def respondchannel(request, pk1, pk2, num):
context = {}
if request.user.is_authenticated():
print 'response'
print request.GET.get('response')
new_response = Response()
print num
if int(num) == 1:
new_response.is_resp_to_reply = False
else:
new_response.is_resp_to_reply = True
print 'New resp' + str(new_response.is_resp_to_reply)
new_response.text = request.GET.get('response')
new_response.channel = Channel.objects.get(pk=pk1)
new_response.original_comment = Comment.objects.get(pk=pk2)
new_response.user = request.user
new_response.save()
return HttpResponseRedirect('/channel_detail/%s' % pk1)
else:
print 'anonymous user'
return HttpResponseRedirect('/please_login/')
return render_to_response('channel_detail.html',
context,
context_instance=RequestContext(request))
def get_next_task_view(self):
self.client.login(username="******", password="******")
## get the next task
self.task_expectation.check(self)
## tweak the database to put a response and a review in
response = Response(task=self.t,
user=self.user,
start_time=timezone.now())
response.full_clean()
response.save()
review = Review(response=response,
comment="I have reviewed this task.")
review.full_clean()
review.save()
## check to see if next_task now redirects to review
## if we actually execute the view code, we will get an error,
## because the task associated with the review has no result;
## therefore the code below is a bit hackish
review_target = WebTarget("GET",
main.views.base.next_task,
statuses=(301, 302))
def redirects_to_review(input_context, output_context):
return "/review/next/" in output_context["__redirected_to__"]
review_expectation = ViewExpectation(
Conditions.post(redirects_to_review), review_target)
review_expectation.check(self)
## tweak the database to complete the review
review.complete = True
review.full_clean()
review.save()
## try getting the next task again
self.task_expectation.check(self)
def get_next_task_view(self):
self.client.login(username="******", password="******")
## get the next task
self.task_expectation.check(self)
## tweak the database to put a response and a review in
response = Response(task=self.t, user=self.user, start_time=datetime.datetime.now())
response.full_clean()
response.save()
review = Review(response=response, comment="I have reviewed this task.")
review.full_clean()
review.save()
## check to see if next_task now redirects to review
## if we actually execute the view code, we will get an error,
## because the task associated with the review has no result;
## therefore the code below is a bit hackish
review_target = WebTarget("GET", main.views.base.next_task, statuses=(301, 302))
def redirects_to_review(input_context, output_context):
return "/review/next/" in output_context["__redirected_to__"]
review_expectation = ViewExpectation(Conditions.post(redirects_to_review), review_target)
review_expectation.check(self)
## tweak the database to complete the review
review.complete = True
review.full_clean()
review.save()
## try getting the next task again
self.task_expectation.check(self)
def crowd_respond_to_study(request, study_id):
# There are two ways the client makes ajax calls. Once at the beginning just to get the first segment,
# and also after a response is made to record the response AND get a new segment
if request.is_ajax():
# This is true if the ajax is returning a response
if not request.POST.get('segment_ajax') is None:
seg = Segment.objects.get(id=request.POST.get('segment_id'))
new_response = Response(segment=seg,
user=request.user,
label_id=request.POST.get('label_id'))
new_response.save()
check_segment(seg)
prev_responses = list(
Response.objects.filter(
worker_id=request.user.id).values('segment_id'))
high_priorities = Segment.objects.filter(
study_id=study_id,
status='high_priority').exclude(id__in=prev_responses)
if high_priorities.exists():
available_segments = high_priorities
else:
available_segments = Segment.objects.filter(study_id=study_id,
status='low_priority')
chosen_segment = available_segments[random.randint(
0,
len(available_segments) - 1)]
data = {
'seg_id': chosen_segment.id,
'file_name': chosen_segment.file.filename,
'start': float(chosen_segment.start),
'stop': float(chosen_segment.stop),
'duration': float(chosen_segment.duration),
}
return render_to_json_response(data)
study_worker = StudyWorker.objects.filter(study_id=study_id,
worker_id=request.user.id)
if study_worker is None:
return redirect('/')
template = loader.get_template('main/respond_to_study.html')
labels = Label.objects.filter(study_id=study_id)
context = {
'study': Study.objects.get(id=study_id),
'labels': labels,
'remaining': 17
}
return HttpResponse(template.render(context, request))
def respondchannel(request, pk1, pk2, num):
context = {}
if request.user.is_authenticated():
print 'response'
print request.GET.get('response')
new_response = Response()
print num
if int(num) == 1:
new_response.is_resp_to_reply = False
else:
new_response.is_resp_to_reply = True
print 'New resp' + str(new_response.is_resp_to_reply)
new_response.text = request.GET.get('response')
new_response.channel = Channel.objects.get(pk=pk1)
new_response.original_comment = Comment.objects.get(pk=pk2)
new_response.user = request.user
new_response.save()
return HttpResponseRedirect('/channel_detail/%s' %pk1)
else:
print 'anonymous user'
return HttpResponseRedirect('/please_login/')
return render_to_response('channel_detail.html', context, context_instance=RequestContext(request))
def parsePrompt(chunk):
global tab, vars, storyName, promptIdCounter
#print(chunk)
#find the offset, and then change the chunk to a standard form
offset = 0
for c in chunk[0]:
if c == tab:
offset += 1
else:
break
#standardize
for i in range(len(chunk)):
chunk[i] = chunk[i][offset:]
#print(chunk)
prompt = Prompt(promptText=chunk[0],
storyId=storyName,
option1="",
promptId=promptIdCounter)
promptIdCounter += 1
prompt.save()
#starting with first line of first option, iterate through the lines
for j in range(1, len(chunk)):
line = chunk[j]
#print(line)
# check if the line is set off by a tab
# if not, then we found an option
if line[0] != tab and prompt.option1 == "":
#set the option1 for the prompt to this line
prompt.option1 = line
#then create the response object
option1 = Response(storyId=storyName,
option1or2="1",
previousPrompt=prompt,
ifStatement="")
print("response created for option1", option1)
option1.save()
optionsToPassUp1 = [option1]
#now we start from what comes under the option
#these sublines will be offset by 1 tab
k = j + 1
for notk in range(j + 1, len(chunk)):
subline = chunk[k]
#print("subline1",[subline.split()])
#if there is no tab, then we have reached the end
if subline[0] != tab:
#print('move on')
break
#this means that we have found the nextPrompt
elif subline[1] == tab:
#print('go deeper')
countForNextPrompt = 0
for l in range(k, len(chunk) + 1):
#print(chunk[l])
# the nextPrompt will be in atleast 2 deep, anything shallower is not a part of it
if l == len(chunk) or chunk[l][1] != tab:
#print(k,l)
option1.nextPrompt, subOptionsToPassUp1 = parsePrompt(
chunk[k:l])
print("retrieved response from deeper option1")
optionsToPassUp1.pop(-1)
optionsToPassUp1.extend(subOptionsToPassUp1)
#print(optionsToPassUp1)
#print("returned up")
k = l - 1
#print("option1: ",option1)
option1.save()
break
#if statement
elif subline[1:3] == "if" and subline[-1] == ":":
if option1.ifStatement == "":
option1.ifStatement = subline[1:]
else:
option1.save()
option1 = Response(storyId=storyName,
option1or2="1",
previousPrompt=prompt)
print("created an if response for options 1", option1)
option1.ifStatement = subline[1:]
option1.save()
optionsToPassUp1.append(option1)
#set variable statement
elif len(subline[1:].split()) > 2 and subline[1:].split(
)[1] == ":=" and subline.split()[0][1:] in vars:
option1.setVariable = subline[1:]
#otherwise, it's (hopefully) the response text, if any
else:
#print("response text: ",subline)
option1.responseText = subline[1:]
k += 1
if k >= len(chunk): break
option1.save()
#for option 2
elif line[0] != tab and prompt.option1 != "":
#set the option2 for the prompt to this line
prompt.option2 = line
#then create the response object
option2 = Response(storyId=storyName,
option1or2="2",
previousPrompt=prompt,
ifStatement="")
print("response created for option2", option2)
option2.save()
optionsToPassUp2 = [option2]
#now we start from what comes under the option
#these sublines will be offset by 1 tab
k = j + 1
for notk in range(j + 1, len(chunk)):
subline = chunk[k]
#print("subline2",[subline.split()])
#if there is no tab, then we have reached the end
if subline[0] != tab:
#print('move on')
break
#this means that we have found the nextPrompt
elif subline[1] == tab:
print('go deeper')
print(chunk)
countForNextPrompt = 0
for l in range(k, len(chunk) + 1):
#print(chunk[l])
# the nextPrompt will be in atleast 2 deep, anything shallower is not a part of it
if l == len(chunk) or chunk[l][1] != tab:
#print(k,l)
option2.nextPrompt, subOptionsToPassUp2 = parsePrompt(
chunk[k:l])
print("retrieved response from deeper option2")
optionsToPassUp2.pop(-1)
optionsToPassUp2.extend(subOptionsToPassUp2)
#print(optionsToPassUp2)
print("returned up")
k = l - 1
#print("option1: ",option1)
option2.save()
break
#if statement
elif subline[1:3] == "if" and subline[-1] == ":":
if option2.ifStatement == "":
option2.ifStatement = subline[1:]
else:
option2.save()
option2 = Response(storyId=storyName,
option1or2="2",
previousPrompt=prompt)
print("created an if response for options 2", option2)
option2.ifStatement = subline[1:]
option2.save()
optionsToPassUp2.append(option2)
#set variable statement
elif len(subline[1:].split()) > 2 and subline[1:].split(
)[1] == ":=" and subline.split()[0][1:] in vars:
option2.setVariable = subline[1:]
#otherwise, it's (hopefully) the response text, if any
else:
#print("response text: ",subline)
option2.responseText = subline[1:]
k += 1
if k >= len(chunk): break
option2.save()
prompt.save()
optionsToPassUp2.extend(optionsToPassUp1)
return prompt, optionsToPassUp2
