def run_sub_scope(self, exp, *args, **kwargs):
self.reset_execution_for_sub_blocks()
cell = self.res_seq.sequence[self.inner_output_manager.iterator]
log.debug("Cell!!!!!!!! %s", str(cell))
act = self.inner_output_manager.sequence[self.inner_output_manager.iterator]
log.debug("Cell!!!!!!!! %s", str(act))
exp.store_block(self)
sr = ScopeRunner(exp, self.sub_scope_name)
sr.execute()
def auto_exec_task(exp, scope_name, is_init=False):
r = get_redis_instance()
lock_key = ExpKeys.get_auto_exec_task_lock_key(exp.pk, scope_name)
with redis_lock.Lock(r, lock_key):
try:
sr = ScopeRunner(exp, scope_name)
sr.execute(is_init)
except Exception, e:
log.exception(e)
def auto_exec_task(exp, scope_name, is_init=False):
r = get_redis_instance()
lock_key = ExpKeys.get_auto_exec_task_lock_key(exp.pk, scope_name)
with redis_lock.Lock(r, lock_key):
try:
sr = ScopeRunner(exp, scope_name)
sr.execute(is_init)
except Exception, e:
log.exception(e)
def auto_exec_task(exp, scope_name, is_init=False):
r = get_redis_instance()
lock_key = ExpKeys.get_auto_exec_task_lock_key(exp.pk, scope_name)
with redis_lock.Lock(r, lock_key):
try:
sr = ScopeRunner(exp, scope_name)
sr.execute(is_init)
exp.log("root", "Scope %s finished" % scope_name, "INFO")
except Exception, e:
exp.error()
exp.log("root", e.message, "CRITICAL")
log.exception(e)
def run_sub_scope(self, exp, *args, **kwargs):
self.reset_execution_for_sub_blocks()
exp.store_block(self)
sr = ScopeRunner(exp, self.sub_scope_name)
sr.execute()
def run_sub_scope(self, exp, *args, **kwargs):
self.reset_execution_for_sub_blocks()
exp.store_block(self)
sr = ScopeRunner(exp, self.sub_scope_name)
sr.execute()