def new_item(request):
if request.method == 'POST':
from uuid import uuid4
sku = escape(request.POST.get('sku').strip())
model = escape(request.POST.get('model').strip())
name = escape(request.POST.get('name').strip())
category_id = escape(request.POST.get('category').strip())
category = Category.objects.get(id=category_id)
price = escape(request.POST.get('price').strip())
length = escape(request.POST.get('length').strip())
breadth = escape(request.POST.get('breadth').strip())
height = escape(request.POST.get('height').strip())
image = request.FILES.get('image')
image.name = '{}{}'.format(uuid4().hex, image.name[image.name.rfind('.'):])
product = Product(sku=sku, model=model, name=name, category=category, length=length, breadth=breadth,
height=height, price=price, image=image)
try:
product.save()
category.number_of_items += 1
category.save()
url = "%s?created=True" % reverse('user:dashboard')
except IntegrityError:
from django.utils.http import quote_plus
r = "SKU needs to be unique"
url = "%s?created=False&reason=%s" % (reverse('user:dashboard'), quote_plus(r))
return HttpResponseRedirect(url)
category = Category.objects.all()
cd = {'category': category}
return render(request, 'new.html', cd)
def make_request_url(self, new_rparams, doc_format=''):
""" makes request urls from the new request object
default doc_format is '' (HTML)
"""
url = self.base_url + self.base_search_link
if 'path' in new_rparams:
if new_rparams['path'] is not None \
and new_rparams['path'] is not False:
# context_path = iri_to_uri(new_rparams['path'])
context_path = new_rparams['path']
context_path = context_path.replace(' ', '+')
url += context_path
url += doc_format
param_sep = '?'
param_list = []
for param, param_vals in new_rparams.items():
if param != 'path':
for val in param_vals:
quote_val = quote_plus(val)
quote_val = quote_val.replace('%7BSearchTerm%7D',
'{SearchTerm}')
param_item = param + '=' + quote_val
param_list.append(param_item)
if len(param_list) > 0:
# keep a consistent sort order on query parameters + values.
param_list.sort()
url += '?' + '&'.join(param_list)
return url
def make_request_url(self,
new_rparams,
doc_format=''):
""" makes request urls from the new request object
default doc_format is '' (HTML)
"""
url = self.base_url + self.base_search_link
if 'path' in new_rparams:
if new_rparams['path'] is not None \
and new_rparams['path'] is not False:
# context_path = iri_to_uri(new_rparams['path'])
context_path = new_rparams['path']
context_path = context_path.replace(' ', '+')
url += context_path
url += doc_format
param_sep = '?'
param_list = []
for param, param_vals in new_rparams.items():
if param != 'path':
for val in param_vals:
quote_val = quote_plus(val)
quote_val = quote_val.replace('%7BSearchTerm%7D', '{SearchTerm}')
param_item = param + '=' + quote_val
param_list.append(param_item)
if len(param_list) > 0:
# keep a consistent sort order on query parameters + values.
param_list.sort()
url += '?' + '&'.join(param_list)
return url
def post_detail(request, slug=None):
if not request.user.is_authenticated():
messages.error(request, "You need to login first")
# return redirect(reverse('posts:login'))
return redirect(reverse('posts:homepage'))
post = get_object_or_404(Post, slug=slug)
if post.draft or post.publish_date > timezone.now().date():
if not request.user.is_staff or not request.user.is_superuser:
raise Http404
share_string = quote_plus(post.title)
context = {"post": post, "share_string": share_string}
return render(request, "post_detail.html", context)
def make_url_from_request_dict(
self,
base_request_url=None,
request_dict=None,
doc_extention=None,
):
"""Makes request url from a request_dict
"""
if base_request_url is None:
url = self.base_url + self.base_search_url
else:
url = base_request_url
if request_dict is None:
request_dict = self.request_dict
path = get_path_value(request_dict)
if path:
url += path.replace(' ', '+')
if doc_extention:
url += doc_extention
# Prepare the query parameters.
param_list = []
for param, param_vals in request_dict.items():
if param == 'path':
continue
if not isinstance(param_vals, list):
# params_vals maybe a single value, but we default
# to treating it as a list.
param_vals = [str(param_vals)]
for val in param_vals:
quote_val = quote_plus(val)
quote_val = quote_val.replace('%7BSearchTerm%7D',
'{SearchTerm}')
param_item = param + '=' + quote_val
param_list.append(param_item)
if len(param_list):
# keep a consistent sort order on query parameters + values.
param_list.sort()
url += '?' + '&'.join(param_list)
return url
def get_uri_graph(self, uri, fformat='application/rdf+xml'):
"""
gets an RDF graph for the Uberon URI
"""
url = self.base_url + quote_plus(uri)
self.request_url = url
if self.delay_before_request > 0:
# default to sleep BEFORE a request is sent, to
# give the remote service a break.
sleep(self.delay_before_request)
graph = Graph()
try:
if(fformat is not False):
graph.parse(url, format=fformat)
else:
graph.parse(url)
except:
print('Failed to load the graph.')
graph = False
if graph is not False:
self.graph = graph
return self.graph
def get_uri_graph(self, uri, fformat='application/rdf+xml'):
"""
gets an RDF graph for the Uberon URI
"""
url = self.base_url + quote_plus(uri)
self.request_url = url
if self.delay_before_request > 0:
# default to sleep BEFORE a request is sent, to
# give the remote service a break.
sleep(self.delay_before_request)
graph = Graph()
try:
if (fformat is not False):
graph.parse(url, format=fformat)
else:
graph.parse(url)
except:
print('Failed to load the graph.')
graph = False
if graph is not False:
self.graph = graph
return self.graph
def make_request_url(self, new_rparams, doc_format=''):
""" makes request urls from the new request object
default doc_format is '' (HTML)
"""
url = self.base_url + self.base_search_link
if 'path' in new_rparams:
if new_rparams['path'] is not None \
and new_rparams['path'] is not False:
# context_path = iri_to_uri(new_rparams['path'])
context_path = new_rparams['path']
context_path = context_path.replace(' ', '+')
url += context_path
url += doc_format
param_sep = '?'
for param, param_vals in new_rparams.items():
if param != 'path':
for val in param_vals:
quote_val = quote_plus(val)
quote_val = quote_val.replace('%7BSearchTerm%7D',
'{SearchTerm}')
url += param_sep + param + '=' + quote_val
param_sep = '&'
return url
def make_request_url(self,
new_rparams,
doc_format=''):
""" makes request urls from the new request object
default doc_format is '' (HTML)
"""
url = self.base_url + self.base_search_link
if 'path' in new_rparams:
if new_rparams['path'] is not None \
and new_rparams['path'] is not False:
# context_path = iri_to_uri(new_rparams['path'])
context_path = new_rparams['path']
context_path = context_path.replace(' ', '+')
url += context_path
url += doc_format
param_sep = '?'
for param, param_vals in new_rparams.items():
if param != 'path':
for val in param_vals:
quote_val = quote_plus(val)
quote_val = quote_val.replace('%7BSearchTerm%7D', '{SearchTerm}')
url += param_sep + param + '=' + quote_val
param_sep = '&'
return url
def prep_assocated_dc_metadata(self):
""" prepares dc_metadata for items associated to the
main item that actually has 1 or more gazetteer links
"""
if self.is_valid and len(self.raw_associated) > 0:
if isinstance(self.active_project_uuid, str):
project_ent = self.get_entity(self.active_project_uuid)
else:
project_ent = self.get_entity(self.manifest.project_uuid)
ass_items = [] # list of associated items
ass_sets = [] # list of associated sets
for key, ass in self.raw_associated.items():
if isinstance(ass['uuid'], str) and \
isinstance(ass['label'], str):
# we have a uuid identified item, meaning a specific
# related resource
ass['uri'] = URImanagement.make_oc_uri(
ass['uuid'], ass['item_type'])
ass['title'] = self.make_dcterms_title(
ass['label'], self.context)
# now prepare description information
description = ''
cat_ent = self.get_entity(ass['media_class_uri'])
if cat_ent is not False:
ass['class_label'] = cat_ent.label
ass['class_slug'] = cat_ent.slug
description += cat_ent.label
if ass['item_type'] in PelagiosData.ITEM_TYPE_DESCRIPTIONS:
if description == '':
description = 'A'
description += ' ' + PelagiosData.ITEM_TYPE_DESCRIPTIONS[
ass['item_type']]
ass['description'] = self.add_description_item_class_project(
description, project_ent)
if ass['temporal'] is None:
ass['temporal'] = self.temporal
ass_items.append(ass)
elif self.contents_cnt > 1 or self.manifest.item_type == 'projects':
# the associated item is for a result set, not an individual item
rel_media_cat_ent = False
if isinstance(ass['media_class_uri'], str):
rel_media_cat_ent = self.get_entity(
ass['media_class_uri'])
cat_ent = self.get_entity(ass['class_uri'])
description = 'A set of '
if cat_ent is not False:
ass['class_label'] = cat_ent.label
ass['class_slug'] = cat_ent.slug
ass['title'] = cat_ent.label
description += cat_ent.label.lower()
else:
ass['title'] = 'Related'
if rel_media_cat_ent is not False:
ass['title'] += ' ' + rel_media_cat_ent.label
description += ' ' + rel_media_cat_ent.label.lower()
if ass['item_type'] in PelagiosData.ITEM_TYPE_DESCRIPTIONS_PLR:
type_des = PelagiosData.ITEM_TYPE_DESCRIPTIONS_PLR[
ass['item_type']]
ass['title'] += ' ' + type_des
description += ' ' + type_des.lower()
ass['title'] += ' Related to: ' + self.manifest.label
if isinstance(self.class_label, str) and \
self.manifest.item_type != 'projects':
ass['title'] += ' (' + self.class_label + ')'
ass['description'] = self.add_description_item_class_project(
description, project_ent)
param_sep = '?'
# payload is for querying for temporal data
payload = {
'response': 'metadata',
'type': ass['item_type'],
'prop': []
}
if ass['item_type'] == 'media':
ass['uri'] = settings.CANONICAL_HOST + '/media-search/'
if isinstance(self.context, str):
ass['uri'] += self.encode_url_context_path(
self.context)
if cat_ent is not False:
ass['uri'] += param_sep + 'prop=rel--' + cat_ent.slug
param_sep = '&'
payload['prop'].append('rel--' + cat_ent.slug)
if rel_media_cat_ent is not False:
ass['uri'] += param_sep + 'prop=' + rel_media_cat_ent.slug
param_sep = '&'
payload['prop'].append(rel_media_cat_ent.slug)
elif isinstance(ass['media_class_uri'], str):
ass['uri'] += param_sep + 'prop=' + quote_plus(
ass['media_class_uri'])
payload['prop'].append(ass['media_class_uri'])
elif ass['item_type'] == 'subjects':
ass['uri'] = settings.CANONICAL_HOST + '/subjects-search/'
if isinstance(self.context, str):
ass['uri'] += self.encode_url_context_path(
self.context)
if cat_ent is not False:
ass['uri'] += param_sep + 'prop=' + cat_ent.slug
param_sep = '&'
payload['prop'].append(cat_ent.slug)
else:
ass['uri'] = settings.CANONICAL_HOST + '/search/'
if isinstance(self.context, str):
ass['uri'] += self.encode_url_context_path(
self.context)
if cat_ent is not False:
ass['uri'] += param_sep + 'prop=rel--' + cat_ent.slug
param_sep = '&'
payload['prop'].append('rel--' + cat_ent.slug)
ass['uri'] += param_sep + 'type=' + ass['item_type']
param_sep = '&'
if project_ent is not False:
ass['uri'] += param_sep + 'proj=' + project_ent.slug
payload['proj'] = project_ent.slug
# now query Solr for temporal data
cq = CompleteQuery()
spatial_context = None
if isinstance(self.context, str):
spatial_context = self.context
if len(payload['prop']) < 1:
# remove unused property key
payload.pop('prop', None)
ass_metadata = cq.get_json_query(payload, spatial_context)
if 'dc-terms:temporal' in ass_metadata:
ass['temporal'] = ass_metadata['dc-terms:temporal']
ass_sets.append(ass)
else:
pass
if self.manifest.item_type == 'projects':
# we have a project so get the hero image (if exists) directly
# for the depiction (note: returns None if not found)
self.depiction = self.get_depiction_image_file(self.uuid)
else:
# we have another item_type, so the self.depiction comes
# from the list of associated items
for ass in ass_items:
if isinstance(ass['depiction'], str):
# the item depiction file is the first one we find
# from the associated item list
self.depiction = ass['depiction']
break
self.associated = ass_items + ass_sets
def prep_assocated_dc_metadata(self):
""" prepares dc_metadata for items associated to the
main item that actually has 1 or more gazetteer links
"""
if self.is_valid and len(self.raw_associated) > 0:
project_ent = self.get_entity(self.manifest.project_uuid)
ass_items = [] # list of associated items
ass_sets = [] # list of associated sets
for key, ass in self.raw_associated.items():
if isinstance(ass['uuid'], str) and \
isinstance(ass['label'], str):
# we have a uuid identified item, meaning a specific
# related resource
ass['uri'] = URImanagement.make_oc_uri(ass['uuid'],
ass['item_type'])
ass['title'] = self.make_dcterms_title(ass['label'],
self.context)
# now prepare description information
description = ''
cat_ent = self.get_entity(ass['media_class_uri'])
if cat_ent is not False:
ass['class_label'] = cat_ent.label
ass['class_slug'] = cat_ent.slug
description += cat_ent.label
if ass['item_type'] in PelagiosData.ITEM_TYPE_DESCRIPTIONS:
if description == '':
description = 'A'
description += ' ' + PelagiosData.ITEM_TYPE_DESCRIPTIONS[ass['item_type']]
ass['description'] = self.add_description_item_class_project(description,
project_ent)
if ass['temporal'] is None:
ass['temporal'] = self.temporal
ass_items.append(ass)
elif self.contents_cnt > 1 or self.manifest.item_type == 'projects':
# the associated item is for a result set, not an individual item
rel_media_cat_ent = False
if isinstance(ass['media_class_uri'], str):
rel_media_cat_ent = self.get_entity(ass['media_class_uri'])
cat_ent = self.get_entity(ass['class_uri'])
description = 'A set of '
if cat_ent is not False:
ass['class_label'] = cat_ent.label
ass['class_slug'] = cat_ent.slug
ass['title'] = cat_ent.label
description += cat_ent.label.lower()
else:
ass['title'] = 'Related'
if rel_media_cat_ent is not False:
ass['title'] += ' ' + rel_media_cat_ent.label
description += ' ' + rel_media_cat_ent.label.lower()
if ass['item_type'] in PelagiosData.ITEM_TYPE_DESCRIPTIONS_PLR:
type_des = PelagiosData.ITEM_TYPE_DESCRIPTIONS_PLR[ass['item_type']]
ass['title'] += ' ' + type_des
description += ' ' + type_des.lower()
ass['title'] += ' Related to: ' + self.manifest.label
if isinstance(self.class_label, str) and \
self.manifest.item_type != 'projects':
ass['title'] += ' (' + self.class_label + ')'
ass['description'] = self.add_description_item_class_project(description,
project_ent)
param_sep = '?'
# payload is for querying for temporal data
payload = {
'response': 'metadata',
'type': ass['item_type'],
'prop': []}
if ass['item_type'] == 'media':
ass['uri'] = settings.CANONICAL_HOST + '/media-search/'
if isinstance(self.context, str):
ass['uri'] += self.encode_url_context_path(self.context)
if cat_ent is not False:
ass['uri'] += param_sep + 'prop=rel--' + cat_ent.slug
param_sep = '&'
payload['prop'].append('rel--' + cat_ent.slug)
if rel_media_cat_ent is not False:
ass['uri'] += param_sep + 'prop=' + rel_media_cat_ent.slug
param_sep = '&'
payload['prop'].append(rel_media_cat_ent.slug)
elif isinstance(ass['media_class_uri'], str):
ass['uri'] += param_sep + 'prop=' + quote_plus(ass['media_class_uri'])
payload['prop'].append(ass['media_class_uri'])
elif ass['item_type'] == 'subjects':
ass['uri'] = settings.CANONICAL_HOST + '/subjects-search/'
if isinstance(self.context, str):
ass['uri'] += self.encode_url_context_path(self.context)
if cat_ent is not False:
ass['uri'] += param_sep + 'prop=' + cat_ent.slug
param_sep = '&'
payload['prop'].append(cat_ent.slug)
else:
ass['uri'] = settings.CANONICAL_HOST + '/search/'
if isinstance(self.context, str):
ass['uri'] += self.encode_url_context_path(self.context)
if cat_ent is not False:
ass['uri'] += param_sep + 'prop=rel--' + cat_ent.slug
param_sep = '&'
payload['prop'].append('rel--' + cat_ent.slug)
ass['uri'] += param_sep + 'type=' + ass['item_type']
param_sep = '&'
if project_ent is not False:
ass['uri'] += param_sep + 'proj=' + project_ent.slug
payload['proj'] = project_ent.slug
# now query Solr for temporal data
cq = CompleteQuery()
spatial_context = None
if isinstance(self.context, str):
spatial_context = self.context
if len(payload['prop']) < 1:
# remove unused property key
payload.pop('prop', None)
ass_metadata = cq.get_json_query(payload, spatial_context)
if 'dc-terms:temporal' in ass_metadata:
ass['temporal'] = ass_metadata['dc-terms:temporal']
ass_sets.append(ass)
else:
pass
if self.manifest.item_type == 'projects':
# we have a project so get the hero image (if exists) directly
# for the depiction (note: returns None if not found)
self.depiction = self.get_depiction_image_file(self.uuid)
else:
# we have another item_type, so the self.depiction comes
# from the list of associated items
for ass in ass_items:
if isinstance(ass['depiction'], str):
# the item depiction file is the first one we find
# from the associated item list
self.depiction = ass['depiction']
break
self.associated = ass_items + ass_sets
def mockedServerURL(self, content, status=200):
return '%s/echo?content=%s&status=%d' % (
TembaTestRunner.MOCKED_SERVER_URL, quote_plus(content), status)
def address_query(self):
return quote_plus(self.address.__str__())
def facet_param(self):
return "%s=%s" % (self.klass.paramname, quote_plus(self.name))
def facet_param(self):
return "%s=%s" % (self.klass.paramname, quote_plus(self.name))