def test_latest_donation_list(self, check_status_psp):
user_token = Token.objects.create(user=self.user1)
response = self.client.get(self.fundraiser_donation_list_url,
token="Token {0}".format(user_token))
self.assertEqual(response.status_code, status.HTTP_200_OK,
response.data)
self.assertEqual(len(response.data['results']), 2)
# Second donation (first in list) without fundraiser
data1 = bunchify(response.data['results'][0])
self.assertEqual(data1.id, self.donation2.id)
self.assertEqual(data1.amount, Decimal('10'))
self.assertEqual(data1.project.title, self.project.title)
self.assertTrue(data1.project.country.name)
self.assertEqual(data1.user.full_name, self.user2.get_full_name())
self.assertEqual(data1.project.image, '')
self.assertEqual(data1.project.owner.avatar, '')
# First donation without fundraiser
data2 = bunchify(response.data['results'][1])
self.assertEqual(data2['amount'], Decimal('15'))
self.assertEqual(data2['fundraiser'], self.fundraiser.id)
def create_status_response(self, status='AUTHORIZED', payments=None,
totals=None):
if payments is None:
payments = [{
'id': 123456789,
'paymentMethod': 'MASTERCARD',
'authorization': {'status': status,
'amount': {'value': 1000, '_currency': 'EUR'}}
}]
default_totals = {
'totalRegistered': 1000,
'totalShopperPending': 0,
'totalAcquirerPending': 0,
'totalAcquirerApproved': 0,
'totalCaptured': 0,
'totalRefunded': 0,
'totalChargedback': 0
}
if totals is not None:
default_totals.update(totals)
return bunchify({
'payment': bunchify(payments),
'approximateTotals': bunchify(default_totals)
})
def db(method):
for current_stage in env.stages:
if isinstance(current_stage, basestring):
stage = bunchify(stages[current_stage])
else:
stage = bunchify(current_stage)
env.user = stage.user
if method == "import":
if env.host == "localhost":
local("cd /tmp && mysql -u $MYSQL_USER -h localhost -p$MYSQL_PASS $MYSQL_DB < dump.sql")
else:
run("cd $HOME/tmp && mysql -u $MYSQL_USER -h localhost -p$MYSQL_PASS $MYSQL_DB < import.sql")
if method == "dump":
if env.host == "localhost":
local("cd /tmp && mysqldump -u $MYSQL_USER -h localhost -p$MYSQL_PASS $MYSQL_DB > dump.sql")
else:
run("cd $HOME/tmp && mysqldump -u $MYSQL_USER -h localhost -p$MYSQL_PASS $MYSQL_DB > dump.sql")
if method == "down":
get("/home/"+stage.user+"/tmp/dump.sql","/tmp/dump.sql")
if method == "up":
put("/tmp/dump.sql","/home/"+stage.user+"/tmp/import.sql")
if method == "sync":
run("cd $HOME/tmp && mysqldump -u $MYSQL_USER -h localhost -p$MYSQL_PASS $MYSQL_DB > dump.sql")
get("/home/"+stage.user+"/tmp/dump.sql","/tmp/dump.sql")
local("cd /tmp && mysql -u $MYSQL_USER -h localhost -p$MYSQL_PASS $MYSQL_DB < dump.sql")
def main():
requests.packages.urllib3.disable_warnings()
defaultConfig = {
'url': 'https://stream.watsonplatform.net/text-to-speech/api',
'user': '******',
'password': '******',
'voice': 'en-US_AllisonVoice',
'chunk': 2048
}
home = os.path.expanduser("~")
defaultConfigFile = home + '/.config-tts-watson.yml'
parser = argparse.ArgumentParser(
description='Text to speech using watson')
parser.add_argument('-f', action='store', dest='configFile', default=defaultConfigFile,
help='config file',
required=False)
parser.add_argument('text_to_transform', action='store', nargs='+')
args = parser.parse_args()
conf = anyconfig.container(defaultConfig)
if not os.path.isfile(args.configFile):
print "Config file '" + args.configFile + "' doesn't exist."
print "Creating it ..."
user = raw_input("Watson user: "******"Watson password: "******" ".join(args.text_to_transform))
def loads(self, data):
"""
:inherit.
"""
loaded = super(BunchSerializer, self).loads(data)
if isinstance(loaded, list):
loaded = [bunchify(record) for record in loaded]
elif isinstance(loaded, dict):
loaded = bunchify(loaded)
return loaded
def bunchified(self):
""" Returns a bunchified (converted into bunch.Bunch) version of self.raw_request,
deep copied if it's a dict (or a subclass). Note that it makes sense to use this method
only with dicts or JSON input.
"""
# We have a dict
if isinstance(self.raw_request, dict):
return bunchify(deepcopy(self.raw_request))
# Must be a JSON input, raises exception when attempting to load it if it's not
return bunchify(loads(self.raw_request))
def main():
defaultConfig = {
'url': 'https://gateway.watsonplatform.net/dialog/api',
'user': '******',
'password': '******',
}
home = os.path.expanduser("~")
defaultConfigFile = home + '/.config-dialog-watson.yml'
parser = argparse.ArgumentParser(
description='Text to speech using watson')
parser.add_argument('-f', action='store', dest='configFile', default=defaultConfigFile,
help='config file',
required=False)
parser.add_argument('dialog_file', action='store', nargs=1)
parser.add_argument('-n', '--name', dest='dialog_name', action='store', help='Dialog name', required=True)
parser.add_argument('--clean', dest='clean', action='store_true')
args = parser.parse_args()
dialog_file = "".join(args.dialog_file)
conf = anyconfig.container(defaultConfig)
if not os.path.isfile(args.configFile):
print "Config file '" + args.configFile + "' doesn't exist."
print "Creating it ..."
user = raw_input("Watson user: "******"Watson password: "******"".join(args.dialog_name), bconf.url,
os.path.dirname(dialog_file) + "/dialog_id_file.txt")
if args.clean:
watsonClient.clean_dialogs()
resp = watsonClient.start_dialog()
print ''
print bcolors.WARNING + "Watson: " + bcolors.OKBLUE + "\n".join(resp.response) + bcolors.ENDC
while True:
userResponse = raw_input(bcolors.WARNING + "You: " + bcolors.OKGREEN)
resp = watsonClient.converse(userResponse)
print bcolors.WARNING + "Watson: " + bcolors.OKBLUE + "\n".join(resp.response) + bcolors.ENDC
if userResponse == "bye":
break
print ""
print "Your profile:"
for name, value in watsonClient.get_profile().get_data().iteritems():
print "\t" + name + ": " + value
if __name__ == "__main__":
main()
def _prepare_data(self, info, photos, flickr_user, exif=None, geo=None):
photoset = bunchify(info)
photos = bunchify(photos['photoset']['photo'])
data = {'flickr_id': photoset.id, 'server': photoset.server,
'secret': photoset.secret, 'farm': photoset.farm, 'primary': photoset.primary,
'title': photoset.title._content, 'description': photoset.description._content,
'date_posted': ts_to_dt(photoset.date_create, flickr_user.tzoffset), 'date_updated': ts_to_dt(photoset.date_update, flickr_user.tzoffset),
'photos': photos,
'last_sync': now(),
}
if flickr_user:
data['user'] = flickr_user
return data
def get_openapi_spec(self, data, needs_api_invoke, needs_rest_channels,
api_invoke_path):
data = bunchify(data)
channel_data = self.server.worker_store.request_dispatcher.url_data.channel_data
generator = OpenAPIGenerator(data, channel_data, needs_api_invoke,
needs_rest_channels, api_invoke_path)
return generator.generate()
def get(self, path, **params):
"""GET an API path and return bunchified result."""
url = self.url(path)
self.log.debug("GET from %r", url)
response = self.session.get(url, params=params)
response.raise_for_status()
return bunchify(response.json())
def init(self):
try:
json = loads(self.inner.text)
except ValueError:
msg = 'inner.status_code `{}`, JSON parsing error `{}`'.format(
self.inner.status_code, self.inner.text)
self.logger.error(msg)
raise ValueError(msg)
if 'zato_env' in json:
has_zato_env = True
self.details = json['zato_env']['details']
self.sio_result = json['zato_env']['result']
self.ok = self.sio_result == ZATO_OK
else:
has_zato_env = False
self.details = self.inner.text
self.ok = self.inner.ok
if self.ok:
if has_zato_env:
# There will be two keys, zato_env and the actual payload
for key, _value in json.items():
if key != 'zato_env':
value = _value
break
else:
value = json
if self.set_data(value, has_zato_env):
self.has_data = True
if self.to_bunch:
self.data = bunchify(self.data)
def all_runs(result_dir):
args = {
'population_size': 100,
'elite_size': 0,
'selection': 'roulette',
'tournament_size': 0,
'crossover_rate': 0.8,
'mutation_rate': 0.005,
'chromosome_length': 30,
'fitness_threshold': 0.98,
'max_iterations': 1000,
'rng_freeze': False,
'noise_type': 'snp',
'noise_param': 0.2,
'dump_images': False,
'output_file': 'output.json',
'print_iterations': False,
}
# Increase population size by 10
pid = os.getpid()
for population_size in xrange(10, 1000 + 10, 10):
# Elitism - 1/10 population
elite_size = int(population_size * 0.1)
output_filename = "population-%i-%i.json" % (population_size, pid)
filepath = os.path.join(result_dir, output_filename)
args['output_file'] = filepath
args['population_size'] = population_size
args['elite_size'] = elite_size
experiment.run(bunchify(args))
def parse(self):
for impl_name, details in self.service_store_services.iteritems():
details = bunchify(details)
_should_include = self._should_handle(details.name, self.include)
_should_exclude = self._should_handle(details.name, self.exclude)
if (not _should_include) or _should_exclude:
continue
info = ServiceInfo(details.name, details.service_class,
self.simple_io_config)
self.services[info.name] = info
for name, info in self.services.iteritems():
self.invokes[name] = info.invokes
for source, targets in self.invokes.iteritems():
for target in targets:
sources = self.invoked_by.setdefault(target, [])
sources.append(source)
for name, info in self.services.iteritems():
info.invoked_by = self.invoked_by.get(name, [])
def broker(url, cmd):
postdata = {}
if cmd.has_key('password'):
postdata['password'] = cmd['password']
del cmd['password']
postdata['json_data'] = json.dumps(cmd)
rsp = requests.post(url, data=postdata)
# Allow 400 status code as will most likely get message
# back from OpenShift API that will make more sense than
# a HTTP error
if rsp.status_code != 200 and rsp.status_code != 400:
rsp.raise_for_status()
d = json.loads(rsp.text)
if d.has_key('data') and len(d['data']) > 0:
data = json.loads(d['data'])
d['data'] = data
rv = bunchify(d)
if int(rv.exit_code) != 0:
raise RuntimeError("ERROR <%(exit_code)d>: %(result)s.\n%(debug)s" % rv)
return rv
def init(self):
json = loads(self.inner.text)
if 'zato_env' in json:
has_zato_env = True
self.details = json['zato_env']['details']
self.sio_result = json['zato_env']['result']
self.ok = self.sio_result == ZATO_OK
else:
has_zato_env = False
self.details = self.inner.text
self.ok = self.inner.ok
if self.ok:
if has_zato_env:
# There will be two keys, zato_env and the actual payload
for key, _value in json.items():
if key != 'zato_env':
value = _value
break
else:
value = json
if self.set_data(value, has_zato_env):
self.has_data = True
if self.to_bunch:
self.data = bunchify(self.data)
def update_attrs(cls, name, attrs):
attrs = bunchify(attrs)
mod = getmodule(cls)
attrs.elem = getattr(mod, 'elem')
attrs.label = getattr(mod, 'label')
attrs.model = getattr(mod, 'model')
attrs.output_required_extra = getattr(mod, 'output_required_extra', [])
attrs.output_optional_extra = getattr(mod, 'output_optional_extra', [])
attrs.get_data_func = getattr(mod, 'list_func')
attrs.def_needed = getattr(mod, 'def_needed', False)
attrs.initial_input = getattr(mod, 'initial_input', {})
attrs.skip_input_params = getattr(mod, 'skip_input_params', [])
attrs.skip_output_params = getattr(mod, 'skip_output_params', [])
attrs.pre_opaque_attrs_hook = getattr(mod, 'pre_opaque_attrs_hook', None)
attrs.instance_hook = getattr(mod, 'instance_hook', None)
attrs.response_hook = getattr(mod, 'response_hook', None)
attrs.delete_hook = getattr(mod, 'delete_hook', None)
attrs.broker_message_hook = getattr(mod, 'broker_message_hook', None)
attrs.extra_delete_attrs = getattr(mod, 'extra_delete_attrs', [])
attrs.input_required_extra = getattr(mod, 'input_required_extra', [])
attrs.input_optional_extra = getattr(mod, 'input_optional_extra', [])
attrs.create_edit_input_required_extra = getattr(
mod, 'create_edit_input_required_extra', [])
attrs.create_edit_rewrite = getattr(mod, 'create_edit_rewrite', [])
attrs.check_existing_one = getattr(mod, 'check_existing_one', True)
attrs.request_as_is = getattr(mod, 'request_as_is', [])
attrs.sio_default_value = getattr(mod, 'sio_default_value', None)
attrs.get_list_docs = getattr(mod, 'get_list_docs', None)
attrs.delete_require_instance = getattr(mod, 'delete_require_instance',
True)
attrs._meta_session = None
attrs.is_create = False
attrs.is_edit = False
attrs.is_create_edit = False
attrs.is_delete = False
if name == 'GetList':
# get_sio sorts out what is required and what is optional.
attrs.output_required = attrs.model
attrs.output_optional = attrs.model
else:
attrs.broker_message = getattr(mod, 'broker_message')
attrs.broker_message_prefix = getattr(mod, 'broker_message_prefix')
if name in ('Create', 'Edit'):
attrs.input_required = attrs.model
attrs.input_optional = attrs.model
attrs.is_create = name == 'Create'
attrs.is_edit = name == 'Edit'
attrs.is_create_edit = True
elif name == 'Delete':
attrs.is_delete = True
return attrs
def updateResourceWithParams(cls, resource, params):
resource = bunch.bunchify(resource)
for key, val in params.iteritems():
if val is not None:
resource[key] = val
return resource
def from_build_info_to_build_short_info(result):
build_info = bunch.bunchify(result)
def is_param(x):
klass = x.get('_class', None)
return klass == "hudson.model.ParametersAction"
params = next(
iter(x.parameters for x in filter(is_param, build_info.actions)), {})
parameters_real = {p.name: p.value for p in params}
info = bunch.Bunch({
'queueId': result['queueId'],
'number': result['number'],
'timestamp': result['timestamp'],
'displayName': result['displayName'],
'artifacts': result['artifacts'],
'duration': result['duration'],
'result': result['result'],
'fullDisplayName': result['fullDisplayName'],
'parametersReal': parameters_real,
'url': result['url']
})
return info
def get(self, path, **params):
"""GET an API path and return bunchified result."""
url = self.url(path)
self.log.debug("GET from %r", url)
response = self.session.get(url, params=params)
response.raise_for_status()
return bunchify(response.json())
def prepeare_hosts(config_dict, local_base):
"""Prepare env global variable"""
hosts = Bunch()
for name, values in config_dict.items():
if not values:
continue
h = bunchify(values)
h.setdefault('port', 22)
h.repo_path = os.path.join('/home', h.user, h.project_base,
h.project_name)
h.code_path = os.path.join(h.repo_path, h.code_subdir)
h.host_string = '{user}@{remote_ip}:{port}'.format(**h)
# Virtualenv
h.venv_dir = '/home/{user}/.virtualenvs/{virtualenv}'.format(**h)
h.venv_prefix = (
'export export PIP_DOWNLOAD_CACHE=~/.pip_download_cache;'
'source '
'{venv_dir}/bin/activate'.format(**h))
# Proxy
proxy = env.get('proxy', None)
if proxy:
h.proxy_settings = 'export http_proxy=%s export https_proxy=%s'
else:
h.proxy_settings = ''
h.local_base = os.path.abspath(local_base)
h.setdefault('proxy_command', '')
hosts[name] = h
env._hosts = hosts
def main():
args = parser.parse_args()
with open(args.constants, 'r') as f:
constants = bunchify(yaml.load(f))
logger.info("Loading image %s ..." % args.input)
img = cv2.imread(args.input, flags=cv2.IMREAD_COLOR)
# image scaled in 0-1 range
img = img / 255.0
logger.info("Generating dark channel prior ...")
dark_channel = steps.generate_dark_channel(img, constants)
logger.info("Estimating airlight ...")
airlight = steps.estimate_airlight(img, dark_channel, constants)
logger.info("Estimated airlight is %s", str(airlight))
logger.info("Estimating transmission map ...")
tmap = steps.estimate_tmap(dark_channel, constants)
logger.info("Smooth transmission map ...")
tmap = steps.smooth_tmap(img, tmap, constants)
logger.info("Dehazing image ...")
dehazed = steps.dehaze(img, airlight, tmap, constants)
tools.show_img([img, dehazed])
def prepare(hosts_datadir, workdir=None, repos=[], cachedir=None,
backend=RUM.DEFAULT_BACKEND, backends=RUM.BACKENDS):
"""
Scan and collect hosts' basic data (installed rpms list, etc.).
:param hosts_datadir: Dir in which rpm db roots of hosts exist
:param workdir: Working dir to save results
:param repos: List of yum repos to get updateinfo data (errata and updtes)
:param cachedir: A dir to save metadata cache of yum repos
:param backend: Backend module to use to get updates and errata
:param backends: Backend list
:return: A generator to yield a tuple,
(host_identity, host_rpmroot or None)
"""
if workdir is None:
LOG.info(_("Set workdir to hosts_datadir: %s"), hosts_datadir)
workdir = hosts_datadir
else:
if not os.path.exists(workdir):
LOG.debug(_("Creating working dir: %s"), workdir)
os.makedirs(workdir)
for h, root in hosts_rpmroot_g(hosts_datadir):
hworkdir = os.path.join(workdir, h)
if not hworkdir:
os.makedirs(hworkdir)
if root is None:
touch(os.path.join(hworkdir, "RPMDB_NOT_AVAILABLE"))
yield bunch.bunchify(dict(id=h, workdir=hworkdir, available=False))
else:
yield RUM.prepare(root, hworkdir, repos, h, cachedir, backend,
backends)
def get(self, id):
return bunchify(
json.loads(
self._make_request(self.resource_name,
resource_id=str(self.resource_id),
subresource=self.subresource,
subresource_id=str(id)).content))
def load_package_groups_data_g(paths=[], data=_DATA_0,
profkey="system_profile"):
"""
:param paths: A list of package group data dirs
"""
sysprof = bunch.bunchify(data.get(profkey, {}))
for path in paths:
logging.debug("Loading profiles from: " + path)
pgdata = load_profiles(path)
for grp in pgdata.get("groups", []):
instif = grp.get("install_if", '')
grp["install_if"] = parse_install_pred(instif, sysprof, False)
logging.debug("install_if: %s -> %s" % (instif, grp["install_if"]))
# TODO: Is 'type' of the packages (mandatory | default | optional)
# to be checked?
inst_pkgs = RU.uniq((p["name"] for p in grp.get("packages", [])
if grp["install_if"]), use_set=True)
uninst_pkgs = RU.uniq((p["name"] for p in grp.get("packages", [])
if not grp["install_if"]), use_set=True)
grp["install_pkgs"] = inst_pkgs
grp["remove_pkgs"] = uninst_pkgs
yield grp
def _invoke(self,
func,
func_name,
url_path,
request,
expect_ok,
auth=None,
_not_given='_test_not_given'):
address = Config.server_address.format(url_path)
request['current_app'] = Config.current_app
data = dumps(request)
logger.info('Invoking %s %s with %s', func_name, address, data)
response = func(address, data=data, auth=auth)
logger.info('Response received %s %s', response.status_code,
response.text)
data = loads(response.text)
data = bunchify(data)
return data
# Most tests require status OK and CID
if expect_ok:
self.assertNotEquals(data.get('cid', _not_given), _not_given)
self.assertEquals(data.status, status_code.ok)
return data
def test_get_product_get_image(self, requests_mock):
response_mock = Mock()
response_mock.status_code = 200
response_mock.content = json.dumps({'id': 991, 'name': 'test prod'})
requests_mock.get.return_value = response_mock
cli = APIClient('test_api_key', 'test user agent')
p = ProductResource(cli, '46')
res = p.get(991)
self.assertEqual(991, res.id)
requests_mock.get.assert_called_with(
url='https://api.tiendanube.com/v1/46/products/991',
headers={
'Authentication': 'bearer test_api_key',
'User-Agent': 'test user agent'
},
params=None)
response_mock.content = json.dumps({
'id': 1,
'name': 'test prod image'
})
res = res.images.get(1)
self.assertEqual(bunchify({'id': 1, 'name': 'test prod image'}), res)
requests_mock.get.assert_called_with(
url='https://api.tiendanube.com/v1/46/products/991/images/1',
headers={
'Authentication': 'bearer test_api_key',
'User-Agent': 'test user agent'
},
params=None)
def get(self, id):
return bunchify(json.loads(self._make_request(
self.resource_name,
resource_id=str(self.resource_id),
subresource=self.subresource,
subresource_id=str(id)).content)
)
def test_list_webhooks_filter(self, requests_mock):
response_mock = Mock()
response_mock.status_code = 200
response_mock.content = json.dumps([
{
'id': 47
},
])
requests_mock.get.return_value = response_mock
cli = APIClient('test_api_key', 'test user agent')
w = WebhookResource(cli, '46')
res = w.list(filters={'since_id': 47}, fields='id')
self.assertEqual(bunchify([
{
'id': 47
},
]), res)
requests_mock.get.assert_called_with(
url='https://api.tiendanube.com/v1/46/webhooks',
headers={
'Authentication': 'bearer test_api_key',
'User-Agent': 'test user agent'
},
params={
'since_id': 47,
'fields': 'id'
})
def test_map(self):
source = {
'a': {
'b': [1, 2, '3', 4],
'c': {'d':'123'}
}}
m = Mapper(source)
# 1:1 mappings
m.map('/aa', '/a/b')
m.map('/bb', '/a/c/d')
# Force conversion to int
m.map('/cc/dd', 'int:/a/c/d')
# Manually signal /cc/ee/ff should be a list here ..
m.set('/cc/ee/ff', [])
m.map('/cc/ee/ff/19', 'int:/a/c/d')
target = bunchify(m.target)
self.assertListEqual(target.aa, [1, 2, '3', 4])
self.assertEquals(target.bb, '123')
self.assertEquals(target.cc.dd, 123)
self.assertEquals(target.cc.ee.ff, [None] * 19 + [123])
def get_instances_with_retries(ec2_client, instance_ids):
"""
AWS describe_instances with retries.
"""
response = ec2_client.describe_instances(
InstanceIds=instance_ids)
return bunchify(response)
def get_instance_price(self, instance):
"""
Given an Instance object, gets the price of that instance based on the
InstanceType, AZ and StartTime.
"""
current_time = datetime.now()
if 'InstanceLifecycle' not in instance:
return {
str(current_time):
self.bid_advisor.get_on_demand_price(instance.InstanceType)
}
query_time = current_time
query_time = query_time.replace(minute=instance.LaunchTime.minute)
query_time = query_time.replace(second=instance.LaunchTime.second)
query_time = query_time.replace(
microsecond=instance.LaunchTime.microsecond)
if current_time.minute >= instance.LaunchTime.minute:
query_time = query_time.replace(hour=current_time.hour)
else:
query_time = query_time.replace(hour=current_time.hour - 1)
response = self.ec2_client.describe_spot_price_history(
EndTime=query_time,
InstanceTypes=[instance.InstanceType],
ProductDescriptions=['Linux/UNIX (Amazon VPC)'],
AvailabilityZone=instance.Placement.AvailabilityZone,
StartTime=query_time)
assert response is not None, "Failed to get spot-instance prices"
resp = bunchify(response)
if len(resp.SpotPriceHistory) > 0:
return {str(current_time): resp.SpotPriceHistory[0].SpotPrice}
else:
return {str(current_time): "-1"}
def _new(cls, api, data, err_handler=None, params=None, method=None):
"""
Create a new `Node` from a `Graph` and a JSON-decoded object.
If the object is not a dictionary, it will be returned as-is.
"""
if isinstance(data, dict):
if data.get("error"):
code = data["error"].get("code")
msg = data["error"]["message"]
if code is None:
code_match = code_re.match(msg)
if code_match is not None:
code = int(code_match.group(1))
e = GraphException(code,
msg,
graph=api,
params=params,
method=method)
if err_handler:
return err_handler(e=e)
else:
raise e
return cls(api, bunch.bunchify(data))
return data
def json_call(service, data, config):
"""Make a call to a Zato service from a set list with JSON POST data.
The service URLs are configured in the SERVICE_URL module global
dictionary with the service name as written in the header of the Zato
service documentation page as the key.
@params service: service name
@param data: dictionary of data to send a JSON post data
@param config: configuration dictionary as read from 'deploy.conf'
"""
address = 'http://%s:%s' % (config.lb_host, config.lb_port)
try:
path = SERVICE_URLS[service]
except KeyError:
log.error("Unknown zato JSON service name: 5s", service)
raise
auth = (config.http_user, config.http_password)
client = JSONClient(address, path, auth)
log.debug("Invoking service at '%s' with data: %s", path, data)
res = client.invoke(data)
if not res.ok:
raise JSONCallResponseError(
"Zato non-successful result code: {}".format(res))
return bunchify(res.data)
def get_dict_with_opaque(instance, to_bunch=False):
opaque = parse_instance_opaque_attr(instance)
out = instance._asdict() if hasattr(instance,
'_asdict') else instance.asdict()
for k, v in opaque.items():
out[k] = v
return bunchify(out) if to_bunch else out
def describe_asg_with_retries(ac_client, asgs=[]):
"""
AWS describe_auto_scaling_groups with retries.
"""
response = ac_client.describe_auto_scaling_groups(
AutoScalingGroupNames=asgs)
return bunchify(response)
def on_broker_msg_CHANNEL_WEB_SOCKET_EDIT(self, msg):
# Each worker uses a unique bind port
msg = bunchify(msg)
self.web_socket_channel_create_edit(msg.old_name, msg, 'edit', 5,
False)
def services_list(request, environment_id):
services = []
# need to create new session to see services deployed be other user
session_id = Session.get_or_create(request, environment_id)
get_environment = muranoclient(request).environments.get
environment = get_environment(environment_id, session_id)
try:
reports = muranoclient(request).environments.last_status(environment_id, session_id)
except HTTPNotFound:
reports = {}
for service_item in environment.services:
service_data = service_item
service_data["full_service_name"] = get_service_name(service_data["type"])
if service_data["id"] in reports and reports[service_data["id"]]:
last_operation = str(reports[service_data["id"]].text)
time = reports[service_data["id"]].updated.replace("T", " ")
else:
last_operation = "Service draft created" if environment.version == 0 else ""
time = service_data["updated"].replace("T", " ")[:-7]
service_data["environment_id"] = environment_id
service_data["environment_version"] = environment.version
service_data["operation"] = last_operation
service_data["operation_updated"] = time
services.append(service_data)
log.debug("Service::List")
return [bunch.bunchify(service) for service in services]
def load(self,
config_src,
signal_update=True,
namespace=None,
monitor=False,
sub_key=None):
""" Load config from source(s)
:param config_src: URI(s) or dictionaries to load the config from. If
config_src is a list, then the first config is
loaded as the main config with subsequent configs
meged into it.
:type config_src: a string or dictionary or list of strings and/or
dictionaries
"""
namespace = self._get_namespace(namespace)
merge_configs = []
if isinstance(config_src, list):
merge_configs = config_src[1:]
config_src = config_src[0]
if isinstance(config_src, basestring):
if monitor:
self.start_src_monitor(config_src)
config_src = Loader.load(config_src)
self._configs[namespace] = Config(bunchify(config_src))
self.merge(merge_configs, False, namespace, monitor, False)
self._sub_keys[namespace] = sub_key
self._do_subs(namespace)
self._configs[namespace]._freeze()
if signal_update:
self.signal_update(namespace)
def get_service_table_line(self, idx, name, docs, sio):
name_fs_safe = 'service_{}'.format(fs_safe_name(name))
file_name = '{}.rst'.format(name_fs_safe)
summary = docs.summary
if summary:
summary = self._make_sphinx_safe(summary)
return bunchify({
'ns':
str(idx),
'orig_name':
name,
'sphinx_name':
name.replace('_', '\_'), # Needed for Sphinx to ignore undescores
'name':
name_fs_safe,
'name_link':
""":doc:`{} <./{}>`""".format(name, name_fs_safe),
'file_name':
file_name,
'description':
summary or no_value,
'docs':
docs,
'sio':
sio
})
def merge(self,
config_src,
signal_update=False,
namespace=None,
monitor=False,
do_subs=True):
""" Merge configs
:param config_src: URI(s) or dictionaries to load config(s) from to
be merged into the main config
:type config_src: a string or dictionary or list of strings and/or
dictionaries
"""
namespace = self._get_namespace(namespace)
if self._configs.get(namespace, None) is None:
raise ValueError('no config to merge with!')
if not isinstance(config_src, list):
config_src = [config_src]
for config in config_src:
if isinstance(config, basestring):
if monitor:
self.start_src_monitor(config)
config = Loader.load(config)
self._configs[namespace]._merge(bunchify(config))
if do_subs:
self._do_subs(namespace)
if signal_update:
self.signal_update(namespace)
def parse_instance_opaque_attr(instance):
opaque = getattr(instance, GENERIC.ATTR_NAME)
opaque = loads(opaque) if opaque else None
if not opaque:
return {}
ElemsWithOpaqueMaker.process_config_dict(opaque)
return bunchify(opaque)
def __init__(self):
currentDir = os.path.dirname(os.path.realpath(__file__))
configFile = currentDir + "/../" + self.CONFIG_FILE
conf = anyconfig.load(configFile)
bconf = bunch.bunchify(conf)
self.ttsWatson = TtsWatson(bconf.user, bconf.password, bconf.voice,
bconf.url, bconf.chunk)
def validate(self, expected_username, token):
""" Check if the given token is (still) valid.
1. Look for the token in Cache without decrypting/decoding it.
2.a If not found, return "Invalid"
2.b If found:
3. decrypt
4. decode
5. renew the cache expiration asynchronously (do not wait for the update confirmation).
5. return "valid" + the token contents
"""
if self.cache.get(token):
decrypted = self.fernet.decrypt(token)
token_data = bunchify(jwt.decode(decrypted, self.secret))
if token_data.username == expected_username:
# Renew the token expiration
self.cache.put(token, token, token_data.ttl, is_async=True)
return Bunch(valid=True, token=token_data, raw_token=token)
else:
return Bunch(valid=False,
message='Unexpected user for token found')
else:
return Bunch(valid=False, message='Invalid token')
def get_state(bunch=True):
with open('ops/config/defaults.conf') as defaults_file:
defaults_file_content = defaults_file.read()
state = yaml.load(defaults_file_content)
if os.path.isfile(os.environ['HOME']+'/ops.conf'):
with open(os.environ['HOME']+'/ops.conf') as ops_file:
ops_file_content = ops_file.read()
ops = yaml.load(ops_file_content)
state = dict_merge(state, ops)
if os.path.isfile('ops/config/project.conf'):
with open('ops/config/project.conf') as project_file:
project_file_content = project_file.read()
project = yaml.load(project_file_content)
state = dict_merge(state, project)
if os.path.isfile('ops/config/private.conf'):
with open('ops/config/private.conf') as private_file:
private_file_content = private_file.read()
private = yaml.load(private_file_content)
state = dict_merge(state, private)
if bunch:
return bunchify(state)
else:
return state
def dispatcher_callback(self, event, ctx, **opaque):
self.dispatcher_backlog.append(bunchify({
'event_id': new_cid(),
'event': event,
'ctx': ctx,
'opaque': opaque
}))
def mail_pledge_platform_admin(donation):
# Only process "one-off" type donations
if donation.order.order_type != "one-off":
return
project_url = '/projects/{0}'.format(donation.project.slug)
try:
admin_email = properties.TENANT_MAIL_PROPERTIES.get('address')
except AttributeError:
logger.critical('No mail properties found for {0}'.format(
connection.tenant.client_name))
if admin_email:
# Use the platform default language
with TenantLanguage(properties.LANGUAGE_CODE):
subject = _('A new pledge donation has been received')
payment_method = get_payment_method(donation)
# Create fake user object for mail
receiver = bunchify({'email': admin_email})
# Send email to the project owner.
send_mail(template_name='payments_pledge/mails/pledge_details.mail',
subject=subject,
to=receiver,
link=project_url,
donation=donation,
pledged=True,
payment_method=payment_method)
def set_config(self):
""" Sets self attributes, as configured in shmem by our parent process.
"""
config = self.config_ipc.get_config('zato-{}'.format(self.ipc_name))
config = loads(config)
config = bunchify(config)
self.username = config.username
self.password = config.password
self.server_auth = (self.username, self.password)
self.base_dir = config.base_dir
self.port = config.port
self.server_port = config.server_port
self.server_path = config.server_path
self.server_address = self.server_address.format(
self.server_port, self.server_path)
with open(config.logging_conf_path) as f:
logging_config = yaml.load(f)
if not 'zato_{}'.format(self.conn_type) in logging_config['loggers']:
logging_config = get_logging_config(self.conn_type,
self.logging_file_name)
# Configure logging for this connector
self.set_up_logging(logging_config)
# Store our process's pidfile
if config.needs_pidfile:
self.store_pidfile(config.pidfile_suffix)
def post(self, request, *args, **kwargs):
serializer = ShareSerializer(bunchify({}), data=request.DATA)
if not serializer.is_valid():
return response.Response(serializer.errors, status=400)
args = self.project_args(serializer.data.get('project'))
if args is None:
return HttpResponseNotFound()
sender_name = self.request.user.get_full_name() or self.request.user.username
sender_email = self.request.user.email
share_name = serializer.object.get('share_name', None)
share_email = serializer.object.get('share_email', None)
share_motivation = serializer.object.get('share_motivation', None)
share_cc = serializer.object.get('share_cc')
args.update(dict(
template_name='utils/mails/share_flyer.mail',
subject=_('%(name)s wants to share a project with you!') % dict(name=sender_name),
to=namedtuple("Receiver", "email")(email=share_email),
from_email=sender_email,
share_name=share_name,
share_email=share_email,
share_motivation=share_motivation,
sender_name=sender_name,
sender_email=sender_email,
cc=[sender_email] if share_cc else []
))
if share_cc:
args['cc'] = [sender_email]
result = send_mail(**args)
return response.Response({}, status=201)
def load_settings(settings_filename):
settings = bunchify(load(file(settings_filename)))
return Bunch(sources_filename=settings.sources_filename,
logging_config_filename=settings.logging_config_filename,
oxtalks_username=settings.oxtalks.username,
oxtalks_password=settings.oxtalks.password,
oxtalks_hostname=settings.oxtalks.hostname)
def load(self, config_src, signal_update=True, namespace=None,
monitor=False, sub_key=None):
""" Load config from source(s)
:param config_src: URI(s) or dictionaries to load the config from. If
config_src is a list, then the first config is
loaded as the main config with subsequent configs
meged into it.
:type config_src: a string or dictionary or list of strings and/or
dictionaries
"""
namespace = self._get_namespace(namespace)
merge_configs = []
if isinstance(config_src, list):
merge_configs = config_src[1:]
config_src = config_src[0]
if isinstance(config_src, basestring):
if monitor:
self.start_src_monitor(config_src)
config_src = Loader.load(config_src)
self._configs[namespace] = Config(bunchify(config_src))
self.merge(merge_configs, False, namespace, monitor, False)
self._sub_keys[namespace] = sub_key
self._do_subs(namespace)
self._configs[namespace]._freeze()
if signal_update:
self.signal_update(namespace)
def update(self, body=None, minor=True):
"""Update a page's content."""
assert self.markup == 'storage', "Cannot update non-storage page markup!"
if body is None:
body = self.body
if body == self._data.body[self.markup].value:
return # No changes
data = {
#'id': self._data.id,
'type': 'page',
'space': {'key': self.space_key},
'title': self.title,
'version': dict(number=self.version + 1, minorEdit=minor),
'body': {
'storage': {
'value': body,
'representation': self.markup,
}
},
'expand': 'version',
}
response = self.cf.session.put(self._data._links.self, json=data)
response.raise_for_status()
##page = response.json(); print(page)
result = bunchify(response.json())
self._data.body[self.markup].value = body
self._data.version = result.version
return result
def init(self):
try:
json = loads(self.inner.text)
except ValueError:
msg = 'inner.status_code `{}`, JSON parsing error `{}`'.format(self.inner.status_code, self.inner.text)
self.logger.error(msg)
raise ValueError(msg)
if 'zato_env' in json:
has_zato_env = True
self.details = json['zato_env']['details']
self.sio_result = json['zato_env']['result']
self.ok = self.sio_result == ZATO_OK
else:
has_zato_env = False
self.details = self.inner.text
self.ok = self.inner.ok
if self.ok:
if has_zato_env:
# There will be two keys, zato_env and the actual payload
for key, _value in json.items():
if key != 'zato_env':
value = _value
break
else:
value = json
if self.set_data(value, has_zato_env):
self.has_data = True
if self.to_bunch:
self.data = bunchify(self.data)
def _read_data(self):
'''Read stored data.'''
if not os.path.exists(self.data_file):
self.data = INITIAL_DATA
self._save_data()
json_data = json.loads(open(self.data_file).read())
self.data = bunchify(json_data)
def update_attrs(cls, name, attrs):
attrs = bunchify(attrs)
mod = getmodule(cls)
attrs.elem = getattr(mod, 'elem')
attrs.model = getattr(mod, 'model')
attrs.output_required_extra = getattr(mod, 'output_required_extra', [])
attrs.output_optional_extra = getattr(mod, 'output_optional_extra', [])
attrs.get_data_func = getattr(mod, 'list_func')
attrs.def_needed = getattr(mod, 'def_needed', False)
if name == 'GetList':
attrs.output_required = attrs.model
else:
attrs.broker_message = getattr(mod, 'broker_message')
attrs.broker_message_prefix = getattr(mod, 'broker_message_prefix')
if name in('Create', 'Edit'):
attrs.input_required = attrs.model
attrs.input_optional = attrs.model
attrs.is_create_edit = True
attrs.is_edit = name == 'Edit'
return attrs
def merge(self, config_src, signal_update=False, namespace=None,
monitor=False, do_subs=True):
""" Merge configs
:param config_src: URI(s) or dictionaries to load config(s) from to
be merged into the main config
:type config_src: a string or dictionary or list of strings and/or
dictionaries
"""
namespace = self._get_namespace(namespace)
if self._configs.get(namespace, None) is None:
raise ValueError('no config to merge with!')
if not isinstance(config_src, list):
config_src = [config_src]
for config in config_src:
if isinstance(config, basestring):
if monitor:
self.start_src_monitor(config)
config = Loader.load(config)
self._configs[namespace]._merge(bunchify(config))
if do_subs:
self._do_subs(namespace)
if signal_update:
self.signal_update(namespace)
def _new(cls, api, data, err_handler=None, params=None, method=None):
"""
Create a new `Node` from a `Graph` and a JSON-decoded object.
If the object is not a dictionary, it will be returned as-is.
"""
if isinstance(data, dict):
if data.get("error"):
code = data["error"].get("code")
if code is None:
code = data["error"].get("error_code")
msg = data["error"].get("message")
if msg is None:
msg = data["error"].get("error_msg")
if code is None:
code_match = code_re.match(msg)
if code_match is not None:
code = int(code_match.group(1))
e = GraphException(code, msg, graph=api, params=params, method=method)
if err_handler:
return err_handler(e=e)
else:
raise e
return cls(api, bunch.bunchify(data))
return data
def messageReceived(self, msg):
msg = bunchify(msg)
if 'status' in msg:
targets = [obj for obj in msg.proximity
if obj.object_type == 'player']
if targets:
my_pos= Point2(*msg.gps.position)
# rotate aiming to the target
t = targets[0]
t_pos = Point2(t.position[0] + t.velocity[0] * POS_PER_VEL,
t.position[1] + t.velocity[1] * POS_PER_VEL)
turn = relative_angle(my_pos.x, my_pos.y,
t_pos.x, t_pos.y,
msg.gps.angle)
else:
# rotate a tick to the right
turn = 0.1
# do the rotation and shoot
self.command('turn', value=turn)
self.command('fire')
def init(self):
json = loads(self.inner.text)
if 'zato_env' in json:
has_zato_env = True
self.details = json['zato_env']['details']
self.sio_result = json['zato_env']['result']
self.ok = self.sio_result == ZATO_OK
else:
has_zato_env = False
self.details = self.inner.text
self.ok = self.inner.ok
if self.ok:
if has_zato_env:
# There will be two keys, zato_env and the actual payload
for key, _value in json.items():
if key != 'zato_env':
value = _value
break
else:
value = json
if self.set_data(value, has_zato_env):
self.has_data = True
if self.to_bunch:
self.data = bunchify(self.data)
def updateResourceWithParams(cls, resource, params):
resource = bunch.bunchify(resource)
for key, val in params.iteritems():
if val is not None:
resource[key] = val
return resource
def prepeare_hosts(config_dict, local_base):
"""Prepare env global variable"""
hosts = Bunch()
for name, values in config_dict.items():
if not values:
continue
h = bunchify(values)
h.setdefault('port', 22)
h.repo_path = os.path.join('/home', h.user, h.project_base, h.project_name)
h.code_path = os.path.join(h.repo_path, h.code_subdir)
h.host_string = '{user}@{remote_ip}:{port}'.format(**h)
# Virtualenv
h.venv_dir = '/home/{user}/.virtualenvs/{virtualenv}'.format(**h)
h.venv_prefix = ('export export PIP_DOWNLOAD_CACHE=~/.pip_download_cache;'
'source '
'{venv_dir}/bin/activate'.format(**h))
# Proxy
proxy = env.get('proxy', None)
if proxy:
h.proxy_settings = 'export http_proxy=%s export https_proxy=%s'
else:
h.proxy_settings = ''
h.local_base = os.path.abspath(local_base)
h.setdefault('proxy_command', '')
hosts[name] = h
env._hosts = hosts