def name():
"""The detected processor name.
Example:
>>> name()
'Intel Core(TM) i7-7700 CPU'
Returns:
String: Processor name.
"""
cpu_name = None
try:
if os.path.exists("/proc/cpuinfo"):
cpu_name = grep.file("/proc/cpuinfo", r"^model name\s*:\s*")
logging.debug("/proc/cpuinfo model name: %s", str(cpu_name))
if cpu_name:
cpu_name = " ".join(cpu_name[0].strip().split()[3:])
return cpu_name
if not shutil.which("lscpu"):
return None
lscpu_output = execute.output("lscpu")
cpu_name = grep.text(lscpu_output, "Model name:")
logging.debug("lscpu model name: %s", str(cpu_name))
if not cpu_name:
return None
cpu_name = " ".join(cpu_name[0].strip().split()[2:])
if cpu_name:
return cpu_name
cpu_name = grep.text(lscpu_output, "CPU:")
cpu_name = " ".join(cpu_name[0].strip().split()[1:])
return cpu_name
except IOError as err:
logging.error(err)
except ValueError as err:
logging.error(err)
except TypeError as err:
logging.error(err)
def __image_built(self, name, env=None):
"""Check if the named image is built.
Notes:
* Requires Docker daemon (`dockerd`) to be running.
Args:
name (str): The name of the image.
env (dict): The shell environment exports.
Returns:
Boolean: True if image found otherwise False.
"""
if env is None:
env = os.environ.copy()
env["PATH"] = self.docker_dir + ":" + env["PATH"]
logging.debug("Checking if Docker image is built.")
image_output = execute.output("docker images",
working_dir=self.docker_dir,
environment=env)
found_images = grep.text(image_output, name)
if found_images:
return True
return False
def flags():
"""The detected `-march=|-mcpu=` and `-mtune=` flags for GCC.
Example:
>>> flags()
'-march=native -march=native'
Returns:
A string of march and mtune.
march (str): The complete flag for `-march=` or `-mcpu=`.
mtune (str): The complete flag for `-mtune=`.
"""
try:
march_mcpu = "march"
cpu_name = processor.name().lower()
if "power" in cpu_name or "ppc" in cpu_name:
march_mcpu = "mcpu"
march_output = execute.output(
"gcc -{}=native -Q --help=target".format(march_mcpu))
march_flag = grep.text(march_output, "-{}=".format(march_mcpu))
march_flag = march_flag[0].rstrip().split()[1].strip()
if "native" in march_flag or not march_flag:
march_flag = "native"
mtune_output = execute.output(
"gcc -{}={} -mtune=native -Q --help=target".format(
march_mcpu, march_flag))
mtune_flag = grep.text(mtune_output, "-mtune=")
mtune_flag = mtune_flag[0].rstrip().split()[1].strip()
if "native" in mtune_flag or not mtune_flag:
mtune_flag = "native"
march = "-{}={}".format(march_mcpu, march_flag)
mtune = "-mtune=" + mtune_flag
return march + " " + mtune
except IOError as err:
logging.error(err)
except ValueError as err:
logging.error(err)
except TypeError as err:
logging.error(err)
def frequency():
"""The detected memory frequency.
Example:
>>> frequency()
2666
Returns:
Integer: The memory frequency in MHz.
"""
dimm_freq = None
freq = None
try:
if shutil.which("dmidecode"):
output = None
dmidecode_output = execute.output("dmidecode -t memory")
outputs = grep.text(dmidecode_output, r"^\s*Speed:")
for dimm in outputs:
if "Unknown" in dimm:
continue
output = dimm
break
if output:
dimm_freq = output.strip().split()[1]
if not dimm_freq and shutil.which("lshw"):
lshw_output = execute.output("lshw -short -C memory")
dimms = grep.text(lshw_output, "DIMM")
if dimms:
dimm_freq = dimms[0].strip().split()[6]
if "." in dimm_freq:
freq = int(float(dimm_freq))
elif dimm_freq and dimm_freq.isdigit():
freq = int(dimm_freq)
return freq
except IOError as err:
logging.error(err)
except ValueError as err:
logging.error(err)
except TypeError as err:
logging.error(err)
def frequency():
"""The detected processor frequency.
Example:
>>> frequency()
3200
Returns:
Integer: The processor frequency in MHz.
"""
try:
mhz_freq = None
freq = None
if shutil.which("dmidecode"):
dmidecode_output = execute.output("dmidecode -t processor")
dmidecode_output = grep.text(dmidecode_output, "Max Speed")
if dmidecode_output:
mhz_freq = dmidecode_output[0].strip().split()[2]
elif shutil.which("lscpu"):
lscpu_output = execute.output("lscpu")
lscpu_output = grep.text(lscpu_output, "CPU max MHz:")
if lscpu_output:
mhz_freq = lscpu_output[0].strip().split()[3]
elif os.path.isfile("/proc/cpuinfo"):
cpuinfo_output = grep.file("/proc/cpuinfo", "cpu MHz")
if cpuinfo_output:
mhz_freq = cpuinfo_output[0].strip().split()[3]
if "." in mhz_freq:
freq = int(float(mhz_freq))
elif mhz_freq and mhz_freq.isdigit():
freq = int(mhz_freq)
return freq
except IOError as err:
logging.error(err)
except ValueError as err:
logging.error(err)
except TypeError as err:
logging.error(err)
def architecture():
"""The system architecture.
Example:
>>> architecture()
(64, 'x86_64')
Returns:
A tuple of (bits, type).
bits (int): The architecture bit version (32 or 64).
type (str): The machine type.
"""
try:
first_pattern = r"architecture:\s*"
second_pattern = r"/x86_"
third_pattern = r"i[3-6]86"
machine_type = os.uname().machine # pylint: disable=E1101
if shutil.which("lscpu"):
lscpu_output = execute.output("lscpu")
arch = grep.text(lscpu_output, "Architecture:")
arch = re.sub(first_pattern, "", arch[0])
arch = re.sub(second_pattern, "", arch)
arch = re.sub(third_pattern, "32", arch)
if not arch:
arch = machine_type
arch = re.sub(second_pattern, "", arch)
arch = re.sub(third_pattern, "32", arch)
arch = arch.lower()
if "arm" in arch:
arm_ver = re.sub("armv", "", arch)
if int(arm_ver) >= 8:
arch = 64
else:
arch = 32
if "64" in arch:
arch = 64
return int(arch), machine_type
except IOError as err:
logging.error(err)
except ValueError as err:
logging.error(err)
except TypeError as err:
logging.error(err)
def run(self):
"""Run MLC three times.
Returns:
If success: A dict containing (unit, run1, run2, run3, average,
median).
unit (str): Latency units.
run1 (list): Latency for each NUMA node of the first run.
run2 (list): Latency for each NUMA node of the second run.
run3 (list): Latency for each NUMA node of the third run.
average (list): Average for each NUMA node of run1, run2, and
run3.
median (list): Median for each NUMA node of run1, run2, and
run3.
If error: A dict containing (error).
error (str): Error message.
"""
bin_loc = self.mlc_dir + "/Linux/mlc_avx512"
cmd = "modprobe msr; {} --latency_matrix".format(bin_loc)
results = {"unit": "ns"}
if not os.path.isfile(bin_loc):
text = 'Cannot run MLC because "{}" could not be found.'.format(
bin_loc)
prettify.error_message(text)
return {"error": text}
os.makedirs(self.results_dir, exist_ok=True)
self.commands.append("Run: " + cmd)
output = execute.output(cmd, self.mlc_dir)
file.write(self.results_dir + "/mlc_output.txt", output)
found_lines = grep.text(output, r"^\s*0")
if found_lines:
node_latencies = found_lines[0].strip().split()
node_latencies.pop(0) # Remove leading '0' for first node
for index, latency in enumerate(node_latencies):
node_latencies[index] = float(latency)
results["latencies"] = node_latencies
logging.info("MLC results: %s", str(results))
return results
def topology():
"""The processor topology.
Examples:
>>> topology()
(4, 8, 1)
Returns:
A tuple of (cores, threads, sockets).
cores (int): The number of physical processors.
threads (int): The number of logical processors.
sockets (int): The number of processor sockets.
"""
cores = None
sockets = None
threads_per_core = None
threads = None
cores_per_processor = None
try:
if shutil.which("lscpu"):
lscpu_output = execute.output("lscpu")
sockets = grep.text(lscpu_output, "Socket")
sockets = re.sub(r"Socket\(s\):\s*", "", sockets[0])
sockets = int(sockets.strip())
threads_per_core = grep.text(lscpu_output,
r"Thread\(s\) per core:")
threads_per_core = re.sub(r"Thread\(s\) per core:\s*", "",
threads_per_core[0])
threads_per_core = int(threads_per_core.strip())
cores_per_processor = grep.text(lscpu_output,
r"Core\(s\) per socket:")
cores_per_processor = re.sub(r"Core\(s\) per socket:\s*", "",
cores_per_processor[0])
cores_per_processor = int(cores_per_processor.strip())
if not sockets and shutil.which("dmidecode"):
dmidecode_output = execute.output("dmidecode -t 4")
sockets = len(grep.text(dmidecode_output, "Socket Designation"))
total_threads = grep.text(dmidecode_output, r"Thread Count\:")
total_threads = re.sub(r"Thread Count:", "", total_threads[0])
total_threads = total_threads.strip().split()[0]
total_threads = int(total_threads)
cores_per_processor = grep.text(dmidecode_output, r"Core Count\:")
cores_per_processor = re.sub(r"Core Count:\s*", "",
cores_per_processor[0])
cores_per_processor = cores_per_processor.strip().split()[0]
cores_per_processor = int(cores_per_processor)
threads_per_core = total_threads / cores_per_processor
if not sockets:
thread_siblings = (file.read(
"/sys/devices/system/cpu/cpu1/topology/thread_siblings_list").
strip().split(","))
threads_per_core = 1
if shutil.which("nproc"):
total_threads = execute.output("nproc --all")
elif os.path.isfile("/proc/cpuinfo"):
total_threads = len(grep.file("/proc/cpuinfo", r"^processor"))
else:
total_threads = execute.output("getconf _NPROCESSORS_ONLN")
total_threads = int(total_threads)
if len(thread_siblings) > 1:
threads_per_core = 2
if total_threads:
cores_per_processor = total_threads / threads_per_core
if not sockets:
raise Exception("The number of sockets was not found.")
if not cores_per_processor:
raise Exception("The number of cores per processor was not found.")
if not threads_per_core:
raise Exception("The number of threads per core was not found.")
cores = sockets * cores_per_processor
threads = threads_per_core * cores
return cores, threads, sockets
except IOError as err:
logging.error(err)
except ValueError as err:
logging.error(err)
except TypeError as err:
logging.error(err)
def cache():
"""Processor cache information.
Example:
>>> cache()
(32768, 65536, 524288, 8388608)
>>> # With no L3 cache
>>> cache()
(32768, 32768, 524288, None)
Returns:
A tuple of (level_one_instruction, level_one_data,
level_two, level_three, cache_sum).
level_one_instruction (int): L1 instruction cache in B.
level_one_data (int): L1 data cache in B.
level_two (int): L2 cache in B.
level_three (int): L3 cache in B.
"""
try:
cache_loc = "/sys/devices/system/cpu/cpu0/cache"
level_one_data_file = cache_loc + "/index0/size"
level_one_instruction_file = cache_loc + "/index1/size"
level_two_file = cache_loc + "/index2/size"
level_three_file = cache_loc + "/index3/size"
level_one_data = None
level_one_instruction = None
level_two = None
level_three = None
if shutil.which("lscpu"):
lscpu_output = execute.output("lscpu")
level_one_data_line = grep.text(lscpu_output, "L1d cache")
if level_one_data_line:
level_one_data = level_one_data_line[0].rstrip().split()[2]
level_one_ins_line = grep.text(lscpu_output, "L1i cache")
if level_one_ins_line:
level_one_instruction = level_one_ins_line[0].rstrip()
level_one_instruction = level_one_instruction.split()[2]
level_two_line = grep.text(lscpu_output, "L2 cache")
if level_two_line:
level_two = level_two_line[0].rstrip().split()[2]
level_three_line = grep.text(lscpu_output, "L3 cache")
if level_three_line:
level_three = level_three_line[0].rstrip().split()[2]
if not level_one_data and os.path.isfile(level_one_data_file):
if os.path.isfile(level_one_data_file):
level_one_data = file.read(level_one_data_file)
if os.path.isfile(level_one_instruction_file):
level_one_instruction = file.read(level_one_instruction_file)
if os.path.isfile(level_two_file):
level_two = file.read(level_two_file)
if os.path.isfile(level_three_file):
level_three = file.read(level_three_file)
level_one_data = __cache_size_convert(level_one_data)
level_one_instruction = __cache_size_convert(level_one_instruction)
level_two = __cache_size_convert(level_two)
level_three = __cache_size_convert(level_three)
return (level_one_instruction, level_one_data, level_two, level_three)
except IOError as err:
logging.error(err)
except ValueError as err:
logging.error(err)
except TypeError as err:
logging.error(err)
def run(self, threads):
"""Run YCSB with MySQL three times.
Args:
threads (int): The number of threads on the system.
"""
shell_env = os.environ.copy()
maven_dir = self.src_dir + "/maven"
error = False
results = {"unit": {"throughput": "ops/sec", "latency": "us"}}
if os.path.isdir(maven_dir):
shell_env["M2_HOME"] = maven_dir
shell_env["M2"] = maven_dir + "/bin"
else:
return {"error": "Maven not found."}
mysql_dir = self.src_dir + "/mysql"
mysql_data = mysql_dir + "/mysql-files"
if not os.path.exists(mysql_data + "/ycsb"):
text = 'Unable to find "ycsb" table in MySQL.'
prettify.error_message(text)
return {"error": text}
os.makedirs(self.results_dir, exist_ok=True)
# Start MySQL service
subprocess.Popen(
"{0}/bin/mysqld_safe --user=root --basedir={0} --datadir={1} "
"--plugin-dir={0}/lib/plugin --pid-file=/tmp/mysql.pid "
"--log-error=ycsb.err &".format(mysql_dir, mysql_data),
cwd=mysql_dir,
shell=True,
env=shell_env,
stdout=subprocess.DEVNULL,
stderr=subprocess.DEVNULL,
)
time.sleep(20)
read_latency_results = []
update_latency_results = []
throughput_results = []
run_cmd = ("./bin/ycsb run jdbc -s -P workloads/workloada -p "
"db.driver=com.mysql.jdbc.Driver -p "
"db.url=jdbc:mysql://localhost:3306/ycsb?useSSL=false -p "
'db.user=root -p db.passwd="" -threads {} -p '
"operationcount=1000000".format(threads))
self.commands.append("Run: " + run_cmd)
for count in range(1, 4):
run_num = "run" + str(count)
result_file = "{}/ycsb-sql_{}.txt".format(self.results_dir, run_num)
optimize.prerun()
time.sleep(10)
# Run YCSB
output = execute.output(run_cmd,
working_dir=self.ycsb_dir,
environment=shell_env)
file.write(result_file, output)
if "UPDATE-FAILED" in output or "READ-FAILED" in output:
error = True
break
throughput_line = grep.text(output,
r"\[OVERALL\], Throughput\(ops/sec\),")
if throughput_line:
throughput = float(throughput_line[-1].split(",")[2].strip())
throughput_results.append(throughput)
readlat_line = grep.text(output,
r"\[READ\], 95thPercentileLatency\(us\),")
if readlat_line:
readlat = float(readlat_line[-1].split(",")[2].strip())
read_latency_results.append(readlat)
updatelat_line = grep.text(
output, r"\[UPDATE\], 95thPercentileLatency\(us\),")
if updatelat_line:
updatelat = float(updatelat_line[-1].split(",")[2].strip())
update_latency_results.append(updatelat)
if throughput_line and readlat_line and updatelat_line:
results[run_num] = {
"throughput": throughput,
"read_latency": readlat,
"update_latency": updatelat,
}
# Stop MySQL service
if os.path.exists("/tmp/mysql.pid"):
pid = file.read("/tmp/mysql.pid").strip()
execute.kill(pid)
execute.kill(pid)
execute.kill(pid)
if error:
return {"error": "YCSB failed to update and/or read database."}
if "run1" in results:
results["average"] = {}
results["median"] = {}
results["variance"] = {}
results["range"] = {}
results["average"]["throughput"] = statistics.mean(
throughput_results)
results["median"]["throughput"] = statistics.median(
throughput_results)
results["variance"]["throughput"] = statistics.variance(
throughput_results)
sorted_throughput = sorted(throughput_results)
results["range"]["throughput"] = (sorted_throughput[-1] -
sorted_throughput[0])
results["average"]["read_latency"] = statistics.mean(
read_latency_results)
results["median"]["read_latency"] = statistics.median(
read_latency_results)
results["variance"]["read_latency"] = statistics.variance(
read_latency_results)
sorted_read_latency = sorted(read_latency_results)
results["range"]["read_latency"] = (sorted_read_latency[-1] -
sorted_read_latency[0])
results["average"]["update_latency"] = statistics.mean(
update_latency_results)
results["median"]["update_latency"] = statistics.median(
update_latency_results)
results["variance"]["update_latency"] = statistics.variance(
update_latency_results)
sorted_update_latency = sorted(update_latency_results)
results["range"]["update_latency"] = (sorted_update_latency[-1] -
sorted_update_latency[0])
logging.info("YCSB MySQL results: %s", str(results))
return results
def run(self, threads):
"""Run YCSB with Cassandra three times.
Args:
threads (int): The number of threads on the system.
"""
pid = None
shell_env = os.environ.copy()
maven_dir = self.src_dir + "/maven"
error = False
results = {"unit": {"throughput": "ops/sec", "latency": "us"}}
if os.path.isdir(maven_dir):
shell_env["M2_HOME"] = maven_dir
shell_env["M2"] = maven_dir + "/bin"
else:
prettify.error_message("Maven could not be found.")
return False
cassandra_dir = self.src_dir + "/cassandra"
if not os.path.exists(cassandra_dir + "/data/data/ycsb"):
text = 'Unable to find "ycsb" table in Cassandra.'
prettify.error_message(text)
return {"error": text}
read_latency_results = []
update_latency_results = []
throughput_results = []
os.makedirs(self.results_dir, exist_ok=True)
# Start Cassandra service
subprocess.Popen(
"./bin/cassandra -R -p /tmp/cassandra.pid &",
shell=True,
cwd=cassandra_dir,
env=shell_env,
stdout=subprocess.DEVNULL,
stderr=subprocess.DEVNULL,
)
time.sleep(20)
if os.path.isfile("/tmp/cassandra.pid"):
pid = file.read("/tmp/cassandra.pid").strip()
if not pid or not os.path.dirname("/proc/" + pid):
text = "Cassandra failed to start."
prettify.error_message(text)
return {"error": text}
run_cmd = ("./bin/ycsb run cassandra-cql -s -P workloads/workloada "
'-p hosts="localhost" -threads {} '
"-p operationcount=10000000".format(threads))
self.commands.append("Run: " + run_cmd)
for count in range(1, 4):
run_num = "run" + str(count)
result_file = "{}/ycsb-nosql_{}.txt".format(self.results_dir,
run_num)
optimize.prerun()
time.sleep(10)
output = execute.output(run_cmd,
working_dir=self.ycsb_dir,
environment=shell_env)
file.write(result_file, output)
if "UPDATE-FAILED" in output or "READ-FAILED" in output:
error = True
break
throughput_line = grep.text(output,
r"\[OVERALL\], Throughput\(ops/sec\),")
if throughput_line:
throughput = float(throughput_line[-1].split(",")[2].strip())
throughput_results.append(throughput)
readlat_line = grep.text(output,
r"\[READ\], 95thPercentileLatency\(us\),")
if readlat_line:
readlat = float(readlat_line[-1].split(",")[2].strip())
read_latency_results.append(readlat)
updatelat_line = grep.text(
output, r"\[UPDATE\], 95thPercentileLatency\(us\),")
if updatelat_line:
updatelat = float(updatelat_line[-1].split(",")[2].strip())
update_latency_results.append(updatelat)
if throughput_line and readlat_line and updatelat_line:
results[run_num] = {
"throughput": throughput,
"read_latency": readlat,
"update_latency": updatelat,
}
# Stop Cassandra service
if pid:
execute.kill(pid)
execute.kill(pid)
execute.kill(pid)
if error:
return {"error": "YCSB failed to update and/or read database."}
if "run1" in results:
results["average"] = {}
results["median"] = {}
results["variance"] = {}
results["range"] = {}
results["average"]["throughput"] = statistics.mean(
throughput_results)
results["median"]["throughput"] = statistics.median(
throughput_results)
results["variance"]["throughput"] = statistics.variance(
throughput_results)
sorted_throughput = sorted(throughput_results)
results["range"]["throughput"] = (sorted_throughput[-1] -
sorted_throughput[0])
results["average"]["read_latency"] = statistics.mean(
read_latency_results)
results["median"]["read_latency"] = statistics.median(
read_latency_results)
results["variance"]["read_latency"] = statistics.variance(
read_latency_results)
sorted_read_latency = sorted(read_latency_results)
results["range"]["read_latency"] = (sorted_read_latency[-1] -
sorted_read_latency[0])
results["average"]["update_latency"] = statistics.mean(
update_latency_results)
results["median"]["update_latency"] = statistics.median(
update_latency_results)
results["variance"]["update_latency"] = statistics.variance(
update_latency_results)
sorted_update_latency = sorted(update_latency_results)
results["range"]["update_latency"] = (sorted_update_latency[-1] -
sorted_update_latency[0])
logging.info("YCSB Cassandra results: %s", str(results))
return results
def run(self, threads):
"""Run GCC compiled STREAM three times.
Args:
threads (int): The total number of threads on the system.
Returns:
If success, a dict containing (unit, run1, run2, run3, average,
median).
unit (str): Score units.
run1 (float): Score for the first run.
run2 (float): Score for the second run.
run3 (float): Score for the third run.
average (float): Average of run1, run2, and run3.
median (float): Median of run1, run2, and run3.
Else, a dict containing (error).
error (str): Error message.
"""
stream_bin = self.stream_dir + "/stream"
shell_env = os.environ.copy()
shell_env["OMP_NUM_THREADS"] = str(threads)
mpi_root = self.src_dir + "/openmpi/build"
mpi_path = mpi_root + "/bin"
mpi_lib = mpi_root + "/lib"
shell_env["PATH"] += ":" + mpi_path
if "LD_LIBRARY_PATH" in shell_env:
shell_env["LD_LIBRARY_PATH"] += mpi_lib
else:
shell_env["LD_LIBRARY_PATH"] = mpi_lib
results = {"unit": "MB/s"}
shell_env["OMP_PROC_BIND"] = "true"
if not os.path.isfile(stream_bin):
text = 'Cannot run STREAM because "{}" could not be found.'.format(
stream_bin)
prettify.error_message(text)
return {"error": text}
logging.info("Running STREAM with %d OMP threads.", threads)
os.makedirs(self.results_dir, exist_ok=True)
tmp_results = []
cmd = "./stream"
self.commands.append("Run: OMP_NUM_THREADS = " + str(threads))
self.commands.append("Run: OMP_PROC_BIND = true")
self.commands.append("Run: " + cmd)
for count in range(1, 4):
run_num = "run" + str(count)
result_file = "{}/stream_{}.txt".format(self.results_dir, run_num)
optimize.prerun()
time.sleep(10)
output = execute.output(cmd,
working_dir=self.stream_dir,
environment=shell_env)
file.write(result_file, output)
result = grep.text(output, "Triad")
result = result[0].split()[1] # 2nd word
result = float(result)
results[run_num] = result
tmp_results.append(result)
results["average"] = statistics.mean(tmp_results)
results["median"] = statistics.median(tmp_results)
results["variance"] = statistics.variance(tmp_results)
sorted_results = sorted(tmp_results)
results["range"] = sorted_results[-1] - sorted_results[0]
logging.info("STREAM results: %s", str(results))
return results
def run(self, mpi_threads, threads, arch=None):
"""Run High-Performance Linpack three times.
Args:
mpi_threads (int): The number of MPI threads used by LINPACK. This
number is usually the number of physical cores on the system.
threads (int): The total number of logical threads on the system.
arch (str, optional): The architecture type of the system.
Returns:
If success, a dict containing (unit, run1, run2, run3, average,
median).
unit (str): Score units.
run1 (float): Score for the first run.
run2 (float): Score for the second run.
run3 (float): Score for the third run.
average (float): Average of run1, run2, and run3.
median (float): Median of run1, run2, and run3.
Else, a dict containing (error).
error (str): Error message.
"""
if arch is None:
arch = "x86_64"
shell_env = os.environ.copy()
openmpi_dir = "{}/openmpi/build/bin".format(self.src_dir)
bin_dir = "{}/bin/{}".format(self.hpl_dir, arch)
bin_loc = bin_dir + "/xhpl"
results = {"unit": "GFLOPS", "mathlib": self.mathlib}
tmp_results = []
if not os.path.isfile(bin_loc):
text = 'Could not find HPL binaries at "{}".'.format(bin_loc)
prettify.error_message(text)
logging.error(text)
return {"error": text}
if not os.path.isdir(openmpi_dir):
text = 'Could not find OpenMPI directory at "{}".'.format(
openmpi_dir)
prettify.error_message(text)
logging.error(text)
return {"error": text}
grid = self.__grid(mpi_threads)
nb_size = self.__nb_size(threads)
mpi_cmd = "{}/mpirun -n {} --allow-run-as-root --mca mpi_paffinity_alone 1".format(
openmpi_dir, mpi_threads)
if threads == mpi_threads:
mpi_cmd = "{}/mpirun -n {} --allow-run-as-root".format(
openmpi_dir, mpi_threads)
logging.info('Running LINPACK using "%s" arch.', arch)
os.makedirs(self.results_dir, exist_ok=True)
shutil.copyfile(self.hpl_dir + "/Make." + arch, self.results_dir)
shutil.copyfile(self.hpl_dir + "/bin/{}/HPL.dat".format(arch),
self.results_dir)
cmd = mpi_cmd + " ./xhpl"
self.commands.append("Run: " + cmd)
optimize.prerun()
time.sleep(10)
output = execute.output(cmd,
working_dir=bin_dir,
environment=shell_env)
file.write(self.results_dir + "/linpack_output.txt", output)
result = grep.text(
output, r"\s+{}\s+{}\s+{}\s+".format(nb_size, grid.P, grid.Q))
for line in result:
# 7th word
tmp = float(line.split()[6])
tmp_results.append(tmp)
if tmp_results:
sorted_results = sorted(tmp_results)
results["score"] = sorted_results[-1]
logging.info("LINPACK results: %s", str(results))
return results
