def apiRequest(self, movie='', useYear=True):
if type(movie) != dict: return False
if sys.version_info[0] == 3: title, year, gotError = urllib_quote(movie['title'].encode('utf8')), urllib_quote(movie['year'].encode('utf8')) if useYear else '', False # py3
else: title, year, gotError = urllib_quote(movie['title']).encode('utf8'), urllib_quote(movie['year']).encode('utf8') if useYear else '', False #py2
for api_name, api in _iteritems(self.api_list):
try:
if sys.version_info[0] == 3: data = json_loads( urllib2_urlopen(api['url'] % (title, year)).read().decode('utf-8') ) # py3
else: data = json_loads( urllib2_urlopen(api['url'] % (title, year)).read() ) # py2
if api['response_status_key'] in data and data[api['response_status_key']] == api['status_success_value']:
dataRated = data[api['response_rated_key']].upper() if api['response_rated_key'] in data else 'UNKNOWN'
if dataRated not in self.rated_aliases:
self.log('Unrecognized Rated: "%s" - API: "%s" - Movie: "%s" - Year: "%s"' % (dataRated, api_name, title, year))
self.rated_aliases[dataRated] = 'UNKNOWN'
movie['rated'] = dataRated
except (urllib2_HTTPError, urllib2_URLError) as e:
gotError = True
#print('\r%s' % self.clear_line),
self.rePrint()
#print('\r%s' % self.clear_line, end='')
self.log('\rError occurred while checking the rated for "%s"' % movie['basename'])
if self.rated_aliases[movie['rated']] != 'UNKNOWN':
break # Found the Rated, so let's exit the loop
if not self.args.quiet and not gotError:
self.rePrint('Live :%s%s ---> %s' % ((10-len(movie['rated']))*' ', movie['rated'], movie['basename']), False)
self.rated_results[self.rated_aliases[movie['rated']]].append(movie)
return True
def test_rpy_search(self):
with make_temp_env("python=3.5") as prefix:
run_command(Commands.CONFIG, prefix, "--add channels https://repo.continuum.io/pkgs/free")
run_command(Commands.CONFIG, prefix, "--remove channels defaults")
stdout, stderr = run_command(Commands.CONFIG, prefix, "--show", "--json")
json_obj = json_loads(stdout)
assert 'defaults' not in json_obj['channels']
assert_package_is_installed(prefix, 'python')
assert 'r' not in context.channels
# assert conda search cannot find rpy2
stdout, stderr = run_command(Commands.SEARCH, prefix, "rpy2", "--json")
json_obj = json_loads(stdout.replace("Fetching package metadata ...", "").strip())
assert bool(json_obj) is False
# add r channel
run_command(Commands.CONFIG, prefix, "--add channels r")
stdout, stderr = run_command(Commands.CONFIG, prefix, "--show", "--json")
json_obj = json_loads(stdout)
assert 'r' in json_obj['channels']
# assert conda search can now find rpy2
stdout, stderr = run_command(Commands.SEARCH, prefix, "rpy2", "--json")
json_obj = json_loads(stdout.replace("Fetching package metadata ...", "").strip())
assert len(json_obj['rpy2']) > 1
def post(self, request):
print 'post'
# arr = [p for p in product.__class__.__dict__ if p[0:2] != '__']
# attributes = [a for a in Products.objects.first() if a[0:2] != '__']
# print attributes
# name = request.POST.get('name', 'null')
# print 'test name', name
# name = request.POST['name']
# print 'test name', name
# print 'test', request.body['name']
# data = request.body
# print request.body
print json_loads(request.body)
data = json_loads(request.body)
if not data:
return invalid('not data')
name = ''
description = ''
if data['name']:
name = data['name']
print 'name', name
if data['description']:
description = data['description']
print 'desc', description
print 'create'
category = Categories.objects.create(
name=name,
description=description,
)
if category:
print 'created'
return self.PostCodes.ok(category)
else:
return invalid('not create')
def parse_lasoo_store_js(lasoo_store_js):
# Store list json for google map looks like below:
# [
# {id:13524191847234,latitude:-43.55240631,longitude:172.6368103,
# displayName:"All Power -- Cyclone Cycles & Mowers Ltd'"}
# ,
# {id:13524191847738,latitude:-43.51478577,longitude:172.64381409,
# displayName:"All Power -- Edgeware Mowers & Chainsaws Ltd'"}
# ,
# ...
# ]
lasoo_store_js = lasoo_store_js.replace("\t", "").replace("\n", "").replace("\r", "").replace('\'"', '"')
if lasoo_store_js.find("\"id\"") > 0:
store_list = json_loads(lasoo_store_js)
else:
store_json = lasoo_store_js \
.replace('{id:', '{"id":') \
.replace(',latitude:', ',"latitude":') \
.replace(',longitude:', ',"longitude":') \
.replace(',displayName:', ',"displayName":')
store_list = json_loads(store_json)
results = []
for store in store_list:
item = {}
item['lasoo_id'] = str(store['id'])
# Normalise field name and value
item['display_name'] = normalize_lasoo_store_display_name(store['displayName'])
item['name'] = item['display_name'].lower()
item['latitude'] = store['latitude']
item['longitude'] = store['longitude']
results.append(item)
return results
def test_clone_offline_multichannel_with_untracked(self):
with make_temp_env("python") as prefix:
assert_package_is_installed(prefix, 'python')
assert 'r' not in context.channels
# assert conda search cannot find rpy2
stdout, stderr = run_command(Commands.SEARCH, prefix, "rpy2", "--json")
json_obj = json_loads(stdout.replace("Fetching package metadata ...", "").strip())
assert bool(json_obj) is False
# add r channel
run_command(Commands.CONFIG, prefix, "--add channels r")
stdout, stderr = run_command(Commands.CONFIG, prefix, "--get", "--json")
json_obj = json_loads(stdout)
assert json_obj['rc_path'] == join(prefix, 'condarc')
assert json_obj['get']['channels']
# assert conda search can now find rpy2
stdout, stderr = run_command(Commands.SEARCH, prefix, "rpy2", "--json")
json_obj = json_loads(stdout.replace("Fetching package metadata ...", "").strip())
assert len(json_obj['rpy2']) > 1
run_command(Commands.INSTALL, prefix, "rpy2")
assert_package_is_installed(prefix, 'rpy2')
run_command(Commands.LIST, prefix)
with enforce_offline():
with make_temp_env("--clone", prefix, "--offline") as clone_prefix:
assert_package_is_installed(clone_prefix, 'python')
assert_package_is_installed(clone_prefix, 'rpy2')
assert isfile(join(clone_prefix, 'condarc')) # untracked file
def set_licensing(self, netid, add=None, remove=None):
""" Return True if license was set/unset
"""
if add and len(add) or remove and len(remove):
try:
self.license_api.set_licenses_for_netid(
netid, add=add, remove=remove)
return True
except DataFailureException as ex:
err_msg = str(ex)
try:
if ex.status == 404:
odata = json_loads(ex.msg)['odata.error']
err_msg = odata['message']['value']
raise MSCAProvisionerNetidNotFound(
'License 404: %s: %s' % (netid, err_msg))
elif ex.status == 400:
odata = json_loads(ex.msg)['odata.error']
code = odata['code']
msg = odata['message']['value']
if (code == 'Request_BadRequest' and
re.match(r'.* invalid usage location\.$', msg)):
self.user_api.set_location_for_netid(netid, 'US')
self.log.info(
'Assigned location "US" to netid %s' % netid)
return self.set_licensing(
netid, add=add, remove=remove)
except:
pass
raise MSCAProvisionerException(
'License Fail: netid %s: add %s: remove %s: %s' % (
netid, add, remove, err_msg))
return False
def put(self, request, id):
print 'put'
print 'id', id
print json_loads(request.body)
data = json_loads(request.body)
if not data:
return invalid('not data')
# if data['id']:
# id = data['id']
# print 'id', id
category = Categories.objects.get(id=id)
if data['name']:
category.name = data['name']
print 'name', category.name
if data['description']:
category.description = data['description']
print 'desc', category.description
print 'update'
category.save()
if category:
print 'updated'
return self.PutCodes.ok(category)
else:
print 'did not update'
return invalid('not update')
def uri_solve_1st():
'''
>>> data_str
[[0,0], [1,2], [3,4] ...]
'''
try:
plist = json_loads(request.form.get('data'))
lbpos = json_loads(request.form.get('lb_pos'))
return json_dumps(unicursal_from_lb(plist, lbpos))
except: #FIXME: fix type of except
return erro_screen_points()
def parse_file(filename): """Parses a single file""" with open(directory+filename) as f: data = f.readlines() category = json_loads(data[0]) similar = json_loads(data[1]) if 'SimilarSites' not in similar: similar = False if 'Category' not in category: category = False return [category, similar]
def extract(self, text, service, timeout):
"""Extract named entities from document with 'service'.
'service' can be any of the constants defined in this module.
"""
""" submit document """
self.http.request("POST", "/api/document",
urlencode({"text": text,
"key": self.api_key}),
self._headers
)
response = self.http.getresponse()
if response.status / 100 != 2:
raise Exception("%s %s" % (response.status, response.reason))
json = response.read()
_debug(response, json)
data = json_loads(json)
id_document = data["idDocument"]
""" annotate document """
self.http.request("POST", "/api/annotation",
urlencode({"extractor": service,
"idDocument": id_document,
"timeout": timeout,
"key": self.api_key}),
self._headers
)
response = self.http.getresponse()
if response.status / 100 != 2:
raise Exception("%s %s" % (response.status, response.reason))
json = response.read()
_debug(response, json)
data = json_loads(json)
id_annotation = data["idAnnotation"]
""" get extraction from the annotation """
self.http.request("GET", "/api/entity" + "?key=%s&idAnnotation=%s" % (self.api_key,id_annotation),
headers = self._headers
)
response = self.http.getresponse()
if response.status / 100 != 2:
raise Exception("%s %s" % (response.status, response.reason))
json = response.read()
_debug(response, json)
data = json_loads(json)
return data
def test_shortcut_absent_when_condarc_set(self):
from menuinst.win32 import dirs as win_locations
user_mode = 'user' if exists(join(sys.prefix, u'.nonadmin')) else 'system'
shortcut_dir = win_locations[user_mode]["start"]
shortcut_dir = join(shortcut_dir, "Anaconda{0} ({1}-bit)"
"".format(sys.version_info.major, context.bits))
prefix = make_temp_prefix(str(uuid4())[:7])
shortcut_file = join(shortcut_dir, "Anaconda Prompt ({0}).lnk".format(basename(prefix)))
assert not isfile(shortcut_file)
# set condarc shortcuts: False
run_command(Commands.CONFIG, prefix, "--set shortcuts false")
stdout, stderr = run_command(Commands.CONFIG, prefix, "--get", "--json")
json_obj = json_loads(stdout)
# assert json_obj['rc_path'] == join(prefix, 'condarc')
assert json_obj['get']['shortcuts'] is False
try:
with make_temp_env("console_shortcut", prefix=prefix):
# including shortcuts: False from condarc should not get shortcuts installed
assert package_is_installed(prefix, 'console_shortcut')
assert not isfile(shortcut_file)
# make sure that cleanup without specifying --shortcuts still removes shortcuts
run_command(Commands.REMOVE, prefix, 'console_shortcut')
assert not package_is_installed(prefix, 'console_shortcut')
assert not isfile(shortcut_file)
finally:
rmtree(prefix, ignore_errors=True)
if isfile(shortcut_file):
os.remove(shortcut_file)
def behavior(self):
while True:
# if not connected --> try to connect
if self.sock is None:
self._connect()
# if not connected --> sleep for a bit
if self.sock is None:
yield self.forDuration(0.1)
continue
# receive an update / skip
try:
msg = self.sock.recv(1024)
except SocketError, se:
# If there was no data on the socket --> not a real error, else
if se.errno != 35:
progress("Connection failed: " + str(se))
self.sock.close()
self.sock = None
yield
continue
ts = self.app.now
dic = json_loads(msg)
assert type(dic) is dict
dic = dic.items()
dic.sort()
progress("Message received at: " + str(ts))
for k, v in dic:
progress(" %s : %s" % (k, repr(v)))
yield self.forDuration(0.3)
def behavior( self ):
"""
Plan main loop
"""
while True:
# If no socket set up --> activate the ensureConnection sub-behavior to fix
if self.sock is None:
yield self.ensureConnection()
msg = self._nextMessage()
# If no message --> sleep a little and try again
if len(msg) is 0:
yield self.forDuration(0.3)
continue
# Parse the message
dic = json_loads(msg)
ts = self.app.now
self.lastSensor = (ts, dic['f'], dic['b'])
print 'JSON:', str(dic)
# Check for field tags
#if dic.has_key(""):
#TODO: check for world points
if dic.has_key("w"):
self.lastWaypoints = (ts,dic['w'])
# Make sure to allow others to get the CPU
yield
def handle_trent_request(self):
target = request.headers.get("X-Amz-Target")
data = request.get_data()
verifier = AWSSigV4Verifier(
request_method=request.method, uri_path=request.path,
query_string=request.query_string, headers=request.headers,
body=data, region="us-west-2", service="kms",
key_mapping=self.keymap)
try:
verifier.verify()
except InvalidSignatureError as e:
# Uncomment if debugging signature issues.
# print_exc()
return make_response(json_dumps(
{"__type": "AuthFailure",
"message": "Invalid signature"}), UNAUTHORIZED)
try:
params = json_loads(data)
except ValueError as e:
return make_response(json_dumps(
{"__type": "MalformedQueryString",
"message": "Could not decode JSON data"}), BAD_REQUEST)
if target == "TrentService.GenerateDataKey":
return self.handle_trent_generate_data_key_request(params)
elif target == "TrentService.Decrypt":
return self.handle_trent_decrypt_request(params)
print("Unknown action %s: params=%r" % (target, params), file=stderr)
return make_response(json_dumps(
{"__type": "InvalidAction",
"message": "Unknown action %s" % target}), BAD_REQUEST)
def handle_trent_decrypt_request(self, params):
try:
ciphertext_blob = params["CiphertextBlob"]
encryption_context = params.get("EncryptionContext", {})
except KeyError as e:
return make_response(json_dumps(
{"__type": "MissingParameter",
"message": "Missing parameter: %s" % e.args[0]}), BAD_REQUEST)
try:
encrypt_params = json_loads(b64decode(ciphertext_blob))
except ValueError as e:
return make_response(json_dumps(
{"__type": "InvalidParameterValue",
"message": "Invalid ciphertext blob"}), BAD_REQUEST)
try:
key_id = encrypt_params["KeyId"]
encryption_context = encrypt_params["EncryptionContext"]
plaintext = encrypt_params["Plaintext"]
except KeyError as e:
return make_response(json_dumps(
{"__type": "MissingParameter",
"message": "Missing parameter: %s" % e.args[0]}), BAD_REQUEST)
# Plaintext is already base64 encoded.
return make_response(json_dumps(
{"KeyId": key_id, "Plaintext": plaintext}), OK)
def behavior( self ):
while True:
# if not connected --> try to connect
if self.sock is None:
self._connect()
# if not connected --> sleep for a bit
if self.sock is None:
yield self.forDuration(0.1)
continue
# receive an update / skip
try:
msg = self.sock.recv(1024)
except SocketError, se:
# If there was no data on the socket --> not a real error, else
if se.errno != 35:
progress("Connection failed: "+str(se))
self.sock.close()
self.sock = None
yield
continue
ts = self.app.now
try:
dic = json_loads(msg)
except ValueError, ve:
progress("Parsing Error %s" % repr(msg) + str(ve))
def get_group_info_from_address(netloc, usessl, address, token):
'''Get the group information from an email address for the list.
:param str netloc: The name of the GroupServer host to check with.
:param bool usessl: ``True`` if TLS should be used to communicate with the
server.
:param str address: The email address of the list (group) to be checked.
:param str token: The authentication token to pass to GroupServer.
:raises NotOk: If the server (``hostname``) responds with something
other than ``200``.
:return: Information about the group.
:rtype: ``dict``
Get information about a group, by sending the parameters to
:const:`GROUP_EXISTS_URI`. The server **must** respond with a JSON object,
and this is converted to a Python object before being returned
(see :func:`json.loads`).
'''
fields = {'form.email': address, 'form.token': token,
'form.actions.check': 'Check'}
status, reason, data = post_multipart(netloc, GROUP_EXISTS_URI,
fields, usessl=usessl)
if status != HTTP_OK:
raise NotOk('%s (%d <%s>)' % (reason, status, netloc))
retval = json_loads(data)
return retval
def put(self, request, id=0):
print 'put'
if not id:
return invalid('error: update customer: no id')
data = json_loads(request.body)
if not data:
return invalid('not data')
print data
try:
print 'updating'
customer = Customers.objects.get(id=id)
user = User.objects.get(id=customer.user.id)
user.email = data['email']
user.is_active = data['active']
user.username = data['username']
user.last_name = data['lastname']
user.first_name = data['firstname']
if data['password']:
user.set_password(data['password'])
user.save()
customer.user = user
customer.phone = data['phone']
customer.address = data['address']
customer.save()
return self.Response.ok(customer)
except Exception:
return invalid('error: update customer')
def get_mst():
points = map(tuple, json_loads(request.form.get('data')))
return json_dumps(
mst.mst(
mst.fullmap_of_pointslist(points)))
def crypt_to_dict_sha256(crypt_data: str, password: str = '',
skip_invalid: bool = True) -> dict:
""" Decrypts crypt_data and returns the json.loads dictionary.
If skip_invalid is True then skip decryption of data if the password is
invalid.
"""
while True:
# Get the password to decrypt the data.
if not password:
password = getpass.getpass('Enter the password for decryption: ')
# Convert the data to a bytes object and decrypt it.
json_data = decrypt_sha256(password, str_to_bytes_sha256(crypt_data))
# Load the decrypted data with json and return the resulting
# dictionary.
try:
return json_loads(json_data)
except:
# Don't loop forever unless asked to.
if skip_invalid:
print('Skipping, because of invalid password.')
return {}
else:
print('Invalid password. Please try again.')
password = ''
continue
def post(self, request, project_id, subset_id):
"""
Updates the subset filter based on the data entered by the user
Parameter
---------
request : django.http.HttpRequest
Object representing the request.
project_id : int
identifies the project in the data base
subset_id : int
identifies the subset in the data base
Returns
-------
django.http.HttpResponse
Rendered template
"""
context = self.get_context_data(project_id, subset_id)
subset = context.get('subset')
if subset:
data = request.POST
if data['filters'] != '-1':
subset.filters = json_loads(data['filters'])
subset.save()
messages.success(self.request, "The subset has been updated.")
return self.render_to_response(context)
def getdescendants(request, code):
params = {}
results = {}
language = request.LANGUAGE_CODE.lower()
if language == 'pt-br':
language = 'pt'
for lang in DECS_LANGS:
params[lang] = urllib.urlencode({
'tree_id': code or '',
'lang': lang,
})
resource = urllib.urlopen(settings.DECS_SERVICE, params[lang])
tree = ElementTree()
tree.parse(resource)
descendants = tree.findall('decsws_response/tree/descendants/term_list[@lang="%s"]/term' % lang)
for d in descendants:
if d.attrib['tree_id'] in results:
results[ d.attrib['tree_id'] ] += ',"%s":"%s"' % (lang,d.text.capitalize())
else:
results[ d.attrib['tree_id'] ] = '"%s":"%s"' % (lang,d.text.capitalize())
json = '[%s]' % ','.join((JSON_MULTILINGUAL_TERM % (id,desc) for desc,id in results.items()))
json_response = json_loads(json)
json_response.sort(key=lambda x: x['fields']['description'][language])
return HttpResponse(json_dumps(json_response), mimetype='application/json')
def get_data():
d = engine.execute(
"select payload from " +\
CONTROLLER_ID +\
"_heater_settings_schedule order by id desc limit 1").scalar()
try:
d = d.replace('\\','').replace('\'','"')
except AttributeError:
return {'week':[0,0,0,0,0,0,0],
'work':[{'from':[0,0],'to':[0,0],'temp':0}],
'free':[{'from':[0,0],'to':[0,0],'temp':0}],
'other':0}
if d[0] == '"':
d = d[1:-1]
template = json_loads(d)
#print(template)
#template = {'week' : [0,0,0,0,0,1,1],
# 'work' :
# [{'from':[ 6,30], 'to':[ 8, 0],'temp': 21.0},
# {'from':[14,30], 'to':[17, 0],'temp': 20.5},
# {'from':[19,30], 'to':[21,39],'temp': 20.5}],
# 'free' :
# [{'from':[ 9, 0], 'to':[12, 0],'temp': 21.0},
# {'from':[14, 0], 'to':[21, 0],'temp': 22.0}],
# 'other' : 17.0,
# 'override' : {
# 'temp' : 25.0,
# 'duration' : 30,
# 'start' : [ 9,54]}}
return template
def test_search_gawk_on_win(self):
with make_temp_env() as prefix:
stdout, stderr = run_command(Commands.SEARCH, prefix, "gawk", "--json")
json_obj = json_loads(stdout.replace("Fetching package metadata ...", "").strip())
assert "gawk" in json_obj.keys()
assert "m2-gawk" in json_obj.keys()
assert len(json_obj.keys()) == 2
def decrypt_data_key_kms(self, s3_key_name, encrypted_data_key,
material_desc):
if material_desc is None:
raise EncryptionError("%s: Missing %s metadata entry" %
(s3_key_name, _x_amz_matdesc))
try:
material_desc = json_loads(material_desc)
except:
raise EncryptionError(
"%s: Metadata entry %s is not valid JSON" %
(s3_key_name, _x_amz_matdesc))
cmk_id = material_desc.get(_kms_cmk_id)
if cmk_id is None:
raise EncryptionError(
"%s: Metadata entry %s does not have a %s key" %
(s3_key_name, _x_amz_matdesc, _kms_cmk_id))
try:
encryption_context = {_kms_cmk_id: cmk_id}
decrypt_response = self.kms.decrypt(
encrypted_data_key, encryption_context=encryption_context)
return decrypt_response['Plaintext']
except BotoServerError as e:
raise EncryptionError(
"%s: KMS decryption failure: %s" % (s3_key_name, e))
def shooter_downloader(file_path):
""" see https://docs.google.com/document/d/1ufdzy6jbornkXxsD-OGl3kgWa4P9WO5NZb6_QYZiGI0/preview
"""
resp = request(SHOOTER_URL,
data={'filehash': shooter_hash(file_path), 'pathinfo': basename(file_path), 'format': 'json'})
try:
r_json = json_loads(resp)
except:
print '射手网没有找到字幕'.encode(getfilesystemencoding())
return False
else:
f_name, file_extension = splitext(file_path)
result = []
for info in r_json:
for f_info in info['Files']:
# 不下载idx和sub版本的字幕
if f_info['Ext'] not in ('sub', 'idx'):
result.append((f_info['Link'], f_info['Ext']))
if len(result) < 1:
print '射手网没有找到字幕'.encode(getfilesystemencoding())
return False
elif len(result) == 1:
urlretrieve(result[0][0], filename='{}.{}'.format(f_name, result[0][1]))
print '字幕下载完成'.encode(getfilesystemencoding())
else:
for idx, value in enumerate(result):
urlretrieve(value[0], filename='{}_{}.{}'.format(f_name, idx + 1, value[1]))
print '第{}个字幕下载完成'.format(idx + 1).encode(getfilesystemencoding())
return True
def _make_image(self, image, info, remote=False):
img_obj = Image(image, backend=self, remote=remote)
if remote:
return img_obj
name = info['Id']
img_obj.input_name = image
img_obj.name = image
img_obj.config = info
img_obj.backend = self
img_obj.id = name
img_obj.registry, img_obj.repo, img_obj.image, img_obj.tag, _ = Decompose(image).all
img_obj.repotags = info['RepoTags']
img_obj.created = info['Created']
img_obj.size = info.get('VirtualSize', None)
img_obj.virtual_size = info.get('VirtualSize', None)
img_obj.original_structure = info
img_obj.deep = True
img_obj.labels = info.get('Labels', None)
img_obj.version = img_obj.get_label("Version")
img_obj.release = img_obj.get_label("Release")
ostree_manifest = self.syscontainers.get_manifest(image)
if ostree_manifest:
ostree_manifest = json_loads(ostree_manifest)
img_obj.digest = None if ostree_manifest is None else ostree_manifest.get('Digest') or ostree_manifest.get('digest')
img_obj.os = img_obj.get_label("Os")
img_obj.arch = img_obj.get_label("Arch")
img_obj.graph_driver = None
return img_obj
def put(self, request, id):
print "put"
data = json_loads(request.body)
print data
if not data:
return invalid("not data")
try:
print "updating"
order = Orders.objects.get(id=id)
print "1"
Orders_Products.objects.filter(order=order).delete()
print "2"
for prd in data["products"]:
print "===ID===", prd["id"]
product = Products.objects.get(id=prd["id"])
# product = Products.objects.get(id=1)
print "3"
Orders_Products.objects.create(
order=order, product=product, qty=prd["qty"], price=prd["price"], total_price=prd["total_price"]
)
print "4"
print "return"
return JsonResponse({"code": 200, "message": "OK", "data": {}})
except Exception:
return invalid("error: update products in order")
def __init__(self, key_to_list_mapping):
if isinstance(key_to_list_mapping, QueryDict):
to_iterate, key_to_list_mapping = key_to_list_mapping, {}
for key, value in to_iterate.iteritems():
key_to_list_mapping[key.lower()] = [i.lower() for i in to_iterate.getlist(key)]
if isinstance(key_to_list_mapping, basestring):
# TODO: XML Request
from xmltodict import parse as xml_to_dict
from json import dumps as json_dumps, loads as json_loads
data = xml_to_dict(key_to_list_mapping)
dct = json_loads(json_dumps(data))
def iterate_dict(nested):
for key, value in nested.iteritems():
if isinstance(value, dict):
for inner_key, inner_value in iterate_dict(value):
yield inner_key, inner_value
else:
yield key, value
list_elements = list(iterate_dict(dct))
k = dct.keys()[0].lower()
request = k if ':' not in k else k.split(':')[1]
key_to_list_mapping = {'request': [request]}
for element in list_elements:
if element[0].lower() == "@service" or element[0].lower() == "@version":
key_to_list_mapping[element[0][1:].lower()] = [element[1].lower()]
elif not element[0].startswith('@'):
e = element[0].lower()
if ':' in e:
e = e.split(':')[1].lower()
key_to_list_mapping[e] = [element[1].lower()]
super(OWSDict, self).__init__(key_to_list_mapping)
self._is_valid_ows_request()
self.coverage_id_formatter()
def _read_file(self, filename: str, password: str = '') -> dict:
""" Reads the data from filename and returns the account dictionary,
the encrypted master key, and the decrypted master key.
"""
# Read from the file if it exists.
with pathlib_path(filename) as pass_file:
lzma_data = pass_file.read_bytes() if pass_file.is_file() else b''
# Get the json data out of the file data or an empty json dict of
# the file was empty.
if lzma_data:
json_data = lzma_decompress(lzma_data).decode()
else:
json_data = '{}'
accounts_dict = json_loads(json_data)
# Pop the master key out of the accounts dictionary so it won't be
# operated on or listed. Also if no master key is found, create
# one.
encrypted_key = bytes.fromhex(accounts_dict.pop(self.MASTER_KEY_DIGEST, ''))
if not encrypted_key:
if not password:
# Get the password to encrypt the master key.
password = self._ask_pass('password')
else:
# Get the password to decrypt the key.
password = self._ask_pass('password', verify=False)
return CryptData(password, encrypted_key), accounts_dict
numfig = True
numfig_format = {
'figure': 'Figure %s: ',
'table': 'Table %s: ',
'code-block': 'Listing %s',
'section': 'Section %s'
}
# -- Options for HTML output -------------------------------------------------
html_context = {}
ctx = ROOT / "context.json"
if ctx.is_file():
html_context.update(json_loads(ctx.open("r").read()))
if (ROOT / "_theme").is_dir():
html_theme_path = ["."]
html_theme = "_theme"
html_theme_options = {
"logo_only": True,
"home_breadcrumbs": True,
"vcs_pageview_mode": "blob",
}
html_css_files = [
"theme_overrides.css",
]
else:
html_theme = "alabaster"
def main(args):
if len(args) != 2:
print(" ")
print(" Usage : {} <configuration_yaml>".format(args[0]))
return
print('job started')
#
# Get the YAML config loaded:
#
with open(args[1], mode='r') as yaml_file:
params, steps = load_config(yaml_file.read())
if params is None:
print("Bad YAML load")
return
target_project = params['TARGET_PROJECT']
dataset_id = params['DATASET']
data_file_path = params['DATA_FILE_PATH']
dataset_metadata_file = params['DATASET_METADATA_FILE']
install_list = params['INSTALL_LIST']
target_client = bigquery.Client(project=target_project)
#
# Step 0: Delete dataset if it exists (for updates until versioning is in place)
#
if 'delete_existing_dataset' in steps:
if bq_dataset_exists(target_client, dataset_id):
success = delete_all_views(target_client, target_project, dataset_id)
if not success:
print("delete dataset step 1 failed")
return
success = delete_dataset(target_client, dataset_id)
if not success:
print("delete dataset step 2 failed")
return
#
# Step 1: Do we need to create the dataset in the target project?
#
if 'create_dataset' in steps:
# Where is the dataset description file:
dataset_metadata_file_full_path = "{}/{}".format(data_file_path, dataset_metadata_file)
with open(dataset_metadata_file_full_path, mode='r') as dataset_metadata:
ds_meta_dict = json_loads(dataset_metadata.read())
success = create_dataset(target_client, target_project, dataset_id, ds_meta_dict)
if not success:
print("create_dataset failed")
return
if 'delete_all_views' in steps:
if bq_dataset_exists(target_client, dataset_id):
success = delete_all_views(target_client, target_project, dataset_id)
if not success:
print("deleting all views failed")
return
if 'install_views' in steps:
for mydict in install_list:
for view_name, view_dict in mydict.items():
print("creating view: {}".format(view_name))
sql_format_file = view_dict["sql"]
metadata_file = view_dict["metadata"]
table_list = view_dict["table_list"]
metadata_file_full_path = "{}/{}".format(data_file_path, metadata_file)
sql_format_file_full_path = "{}/{}".format(data_file_path, sql_format_file)
with open(sql_format_file_full_path, mode='r') as sql_format_file:
sql_format = sql_format_file.read()
# use list as argument to format:
print(table_list)
view_sql = sql_format.format(*table_list)
with open(metadata_file_full_path, mode='r') as view_metadata_file:
view_schema = json_loads(view_metadata_file.read())
success = create_view(target_client, target_project, dataset_id, view_name, view_schema, view_sql)
if not success:
print("shadow_datasets failed")
return
print('job completed')
def listener_bitshares(selection=None):
"""
primary listener event loop
:param int(selection) or None: user choice for demonstration of listener
:run forever:
"""
# get node list from github repo for bitshares ui staging; write to file
nodes = bitshares_nodes()
options = raw_operations()
json_ipc(doc="nodes.txt", text=json_dumps(nodes))
# create a subfolder for the database; write to file
create_database()
# initialize block number
last_block_num = curr_block_num = 0
# bypass user input... gateway transfer ops
act = print_op
if selection is None:
selection = 0
act = withdraw
# spawn subprocesses for gathering streaming consensus irreversible block number
spawn_block_num_processes()
# continually listen for last block["transaction"]["operations"]
print(it("red", "\nINITIALIZING WITHDRAWAL LISTENER\n\n"))
while True:
try:
# get the irreversible block number reported by each maven subprocess
block_numbers = []
for maven_id in range(BLOCK_NUM_MAVENS):
block_num = json_ipc(doc=f"block_num_maven_{maven_id}.txt")[0]
block_numbers.append(block_num)
# the current block number is the statistical mode of the mavens
# NOTE: may throw StatisticsError when no mode
curr_block_num = mode(block_numbers)
# print(curr_block_num)
json_ipc(doc=f"block_number.txt",
text=json_dumps([
curr_block_num,
]))
# if the irreverisble block number has advanced
if curr_block_num > last_block_num:
print(
"\033[F", # go back one line
it("blue", "BitShares Irreversible Block"),
it("yellow", curr_block_num),
time.ctime()[11:19],
it("blue", int(time.time())),
)
if last_block_num > 0: # not on first iter
# spawn some new mavens to get prospective block data
start = last_block_num + 1
stop = curr_block_num + 1
spawn_block_processes(start, stop)
# inititialize blocks as a dict of empty transaction lists
blocks = {}
for block_num in range(start, stop):
blocks[block_num] = []
# get block transactions from each maven subprocesses
for maven_id in range(BLOCK_MAVENS):
# print(maven_id)
maven_blocks = json_ipc(
doc=f"block_maven_{maven_id}.txt")
# for each block that has past since last update
for block_num in range(start, stop):
# print(block_num)
# get the maven's version of that block from the dictionary
# NOTE: may throw KeyError, TODO: find out why?
maven_block = maven_blocks[str(block_num)]
# append that version to the list
# of maven opinions for that block number
blocks[block_num].append(json_dumps(maven_block))
# get the mode of the mavens for each block in the blocks dict
# NOTE: may throw StatisticsError when no mode
# for example half the nodes are on the next block number
blocks = {
k: json_loads(mode(v))
for k, v in blocks.items()
}
# triple nested:
# for each operation, in each transaction, on each block
for block_num, transactions in blocks.items():
for item, trx in enumerate(transactions):
for op in trx["operations"]:
# add the block and transaction numbers to the operation
op[1]["block"] = block_num
op[1]["trx"] = item + 1
op[1]["operation"] = (op[0], options[op[0]])
# spin off withdrawal act so listener can continue
process = Process(target=act, args=(op, ))
process.start()
last_block_num = curr_block_num
time.sleep(6)
# statistics and key errors can be safely ignored, restart loop
except (StatisticsError, KeyError):
continue
# in all other cases provide stack trace
except Exception as error:
print("\n\n", it("yellow", error), "\n\n")
print(traceback.format_exc(), "\n")
continue
def test_dumps_twitter_ujson(benchmark):
benchmark.group = "twitter.json serialization"
benchmark.extra_info["lib"] = "ujson"
data = read_fixture_obj("twitter.json.xz")
benchmark.extra_info["correct"] = json_loads(ujson_dumps(data)) == data
benchmark(ujson_dumps, data)
def abrir_json(self, arquivo:str) -> bool:
a = open(arquivo, 'r', encoding='utf8')
txt = a.read()
a.close()
print(txt)
return json_loads(txt)
def get_all_pachi_moves(self):
buff = []
sleep(.01)
while not self.stderr_queue.empty():
while not self.stderr_queue.empty():
buff.append(self.stderr_queue.get().strip())
sleep(.01)
position_evaluation = Position()
found = False
influence = [[0 for i in range(self.size)] for j in range(self.size)]
number_coordinate = self.size
for err_line in buff:
if "fbook match" in err_line:
position_evaluation["book move"] = True
if " |" in err_line:
try:
line = err_line.split(" |")[3].strip()
line = line.split(" ")
letters = "ABCDEFGHJKLMNOPQRST"[:self.size]
for value, letter in zip(line, letters):
i, j = gtp2ij(letter + str(number_coordinate))
if value in ("X", "x"):
influence[i][j] = 1
elif value in ("O", "o"):
influence[i][j] = 2
number_coordinate -= 1
except:
pass
if "Score Est: " in err_line:
position_evaluation["estimated score"] = err_line.split(
"Score Est: ")[1]
if '{"frame": ' in err_line:
json = json_loads(err_line)
move = json["frame"]["can"][0]
position_evaluation["best move"] = move[0].keys()[0]
if type(move[0].values()[0]) == type(0.5):
winrate = move[0].values()[0]
position_evaluation["win rate"] = str(
100 * float(winrate)) + "%"
elif type(move[0].values()[0]) == type([0, 1]):
winrate, playouts = move[0].values()[0]
position_evaluation["win rate"] = str(
100 * float(winrate)) + "%"
if '{"move": ' in err_line:
found = True
#this line is the json report line
#exemple: {"move": {"playouts": 5064, "extrakomi": 0.0, "choice": "H8", "can": [[{"H8":0.792},{"F2":0.778},{"G6":0.831},{"G7":0.815}], [{"K14":0.603},{"L13":0.593},{"M13":0.627},{"K13":0.593}], [{"M15":0.603},{"L13":0.724},{"M13":0.778},{"K13":0.700}], [{"M14":0.627},{"M15":0.647},{"N15":0.596}]]}}
json = json_loads(err_line)
position_evaluation["playouts"] = json["move"]["playouts"]
for move in json["move"]["can"]:
if not move:
continue
variation = Variation()
first_move = move[0].keys()[0]
if type(move[0].values()[0]) == type(0.5):
winrate = move[0].values()[0]
variation["first move"] = first_move
variation["win rate"] = str(100 * float(winrate)) + "%"
elif type(move[0].values()[0]) == type([0, 1]):
winrate, playouts = move[0].values()[0]
variation["first move"] = first_move
variation["win rate"] = str(100 * float(winrate)) + "%"
variation["playouts"] = str(playouts)
sequence = ""
for follow_up in move:
sequence += follow_up.keys()[0] + " "
variation["sequence"] = sequence.strip()
position_evaluation['variations'].append(variation)
if not found and ("book move" not in position_evaluation):
log("\a")
log("\n")
log("===========================================")
log("Could not find any data in Pachi log")
log("Please double check that Pachi command line")
log("includes parameter: reporting=json")
log("===========================================")
log("\n")
#print "len(influence)",len(influence),number_coordinate
position_evaluation["influence"] = influence
return position_evaluation
def get_score_table(self):
json = json_loads(self.json)
if 'hands' in json and 'deltas' not in json['hands'][-1]:
del json['hands'][-1]
return json
def test_dumps_canada_json(benchmark):
benchmark.group = "canada.json serialization"
benchmark.extra_info["lib"] = "json"
data = read_fixture_obj("canada.json.xz")
benchmark.extra_info["correct"] = json_loads(json_dumps(data)) == data
benchmark(json_dumps, data)
def imagescore(json, userid, accesstoken):
# 获取用户信息
headers = {
"Accept": "application/json",
"Content-Type": "application/json",
'Authorization': 'Bearer ' + accesstoken
}
user_url_to_get = 'https://osu.ppy.sh/api/v2/users/' + str(userid) + '/osu'
user_url_get_result = get(url=user_url_to_get, headers=headers)
user_get_result = user_url_get_result.text
userjs = json_loads(user_get_result)
# print(user_get_result)
# bg合并模板
im = Image.open('bg.jpg')
im = im.filter(ImageFilter.GaussianBlur(radius=3))
im = im.point(lambda p: p * 0.5)
im = im.resize((1366, 768))
score_model = Image.open('image/image_model/score.png')
im.paste(score_model, (0, 0), score_model)
# 新画布
draw = ImageDraw.Draw(im)
# 常规输出
js = [
(json[0]['beatmapset']['title'], """fonts/comic sans ms.ttf""", 27,
927, 85),
(json[0]['beatmapset']['artist'], """fonts/comic sans ms.ttf""", 21,
927, 120),
(json[0]['beatmap']['cs'], """fonts/comic sans ms.ttf""", 24, 1249,
393),
(json[0]['beatmap']['ar'], """fonts/comic sans ms.ttf""", 24, 1249,
452),
(json[0]['beatmap']['accuracy'], """fonts/comic sans ms.ttf""", 24,
1249, 513),
(json[0]['beatmap']['drain'], """fonts/comic sans ms.ttf""", 24, 1249,
570),
(json[0]['beatmap']['bpm'], """fonts/comic sans ms.ttf""", 24, 1032,
453),
(json[0]['beatmap']['id'], """fonts/comic sans ms.ttf""", 20, 1035,
513),
(json[0]['beatmap']['beatmapset_id'], """fonts/comic sans ms.ttf""",
20, 1035, 571),
(json[0]['statistics']['count_300'], """fonts/comic sans ms.ttf""", 20,
615, 515),
(json[0]['statistics']['count_100'], """fonts/comic sans ms.ttf""", 20,
780, 515),
(json[0]['statistics']['count_50'], """fonts/comic sans ms.ttf""", 20,
615, 600),
(json[0]['statistics']['count_miss'], """fonts/comic sans ms.ttf""",
20, 780, 600),
(json[0]['beatmap']['difficulty_rating'],
"""fonts/comic sans ms.ttf""", 23, 561, 210),
(json[0]['pp'], """fonts/comic sans ms.ttf""", 32, 1198, 677),
(json[0]['user']['username'], """fonts/comic sans ms.ttf""", 31, 337,
606),
]
for (js, font, size, x, y) in js:
a = str(js)
# a = '{:,}'.format(a)
width, height = ImageFont.truetype(font, size).getsize(a)
# print(width, height)
draw.text((x - (width / 2), y - (height / 2)),
a,
fill=(255, 255, 255),
font=ImageFont.truetype(font, size))
# 分数输出
a = json[0]['score']
a = '{:,}'.format(a)
width, height = ImageFont.truetype("fonts/lucidahandwriting.ttf",
49).getsize(a)
# print(width, height)
draw.text((1160 - (width / 2), 235 - (height / 2)),
a,
fill=(255, 255, 255),
font=ImageFont.truetype("fonts/lucidahandwriting.ttf", 49))
# 长度输出
a = json[0]['beatmap']['total_length']
minute = int(a / 60)
second = a % 60
a = str(minute) + ":" + str(second)
width, height = ImageFont.truetype("fonts/comic sans ms.ttf",
24).getsize(a)
# print(width, height)
draw.text((1033 - (width / 2), 393 - (height / 2)),
a,
fill=(255, 255, 255),
font=ImageFont.truetype("fonts/comic sans ms.ttf", 24))
# mod输出
mods = json[0]['mods']
x = 525
y = 220
for i in mods:
img = 'image/mods/{}.png'.format(i)
img = Image.open(img)
im.paste(img, (x, y), img)
x = x + 75
# print(mods)
# 玩家pp rank输出
# userjs = json_load(open('user.json'))
pp = int(userjs['statistics']['pp'])
rank = userjs['statistics']['global_rank']
a = 'pp:{} #{}'.format(pp, rank)
width, height = ImageFont.truetype("fonts/comic sans ms.ttf",
30).getsize(a)
# print(width, height)
draw.text((342 - (width / 2), 680 - (height / 2)),
a,
fill=(255, 255, 255),
font=ImageFont.truetype("fonts/comic sans ms.ttf", 30))
# 玩家头像输出
avatarurl = userjs['avatar_url']
avatar = get(avatarurl)
with open('image/avatar.png', 'wb') as f:
f.write(avatar.content)
avatar = Image.open('image/avatar.png')
avatar = avatar.resize((140, 140))
border = Image.open('image/image_model/avatar-a.png').convert('L')
invert = ImageOps.invert(border)
invert.save('image/image_model/avatar-b.png')
avatar.putalpha(invert)
# avatar.save('image/avatar.png', 'PNG', qulity=100)
im.paste(avatar, (41, 578), avatar)
remove('image/avatar.png')
# rank图标输出
rank = str(json[0]['rank'])
if rank == 'XH':
rank = Image.open('image/ranking/[email protected]')
elif rank == 'X':
rank = Image.open('image/ranking/[email protected]')
elif rank == 'SH':
rank = Image.open('image/ranking/[email protected]')
elif rank == 'S':
rank = Image.open('image/ranking/[email protected]')
elif rank == 'A':
rank = Image.open('image/ranking/[email protected]')
elif rank == 'B':
rank = Image.open('image/ranking/[email protected]')
elif rank == 'C':
rank = Image.open('image/ranking/[email protected]')
elif rank == 'D':
rank = Image.open('image/ranking/[email protected]')
else:
pass
rank = rank.resize((450, 450))
im.paste(rank, (55, 50), rank)
# 展示图片
im.show()
def test_dumps_citm_catalog_rapidjson(benchmark):
benchmark.group = "citm_catalog.json serialization"
benchmark.extra_info["lib"] = "rapidjson"
data = read_fixture_obj("citm_catalog.json.xz")
benchmark.extra_info["correct"] = json_loads(rapidjson_dumps(data)) == data
benchmark(rapidjson_dumps, data)
def test_can_overlap():
r0 = Restriction(json_loads('''
{
"type": 1,
"contents": ["PD-101", "FA-102", "FA-105", "LT-103", "LT-203", "LT-206"]
}
'''))
r1 = Restriction(json_loads('''
{
"type": 2,
"contents": [
[
"MS-301", "MS-302", "MS-303", "MS-304"
],
[
"CH-103", "CH-104", "MA-103", "MA-104", "PH-201", "PH-202", "ER-*"
]
]
}
'''))
r2 = Restriction(json_loads('''
{
"type": 2,
"contents": [
[
"MS-301", "MS-302", "MS-303", "MS-304"
],
[
"CH-103", "CH-104", "MA-103", "MA-104", "PH-201", "PH-202", "ER-*"
],
[
"SO-101"
]
]
}
'''))
r3 = Restriction(json_loads('''
{
"type": 1,
"contents": ["BU-150", "MSL-*"]
}
'''))
restriction_list = [r0, r1, r2, r3]
assert Restriction.can_overlap(restriction_list, "PD-101", "MS-301")
assert not Restriction.can_overlap(restriction_list, "PD-101", "LT-206")
assert Restriction.can_overlap(restriction_list, "PD-101", "LT-205")
assert Restriction.can_overlap(restriction_list, "BU-150", "SO-101")
assert not Restriction.can_overlap(restriction_list, "BU-150", "MSL-250")
assert not Restriction.can_overlap(restriction_list, "MS-304", "PH-202")
assert Restriction.can_overlap([r0, r1], "MS-301", "SO-101")
assert not Restriction.can_overlap(restriction_list, "MS-301", "SO-101")
assert not Restriction.can_overlap(restriction_list, "SO-101", "MS-301")
assert not Restriction.can_overlap(restriction_list, "MS-302", "ER-301")
assert not Restriction.can_overlap(restriction_list, "ER-499", "MS-302")
assert Restriction.can_overlap(restriction_list, "ER-499", "ER-301")
assert Restriction.can_overlap(restriction_list, "FA-102", "FA-102")
def test_dumps_github_orjson(benchmark):
benchmark.group = "github.json serialization"
benchmark.extra_info["lib"] = "orjson"
data = read_fixture_obj("github.json.xz")
benchmark.extra_info["correct"] = json_loads(orjson_dumps(data)) == data
benchmark(orjson_dumps, data)
def from_json(cls, json_str):
return cls(**json_loads(json_str))
