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-Ploggin Legacy vs Blobs results
-===============================
-
-This script produces a bar graph comparing different implementations of the
-mail pipeline (legacy, blobs, blobs with session cache, blobs with session
-cache and persistent http connections) for different amount/sizes of incoming
-data (1 x 10M, 10 x 1M, 100 x 100K, 1000 x 10K).
-
-Data acquisition
-----------------
-
-Data was gathered through different runs of the code in
-`soledad/tests/benchmarks/test_legacy_vs_blobs.py`. As these tests are skipped
-by default, you have to (1) remove the @pytest.mark.skip decorator and (2)
-remove the second call to pytest in `tox.ini` that would cause a second run of
-the tests for measuring memory. This script only plots time, for now.
-
-Once you done the above, chdir into `soledad/tests` and do something like this,
-for each test group:
-
-  tox -e benchmarks -- -m benchmark_test_legacy_vs_blobs_10_1000k --benchmark-autosave
-
-Each run of tox as above produces a JSON file in `soledad/tests/.benchmarks`
-with stats. Each file has to be copied in a subdirectory of the `data/`
-directory of the folder where this script lies. Code has to be adapted for each
-extra set of results added to the `data/` directory.
-
-Currently, we are comparing 4 implementation variations:
-
-  - data/no-cache: contains legacy as baseline and blobs as the current master
-    implementation of blobs.
-  - data/cache: adds twisted session cache to blobs connections.
-  - data/persistent: adds session cache and persistent HTTP connections.
-
-Plotting
---------
-
-Once you have all your data in subdirectories of the `data/` directory and the
-script is correctly tuned for your data, running `make` should be enough to
-create a virtualenvironment with dependencies and plotting data.
-
-By default, the script will generate a file called `./legacy-vs-blobs.png` in
-the current directory with the plot of the data.