def login(self, system_id, extra_data={}):
"""Return a dictionary of session token/channel information.
Also sets this information in the headers.
"""
log_debug(5, self.remote_hostname)
# Authenticate the system certificate.
self.auth_system()
# log the entry
log_debug(1, self.remote_hostname)
rhnServerTime = str(time.time())
expireOffset = str(CFG.SATELLITE_AUTH_TIMEOUT)
signature = rhnLib.computeSignature(CFG.SECRET_KEY,
self.remote_hostname,
rhnServerTime,
expireOffset)
loginDict = {
'X-RHN-Server-Hostname': self.remote_hostname,
'X-RHN-Auth': signature,
'X-RHN-Auth-Server-Time': rhnServerTime,
'X-RHN-Auth-Expire-Offset': expireOffset,
}
# XXX This request is not proxy-cacheable
log_debug(5, "loginDict", loginDict)
return loginDict
def login(self, system_id, extra_data={}):
"""Return a dictionary of session token/channel information.
Also sets this information in the headers.
"""
log_debug(5, self.remote_hostname)
# Authenticate the system certificate.
self.auth_system()
# log the entry
log_debug(1, self.remote_hostname)
rhnServerTime = str(time.time())
expireOffset = str(CFG.SATELLITE_AUTH_TIMEOUT)
signature = rhnLib.computeSignature(CFG.SECRET_KEY,
self.remote_hostname,
rhnServerTime,
expireOffset)
loginDict = {
'X-RHN-Server-Hostname' : self.remote_hostname,
'X-RHN-Auth' : signature,
'X-RHN-Auth-Server-Time' : rhnServerTime,
'X-RHN-Auth-Expire-Offset' : expireOffset,
}
# XXX This request is not proxy-cacheable
log_debug(5, "loginDict", loginDict)
return loginDict
def login(self, system_id, extra_data={}):
""" Clients v2+
Log in routine.
Return a dictionary of session token/channel information.
Also sets this information in the headers.
"""
log_debug(5, system_id)
# Authenticate the system certificate. We need the user record
# to generate the tokens
self.load_user = 1
server = self.auth_system('login', system_id)
# log the entry
log_debug(1, self.server_id)
# Update the capabilities list
rhnCapability.update_client_capabilities(self.server_id)
# Fetch the channels this client is subscribed to
channels = rhnChannel.getSubscribedChannels(self.server_id)
rhnServerTime = str(time.time())
expireOffset = str(CFG.CLIENT_AUTH_TIMEOUT)
signature = computeSignature(CFG.SECRET_KEY,
self.server_id,
self.user,
rhnServerTime,
expireOffset)
loginDict = {
'X-RHN-Server-Id': self.server_id,
'X-RHN-Auth-User-Id': self.user,
'X-RHN-Auth': signature,
'X-RHN-Auth-Server-Time': rhnServerTime,
'X-RHN-Auth-Expire-Offset': expireOffset,
# List of lists [[label,last_mod],...]:
'X-RHN-Auth-Channels': channels
}
# Duplicate these values in the headers so that the proxy can
# intercept and cache them without parseing the xmlrpc.
transport = rhnFlags.get('outputTransportOptions')
for k, v in loginDict.items():
# Special case for channels
if string.lower(k) == string.lower('X-RHN-Auth-Channels'):
# Concatenate the channel information column-separated
transport[k] = [string.join(x, ':') for x in v]
else:
transport[k] = v
log_debug(5, "loginDict", loginDict, transport)
# store route in DB (schema for RHN 3.1+ only!)
server_route.store_client_route(self.server_id)
return loginDict
def login(self, system_id):
""" Login routine for the proxy
Return a formatted string of session token information as regards
an Spacewalk Proxy. Also sets this information in the headers.
NOTE: design description for the auth token format and how it is
is used is well documented in the proxy/broker/rhnProxyAuth.py
code.
"""
log_debug(5, system_id)
# Authenticate. We need the user record to be able to generate
# auth tokens
self.load_user = 1
self.auth_system(system_id)
# log the entry
log_debug(1, self.server_id)
rhnServerTime = str(time.time())
expireOffset = str(CFG.PROXY_AUTH_TIMEOUT)
signature = computeSignature(CFG.SECRET_KEY, self.server_id, self.user,
rhnServerTime, expireOffset)
token = '%s:%s:%s:%s:%s' % (self.server_id, self.user, rhnServerTime,
expireOffset, signature)
# NOTE: for RHN Proxies of version 3.1+ tokens are passed up in a
# multi-valued header with HOSTNAME tagged onto the end of the
# token, so, it looks something like this:
# x-rhn-proxy-auth: 'TOKEN1:HOSTNAME1,TOKEN2:HOSTNAME2'
# This note is only that -- a "heads up" -- in case anyone gets
# confused.
# Push this value into the headers so that the proxy can
# intercept and cache it without parsing the xmlrpc.
transport = rhnFlags.get('outputTransportOptions')
transport['X-RHN-Action'] = 'login'
transport['X-RHN-Proxy-Auth'] = token
return token
def login(self, system_id):
""" Login routine for the proxy
Return a formatted string of session token information as regards
an Spacewalk Proxy. Also sets this information in the headers.
NOTE: design description for the auth token format and how it is
is used is well documented in the proxy/broker/rhnProxyAuth.py
code.
"""
log_debug(5, system_id)
# Authenticate. We need the user record to be able to generate
# auth tokens
self.load_user = 1
self.auth_system(system_id)
# log the entry
log_debug(1, self.server_id)
rhnServerTime = str(time.time())
expireOffset = str(CFG.PROXY_AUTH_TIMEOUT)
signature = computeSignature(CFG.SECRET_KEY, self.server_id, self.user,
rhnServerTime, expireOffset)
token = '%s:%s:%s:%s:%s' % (self.server_id, self.user, rhnServerTime,
expireOffset, signature)
# NOTE: for RHN Proxies of version 3.1+ tokens are passed up in a
# multi-valued header with HOSTNAME tagged onto the end of the
# token, so, it looks something like this:
# x-rhn-proxy-auth: 'TOKEN1:HOSTNAME1,TOKEN2:HOSTNAME2'
# This note is only that -- a "heads up" -- in case anyone gets
# confused.
# Push this value into the headers so that the proxy can
# intercept and cache it without parsing the xmlrpc.
transport = rhnFlags.get('outputTransportOptions')
transport['X-RHN-Action'] = 'login'
transport['X-RHN-Proxy-Auth'] = token
return token
def login(self, system_id, extra_data={}):
""" Clients v2+
Log in routine.
Return a dictionary of session token/channel information.
Also sets this information in the headers.
"""
log_debug(5, system_id)
# Authenticate the system certificate. We need the user record
# to generate the tokens
self.load_user = 1
server = self.auth_system('login', system_id)
# log the entry
log_debug(1, self.server_id)
# Update the capabilities list
rhnCapability.update_client_capabilities(self.server_id)
# Fetch the channels this client is subscribed to
channelList = rhnChannel.channels_for_server(self.server_id)
channels = []
for each in channelList:
if not each.has_key('last_modified'):
# No last_modified attribute
# Probably an empty channel, so ignore
continue
channel = [each['label'], each['last_modified']]
# isBaseChannel
if each['parent_channel']:
flag = "0"
else:
flag = "1"
channel.append(flag)
# isLocalChannel
if each['local_channel']:
flag = "1"
else:
flag = "0"
channel.append(flag)
channels.append(channel)
rhnServerTime = str(time.time())
expireOffset = str(CFG.CLIENT_AUTH_TIMEOUT)
signature = computeSignature(CFG.SECRET_KEY, self.server_id, self.user,
rhnServerTime, expireOffset)
loginDict = {
'X-RHN-Server-Id': self.server_id,
'X-RHN-Auth-User-Id': self.user,
'X-RHN-Auth': signature,
'X-RHN-Auth-Server-Time': rhnServerTime,
'X-RHN-Auth-Expire-Offset': expireOffset,
# List of lists [[label,last_mod],...]:
'X-RHN-Auth-Channels': channels
}
# Duplicate these values in the headers so that the proxy can
# intercept and cache them without parseing the xmlrpc.
transport = rhnFlags.get('outputTransportOptions')
for k, v in loginDict.items():
# Special case for channels
if string.lower(k) == string.lower('X-RHN-Auth-Channels'):
# Concatenate the channel information column-separated
transport[k] = map(lambda x: string.join(x, ':'), v)
else:
transport[k] = v
log_debug(5, "loginDict", loginDict, transport)
# store route in DB (schema for RHN 3.1+ only!)
server_route.store_client_route(self.server_id)
return loginDict
def login(self, system_id, extra_data={}):
""" Clients v2+
Log in routine.
Return a dictionary of session token/channel information.
Also sets this information in the headers.
"""
log_debug(5, system_id)
# Authenticate the system certificate. We need the user record
# to generate the tokens
self.load_user = 1
server = self.auth_system('login', system_id)
# log the entry
log_debug(1, self.server_id)
# Update the capabilities list
rhnCapability.update_client_capabilities(self.server_id)
# Fetch the channels this client is subscribed to
channelList = rhnChannel.channels_for_server(self.server_id)
channels = []
for each in channelList:
if not each.has_key('last_modified'):
# No last_modified attribute
# Probably an empty channel, so ignore
continue
channel = [each['label'], each['last_modified']]
# isBaseChannel
if each['parent_channel']:
flag = "0"
else:
flag = "1"
channel.append(flag)
# isLocalChannel
if each['local_channel']:
flag = "1"
else:
flag = "0"
channel.append(flag)
channels.append(channel)
rhnServerTime = str(time.time())
expireOffset = str(CFG.CLIENT_AUTH_TIMEOUT)
signature = computeSignature(CFG.SECRET_KEY,
self.server_id,
self.user,
rhnServerTime,
expireOffset)
loginDict = {
'X-RHN-Server-Id' : self.server_id,
'X-RHN-Auth-User-Id' : self.user,
'X-RHN-Auth' : signature,
'X-RHN-Auth-Server-Time' : rhnServerTime,
'X-RHN-Auth-Expire-Offset' : expireOffset,
# List of lists [[label,last_mod],...]:
'X-RHN-Auth-Channels' : channels
}
# Duplicate these values in the headers so that the proxy can
# intercept and cache them without parseing the xmlrpc.
transport = rhnFlags.get('outputTransportOptions')
for k, v in loginDict.items():
# Special case for channels
if string.lower(k) == string.lower('X-RHN-Auth-Channels'):
# Concatenate the channel information column-separated
transport[k] = map(lambda x: string.join(x, ':'), v)
else:
transport[k] = v
log_debug(5, "loginDict", loginDict, transport)
# store route in DB (schema for RHN 3.1+ only!)
server_route.store_client_route(self.server_id)
return loginDict
