def data_for_apartments_table():
sql = """INSERT INTO apartments(id, home_id, floor, number_of_rooms, area,
kitchen_area, number_of_bedrooms, number_of_bathrooms, separated_bathrooms)
VALUES(%s,%s,%s,%s,%s,%s,%s,%s,%s)
"""
collection = connect_mongo()
cursor = collection.find()
apts = set()
apt_ids = set()
for doc in cursor:
house = doc.get('house', None)
if not house:
continue
if 'object_info' not in doc:
continue
apt_info = doc['object_info']
address = doc['address']
locality = address.get('locality', None)
if not locality:
continue
floor = apt_info.get('floor', None)
number_of_rooms = apt_info.get('rooms', None)
area = apt_info.get('area', None)
kitchen_area = apt_info.get('kitchen_area', None)
number_of_bedrooms = apt_info.get('bedrooms', None)
number_of_bathrooms = apt_info.get('bathrooms', None)
separated_bathrooms = bool(apt_info.get('separated_bathrooms', None))
hash_house_id = md5_hash((address['name'], locality['name']))
hash_apt_id = md5_hash((address['name'], locality['name'], floor, area, number_of_rooms))
if hash_apt_id not in apt_ids:
apts.add((hash_apt_id, hash_house_id, floor, number_of_rooms, area, kitchen_area,
number_of_bedrooms, number_of_bathrooms, separated_bathrooms))
apt_ids.add(hash_apt_id)
insert_data_list_in_tables(sql, apts)
def sign_document(dbo, username, mid, sigurl, signdate):
"""
Signs an HTML document.
sigurl: An HTML5 data: URL containing an image of the signature
"""
SIG_PLACEHOLDER = "signature:placeholder"
date, medianame, mimetype, content = get_media_file_data(dbo, mid)
# Is this an HTML document?
if content.find("<p") == -1 and content.find("<td") == -1:
raise utils.ASMValidationError("Cannot sign a non-HTML document")
# Has this document already been signed?
if 0 != db.query_int(dbo, "SELECT COUNT(*) FROM media WHERE ID = %d AND SignatureHash Is Not Null AND SignatureHash <> ''" % mid):
raise utils.ASMValidationError("Document is already signed")
# Does the document have a signing placeholder image? If so, replace it
if content.find(SIG_PLACEHOLDER) != -1:
content = content.replace(SIG_PLACEHOLDER, sigurl)
else:
# Create the signature at the foot of the document
sig = "<hr />\n"
sig += '<p><img src="' + sigurl + '" /></p>\n'
sig += "<p>%s</p>\n" % signdate
content += sig
# Create a hash of the contents and store it with the media record
db.execute(dbo, "UPDATE media SET SignatureHash = '%s' WHERE ID = %d" % (utils.md5_hash(content), mid))
# Update the dbfs contents
update_file_content(dbo, username, mid, content)
def _push_new_attachment(self, attachment):
attachment_full_path = self.fs.path_for(attachment.filepath)
meta = self.req.post_attachment(
attachment, attachment_full_path)['article_attachment']
meta['md5_hash'] = utils.md5_hash(attachment_full_path)
meta = self.fs.save_json(attachment.meta_filepath, meta)
attachment.meta = meta
def sign_document(dbo, username, mid, sigurl, signdate):
"""
Signs an HTML document.
sigurl: An HTML5 data: URL containing an image of the signature
"""
al.debug("signing document %s for %s" % (mid, username), "media.sign_document", dbo)
SIG_PLACEHOLDER = "signature:placeholder"
date, medianame, mimetype, content = get_media_file_data(dbo, mid)
# Is this an HTML document?
if content.find("<p") == -1 and content.find("<td") == -1:
al.error("document %s is not HTML" % mid, "media.sign_document", dbo)
raise utils.ASMValidationError("Cannot sign a non-HTML document")
# Has this document already been signed?
if 0 != dbo.query_int("SELECT COUNT(*) FROM media WHERE ID = ? AND SignatureHash Is Not Null AND SignatureHash <> ''", [mid]):
al.error("document %s has already been signed" % mid, "media.sign_document", dbo)
raise utils.ASMValidationError("Document is already signed")
# Does the document have a signing placeholder image? If so, replace it
if content.find(SIG_PLACEHOLDER) != -1:
al.debug("document %s: found signature placeholder" % mid, "media.sign_document", dbo)
content = content.replace(SIG_PLACEHOLDER, sigurl)
else:
# Create the signature at the foot of the document
al.debug("document %s: no placeholder, appending" % mid, "media.sign_document", dbo)
sig = "<hr />\n"
sig += '<p><img src="' + sigurl + '" /></p>\n'
sig += "<p>%s</p>\n" % signdate
content += sig
# Create a hash of the contents and store it with the media record
dbo.update("media", mid, { "SignatureHash": utils.md5_hash(content) })
# Update the dbfs contents
update_file_content(dbo, username, mid, content)
def data_for_companies_table():
sql = """INSERT INTO companies(id, company_name, phone) VALUES(%s,%s,%s)"""
collection = connect_mongo()
cursor = collection.find()
companies = set()
company_ids = set()
for doc in cursor:
seller = doc['seller']
house = doc.get('house', None)
if not house:
continue
address = doc['address']
locality = address.get('locality', None)
if not locality:
continue
company = seller.get('company', None)
company_name = company.get('name', None)
if not company_name:
continue
phone = company.get('phone', None)
hash_company_id = md5_hash((company_name,))
if hash_company_id not in company_ids:
companies.add((hash_company_id, company_name, phone))
company_ids.add(hash_company_id)
insert_data_list_in_tables(sql, companies)
def data_for_agents_table():
sql = """INSERT INTO agents(id, company_id, agent_name, phone, is_agent) VALUES(%s,%s,%s,%s,%s)"""
collection = connect_mongo()
cursor = collection.find()
agents = set()
agent_ids = set()
counter = 0
for doc in cursor:
counter += 1
seller = doc['seller']
house = doc.get('house', None)
if not house:
continue
address = doc['address']
locality = address.get('locality', None)
if not locality:
continue
company = seller.get('company', None)
company_name = company.get('name', None)
hash_company_id = md5_hash((company_name,))
if not company_name:
hash_company_id = None
agent = seller.get('agent', None)
phone = agent.get('phone', None)
is_agent = agent.get('is_agent', None)
agent_name = agent.get('full_name', None)
if not agent_name:
print(doc['_id'])
continue
hash_city_id = md5_hash((locality['name'],))
hash_agent_id = md5_hash((hash_city_id, agent_name, phone))
if hash_agent_id not in agent_ids:
agents.add((hash_agent_id, hash_company_id, agent_name, phone, is_agent))
agent_ids.add(hash_agent_id)
if len(agents) > 100:
insert_data_list_in_tables(sql, agents)
agents = set()
print('agents inserted. Docs passed ', counter)
insert_data_list_in_tables(sql, agents)
def flush(self, ):
if self._client is not None:
self._client.add_transaction(self._transaction.as_dict())
# rows are sharded by cliend_id
shard_idx = md5_hash(self._client.client_id()) % self.n_shards
data = self._client.as_dict()
self.outs[shard_idx].write(json.dumps(data) + "\n")
self._client = None
self._transaction = None
def register():
data = request.form
username = data["username"]
password = data["password"]
cpassword = data["cpassword"]
#TODO: here should check username and password valid or not in backend
#Lazy to change if got time, should do
client.register(username, utils.md5_hash(password))
session["user"] = client.get_user_by_name(username)
return redirect("/")
def login():
data = request.form
username = data["username"].strip()
password = data["password"]
user = client.get_user_by_username_password(username, utils.md5_hash(password))
# join_date = client.get_user_by_join_date(username)
if user is not None:
session["user"] = user
# session["join_date"] = join_date
else:
flash(u'Login failed. Wrong username or password.', 'danger')
return redirect("/")
def data_for_cities_table():
sql = "INSERT INTO cities(id, city_name) VALUES(%s,%s)"
collection = connect_mongo()
cursor = collection.find()
cities = set()
for doc in cursor:
address = doc['address']
if 'locality' not in address:
continue
locality = address['locality']
hash_city_id = md5_hash((locality['name'],))
cities.add((hash_city_id, locality['name']))
insert_data_list_in_tables(sql, cities)
def data_for_homes_table():
sql = """INSERT INTO homes(id, city_id, build_year, number_of_floors, address,
parking, lifts_passenger, lifts_freight, lat, lon)
VALUES(%s,%s,%s,%s,%s,%s,%s,%s,%s,%s)
"""
collection = connect_mongo()
cursor = collection.find()
homes = set()
homes_id = set()
for doc in cursor:
address = doc['address']
house = doc.get('house', None)
if not house:
continue
locality = address.get('locality', None)
if not locality:
continue
build_year = house.get('build_year', None)
floors = house.get('floors', None)
parking = house.get('parking', None)
if parking:
parking_str = ', '.join([inner_dict['display_name'] for inner_dict in parking])
else:
parking_str = None
lifts_freight = house.get('lifts_freight', None)
lifts_passenger = house.get('lifts_passenger', None)
position = address['position']
lat = position.get('lat', None)
lon = position.get('lon', None)
hash_house_id = md5_hash((address['name'], locality['name']))
hash_city_id = md5_hash((locality['name'],))
if hash_house_id not in homes_id:
homes.add((hash_house_id, hash_city_id, build_year, floors, address['name'], parking_str,
lifts_passenger, lifts_freight, lat, lon))
homes_id.add(hash_house_id)
insert_data_list_in_tables(sql, homes)
def query_cache(dbo, sql, age = 60):
"""
Runs the query given and caches the result
for age seconds. If there's already a valid cached
entry for the query, returns the cached result
instead.
If CACHE_COMMON_QUERIES is set to false, just runs the query
without doing any caching and is equivalent to db.query()
"""
if not CACHE_COMMON_QUERIES: return query(dbo, sql)
cache_key = utils.md5_hash("%s:%s:%s" % (dbo.alias, dbo.database, sql.replace(" ", "_")))
results = cachemem.get(cache_key)
if results is not None:
return results
results = query(dbo, sql)
cachemem.put(cache_key, results, age)
return results
def query_cache(self, sql, params=None, age=60, limit=0, distincton=""):
"""
Runs the query given and caches the result
for age seconds. If there's already a valid cached
entry for the query, returns the cached result
instead.
If CACHE_COMMON_QUERIES is set to false, just runs the query
without doing any caching and is equivalent to Database.query()
"""
if not CACHE_COMMON_QUERIES: return self.query(sql, params=params, limit=limit)
cache_key = utils.md5_hash("%s:%s:%s" % (self.database, sql, params))
results = cachemem.get(cache_key)
if results is not None:
return results
results = self.query(sql, params=params, limit=limit, distincton=distincton)
cachemem.put(cache_key, results, age)
return results
def search_tag():
gender = age = zcdj = yf = yc = intr = '未知'
mac = str(request.form.get('macAddress'))
mac = mac.replace(':', '')
md5 = md5_hash(mac)
mac = normalize_mac(mac)
ret = r.get(md5)
if ret:
ret = ret.decode()
ret = json.loads(ret)
if 'gender' in ret:
gender = translate(ret['gender'])
if 'age' in ret:
age = translate(ret['age'])
if 'zcdj' in ret:
zcdj = translate(ret['zcdj'])
if 'yf' in ret:
yf = translate(ret['yf'])
if 'yc' in ret:
yc = translate(ret['yc'])
if 'intr' in ret:
intr = translate(ret['intr'])
return mac, gender, age, zcdj, yf, yc, intr
def _has_attachment_changed(self, attachment):
attachment_full_path = self.fs.path_for(attachment.filepath)
attachment_md5_hash = utils.md5_hash(attachment_full_path)
if attachment_md5_hash == attachment.meta.get('md5_hash', ''):
return False
return True
def _save_attachment(self, attachment):
attachment_path = self.fs.path_for(attachment.filepath)
self.zd.get_attachment(attachment.meta['relative_path'], attachment_path)
attachment.meta['md5_hash'] = utils.md5_hash(attachment_path)
self.fs.save_json(attachment.meta_filepath, attachment.meta)
def test_md5_hash(self):
""" Tests the md5_hash function """
data = md5_hash("web2py rocks")
self.assertEqual(data, '79509f3246a2824dee64635303e99204')
def test_md5_hash(self):
""" Tests the md5_hash function """
data = md5_hash("web2py rocks")
self.assertEqual(data, "79509f3246a2824dee64635303e99204")
def from_json(cls, json, model=None):
if not json:
return cls()
if model is None:
model = cls()
if "id" in json:
model.key = ndb.Key(cls, json["id"])
else:
model.key = ndb.Key(cls, str(uuid.uuid4()))
for key, prop in model._properties.iteritems():
if key not in json.keys():
continue
if key == "created" or key == "updated":
continue
value = None
if key == "password":
if len(json[key]) < 1:
raise HttpResponseException(PASSWORD)
value = utils.md5_hash(json[key]) # TODO - have the client hash the password before sending it up?
elif type(prop) in NDB_KEY_TYPES:
if json[key] is None:
if prop._repeated:
value = []
else:
value = None
elif type(prop) == ndb.BlobKeyProperty:
if prop._repeated:
value = [BlobKey(k) for k in json[key]]
else:
value = BlobKey(json[key])
else:
cls_kind = prop._kind
if cls_kind is None:
cls_kind = cls
if prop._repeated:
value = [ndb.Key(cls_kind, k) for k in json[key]]
else:
value = ndb.Key(cls_kind, json[key])
elif type(prop) in NDB_STRING_TYPES:
if not prop._repeated:
value = json[key]
# Should allow strings to be null
# json[key] is None or
if json[key] is not None and not isinstance(json[key], basestring):
value = ""
else:
repeated_list = getattr(model, key)
if not repeated_list:
repeated_list = []
if not isinstance(json[key], list):
json[key] = [json[key]]
for each in json[key]:
if each not in repeated_list:
repeated_list.append(each)
value = repeated_list
# the original code sorted this list before saving it
# sorted(repeated_list, key=lambda list_item: list_item.lower())
elif type(prop) in NDB_DATE_TYPES:
if type(json[key]) in DATE_TYPES:
value = json[key]
elif type(json[key]) == basestring or type(json[key]) == unicode:
if type(prop) == ndb.DateProperty:
value = utils.DateParser.date(json[key])
elif type(prop) == ndb.DateTimeProperty:
value = utils.DateParser.datetime(json[key])
elif type(prop) == ndb.TimeProperty:
value == utils.DateParser.time(json[key])
else:
value = None
else:
value = None
elif type(prop) == ndb.StructuredProperty:
if prop._repeated:
repeated_list = getattr(model, key)
if not repeated_list:
repeated_list = []
if not isinstance(json[key], list):
json[key] = [json[key]]
repeated_objs = {}
if repeated_list:
for st_model in repeated_list:
repeated_objs[st_model.id] = st_model.to_dict()
for each in json[key]:
if not each:
continue
kes = each.keys()
if "id" not in kes:
each["id"] = str(uuid.uuid4())
st_model = prop._modelclass().from_json(each)
repeated_objs[st_model.id] = st_model
else:
if each["id"] in repeated_objs:
del repeated_objs[each["id"]]
st_model = prop._modelclass().from_json(each)
repeated_objs[st_model.id] = st_model
if st_model not in repeated_list:
repeated_list.append(st_model)
value = repeated_objs.values()
else:
value = prop._modelclass().from_json(json[key])
elif type(json[key]) in SIMPLE_TYPES or type(prop) in NDB_PRIMITIVE_TYPES:
if prop._repeated:
if type(prop) == ndb.IntegerProperty:
value = [int(item) for item in json[key]]
elif type(prop) == ndb.FloatProperty:
value = [float(item) for item in json[key]]
elif type(prop) == ndb.BooleanProperty:
value = [bool(item) for item in json[key]]
else:
value = json[key]
else:
if json[key] is None:
value = None
elif type(prop) == ndb.IntegerProperty:
value = int(json[key])
elif type(prop) == ndb.FloatProperty:
value = float(json[key])
elif type(prop) == ndb.BooleanProperty:
value = bool(json[key])
else:
value = json[key]
else:
logging.info("invalid json key:" % key)
setattr(model, key, value)
return model
def data_for_listings_table():
sql = """INSERT INTO listings(id, apt_id, agent_id, category, deal_type, published_date, offer_type,
living_area, room_area, window_view, communal_payments, deposit, commission)
VALUES(%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s)"""
collection = connect_mongo()
cursor = collection.find()
listings = set()
listing_ids = set()
counter = 0
for doc in cursor:
counter += 1
seller = doc['seller']
house = doc.get('house', None)
if not house:
continue
address = doc['address']
locality = address.get('locality', None)
if not locality:
continue
price_info = doc['price_info']
object_info = doc['object_info']
floor = object_info.get('floor', None)
number_of_rooms = object_info.get('rooms', None)
area = object_info.get('area', None)
agent = seller.get('agent', None)
phone = agent.get('phone', None)
agent_name = agent.get('full_name', None)
if not agent_name:
continue
category = doc.get('category', None)
deal_type = doc.get('deal_type')
published_date = doc.get('published_date', None)
offer_type = doc.get('offer_type', None)
living_area = object_info.get('living_area', None)
if not living_area:
living_area = None
room_area = object_info.get('room_area', None)
if not room_area:
room_area = None
window_view = object_info.get('window_view', None)
if window_view:
window_view_str = ', '.join([inner_dict['display_name'] for inner_dict in window_view])
else:
window_view_str = None
communal_payments = price_info.get('communal_payments', None)
if communal_payments:
communal_payments_str = communal_payments.get('display_name', None)
else:
communal_payments_str = None
deposit = price_info.get('deposit', None)
if not deposit:
deposit = None
commission = price_info.get('commission', None)
if not commission:
commission = None
id = doc['_id']
hash_apt_id = md5_hash((address['name'], locality['name'], floor, area, number_of_rooms))
hash_city_id = md5_hash((locality['name'],))
hash_agent_id = md5_hash((hash_city_id, agent_name, phone))
if id not in listing_ids:
listings.add((id, hash_apt_id, hash_agent_id, category, deal_type, published_date, offer_type,
living_area, room_area, window_view_str, communal_payments_str, deposit,
commission))
listing_ids.add(id)
if len(listings) > 100:
insert_data_list_in_tables(sql, listings)
listings = set()
print('listings inserted. Docs passed ', counter)
insert_data_list_in_tables(sql, listings)
def accepts(
self,
request_vars,
session=None,
formname='%(tablename)s_%(record_id)s',
keepvalues=False,
onvalidation=None,
dbio=True,
hideerror=False,
detect_record_change=False,
):
"""
similar FORM.accepts but also does insert, update or delete in SQLDB.
but if detect_record_change == True than:
form.record_changed = False (record is properly validated/submitted)
form.record_changed = True (record cannot be submitted because changed)
elseif detect_record_change == False than:
form.record_changed = None
"""
if request_vars.__class__.__name__ == 'Request':
request_vars = request_vars.post_vars
keyed = hasattr(self.table,'_primarykey')
# implement logic to detect whether record exist but has been modified
# server side
self.record_changed = None
if detect_record_change:
if self.record:
self.record_changed = False
serialized = '|'.join(str(self.record[k]) for k in self.table.fields())
self.record_hash = md5_hash(serialized)
# logic to deal with record_id for keyed tables
if self.record:
if keyed:
formname_id = '.'.join(str(self.record[k])
for k in self.table._primarykey
if hasattr(self.record,k))
record_id = dict((k,request_vars[k]) for k in self.table._primarykey)
else:
(formname_id, record_id) = (self.record.id, request_vars.get('id', None))
keepvalues = True
else:
if keyed:
formname_id = 'create'
record_id = dict([(k,None) for k in self.table._primarykey])
else:
(formname_id, record_id) = ('create', None)
if not keyed and isinstance(record_id, (list, tuple)):
record_id = record_id[0]
if formname:
formname = formname % dict(tablename = self.table._tablename,
record_id = formname_id)
# ## THIS IS FOR UNIQUE RECORDS, read IS_NOT_IN_DB
for fieldname in self.fields:
field = self.table[fieldname]
requires = field.requires or []
if not isinstance(requires, (list, tuple)):
requires = [requires]
[item.set_self_id(self.record_id) for item in requires
if hasattr(item, 'set_self_id') and self.record_id]
# ## END
fields = {}
for key in self.vars:
fields[key] = self.vars[key]
ret = FORM.accepts(
self,
request_vars,
session,
formname,
keepvalues,
onvalidation,
hideerror=hideerror,
)
if not ret and self.record and self.errors:
### if there are errors in update mode
# and some errors refers to an already uploaded file
# delete error if
# - user not trying to upload a new file
# - there is existing file and user is not trying to delete it
# this is because removing the file may not pass validation
for key in self.errors.keys():
if self.table[key].type == 'upload' \
and request_vars.get(key,None) in (None,'') \
and self.record[key] \
and not key+UploadWidget.ID_DELETE_SUFFIX in request_vars:
del self.errors[key]
if not self.errors:
ret = True
requested_delete = \
request_vars.get(self.FIELDNAME_REQUEST_DELETE, False)
self.custom.end = TAG[''](self.hidden_fields(), self.custom.end)
auch = record_id and self.errors and requested_delete
# auch is true when user tries to delete a record
# that does not pass validation, yet it should be deleted
if not ret and not auch:
for fieldname in self.fields:
field = self.table[fieldname]
### this is a workaround! widgets should always have default not None!
if not field.widget and field.type.startswith('list:') and \
not OptionsWidget.has_options(field):
field.widget = self.widgets.list.widget
if hasattr(field, 'widget') and field.widget and fieldname in request_vars:
if fieldname in self.vars:
value = self.vars[fieldname]
elif self.record:
value = self.record[fieldname]
else:
value = self.table[fieldname].default
row_id = '%s_%s%s' % (self.table,fieldname,SQLFORM.ID_ROW_SUFFIX)
widget = field.widget(field, value)
self.field_parent[row_id].components = [ widget ]
if not field.type.startswith('list:'):
self.field_parent[row_id]._traverse(False,hideerror)
self.custom.widget[ fieldname ] = widget
return ret
if record_id and str(record_id) != str(self.record_id):
raise SyntaxError, 'user is tampering with form\'s record_id: ' \
'%s != %s' % (record_id, self.record_id)
if requested_delete and self.custom.deletable:
if dbio:
if keyed:
qry = reduce(lambda x,y: x & y,
[self.table[k]==record_id[k] for k in self.table._primarykey])
if self.table._db(qry).delete():
self.vars.update(record_id)
else:
self.table._db(self.table.id == self.record.id).delete()
self.vars.id = self.record.id
self.errors.clear()
for component in self.elements('input, select, textarea'):
component['_disabled'] = True
return True
for fieldname in self.fields:
if not fieldname in self.table:
continue
if not self.ignore_rw and not self.table[fieldname].writable:
continue
field = self.table[fieldname]
if field.type == 'id':
continue
if field.type == 'boolean':
if self.vars.get(fieldname, False):
self.vars[fieldname] = fields[fieldname] = True
else:
self.vars[fieldname] = fields[fieldname] = False
elif field.type == 'password' and self.record\
and request_vars.get(fieldname, None) == \
PasswordWidget.DEFAULT_PASSWORD_DISPLAY:
continue # do not update if password was not changed
elif field.type == 'upload':
f = self.vars[fieldname]
fd = fieldname + '__delete'
if f == '' or f == None:
if self.vars.get(fd, False) or not self.record:
fields[fieldname] = ''
else:
fields[fieldname] = self.record[fieldname]
self.vars[fieldname] = fields[fieldname]
continue
elif hasattr(f,'file'):
(source_file, original_filename) = (f.file, f.filename)
elif isinstance(f, (str, unicode)):
### do not know why this happens, it should not
(source_file, original_filename) = \
(cStringIO.StringIO(f), 'file.txt')
newfilename = field.store(source_file, original_filename)
# this line is for backward compatibility only
self.vars['%s_newfilename' % fieldname] = newfilename
fields[fieldname] = newfilename
if isinstance(field.uploadfield,str):
fields[field.uploadfield] = source_file.read()
# proposed by Hamdy (accept?) do we need fields at this point?
self.vars[fieldname] = fields[fieldname]
continue
elif fieldname in self.vars:
fields[fieldname] = self.vars[fieldname]
elif field.default == None and field.type!='blob':
self.errors[fieldname] = 'no data'
return False
value = fields.get(fieldname,None)
if field.type == 'list:string':
if not isinstance(value,(tuple,list)):
fields[fieldname] = value and [value] or []
elif field.type.startswith('list:'):
if not isinstance(value,list):
fields[fieldname] = [safe_int(x) for x in (value and [value] or [])]
elif field.type == 'integer':
if value != None:
fields[fieldname] = safe_int(value)
elif field.type.startswith('reference'):
if value != None and isinstance(self.table,Table) and not keyed:
fields[fieldname] = safe_int(value)
elif field.type == 'double':
if value != None:
fields[fieldname] = safe_float(value)
for fieldname in self.vars:
if fieldname != 'id' and fieldname in self.table.fields\
and not fieldname in fields and not fieldname\
in request_vars:
fields[fieldname] = self.vars[fieldname]
if dbio:
if keyed:
if reduce(lambda x,y: x and y, record_id.values()): # if record_id
if fields:
qry = reduce(lambda x,y: x & y, [self.table[k]==self.record[k] for k in self.table._primarykey])
self.table._db(qry).update(**fields)
else:
pk = self.table.insert(**fields)
if pk:
self.vars.update(pk)
else:
ret = False
else:
if record_id:
self.vars.id = self.record.id
if fields:
self.table._db(self.table.id == self.record.id).update(**fields)
else:
self.vars.id = self.table.insert(**fields)
return ret
