def reinterpret_task_parameters(self,task):
xmlObj=task.parse_parameters_xml();
sampling_node=xmlmisc.xget(xmlObj,"sampling")[0];
overlap=float(xmlmisc.xget_a(sampling_node,"overlap"))
layout_node=xmlmisc.xget(xmlObj,"layout")[0];
num_per_task=int(xmlmisc.xget_a(layout_node,"num_per_task"));
frame_w=int(xmlmisc.xget_a_d(layout_node,"frame_w","550"));
frame_h=int(xmlmisc.xget_a_d(layout_node,"frame_h","500"));
display_mode=xmlmisc.xget_a_d(layout_node,"mode","full");
return {'overlap':overlap,'display_mode':display_mode,'num_per_task':num_per_task,"frame_w":frame_w,"frame_h":frame_h};
def estimate_time_spent(self,submission):
GET,POST=submission.get_response();
try:
st=POST['load_time'];
et=POST['submit_time'];
time_fmt="%a, %d %b %Y %H:%M:%S %Z"
s= time.strptime(st,time_fmt)
e= time.strptime(et,time_fmt)
seconds_spent = time.mktime(e)-time.mktime(s)
return seconds_spent
except Exception,e:
shapes_xml=urllib.unquote_plus(POST['sites']);
try:
x_doc = xml.dom.minidom.parseString(shapes_xml)
meta_node=xmlmisc.xget(x_doc,"meta")[0];
load_time=float(xmlmisc.xget_a_d(meta_node,"load_time","0"));
submit_time=float(xmlmisc.xget_a_d(meta_node,"submit_time","0"));
return (submit_time-load_time)/1000;
except:
return 0
def estimate_time_spent(self, submission):
GET, POST = submission.get_response()
try:
st = POST['load_time']
et = POST['submit_time']
time_fmt = "%a, %d %b %Y %H:%M:%S %Z"
s = time.strptime(st, time_fmt)
e = time.strptime(et, time_fmt)
seconds_spent = time.mktime(e) - time.mktime(s)
return seconds_spent
except Exception, e:
shapes_xml = urllib.unquote_plus(POST['sites'])
try:
x_doc = xml.dom.minidom.parseString(shapes_xml)
meta_node = xmlmisc.xget(x_doc, "meta")[0]
load_time = float(xmlmisc.xget_a_d(meta_node, "load_time",
"0"))
submit_time = float(
xmlmisc.xget_a_d(meta_node, "submit_time", "0"))
return (submit_time - load_time) / 1000
except:
return 0
