def __init__(self, rule):
super(Model, self).__init__()
self['name'] = util.help_escape(rule.name)
self['request_url'] = util.help_escape(rule.request_url)
for attr_name in ['http_host', 'http_method',
'client_ip', 'referrer']:
attr = getattr(rule, attr_name, None)
if attr is not None:
self[attr_name] = util.help_escape(attr)
def __init__(self, rule):
super(Model, self).__init__()
self['name'] = util.help_escape(rule.name)
self['request_url'] = util.help_escape(rule.request_url)
for attr_name in ['http_host', 'http_method',
'client_ip', 'request_url',
'referrer', 'geography']:
attr = getattr(rule, attr_name, None)
if attr is not None:
self[attr_name] = util.help_escape(attr)
def __init__(self, ssl_certificate):
super(Model, self).__init__()
self["flavor_id"] = ssl_certificate.flavor_id
self['domain_name'] = util.help_escape(ssl_certificate.domain_name)
self['cert_type'] = ssl_certificate.cert_type
self['cert_details'] = ssl_certificate.cert_details
self['status'] = ssl_certificate.get_cert_status()
def __init__(self, name=None,
referrer=None, http_host=None, client_ip=None,
geography=None, http_method=None, request_url="/*"):
self._name = name
self._request_url = request_url
if referrer:
self._referrer = referrer.strip()
if http_host:
self._http_host = http_host.strip()
if client_ip:
self._client_ip = client_ip.strip()
if http_method:
self._http_method = http_method.strip()
if geography:
# Validate the geography should be in a list of supported
# countries
if geography is not None and \
geography not in geo_zones.GEO_COUNTRY_ZONES and \
geography not in geo_zones.GEO_REGION_ZONES:
raise ValueError(util.help_escape(
'Country/Area %s is not supported in '
'geo zones' % geography))
self._geography = geography
if request_url:
self._request_url = request_url.strip()
def __init__(self, ssl_certificate):
super(Model, self).__init__()
self["flavor_id"] = ssl_certificate.flavor_id
self['domain_name'] = util.help_escape(ssl_certificate.domain_name)
self['cert_type'] = ssl_certificate.cert_type
self['cert_details'] = ssl_certificate.cert_details
self['status'] = ssl_certificate.get_cert_status()
def patch_one(self, service_id):
service_updates = json.loads(pecan.request.body.decode('utf-8'))
services_controller = self._driver.manager.services_controller
try:
services_controller.update(
self.project_id, service_id, self.auth_token, service_updates)
except exceptions.ValidationFailed as e:
pecan.abort(400, detail=u'{0}'.format(e))
except LookupError as e: # error handler for no flavor
pecan.abort(400, detail=str(e))
except ValueError as e: # error handler for existing service name
pecan.abort(400, detail=str(e))
except errors.ServiceNotFound as e:
pecan.abort(404, detail=str(e))
except errors.ServiceStatusNeitherDeployedNorFailed as e:
pecan.abort(400, detail=str(e))
except Exception as e:
pecan.abort(400, detail=util.help_escape(str(e)))
service_url = str(
uri.encode(u'{0}/v1.0/services/{1}'.format(
pecan.request.host_url,
service_id)))
return pecan.Response(None, 202, headers={"Location": service_url})
def __init__(self,
name=None,
referrer=None,
http_host=None,
client_ip=None,
geography=None,
http_method=None,
request_url="/*"):
self._name = name
self._request_url = request_url
if referrer:
self._referrer = referrer
if http_host:
self._http_host = http_host
if client_ip:
self._client_ip = client_ip
if http_method:
self._http_method = http_method
if geography:
# Validate the geography should be in a list of supported
# countries
if geography is not None and \
geography not in geo_zones.GEO_COUNTRY_ZONES and \
geography not in geo_zones.GEO_REGION_ZONES:
raise ValueError(
util.help_escape('Country/Area %s is not supported in '
'geo zones' % geography))
self._geography = geography
if request_url:
self._request_url = request_url
def patch_one(self, service_id):
service_updates = json.loads(pecan.request.body.decode('utf-8'))
services_controller = self._driver.manager.services_controller
try:
services_controller.update(self.project_id, service_id,
self.auth_token, service_updates)
except exceptions.ValidationFailed as e:
pecan.abort(400, detail=u'{0}'.format(e))
except LookupError as e: # error handler for no flavor
pecan.abort(400, detail=str(e))
except ValueError as e: # error handler for existing service name
pecan.abort(400, detail=str(e))
except errors.ServiceNotFound as e:
pecan.abort(404, detail=str(e))
except errors.ServiceStatusNeitherDeployedNorFailed as e:
pecan.abort(400, detail=str(e))
except errors.SharedShardsExhausted as e:
# domain - shared domains exhausted
pecan.abort(400, detail=str(e))
except Exception as e:
pecan.abort(400, detail=util.help_escape(str(e)))
service_url = str(
uri.encode(u'{0}/v1.0/services/{1}'.format(pecan.request.host_url,
service_id)))
return pecan.Response(None, 202, headers={"Location": service_url})
def geography(self, value):
if value is not None and \
value not in geo_zones.GEO_COUNTRY_ZONES and \
value not in geo_zones.GEO_REGION_ZONES:
raise ValueError(
util.help_escape('Country/Area %s is not supported in '
'geo zones' % value))
self._geography = value
def geography(self, value):
if value is not None and \
value not in geo_zones.GEO_COUNTRY_ZONES and \
value not in geo_zones.GEO_REGION_ZONES:
raise ValueError(util.help_escape(
'Country/Area %s is not supported in '
'geo zones' % value))
self._geography = value
def __init__(self, origin):
super(Model, self).__init__()
self['origin'] = util.help_escape(origin.origin)
self['port'] = origin.port
self['ssl'] = origin.ssl
self['rules'] = [rule.Model(r) for r in origin.rules]
self['hostheadertype'] = origin.hostheadertype
if origin.hostheadervalue is not None:
self['hostheadervalue'] = origin.hostheadervalue
def __init__(self, service_obj, controller):
super(Model, self).__init__()
self["name"] = util.help_escape(service_obj.name)
self["id"] = str(service_obj.service_id)
self["domains"] = [domain.Model(d) for d in service_obj.domains]
self["origins"] = [origin.Model(o) for o in service_obj.origins]
self["restrictions"] = [restriction.Model(r) for r in
service_obj.restrictions]
self["caching"] = [cachingrules.Model(c) for c in
service_obj.caching]
self["flavor_id"] = service_obj.flavor_id
self["log_delivery"] = log_delivery.Model(service_obj.log_delivery)
self["status"] = service_obj.status
if service_obj.operator_status == "disabled":
self["status"] = service_obj.operator_status
self["errors"] = []
self["links"] = [
link.Model(
str(
uri.encode(u'{0}/services/{1}'.format(
controller.base_url,
service_obj.service_id))),
'self'),
link.Model(
str(
uri.encode(u'{0}/flavors/{1}'.format(
controller.base_url,
service_obj.flavor_id))),
'flavor')]
for provider_name in service_obj.provider_details:
provider_detail = service_obj.provider_details[provider_name]
# add the access urls
access_urls = provider_detail.access_urls
for access_url in access_urls:
if 'operator_url' in access_url:
self['links'].append(link.Model(
access_url['operator_url'],
'access_url'))
elif 'log_delivery' in access_url:
self['links'].append(link.Model(
access_url['log_delivery'][0]['publicURL'],
'log_delivery'))
# add any errors
error_message = provider_detail.error_message
if error_message:
self["errors"].append({"message": error_message})
def patch_one(self, domain_name):
ssl_certificate_controller = (
self._driver.manager.ssl_certificate_controller)
certificate_updates = json.loads(pecan.request.body.decode('utf-8'))[0]
try:
ssl_certificate_controller.update_certificate_status(
domain_name, certificate_updates)
except ValueError:
pecan.abort(
status_code=404,
detail='Certificate could not be found for domain: {0}'.format(
domain_name))
except Exception as e:
pecan.abort(status_code=400, detail=util.help_escape(str(e)))
return pecan.Response(body=None, status=204)
def patch_one(self, domain_name):
ssl_certificate_controller = (
self._driver.manager.ssl_certificate_controller
)
certificate_updates = json.loads(pecan.request.body.decode('utf-8'))[0]
try:
ssl_certificate_controller.update_certificate_status(
domain_name,
certificate_updates
)
except ValueError:
pecan.abort(
status_code=404,
detail='Certificate could not be found for domain: {0}'.format(
domain_name
)
)
except Exception as e:
pecan.abort(status_code=400, detail=util.help_escape(str(e)))
return pecan.Response(body=None, status=204)
def abort_with_message(error_info):
pecan.abort(400, detail=util.help_escape(
getattr(error_info, "message", "")),
headers={'Content-Type': "application/json"})
def __init__(self, domain):
super(Model, self).__init__()
self['domain'] = util.help_escape(domain.domain)
self['protocol'] = domain.protocol
if self['protocol'] == 'https':
self['certificate'] = domain.certificate
def __init__(self, restriction):
super(Model, self).__init__()
self['name'] = util.help_escape(restriction.name)
self['access'] = restriction.access
self['rules'] = [rule.Model(r) for r in restriction.rules]
def abort_with_message(error_info):
pecan.abort(400,
detail=util.help_escape(getattr(error_info, "message", "")),
headers={'Content-Type': "application/json"})
def __init__(self, service_obj, controller):
super(Model, self).__init__()
self["name"] = util.help_escape(service_obj.name)
self["id"] = str(service_obj.service_id)
self["project_id"] = str(service_obj.project_id)
self["domains"] = [domain.Model(d) for d in service_obj.domains]
# default other type of certificate domains to create_in_progress
# Note(tonytan4ever): with out this piece of code
# there will be a short period of time domain without certificate
# status
for domain_d in self["domains"]:
if domain_d.get("protocol", "http") == "https":
if domain_d.get("certificate") == "shared":
domain_d["certificate_status"] = 'deployed'
else:
domain_d["certificate_status"] = 'create_in_progress'
self["origins"] = [origin.Model(o) for o in service_obj.origins]
self["restrictions"] = [restriction.Model(r) for r in
service_obj.restrictions]
self["caching"] = [cachingrules.Model(c) for c in
service_obj.caching]
self["flavor_id"] = service_obj.flavor_id
self["log_delivery"] = log_delivery.Model(service_obj.log_delivery)
self["status"] = service_obj.status
if service_obj.operator_status == "disabled":
self["status"] = service_obj.operator_status
self["errors"] = []
self["links"] = [
link.Model(
str(
uri.encode(u'{0}/services/{1}'.format(
controller.base_url,
service_obj.service_id))),
'self'),
link.Model(
str(
uri.encode(u'{0}/flavors/{1}'.format(
controller.base_url,
service_obj.flavor_id))),
'flavor')]
for provider_name in service_obj.provider_details:
provider_detail = service_obj.provider_details[provider_name]
# add any certificate_status for non shared ssl domains
# Note(tonytan4ever): for right now we only consider one provider,
# in case of multiple providers we really should consider all
# provider's domain certificate status
for domain_d in self["domains"]:
if domain_d.get("protocol", "http") == "https":
if domain_d.get("certificate") != "shared":
domain_d["certificate_status"] = (
provider_detail.
domains_certificate_status.
get_domain_certificate_status(domain_d['domain']))
# add the access urls
access_urls = provider_detail.access_urls
for access_url in access_urls:
if (
'operator_url' in access_url and
access_url['operator_url'] is not None
):
self['links'].append(link.Model(
access_url['operator_url'],
'access_url'))
elif 'log_delivery' in access_url:
self['links'].append(link.Model(
access_url['log_delivery'][0]['publicURL'],
'log_delivery'))
# add any errors
error_message = provider_detail.error_message
if error_message:
self["errors"].append({"message": error_message})
def __init__(self, origin):
super(Model, self).__init__()
self['origin'] = util.help_escape(origin.origin)
self['port'] = origin.port
self['ssl'] = origin.ssl
self['rules'] = [rule.Model(r) for r in origin.rules]
def __init__(self, service_obj, controller):
super(Model, self).__init__()
self["name"] = util.help_escape(service_obj.name)
self["id"] = str(service_obj.service_id)
self["project_id"] = str(service_obj.project_id)
self["domains"] = [domain.Model(d) for d in service_obj.domains]
# default other type of certificate domains to create_in_progress
# Note(tonytan4ever): with out this piece of code
# there will be a short period of time domain without certificate
# status
for domain_d in self["domains"]:
if domain_d.get("protocol", "http") == "https":
if domain_d.get("certificate") == "shared":
domain_d["certificate_status"] = 'deployed'
else:
domain_d["certificate_status"] = 'create_in_progress'
self["origins"] = [origin.Model(o) for o in service_obj.origins]
self["restrictions"] = [
restriction.Model(r) for r in service_obj.restrictions
]
self["caching"] = [cachingrules.Model(c) for c in service_obj.caching]
self["flavor_id"] = service_obj.flavor_id
self["log_delivery"] = log_delivery.Model(service_obj.log_delivery)
self["status"] = service_obj.status
if service_obj.operator_status == "disabled":
self["status"] = service_obj.operator_status
self["errors"] = []
self["links"] = [
link.Model(
str(
uri.encode(u'{0}/services/{1}'.format(
controller.base_url, service_obj.service_id))),
'self'),
link.Model(
str(
uri.encode(u'{0}/flavors/{1}'.format(
controller.base_url, service_obj.flavor_id))),
'flavor')
]
for provider_name in service_obj.provider_details:
provider_detail = service_obj.provider_details[provider_name]
# add any certificate_status for non shared ssl domains
# Note(tonytan4ever): for right now we only consider one provider,
# in case of multiple providers we really should consider all
# provider's domain certificate status
for domain_d in self["domains"]:
if domain_d.get("protocol", "http") == "https":
if domain_d.get("certificate") != "shared":
domain_d["certificate_status"] = (
provider_detail.domains_certificate_status.
get_domain_certificate_status(domain_d['domain']))
# add the access urls
access_urls = provider_detail.access_urls
for access_url in access_urls:
if ('operator_url' in access_url
and access_url['operator_url'] is not None):
self['links'].append(
link.Model(access_url['operator_url'], 'access_url'))
elif 'log_delivery' in access_url:
self['links'].append(
link.Model(access_url['log_delivery'][0]['publicURL'],
'log_delivery'))
# add any errors
error_message = provider_detail.error_message
if error_message:
self["errors"].append({"message": error_message})
def __init__(self, caching):
super(Model, self).__init__()
self['name'] = util.help_escape(caching.name)
self['ttl'] = caching.ttl
if caching.rules != []:
self['rules'] = [rule.Model(r) for r in caching.rules]
def __init__(self, domain):
super(Model, self).__init__()
self['domain'] = util.help_escape(domain.domain)
self['protocol'] = domain.protocol
if self['protocol'] == 'https':
self['certificate'] = domain.certificate
def __init__(self, restriction):
super(Model, self).__init__()
self['name'] = util.help_escape(restriction.name)
self['type'] = restriction.type
self['rules'] = [rule.Model(r) for r in restriction.rules]