def test_mysarkar_scheduler(self):
lgnames = ['cont_img.json', 'lofar_std.json', 'chiles_two.json', 'test_grpby_gather.json', 'chiles_two_dev1.json', 'chiles_simple.json']
#lgnames = [lgnames[1]]
tgt_partnum = [20, 15, 15, 10, 10, 5]
mdp = 8
s_matrix = True
for j, lgn in enumerate(lgnames):
fp = pkg_resources.resource_filename('dfms.dropmake', 'web/{0}'.format(lgn))
lg = LG(fp)
drop_list = lg.unroll_to_tpl()
#logger.info( "MySarkarScheduler Partitioning ", lgn)
lll = len(lgn) + len("Partitioning ") + 1
#logger.info( "=" * lll)
mys = MySarkarScheduler(drop_list, max_dop=mdp)
num_parts_done, lpl, ptime, parts = mys.partition_dag()
#logger.info( "{3} partitioned: parts = {0}, lpl = {1}, ptime = {2:.2f}".format(num_parts_done, lpl, ptime, lgn))
if (s_matrix):
for i, part in enumerate(parts):
if (part.cardinality > 0):
ma = part.schedule.schedule_matrix
ga = DAGUtil.ganttchart_matrix(part.schedule._dag, part.schedule._topo_sort)
# print "Partition ", i
# print "scheduling matrix: ", ma.shape
# print ma
# print "ganttchart matrix: ", ga.shape
# print ga
# print "Workload: ", part.schedule.workload
# print
mys.merge_partitions(tgt_partnum[j])
def test_mysarkar_scheduler(self):
lgnames = ['cont_img.json', 'lofar_std.json', 'chiles_two.json', 'test_grpby_gather.json', 'chiles_two_dev1.json', 'chiles_simple.json']
#lgnames = [lgnames[1]]
tgt_partnum = [20, 15, 15, 10, 10, 5]
mdp = 8
s_matrix = True
for j, lgn in enumerate(lgnames):
fp = pkg_resources.resource_filename('dfms.dropmake', 'web/{0}'.format(lgn))
lg = LG(fp)
drop_list = lg.unroll_to_tpl()
#logger.info( "MySarkarScheduler Partitioning ", lgn)
lll = len(lgn) + len("Partitioning ") + 1
#logger.info( "=" * lll)
mys = MySarkarScheduler(drop_list, max_dop=mdp)
num_parts_done, lpl, ptime, parts = mys.partition_dag()
#logger.info( "{3} partitioned: parts = {0}, lpl = {1}, ptime = {2:.2f}".format(num_parts_done, lpl, ptime, lgn))
if (s_matrix):
for i, part in enumerate(parts):
if (part.cardinality > 0):
ma = part.schedule.schedule_matrix
ga = DAGUtil.ganttchart_matrix(part.schedule._dag, part.schedule._topo_sort)
# print "Partition ", i
# print "scheduling matrix: ", ma.shape
# print ma
# print "ganttchart matrix: ", ga.shape
# print ga
# print "Workload: ", part.schedule.workload
# print
mys.merge_partitions(tgt_partnum[j])
def get_gantt_chart(self, pgt_id, json_str=True):
"""
Return:
the gantt chart matrix (numarray) given a PGT id
"""
pgt = self.get_pgt(pgt_id)
if (pgt is None):
raise GraphException("PGT {0} not found".format(pgt_id))
try:
gcm = DAGUtil.ganttchart_matrix(pgt.dag)
except SchedulerException:
topo_sort = nx.topological_sort(pgt.dag)
DAGUtil.label_schedule(pgt.dag, topo_sort=topo_sort)
gcm = DAGUtil.ganttchart_matrix(pgt.dag, topo_sort=topo_sort)
if (json_str):
gcm = json.dumps(gcm.tolist())
return gcm
def get_gantt_chart(self, pgt_id, json_str=True):
"""
Return:
the gantt chart matrix (numarray) given a PGT id
"""
pgt = self.get_pgt(pgt_id)
if (pgt is None):
raise GraphException("PGT {0} not found".format(pgt_id))
try:
gcm = DAGUtil.ganttchart_matrix(pgt.dag)
except SchedulerException:
topo_sort = nx.topological_sort(pgt.dag)
DAGUtil.label_schedule(pgt.dag, topo_sort=topo_sort)
gcm = DAGUtil.ganttchart_matrix(pgt.dag, topo_sort=topo_sort)
if (json_str):
gcm = json.dumps(gcm.tolist())
return gcm