def search_view():
subject_id = request.form.get('subject_id', '')
type = request.form.get('type', 'song')
comments = search(subject_id, type)
return {
'comments': [comment.to_dict() for comment in comments]
}
def search():
if not request.json:
abort(400)
if 'reg_status' in request.json and type(
request.json['reg_status']) is not bool:
abort(400)
if 'vacc_status' in request.json and type(
request.json['vacc_status']) is not bool:
abort(400)
criteria = {}
if 'registration_id' in request.json:
registration_id = str(request.json['registration_id']).strip()
criteria['registration_id'] = registration_id
if 'name' in request.json:
name = str(request.json['name']).strip().capitalize()
criteria['name'] = name
if 'handler_id' in request.json:
handler_id = request.json['handler_id']
if not (handler_id is None):
str(handler_id).strip()
criteria['handler_id'] = handler_id
if 'reg_status' in request.json:
criteria['reg_status'] = request.json['reg_status']
if 'vacc_status' in request.json:
criteria['vacc_status'] = request.json['vacc_status']
dogs = models.search(criteria)
return jsonify({'dogs': dogs})
def __main_process__(input_string): # the game model
global game, counter, game_limit, game_hints, main_word, bool_index
global game_score
if len(input_string) == 1: # if user input was a single char
indexes = H.search(main_word, input_string)
if len(indexes) != 0:
H.update(bool_index, indexes)
counter += len(indexes)
else: # less or more than one words compare differently
if input_string == main_word:
H.game_done(bool_index)
game_score += game_hints
game = False
elif input_string == "hint()": # using the hints
if game_hints > 0:
H.hint(bool_index, main_word)
game_hints -= 1
game_limit += 1
counter += 1
else:
return
if counter == word_len:
game_score += 1
game = False
if game_limit == 0:
game = False
game_limit += 1
game_limit -= 1
def search():
'''
Displays set search results for a given query.
Note: search is difficult on app engine, due to lack of "LIKE" operator
in GQL queries.
'''
query = request.args.get('q',False)
results = models.search(query,10)
return render_template('browse.html', searchquery=query, results=results)
def search_group():
form = SearchForm(request.form)
if request.method == 'POST':
match = models.search(form.search.data, form.value.data)
search = form.search.data
return render_template('pages/placeholder.search.html',
search=search,
match=match)
return render_template('forms/search_group.html', form=form)
def testdb():
#pic = Pic.query.all()[0]
#tag = Tag.query.filter_by(name='pictag').first()
#print tag
#print pic
#pic.remove_tag(tag)
#return redirect(url_for('core.printdb'))
return '<h1>' + str(search({
'pics.title': 'test',
'pics.id': 11
})) + '</h1>'
'''
def search(self, request):
""" Perform a search product.
"""
products = models.search(request)
items = []
for ProductModel in products:
items.append(
ProductGetMessage(id=ProductModel.key.id(),
code=ProductModel.code,
name=ProductModel.name,
created_date=ProductModel.created_date))
return ProductCollectionMessage(items=items)
def search(self, request):
""" Perform a search product.
"""
products = models.search(request)
items = []
for ProductModel in products:
items.append(
ProductGetMessage(
id=ProductModel.key.id(),
code=ProductModel.code,
name=ProductModel.name,
created_date=ProductModel.created_date))
return ProductCollectionMessage(items=items)
def search(self, request):
""" Performs a search of suppliers.
"""
suppliers = models.search(request)
items = []
for supplierModel in suppliers:
items.append(
SupplierGetMessage(id=supplierModel.key.id(),
name=supplierModel.name,
email=supplierModel.email,
phone=supplierModel.phone,
location=supplierModel.location,
created_date=supplierModel.created_date))
return SupplierCollectionMessage(items=items)
def search(self, request):
""" Performs a search of suppliers.
"""
suppliers = models.search(request)
items = []
for supplierModel in suppliers:
items.append(
SupplierGetMessage(
id=supplierModel.key.id(),
name=supplierModel.name,
email=supplierModel.email,
phone=supplierModel.phone,
location=supplierModel.location,
created_date=supplierModel.created_date))
return SupplierCollectionMessage(items=items)
def search(self, request):
"""Realiza uma pesquisa dos produtos cadastrados.
"""
logging.debug('Executando endpoint de pesquisa de produtos')
#Obter a lista de produtos cadastrados
products = models.search(request)
#Declarando lista e convertendo model para message
items = []
for ProductModel in products:
items.append(
ProductGetMessage(id=ProductModel.key.id(),
code=ProductModel.code,
name=ProductModel.name,
created_date=ProductModel.created_date))
#Retornando produtos
return ProductCollectionMessage(items=items)
def search(self, request):
""" Search a customer by partial name.
"""
# Search
customers = models.search(request)
# Transport model to message
items = []
for customerModel in customers:
items.append(
CustomerGetMessage(id=customerModel.key.id(),
name=customerModel.name,
email=customerModel.email,
phone=customerModel.phone,
location=customerModel.location,
created_date=customerModel.created_date))
# Return
return CustomerCollectionMessage(items=items)
def search():
if not request.json:
abort(400)
criteria = {}
if 'email' in request.json:
email = str(request.json['email']).strip().lower()
criteria['email'] = email
if 'last_name' in request.json:
last_name = str(request.json['last_name']).strip().capitalize()
criteria['last_name'] = last_name
if 'zip_code' in request.json:
zip_code = str(request.json['zip_code']).strip()
criteria['zip_code'] = zip_code
handler = models.search(criteria)
return jsonify({'handlers': handler})
def search(self, request):
""" Search a customer by partial name.
"""
# Search
customers = models.search(request)
# Transport model to message
items = []
for customerModel in customers:
items.append(
CustomerGetMessage(
id=customerModel.key.id(),
name=customerModel.name,
email=customerModel.email,
phone=customerModel.phone,
location=customerModel.location,
created_date=customerModel.created_date))
# Return
return CustomerCollectionMessage(items=items)
def output(request):
res = models.search(request.GET['text'])
page = 0
if ('page' in request.GET):
page = int(request.GET['page']) - 1
plist = [(i + 1) for i in xrange(0, len(res) / 15 + ((len(res) % 15) > 0))]
context = {
'text': request.GET['text'],
'people': res,
'count': len(res),
'page': page + 1,
'pfrom': page * 15,
'psize': len(res) / 15 + ((len(res) % 15) > 0),
'pto': min(page * 15 + 15, len(res)),
'plist': plist,
}
print context
return render(request, 'result.html', context)
def search(self, request):
"""Realiza uma pesquisa dos produtos cadastrados.
"""
logging.debug('Executando endpoint de pesquisa de produtos')
#Obter a lista de produtos cadastrados
products = models.search(request)
#Declarando lista e convertendo model para message
items = []
for ProductModel in products:
items.append(
ProductGetMessage(
id = ProductModel.key.id(),
code = ProductModel.code,
name = ProductModel.name,
created_date = ProductModel.created_date))
#Retornando produtos
return ProductCollectionMessage(items=items)
def search(self, request):
"""Realiza uma pesquisa dos fornecedores cadastrados.
"""
logging.debug('Executando endpoint de pesquisa de fornecedores')
#Obter a lista de fornecedores cadastrados
suppliers = models.search(request)
#Declarando lista e convertendo model para message
items = []
for supplierModel in suppliers:
items.append(
SupplierGetMessage(
id = supplierModel.key.id(),
name = supplierModel.name,
email = supplierModel.email,
phone = supplierModel.phone,
location = supplierModel.location,
created_date = supplierModel.created_date))
#Retornando fornecedores
return SupplierCollectionMessage(items=items)
def search():
if not request.json:
abort(400)
criteria = {}
if 'doc_id' in request.json:
doc_id = str(request.json['doc_id']).strip().lower()
criteria['doc_id'] = doc_id
if 'doco_type' in request.json:
doco_type = str(request.json['doco_type']).strip().upper()
criteria['doco_type'] = doco_type
if 'name' in request.json:
name = str(request.json['name']).strip().capitalize()
criteria['name'] = name
if 'handler_id' in request.json:
handler_id = request.json['handler_id']
if not (handler_id is None):
str(handler_id).strip().lower()
criteria['handler_id'] = handler_id
if 'dog_id' in request.json:
dog_id = request.json['dog_id']
if not (dog_id is None):
str(dog_id).strip().lower()
criteria['dog_id'] = dog_id
if 'status' in request.json:
status = str(request.json['status']).strip().upper()
criteria['status'] = status
documents = models.search(criteria)
return jsonify({'documents': documents})
def getSearchResult(term):
pageNum = int(request.args.get('page', 1))
searchDict = models.search(term, pageNum)
return json.dumps(searchDict)
def search_view():
subject_id = request.form.get('subject_id', '')
type = request.form.get('type', 'song')
comments = search(subject_id, type)
return {'comments': [comment.to_dict() for comment in comments]}
create_app()
from models import Song, Artist, SEARCH_KEY, SUGGEST_KEY, search, suggest
SEARCH_KEY = 'commentbox:search:{type}:{id}'
SUGGEST_KEY = 'commentbox:suggest:{text}'
songs = [song.name for song in Song.objects.all()]
artists = [artist.name for artist in Artist.objects.all()]
text_set = set()
for name in songs + artists:
for w in [name[:i] for i in range(1, len(name) + 1)]:
text_set.add(w)
# suggest预热
for text in text_set:
print 'cache suggest', text
suggest(text)
# search预热
for song in Song.objects.all():
print 'cache search song', song.id
search(song.id, 'song')
for artist in Artist.objects.all():
print 'cache search artist', artist.id
search(artist.id, 'artist')
def search_view():
subject_id = request.form.get('subject_id', '')
type = request.form.get('type', 'movie')
comment = search(subject_id, type)
print comment
return {'comment': [comment.to_dict()]}
def search_for():
folderForm = AddFolderForm()
picForm = UpdateMetadataForm()
searchForm = SearchForm(request.form)
tagForm = AddTagForm()
addTagForm = AddTag2PicForm()
moveForm = MoveFolderForm()
batchForm = BatchUpdateForm()
editTagForm = EditTagForm()
tag_list = Tag.query.filter_by(isFolder=False).all()
children = []
pics = []
if request.method == "POST" and searchForm.submitSearch.data: # and searchForm.validate():
print "heeey"
data = {}
tb = searchForm.meta.model.__tablename__
tb_tags = Tag.__table__.name
tag_lst = []
# go through searchForm and create a filter dictionary in the form of {"tablename.column": "data",...} to pass through search function located in models.py
for field in searchForm:
if field != searchForm.submitSearch and field.data and field.data != "None":
if field != searchForm.tags and field != searchForm.folder:
data[tb + '.' + field.name] = field.data
else:
tag_lst.append(str(field.data.id))
data[tb_tags + '.id'] = tag_lst
print data
if data:
pics = search(data)
print pics
else:
pics = {}
return render_template('home.html',
editTagForm=editTagForm,
moveForm=moveForm,
batchForm=batchForm,
addTagForm=addTagForm,
searchForm=searchForm,
picForm=picForm,
tagForm=tagForm,
folderForm=folderForm,
tag_list=tag_list,
pics=pics,
folders=[])
'''
print "searchForm"
print searchForm.submitSearch.data
print searchForm.validate()
'''
return render_template('home.html',
moveForm=moveForm,
batchForm=batchForm,
editTagForm=editTagForm,
searchForm=searchForm,
addTagForm=addTagForm,
tagForm=tagForm,
picForm=picForm,
folderForm=folderForm,
pics=pics,
folders=children)
def search_all_endpoint(searchTerms):
return jsonify({"searchResults": search(searchTerms)})
