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launch_all_tests.py
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launch_all_tests.py
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#!/usr/bin/env python3
import os
import sys
import time
import shutil
from multiprocessing import Pool
import multiprocessing
spec_base_dir = "/trace2/ChampSim/dpc3"
parsec_base_dir = "/trace2/ChampSim/parsec/PARSEC-2.1"
ligra_base_dir = "/trace2/ChampSim/ligra"
spec_tests = ["600.perlbench_s-210B.champsimtrace.xz", "602.gcc_s-1850B.champsimtrace.xz", "603.bwaves_s-2931B.champsimtrace.xz", "605.mcf_s-994B.champsimtrace.xz", "607.cactuBSSN_s-2421B.champsimtrace.xz", "619.lbm_s-2677B.champsimtrace.xz",
"620.omnetpp_s-141B.champsimtrace.xz", "621.wrf_s-6673B.champsimtrace.xz", "623.xalancbmk_s-592B.champsimtrace.xz", "625.x264_s-20B.champsimtrace.xz","627.cam4_s-490B.champsimtrace.xz", "628.pop2_s-17B.champsimtrace.xz",
"631.deepsjeng_s-928B.champsimtrace.xz", "638.imagick_s-824B.champsimtrace.xz", "641.leela_s-800B.champsimtrace.xz", "644.nab_s-7928B.champsimtrace.xz", "648.exchange2_s-1247B.champsimtrace.xz", "649.fotonik3d_s-10881B.champsimtrace.xz", "654.roms_s-1007B.champsimtrace.xz", "657.xz_s-3167B.champsimtrace.xz" ]
parsec_tests = ["parsec_2.1.blackscholes.simlarge.prebuilt.drop_3000M.length_250M.champsimtrace.xz", "parsec_2.1.bodytrack.simlarge.prebuilt.drop_3500M.length_250M.champsimtrace.xz",
"parsec_2.1.canneal.simlarge.prebuilt.drop_4500M.length_250M.champsimtrace.xz", "parsec_2.1.dedup.simlarge.prebuilt.drop_7250M.length_250M.champsimtrace.xz",
"parsec_2.1.facesim.simlarge.prebuilt.drop_1500M.length_250M.champsimtrace.xz", "parsec_2.1.fluidanimate.simlarge.prebuilt.drop_9500M.length_250M.champsimtrace.xz",
"parsec_2.1.raytrace.simlarge.prebuilt.drop_23500M.length_250M.champsimtrace.xz", "parsec_2.1.streamcluster.simlarge.prebuilt.drop_14750M.length_250M.champsimtrace.xz",
"parsec_2.1.swaptions.simlarge.prebuilt.drop_5250M.length_250M.champsimtrace.xz", "parsec_2.1.vips.simlarge.prebuilt.drop_27250M.length_250M.champsimtrace.xz"]
ligra_tests = ["ligra_BellmanFord.com-lj.ungraph.gcc_6.3.0_O3.drop_7500M.length_250M.champsimtrace.xz", "ligra_BFS-Bitvector.com-lj.ungraph.gcc_6.3.0_O3.drop_23000M.length_250M.champsimtrace.xz",
"ligra_BFSCC.com-lj.ungraph.gcc_6.3.0_O3.drop_22000M.length_250M.champsimtrace.xz", "ligra_BFS.com-lj.ungraph.gcc_6.3.0_O3.drop_21500M.length_250M.champsimtrace.xz",
"ligra_CF.com-lj.ungraph.gcc_6.3.0_O3.drop_184750M.length_250M.champsimtrace.xz", "ligra_Components.com-lj.ungraph.gcc_6.3.0_O3.drop_22750M.length_250M.champsimtrace.xz",
"ligra_Components-Shortcut.com-lj.ungraph.gcc_6.3.0_O3.drop_22000M.length_250M.champsimtrace.xz", "ligra_MIS.com-lj.ungraph.gcc_6.3.0_O3.drop_21250M.length_250M.champsimtrace.xz",
"ligra_PageRank.com-lj.ungraph.gcc_6.3.0_O3.drop_21750M.length_250M.champsimtrace.xz", "ligra_PageRankDelta.com-lj.ungraph.gcc_6.3.0_O3.drop_24000M.length_250M.champsimtrace.xz",
"ligra_Radii.com-lj.ungraph.gcc_6.3.0_O3.drop_32000M.length_250M.champsimtrace.xz", "ligra_Triangle.com-lj.ungraph.gcc_6.3.0_O3.drop_25000M.length_250M.champsimtrace.xz"]
def launch_test(args):
name, warmup, cycles, output_dir, binary = args
print("Launching test: " + name)
print("Warmup: " + str(warmup))
print("Cycles: " + str(cycles))
print("Test complete: " + name)
print("Output directory: " + output_dir)
os.makedirs(output_dir, exist_ok=True) # Create the output directory if it doesn't exist
shutil.copy(binary, output_dir) # Copy the binary to the output directory
print("Output directory created: " + output_dir)
test_dir = os.path.join(output_dir, name) # Create a subdirectory for the test
os.makedirs(test_dir, exist_ok=True) # Create the test directory if it doesn't exist
os.chdir(test_dir) # Change to the test directory)
print("Generating output files...")
command=[]
command.append("nohup")
command.append(binary)
command.append("--warmup_instructions "+str(warmup))
command.append("--simulation_instructions "+str(cycles))
if name in spec_tests:
test_base_dir = spec_base_dir
elif name in parsec_tests:
test_base_dir = parsec_base_dir
elif name in ligra_tests:
test_base_dir = ligra_base_dir
command.append("-traces "+test_base_dir+"/"+name)
command.append("&")
print(" ".join(command))
os.system(" ".join(command))
if __name__ == "__main__":
output_dir = sys.argv[1]
output_dir = os.path.abspath(output_dir)
binary = sys.argv[2]
binary = os.path.abspath(binary)
warmup = int(sys.argv[3])
cycles = int(sys.argv[4])
#cores = int(sys.argv[5])
total_cores = 8
cores_to_use = max(1, total_cores // 2)
#combined tests
tests = spec_tests + parsec_tests + ligra_tests
# Prepare the arguments for each test
args = [(test, warmup, cycles, output_dir, binary) for test in tests]
print(args)
# Use a process pool to manage concurrent test execution
with Pool(processes=cores_to_use) as pool:
pool.map(launch_test, args)