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We have received feedback that a Jupyter notebook with a "minimum working example" would be really good for new users to understand the process of generating patterns from gs_patterns for use with tools like Spatter. To facilitate this process, we'd like to create a notebook that covers the following topics:
Use either Lulesh or Bronson as an example for this notebook
Introduction
Go over all the steps in the process (listed below).
Finding Regions of Interest with vTune
Using Intel's vTune hotspots tool, how can a user determine which regions of their code are the most relevant?
Using PIN to extract traces
Using the hotspots from 2), detail how we can annotate the code with ROI pragmas and generate PIN traces.
Show how long this process takes for a sample application
Feeding traces to gs_patterns to get Spatter-compatible patterns
Using traces from 3) generate Spatter-compatible JSON files.
Briefly describe how gs_patterns bucketizes and "selects" patterns
Show how long this takes (s) and how large (MB) the output can be
Further analysis of gs_patterns output
Detail how we can potentially identify exact calls and line numbers that generate significant patterns within our application.
Show an example graph
The text was updated successfully, but these errors were encountered:
We have received feedback that a Jupyter notebook with a "minimum working example" would be really good for new users to understand the process of generating patterns from gs_patterns for use with tools like Spatter. To facilitate this process, we'd like to create a notebook that covers the following topics:
Use either Lulesh or Bronson as an example for this notebook
Introduction
Go over all the steps in the process (listed below).
Finding Regions of Interest with vTune
Using Intel's vTune hotspots tool, how can a user determine which regions of their code are the most relevant?
Using PIN to extract traces
The text was updated successfully, but these errors were encountered: