If we have two nodes that collide for address space, we need to keep the
one we already have in the symbol cache. The other node cannot be cached
and will be dropped instead.
This fixes a leak when collisions occur.
We only want to move to float for the internal 0..1 positions which are
used to draw to the screen (to reduce how much data we hold on to). But for
the data we need to calculate those 0..1 positions, we want better
precision for large numbers. Use double for all of those.
We are already walking through all the frames so we can guess this better
than what is in the capture file. This helps ensure that loading older
captures still has the end clamped to the last event we'll see.
This is meant to contain information about XY coordinates that we can
store in a normalized form. That allows them to be reused across different
scales without regenerating them.
It also includes a back-pointer to the model index so that we can pull out
the real object when necessary for drawing.
This includes a helper to generate timeseries items such as marks which
have a point in time and optionally a duration.
The TimeSpan has also been beefed up to gain a few operations that are
useful for implementing that.
That way we can use it for the document itself, and have it update the
timespan of the recording in case it didn't get updated due to ctrl+c or
something prematurely stopping.
This allows you to set a flag to show the thread id of what was recorded.
Use this to help disassociate similar threads in a process to figure out
which thread is consuming a majority of the Total time of that process.
That way the descendant graphs can generate the self values but ignore the
summary augmentation (as that would mess up the generated values).
This fixes it so that showing the descendants tree keeps proper Total
and Self values.
We still have some work to do here so it doesn't mess up the summary
augmentation, but this is a start on re-generating the callgraphs for a
specific symbol.
This function will list the symbols in a traceable in a way that is
suitable for showing in a GtkListView or GtkColumnView. For example, that
requires creating copies of the symbols so that duplicates do not cause
hickups with GtkListItemManager.
This is handy so that we don't have to keep multiple objects around to
handle this request. Otherwise we'd need to keep references to the
document and that is a bit annoying.
This of course has a limit of about an hour (in tv_nsec), but that is
far longer than we can realistically record anyway.
This uses the intersection of all the bitset from the frame to the root to
first reduce the number of traceables to look at. Once we have the
intersection, we check the traceables for prefix and yield another list
model using that bitset index on the same traceables list model.
This can be used to show a supplimental list of all the traceables for a
callgraph up to certain node.
