def standalone():
if len(sys.argv) != 2:
print USAGE
return
in_filename = sys.argv[1]
in_filename_prefix = string.replace(in_filename, ".csv", "")
out_filename = "%s.auto.csv" % (in_filename_prefix, )
print "Autocompleting bulk provisioning users in %s..." % (in_filename, )
try:
with open(in_filename, 'rb') as in_file:
with open(out_filename, 'w') as out_file:
csv_reader = csv.reader(in_file)
csv_writer = csv.writer(out_file)
for row in csv_reader:
if len(row) == 1:
# Default private SIP ID to public SIP ID, stripping any sip: prefix
row.append(utils.sip_public_id_to_private(row[0]))
if len(row) == 2:
# Default realm to domain of public SIP ID
row.append(utils.sip_uri_to_domain(row[0]))
if len(row) == 3:
# Missing password - generate a random one
#row.append(utils.create_secure_human_readable_id(48))
row.append("7kkzTyGW")
csv_writer.writerow(row)
print "Autocompleted bulk provisioning users written to %s" % (
out_filename, )
except IOError as e:
print "Failed to read/write to %s:" % (e.filename, )
traceback.print_exc()
def standalone():
if len(sys.argv) != 2:
print USAGE
return
in_filename = sys.argv[1]
in_filename_prefix = string.replace(in_filename, ".csv", "")
out_filename = "%s.auto.csv" % (in_filename_prefix,)
print "Autocompleting bulk provisioning users in %s..." % (in_filename,)
try:
with open(in_filename, 'rb') as in_file:
with open(out_filename, 'w') as out_file:
csv_reader = csv.reader(in_file)
csv_writer = csv.writer(out_file)
for row in csv_reader:
if len(row) == 1:
# Default private SIP ID to public SIP ID, stripping any sip: prefix
row.append(utils.sip_public_id_to_private(row[0]))
if len(row) == 2:
# Default realm to system default
row.append(settings.SIP_DIGEST_REALM)
if len(row) == 3:
# Missing password - generate a random one
row.append(utils.create_secure_human_readable_id(48))
csv_writer.writerow(row)
print "Autocompleted bulk provisioning users written to %s" % (out_filename,)
except IOError as e:
print "Failed to read/write to %s:" % (e.filename,)
traceback.print_exc();
def _on_get_publics_success(private_id, responses):
_log.debug("Got related public ids")
parsed_body = json.loads(responses[0].body)
public_ids = parsed_body["associated_public_ids"]
if (utils.sip_public_id_to_private(sip_uri) == private_id and
len(public_ids) > 1):
# Do not permit deletion of an original public identity if others exist
# otherwise another may claim the same private id from the pool
_log.error("Failed to delete default public ID %s while other IDs are attached to the same private ID" % sip_uri);
_log.error("Other public IDs are %s" % ", ".join(public_ids))
on_failure(responses[0])
else:
# Only delete the digest if there is only a single private identity
# associated with our sip_uri (i.e. this is the last public id)
delete_digest = (len(public_ids) == 1)
_delete_number(db_sess, sip_uri, private_id, delete_digest, on_success, on_failure)
def _on_get_publics_success(private_id, responses):
_log.debug("Got related public ids")
parsed_body = json.loads(responses[0].body)
public_ids = parsed_body["associated_public_ids"]
if (utils.sip_public_id_to_private(sip_uri) == private_id
and len(public_ids) > 1):
# Do not permit deletion of an original public identity if others exist
# otherwise another may claim the same private id from the pool
_log.error(
"Failed to delete default public ID %s while other IDs are attached to the same private ID"
% sip_uri)
_log.error("Other public IDs are %s" % ", ".join(public_ids))
on_failure(responses[0])
else:
# Only delete the digest if there is only a single private identity
# associated with our sip_uri (i.e. this is the last public id)
delete_digest = (len(public_ids) == 1)
_delete_number(db_sess, sip_uri, private_id, delete_digest,
on_success, on_failure, force_delete)
def get(self, public_id):
try:
result = yield self.cass.get(column_family=self.table,
key=public_id,
column=self.column)
ifc = result.column.value
except NotFoundException, e:
if not settings.HSS_ENABLED:
# No HSS
raise HTTPError(404)
# IFC not in Cassandra, attempt to fetch from HSS
try:
# TODO For now we assume to same public to private id mapping as ellis
private_id = utils.sip_public_id_to_private(public_id)
ifc = yield self.application.hss_gateway.get_ifc(private_id, public_id)
except HSSNotFound:
raise HTTPError(404)
# Have result from HSS, store in Cassandra
yield self.cass.insert(column_family=self.table,
key=public_id,
column=self.column,
value=ifc)
def get(self, public_id):
try:
result = yield self.cass.get(column_family=self.table,
key=public_id,
column=self.column)
ifc = result.column.value
except NotFoundException, e:
if not settings.HSS_ENABLED:
# No HSS
raise HTTPError(404)
# IFC not in Cassandra, attempt to fetch from HSS
try:
# TODO For now we assume to same public to private id mapping as ellis
private_id = utils.sip_public_id_to_private(public_id)
ifc = yield self.application.hss_gateway.get_ifc(
private_id, public_id)
except HSSNotFound:
raise HTTPError(404)
# Have result from HSS, store in Cassandra
yield self.cass.insert(column_family=self.table,
key=public_id,
column=self.column,
value=ifc)
def post(self, username):
"""Allocate a phone number."""
_log.debug("Number allocation API call (PSTN = %s)", self.get_argument('pstn', 'false'))
user_id = self.get_and_check_user_id(username)
db_sess = self.db_session()
pstn = self.get_argument('pstn', 'false') == 'true'
private_id = self.get_argument('private_id', None)
try:
number_id = numbers.allocate_number(db_sess, user_id, pstn)
sip_uri = numbers.get_number(db_sess, number_id, user_id)
self.sip_uri = sip_uri
_log.debug("SIP URI %s", sip_uri)
# FIXME We shouldn't commit until we know XDM/HS have succeeded but
# if we hold the transaction open we can deadlock
# * Request 1 comes in and allocates a number, kicks off requests
# to XDM/Homestead, has transaction open, returns thread to Tornado
# * Request 2 comes in, allocates same number, can't lock it for
# update because Request 1 is holding it. Blocks.
# * Request 1 gets response but the thread is tied up
# * Request 2 SQL transaction times out.
# * Request 1 probably completes..
db_sess.commit()
except NotFound:
# FIXME email operator to tell them we're out of numbers!
_log.warning("No available numbers")
raise HTTPError(httplib.SERVICE_UNAVAILABLE,
"No available numbers")
# Work out the response we'll send if the upstream requests
# are successful.
number = utils.sip_uri_to_phone_number(sip_uri)
pretty_number = utils.format_phone_number(number)
self.__response = {"sip_uri": sip_uri,
"sip_username": number,
"number": number,
"pstn": pstn,
"formatted_number": pretty_number,
"number_id": number_id.hex}
# Generate a random password and store it in Homestead.
_log.debug("Populating other servers...")
self._request_group = HTTPCallbackGroup(self._on_post_success,
self._on_post_failure)
public_callback = self._request_group.callback()
if private_id == None:
# No private id was provided, so we need to create a new
# digest in Homestead
private_id = utils.sip_public_id_to_private(sip_uri)
sip_password = utils.generate_sip_password()
homestead.create_private_id(private_id,
sip_password,
self._request_group.callback())
self.__response["sip_password"] = sip_password
# Associate the new public identity with the private identity in Homestead
# and store the iFCs in homestead.
homestead.create_public_id(private_id,
sip_uri,
ifcs.generate_ifcs(settings.SIP_DIGEST_REALM),
public_callback)
self.__response["private_id"] = private_id
# Concurrently, store the default simservs in XDM.
with open(settings.XDM_DEFAULT_SIMSERVS_FILE) as xml_file:
default_xml = xml_file.read()
xdm.put_simservs(sip_uri, default_xml, self._request_group.callback())
def post(self, username, sip_uri):
"""Allocate a phone number."""
_log.debug("Specific number allocation API call (%s)", sip_uri)
self.is_admin_request()
user_id = self.get_and_check_user_id(username)
db_sess = self.db_session()
pstn = self.get_argument("pstn", "false").lower() == "true"
private_id = self.get_argument("private_id", None)
new_private_id = self.get_argument("new_private_id", "false").lower() == "true"
try:
number_id = uuid.UUID(numbers.get_sip_uri_number_id(db_sess, sip_uri))
except NotFound:
# This SIP URI is not currently in the pool, so add it
number_id = numbers.add_number_to_pool(db_sess, sip_uri, False, True)
numbers.allocate_specific_number(db_sess, user_id, number_id)
self.sip_uri = sip_uri
db_sess.commit()
# Work out the response we'll send if the upstream requests
# are successful.
number = utils.sip_uri_to_phone_number(sip_uri)
pretty_number = format_phone_number(number)
self.__response = {
"sip_uri": sip_uri,
"sip_username": number,
"number": number,
"pstn": pstn,
"formatted_number": pretty_number,
"number_id": number_id.hex,
}
# Generate a random password and store it in Homestead.
_log.debug("Populating other servers...")
self._request_group = HTTPCallbackGroup(self._on_post_success, self._on_post_failure)
public_callback = self._request_group.callback()
if private_id == None:
# No private id was provided, so we need to create a new
# digest in Homestead
private_id = utils.sip_public_id_to_private(sip_uri)
new_private_id = True
if new_private_id:
sip_password = utils.generate_sip_password()
_log.debug("About to create private ID at Homestead")
homestead.create_private_id(
private_id, utils.sip_uri_to_domain(sip_uri), sip_password, self._request_group.callback()
)
_log.debug("Created private ID at Homestead")
self.__response["sip_password"] = sip_password
self.__response["sip_username"] = private_id
# Associate the new public identity with the private identity in Homestead
# and store the iFCs in homestead.
homestead.create_public_id(
private_id, sip_uri, ifcs.generate_ifcs(utils.sip_uri_to_domain(sip_uri)), public_callback
)
self.__response["private_id"] = private_id
# Concurrently, store the default simservs in XDM.
with open(settings.XDM_DEFAULT_SIMSERVS_FILE) as xml_file:
default_xml = xml_file.read()
xdm.put_simservs(sip_uri, default_xml, self._request_group.callback())
def post(self, username, sip_uri): # pragma: no cover
"""Allocate a phone number."""
_log.debug("Specific number allocation API call (%s)", sip_uri)
self.is_admin_request()
user_id = self.get_and_check_user_id(username)
db_sess = self.db_session()
pstn = self.get_argument('pstn', 'false').lower() == 'true'
private_id = self.get_argument('private_id', None)
new_private_id = self.get_argument('new_private_id',
'false').lower() == 'true'
try:
number_id = uuid.UUID(
numbers.get_sip_uri_number_id(db_sess, sip_uri))
except NotFound:
# This SIP URI is not currently in the pool, so add it
number_id = numbers.add_number_to_pool(db_sess, sip_uri, False,
True)
numbers.allocate_specific_number(db_sess, user_id, number_id)
self.sip_uri = sip_uri
db_sess.commit()
# Work out the response we'll send if the upstream requests
# are successful.
number = utils.sip_uri_to_phone_number(sip_uri)
pretty_number = format_phone_number(number)
self.__response = {
"sip_uri": sip_uri,
"sip_username": number,
"number": number,
"pstn": pstn,
"formatted_number": pretty_number,
"number_id": number_id.hex
}
# Generate a random password and store it in Homestead.
_log.debug("Populating other servers...")
self._request_group = HTTPCallbackGroup(self._on_post_success,
self._on_post_failure)
public_callback = self._request_group.callback()
if private_id == None:
# No private id was provided, so we need to create a new
# digest in Homestead
private_id = utils.sip_public_id_to_private(sip_uri)
new_private_id = True
if new_private_id:
sip_password = utils.generate_sip_password()
_log.debug("About to create private ID at Homestead")
homestead.create_private_id(private_id,
utils.sip_uri_to_domain(sip_uri),
sip_password,
self._request_group.callback())
_log.debug("Created private ID at Homestead")
self.__response["sip_password"] = sip_password
self.__response["sip_username"] = private_id
# Associate the new public identity with the private identity in Homestead
# and store the iFCs in homestead.
homestead.create_public_id(
private_id, sip_uri,
ifcs.generate_ifcs(utils.sip_uri_to_domain(sip_uri)),
public_callback)
self.__response["private_id"] = private_id
# Concurrently, store the default simservs in XDM.
xdm.put_simservs(sip_uri, simservs.default_simservs(),
self._request_group.callback())
def post(self, username):
"""Allocate a phone number."""
_log.debug("Number allocation API call (PSTN = %s)",
self.get_argument('pstn', 'false'))
user_id = self.get_and_check_user_id(username)
db_sess = self.db_session()
pstn = self.get_argument('pstn', 'false').lower() == 'true'
private_id = self.get_argument('private_id', None)
try:
number_id = numbers.allocate_number(db_sess, user_id, pstn)
sip_uri = numbers.get_number(db_sess, number_id, user_id)
self.sip_uri = sip_uri
_log.debug("SIP URI %s", sip_uri)
# FIXME We shouldn't commit until we know XDM/HS have succeeded but
# if we hold the transaction open we can deadlock
# * Request 1 comes in and allocates a number, kicks off requests
# to XDM/Homestead, has transaction open, returns thread to Tornado
# * Request 2 comes in, allocates same number, can't lock it for
# update because Request 1 is holding it. Blocks.
# * Request 1 gets response but the thread is tied up
# * Request 2 SQL transaction times out.
# * Request 1 probably completes..
db_sess.commit()
except NotFound: # pragma: no cover
# FIXME email operator to tell them we're out of numbers!
db_sess.rollback()
_log.warning("No available numbers")
raise HTTPError(httplib.SERVICE_UNAVAILABLE,
"No available numbers")
# Work out the response we'll send if the upstream requests
# are successful.
number = utils.sip_uri_to_phone_number(sip_uri)
pretty_number = format_phone_number(number)
self.__response = {
"sip_uri": sip_uri,
"sip_username": number,
"number": number,
"pstn": pstn,
"formatted_number": pretty_number,
"number_id": number_id.hex
}
# Generate a random password and store it in Homestead.
_log.debug("Populating other servers...")
self._request_group = HTTPCallbackGroup(self._on_post_success,
self._on_post_failure)
public_callback = self._request_group.callback()
if private_id == None:
# No private id was provided, so we need to create a new
# digest in Homestead
private_id = utils.sip_public_id_to_private(sip_uri)
sip_password = utils.generate_sip_password()
_log.debug("About to create private ID at Homestead")
homestead.create_private_id(private_id,
utils.sip_uri_to_domain(sip_uri),
sip_password,
self._request_group.callback())
_log.debug("Created private ID at Homestead")
self.__response["sip_password"] = sip_password
# Associate the new public identity with the private identity in Homestead
# and store the iFCs in homestead.
homestead.create_public_id(
private_id, sip_uri,
ifcs.generate_ifcs(utils.sip_uri_to_domain(sip_uri)),
public_callback)
self.__response["private_id"] = private_id
# Concurrently, store the default simservs in XDM.
xdm.put_simservs(sip_uri, simservs.default_simservs(),
self._request_group.callback())
