def tag_view(tag_name):
tag = Tag(tag_name)
posts = True
# existance of the attributes _ORIGINAL_ATTR denotes the model instance
# is not new and interfaces an entry in table
if not hasattr(tag, '_ORIGINAL_ATTR'):
error_context = {
'error_name':
"404 Not Found",
'error_info':
"The tag you tried to access does not exist, but you can create this tag."
}
return render_template('error.html', **error_context)
# TODO: Implement tag page and pagination
page_index = int(request.args.get('page') or 1)
if not isinstance(page_index, int):
page_index = 1
if page_index <= 0:
page_index = 1
context = {
'tag_info': {
'title': tag.title,
'rules': tag.rules,
'description': tag.description
}
}
context['pagination'] = tag.paginate(page_index)
return render_template('tag.html', **context)
def test_deletes_tip(self):
tags = [Tag("kirjat"), Tag("maksulliset")]
self.repository.create_tip(
ReadingTip("Hyvä kirja", "kirjakauppa.fi/123", self.user, tags))
tip = self.repository.get_tips(self.user, "all")[0]
self.repository.delete_tip(tip)
self.assertEqual(self.repository.get_tips(self.user, "all"), [])
def tag_moderate_remove_mod(tag_name):
"""Form processor for removing existing moderators
"""
try:
tag = Tag(tag_name)
except:
error_context = {
'error_name':
"404 Not Found",
'error_info':
"The tag you tried to access does not exist, but you can create this tag."
}
return render_template('error.html', **error_context)
if not check.logged_in():
error_context = {
'error_name': "Forbidden",
'error_info': "You may not access this page without logging in"
}
return render_template('error.html', **error_context)
if not TagModerator.is_mod(session['user_id'], tag.id):
error_context = {
'error_name': "Access Denied",
'error_info': "You are not a moderator of this tag"
}
return render_template('error.html', **error_context)
form = TagModForm(csrf_enabled=False)
if form.validate_on_submit():
username_to_remove = form.user.data
if username_to_remove:
try:
user = User.get_from_username(username_to_remove)
except:
flash('User does not exist')
return redirect(
url_for('tag_pages.tag_moderate', tag_name=tag_name))
if not user:
flash('User does not exist')
return redirect(
url_for('tag_pages.tag_moderate', tag_name=tag_name))
if not TagModerator.is_mod(user.id, tag.id):
flash('Specified user is not a mod')
return redirect(
url_for('tag_pages.tag_moderate', tag_name=tag_name))
if user.id == session['user_id']:
flash('You may not delete yourself as a mod')
return redirect(
url_for('tag_pages.tag_moderate', tag_name=tag_name))
tag.mod_remove_user(user.id)
flash('User removed as mod successfully')
return redirect(
url_for('tag_pages.tag_moderate', tag_name=tag_name))
else:
flash('Invalid Input')
return redirect(
url_for('tag_pages.tag_moderate', tag_name=tag_name))
return redirect(url_for('tag_pages.tag_moderate', tag_name=tag_name))
async def create(
self,
ctx,
name: clean_content,
tag_type: TagTypeConverter,
*content: clean_content,
):
"""create tag content"""
with self.bot.session_scope() as session:
if Tag.exists(name, ctx.guild.id, session):
raise NerpyException("tag already exists!")
async with ctx.typing():
with self.bot.session_scope() as session:
self.bot.log.info(
f"creating tag {ctx.guild.name}/{name} started")
_tag = Tag(
Name=name,
Author=str(ctx.author),
Type=tag_type,
CreateDate=datetime.utcnow(),
Count=0,
Volume=100,
GuildId=ctx.guild.id,
)
Tag.add(_tag, session)
session.flush()
self._add_tag_entries(session, _tag, content)
self.bot.log.info(f"creating tag {ctx.guild.name}/{name} finished")
await self.bot.sendc(ctx, f"tag {name} created!")
def parse(self):
results = []
for x, tag in enumerate(self.html.descendants):
if str(type(tag)) == "<class 'bs4.element.Tag'>":
if tag.name == 'script':
continue
# Find tags with no children (base tags)
if tag.contents:
if sum(1 for _ in tag.descendants) == 1:
t = Tag(tag.name.lower())
# Because it might be None (<i class="fa fa-icon"></i>)
if tag.string:
t.add_content(tag.string)
if tag.attrs:
for a in tag.attrs:
t.add_attribute(a, tag[a])
results.append(t.get_data())
# Self enclosed tags (hr, meta, img, etc...)
else:
t = Tag(tag.name.lower())
if tag.attrs:
for a in tag.attrs:
t.add_attribute(a, tag[a])
results.append(t.get_data())
return results
def test_constructor_sets_fields_correctly(self):
tags = [Tag("kirjat"), Tag("maksulliset")]
readingtip = ReadingTip("Hyvä kirja", "https://kirjakauppa.fi/123",
self.user, tags)
self.assertEqual(readingtip.title, "Hyvä kirja")
self.assertEqual(readingtip.link, "https://kirjakauppa.fi/123")
self.assertEqual(readingtip.tags[0].name, "kirjat")
self.assertEqual(readingtip.tags[1].name, "maksulliset")
def setUp(self):
self.company_1 = Company("RailScot")
self.tag_1 = Tag("travel")
self.company_2 = Company("Pilot Beer")
self.tag_2 = Tag("food")
self.transaction_1 = Transaction(10.00, self.company_1, self.tag_1)
self.transaction_2 = Transaction(6.50, self.company_2, self.tag_2)
def post(tag_name):
if Tag.exists(tag_name):
return error_view(500, "tag already exists")
new_tag = Tag.new(tag_name)
new_tag.insert()
return tag_created_view(new_tag)
def test_get_reactions_per_tag(self):
tag = Tag("tagname1")
tag.register_article(Article('t', 0, 6, 0, None, ["tagname1"]))
tag.register_article(Article('t', 0, 8, 0, None, ["tagname1"]))
self.assertEqual({tag: 7},
tag_analytics.get_reactions_per_article_for_each_tag(
[tag]))
def test_cannot_see_others_tip(self):
tags = [Tag("kirjat"), Tag("maksulliset")]
second_user = self.user_repository.register("mikko", "oko7Aeko")
self.repository.create_tip(
ReadingTip("Hyvä kirja", "kirjakauppa.fi/123", second_user, tags))
assert not self.repository.contains_title(self.user, "Hyvä kirja")
self.assertEqual(self.repository.get_tips(self.user, "all"), [])
def test_get_views_per_tag(self):
tag = Tag("tagname1")
tag.register_article(Article('t', 300, 0, 0, None, ["tagname1"]))
tag.register_article(Article('t', 500, 0, 0, None, ["tagname1"]))
self.assertEqual({tag: 400},
tag_analytics.get_views_per_article_for_each_tag(
[tag]))
def test_marks_tip_as_read(self):
tags = [Tag("kirjat"), Tag("maksulliset")]
self.repository.create_tip(
ReadingTip("Hyvä kirja", "kirjakauppa.fi/123", self.user, tags))
assert self.repository.get_tips(self.user)[0].read is None
self.repository.read_tip(
self.repository.get_tips(self.user)[0], "2021")
assert self.repository.get_tips(self.user)[0].read is not None
def test_get_comments_per_tag(self):
tag = Tag("tagname1")
tag.register_article(Article('t', 0, 0, 0, None, ["tagname1"]))
tag.register_article(Article('t', 0, 0, 2, None, ["tagname1"]))
self.assertEqual({tag: 1},
tag_analytics.get_comments_per_article_for_each_tag(
[tag]))
def update_tag(tag_id, meta):
tag = Tag.get(id=tag_id)
if (tag.meta or {}).get("admin", False):
api_assert(current_user.is_admin, "Tag can only be modified by admin")
return Tag.update(id=tag_id,
fields={"meta": meta},
skip_if_value_none=True)
def test_create_tip(self):
tags = [Tag("kirjat"), Tag("maksulliset")]
self.repository.create_tip(
ReadingTip("Hyvä kirja", "kirjakauppa.fi/123", self.user, tags))
tips = self.repository.get_tips(self.user, "all")
self.assertEqual(tips[0].title, "Hyvä kirja")
self.assertEqual(tips[0].tags[0].name, "kirjat")
self.assertEqual(tips[0].tags[1].name, "maksulliset")
async def delete(self, ctx, name: clean_content):
"""delete a tag?"""
self.bot.log.info(f"trying to delete {name} from {ctx.guild.id}")
with self.bot.session_scope() as session:
if not Tag.exists(name, ctx.guild.id, session):
raise NerpyException("tag doesn't exist!")
Tag.delete(name, ctx.guild.id, session)
await self.bot.sendc(ctx, "tag deleted!")
def post(self):
iKwargs = request.form.to_dict()
tag = TagModel()
# data = {
# 'name': iKwargs['name'],
# 'articleList': {}
# }
iKwargs["articleList"] = {}
tag.create(iKwargs)
return {}
def test_can_get_tips_based_on_tags(self):
tags = [Tag("Hyvä")]
self.repository.create_tip(
ReadingTip("Hyvä kirja", "kirjakauppa.fi/123", self.user, tags))
second_tags = [Tag("Huono")]
self.repository.create_tip(
ReadingTip("Huono kirja", "kirjakauppa.fi/123", self.user,
second_tags))
self.assertEqual(len(self.repository.get_tips(self.user, "all")), 2)
self.assertEqual(len(self.repository.get_tips(self.user, "Hyvä")), 1)
def test_update_tip(self):
tags = [Tag("kirjat"), Tag("maksulliset")]
self.repository.create_tip(
ReadingTip("Hyvä kirja", "kirjakauppa.fi/123", self.user, tags))
tags.append(Tag("uusi"))
self.repository.update_tip(1, "Muutettu kirja", "kirjakauppa.fi/123",
tags)
self.assertEqual(
self.repository.get_tips(self.user)[0].title, "Muutettu kirja")
self.assertEqual(
self.repository.get_tips(self.user)[0].tags[2].name, "uusi")
def create_or_update_tag(tag_name, commit=True, session=None):
tag = Tag.get(name=tag_name, session=session)
if not tag:
tag = Tag.create({"name": tag_name, "count": 1}, commit=commit, session=session)
else:
tag = Tag.update(
id=tag.id, fields={"count": tag.count + 1}, commit=commit, session=session,
)
return tag
async def volume(self, ctx, name: clean_content, vol):
"""adjust the volume of a sound tag (WIP)"""
self.bot.log.info(f"set volume of {name} to {vol} from {ctx.guild.id}")
with self.bot.session_scope() as session:
if not Tag.exists(name, ctx.guild.id, session):
raise NerpyException("tag doesn't exist!")
with self.bot.session_scope() as session:
_tag = Tag.get(name, ctx.guild.id, session)
_tag.Volume = vol
await self.bot.sendc(ctx, f"changed volume of {name} to {vol}")
def delete(tag_name):
if not Tag.exists(tag_name):
return error_view(404, "tag not found")
tag = Tag.get(tag_name)
tag.delete()
tag_links = TagDnIP.list_from_tag(tag.name)
for t in tag_links:
t.delete()
return tag_deleted_view(tag)
def post(self):
tag_id = int(self.get_argument('id'))
if not tag_id:
tag = Tag()
tag.father_id = self.get_argument('father_id')
else:
tag = self.orm_session.query(Tag).filter_by(id=tag_id).first()
if tag:
tag.active = self.get_argument('active')
tag.name = self.get_argument('name')
self.orm_session.add(tag)
self.orm_session.commit()
self.write(dict(ret=0))
async def add(self, ctx, name: clean_content, *content: clean_content):
"""add an entry to an existing tag"""
with self.bot.session_scope() as session:
if not Tag.exists(name, ctx.guild.id, session):
raise NerpyException("tag doesn't exists!")
async with ctx.typing():
with self.bot.session_scope() as session:
_tag = Tag.get(name, ctx.guild.id, session)
self._add_tag_entries(session, _tag, content)
self.bot.log.info(f"added entry to tag {ctx.guild.name}/{name}.")
await self.bot.sendc(ctx, f"Entry added to tag {name}!")
def action_update_tags(self, slug=None):
for tag in Tag.all():
tag.delete()
for entry in Entry.all().filter('entrytype =', 'post'):
if entry.tags:
for t in entry.tags:
try:
logging.info('sss:' + t)
Tag.add(t)
except:
traceback.print_exc()
self.write('"All tags for entry have been updated."')
def add_tag(self, label):
tags = Tag()
t = tags.find_one(label=label)
if not t:
t = tags.insert(label=label)
if not any(d['label'] == label for d in self.tags):
t.count += 1
t.save()
t._obj.pop('count')
self.tags.append(t._obj)
self.save()
return True
return False
def __init__(self, anchors, database, isMaster):
# init the Drone as inactive
self.active = False
# init drone as Master or Worker
self.isMaster = isMaster
# init the database
self.database = database
# init the tag, that tracks the Drone (pozyx)
try:
self.tag = Tag(anchors)
except PozyxConnectionError:
print("No Pozyx Tag found - will mock up position for tests.")
# if no tag found, set it to None
self.tag = None
if self.tag is not None:
# setup for the Tag
self.tag.setup()
# init anchors
self.anchors = anchors
try:
from models.yaw_detection import YawDetection
# import yawDetection class
self.yaw_detector = YawDetection()
except ImportError:
print("couldn't start camera and opencv")
# if opencv fails, set detector None
self.yaw_detector = None
# class, that communicates with the flight controller
self.control = None
# current position of the drone (x, y, z)
self.position = None
# current orientation of the drone (yaw, roll, pitch)
self.orientation = None
# create a Tag in the database and saves the id of the drone tag objects entity
self.tag_id = database.tag.put(TagModel())
# create the Tag entity - easy read and write
self.tag_object = database.tag.get(self.tag_id)
# init LED-Stick
self.led_sticks = LedStick(self.tag_id, database)
def post(self):
from models.tag import Tag
from app import db
try:
t = Tag()
t.name = request.json.get('name')
t.type = request.json.get('type')
db.session.add(t)
db.session.commit()
except Exception as e:
print(e)
db.session.rollback()
return 'ERROR', 500
return 'success', 200
def updatePosition(self):
if self.tag is not None:
# update position & orientation from the Tag
self.position = self.tag.getPosition()
# ToDo: merge OpenCV and Pozyx orientation
self.orientation = self.tag.getOrientation()
else:
# load mocked classes for testing
self.position = Tag.mockedPosition()
self.orientation = Tag.mockedOrientation()
if self.yaw_detector is not None and self.yaw_detector.initVideocapture():
# Merge detected Angle with pozyx Angle
print("yaw detector angle: ", self.yaw_detector.getAngle())
def test_get_most_comments_per_article_tag(self):
most_popular_tag = Tag("tagname1")
most_popular_tag.register_article(
Article('t', 0, 0, 3, None, ["tagname1"]))
most_popular_tag.register_article(
Article('t', 0, 0, 3, None, ["tagname1"]))
other_tag = Tag("tagname2")
other_tag.register_article(Article('t', 0, 0, 3, None, ["tagname2"]))
other_tag.register_article(Article('t', 0, 0, 1, None, ["tagname2"]))
self.assertEqual(
most_popular_tag,
tag_analytics.get_most_comments_per_article_tag(
[most_popular_tag, other_tag]))
def test_get_most_reactions_per_article_tag(self):
most_popular_tag = Tag("tagname1")
most_popular_tag.register_article(
Article('t', 0, 6, 0, None, ["tagname1"]))
most_popular_tag.register_article(
Article('t', 0, 8, 0, None, ["tagname1"]))
other_tag = Tag("tagname2")
other_tag.register_article(Article('t', 0, 2, 0, None, ["tagname2"]))
other_tag.register_article(Article('t', 0, 8, 0, None, ["tagname2"]))
self.assertEqual(
most_popular_tag,
tag_analytics.get_most_reactions_per_article_tag(
[most_popular_tag, other_tag]))
def setUp(self):
db.create_all()
author1 = Author('Matt')
author2 = Author('Elie')
tag1 = Tag('Sci Fi')
tag2 = Tag('Horror')
tag3 = Tag('Biography')
db.session.add_all([author1, author2, tag1, tag2, tag3])
db.session.commit()
book1 = Book('Night of the Living Decorator', author2.id)
book1.tags = [tag2]
book2 = Book("Matt's Scary Sci Fi book", author1.id)
book2.tags = [tag1, tag2]
db.session.add_all([book1, book2])
db.session.commit()
def admin_add_problem():
"""
Add problem, input and tag view.
:return: HTTP Response
"""
if request.method == 'POST':
problem = Problems(problem_name=request.form['problem_name'],
statement=request.form['statement'],
contest_id=request.form['contest_id'],
max_score=request.form['max_score'])
problem.save()
inp = Input(problem_id=problem.problem_id,
testcase=request.form['sample'],
expected_output=request.form['sampleout'])
inp.save()
for i in range(1, 30):
if request.form.get('addinp' + str(i), '') and request.form.get(
'expout' + str(i), ''):
inp = Input(problem_id=problem.problem_id,
testcase=request.form['addinp' + str(i)],
expected_output=request.form['expout' + str(i)])
inp.save()
tags = []
for i in range(1, 30):
if request.form.get('tagin' + str(i), ''):
tag_name = request.form['tagin' + str(i)]
tag = Tag.get(tag_name=tag_name)
if tag:
tag = tag[0]
else:
tag = Tag(tag_name=tag_name)
tag.save()
tags.append(tag)
if tags:
ProblemTag.save_tags_to_problem(problem, tags)
return redirect(url_for('admin.admin_home'))
else:
contests = Contest.get_all()
return render_template('admin_add_problem.html', contests=contests)
def top(cls, tag=None, **kwargs):
if tag is not None:
kwargs['tag_id'] = Tag.get(name=tag)['_id']
expenses = sorted(cls.all(**kwargs), key=lambda x: float(x['cost']), reverse=True)
return [ x.json for x in expenses[:5] ]
def get(self):
urls = []
def addurl(loc, lastmod=None, changefreq=None, priority=None):
url_info = {
'location': loc,
'lastmod': lastmod,
'changefreq': changefreq,
'priority': priority,
}
urls.append(url_info)
addurl(g_blog.baseurl, changefreq='daily', priority=1)
entries = Entry.all().filter('published =', True).order('-date').fetch(g_blog.sitemap_entries)
for item in entries:
loc = '%s/%s' % (g_blog.baseurl, item.link)
addurl(loc, item.date, 'daily', 0.9)
if g_blog.sitemap_include_category:
cats = Category.all()
for cat in cats:
loc = '%s/category/%s' % (g_blog.baseurl, cat.slug)
addurl(loc, None, 'weekly', 0.8)
if g_blog.sitemap_include_tag:
tags = Tag.all()
for tag in tags:
loc = '%s/tag/%s' % (g_blog.baseurl, urlencode(tag.tag))
addurl(loc, None, 'weekly', 0.8)
self.response.headers['Content-Type'] = 'text/xml; charset=utf-8'
self.render2('views/sitemap.xml', {'urlset': urls})
def get(self, tags=None):
entries = Entry.all().order('-date')
cates = Category.all()
tags = Tag.all()
self.response.headers['Content-Type'] = 'binary/octet-stream' # 'application/atom+xml'
self.render2('views/wordpress.xml', {'entries': entries, 'cates': cates, 'tags': tags})
def get(self, request, tag_id):
try:
tag = Tag.objects(id = ObjectId(tag_id)).first()
message = tag.to_json()
except:
message = {"error": "Tag not found"}
return HttpResponse(dumps(message))
def get_last_twelve_months_tag_expenses(self):
last_year = date_helper.get_last_year_date()
logging.info("last year = %d" % last_year.year)
month_year = last_year.year * 12 + last_year.month
logging.info("month year = %d" % month_year)
self.compute_labels(last_year)
q = Tag.query(ancestor=Tag.get_tag_parent_key(self.category))
tags = q.fetch(1000)
amounts = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
for tag in tags:
if tag.amount is not None:
index = tag.monthyear - month_year
if index not in range(0, 12):
continue
logging.info("tag=%s amount=%f index=%d" % (tag.name, tag.amount, index))
amounts[index] += tag.amount
self.totalamount += tag.amount
self.compute_max_amount(amounts)
def addtag(self, args):
tag = args['tag']
if tag != '':
response = Tag.add_tag(tag);
if not response:
return json.dumps({"succes": False})
else:
return json.dumps({"succes": True, "id":response})
else:
return json.dumps({"succes": False})
def json_get_tags():
# create json file of all tags
tags = Tag.get_all()
# list of dicytionaries
data = []
for tag in tags:
data.append({"id": tag.id, "name": tag.name})
# Qreturn "Test return"
return json.dumps(data)
def progress(self):
from models.expense import Expense
from models.expectation import Expectation
expenses = Expense.all(user_id=self['_id'])
savings = [ x for x in expenses if Tag.get(_id=x['tag_id'])['name'] == 'saving' ]
expectation = Expectation.get(user_id=self['_id'])
total_savings = sum(float(x['cost']) for x in savings)
return int((float(expectation['cost']) - total_savings * 100) / float(expectation['cost']))
def save_profile_image(uid,owner,image,callback=None):
image = cStringIO.StringIO(base64.b64decode(image))
cur_img = ProfileImage.objects(owner=uid).first()
if cur_img != None:
if image != None:
cur_img.image.replace(image,filename=owner.username)
cur_img.save()
user = Tag.objects(id=uid).first()
user.profile_img = cur_img
user.save()
else:
if image != None:
cur_img = ProfileImage(owner=uid)
cur_img.image.put(image,filename=owner.username)
cur_img.save()
user = Tag.objects(id=uid).first()
user.profile_img = cur_img
user.save()
if callback != None:
return callback(cur_img)
return cur_img
def review():
answer = Schedule.get_answer(g.lti.get_user_id())
if answer == None:
return "No answers to review."
fsession['reviewanswer'] = answer.id
enabledtags = AnswerTag.get_tag_ids(answer.id)
reviews = Review.get_list(answer.id)
return render_template('reviewanswer.html', answer=answer,
tags=Tag.get_all(), enabledtags=enabledtags,
reviews=reviews)
def get(self):
# query = db.GqlQuery('SELECT * FROM Tag')
query = Tag.query()
tags = query.fetch(5000)
jsonData = dict()
tagnames = []
for tag in tags:
if tag == "":
continue
if tag.name not in tagnames:
tagnames.append(tag.name)
jsonData["source"] = tagnames
self.response.out.write(simplejson.dumps(jsonData))
def retrieve(self, tagname, monthyear):
query = Tag.query(Tag.monthyear == monthyear, ancestor=Tag.get_tag_parent_key(tagname))
tagmodels = query.fetch(1)
if len(tagmodels) == 0:
tag = Tag(parent=Tag.get_tag_parent_key(tagname))
tag.name = tagname
tag.monthyear = monthyear
else:
tag = tagmodels[0]
return tag
def review():
answer = Schedule.get_answer(g.lti.get_user_id())
if answer == None:
return "No answers to review."
fsession['reviewanswer'] = answer.id
enabledtags = AnswerTag.get_tag_ids(answer.id)
reviews = Review.get_list(answer.id)
question = Question.by_id(answer.questionID)
if question is None:
return "Question was not found."
return render_template('reviewanswer.html', answer=answer,
tags=Tag.get_all(), enabledtags=enabledtags,
reviews=reviews, question=question)
def initialize(self, request, response):
try:
BaseRequestHandler.initialize(self, request, response)
m_pages = (
Entry.all()
.filter("entrytype =", "page")
.filter("published =", True)
.filter("entry_parent =", 0)
.order("menu_order")
)
blogroll = Link.all().filter("linktype =", "blogroll")
query = Entry.gql("WHERE entrytype = 'post' AND published = TRUE ORDER BY date")
entries = query.fetch(1)
start_date = end_date = None
if entries:
start_date = entries[0].date
query = Entry.gql("WHERE entrytype = 'post' AND published = TRUE ORDER BY date DESC")
entries = query.fetch(1)
if entries:
end_date = entries[0].date
end_year = 0
if end_date:
end_year = end_date.year
self.template_vals.update(
{
"dates": self.build_dates(start_date, end_date),
"end_year": end_year,
"menu_pages": m_pages,
"tags": Tag.all().order("tag"),
"blogroll": blogroll,
"recent_comments": Comment.all().order("-date").fetch(5),
}
)
logging.info("base public page initialized")
except:
logging.error(traceback.format_exc())
return self.error(404)
def render_filtered_tbl(self,limit,offset,**kwargs):
(answers, curpage, maxpages, startpage, pagecount) = \
self.get_filtered(limit=limit, offset=offset)
hasqid = ('questionID'in kwargs)
course = g.lti.get_course_id()
for a in answers:
a.tags = ''
tag_ids = AnswerTag.get_tag_ids(a.id)
if tag_ids != []:
for id in tag_ids:
tag_name = Tag.get_tag(id)
a.tags += tag_name + ', '
a.tags = a.tags[:-2]
return render_template('answer_filter_tbl.html',
answers=answers,currentpage=curpage,
maxpages=maxpages,startpage=startpage,pagecount=pagecount,
hasQuestionID=hasqid,
users=user.UserModel.get_all(),
questions = [] if hasqid else Question.by_course_id(course))
def delete_tag(request):
# FIXME: ugly
if request.method == "POST":
user = request.user
if not user:
return {'r': 0, 'msg': '未登录，请先登录'}
tag_name = request.get_form_var('tag_name', '').decode('utf-8')
tag_type = request.get_form_var('tag_type', '')
tag_target_id = request.get_form_var('tag_target_id', '')
if not tag_name:
return {'r': 0, 'msg': 'tag不能为空'}
try:
tag_type, tag_target_id = int(tag_type), int(tag_target_id)
except:
return {'r': 0, 'msg': '错误的数据类型'}
if tag_type == TAG_TYPE_PROJECT_ISSUE:
target = CodeDoubanProject.get(tag_target_id)
elif tag_type == TAG_TYPE_TEAM_ISSUE:
target = Team.get(tag_target_id)
else:
return {'r': 0, 'msg': '错误的数据类型'}
if not target.is_admin(user.name):
return {'r': 0, 'msg': '没有操作权限'}
tname = TagName.get_by_name_and_target_id(tag_name, tag_type, target.id)
if not tname:
return {'r': 0, 'msg': 'tag不存在'}
tags = Tag.gets_by_tag_id(tname.id)
for tag in tags:
tag.delete()
tname.delete()
return {'r': 1, 'msg': '删除成功'}
def addtag(self, request):
Tag.add_tag(request.form['newTag'])
def render(self):
enabledtags = AnswerTag.get_tag_ids(self.answer_id)
return render_template('assigntag.html', answer=self.answer,
tags=Tag.get_all(), enabledtags=enabledtags)
def json_get_tags(q):
tags = Tag.get_searched_tags(q)
data = []
for tag in tags:
data.append( {"id":str(tag.id), "name":tag.name} )
return json.dumps(data)
def render(self):
self.taglist = Tag.get_all()
return render_template('modifytags.html',tags=self.taglist)
def delete_tag_question(self, id):
if g.lti.is_instructor():
Tag.remove_tag(id)
return json.dumps({'deleted': g.lti.is_instructor()})
def deletetag(self, request):
for tid in request.form.getlist('tags'):
Tag.remove_tag(tid)
def addtag(self, request):
Tag.add_tag(request.form["newTag"])