(i, 60, [([("resource_id", 15)], [(0, nb_res - 1)])])],
run_time=20 * i,
deps=[],
key_cache={},
ts=False, ph=0
)
submission_time_jids.append((10, [i]))
# submission_time_jids= [(10, [1,2,3,4])]
# submission_time_jids= [(10, [1,2]), (10, [3])]
print(submission_time_jids)
simsched = SimSched(res_set, jobs, submission_time_jids)
simsched.run()
plt = simsched.platform
print("Number completed jobs:", len(plt.completed_jids))
print("Completed job ids:", plt.completed_jids)
print(jobs)
# for jid,job in iteritems(jobs):
# jres_set = job.res_set
# r_ids = [ res_set.rid_o2i[roid] for roid in itvs2ids(jres_set) ]
# job.res_set = unordered_ids2itvs(r_ids)
# print jid, job.state, job.start_time, job.walltime, job.res_set
def test_simsim_1():
# Set undefined config value to default one
DEFAULT_CONFIG = {
'HIERARCHY_LABELS': 'resource_id,network_address',
'SCHEDULER_RESOURCE_ORDER': "resource_id ASC",
'SCHEDULER_JOB_SECURITY_TIME': '60',
'SCHEDULER_AVAILABLE_SUSPENDED_RESOURCE_TYPE': 'default',
'FAIRSHARING_ENABLED': 'no',
'SCHEDULER_FAIRSHARING_MAX_JOB_PER_USER': '******',
'QUOTAS': 'no'
}
config.setdefault_config(DEFAULT_CONFIG)
nb_res = 32
#
# generate ResourceSet
#
hy_resource_id = [[(i, i)] for i in range(1, nb_res + 1)]
res_set = ResourceSetSimu(
rid_i2o=range(nb_res + 1),
rid_o2i=range(nb_res + 1),
roid_itvs=[(1, nb_res)],
hierarchy={'resource_id': hy_resource_id},
available_upto={2147483600: [(1, nb_res)]}
)
#
# generate jobs
#
nb_jobs = 4
jobs = {}
submission_time_jids = []
for i in range(1, nb_jobs + 1):
jobs[i] = JobSimu(id=i,
state="Waiting",
queue="test",
start_time=0,
walltime=0,
types={},
res_set=[],
moldable_id=0,
mld_res_rqts=[
(i, 60, [([("resource_id", 15)], [(0, nb_res - 1)])])],
run_time=20 * i,
deps=[],
key_cache={},
ts=False, ph=0,
assign=False, find=False)
submission_time_jids.append((10, [i]))
# submission_time_jids= [(10, [1,2,3,4])]
# submission_time_jids= [(10, [1,2]), (10, [3])]
print(submission_time_jids)
simsched = SimSched(res_set, jobs, submission_time_jids)
simsched.run()
plt = simsched.platform
print("Number completed jobs:", len(plt.completed_jids))
print("Completed job ids:", plt.completed_jids)
print(jobs)
# assert True
assert len(plt.completed_jids) == nb_jobs