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🍁 MAPLE: Memory Access ProfiLEr

MAPLE is a Pin-based profiler to provide dumping memory access traces of applications at page-level. Currently, it records the accessed virtual page number, timestamp and r/w.

The supported output format is only csv at the moment; binary and vscsi will be added soon.

MAPLE has a built-in LRU cache helping to eliminate redundant items which may get answered by front layer caches.

[1] Install the Pin tool on your Linux machine. Download, unpack a kit and cd to the directory.

$ tar zxf pin-[version].tar.gz
$ cd pin-[version]/source/tools

[2] Clone the MAPLE! 🍁

$ git clone https://github.com/0xreza/maple-profiler.git

[3] Make the module (for your target architecture):

$ cd maple-profiler
$ mkdir obj-intel64
$ make obj-intel64/maple.so TARGET=intel64

[4] Run the experiment:

$ ../../../pin -t obj-intel64/maple.so -- [target_program]

[5] You can feed your trace into Mimircache! to get insightful heat-maps and hit-ratio curves!


Example:
mimircache maple hit-ratio curve mimircache maple heatmap
plotted using traces gathered from PARSEC, ocean_ncp benchmark.
mimircache maple hit-ratio curve mimircache maple heatmap
plotted using traces gathered from PARSEC, streamcluster benchmark.

Work in Progress

  • Supporting compact output formats
  • Supporting spatio/temporal sampling

Credits

Maple is released on public domain under GPLv3, created by Reza Karimi, PhD candidate at SimBioSysLab, Emory University, while interning at INESC-ID, Lisbon (Summer 2018) with invaluable help of (and base code from) David Gureya (PhD student at Instituto Superior Técnico); and coaching by Joao Barreto, my internship mentor.

Contributions and suggestions are welcome!

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🍁 MAPLE: Memory Access ProfiLEr

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