def __init__(self, port, emark):
tcp_server.__init__(self, port)
tmp = pylib_io.run_shell_command("hostname")
try:
self.hostname = tmp[0].strip("\n")
except IndexError:
self.hostname = "<unknown>"
self.emark = emark
def __init__(self, port, emark):
tcp_server.__init__(self, port)
tmp = pylib_io.run_shell_command("hostname")
try:
self.hostname = tmp[0].strip("\n")
except IndexError:
self.hostname = "<unknown>"
self.emark = emark
def __init__(self, port, emark):
tcp_client.__init__(self, jobend_re)
self.port = port
self.emark = emark
tmp = pylib_io.run_shell_command("hostname")
try:
self.hostname = tmp[0].strip("\n")
except IndexError:
self.hostname = "<unknown>"
self.emark = emark
def __init__(self, port, emark):
tcp_client.__init__(self, jobend_re)
self.port = port
self.emark = emark
tmp = pylib_io.run_shell_command("hostname")
try:
self.hostname = tmp[0].strip("\n")
except IndexError:
self.hostname = "<unknown>"
self.emark = emark
def find_batch_jobs(job_db):
"""
Find all jobs in the job queue and return them in the form of a
set.
"""
res = set()
count = 0;
txt = pylib_io.run_shell_command(bjobs_cmd)
for i in txt:
mo = ejob_re.search(i)
if mo:
count = count+1
job = mo.group()
assoc = job_db.find_entry(job)
if assoc:
res.update(assoc)
else:
res.add(job)
return count,res
if __name__ == '__main__':
cores = 2
getcpu = False
opts, args = getopt.gnu_getopt(sys.argv[1:], "hCc:")
for option, optarg in opts:
if option == "-h":
print __doc__
sys.exit()
elif option == "-c":
cores = int(optarg)
elif option == "-C":
getcpu = True
else:
sys.exit("Unknown option "+ option)
if getcpu:
cpu = pylib_io.run_shell_command(
'cat /proc/cpuinfo | grep "cpu MHz\|bogomips"|head -2')
cpu = "".join(["# "+i for i in cpu])
jobs = sys.stdin.readlines()
control = prunner(jobs, cpu)
control.run(cores)