def main(): ##read_config() splash_screen() show_pause() show_instructions() show_pause()
def process_document(ti, dj): """(topic,document) -> None """ state = 1 outcome = 'x' FMT = "%H:%M:%S,%f" #((datetime.strptime(vals[1],self.FMT)-datetime.strptime(self.last_event_time,self.FMT)) ) last_time = datetime.now() # record time to look at snippet log_action(el, 0,ti,dj,'s',0.0) show_snippet_screen(ti,dj) while outcome == 'x': outcome = filter_input(state) # record time examining snippet if outcome =='x': show_pause('Command not found - try again!') log_action(el, 0,ti,dj,outcome,0.0) diff = (datetime.now() - last_time).total_seconds() last_time = datetime.now() log_action(el, 0,ti,dj,outcome,diff) if outcome == 'v': # record time of document viewed -- state = 2 outcome = 'x' show_document_screen(ti,dj) while outcome == 'x': outcome = filter_input(state) if outcome =='x': show_pause('Command not found - try again!') log_action(el, 1, ti,dj,outcome,0.0) diff = (datetime.now() - last_time).total_seconds() last_time = datetime.now() log_action(el, 1,ti,dj,outcome,diff)
def process_document(ti, dj): """(topic,document) -> None """ state = 1 outcome = 'x' FMT = "%H:%M:%S,%f" #((datetime.strptime(vals[1],self.FMT)-datetime.strptime(self.last_event_time,self.FMT)) ) last_time = datetime.now() # record time to look at snippet log_action(el, 0, ti, dj, 's', 0.0) show_snippet_screen(ti, dj) while outcome == 'x': outcome = filter_input(state) # record time examining snippet if outcome == 'x': show_pause('Command not found - try again!') log_action(el, 0, ti, dj, outcome, 0.0) diff = (datetime.now() - last_time).total_seconds() last_time = datetime.now() log_action(el, 0, ti, dj, outcome, diff) if outcome == 'v': # record time of document viewed -- state = 2 outcome = 'x' show_document_screen(ti, dj) while outcome == 'x': outcome = filter_input(state) if outcome == 'x': show_pause('Command not found - try again!') log_action(el, 1, ti, dj, outcome, 0.0) diff = (datetime.now() - last_time).total_seconds() last_time = datetime.now() log_action(el, 1, ti, dj, outcome, diff)
def main(): sys.stdout.write("\x1b[8;{rows};{cols}t".format(rows=100, cols=100)) splash_screen() show_pause() show_instructions() show_pause() tc = TestCollection.objects.all() for coll in tc: t = Topic.objects.filter(testcollection=coll) for ti in t: d = Document.objects.filter(topic=ti) i = 0 n = len(d) set_progress_doc(i,n) show_topic_screen(ti) show_pause() for dj in d: i += 1 set_progress_doc(i) process_document(ti,dj) show_break_screen('Topic Completed.') show_pause()
def main(): splash_screen() show_pause() show_instructions() show_pause() tc = TestCollection.objects.all() # print tc t = Topic.objects.filter(testcollection=tc) for ti in t: d = Document.objects.filter(topic=ti) i = 0 n = len(d) set_progress_doc(i,n) show_topic_screen(ti) show_pause() for dj in d: i += 1 set_progress_doc(i) process_document(ti,dj) show_break_screen('Topic Completed.') show_pause()
def main(): sys.stdout.write("\x1b[8;{rows};{cols}t".format(rows=100, cols=100)) splash_screen() show_pause() show_instructions() show_pause() tc = TestCollection.objects.all() for coll in tc: t = Topic.objects.filter(testcollection=coll) for ti in t: d = Document.objects.filter(topic=ti) i = 0 n = len(d) set_progress_doc(i, n) show_topic_screen(ti) show_pause() for dj in d: i += 1 set_progress_doc(i) process_document(ti, dj) show_break_screen('Topic Completed.') show_pause()