def get(self, request, *args, **kwargs): if not is_admin(request.user): request.GET = request.GET.copy() request.GET.pop('visible', None) request.GET.pop('availability', None) request.GET.pop('oa_status', None) return super(PaperSearchView, self).get(request, *args, **kwargs)
def get(self, request, *args, **kwargs): if not is_admin(request.user): raise Http404() publisher = get_object_or_404(self.publisher_cls, pk=kwargs[self.publisher_key]) self.publisher = publisher self.queryset = self.queryset.filter( **{self.publisher_key: publisher.id}) return super(PublisherPapersView, self)\ .get(request, *args, **kwargs)
def get(self, request, *args, **kwargs): if not is_admin(request.user): raise Http404() publisher = get_object_or_404( self.publisher_cls, pk=kwargs[self.publisher_key]) self.publisher = publisher self.queryset = self.queryset.filter( **{self.publisher_key: publisher.id}) return super(PublisherPapersView, self)\ .get(request, *args, **kwargs)
def get(self, request, *args, **kwargs): """ If the user is no admin, we remove visivle, availability and oa_status GET statements """ if not is_admin(request.user): request.GET = request.GET.copy() request.GET.pop('visible', None) request.GET.pop('availability', None) request.GET.pop('oa_status', None) return super().get(request, *args, **kwargs)
def searchView(request, **kwargs): """ Any view that returns a list of papers can be expressed using this "search" view. It allows to select a list of papers based on a list of criteria (but no keyword search for now). """ context = dict() # Build the queryset queryset = Paper.objects.all() args = request.GET.copy() args.update(kwargs) if 'journal' in args and not is_admin(request.user): del args['journal'] search_description = _('Papers') head_search_description = _('Papers') context['researcher_id'] = None if 'researcher' in args or 'orcid' in args: researcher = None if 'researcher' in args: researcher = get_object_or_404(Researcher, pk=args.get('researcher')) elif 'orcid' in args: try: researcher = Researcher.objects.get(orcid=args.get('orcid')) except Researcher.DoesNotExist: orcid = validate_orcid(args.get('orcid')) researcher = Researcher.get_or_create_by_orcid(orcid) researcher.init_from_orcid() queryset = queryset.filter(author__researcher=researcher) search_description += _(' authored by ')+unicode(researcher) head_search_description = unicode(researcher) context['researcher'] = researcher context['researcher_id'] = researcher.id context['breadcrumbs'] = researcher.breadcrumbs() elif 'name' in args: name = get_object_or_404(Name, pk=args.get('name')) queryset = queryset.filter(author__name=name) search_description += _(' authored by ')+unicode(name) head_search_description = unicode(name) context['name'] = name if 'journal' in args: journal = get_object_or_404(Journal, pk=args.get('journal')) queryset = queryset.filter(publication__journal=journal) search_description += _(' in ')+unicode(journal) context['journal'] = journal context['breadcrumbs'] = journal.breadcrumbs() elif 'publisher' in args: publisher = get_object_or_404(Publisher, pk=args.get('publisher')) queryset = queryset.filter(publication__publisher=publisher) search_description += _(' published by ')+unicode(publisher) head_search_description = unicode(publisher) context['publisher'] = publisher context['breadcrumbs'] = publisher.breadcrumbs()+[(_('Papers'),'')] if 'state' in args: state = args.get('state') context['state'] = state state_filter = STATUS_QUERYSET_FILTER.get(state) if state_filter is not None: queryset = state_filter(queryset) if 'status' in args: queryset = queryset.filter(oa_status=args.get('status')) # We don't update the search description here, it will be displayed on the side context['status'] = args.get('status') if 'pdf' in args: val = args.get('pdf') if val == 'OK': queryset = queryset.filter(pdf_url__isnull=False) elif val == 'NOK': queryset = queryset.filter(pdf_url__isnull=True) context['pdf'] = val if 'pubtype' in args: val = args.get('pubtype') if val in PAPER_TYPE_PREFERENCE: queryset = queryset.filter(doctype=val) context['pubtype'] = val if 'visibility' in args and is_admin(request.user): val = args.get('visibility') if val in [x[0] for x in VISIBILITY_CHOICES]: queryset = queryset.filter(visibility=val) context['visibility'] = val else: queryset = queryset.filter(visibility='VISIBLE') context['visibility'] = 'VISIBLE' if search_description == _('Papers'): context['breadcrumbs'] = [(search_description,'')] search_description = _('All papers') # Sort queryset = queryset.order_by('-pubdate') # Make distinct queryset = queryset.distinct() # Build the paginator paginator = Paginator(queryset, NB_RESULTS_PER_PAGE) page = args.get('page') try: current_papers = paginator.page(page) except PageNotAnInteger: current_papers = paginator.page(1) except EmptyPage: current_papers = paginator.page(paginator.num_pages) context['search_results'] = current_papers context['search_description'] = search_description context['head_search_description'] = head_search_description context['nb_results'] = paginator.count # Build the GET requests for variants of the parameters args_without_page = args.copy() if 'page' in args_without_page: del args_without_page['page'] oa_variants = varyQueryArguments('status', args_without_page, OA_STATUS_CHOICES) pdf_variants = varyQueryArguments('pdf', args_without_page, PDF_STATUS_CHOICES) pubtype_variants = varyQueryArguments('pubtype', args_without_page, PAPER_TYPE_CHOICES) visibility_variants = varyQueryArguments('visibility', args_without_page, VISIBILITY_CHOICES) state_variants = varyQueryArguments('state', args_without_page, COMBINED_STATUS_CHOICES) context['oa_status_choices'] = oa_variants context['pdf_status_choices'] = pdf_variants context['state_choices'] = state_variants context['pubtype_status_choices'] = pubtype_variants context['visibility_choices'] = visibility_variants if request.META.get('CONTENT_TYPE') == 'application/json' and 'researcher' in context: researcher = context['researcher'] statsModel = researcher.stats context['request'] = request response = {} response['listPapers'] = loader.render_to_string('papers/ajaxListPapers.html', context) response['stats'] = json.loads(statsModel.pie_data(researcher.object_id)) response['stats']['numtot'] = statsModel.num_tot if researcher.current_task: response['status'] = researcher.current_task response['display'] = researcher.get_current_task_display() return HttpResponse(json.dumps(response), content_type="application/json") return render(request, 'papers/search.html', context)
def searchView(request, **kwargs): """ Any view that returns a list of papers can be expressed using this "search" view. It allows to select a list of papers based on a list of criteria (but no keyword search for now). """ context = dict() # Build the queryset queryset = Paper.objects.all() args = request.GET.copy() args.update(kwargs) if 'journal' in args and not is_admin(request.user): del args['journal'] search_description = _('Papers') head_search_description = _('Papers') context['researcher_id'] = None if 'researcher' in args or 'orcid' in args: researcher = None if 'researcher' in args: researcher = get_object_or_404(Researcher, pk=args.get('researcher')) elif 'orcid' in args: try: researcher = Researcher.objects.get(orcid=args.get('orcid')) except Researcher.DoesNotExist: try: orcid = validate_orcid(args.get('orcid')) researcher = Researcher.get_or_create_by_orcid(orcid) researcher.init_from_orcid() except MetadataSourceException: raise Http404(_('Invalid ORCID profile.')) # Redirect if slug doesn't match or researcher is looked up by ORCID. if kwargs.get('slug', '') != researcher.slug: view_args = {'researcher': researcher.id, 'slug': researcher.slug} url = reverse('researcher', kwargs=view_args) query_string = request.META.get('QUERY_STRING', '') if query_string: url += '?' + query_string return HttpResponsePermanentRedirect(url) queryset = queryset.filter(author__researcher=researcher) search_description += _(' authored by ') + unicode(researcher) head_search_description = unicode(researcher) context['researcher'] = researcher context['researcher_id'] = researcher.id context['breadcrumbs'] = researcher.breadcrumbs() elif 'department' in args: dept = get_object_or_404(Department, pk=args.get('department')) queryset = queryset.filter(author__researcher__department=dept) search_description = unicode(dept) head_search_description = unicode(dept) context['department'] = dept context['breadcrumbs'] = dept.breadcrumbs() + [(_('Papers'), '')] elif 'name' in args: name = get_object_or_404(Name, pk=args.get('name')) queryset = queryset.filter(author__name=name) search_description += _(' authored by ') + unicode(name) head_search_description = unicode(name) context['name'] = name if 'journal' in args: journal = get_object_or_404(Journal, pk=args.get('journal')) queryset = queryset.filter(oairecord__journal=journal) search_description += _(' in ') + unicode(journal) context['journal'] = journal context['breadcrumbs'] = journal.breadcrumbs() elif 'publisher' in args: publisher = get_object_or_404(Publisher, pk=args.get('publisher')) queryset = queryset.filter(oairecord__publisher=publisher) search_description += _(' published by ') + unicode(publisher) head_search_description = unicode(publisher) context['publisher'] = publisher context['breadcrumbs'] = publisher.breadcrumbs() + [(_('Papers'), '')] if 'state' in args: state = args.get('state') context['state'] = state state_filter = STATUS_QUERYSET_FILTER.get(state) if state_filter is not None: queryset = state_filter(queryset) if 'status' in args: queryset = queryset.filter(oa_status=args.get('status')) # We don't update the search description here, it will be displayed on the side context['status'] = args.get('status') if 'pdf' in args: val = args.get('pdf') if val == 'OK': queryset = queryset.filter(pdf_url__isnull=False) elif val == 'NOK': queryset = queryset.filter(pdf_url__isnull=True) context['pdf'] = val if 'pubtype' in args: val = args.get('pubtype') if val in PAPER_TYPE_PREFERENCE: queryset = queryset.filter(doctype=val) context['pubtype'] = val if 'visibility' in args and is_admin(request.user): val = args.get('visibility') if val in [x[0] for x in VISIBILITY_CHOICES]: queryset = queryset.filter(visibility=val) context['visibility'] = val else: queryset = queryset.filter(visibility='VISIBLE') context['visibility'] = 'VISIBLE' if search_description == _('Papers'): context['breadcrumbs'] = [(search_description, '')] search_description = _('All papers') # Sort queryset = queryset.order_by('-pubdate') # Make distinct queryset = queryset.distinct() # Create stats stats = BareAccessStatistics.from_queryset(queryset) # Build the paginator paginator = Paginator(queryset, NB_RESULTS_PER_PAGE) page = args.get('page') try: current_papers = paginator.page(page) except PageNotAnInteger: current_papers = paginator.page(1) except EmptyPage: current_papers = paginator.page(paginator.num_pages) context['search_stats'] = stats context['search_results'] = current_papers context['search_description'] = search_description context['head_search_description'] = head_search_description context['nb_results'] = paginator.count context['ajax_url'] = reverse('ajax-search') + '?' + urlencode(args) # Notifications # TODO: unefficient query. notifications = get_notifications(request) selected_messages = map( lambda n: n.serialize_to_json(), sorted(notifications, key=lambda msg: msg.level)[:3]) context['messages'] = selected_messages # Build the GET requests for variants of the parameters args_without_page = args.copy() if 'page' in args_without_page: del args_without_page['page'] oa_variants = varyQueryArguments('status', args_without_page, OA_STATUS_CHOICES) pdf_variants = varyQueryArguments('pdf', args_without_page, PDF_STATUS_CHOICES) pubtype_variants = varyQueryArguments('pubtype', args_without_page, PAPER_TYPE_CHOICES) visibility_variants = varyQueryArguments('visibility', args_without_page, VISIBILITY_CHOICES) state_variants = varyQueryArguments('state', args_without_page, COMBINED_STATUS_CHOICES) context['oa_status_choices'] = oa_variants context['pdf_status_choices'] = pdf_variants context['state_choices'] = state_variants context['pubtype_status_choices'] = pubtype_variants context['visibility_choices'] = visibility_variants if request.META.get( 'CONTENT_TYPE') == 'application/json' and 'researcher' in context: researcher = context['researcher'] context['request'] = request response = {} response['listPapers'] = loader.render_to_string( 'papers/ajaxListPapers.html', context) response['stats'] = json.loads(stats.pie_data(researcher.object_id)) response['stats']['numtot'] = stats.num_tot response['messages'] = selected_messages if researcher.current_task: response['status'] = researcher.current_task response['display'] = researcher.get_current_task_display() return HttpResponse(json.dumps(response), content_type="application/json") return render(request, 'papers/search.html', context)
def searchView(request, **kwargs): """ Any view that returns a list of papers can be expressed using this "search" view. It allows to select a list of papers based on a list of criteria (but no keyword search for now). """ context = dict() # Build the queryset queryset = Paper.objects.all() args = request.GET.copy() args.update(kwargs) if 'journal' in args and not is_admin(request.user): del args['journal'] search_description = _('Papers') head_search_description = _('Papers') context['researcher_id'] = None if 'researcher' in args or 'orcid' in args: researcher = None if 'researcher' in args: researcher = get_object_or_404(Researcher, pk=args.get('researcher')) elif 'orcid' in args: try: researcher = Researcher.objects.get(orcid=args.get('orcid')) except Researcher.DoesNotExist: try: orcid = validate_orcid(args.get('orcid')) researcher = Researcher.get_or_create_by_orcid(orcid) researcher.init_from_orcid() except MetadataSourceException: raise Http404(_('Invalid ORCID profile.')) # Redirect if slug doesn't match or researcher is looked up by ORCID. if kwargs.get('slug', '') != researcher.slug: view_args = {'researcher': researcher.id, 'slug': researcher.slug} url = reverse('researcher', kwargs=view_args) query_string = request.META.get('QUERY_STRING', '') if query_string: url += '?' + query_string return HttpResponsePermanentRedirect(url) queryset = queryset.filter(author__researcher=researcher) search_description += _(' authored by ')+unicode(researcher) head_search_description = unicode(researcher) context['researcher'] = researcher context['researcher_id'] = researcher.id context['breadcrumbs'] = researcher.breadcrumbs() elif 'department' in args: dept = get_object_or_404(Department, pk=args.get('department')) queryset = queryset.filter(author__researcher__department=dept) search_description = unicode(dept) head_search_description = unicode(dept) context['department'] = dept context['breadcrumbs'] = dept.breadcrumbs()+[(_('Papers'), '')] elif 'name' in args: name = get_object_or_404(Name, pk=args.get('name')) queryset = queryset.filter(author__name=name) search_description += _(' authored by ')+unicode(name) head_search_description = unicode(name) context['name'] = name if 'journal' in args: journal = get_object_or_404(Journal, pk=args.get('journal')) queryset = queryset.filter(oairecord__journal=journal) search_description += _(' in ')+unicode(journal) context['journal'] = journal context['breadcrumbs'] = journal.breadcrumbs() elif 'publisher' in args: publisher = get_object_or_404(Publisher, pk=args.get('publisher')) queryset = queryset.filter(oairecord__publisher=publisher) search_description += _(' published by ')+unicode(publisher) head_search_description = unicode(publisher) context['publisher'] = publisher context['breadcrumbs'] = publisher.breadcrumbs()+[(_('Papers'),'')] if 'state' in args: state = args.get('state') context['state'] = state state_filter = STATUS_QUERYSET_FILTER.get(state) if state_filter is not None: queryset = state_filter(queryset) if 'status' in args: queryset = queryset.filter(oa_status=args.get('status')) # We don't update the search description here, it will be displayed on the side context['status'] = args.get('status') if 'pdf' in args: val = args.get('pdf') if val == 'OK': queryset = queryset.filter(pdf_url__isnull=False) elif val == 'NOK': queryset = queryset.filter(pdf_url__isnull=True) context['pdf'] = val if 'pubtype' in args: val = args.get('pubtype') if val in PAPER_TYPE_PREFERENCE: queryset = queryset.filter(doctype=val) context['pubtype'] = val if 'visibility' in args and is_admin(request.user): val = args.get('visibility') if val in [x[0] for x in VISIBILITY_CHOICES]: queryset = queryset.filter(visibility=val) context['visibility'] = val else: queryset = queryset.filter(visibility='VISIBLE') context['visibility'] = 'VISIBLE' if search_description == _('Papers'): context['breadcrumbs'] = [(search_description,'')] search_description = _('All papers') # Sort queryset = queryset.order_by('-pubdate') # Make distinct queryset = queryset.distinct() # Create stats stats = BareAccessStatistics.from_queryset(queryset) # Build the paginator paginator = Paginator(queryset, NB_RESULTS_PER_PAGE) page = args.get('page') try: current_papers = paginator.page(page) except PageNotAnInteger: current_papers = paginator.page(1) except EmptyPage: current_papers = paginator.page(paginator.num_pages) context['search_stats'] = stats context['search_results'] = current_papers context['search_description'] = search_description context['head_search_description'] = head_search_description context['nb_results'] = paginator.count context['ajax_url'] = reverse('ajax-search')+'?'+urlencode(args) # Notifications # TODO: unefficient query. notifications = get_notifications(request) selected_messages = map(lambda n: n.serialize_to_json(), sorted(notifications, key=lambda msg: msg.level)[:3]) context['messages'] = selected_messages # Build the GET requests for variants of the parameters args_without_page = args.copy() if 'page' in args_without_page: del args_without_page['page'] oa_variants = varyQueryArguments('status', args_without_page, OA_STATUS_CHOICES) pdf_variants = varyQueryArguments('pdf', args_without_page, PDF_STATUS_CHOICES) pubtype_variants = varyQueryArguments('pubtype', args_without_page, PAPER_TYPE_CHOICES) visibility_variants = varyQueryArguments('visibility', args_without_page, VISIBILITY_CHOICES) state_variants = varyQueryArguments('state', args_without_page, COMBINED_STATUS_CHOICES) context['oa_status_choices'] = oa_variants context['pdf_status_choices'] = pdf_variants context['state_choices'] = state_variants context['pubtype_status_choices'] = pubtype_variants context['visibility_choices'] = visibility_variants if request.META.get('CONTENT_TYPE') == 'application/json' and 'researcher' in context: researcher = context['researcher'] context['request'] = request response = {} response['listPapers'] = loader.render_to_string('papers/ajaxListPapers.html', context) response['stats'] = json.loads(stats.pie_data(researcher.object_id)) response['stats']['numtot'] = stats.num_tot response['messages'] = selected_messages if researcher.current_task: response['status'] = researcher.current_task response['display'] = researcher.get_current_task_display() return HttpResponse(json.dumps(response), content_type="application/json") return render(request, 'papers/search.html', context)