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import time
from ROOT_testing import Experiment

#--------------------------------------------------------------------------------
### ROOT TEST ORCHESTRATOR ###
#
#
### ___---*** WARNING ***---___ ###
#
# Please DO follow these instructions to set up a proper directory tree:
#
# For testing purposes, we impose a strict nomenclature on the folder tree 
# to distinguish between different machines
#
# This is the expected folder tree
# .
# |__ ENTF
# |   |__ <hostname>
# |       |__ workdir
# |       |   |  logs
# |       |   |  processing
# |       |__ entf               # Clone of the git repository
# |           |  README.md
# |           |  LICENSE
# |           |__ IO_testing
#
#
# It is of primary importance to match such directory tree and properly define the <hostname>
# Indeed, the <hostname> is used to infer the machine_ID and report the results to Grafana.
#
# Eventually, the machine_ID can be specified manually, by using the parameter
# "machine_id=Something" in the call to the Experiment() class.
#
# Experiment class:
#__init__(self, folder_in, folder_out=CWD, machine_id=None, ttype=None, exclude_list=None, sanity_check=True, gt_fname=None, to_grafana=True):
#--------------------------------------------------------------------------------


#--------------------------------------------------------------------------------
# Define the output folder
#--------------------------------------------------------------------------------
OUTPUT_FOLDER = "../../workdir"  # This notebook is inside the IO_testing folder on the git repo


#--------------------------------------------------------------------------------
# Choose whether you want the sanity check on output notebooks
#--------------------------------------------------------------------------------
CHECK_OUTPUT = True


#--------------------------------------------------------------------------------
# Choose whether you want to publish the results on Grafana
#--------------------------------------------------------------------------------
GRAFANA = True


#--------------------------------------------------------------------------------
# Orchestrator wait times
#   Define wait times between consecutive tests and test runs
#--------------------------------------------------------------------------------
WAIT_TEST = 60
WAIT_CYCLE = 600


#--------------------------------------------------------------------------------
# Run the tests forever
#--------------------------------------------------------------------------------
i=0
while (True):
    i += 1
    print "Test no. %d\n" % i

    #
    # Testing io tutorials
    print "\nRunning IO tutorials..."
    EXCLUDE_IO = ["copyFiles.C.nbconvert.ipynb", "mergeSelective.C.nbconvert.ipynb"]
    io_test = Experiment("converted_notebooks/io", folder_out=OUTPUT_FOLDER, \
                         ttype="io", exclude_list=EXCLUDE_IO, \
                         sanity_check=CHECK_OUTPUT, gt_fname="converted_notebooks/io_md5.groundtruth", \
                         to_grafana=GRAFANA)
    io_test.run()
    time.sleep(WAIT_TEST)

    #
    # Testing math tutorials
    print "\nRunning MATH tutorials..."
    EXCLUDE_MATH = ["testUnfold2.C.nbconvert.ipynb", "testUnfold4.C.nbconvert.ipynb", "testUnfold5d.C.nbconvert.ipynb", "testrandom.C.nbconvert.ipynb"]
    math_test = Experiment("converted_notebooks/math",  folder_out=OUTPUT_FOLDER, 
                           ttype="math", exclude_list=EXCLUDE_MATH, \
                           sanity_check=CHECK_OUTPUT, gt_fname="converted_notebooks/math_md5.groundtruth", \
                           to_grafana=GRAFANA)
    math_test.run()
    time.sleep(WAIT_TEST)

    #
    # Testing tree tutorials
    print "\nRunning TREE tutorials..."
    EXCLUDE_TREE = ["copytree.C.nbconvert.ipynb", "copytree2.C.nbconvert.ipynb", "copytree3.C.nbconvert.ipynb", "hsimpleProxyDriver.C.nbconvert.ipynb", "htest.C.nbconvert.ipynb", "run_h1analysis.C.nbconvert.ipynb"]
    tree_test = Experiment("converted_notebooks/tree",  folder_out=OUTPUT_FOLDER, \
                           ttype="tree", exclude_list=EXCLUDE_TREE, \
                           sanity_check=CHECK_OUTPUT, gt_fname="converted_notebooks/tree_md5.groundtruth", \
                           to_grafana=GRAFANA)
    tree_test.run()
    time.sleep(WAIT_TEST)

    time.sleep(WAIT_CYCLE)


    

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