def getSimulationJSON(request, result_id):
# ...
res = ModellingResult.objects.get(id=result_id)
# ...
# set time limits
dt = 60*30 # task has 30min till it gets revoked
expire = 60 # task gets canceled after 60s in queue
task = calculateModel.apply_async(args=(result_id,), timeout=dt,
expires=expire)
res.is_rendered = False
res.task_id = task.task_id
res.rendered_last = now();
res.save()
def getSimulationJSON(request, result_id):
# ...
res = ModellingResult.objects.get(id=result_id)
# ...
# set time limits
dt = 60 * 30 # task has 30min till it gets revoked
expire = 60 # task gets canceled after 60s in queue
task = calculateModel.apply_async(args=(result_id, ),
timeout=dt,
expires=expire)
res.is_rendered = False
res.task_id = task.task_id
res.rendered_last = now()
res.save()
os.mkdir(datapath)
#shutil.copy(old_datapath+'/cfg.gls', datapath+'/cfg.gls')
try:
shutil.copy(old_datapath+'/input.png', datapath+'/input.png')
except:
pass
with open(old_datapath+'/cfg.gls', 'r') as f:
txt = f.read()
with open(datapath+'/cfg.gls', 'w') as f:
txt = re.sub('pixrad\((\d+)\)', "pixrad(%i) #man"%new_pxr, txt)
txt = re.sub('model\((\d+)\)', "model(%i) #man"%new_nmod, txt)
txt = re.sub('tmp_media/\d+', "tmp_media/%06i"%new_id, txt)
f.write(txt)
task = calculateModel.apply_async(args=(new_id,), timeout=10e10, expires=10e10)
mresobj_new.task_id = task.task_id
mresobj_new.save()
print " --> improved_id: {0}".format(new_id)
logf.write(" {id}: by: {user[user_name]:12} p:{pxr:2} m:{nmod:4} comment: '{com}'".format(**model))
logf.write(" improved_id: {0}\n".format(new_id))
logf.flush()
post.write(" - [model {0:06}, was {1:06}](http://mite.physik.uzh.ch/data/{0:06}) | by: {2} | time: {3} | comment: '{4}'\n".format(
new_id, mresobj_old.pk, mresobj_old.created_by_str, mresobj_old.created, model['com']
))
post.flush()
newids.write("%06i\n"%new_id)
newids.flush()