def setUp(self):
''' Build the necessary data'''
# Instantiate idea
self.idea = ideaModel(title="great idea",
pub_date=datetime.datetime.utcnow(),
description="here's a great idea",
num_backers=1,
likes=1,
dislikes=0,
classification="unclassified",
headers="headers here;and here")
self.idea.save()
# Get hold of some test words
testsPath = os.path.dirname(os.path.abspath(__file__))
nouns = open(os.path.join(testsPath, 'resource_nouns.txt'), 'r')
self.words = [line.replace('\r\n', '') for line in nouns.readlines()]
# Put every 50th word into a list (cross section of start letters)
self.orderedWords = [self.words[i] for i in range(0,len(self.words)-1, 50)]
self.shuffleWords = copy.copy(self.orderedWords)
# Jumble the words into a new list
random.shuffle(self.shuffleWords)
# Save them against the current object
for sWord in self.shuffleWords:
self.idea.tags.add(sWord)
self.idea.save()
def testdistinctTagsSortedCount(self):
"""
Test function to produce list of count, then alphabetically sorted tags
"""
# Instantiate idea
idea = ideaModel(title="great idea 2",
pub_date=datetime.datetime.utcnow(),
description="here's a great idea 2",
num_backers=1,
likes=1,
dislikes=0,
classification="unclassified",
headers="headers here;and here")
idea.save()
# Create a list that contains all of the ordered words and their initial count
counts = [[wd, 1] for wd in self.orderedWords]
# Loop through the first 10 items in the ordered list and add a tag
for i in range(20):
word = self.orderedWords[i]
idea.tags.add(word)
idea.save()
for x in range(len(counts)-1):
if counts[x][0] == word:
counts[x][1] += 1
counts.sort(key=operator.itemgetter(1), reverse=True)
# Call function
countSortedTags = distinctTagsSortedCount()
self.assertEquals(countSortedTags, counts)
def saveIdea(ideaTitle, ideaText, ideaClassification, ideaHeaders):
''' Processes idea form data and saves data '''
#import pdb
#pdb.set_trace()
out = ideaModel(idea_title = ideaTitle, pub_date = getDate(), idea_text = ideaText, num_backers = 1, idea_classification = ideaClassification, idea_headers = ideaHeaders)
out.save()
return
def saveIdea(ideaTitle, ideaText, ideaClassification, ideaHeaders):
''' Processes idea form data and saves data '''
#import pdb
#pdb.set_trace()
out = ideaModel(title = ideaTitle, pub_date = getDate(), description = ideaText, num_backers = 1,
classification = ideaClassification, headers = ideaHeaders, likes=0.0, dislikes=0.0)
out.save()
return out
def submit(request):
''' Contact form rendering & submission. '''
c = {"classification":"unclassified",
"page_title":"Share your idea"}
c.update(csrf(request))
# Has the form been submitted?
if request.method == 'POST':
form = ideaForm(request.POST)
if form.is_valid():
# Instantiate an idea
idea = ideaModel()
# Proper Header and django-based user
headers = request.META
#user = str(request.user)
# Form content extracted
cleanForm = form.cleaned_data
'''
idea.idea_title = cleanForm['title']
idea.idea_text = cleanForm['description']
idea.idea_classification = cleanForm['cls']
'''
idea_headers = formatHttpHeaders(headers)
res = saveIdea(cleanForm['title'],cleanForm['description'],cleanForm['cls'], idea_headers)
#idea.email_starter = formatSubmitterEmail(user)
# For the output page
c['title'] = idea.idea_title
c["description"] = idea.idea_text
c['classification'] = idea.idea_classification
return render_to_response('ideasapp/idea_thanks.html', c)
else:
logging.error("User failed to enter valid content into form.")
c['form'] = form
return render_to_response("ideasapp/idea_submit.html", c)
else:
form = ideaForm()
c.update({"form":form})
return render_to_response("ideasapp/idea_submit.html", c)
