def provision_pgt(self, request, st, success):
'''Provision a PGT ticket if requested
'''
pgt_url = request.GET.get(PGT_URL_PARAM)
if not pgt_url:
return
if not pgt_url.startswith('https://'):
self.logger.warning('ignoring non HTTP pgtUrl %r', pgt_url)
return
# PGT URL must be declared
if not st.service.match_service(pgt_url):
self.logger.warning('pgtUrl %r does not match service %r', pgt_url,
st.service.slug)
pgt = make_id(PGT_PREFIX)
pgt_iou = make_id(PGT_IOU_PREFIX)
# Skip PGT_URL check for testing purpose
# instead store PGT_IOU / PGT association in session
if app_settings.CHECK_PGT_URL:
response = requests.get(pgt_url,
params={
PGT_ID_PARAM: pgt,
PGT_IOU_PARAM: pgt_iou
})
if response.status_code != 200:
self.logger.warning('pgtUrl %r returned non 200 code: %d',
pgt_url, response.status_code)
return
else:
request.session[pgt_iou] = pgt
proxies = ('%s %s' % (pgt_url, st.proxies)).strip()
# Save the PGT ticket
Ticket.objects.create(ticket_id=pgt,
expire=None,
service=st.service,
service_url=st.service_url,
validity=True,
user=st.user,
session_key=st.session_key,
proxies=proxies)
user = ET.SubElement(success, PGT_ELT)
user.text = pgt_iou
if self.add_proxies:
proxies_elt = ET.SubElement(success, PROXIES_ELT)
for proxy in st.proxies.split():
proxy_elt = ET.SubElement(proxies_elt, PROXY_ELT)
proxy_elt.text = proxy
def provision_pgt(self, request, st, success):
'''Provision a PGT ticket if requested
'''
pgt_url = request.GET.get(PGT_URL_PARAM)
if not pgt_url:
return
if not pgt_url.startswith('https://'):
self.logger.warning('ignoring non HTTP pgtUrl %r', pgt_url)
return
# PGT URL must be declared
if not st.service.match_service(pgt_url):
self.logger.warning('pgtUrl %r does not match service %r',
pgt_url, st.service.slug)
pgt = make_id(PGT_PREFIX)
pgt_iou = make_id(PGT_IOU_PREFIX)
# Skip PGT_URL check for testing purpose
# instead store PGT_IOU / PGT association in session
if app_settings.CHECK_PGT_URL:
response = requests.get(pgt_url, params={
PGT_PARAM: pgt,
PGT_IOU_PARAM: pgt_iou})
if response.status_code != 200:
self.logger.warning('pgtUrl %r returned non 200 code: %d',
pgt_url, response.status_code)
return
else:
request.session[pgt_iou] = pgt
proxies = ('%s %s' % (pgt_url, st.proxies)).strip()
# Save the PGT ticket
Ticket.objects.create(
ticket_id=pgt,
expire=None,
service=st.service,
service_url=st.service_url,
validity=True,
user=st.user,
session_key=st.session_key,
proxies=proxies)
user = ET.SubElement(success, PGT_ELT)
user.text = pgt_iou
if self.add_proxies:
proxies_elt = ET.SubElement(success, PROXIES_ELT)
for proxy in st.proxies.split():
proxy_elt = ET.SubElement(proxies_elt, PROXY_ELT)
proxy_elt.text = proxy
def load_app(app_def_file, app_id=None):
"""Loads an app definition from a json file and sets the app id."""
app_path = os.path.join(apps_dir(), "{}.json".format(app_def_file))
app = get_resource(app_path)
if app_id is None:
app['id'] = make_id(app_def_file)
else:
app['id'] = app_id
return app
def load_app(app_def_file, app_id=None, parent_group="/"):
"""Loads an app definition from a json file and sets the app id."""
app_path = os.path.join(apps_dir(), "{}.json".format(app_def_file))
app = get_resource(app_path)
if app_id is None:
app['id'] = make_id(app_def_file, parent_group)
else:
app['id'] = join(parent_group, app_id)
logger.info('Loaded an app definition with id={}'.format(app['id']))
return app
def load_app(app_def_file, app_id=None, parent_group="/"):
"""Loads an app definition from a json file and sets the app id."""
app_path = os.path.join(apps_dir(), "{}.json".format(app_def_file))
app = get_resource(app_path)
if app_id is None:
app['id'] = make_id(app_def_file, parent_group)
else:
app['id'] = join(parent_group, app_id)
logger.info('Loaded an app definition with id={}'.format(app['id']))
return app
def conference_api():
"""
1. Create a conference name
2. Create an endpoint and store in redis with conference name
3. Attach the above application to it
4. Return endpoint username/password to template
"""
conference_name = 'p%s' % (make_id(8))
app_id = create_plivo_application(conference_name)
endpoint_username = create_plivo_endpoint(conference_name, app_id)
inbound_did = attach_inbound_did(app_id)
link_conference(conference_name, endpoint_username, conference_name, inbound_did)
conference_url = url_for('conference', _external=True, conference_name=conference_name)
return jsonify(conference_url = conference_url, conference_name = conference_name)
def get(self, request):
pgt = request.GET.get(PGT_PARAM)
target_service_url = request.GET.get(TARGET_SERVICE_PARAM)
if not pgt or not target_service_url:
return self.validation_failure(
INVALID_REQUEST_ERROR,
"'pgt' and 'targetService' parameters are both required")
if not pgt.startswith(PGT_PREFIX):
return self.validation_failure(
BAD_PGT_ERROR, 'a proxy granting ticket must start with PGT-')
try:
pgt = Ticket.objects.get(ticket_id=pgt)
except Ticket.DoesNotExist:
pgt = None
if pgt is None:
return self.validation_failure(BAD_PGT_ERROR, 'pgt does not '
'exist')
if not pgt.valid():
pgt.delete()
return self.validation_failure(BAD_PGT_ERROR,
'session has expired')
target_service = Service.objects.for_service(target_service_url)
# No target service exists for this url, maybe the URL is missing from
# the urls field
if not target_service:
return self.validation_failure(INVALID_TARGET_SERVICE_ERROR,
'target service is invalid')
# Verify that the requested service is authorized to get proxy tickets
# for the target service
if not target_service.proxy.filter(pk=pgt.service_id).exists():
return self.validation_failure(
PROXY_UNAUTHORIZED_ERROR,
'proxying to the target service is forbidden')
pt = Ticket.objects.create(ticket_id=make_id(PT_PREFIX),
validity=True,
expire=now() + timedelta(seconds=60),
service=target_service,
service_url=target_service_url,
user=pgt.user,
session_key=pgt.session_key,
proxies=pgt.proxies)
return self.validation_success(request, pt)
def get(self, request):
pgt = request.GET.get(PGT_PARAM)
target_service_url = request.GET.get(TARGET_SERVICE_PARAM)
if not pgt or not target_service_url:
return self.validation_failure(INVALID_REQUEST_ERROR,
"'pgt' and 'targetService' parameters are both required")
if not pgt.startswith(PGT_PREFIX):
return self.validation_failure(BAD_PGT_ERROR,
'a proxy granting ticket must start with PGT-')
try:
pgt = Ticket.objects.get(ticket_id=pgt)
except Ticket.DoesNotExist:
pgt = None
if pgt is None:
return self.validation_failure(BAD_PGT_ERROR, 'pgt does not '
'exist')
if not pgt.valid():
pgt.delete()
return self.validation_failure(BAD_PGT_ERROR, 'session has expired')
target_service = Service.objects.for_service(target_service_url)
# No target service exists for this url, maybe the URL is missing from
# the urls field
if not target_service:
return self.validation_failure(INVALID_TARGET_SERVICE_ERROR,
'target service is invalid')
# Verify that the requested service is authorized to get proxy tickets
# for the target service
if not target_service.proxy.filter(pk=pgt.service_id).exists():
return self.validation_failure(PROXY_UNAUTHORIZED_ERROR,
'proxying to the target service is forbidden')
pt = Ticket.objects.create(
ticket_id=make_id(PT_PREFIX),
validity=True,
expire=now()+timedelta(seconds=60),
service=target_service,
service_url=target_service_url,
user=pgt.user,
session_key=pgt.session_key,
proxies=pgt.proxies)
return self.validation_success(request, pt)
# Optimization parameters
train_epoch = config['optimization_params']['train_epoch']
test_epoch = config['optimization_params']['test_epoch']
L2 = config['optimization_params']['L2']
train_lr = config['optimization_params']['train_lr']
test_lr = config['optimization_params']['test_lr']
# Network parameters -- single hidden layer MLP
# Can also adjust the nonlinearity
OUT_DIM = 2
INPUT_SIZE = 6 #data, lik1, lik2, prior, N_ratio, N_t
NHID = config['network_params']['NHID']
NONLIN = config['network_params']['NONLIN']
storage_id = utils.make_id(config)
# Informative data vs uninformative data
ID_approx_model = expt.get_approxmodel(OUT_DIM, INPUT_SIZE, NHID, NONLIN)
ID_rational_model = expt.get_rationalmodel(N_trials)
ID_block_vals = expt.assign_PL_EU(N_balls, N_blocks, True)
ID_X = expt.data_gen(ID_block_vals, N_trials)
UD_approx_model = expt.get_approxmodel(OUT_DIM, INPUT_SIZE, NHID, NONLIN)
UD_rational_model = expt.get_rationalmodel(N_trials)
UD_block_vals = expt.assign_PL_EU(N_balls, N_blocks, False)
UD_X = expt.data_gen(UD_block_vals, N_trials)
# Create the data frames
ID_train_data = {
return repo_origin(self.repo.name, self.schema["RepoTags"])
if __name__ == "__main__":
from docker import Client
c = Client("unix:///var/run/docker.sock")
esquema = {
'Created': 1441279808,
'Labels': {},
'VirtualSize': 795865269,
'ParentId':
'9cce8d0ab3ceadd880b97330a259d362e51e303089fc096db5094f2642585bee',
'RepoTags': ['iso8601:latest', 'src/iso8601:latest'],
'RepoDigests': [],
'Id':
'15ef989c576bdc0ae8ed721f9c58a850ee050620ed8e9d816dacaffdb050e497',
'Size': 0
}
from utils import make_id
class tmp:
pass
val = Validador(esquema)
val.client = c
val.repo = tmp()
val.repo.name = "src"
dataset = "http://datos.labcd.mx/dataset/3968a764-f85a-4b7c-903b-bd3e3e23fd78/resource/1f2b8d6b-c93a-4f63-b6c3-90293a91726b/download/embajadas.csv"
val.run(make_id(), dataset)
def load_pod(pod_name):
pod_path = os.path.join(pods_dir(), "{}.json".format(pod_name))
pod = get_resource(pod_path)
pod['id'] = make_id(pod_name)
return pod
def load_app(app_name):
app_path = os.path.join(apps_dir(), "{}.json".format(app_name))
app = get_resource(app_path)
app['id'] = make_id(app_name)
return app
work.run()
return work
@property
def name(self):
return repo_origin(self.repo.name, self.schema["RepoTags"])
if __name__ == "__main__":
from docker import Client
c = Client("unix:///var/run/docker.sock")
esquema = {'Created': 1441279808,
'Labels': {},
'VirtualSize': 795865269,
'ParentId': '9cce8d0ab3ceadd880b97330a259d362e51e303089fc096db5094f2642585bee',
'RepoTags': ['iso8601:latest', 'src/iso8601:latest'],
'RepoDigests': [],
'Id': '15ef989c576bdc0ae8ed721f9c58a850ee050620ed8e9d816dacaffdb050e497',
'Size': 0
}
from utils import make_id
class tmp:
pass
val = Validador(esquema)
val.client = c
val.repo =tmp()
val.repo.name = "src"
dataset = "http://datos.labcd.mx/dataset/3968a764-f85a-4b7c-903b-bd3e3e23fd78/resource/1f2b8d6b-c93a-4f63-b6c3-90293a91726b/download/embajadas.csv"
val.run(make_id(), dataset)
def load_app(app_name):
app_path = os.path.join(apps_dir(), "{}.json".format(app_name))
app = get_resource(app_path)
app['id'] = make_id(app_name)
return app
