def tour_page(request, slug):
'''Página única de cada tour.'''
tour = get_object_or_404(Tour, slug=slug)
references = tour.references.all()
query = MlSearchQuerySet().filter(tour=tour.id)
photos = query.filter(is_image=1)
videos = query.filter(is_video=1)
# photos = tour.images.filter(tourposition__tour=tour).select_related('size', 'sublocation', 'city', 'state', 'country').order_by('tourposition')
# videos = tour.videos.select_related('size', 'sublocation', 'city', 'state', 'country')
try:
thumb = photos.values_list('thumb_filepath', flat=True)[0]
except:
thumb = ''
# Extrair metadados das imagens.
authors, taxa, sizes, sublocations, cities, states, countries, tags = extract_set(photos, videos)
# Atualiza contador de visualizações.
stats = tour.stats
pageviews = stats.pageviews
variables = RequestContext(request, {
'tour': tour,
'photos': photos,
'videos': videos,
'thumb': thumb,
'taxa': taxa,
'tags': tags,
'authors': authors,
'references': references,
'pageviews': pageviews,
})
return render_to_response('tour_page.html', variables)
def tour_page(request, slug):
'''Página única de cada tour.'''
tour = get_object_or_404(Tour, slug=slug)
references = tour.references.all()
query = MlSearchQuerySet().filter(tour=tour.id)
photos = query.filter(is_image=1)
videos = query.filter(is_video=1)
# photos = tour.images.filter(tourposition__tour=tour).select_related('size', 'sublocation', 'city', 'state', 'country').order_by('tourposition')
# videos = tour.videos.select_related('size', 'sublocation', 'city', 'state', 'country')
try:
thumb = photos.values_list('thumb_filepath', flat=True)[0]
except:
thumb = ''
# Extrair metadados das imagens.
authors, taxa, sizes, sublocations, cities, states, countries, tags = extract_set(
photos, videos)
# Atualiza contador de visualizações.
stats = tour.stats
pageviews = stats.pageviews
variables = RequestContext(
request, {
'tour': tour,
'photos': photos,
'videos': videos,
'thumb': thumb,
'taxa': taxa,
'tags': tags,
'authors': authors,
'references': references,
'pageviews': pageviews,
})
return render_to_response('tour_page.html', variables)
def ajax_autocomplete(request):
limit = 5 # max results in number
max_str = 30 # max result text size, in chars
search_query = strip_accents(request.GET.get(
'q', '')) # get without accents query
query = MlSearchQuerySet().autocomplete(content_auto=search_query)
results = query.values('title', 'rendered', 'thumb', 'url')
suffix = query.get_language_suffix(
) # get language suffix to 'languaged' fields
final_results = [] # array of results
titles = []
for d in results:
text = d['rendered%s' % suffix]
title = d['title%s' % suffix]
thumb = d['thumb']
url = d['url']
if limit <= 0:
break
# check if there is already some result with same title
if title not in titles:
limit -= 1
titles.append(title)
label = ''
desc = title
if text: # if there is a text field, otherwise search is not cached
for t in text.split("\n"):
if search_query.lower() in t.lower():
ts = t.split(
":"
) # : separates label from real text, in the rendered field
label = ts[0]
desc = ":".join(ts[1:])
if len(t) > max_str: # cut str if it's too long
i = desc.lower().find(search_query.lower())
start = max(0, i - max_str / 2)
end = min(len(desc), i + max_str / 2)
desc = '...' + desc[start:end] + '...'
break
final_results.append({
'title': title,
'desc': desc,
'label': label,
'thumb': thumb,
'url': url
})
return HttpResponse(json.dumps(final_results),
content_type='application/json')
def ajax_autocomplete(request):
limit = 5 # max results in number
max_str = 30 # max result text size, in chars
search_query = strip_accents(request.GET.get('q', '')) # get without accents query
query = MlSearchQuerySet().autocomplete(content_auto=search_query)
results = query.values('title', 'rendered', 'thumb', 'url')
suffix = query.get_language_suffix() # get language suffix to 'languaged' fields
final_results = [] # array of results
titles = []
for d in results:
text = d['rendered%s' % suffix]
title = d['title%s' % suffix]
thumb = d['thumb']
url = d['url']
if limit <= 0:
break
# check if there is already some result with same title
if title not in titles:
limit -= 1
titles.append(title)
label = ''
desc = title
if text: # if there is a text field, otherwise search is not cached
for t in text.split("\n"):
if search_query.lower() in t.lower():
ts = t.split(":") # : separates label from real text, in the rendered field
label = ts[0]
desc = ":".join(ts[1:])
if len(t) > max_str: # cut str if it's too long
i = desc.lower().find(search_query.lower())
start = max(0, i - max_str / 2)
end = min(len(desc), i + max_str / 2)
desc = '...' + desc[start:end] + '...'
break
final_results.append({'title': title, 'desc': desc, 'label': label, 'thumb': thumb, 'url': url})
return HttpResponse(json.dumps(final_results), content_type='application/json')
def search_page(request):
# Define formulários.
form = SearchForm()
n_form = DisplayForm(initial={
'n': 16,
'order': 'random',
'highlight': False
})
# Refinamentos.
queries = {
u'query': '',
u'author': [],
u'tag': [],
u'size': [],
u'taxon': [],
u'sublocation': [],
u'city': [],
u'state': [],
u'country': [],
u'type': [],
}
# Define variáveis principais.
image_list = MlSearchQuerySet().filter(is_image=True) # Image.objects.filter(is_public=True)
video_list = MlSearchQuerySet().filter(is_video=True) # Video.objects.filter(is_public=True)
show_results = False
full_results = True
# Verifica se qualquer um dos campos foi passado no request.
if catch_get(queries.keys(), request.GET):
# Sinal para mostrar resultados no template.
show_results = True
# Define formulário de controle e variáveis.
n_form, n_page, orderby, order, highlight = control_form(request)
# Cria querysets somente com imagens públicas para serem filtrados por
# cada metadado presente no request.
if 'type' in request.GET:
type = request.GET['type']
if type == 'photo':
video_list = video_list.none()
elif type == 'video':
image_list = image_list.none()
# Query
if 'query' in request.GET:
# Limpa espaços extras.
query = request.GET['query'].strip()
if query:
# Ajusta busca textual para locale do usuário, 'portuguese' padrão.
image_list = image_list.auto_query(query)
video_list = video_list.auto_query(query)
# Popula formulário de busca com o query.
form = SearchForm({'query': query})
# Passa valor para as queries.
queries['query'] = query
full_results = False
# Author
if 'author' in request.GET:
authors = request.GET['author'].split(',')
queries['author'] = Author.objects.filter(slug__in=authors)
ids = queries['author'].values_list('id', flat=True)
for author in ids:
image_list = image_list.filter(author=author)
video_list = video_list.filter(author=author)
full_results = False
# Tag
if 'tag' in request.GET:
tags = request.GET['tag'].split(',')
queries['tag'] = Tag.objects.filter(slug__in=tags)
ids = queries['tag'].values_list('id', flat=True)
for tag in ids:
image_list = image_list.filter(tag=tag)
video_list = video_list.filter(tag=tag)
full_results = False
# Size
if 'size' in request.GET:
size_id = request.GET['size']
queries['size'] = Size.objects.filter(id=size_id)
image_list = image_list.filter(size=size_id)
video_list = video_list.filter(size=size_id)
full_results = False
# Taxon
if 'taxon' in request.GET:
taxa = request.GET['taxon'].split(',')
queries['taxon'] = Taxon.objects.filter(slug__in=taxa)
# Precisa listar descendentes também, logo use o recurse:
qim = []
qvid = []
for taxon_slug in taxa:
taxon = Taxon.objects.get(slug=taxon_slug)
# for im in taxon.images.all():
# qim.append(Q(**{'id':im.id}))
# for vid in taxon.videos.all():
# qvid.append(Q(**{'id':vid.id}))
qim.append(Q(**{'taxon': taxon.id}))
qvid.append(Q(**{'taxon': taxon.id}))
children = taxon.get_descendants()
for child in children:
qim.append(Q(**{'taxon': child.id}))
qvid.append(Q(**{'taxon': child.id}))
# for im in child.images.all():
# qim.append(Q(**{'id': im.id}))
# for vid in child.videos.all():
# qvid.append(Q(**{'id': vid.id}))
if qim:
image_list = image_list.filter(reduce(operator.or_, qim))
else:
image_list = image_list.none()
if qvid:
video_list = video_list.filter(reduce(operator.or_, qvid))
else:
video_list = video_list.none()
full_results = False
# Sublocation
if 'sublocation' in request.GET:
sublocations = request.GET['sublocation'].split(',')
queries['sublocation'] = Sublocation.objects.filter(slug__in=sublocations)
ids = queries['sublocation'].values_list('id', flat=True)
for sublocation in ids:
image_list = image_list.filter(sublocation__slug=sublocation)
video_list = video_list.filter(sublocation__slug=sublocation)
full_results = False
# City
if 'city' in request.GET:
cities = request.GET['city'].split(',')
queries['city'] = City.objects.filter(slug__in=cities)
ids = queries['city'].values_list('id', flat=True)
for city in ids:
image_list = image_list.filter(city=city)
video_list = video_list.filter(city=city)
full_results = False
# State
if 'state' in request.GET:
states = request.GET['state'].split(',')
queries['state'] = State.objects.filter(slug__in=states)
ids = queries['state'].values_list('id', flat=True)
for state in ids:
image_list = image_list.filter(state=state)
video_list = video_list.filter(state=state)
full_results = False
# Country
if 'country' in request.GET:
countries = request.GET['country'].split(',')
queries['country'] = Country.objects.filter(slug__in=countries)
ids = queries['country'].values_list('id', flat=True)
for country in ids:
image_list = image_list.filter(country=country)
video_list = video_list.filter(country=country)
full_results = False
# Restringe aos destaques.
if highlight:
image_list = image_list.filter(highlight=1)
video_list = video_list.filter(highlight=1)
# full_results = False
# # Substitui 'random' por '?'
if orderby in ('?', 'random', 'id'):
orderby = 'id'
if order == 'desc':
orderby = '-' + orderby
#
# # Ordena por request.POST['orderby'].
image_list = image_list.order_by(orderby)
video_list = video_list.order_by(orderby)
# Forçar int para paginator.
n_page = int(n_page)
else:
# Popula formulário de busca com o query.
form = SearchForm()
# Passa valor para as queries.
queries['query'] = ''
n_page = 20
show_results = True
# Retorna lista paginada.
images = get_paginated(request, image_list, n_page)
videos = get_paginated(request, video_list, n_page)
# Gera keywords.
#XXX Usar essa lista para processar os querysets acima?
keylist = []
for k, v in request.GET.iteritems():
keylist.append(v)
keylist = [item for item in keylist if item]
keywords = ','.join(keylist)
# Extrai metadados das imagens.
data, queries, urls = show_info(image_list, video_list, queries, full_results)
variables = RequestContext(request, {
'form': form,
'images': images,
'videos': videos,
'image_list': image_list,
'video_list': video_list,
'show_results': show_results,
'queries': queries,
'data': data,
'urls': urls,
'n_form': n_form,
'keywords': keywords,
})
return render_to_response('buscar.html', variables)
def meta_page(request, model_name, field, slug):
'''Página de um metadado.
Mostra galeria com todas as imagens que o possuem.
'''
# Formulário para controle de ordenação.
n_form = DisplayForm(initial={
'n': 16,
'order': 'random',
'highlight': False,
})
# Define formulário de controle e variáveis.
n_form, n_page, orderby, order, highlight = control_form(request)
# Queries guardam variáveis do request para o refinador.
queries = {
u'query': '',
u'author': [],
u'tag': [],
u'size': [],
u'taxon': [],
u'sublocation': [],
u'city': [],
u'state': [],
u'country': [],
u'type': [],
}
#XXX Serve para identificar o field na meta_page. Mas precisa ser
# um queryset para rolar o values_list do show_info no extra_tags.
# Se possível otimizar isso.
qmodels = model_name.objects.filter(slug__in=[slug])
queries[field] = qmodels
# Pega objeto.
model = get_object_or_404(model_name, slug=slug)
# Constrói argumentos.
filter_args = {field: model.id, 'is_public': True}
if field == 'taxon':
q = [Q(**filter_args), ]
q = recurse(model, q)
image_list = MlSearchQuerySet().filter(is_image=True).filter(reduce(operator.or_, q)) # .order_by(orderby)
video_list = MlSearchQuerySet().filter(is_video=True).filter(reduce(operator.or_, q)) # .order_by(orderby)
#XXX Retirei o .distinct() destes queries. Conferir...
else:
image_list = MlSearchQuerySet().filter(is_image=True).filter(**filter_args) # .order_by(orderby)
video_list = MlSearchQuerySet().filter(is_video=True).filter(**filter_args) # .order_by(orderby)
# Restringe aos destaques.
if highlight:
image_list = image_list.filter(highlight=1)
video_list = video_list.filter(highlight=1)
# Reverte a ordem se necessário.
# if order == 'desc':
# image_list = image_list.reverse()
# video_list = video_list.reverse()
# Forçar int para paginator.
n_page = int(n_page)
# Cria paginação.
images = get_paginated(request, image_list, n_page)
videos = get_paginated(request, video_list, n_page)
# Extrai metadados das imagens.
data, queries, urls = show_info(image_list, video_list, queries)
variables = RequestContext(request, {
'images': images,
'videos': videos,
'image_list': image_list,
'video_list': video_list,
'meta': model,
'queries': queries,
'data': data,
'urls': urls,
'field': field,
'queries': queries,
'n_form': n_form,
})
return render_to_response('meta_page.html', variables)
def search_page(request):
# Define formulários.
form = SearchForm()
n_form = DisplayForm(initial={
'n': 16,
'order': 'random',
'highlight': True
})
# Refinamentos.
queries = {
u'query': '',
u'author': [],
u'tag': [],
u'size': [],
u'taxon': [],
u'sublocation': [],
u'city': [],
u'state': [],
u'country': [],
u'type': [],
}
# Define variáveis principais.
image_list = MlSearchQuerySet().filter(
is_image=True) #Image.objects.filter(is_public=True)
video_list = MlSearchQuerySet().filter(
is_video=True) #Video.objects.filter(is_public=True)
show_results = False
full_results = True
# Verifica se qualquer um dos campos foi passado no request.
if catch_get(queries.keys(), request.GET):
# Sinal para mostrar resultados no template.
show_results = True
# Define formulário de controle e variáveis.
n_form, n_page, orderby, order, highlight = control_form(request)
# Cria querysets somente com imagens públicas para serem filtrados por
# cada metadado presente no request.
if 'type' in request.GET:
type = request.GET['type']
if type == 'photo':
video_list = video_list.none()
elif type == 'video':
image_list = image_list.none()
# Query
if 'query' in request.GET:
# Limpa espaços extras.
query = request.GET['query'].strip()
if query:
# Ajusta busca textual para locale do usuário, 'portuguese' padrão.
image_list = image_list.auto_query(query)
video_list = video_list.auto_query(query)
# Popula formulário de busca com o query.
form = SearchForm({'query': query})
# Passa valor para as queries.
queries['query'] = query
full_results = False
# Author
if 'author' in request.GET:
authors = request.GET['author'].split(',')
queries['author'] = Author.objects.filter(slug__in=authors)
ids = queries['author'].values_list('id', flat=True)
for author in ids:
image_list = image_list.filter(author=author)
video_list = video_list.filter(author=author)
full_results = False
# Tag
if 'tag' in request.GET:
tags = request.GET['tag'].split(',')
queries['tag'] = Tag.objects.filter(slug__in=tags)
ids = queries['tag'].values_list('id', flat=True)
for tag in ids:
image_list = image_list.filter(tag=tag)
video_list = video_list.filter(tag=tag)
full_results = False
# Size
if 'size' in request.GET:
size_id = request.GET['size']
queries['size'] = Size.objects.filter(id=size_id)
image_list = image_list.filter(size=size_id)
video_list = video_list.filter(size=size_id)
full_results = False
# Taxon
if 'taxon' in request.GET:
taxa = request.GET['taxon'].split(',')
queries['taxon'] = Taxon.objects.filter(slug__in=taxa)
# Precisa listar descendentes também, logo use o recurse:
qim = []
qvid = []
for taxon_slug in taxa:
taxon = Taxon.objects.get(slug=taxon_slug)
# for im in taxon.images.all():
# qim.append(Q(**{'id':im.id}))
# for vid in taxon.videos.all():
# qvid.append(Q(**{'id':vid.id}))
qim.append(Q(**{'taxon': taxon.id}))
qvid.append(Q(**{'taxon': taxon.id}))
children = taxon.get_descendants()
for child in children:
qim.append(Q(**{'taxon': child.id}))
qvid.append(Q(**{'taxon': child.id}))
# for im in child.images.all():
# qim.append(Q(**{'id': im.id}))
# for vid in child.videos.all():
# qvid.append(Q(**{'id': vid.id}))
if qim:
image_list = image_list.filter(reduce(operator.or_, qim))
else:
image_list = image_list.none()
if qvid:
video_list = video_list.filter(reduce(operator.or_, qvid))
else:
video_list = video_list.none()
full_results = False
# Sublocation
if 'sublocation' in request.GET:
sublocations = request.GET['sublocation'].split(',')
queries['sublocation'] = Sublocation.objects.filter(
slug__in=sublocations)
ids = queries['sublocation'].values_list('id', flat=True)
for sublocation in ids:
image_list = image_list.filter(sublocation__slug=sublocation)
video_list = video_list.filter(sublocation__slug=sublocation)
full_results = False
# City
if 'city' in request.GET:
cities = request.GET['city'].split(',')
queries['city'] = City.objects.filter(slug__in=cities)
ids = queries['city'].values_list('id', flat=True)
for city in ids:
image_list = image_list.filter(city=city)
video_list = video_list.filter(city=city)
full_results = False
# State
if 'state' in request.GET:
states = request.GET['state'].split(',')
queries['state'] = State.objects.filter(slug__in=states)
ids = queries['state'].values_list('id', flat=True)
for state in ids:
image_list = image_list.filter(state=state)
video_list = video_list.filter(state=state)
full_results = False
# Country
if 'country' in request.GET:
countries = request.GET['country'].split(',')
queries['country'] = Country.objects.filter(slug__in=countries)
ids = queries['country'].values_list('id', flat=True)
for country in ids:
image_list = image_list.filter(country=country)
video_list = video_list.filter(country=country)
full_results = False
# Restringe aos destaques.
if highlight:
image_list = image_list.filter(highlight=1)
video_list = video_list.filter(highlight=1)
# full_results = False
# # Substitui 'random' por '?'
if orderby in ('?', 'random', 'id'):
orderby = 'id'
if order == 'desc':
orderby = '-' + orderby
#
# # Ordena por request.POST['orderby'].
image_list = image_list.order_by(orderby)
video_list = video_list.order_by(orderby)
# Forçar int para paginator.
n_page = int(n_page)
else:
# Popula formulário de busca com o query.
form = SearchForm()
# Passa valor para as queries.
queries['query'] = ''
n_page = 20
show_results = True
# Retorna lista paginada.
images = get_paginated(request, image_list, n_page)
videos = get_paginated(request, video_list, n_page)
# Gera keywords.
#XXX Usar essa lista para processar os querysets acima?
keylist = []
for k, v in request.GET.iteritems():
keylist.append(v)
keylist = [item for item in keylist if item]
keywords = ','.join(keylist)
# Extrai metadados das imagens.
data, queries, urls = show_info(image_list, video_list, queries,
full_results)
variables = RequestContext(
request, {
'form': form,
'images': images,
'videos': videos,
'image_list': image_list,
'video_list': video_list,
'show_results': show_results,
'queries': queries,
'data': data,
'urls': urls,
'n_form': n_form,
'keywords': keywords,
})
return render_to_response('buscar.html', variables)
def meta_page(request, model_name, field, slug):
'''Página de um metadado.
Mostra galeria com todas as imagens que o possuem.
'''
# Formulário para controle de ordenação.
n_form = DisplayForm(initial={
'n': 16,
'order': 'random',
'highlight': True,
})
# Define formulário de controle e variáveis.
n_form, n_page, orderby, order, highlight = control_form(request)
# Queries guardam variáveis do request para o refinador.
queries = {
u'query': '',
u'author': [],
u'tag': [],
u'size': [],
u'taxon': [],
u'sublocation': [],
u'city': [],
u'state': [],
u'country': [],
u'type': [],
}
#XXX Serve para identificar o field na meta_page. Mas precisa ser
# um queryset para rolar o values_list do show_info no extra_tags.
# Se possível otimizar isso.
qmodels = model_name.objects.filter(slug__in=[slug])
queries[field] = qmodels
# Pega objeto.
model = get_object_or_404(model_name, slug=slug)
# Constrói argumentos.
filter_args = {field: model.id, 'is_public': True}
if field == 'taxon':
q = [
Q(**filter_args),
]
q = recurse(model, q)
image_list = MlSearchQuerySet().filter(is_image=True).filter(
reduce(operator.or_, q)) #.order_by(orderby)
video_list = MlSearchQuerySet().filter(is_video=True).filter(
reduce(operator.or_, q)) #.order_by(orderby)
#XXX Retirei o .distinct() destes queries. Conferir...
else:
image_list = MlSearchQuerySet().filter(
is_image=True).filter(**filter_args) #.order_by(orderby)
video_list = MlSearchQuerySet().filter(
is_video=True).filter(**filter_args) #.order_by(orderby)
# Restringe aos destaques.
if highlight:
image_list = image_list.filter(highlight=1)
video_list = video_list.filter(highlight=1)
# Reverte a ordem se necessário.
# if order == 'desc':
# image_list = image_list.reverse()
# video_list = video_list.reverse()
# Forçar int para paginator.
n_page = int(n_page)
# Cria paginação.
images = get_paginated(request, image_list, n_page)
videos = get_paginated(request, video_list, n_page)
# Extrai metadados das imagens.
data, queries, urls = show_info(image_list, video_list, queries)
variables = RequestContext(
request, {
'images': images,
'videos': videos,
'image_list': image_list,
'video_list': video_list,
'meta': model,
'queries': queries,
'data': data,
'urls': urls,
'field': field,
'queries': queries,
'n_form': n_form,
})
return render_to_response('meta_page.html', variables)