Profiling : Custom Flow Graph name does not appear in generated graphml file

[Pantman]

Summary

I'm not sure if this is the correct place to report TBB profiler problems, but I couldn't find anywhere else.

I'm attempting to use the Flow Graph Analyzer (FGA) to profile my TBB FlowGraph code. But my custom flowGraph names are not appearing in the generated output.

Version

traceml version : "2020.1.1.17863" graphml version : "2020.1.1.17863" TBB version : "2021.11.0"

Environment

• 12 core AMD machine
• Windows 10 Enterprise, v22H2
• MSVC 4.8.09037

Observed Behavior

I'm using the following API to name my nodes and flow graphs to help with visualization:

oneapi::tbb::profiling::set_name(const graph& g, const char *name)
oneapi::tbb::profiling::set_name(const function_node<Input, Output, Policy>& node, const char *name)

In the generated .graphml file, I see correctly named function nodes, but all my graphs have auto generated names, which makes it hard to navigate.

<graph id="g15">
  <node  id="g15::n29">
    <data key="d0">FirstCustomNodeName</data>
    <data key="d5">tbb</data>
    <data key="d4">function_node</data>
    <port name="input_port_0" type="input" offset="0"/>
    <port name="output_port_0" type="output" offset="0"/>
  </node>
  <node  id="g15::n30">
    <data key="d0">SecondCustomNodeName</data>
    <data key="d5">tbb</data>
    <data key="d4">function_node</data>
    <port name="input_port_0" type="input" offset="0"/>
    <port name="output_port_0" type="output" offset="0"/>
  </node>
  <edge id="g15::e14" target="g15::n30" targetoffset="0" targetport="input_port_0" source="g15::n29" sourceoffset="0" sourceport="output_port_0"/>
</graph>

There is no custom graph name in the xml export. In this case, the graph name appears only as "g15", when it should be "CustomGraphName".

Expected Behavior

I would expect that the graph would have its custom name in the XML, and that name would be used in the FGA tool to identify flowGraphs by name.

Steps To Reproduce

1. Create a flow graph with one or more nodes
2. Call set_name on the graph and nodes
3. Generate the trace output (following instructions in FGA documentation)
4. Observe output in FGA tool and graphml file.