_changed(), which is a slot.
+ // So after this trace was added to the view, we won't have an owner
+ // that we need to initialize in update_rows(). Once we do, we call it
+ // from on_decode_reset().
+ on_decode_reset();
+}
+
pair<int, int> DecodeTrace::v_extents() const
{
// Make an empty decode trace appear symmetrical
- if (max_visible_rows_ == 0)
+ if (visible_rows_ == 0)
return make_pair(-default_row_height_, default_row_height_);
unsigned int height = 0;
void DecodeTrace::update_rows()
{
+ if (!owner_)
+ return;
+
lock_guard<mutex> lock(row_modification_mutex_);
for (DecodeTraceRow& r : rows_)
if (r.expanding) {
if (r.height < r.expanded_height) {
r.anim_height += height_delta / (float)AnimationDurationInTicks;
- r.height = r.anim_height;
+ r.height = min((int)r.anim_height, (int)r.expanded_height);
r.anim_shape += ArrowSize / (float)AnimationDurationInTicks;
animation_finished = false;
} else
if (r.collapsing) {
if (r.height > default_row_height_) {
r.anim_height -= height_delta / (float)AnimationDurationInTicks;
- r.height = r.anim_height;
+ r.height = max((int)r.anim_height, (int)0);
r.anim_shape -= ArrowSize / (float)AnimationDurationInTicks;
animation_finished = false;
} else