def __init__(self, lock=ActionLock(), uep=None):
self.lock = lock
self.uep = uep
self.certlib = CertLib(self.lock, uep=self.uep)
self.repolib = RepoLib(self.lock, uep=self.uep)
self.factlib = FactLib(self.lock, uep=self.uep)
self.profilelib = PackageProfileLib(self.lock, uep=self.uep)
self.installedprodlib = InstalledProductsLib(self.lock, uep=self.uep)
#healinglib requires a fact set in order to get socket count
facts = Facts()
self.healinglib = HealingLib(self.lock,
uep=self.uep,
facts_dict=facts.to_dict())
def __init__(self,
lock=ActionLock(),
uep=None,
product_dir=None,
facts=None):
self.lock = lock
self.uep = uep
self.certlib = CertLib(self.lock, uep=self.uep)
self.repolib = RepoLib(self.lock, uep=self.uep)
self.factlib = FactLib(self.lock, uep=self.uep, facts=facts)
self.profilelib = PackageProfileLib(self.lock, uep=self.uep)
self.installedprodlib = InstalledProductsLib(self.lock, uep=self.uep)
#healinglib requires a fact set in order to get socket count
self.healinglib = HealingLib(self.lock, self.uep, product_dir)
self.idcertlib = IdentityCertLib(self.lock, uep=self.uep)
def __init__(self):
self.identity = require(IDENTITY)
self.cp_provider = require(CP_PROVIDER)
self.update()
self.product_dir = inj.require(inj.PROD_DIR)
self.entitlement_dir = inj.require(inj.ENT_DIR)
self.certlib = CertLib(uep=self.cp_provider.get_consumer_auth_cp())
self.cs = require(CERT_SORTER)
def __init__(self, lock=ActionLock(), uep=None):
self.lock = lock
self.uep = uep
self.certlib = CertLib(self.lock, uep=self.uep)
self.repolib = RepoLib(self.lock, uep=self.uep)
self.factlib = FactLib(self.lock, uep=self.uep)
self.profilelib = PackageProfileLib(self.lock, uep=self.uep)
self.installedprodlib = InstalledProductsLib(self.lock, uep=self.uep)
#healinglib requires a fact set in order to get socket count
facts = Facts()
self.healinglib = HealingLib(self.lock, uep=self.uep, facts_dict=facts.to_dict())
def __init__(self, lock=ActionLock(), uep=None, product_dir=None,
facts=None):
self.lock = lock
self.uep = uep
self.certlib = CertLib(self.lock, uep=self.uep)
self.repolib = RepoLib(self.lock, uep=self.uep)
self.factlib = FactLib(self.lock, uep=self.uep, facts=facts)
self.profilelib = PackageProfileLib(self.lock, uep=self.uep)
self.installedprodlib = InstalledProductsLib(self.lock, uep=self.uep)
#healinglib requires a fact set in order to get socket count
self.healinglib = HealingLib(self.lock, self.uep, product_dir)
self.idcertlib = IdentityCertLib(self.lock, uep=self.uep)
def __init__(self):
self.create_uep(cert_file=ConsumerIdentity.certpath(),
key_file=ConsumerIdentity.keypath())
self.create_content_connection()
# we don't know the user/pass yet, so no point in
# creating an admin uep till we need it
self.admin_uep = None
self.product_dir = ProductDirectory()
self.entitlement_dir = EntitlementDirectory()
self.certlib = CertLib(uep=self.uep)
self.product_monitor = file_monitor.Monitor(self.product_dir.path)
self.entitlement_monitor = file_monitor.Monitor(
self.entitlement_dir.path)
self.identity_monitor = file_monitor.Monitor(ConsumerIdentity.PATH)
def __init__(self):
self.create_uep(cert_file=ConsumerIdentity.certpath(),
key_file=ConsumerIdentity.keypath())
self.create_content_connection()
# we don't know the user/pass yet, so no point in
# creating an admin uep till we need it
self.admin_uep = None
self.product_dir = ProductDirectory()
self.entitlement_dir = EntitlementDirectory()
self.certlib = CertLib(uep=self.uep)
self.product_monitor = file_monitor.Monitor(self.product_dir.path)
self.entitlement_monitor = file_monitor.Monitor(
self.entitlement_dir.path)
self.identity_monitor = file_monitor.Monitor(ConsumerIdentity.PATH)
# connect handlers to refresh the cached data when we notice a change.
# do this before any other handlers might connect
self.product_monitor.connect(
"changed", lambda monitor: self.product_dir.refresh())
self.entitlement_monitor.connect(
"changed", lambda monitor: self.entitlement_dir.refresh())
class CertManager:
"""
An object used to update the certficates, yum repos, and facts for
the system.
@ivar certlib: The RHSM I{entitlement} certificate management lib.
@type certlib: L{CertLib}
@ivar repolib: The RHSM repository management lib.
@type repolib: L{RepoLib}
"""
def __init__(self, lock=ActionLock(), uep=None, product_dir=None):
self.lock = lock
self.uep = uep
self.certlib = CertLib(self.lock, uep=self.uep)
self.repolib = RepoLib(self.lock, uep=self.uep)
self.factlib = FactLib(self.lock, uep=self.uep)
self.profilelib = PackageProfileLib(self.lock, uep=self.uep)
self.installedprodlib = InstalledProductsLib(self.lock, uep=self.uep)
#healinglib requires a fact set in order to get socket count
facts = Facts()
self.healinglib = HealingLib(self.lock, self.uep, facts.to_dict(),
product_dir)
self.idcertlib = IdentityCertLib(self.lock, uep=self.uep)
def update(self, autoheal=False):
"""
Update I{entitlement} certificates and corresponding
yum repositiories.
@return: The number of updates required.
@rtype: int
"""
updates = 0
lock = self.lock
try:
lock.acquire()
# WARNING: order is important here, we need to update a number
# of things before attempting to autoheal, and we need to autoheal
# before attempting to fetch our certificates:
if autoheal:
libset = [self.healinglib]
else:
libset = [self.idcertlib, self.repolib, self.factlib, self.profilelib, self.installedprodlib]
# WARNING
# Certlib inherits DataLib as well as the above 'lib' objects,
# but for some reason it's update method returns a tuple instead
# of an int:
ret = []
try:
ret = self.certlib.update()
except Exception, e:
log.exception(e)
print e
# run the certlib update first as it will talk to candlepin,
# and we can find out if we got deleted or not.
for lib in libset:
try:
updates += lib.update()
except Exception, e:
log.exception(e)
print e
# NOTE: with no consumer cert, most of these actually
# fail
if ret:
updates += ret[0]
for e in ret[1]:
print ' '.join(str(e).split('-')[1:]).strip()
def create_uep(self):
# Re-initialize our connection:
self.cp_provider.set_connection_info()
# Holds a reference to the old uep:
self.certlib = CertLib(uep=self.cp_provider.get_consumer_auth_cp())
class CertManager:
"""
An object used to update the certficates, yum repos, and facts for
the system.
@ivar certlib: The RHSM I{entitlement} certificate management lib.
@type certlib: L{CertLib}
@ivar repolib: The RHSM repository management lib.
@type repolib: L{RepoLib}
"""
def __init__(self, lock=ActionLock(), uep=None, product_dir=None,
facts=None):
self.lock = lock
self.uep = uep
self.certlib = CertLib(self.lock, uep=self.uep)
self.repolib = RepoLib(self.lock, uep=self.uep)
self.factlib = FactLib(self.lock, uep=self.uep, facts=facts)
self.profilelib = PackageProfileLib(self.lock, uep=self.uep)
self.installedprodlib = InstalledProductsLib(self.lock, uep=self.uep)
#healinglib requires a fact set in order to get socket count
self.healinglib = HealingLib(self.lock, self.uep, product_dir)
self.idcertlib = IdentityCertLib(self.lock, uep=self.uep)
def update(self, autoheal=False):
"""
Update I{entitlement} certificates and corresponding
yum repositiories.
@return: The number of updates required.
@rtype: int
"""
updates = 0
lock = self.lock
try:
lock.acquire()
# WARNING: order is important here, we need to update a number
# of things before attempting to autoheal, and we need to autoheal
# before attempting to fetch our certificates:
if autoheal:
libset = [self.installedprodlib, self.healinglib]
else:
libset = [self.idcertlib, self.repolib, self.factlib, self.profilelib, self.installedprodlib]
# WARNING
# Certlib inherits DataLib as well as the above 'lib' objects,
# but for some reason it's update method returns a tuple instead
# of an int:
ret = []
try:
ret = self.certlib.update()
# see bz#852706, reraise GoneException so that
# consumer cert deletion works
except GoneException, e:
raise
# raise this so it can be exposed clearly
except ExpiredIdentityCertException, e:
raise
except Exception, e:
log.warning("Exception caught while running certlib update")
log.exception(e)
def create_uep(self, cert_file=None, key_file=None):
# Re-initialize our connection:
self.uep = self._create_uep(cert_file=cert_file, key_file=key_file)
# Holds a reference to the old uep:
self.certlib = CertLib(uep=self.uep)
class CertManager:
"""
An object used to update the certficates, yum repos, and facts for
the system.
@ivar certlib: The RHSM I{entitlement} certificate management lib.
@type certlib: L{CertLib}
@ivar repolib: The RHSM repository management lib.
@type repolib: L{RepoLib}
"""
def __init__(self, lock=ActionLock(), uep=None):
self.lock = lock
self.uep = uep
self.certlib = CertLib(self.lock, uep=self.uep)
self.repolib = RepoLib(self.lock, uep=self.uep)
self.factlib = FactLib(self.lock, uep=self.uep)
self.profilelib = PackageProfileLib(self.lock, uep=self.uep)
self.installedprodlib = InstalledProductsLib(self.lock, uep=self.uep)
#healinglib requires a fact set in order to get socket count
facts = Facts()
self.healinglib = HealingLib(self.lock,
uep=self.uep,
facts_dict=facts.to_dict())
def update(self, autoheal=False):
"""
Update I{entitlement} certificates and corresponding
yum repositiories.
@return: The number of updates required.
@rtype: int
"""
updates = 0
lock = self.lock
try:
lock.acquire()
# WARNING: order is important here, we need to update a number
# of things before attempting to autoheal, and we need to autoheal
# before attempting to fetch our certificates:
if autoheal:
libset = [self.healinglib]
else:
libset = [
self.repolib, self.factlib, self.profilelib,
self.installedprodlib
]
# WARNING
# Certlib inherits DataLib as well as the above 'lib' objects,
# but for some reason it's update method returns a tuple instead
# of an int:
ret = []
try:
ret = self.certlib.update()
except Exception, e:
print e
# run the certlib update first as it will talk to candlepin,
# and we can find out if we got deleted or not.
for lib in libset:
updates += lib.update()
# NOTE: with no consumer cert, most of these actually
# fail
if ret:
updates += ret[0]
for e in ret[1]:
print ' '.join(str(e).split('-')[1:]).strip()
finally:
class CertManager:
"""
An object used to update the certficates, yum repos, and facts for
the system.
@ivar certlib: The RHSM I{entitlement} certificate management lib.
@type certlib: L{CertLib}
@ivar repolib: The RHSM repository management lib.
@type repolib: L{RepoLib}
"""
def __init__(self,
lock=ActionLock(),
uep=None,
product_dir=None,
facts=None):
self.lock = lock
self.uep = uep
self.certlib = CertLib(self.lock, uep=self.uep)
self.repolib = RepoLib(self.lock, uep=self.uep)
self.factlib = FactLib(self.lock, uep=self.uep, facts=facts)
self.profilelib = PackageProfileLib(self.lock, uep=self.uep)
self.installedprodlib = InstalledProductsLib(self.lock, uep=self.uep)
#healinglib requires a fact set in order to get socket count
self.healinglib = HealingLib(self.lock, self.uep, product_dir)
self.idcertlib = IdentityCertLib(self.lock, uep=self.uep)
def update(self, autoheal=False):
"""
Update I{entitlement} certificates and corresponding
yum repositiories.
@return: The number of updates required.
@rtype: int
"""
updates = 0
lock = self.lock
try:
lock.acquire()
# WARNING: order is important here, we need to update a number
# of things before attempting to autoheal, and we need to autoheal
# before attempting to fetch our certificates:
if autoheal:
libset = [self.installedprodlib, self.healinglib]
else:
libset = [
self.idcertlib, self.repolib, self.factlib,
self.profilelib, self.installedprodlib
]
# WARNING
# Certlib inherits DataLib as well as the above 'lib' objects,
# but for some reason it's update method returns a tuple instead
# of an int:
ret = []
try:
ret = self.certlib.update()
# see bz#852706, reraise GoneException so that
# consumer cert deletion works
except GoneException, e:
raise
# raise this so it can be exposed clearly
except ExpiredIdentityCertException, e:
raise
except Exception, e:
log.warning("Exception caught while running certlib update")
log.exception(e)
