def create_job(self,
name: str,
afterok: list = None,
afternotok: list = None) -> Slurm:
"""Create a job for submitting to SLURM"""
LOG.info("Create a slurm job with name %s", name)
self.slurm_settings["dependency"] = []
if afterok:
self.slurm_settings["dependency"].append("afterok:{}".format(
":".join(str(dependency) for dependency in afterok)))
if afternotok:
self.slurm_settings["dependency"].append("afternotok:{}".format(
":".join(str(dependency) for dependency in afternotok)))
if self.slurm_settings["dependency"]:
self.slurm_settings["dependency"] = ",".join(
self.slurm_settings["dependency"])
else:
del self.slurm_settings["dependency"]
job = Slurm(
name,
self.slurm_settings,
log_dir=str(self.log_dir),
scripts_dir=str(self.scripts_dir),
)
return job
def submit_job(thecommand):
s = Slurm("sync", {
"nodes": 92,
"ntasks": 4416,
"partition": 'skx-normal',
"time": "06:00:00"
})
s.run(thecommand)
def submit_sbatch(template, conf):
logging.warning(hist_fn)
logging.info('Starting batch submission')
if "benchmark" in conf:
write_bench_start(conf["benchmark"])
submit_func = "sbatch"
rand_hash = "" #gen_hash(template)
job_id = '${SLURM_JOB_ID}'
program_start = configure(conf, job_id, rand_hash)
s = Slurm(conf["name"], conf["SLURM_CONF_GLOBAL"])
conf["DRIVER"]["mstr_bench"] = conf["COMPUTE"]["mstr_bench"]
logging.info('Command to be executed: %s', conf["DRIVER"]["program"])
job_id = s.run(template, cmd_kwargs=conf["DRIVER"], _cmd=submit_func)
job_id = str(job_id)
logging.info('Batch job ID: %s', job_id)
condition = True
time.sleep(5)
while condition:
p = Popen(["squeue", "-j", job_id], stdout=PIPE, stderr=PIPE)
(out, err) = p.communicate()
out = str(out, 'utf-8')
logging.debug("Squeue output: %s", out)
out = out.split(os.linesep)
out.pop(0)
queue = [
l.strip().split(' ')[0] for l in out if l.strip().split(' ') != ''
]
condition = job_id in queue
if condition:
logging.info('Job still running, sleeping for 5 mins')
time.sleep(5 * 60)
logging.info('Batch Job terminated')
result = 'UNKNOWN'
logfile = [
op.join(d, f) for d, s, lf in os.walk(op.abspath('logs')) for f in lf
if '{}.err'.format(job_id) in f
]
if len(logfile) > 0:
logging.info('Driver logfile: %s', logfile[0])
result = job_status(logfile[0])
else:
logging.warning('No logfile generated.')
if "benchmark" in conf:
write_bench_end(conf["benchmark"])
write_bench_result(conf["benchmark"], result)
def submit_job(thecommand):
s = Slurm(
"sync", {
"nodes": 81,
"ntasks": 3888,
"partition": 'skx-normal',
"time": "20:00:00",
"account": "TG-EAR140030"
})
s.run(thecommand)
def my_Slurm(*args, cfg_update=dict(), **kwargs):
"""Shortcut to slurmpy's class; keep certain default kwargs
and only update some with kwarg `cfg_update`
see https://github.com/brentp/slurmpy
"""
return Slurm(*args,
slurm_kwargs=dict(cluster.slurm_cfg, **cfg_update),
log_dir=log_dir,
scripts_dir=slurm_scripts_dir,
**kwargs)
def submit_job(thecommand):
s = Slurm(
"sync", {
"nodes": 28,
"ntasks": 1344,
"partition": 'skx-normal',
"time": "06:00:00",
"account": "TG-EAR130011"
})
s.run(thecommand)
def submit_job(thecommand):
s = Slurm(
"process_sync", {
"nodes": N_node,
"ntasks": N_cores,
"time": "04:00:00",
"cpus-per-task": 1,
"mem-per-cpu": "2G"
})
s.run(thecommand)
def submit_job(thecommand):
s = Slurm(
"sync", {
"nodes": N_node,
"ntasks": ntasks,
"partition": partition,
"time": time,
"account": account
})
s.run(thecommand)
def run_parallel(ks, param_combinations, partition='low'):
'''run each parameter combination in parallel (requires slurmpy package)
'''
from slurmpy import Slurm
s = Slurm("fit_mog", {"partition": partition, "time": "4-0"})
for i in range(len(param_combinations)):
param_str = f'module load python; python3 {opj(DIR_FILE, "sim_gaussian_mixture.py")} '
for j, key in enumerate(ks):
param_str += '--' + key + ' ' + str(param_combinations[i][j]) + ' '
print(f'scheduled: {param_str}\n\t({i}/{len(param_combinations)})')
s.run(param_str)
def create_job(self, name: str) -> Slurm:
"""Create a job for submitting to SLURM"""
LOG.info("Create a slurm job with name %s", name)
job = Slurm(
name,
{
"account": self.account,
"time": self.time,
},
scripts_dir=str(self.scripts_dir),
log_dir=str(self.log_dir),
)
return job
def submit_locally(template, conf):
submit_func = "bash"
rand_hash = gen_hash(template)
job_id = ""
configure(conf, job_id, rand_hash)
s = Slurm(conf["name"], conf["SLURM_CONF_GLOBAL"])
master_url = start_workers(s, conf["num_nodes"], conf["COMPUTE"], template,
rand_hash, submit_func)
program = ["spark-submit", "--master", master_url]
if "jars" in conf["DRIVER"]:
program.extend(["--jars", conf["DRIVER"]["jars"]])
program.append(conf["DRIVER"]["program"])
p = Popen(program, stdout=PIPE, stderr=PIPE)
stdin, stderr = p.communicate()
print(stdin, stderr)
'num_iters': [40],
'seed': range(0, 1),
'dset': ['mnist', 'cifar10'], # mnist, cifar10
'num_layers': [4], # add in 2, 7
'batch_size': [100], # 10, 100, 1000
'shuffle_labels': [False], # loop
'hidden_size': [128], # 128, 512
'freeze': ['False'],
'first_layer_lr_mult': [1],
'save_all_freq': [20],
'save_reduce': [False],
'saves_per_iter': [2],
}
'''
# run
s = Slurm("proto", {"partition": partition, "time": "3-0"})
ks = sorted(params_to_vary.keys())
vals = [params_to_vary[k] for k in ks]
param_combinations = list(itertools.product(*vals)) # list of tuples
print(param_combinations)
# for param_delete in params_to_delete:
# param_combinations.remove(param_delete)
# iterate
for i in range(len(param_combinations)):
param_str = 'module load python; module load pytorch; python ../vision_fit/fit.py '
for j, key in enumerate(ks):
param_str += key + ' ' + str(param_combinations[i][j]) + ' '
s.run(param_str)
from slurmpy import Slurm
import argparse
partition = 'high'
s = Slurm("compare_models", {"partition": partition})
parser = argparse.ArgumentParser()
parser.add_argument('--val_only', action='store_true')
parser.add_argument('--test_only', action='store_true')
parser.add_argument('--ignore_cache', action='store_true')
parser.add_argument('--low_data', action='store_true')
args = parser.parse_args()
models = [
'random_forest', 'gradient_boosting', 'skope_rules', 'rulefit', 'fplasso',
'fpskope', 'grl', 'oner', 'brs'
]
extra_args = ''
if args.ignore_cache:
extra_args += ' --ignore_cache'
if args.low_data:
extra_args += ' --low_data'
if not args.test_only:
for model in models:
s.run(f'python experiments/compare_models.py --model {model} --cv' +
extra_args)
import itertools
from slurmpy import Slurm
import numpy as np
partition = 'high'
kernel_version = True
params_to_vary = {
'run': list(range(100)), # should be range(100)
}
# run
s = Slurm("fmri", {"partition": partition, "time": "2-0"})
ks = sorted(params_to_vary.keys())
vals = [params_to_vary[k] for k in ks]
param_combinations = list(itertools.product(*vals)) # list of tuples
print(len(param_combinations))
ks = np.array(ks)
# iterate
for i in range(len(param_combinations)):
if kernel_version:
param_str = 'module load python; python3 ../fmri/run_kernel.py '
else:
param_str = 'module load python; python3 ../fmri/run.py '
for j, key in enumerate(ks):
param_str += key + ' ' + str(param_combinations[i][j]) + ' '
print(param_str)
s.run(param_str)
from slurmpy import Slurm
# * background+tao/crust1.0 -> background+tao/crust1.0 -> background+tao/crust1.0+min/crust2.0
print("start job 4")
nproc_old = 336
old_mesh_dir = "/work/05880/tg851791/stampede2/specfem/20190115/tao_h_files/DATABASES_MPI"
old_model_dir = "/scratch/05880/tg851791/binfile/perturbation/tao_perturbation_smooth"
nproc_new = 441
new_mesh_dir = "/work/05880/tg851791/stampede2/specfem/20190115/simulation_taoreg/DATABASES_MPI"
new_model_dir = "/scratch/05880/tg851791/binfile/interp/s362ani_addmin-pert"
model_tags = ",".join(["vph", "vpv", "vsh", "vsv", "eta", "qmu", "rho"])
output_dir = "/scratch/05880/tg851791/binfile/interp/s362ani_addmin_addtao-pert"
command4 = f"ibrun julia src/program/xsem_interp_mesh2.jl --nproc_old {nproc_old} --old_mesh_dir {old_mesh_dir} --old_model_dir {old_model_dir} --nproc_new {nproc_new} --new_mesh_dir {new_mesh_dir} --new_model_dir {new_model_dir} --model_tags {model_tags} --output_dir {output_dir}"
s4 = Slurm("bg+tao", {
"partition": "skx-normal",
"nodes": 10,
"ntasks": 441,
"time": "00:60:00"
})
jobid_s4 = s4.run(command4)
def schedule(config: dict, name_addition: str = None):
"""
Schedules a given configuration as a new job
Args:
config (dict): job configuration
name_addition (str, optional): Defaults to None. Addition to the job name
Raises:
RuntimeError: When requested scheduler is not available
"""
executer = config['scheduler']['type'].lower()
if executer not in ['slurm', 'bash']:
logger.error("Only SLURM or bash are supported at the moment!")
raise RuntimeError("Unsupported Job Manager!")
# If a host entry matches replace the found parameters
if 'host' in config['scheduler']:
hostname = socket.getfqdn()
logger.debug("Hostname: " + hostname)
if hostname in config['scheduler']['host']:
logger.debug("Found host entry for this hostname")
for k, v in config['scheduler']['host'][hostname][
'parameters'].items():
config['scheduler']['parameters'][k] = v
# Create Slurm job script, allow empty parameters
try:
parameters = {
i: config['scheduler']['parameters'][i]
for i in config['scheduler']['parameters']
}
except KeyError:
parameters = {}
# Check if a log directory is set
log_directory = None
if 'log-directory' in config['script']:
log_directory = config['script']['log-directory']
# Check for job name
job_name = "ace"
if 'job-name' in config['scheduler']:
job_name = config['scheduler']['job-name']
job = Slurm(job_name, parameters, log_directory=log_directory)
body = config['script']['body']
env_vars = []
auto_args = []
# Add evn var with job id
env_vars.append("jobId=" + name_addition)
for k, v in config['script']['parameters'].items():
# Check if variable already set
if k in os.environ:
logger.warning(k + " environment variable already set!")
# Set env variable
if type(v) is dict:
env_vars.append(k + "=\"" + v['values'] + "\"")
else:
env_vars.append(k + "=\"" + v + "\"")
auto_args.append("--" + k + "=${" + k + "}")
# Create auto_args
if 'auto_args' in os.environ:
logger.warning("auto_args environment variable already set!")
env_vars.append("") # Add a new line between args and auto_args
env_vars.append("auto_args=\"" + " ".join(auto_args) + "\"")
# Handle times keyword
prefix = ''
suffix = ''
if 'times' in config['script']:
prefix = "for run in {1.." + config['script']['times'] + "}\ndo\n\n\n"
suffix = "done"
# Handle before_script
before_script = ''
if 'before_script' in config:
before_script = config['before_script']
# Handle after_script
after_script = ''
if 'after_script' in config:
after_script = config['after_script']
# Join body
body = before_script + "\n\n" + prefix + \
"\n".join(env_vars) + "\n\n\n" + body + \
"\n\n\n" + suffix + "\n\n" + after_script
# Schedule job script
if executer == 'bash':
config['jobid'] = job.run(body,
_cmd='bash',
name_addition=name_addition)
else:
config['jobid'] = job.run(body, name_addition=name_addition)
import itertools
from slurmpy import Slurm
partition = 'gpu'
# run (change bottom line for max_corrs or margins!)
s = Slurm("cnn_feats", {
"partition": partition,
"time": "2-0",
"gres": "gpu:1"
})
# models = ['vgg16', 'vgg19', 'resnet34', 'resnet50', 'resnet101', 'resnet152', 'densenet121', 'densenet201']# ['vgg11', 'vgg13', 'resnet18', 'densenet169'] # ['alexnet', 'vgg13'] #,
# just the basics
models = [
'alexnet', 'vgg11', 'vgg13', 'resnet18', 'resnet34', 'densenet121',
'densenet169'
]
# all nets
# ['alexnet', 'vgg11', 'vgg13', 'vgg16', 'vgg19', 'resnet18', 'resnet34', 'resnet50', 'resnet101', 'resnet152', 'densenet121', 'densenet169', 'densenet201']
# 'alexnet',
# 'vgg11', 'vgg13', 'vgg16', 'vgg19',
# 'resnet18', 'resnet34', 'resnet50', 'resnet101', 'resnet152',
# 'densenet169', 'densenet201', # densenet121
# 'inception_v3']
# iterate
for i, model in enumerate(models):
# param_str = 'module load python; python3 ../vision_analyze/max_corr_cnns.py '
# param_str = 'module load python; python3 ../vision_analyze/cnns/save_imagenet_preds.py '
def main():
parser = argparse.ArgumentParser(description='Pilot-Agent scheduling for SLURM')
parser.add_argument('template', type=str, help="SLURM batch script template")
parser.add_argument('params', type=argparse.FileType('r'), help="SLURM batch script params (JSON)")
parser.add_argument('-y', '--yarn', action='store_true', help="Yarn scheduler will be used")
parser.add_argument('-D', '--no_submit', action='store_true', help="Create but do not submit sbatch scripts" )
args = parser.parse_args()
conf = None
with args.params as f:
conf = json.load(f)
if args.yarn and 'COMPUTE' in os.environ:
open(op.join(os.environ['HADOOP_HOME'], 'etc/hadoop/slaves'), 'w').close()
elif args.yarn:
open(op.join(conf["COMPUTE"]["HADOOP_HOME"], 'etc/hadoop/slaves'), 'w').close()
submit_func = "bash" if args.no_submit else "sbatch"
s = Slurm(conf["name"], conf["SLURM_CONF_GLOBAL"])
program_start = datetime.now().strftime("%Y-%m-%d")
rand_hash = '{0}-{1}'.format(hashlib.sha1(args.template.encode("utf-8")).hexdigest(), hashlib.md5(os.urandom(16)).hexdigest())
job_id = rand_hash if args.no_submit else '${SLURM_JOB_ID}'
if not "COMPUTE" in conf:
conf["COMPUTE"] = {}
if not "mstr_bench" in conf["COMPUTE"]:
conf["COMPUTE"]["mstr_bench"] = op.join(conf["logdir"], "master-{0}-benchmarks.{1}.out".format(program_start, job_id))
if not "mstr_log" in conf["COMPUTE"]:
conf["COMPUTE"]["mstr_log"] = op.join(conf["logdir"], "master-{0}-{1}.out".format(program_start, rand_hash))
conf["COMPUTE"]["mstr_lock"] = op.join(conf["logdir"], "master-{0}-{1}.lock".format(program_start, rand_hash))
conf["COMPUTE"]["logdir"] = conf["logdir"]
# if you want to run one master and worker locally, might as well submit to local
rm_nnodes = 1 if args.no_submit else 0
for i in range(conf["num_nodes"] - rm_nnodes):
# SLURM batch submit workers
if args.no_submit:
thread = threading.Thread(target=s.run, kwargs=dict(command=args.template, cmd_kwargs=conf["COMPUTE"], _cmd=submit_func))
thread.daemon = True
thread.start()
else:
s.run(args.template, name_addition=rand_hash, cmd_kwargs=conf["COMPUTE"], _cmd=submit_func)
while conf["num_nodes"] - rm_nnodes > 0 and not op.isfile(conf["COMPUTE"]["mstr_log"]):
time.sleep(5)
if conf["num_nodes"] - rm_nnodes > 0:
master_url = ""
with open(conf["COMPUTE"]["mstr_log"], 'r') as f:
master_url = f.readline().strip('\n')
program = None
driver_out = op.join(conf["logdir"], "driver-{0}-{1}.out".format(program_start, rand_hash))
if not args.no_submit:
fw = open(driver_out, "wb")
fr = open(driver_out, "r")
p = Popen(conf["DRIVER"]["slurm_alloc"], stdin = PIPE, stdout = fw, stderr = fw, bufsize = 1)
for module in conf["DRIVER"]["modules"]:
p.stdin.write("module load {}\n".format(module).encode('utf-8'))
p.stdin.write("echo start $(date +%s.%N)\n".encode('utf-8'))
program = ("spark-submit --master {0} --executor-cores=${{SLURM_CPUS_PER_TASK}} "
"--executor-memory=${{SLURM_MEM_PER_NODE}}M --driver-memory=${{SLURM_MEM_PER_NODE}}M {1}\n") \
.format(master_url, conf["DRIVER"]["program"])
p.stdin.write(program.encode('utf-8'))
out = fr.read()
p.stdin.write("echo end $(date +%s.%N)\n".encode('utf-8'))
p.stdin.write("echo 'SUCCEEDED' >> {}".format(conf["COMPUTE"]["mstr_log"]).encode('utf-8'))
fw.close()
fr.close()
elif conf["num_nodes"] == 1:
program = ("spark-submit --master local[*] {}\n").format(conf["DRIVER"]["program"])
p = Popen(program.split(), stdout = PIPE, stderr = PIPE)
stdin, stderr = p.communicate()
print(stdin, stderr)
else:
program = ("spark-submit --master {0} {1}\n").format(master_url, conf["DRIVER"]["program"])
p = Popen(program.split(), stdout = PIPE, stderr = PIPE)
stdin, stderr = p.communicate()
print(stdin, stderr)
def cluster(tool, invocation, clowdrloc, dataloc, cluster, **kwargs):
"""cluster
Launches a pipeline locally through the Clowdr wrappers.
Parameters
----------
tool : str
Path to a boutiques descriptor for the tool to be run
invocation : str
Path to a boutiques invocation for the tool and parameters to be run
clowdrloc : str
Path for storing Clowdr intermediate files and outputs
dataloc : str
Path for accessing input data. If local, provide the hostname and
optionally a path. If on S3, provide an S3 path.
cluster : str
Scheduler on the cluster being used. Currently, the only supported mode
is slurm.
**kwargs : dict
Arbitrary keyword arguments. Currently supported arguments:
- account : str
Account for the cluster scheduler
- jobname : str
Base-name for the jobs as they will appear in the scheduler
- verbose : bool
Toggle verbose output printing
- dev : bool
Toggle dev mode (only runs first execution in the specified set)
Additionally, transfers all keyword arguments accepted by both of
"controller.metadata.consolidateTask" and "task.processTask"
Returns
-------
int
The exit-code returned by the task being executed
"""
# TODO: scrub inputs
tool = utils.truepath(tool)
if kwargs.get("simg"):
kwargs["simg"] = utils.truepath(kwargs["simg"])
from slurmpy import Slurm
if kwargs.get("verbose"):
print("Consolidating metadata...")
[tasks, invocs] = metadata.consolidateTask(tool, invocation, clowdrloc,
dataloc, **kwargs)
if kwargs.get("dev"):
tasks = [tasks[0]] # Just launch the first task in dev
taskdir = op.dirname(utils.truepath(tasks[0]))
try:
os.mkdir(taskdir)
except FileExistsError:
pass
os.chdir(taskdir)
with open(tool) as fhandle:
container = json.load(fhandle).get("container-image")
if container:
if kwargs.get("verbose"):
print("Getting container...")
outp = utils.getContainer(taskdir, container, **kwargs)
if kwargs.get("verbose"):
print(outp)
jobname = kwargs.get("jobname") if kwargs.get("jobname") else "clowdrtask"
slurm_args = {}
if kwargs.get("slurm_args"):
for opt in kwargs.get("slurm_args").split(","):
k, v = opt.split(":")[0], opt.split(":")[1:]
v = ":".join(v)
slurm_args[k] = v
job = Slurm(jobname, slurm_args)
script = "clowdr run {} -c {} --local"
if kwargs.get("workdir"):
script += " -w {}".format(kwargs["workdir"])
if kwargs.get("volumes"):
script += " ".join(
[" -v {}".format(vol) for vol in kwargs.get("volumes")])
for task in tasks:
job.run(script.format(task, taskdir))
if kwargs.get("verbose"):
print(taskdir)
return taskdir
import itertools
from slurmpy import Slurm
import pmlb as dsets
partition = 'high'
# sweep different ways to initialize weights
from dset_names import dset_names
dset_nums = range(0, 94) # len 94
# class_weights = [2, 5, 10, 100]
class_weights = [2]
# run
s = Slurm("pmlb", {"partition": partition, "time": "1-0", "mem": "MaxMemPerNode"})
# iterate
for class_weight in class_weights:
for i in dset_nums:
param_str = 'module load python; python3 /accounts/projects/vision/chandan/class-weight-uncertainty/experiments/sweep_pmlb/fit.py '
param_str += 'dset_name ' + str(dset_names[i]) + ' '
param_str += 'class_weight ' + str(class_weight)
s.run(param_str)
from slurmpy import Slurm
# paths and constant values
nproc_old = 441 # number of processors used in bin files
old_mesh_dir = "/scratch/05880/tg851791/asdf_sync/model_generating/tao_1d_ref_knl/DATABASES_MPI" # the mesh files
old_model_dir = "/scratch/05880/tg851791/work/generate_hybrid_v703/gll_work/model/s362ani_good_min_tao_smooth" # the model files
model_tags = "vpv,vph,vsv,vsh,eta,qmu,rho" # vlues to generate
# output directory
output_file = "/scratch/05880/tg851791/work/generate_hybrid_v703/gll_work/ppm/notopo/3d"
# region as lon1/lat1/lon2/lat2/dep1/dep2 (eg: if lon1=30, lon2=20, get points like 30, 29, ...)
region = "74/0/175/62/0/800"
npts = "249/405/321" # number of poins, including the edge points.
# use 18*18 cores, can be set anyway you like. (two directions, divide subregions)
nproc = "18/18"
command = "date;"
# check if ../../specfem_gll.jl/src/program/get_ppm_model.jl is actually the path of get_ppm_model.jl
command += f"ibrun julia ../../specfem_gll.jl/src/program/get_ppm_model.jl --nproc_old {nproc_old} --old_mesh_dir {old_mesh_dir} --old_model_dir {old_model_dir} --model_tags {model_tags} --output_file {output_file} --region {region} --npts {npts} --nproc {nproc};"
command += "date;"
# run 2h18min for my region, 60d*60d, 336*336NEX 21*21 proc. It's safe to set a longer time.
s = Slurm("ppm", {"partition": "normal",
"nodes": 5, "ntasks": 324, "time": "04:00:00", "account": "TG-EAR130011"})
s.run(command)
with open(args.config) as f:
config = json.load(f)
check_config(config, args)
samples = read_samplesheet(args.sample, args.project)
if args.mkref:
jobids = []
for sample in samples:
fastq = samples[sample]
run_bwa = align_and_convert(config, fastq, args, sample)
bwa = Slurm("bwaAln-{}".format(sample), {
"account": config["slurm"]["account"],
"partition": "node",
"time": config["slurm"]["time"]
},
log_dir="{}/logs".format(args.out),
scripts_dir="{}/scripts".format(args.out))
jobids.append(bwa.run(run_bwa))
wcxmkref = Slurm("wcxmkref", {
"account": config["slurm"]["account"],
"partition": "node",
"time": config["slurm"]["time"]
},
log_dir="{}/logs".format(args.out),
scripts_dir="{}/scripts".format(args.out))
wcxmkref.run(mkref(config, args), depends_on=jobids)
elif args.mkmodel:
import itertools
from slurmpy import Slurm
params_to_vary = {
'seed': range(60),
'hidden1': [1, 2, 3, 5, 10, 30, 50, 100],
'init': ['default', 'data-driven']
}
# run
s = Slurm("small_nn_run", {"partition": "low"})
ks = sorted(params_to_vary.keys())
vals = [params_to_vary[k] for k in ks]
param_combinations = list(itertools.product(*vals)) # list of tuples
# iterate
for i in range(len(param_combinations)):
param_str = 'module load python; module load pytorch; python3 ../fit.py '
for j, key in enumerate(ks):
param_str += key + ' ' + str(param_combinations[i][j]) + ' '
s.run(param_str)
from slurmpy import Slurm
# paths and constant values
nproc_old = 441 # number of processors used in bin files
old_mesh_dir = "/scratch/05880/tg851791/work/generate_hybrid_v703/gll_work/control_file/s362ani_bad" # the mesh files
old_model_dir = "/scratch/05880/tg851791/work/generate_hybrid_v703/gll_work/perturbation/per_s362ani_good_min_tao_smooth__taoref_crust1.0" # the model files
model_tags = "vpv,vph,vsv,vsh,eta,qmu,rho" # vlues to generate
# output directory
output_file = "/scratch/05880/tg851791/work/generate_hybrid_v703/gll_work/ppm/hybrid_per_tao"
# region as lon1/lat1/lon2/lat2/dep1/dep2 (eg: if lon1=30, lon2=20, get points like 30, 29, ...)
region = "74/0/175/62/0/800"
npts = "249/405/161" # number of poins, including the edge points.
# use 18*18 cores, can be set anyway you like. (two directions, divide subregions)
nproc = "18/18"
command = "date;"
# check if ../../specfem_gll.jl/src/program/get_ppm_model.jl is actually the path of get_ppm_model.jl
command += f"ibrun julia ../../specfem_gll.jl/src/program/get_ppm_model.jl --nproc_old {nproc_old} --old_mesh_dir {old_mesh_dir} --old_model_dir {old_model_dir} --model_tags {model_tags} --output_file {output_file} --region {region} --npts {npts} --nproc {nproc};"
command += "date;"
# run 2h18min for my region, 60d*60d, 336*336NEX 21*21 proc. It's safe to set a longer time.
s = Slurm("ppm", {"partition": "normal",
"nodes": 10, "ntasks": 324, "time": "02:00:00", "account": "TG-EAR140030"})
s.run(command)
# sweep these
'num_layers': [1, 2], # 1, 2, 3
'N': [200],
'd': [2], #, 8, 50, 128, 190, 200, 210, 400],
'hidden_size': [64, 128], # 12, 64
'seed':
range(0, 30), # for understanding correlated vars, need this ~1000
'opt': ['adam'],
'lr': [5e-3],
'num_iters': [int(5e5)],
'use_bias': [False],
'eps': [0.1],
}
# run
s = Slurm("interactions", {"partition": partition, "time": "1-0"})
ks = sorted(params_to_vary.keys())
vals = [params_to_vary[k] for k in ks]
param_combinations = list(itertools.product(*vals)) # list of tuples
print(param_combinations)
# for param_delete in params_to_delete:
# param_combinations.remove(param_delete)
# iterate
for i in range(len(param_combinations)):
param_str = 'module load python; module load pytorch; python3 ../poly_fit/fit.py '
for j, key in enumerate(ks):
param_str += key + ' ' + str(param_combinations[i][j]) + ' '
s.run(param_str)
params_to_vary = {
'seed': range(3, 9),
'lr': [0.5, 1.0],
'optimizer': ['sgd', 'adam'],
'use_num_hidden': [1, 2, 3, 4, 10],
'hidden_size': [256],
'dset': ['mnist', 'cifar10'],
'freeze': ['progress_first', 'progress_last']
'save_reduce': [False],
'shuffle_labels': [False],
'first_layer_lr_mult': [1]
}
'''
# run
s = Slurm("vision_standard", {"partition": partition, "time": "4-0"})
ks = sorted(params_to_vary.keys())
vals = [params_to_vary[k] for k in ks]
param_combinations = list(itertools.product(*vals)) # list of tuples
print(param_combinations)
# for param_delete in params_to_delete:
# param_combinations.remove(param_delete)
# iterate
for i in range(len(param_combinations)):
param_str = 'module load python; python3 ../vision_fit/fit.py '
for j, key in enumerate(ks):
param_str += key + ' ' + str(param_combinations[i][j]) + ' '
s.run(param_str)
def wrapper(*args, **kwargs):
ctx = click.get_current_context()
ctx.grand_parent = ctx.parent.parent
if not ctx.grand_parent.params["sbatch"]:
return ctx.invoke(func, *args, **kwargs)
run = ctx.grand_parent.params["run"]
if run:
click.secho("SBATCH MODE! Submitting to SLURM queue.", fg="green")
directory = ctx.parent.params.get("directory")
if not directory:
raise EmmetCliError(
f"{ctx.parent.command_path} needs --directory option!")
track_dir = os.path.join(directory, ".emmet")
if run and not os.path.exists(track_dir):
os.mkdir(track_dir)
logger.debug(f"{track_dir} created")
bb = ctx.grand_parent.params["bb"]
yes = ctx.grand_parent.params["yes"]
if bb:
if not yes:
click.confirm("Did you run `module unload esslurm`?",
abort=True)
subdir = directory.rsplit(os.sep, 1)[1]
stage_in = f"#DW stage_in source={directory} "
stage_in += f"destination=$DW_JOB_STRIPED/{subdir} type=directory"
script = [
"#DW jobdw capacity=10TB access_mode=striped type=scratch",
stage_in,
"srun hostname",
"",
]
command = "\n".join(script)
slurm_kwargs = {
"qos": "premium",
"nodes": 1,
"tasks-per-node": 1,
"constraint": "haswell",
"time": "48:00:00",
}
else:
if not yes:
click.confirm("Did you run `module load esslurm`?", abort=True)
slurm_kwargs = {
"qos": "xfer",
"time": "48:00:00",
"licenses": "SCRATCH",
"mem": "30GB",
}
command = ""
s = Slurm(
ctx.command_path.replace(" ", "-"),
slurm_kwargs=slurm_kwargs,
date_in_name=False,
scripts_dir=track_dir,
log_dir=track_dir,
bash_strict=False,
)
command += reconstruct_command(sbatch=True)
slurmpy_stderr = io.StringIO()
with contextlib.redirect_stderr(slurmpy_stderr):
s.run(command, _cmd="sbatch" if run else "cat", tries=1) # 6 days
ret = slurmpy_stderr.getvalue()[2:-1]
logger.info("\n" + ret.encode("utf-8").decode("unicode_escape"))
# TODO add jobid to SUBMITTED.value
return ReturnCodes.SUBMITTED if run else ReturnCodes.SUCCESS
cmd += [out_dir, str(cdn["iterations"]), "--benchmark",
"--delay", str(cdn["delay"])]
else:
out_dir = op.join(lustre, 'results', out_dir + cdn_ident)
cmd += [out_dir, str(cdn["iterations"]), "--benchmark"]
if cdn["filesystem"] != "mem":
work_dir = op.join(filesystems[cdn["filesystem"]],
'work',
work_dir + cdn_ident)
cmd += ["--cli", "--work_dir", work_dir]
s = Slurm("incrementation", slurm_conf)
if cdn["framework"] == "spark":
cmd = " ".join(cmd)
cmd = "\"{}\"".format(cmd)
print("Submitting command: ", cmd)
s.run("bash " + spark_template, cmd_kwargs={"spscript": cmd,
"parallelism": slurm_conf["cpus-per-task"]},
_cmd=sys.argv[2])
else:
with open(legends[cdn["dataset"]]) as legend:
images = legend.read().split()
num_images = len(images)
pn_images = num_images/num_nodes
import itertools
from slurmpy import Slurm
partition = 'gpu_yugroup'
# sweep lambda_reg
params_to_vary = {
'--reg1': [0, 1e-1, 5e-1, 1e0, 1e1, 1e2, 1e3],
'--reg2': [0],
}
# run
s = Slurm("decode", {"partition": partition, "time": "3-0", "gres": "gpu:1"})
ks = sorted(params_to_vary.keys())
vals = [params_to_vary[k] for k in ks]
param_combinations = list(itertools.product(*vals)) # list of tuples
print(param_combinations)
# for param_delete in params_to_delete:
# param_combinations.remove(param_delete)
# iterate
for i in range(len(param_combinations)):
param_str = 'module load python; module load pytorch; python ../train.py '
for j, key in enumerate(ks):
param_str += key + ' ' + str(param_combinations[i][j]) + ' '
s.run(param_str)
import itertools
from slurmpy import Slurm
partition = 'high'
# sweep small dsets
params_to_vary = {
'alpha': [1, 10], # [0.001, 0.05, 1, 10],
'num_bases': [25, 100, 400],
'class_num': [None], # [0, 1]
'batch_size': [100]
}
# run
s = Slurm("sparse_coding", {"partition": partition, "time": "4-0"})
ks = sorted(params_to_vary.keys())
vals = [params_to_vary[k] for k in ks]
param_combinations = list(itertools.product(*vals)) # list of tuples
print(param_combinations)
# for param_delete in params_to_delete:
# param_combinations.remove(param_delete)
# iterate
for i in range(len(param_combinations)):
param_str = 'module load python; python3 run_sparse.py '
for j, key in enumerate(ks):
param_str += key + ' ' + str(param_combinations[i][j]) + ' '
s.run(param_str)