def _buildQuery(self, baseDn, ldapFilter, attr, includeSubTree=False):
"""
Build query for LDAP client
@type: str, str, list(str), bool
@param: baseDn - root under which will perform query
@param: ldapFilter - filter(query) which will be perform
@param: attr - list of attributes which will be get for each find object
"""
query = Query(baseDn, ldapFilter)
if includeSubTree:
query = query.scope(Query.Scope.SUBTREE)
query.attributes(attr)
return query
def _buildQuery(self, baseDn, ldapFilter, attr, includeSubTree=False):
"""
Build query for LDAP client
@type: str, str, list(str), bool
@param: baseDn - root under which will perform query
@param: ldapFilter - filter(query) which will be perform
@param: attr - list of attributes which will be get for each find object
"""
query = Query(baseDn, ldapFilter)
if includeSubTree:
query = query.scope(Query.Scope.SUBTREE)
query.attributes(attr)
return query
def obtainDomains(self, superDomainDto=None):
superEntryDn = None
if superDomainDto:
superEntryDn = superDomainDto.id.value
else:
#get forest DN as sub-entry
superEntryDn = self._rootDse.getString('rootDomainNamingContext')
superDomainDto = self.createDto(DtoId(superEntryDn))
idToDtoMap = {}
try:
filter_ = "(objectClass=domain)"
attrIds = [self.DN, 'name', 'description']
query = Query(superEntryDn, filter_)
query = query.scope(Query.Scope.SUBTREE)
query.attributes(attrIds)
domainRs = self._client.executeQuery(query)
while domainRs.next():
dn = domainRs.getString(self.DN)
description = domainRs.getString('description')
dto = self.createDto(DtoId(dn), description)
idToDtoMap[dto.id] = dto
except JException:
#swallow intentionally and return controller's domain
logger.warnException("Failed to find other domains.",
"Controller domain will be used")
else:
#determine parent domain
for id_, dto in idToDtoMap.items():
parentDto = idToDtoMap.get(self.__superDomainId(id_))
if parentDto:
dto.parentDomainDto = parentDto
# if none of domains found in root domain - add server's domain
# with root domain as parent
if not idToDtoMap.values():
logger.debug("Cannot list other domains in root domain. "
"Add server's domain")
idToDtoMap[0] = self.createDto(self.obtainSelfDomainId())
idToDtoMap[0].parentDomainDto = superDomainDto
#append root domain in any case
idToDtoMap[superDomainDto.id] = superDomainDto
return idToDtoMap.values()
def obtainDomains(self, superDomainDto=None):
superEntryDn = None
if superDomainDto:
superEntryDn = superDomainDto.id.value
else:
#get forest DN as sub-entry
superEntryDn = self._rootDse.getString('rootDomainNamingContext')
superDomainDto = self.createDto(DtoId(superEntryDn))
idToDtoMap = {}
try:
filter_ = "(objectClass=domain)"
attrIds = [self.DN, 'name', 'description']
query = Query(superEntryDn, filter_)
query = query.scope(Query.Scope.SUBTREE)
query.attributes(attrIds)
domainRs = self._client.executeQuery(query)
while domainRs.next():
dn = domainRs.getString(self.DN)
description = domainRs.getString('description')
dto = self.createDto(DtoId(dn), description)
idToDtoMap[dto.id] = dto
except JException:
#swallow intentionally and return controller's domain
logger.warnException("Failed to find other domains.",
"Controller domain will be used")
else:
#determine parent domain
for id_, dto in idToDtoMap.items():
parentDto = idToDtoMap.get(self.__superDomainId(id_))
if parentDto:
dto.parentDomainDto = parentDto
# if none of domains found in root domain - add server's domain
# with root domain as parent
if not idToDtoMap.values():
logger.debug("Cannot list other domains in root domain. "
"Add server's domain")
idToDtoMap[0] = self.createDto(self.obtainSelfDomainId())
idToDtoMap[0].parentDomainDto = superDomainDto
#append root domain in any case
idToDtoMap[superDomainDto.id] = superDomainDto
return idToDtoMap.values()
def __obtainServersByBaseDn(self, baseDn):
filter_ = "(|(objectClass=server)(objectClass=applicationSettings))"
attrIds = [self.DN, 'objectClass', 'name', 'dNSHostName', 'options']
query = Query(baseDn, filter_)
query.attributes(attrIds)
rs = self._client.executeQuery(query.scope(Query.Scope.SUBTREE))
dnToDtoMap = {}
while rs.next():
dto = None
dnsName = None
name = None
options = None
classNames = rs.getStringList('objectClass')
dn = rs.getString(self.DN)
if 'server' not in classNames:
#slice server DN from settings DN
dn = dn[dn.index(',') + 1:]
if dn in dnToDtoMap:
dto = dnToDtoMap[dn]
else:
dto = AdServerDto(DtoId(dn))
dto.siteName = dn.replace(",", "").split("CN=")[3]
dnToDtoMap[dn] = dto
dnsName = rs.getString('dNSHostName')
if dnsName:
dto.dnsName = dnsName
name = rs.getString("name")
if name:
dto.name = name
options = rs.getString("options")
if options:
dto.options = options
return dnToDtoMap.values()
def __obtainServersByBaseDn(self, baseDn):
filter_ = "(|(objectClass=server)(objectClass=applicationSettings))"
attrIds = [self.DN, 'objectClass', 'name', 'dNSHostName', 'options']
query = Query(baseDn, filter_)
query.attributes(attrIds)
rs = self._client.executeQuery(query.scope(Query.Scope.SUBTREE))
dnToDtoMap = {}
while rs.next():
dto = None
dnsName = None
name = None
options = None
classNames = rs.getStringList('objectClass')
dn = rs.getString(self.DN)
if 'server' not in classNames:
#slice server DN from settings DN
dn = dn[dn.index(',') + 1:]
if dn in dnToDtoMap:
dto = dnToDtoMap[dn]
else:
dto = AdServerDto(DtoId(dn))
dto.siteName = dn.replace(",", "").split("CN=")[3]
dnToDtoMap[dn] = dto
dnsName = rs.getString('dNSHostName')
if dnsName:
dto.dnsName = dnsName
name = rs.getString("name")
if name:
dto.name = name
options = rs.getString("options")
if options:
dto.options = options
return dnToDtoMap.values()
