def iterate_over_creds(main_fn, proto_name, stop_on_first=True,
is_cred_ok_fn=identity):
'''
Decorator for the DiscoveryMain function in case when connection attempts
performed over available protocols
@param main_fn: DiscoveryMain function reference
@param proto_name: protocol to connect with
@param stop_on_first: Stop on first successful discovery
@param is_cred_ok_fn: predicate to check whether credentials are suitable
Signature is (Framework, CredsManager, str -> bool)
Usage:
from fptools import paritallyApply as Fn, _ as __
@Fn(iterate_over_creds, __, ClientsConsts.SSH_PROTOCOL_NAME)
def DiscoveryMain(rich_framework, creds_manager, cred_id):
'@types: Framework, CredsManager, str -> list[osh], list[str]'
...
return oshs, warnings
'''
@wraps(main_fn)
def decorator(framework):
vector = ObjectStateHolderVector()
framework = RichFramework(framework)
creds_manager = CredsManager(framework)
creds = creds_manager.get_creds_for_destination(proto_name)
creds = filter(Fn(is_cred_ok_fn, framework, creds_manager, __), creds)
if not creds:
logger.reportErrorObject(_create_missed_creds_error(proto_name))
else:
connection_exs = []
discovery_exs = []
warnings = []
at_least_once_discovered = False
for cred_id in creds:
try:
oshs, warnings = main_fn(framework, creds_manager, cred_id)
vector.addAll(oshs)
at_least_once_discovered = True
if stop_on_first:
break
except ConnectionException, ce:
logger.debugException(str(ce))
connection_exs.append(ce)
except (DiscoveryException, Exception, JException), de:
logger.debugException(str(de))
discovery_exs.append(de)
if at_least_once_discovered:
if warnings:
each(logger.reportWarning, warnings)
else:
for ex in connection_exs:
obj = _create_connection_errorobj(proto_name, ex.message)
logger.reportWarningObject(obj)
for ex in discovery_exs:
obj = _create_discovery_errorobj(proto_name, ex.message)
logger.reportErrorObject(obj)
def wrapper(*args_, **kwargs_):
original_toolnames = args and args[0] or ()
factories_by_name = basic_tool_factories.copy()
tools = {}
if 'tools' in kwargs_:
tools = kwargs_['tools'].copy()
kwargs_toolnames = original_toolnames[len(args_):]
original_toolnames = original_toolnames[:len(args_)]
for nr, toolname in enumerate(original_toolnames):
tools[toolname] = args_[nr]
for toolname in kwargs_toolnames:
tools[toolname] = kwargs_[toolname]
if len(args) > 1:
each(factories_by_name.update, args[1:])
if 'factories' in tools:
factories_by_name.update(tools['factories'])
if 'factories' in kwargs_:
factories_by_name.update(kwargs_['factories'])
tools['factories'] = factories_by_name
tools['tools'] = tools
required_toolnames = _get_fn_arg_names(original_fn)
optional_toolnames = {}
args_, kwargs_ = _build_tools(required_toolnames,
optional_toolnames,
factories_by_name, tools)
return original_fn(*args_, **kwargs_)
def decorator_fn(original_fn):
@wraps(original_fn)
def wrapper(framework):
client_factories_provider = kwargs.get('client_factories_provider')
if not client_factories_provider:
client_factories_provider = default_client_factories_provider
proto_name = kwargs.get('protocol_name')
stop_on_first = kwargs.get('stop_on_first')
vector = ObjectStateHolderVector()
framework = RichFramework(framework)
if not proto_name:
proto_name = framework.get_dest_attribute('Protocol')
creds_manager = CredsManager(framework)
client_factories = client_factories_provider(framework,
creds_manager)
first_factory = take(0, 1, client_factories)
if not first_factory:
logger.reportErrorObject(_create_missed_creds_error(proto_name))
else:
connection_exs = []
discovery_exs = []
warnings = []
at_least_once_discovered = False
oshs = []
client_factories = list(itertools.chain(first_factory, client_factories))
main_fn = original_fn
for index, client_factory in enumerate(client_factories):
try:
with client_factory() as client:
args_ = (framework, client, index)
kwargs_ = {}
oshs_, warnings_ = main_fn(*args_, **kwargs_)
oshs.extend(oshs_)
warnings.extend(warnings_)
at_least_once_discovered = True
if stop_on_first:
break
except ConnectionException, ce:
logger.debugException(str(ce))
connection_exs.append(ce)
except (DiscoveryException, Exception), de:
logger.debugException(str(de))
discovery_exs.append(de)
if at_least_once_discovered:
each(logger.reportWarningObject, warnings)
else:
for ex in connection_exs:
obj = _create_connection_errorobj(proto_name, ex.message)
logger.reportWarningObject(obj)
for ex in discovery_exs:
obj = _create_discovery_errorobj(proto_name, ex.message)
logger.reportErrorObject(obj)
vector.addAll(oshs)
def discoverSwitches(client, ips_set, allowDnsLookup, ignoreNodesWithoutIP):
'''
@types: Client, set[IPAddress], bool, bool -> generator
@return: generator of tuples witch such elements
storage array osh
list[tuple[Port, osh]]
list[tuple[Hba, osh]]
list[tuple[LogicalVolume, osh]]
@types: Client, set[IPAddress], bool, bool -> iterable[osh]
'''
try:
switches = _query_switches(client)
except (Exception, JException):
logger.warnException("Failed to get switches")
else:
for switch in switches:
ips = _discover_switch_ips(switch, ips_set, allowDnsLookup)
if ips:
# change address of switch to IP as reporting depends on it
switch = switch._replace(address=first(ips))
each(ips_set.add, ips)
elif ignoreNodesWithoutIP:
logger.debug("%s is ignored due to missing IPs" % str(switch))
continue
switch_osh = _build_fc_switch_osh(switch)
port_to_osh = _discoverPortsPerSwitch(client, switch, switch_osh)
ip_oshs = chain(*[_report_ips(switch_osh, ip) for ip in ips])
yield switch, switch_osh, port_to_osh, ip_oshs
def DiscoveryMain(Framework):
vector = ObjectStateHolderVector()
knownPortsConfigFile = Framework.getConfigFile(CollectorsParameters.KEY_COLLECTORS_SERVERDATA_PORTNUMBERTOPORTNAME)
endpoint = Framework.getDestinationAttribute('ip_port_pair')
address, port = endpoint.rsplit(':', 1)
endpoint = netutils.createTcpEndpoint(address, port)
ipServiceName = Framework.getDestinationAttribute('ip_service_name')
if ipServiceName == 'sap_jmx':
endpoint = convertToHttpEndpoint(endpoint)
if endpoint:
logger.debug('Current %s' % endpoint)
vector, errors, warnings = _discover(Framework, knownPortsConfigFile,
endpoint)
logger.debug('Result vector size: %d' % vector.size())
logger.debug('Errors: %s' % errors)
logger.debug('Warnings: %s' % warnings)
fptools.each(logger.reportErrorObject, errors)
fptools.each(logger.reportWarningObject, warnings)
else:
protocolName = 'sapjmxprotocol'
protocolLabel = errormessages.protocolNames[protocolName]
messagePattern = errormessages.NO_HTTP_ENDPOINTS_TO_PROCESS_ERROR
msg = errormessages.makeErrorMessage(protocolName,
pattern=messagePattern)
errCode = errorcodes.NO_HTTP_ENDPOINTS_TO_PROCESS
errobj = errorobject.createError(errCode, [protocolLabel], msg)
logger.reportWarningObject(errobj)
return vector
def wrapper(*args_, **kwargs_):
original_toolnames = args and args[0] or ()
factories_by_name = basic_tool_factories.copy()
tools = {}
if "tools" in kwargs_:
tools = kwargs_["tools"].copy()
kwargs_toolnames = original_toolnames[len(args_) :]
original_toolnames = original_toolnames[: len(args_)]
for nr, toolname in enumerate(original_toolnames):
tools[toolname] = args_[nr]
for toolname in kwargs_toolnames:
tools[toolname] = kwargs_[toolname]
if len(args) > 1:
each(factories_by_name.update, args[1:])
if "factories" in tools:
factories_by_name.update(tools["factories"])
if "factories" in kwargs_:
factories_by_name.update(kwargs_["factories"])
tools["factories"] = factories_by_name
tools["tools"] = tools
required_toolnames = _get_fn_arg_names(original_fn)
optional_toolnames = {}
args_, kwargs_ = _build_tools(required_toolnames, optional_toolnames, factories_by_name, tools)
return original_fn(*args_, **kwargs_)
def reportSoftwareCmpsAsCis(cmps, containerOsh):
r'@types: list[sap.SoftwareComponent], osh -> oshv'
builder = sap.SoftwareComponentBuilder()
reporter = sap.SoftwareComponentReporter(builder)
report = Fn(reporter.reportSoftwareComponent, fptools._, containerOsh)
vector = ObjectStateHolderVector()
fptools.each(vector.add, imap(report, cmps))
return vector
def reportSoftwareCmpsAsCis(cmps, containerOsh):
r'@types: list[sap.SoftwareComponent], osh -> oshv'
builder = sap.SoftwareComponentBuilder()
reporter = sap.SoftwareComponentReporter(builder)
report = Fn(reporter.reportSoftwareComponent, fptools._, containerOsh)
vector = ObjectStateHolderVector()
fptools.each(vector.add, imap(report, cmps))
return vector
def execute_reg_query(reg_provider, command):
hive_key = command.hkey
key_path = command.key_path
attributes = command.ATTRIBUTES
query_builder = reg_provider.getBuilder(hive_key, key_path)
fptools.each(query_builder.addAttribute, attributes)
items = reg_provider.getAgent().execQuery(query_builder)
return command.handler(items)
def execute_reg_query(reg_provider, command):
hive_key = command.hkey
key_path = command.key_path
attributes = command.ATTRIBUTES
query_builder = reg_provider.getBuilder(hive_key,
key_path)
fptools.each(query_builder.addAttribute, attributes)
items = reg_provider.getAgent().execQuery(query_builder)
return command.handler(items)
def DiscoveryMain(Framework):
'''
Discovery process consists of two steps:
1. Connect domain controller and get whole topology
2. Strive to connect to the same controller with the same credentials
but in role of global catalog.
2.1 GC indexes more hierarchical data but less object specific data, so
not all data will be rediscovered.
'''
vector = ObjectStateHolderVector()
## Destination Attribute Section
hostId = Framework.getDestinationAttribute('hostId')
credentialsId = Framework.getDestinationAttribute('credentials_id')
applicationPort = Framework.getDestinationAttribute("application_port")
serviceAddressPort = Framework.getDestinationAttribute('port')
OU_REPORTING_PARAM = 'reportOUAsConfigurationDocument'
isOuUnitsTreeReportedAsConfig = Framework.getParameter(OU_REPORTING_PARAM)
isOuUnitsTreeReportedAsConfig = parseBoolean(isOuUnitsTreeReportedAsConfig)
tryToDiscoverGlobalCatalogFlag = Boolean.parseBoolean(
Framework.getParameter('tryToDiscoverGlobalCatalog'))
globalCatalogPort = Framework.getParameter('globalCatalogPort')
if not applicationPort or applicationPort == 'NA':
applicationPort = serviceAddressPort
try:
result = DiscoveryResult()
vector.addAll(
_discoverTopology(Framework, credentialsId, hostId,
applicationPort, None,
isOuUnitsTreeReportedAsConfig, result))
#no reason to connect to the GC if port is specified in credentials
if (tryToDiscoverGlobalCatalogFlag
and str(globalCatalogPort).isdigit()
and globalCatalogPort != applicationPort):
vector.addAll(
_discoverTopology(Framework, credentialsId, hostId,
globalCatalogPort,
tryToDiscoverGlobalCatalogFlag,
isOuUnitsTreeReportedAsConfig, result))
dtoToOsh = result.getMap(DOMAINT_DTO_TO_CONFIG_OSH_TYPE)
fptools.each(vector.add, dtoToOsh.values())
except Exception, e:
msg = 'Failure in discovering Active Directory Topology. %s' % e
Framework.reportError(msg)
logger.debug(logger.prepareFullStackTrace(msg))
logger.errorException(msg)
def parse(self, url):
r'''@types: str -> tuple[db.DatabaseServer]
'''
url = self.trimUrlPrefix(url)
obj = OracleTnsRecordParser().parse(url)
addresses = self._filterAddresses(obj)
server = self._buildDatabaseServer(addresses.pop(0))
addEndpoint = lambda addressItem: server.addEndpoint(
netutils.createTcpEndpoint(*self._decomposeAddressPort(addressItem)))
fptools.each(addEndpoint, addresses)
return (server, )
def discoverSystems(solman):
r'@types: saputils.SapSolman -> oshv, list[tuple[System, osh]]'
logger.info('Discover SAP Systems')
getSystemsQuery = GetSystems()
queryExecutor = sap_abap_discoverer.TableQueryExecutor(solman)
systemDetails = queryExecutor.executeQuery(getSystemsQuery)
systems = map(first, systemDetails)
reporter = sap.Reporter(sap.Builder())
oshs = map(reporter.reportSystem, systems)
logger.info("Discovered %s systems" % len(oshs))
vector = ObjectStateHolderVector()
fptools.each(vector.add, oshs)
return vector, zip(systems, oshs)
def parse(self, url):
r'''@types: str -> tuple[db.DatabaseServer]
'''
url = self.trimUrlPrefix(url)
obj = OracleTnsRecordParser().parse(url)
addresses = self._filterAddresses(obj)
server = self._buildDatabaseServer(addresses.pop(0))
addEndpoint = lambda addressItem: server.addEndpoint(
netutils.createTcpEndpoint(*self._decomposeAddressPort(addressItem)))
fptools.each(addEndpoint, addresses)
return (server, )
def unpackContext(fnContext):
fnToArgsPairs = []
if isinstance(fnContext, (tuple, list)):
fn = fnContext[0]
# fn or another context
if isinstance(fn, (tuple, list)):
each(fnToArgsPairs.extend, imap(unpackContext, fnContext))
else:
args = fnContext[1:]
fnToArgsPairs.append((fn, args))
else:
fn = fnContext
fnToArgsPairs.append((fn, ()))
return fnToArgsPairs
def discoverServers(client, ips_set, ignoreNodesWithoutIP, allowDnsLookup):
''' Discover host resources
@types: Client, set[IPAddress], bool, bool -> generator
@return: generator of tuples witch such elements
host osh
seq[osh] - built IPs
seq[osh] - built CPUs
list[tuple[Port, osh]]
list[tuple[HostHba, osh]]
list[tuple[LogicalVolume, osh]]
'''
try:
hosts = _query_hosts(client)
name_to_host = zip(imap(_get_host_name, hosts), hosts)
has_hostname = comp(any, first)
name_to_host = _drop("Hosts without hostname", has_hostname, name_to_host)
for (hostName, hostDnsName), host in name_to_host:
logger.info("Discover (%s:%s) host topology" % (host.name, host.ip))
ips = _discover_host_ips(host, hostName, hostDnsName, ips_set, allowDnsLookup)
if ips:
each(ips_set.add, ips)
host = host._replace(ip=first(ips))
elif ignoreNodesWithoutIP:
logger.debug("(%s: %s) is ignored due to missing "
"or duplicated IP" % (host.id, host.name))
continue
hostOSH = _build_host(host, hostName)
ipOshs = chain(*[_report_ips(hostOSH, ip, hostDnsName) for ip in ips])
cpuOshs = _report_cpus(host, hostOSH)
ports = _query_ports(partial(_query_host_ports, client, host.id))
portOshs = (_report_port(hostOSH, port) for port in ports)
port_2_osh = zip(ports, portOshs)
host_hbas = _query_host_hbas(client, host.id)
hbaOshs = (_report_host_hba(hostOSH, hba) for hba in host_hbas)
hba_2_osh = zip(host_hbas, hbaOshs)
volumes = _query_host_logical_volumes(client, host.id)
volumes = ifilter(LogicalVolume.name.fget, volumes)
volumeOshs = (_report_logical_volume(hostOSH, v) for v in volumes)
volume_2_osh = zip(volumes, volumeOshs)
yield hostOSH, ipOshs, cpuOshs, port_2_osh, hba_2_osh, volume_2_osh
except:
excInfo = logger.prepareJythonStackTrace('')
logger.warn('[' + SCRIPT_NAME + ':discoverServers] Exception: <%s>' % excInfo)
def unpack_context(fnContext):
fnToArgsPairs = []
if isinstance(fnContext, (tuple, list)):
fn = fnContext[0]
# fn or another context
if isinstance(fn, (tuple, list)):
each(fnToArgsPairs.extend, imap(unpack_context, fnContext))
else:
args = fnContext[1:]
fnToArgsPairs.append((fn, args))
else:
fn = fnContext
fnToArgsPairs.append((fn, ()))
return fnToArgsPairs
def DiscoveryMain(Framework):
'''
Discovery process consists of two steps:
1. Connect domain controller and get whole topology
2. Strive to connect to the same controller with the same credentials
but in role of global catalog.
2.1 GC indexes more hierarchical data but less object specific data, so
not all data will be rediscovered.
'''
vector = ObjectStateHolderVector()
## Destination Attribute Section
hostId = Framework.getDestinationAttribute('hostId')
credentialsId = Framework.getDestinationAttribute('credentials_id')
applicationPort = Framework.getDestinationAttribute("application_port")
serviceAddressPort = Framework.getDestinationAttribute('port')
OU_REPORTING_PARAM = 'reportOUAsConfigurationDocument'
isOuUnitsTreeReportedAsConfig = Framework.getParameter(OU_REPORTING_PARAM)
isOuUnitsTreeReportedAsConfig = parseBoolean(isOuUnitsTreeReportedAsConfig)
tryToDiscoverGlobalCatalogFlag = Boolean.parseBoolean(
Framework.getParameter('tryToDiscoverGlobalCatalog'))
globalCatalogPort = Framework.getParameter('globalCatalogPort')
if not applicationPort or applicationPort == 'NA':
applicationPort = serviceAddressPort
try:
result = DiscoveryResult()
vector.addAll(_discoverTopology(Framework, credentialsId, hostId,
applicationPort, None,
isOuUnitsTreeReportedAsConfig, result))
#no reason to connect to the GC if port is specified in credentials
if (tryToDiscoverGlobalCatalogFlag
and str(globalCatalogPort).isdigit()
and globalCatalogPort != applicationPort):
vector.addAll(_discoverTopology(Framework, credentialsId, hostId,
globalCatalogPort, tryToDiscoverGlobalCatalogFlag,
isOuUnitsTreeReportedAsConfig, result))
dtoToOsh = result.getMap(DOMAINT_DTO_TO_CONFIG_OSH_TYPE)
fptools.each(vector.add, dtoToOsh.values())
except Exception, e:
msg = 'Failure in discovering Active Directory Topology. %s' % e
Framework.reportError(msg)
logger.debug(logger.prepareFullStackTrace(msg))
logger.errorException(msg)
def _discoverInstanceDetails(client, baseTopology):
r'@types: BaseSapJmxClient, str, System, osh, osh -> oshv'
system, hostname, clusterOSH, systemOsh = baseTopology
inst, servers = ServerProcessQuery().getSystemDetails(client)
if not inst.hostname and hostname:
inst = sap.Instance.replaceHostname(inst, hostname)
instanceReporter = sap_jee.InstanceReporter(sap_jee.InstanceBuilder())
# report host by resolved IPs
hostname = inst.hostname
if not hostname:
logger.warn("Failed to determine hostname for %s" % inst)
return ObjectStateHolderVector()
dnsResolver = netutils.JavaDnsResolver()
vector = ObjectStateHolderVector()
try:
ips = dnsResolver.resolveIpsByHostname(hostname)
except netutils.ResolveException:
logger.warn("Failed to resolve hostname of %s" % inst)
else:
hostReporter = sap.HostReporter(sap.HostBuilder())
hostOSH, vector = hostReporter.reportHostWithIps(*ips)
# report instance
pdo = sap_jee.InstanceBuilder.InstancePdo(inst, system)
instOsh = instanceReporter.reportInstancePdo(pdo, hostOSH)
vector.add(instOsh)
#report sap system
systemOsh.setStringAttribute('data_note', 'This SAP System link to ' + hostOSH.getAttributeValue('host_key'))
vector.add(systemOsh)
# report j2ee_cluster -membership-> sap_app_server
linkReporter = sap.LinkReporter()
vector.add(linkReporter.reportMembership(clusterOSH, instOsh))
vector.add(linkReporter.reportMembership(systemOsh, instOsh))
# report server processes
oshs = [_reportServerProcess(s, inst, instOsh) for s in servers]
each(vector.add, oshs)
# discover applications
serverToOshs = filter(comp(_isWorkerProcess, first), zip(servers, oshs))
for server, osh in serverToOshs:
id_ = server.id
appNameToOsh = Sf(discoverEjbApplications)(client, id_, osh, clusterOSH, vector)
Sf(buildWebApplications)(client, id_, osh, clusterOSH, appNameToOsh, vector)
return vector
def get_cmdline(self, wmicmd):
'''Builds wmic command line for passed WMI command
@param wmicmd: a WMI command to build command line for
@type wmicmd: wmi_base_command.Cmd
@return: wmic command line for passed WMI command
@rtype: basestring
'''
wmi_clsname = wmicmd.get_wmi_class_name()
query_builder = __WmicQueryBuilder(wmi_clsname, self.cmdline)
each(query_builder.addQueryElement, wmicmd.fields)
query_builder.usePathCommand(1)
query_builder.useSplitListOutput(1)
query_builder.setNamespace('\\\\%s' % wmicmd.NAMESPACE)
return query_builder.buildQuery()
def parse(self, url):
r'''@types: str -> tuple[db.DatabaseServer]
'''
url = self.trimUrlPrefix(url)
parser = OracleTnsRecordParser()
obj = parser.parse(url)
addresses = self._filterAddresses(obj)
description = self._getDescription(obj)
serviceName = description.connect_data.service_name.strip()
oracleRacRole = db.OracleRacMember(serviceName)
addOracleRacRole = lambda db: db.addRole(oracleRacRole)
servers = map(self._buildDatabaseServer, addresses)
fptools.each(addOracleRacRole, servers)
return tuple(servers)
def parse(self, url):
r'''@types: str -> tuple[db.DatabaseServer]
'''
url = self.trimUrlPrefix(url)
parser = OracleTnsRecordParser()
obj = parser.parse(url)
addresses = self._filterAddresses(obj)
description = self._getDescription(obj)
serviceName = description.connect_data.service_name.strip()
oracleRacRole = db.OracleRacMember(serviceName)
addOracleRacRole = lambda db: db.addRole(oracleRacRole)
servers = map(self._buildDatabaseServer, addresses)
fptools.each(addOracleRacRole, servers)
return tuple(servers)
def _discoverServers(solman, hostnameToAddress, sysPairsBySysName, sendVector,
reportError, resolveIps):
'''
Discover SAP instances related to already discovered systems
@type hostnameToAddress: dict[str, sap.Address]
@type sysPairsBySysName: dict[str, tuple[System, osh]]
'''
try:
# get servers by one of the specified queries
queries = (GetServersWithNotActiveFlag(), GetServers())
queryExecutor = TableQueryExecutor(solman)
result = imap(Sfn(queryExecutor.executeQuery), queries)
servers = findFirst(truth, result) or ()
# group servers by system name
pairsBySysName = groupby(GetServers.Server.systemName.fget, servers)
inDiscoveredSystems = comp(sysPairsBySysName.get, first)
pairs = ifilter(inDiscoveredSystems, pairsBySysName.iteritems())
resolveIps = comp(resolveIps, GetServers.Server.hostname.fget)
for sysName, servers in pairs:
logger.info("Found %s servers for %s system" %
(len(servers), sysName))
# collect parsed names for each server
parseServerName = comp(GetServers.parseServerName,
GetServers.Server.name.fget)
parsedServerNames = imap(parseServerName, servers)
# resolve IPs for each server
ips = imap(resolveIps, servers)
# get information for each server where name and IPs are present
infoSeq = ifilter(all, izip(servers, parsedServerNames, ips))
# not interested in server nodes - only instances
infoSeq = ifilterfalse(isServerNode, infoSeq)
# report each server
system, systemOsh = sysPairsBySysName.get(sysName)
reportServer = F(_reportServer, fptools._, fptools._, fptools._,
system, systemOsh)
vector = ObjectStateHolderVector()
each(vector.addAll, starmap(reportServer, infoSeq))
sendVector(vector)
except (Exception, JException):
msg = "Failed to discover servers"
logger.warnException(msg)
reportError(msg)
def _discoverRfcDestinations(sapUtils, systemOsh, config):
r'@types: SapUtils, osh, flow.DiscoveryConfigBuilder -> oshv'
if not config.discoverRFCConnections:
return ObjectStateHolderVector()
logger.info('Discover RFC connections')
getRfcCmd = sap_abap_discoverer.GetRfcDestinationsRfcCommand()
connections = Sfn(getRfcCmd.getAllRfcConnections)(sapUtils) or ()
logger.info("Found %s possible RFC connections" % len(connections))
connections = filter(comp(sap_abap_discoverer.isEnglishVersion, third),
connections)
logger.info("Found %s RFC connections with EN language" % len(connections))
connByName = applyMapping(first, connections)
destinations = getRfcCmd.getAllRfcDestinations(sapUtils)
logger.info("Found %s RFC destinations" % len(destinations))
# get destinations with valid host
destinations = [d for d in destinations if _isDestFull(d)]
logger.info("Found %s destinations with host available" % len(destinations))
destinationsByHost = groupby(lambda d: d.targetHost, destinations)
ips = map(Sfn(_resolve), destinationsByHost.iterkeys())
pairIpToDestinations = zip(ips, destinationsByHost.itervalues())
resolved, notResolved = partition(first, pairIpToDestinations)
if notResolved:
skippedDestsCount = sum([len(dests) for ip, dests in notResolved])
logger.debug("%s destinations skipped due to not resolved %s hosts" %
(skippedDestsCount, len(notResolved)))
vector = ObjectStateHolderVector()
for ip, destinations in resolved:
# TODO:
# 1) query RFC connections (to get description) only for these
# destinations as it will reduce amount of data fetched from system
# One query for connections returns ~8K rows of data, while we are
# interested in less than ~50 or even less
# 2) another improvement query only records in English language
countOfDests = len(destinations)
host = first(destinations).targetHost
reportDst = Sfn(_reportRfcDestination)
logger.debug("%s destinations resolved for %s" % (countOfDests, host))
vectors = (reportDst(dst, ip, connByName, systemOsh) for dst in destinations)
each(vector.addAll, ifilter(None, vectors))
return vector
def process(self, context):
r'''
@types: applications.ApplicationSignatureContext
'''
shell = context.client
dnsResolver = netutils.DnsResolverByShell(shell)
addressToEndpoints = {}
for nsOption in self._nsOptions:
parsedEndpoints = buildEndpointsFromNsOption(nsOption, dnsResolver)
addressToEndpoints.setdefault(nsOption.address,
[]).extend(parsedEndpoints)
hostBuilder = HostBuilder()
linkReporter = LinkReporter()
endpointBuilder = netutils.ServiceEndpointBuilder()
endpointReporter = netutils.EndpointReporter(endpointBuilder)
endpointsOshs = []
for address, endpoints in addressToEndpoints.items():
hostOsh = hostBuilder.buildHostByHostname(parseHostnameFromAddress(address))
context.resultsVector.add(hostOsh)
ips = map(netutils.Endpoint.getAddress, endpoints)
ipOshs = map(modeling.createIpOSH, ips)
fptools.each(context.resultsVector.add, ipOshs)
reportContainment = fptools.partiallyApply(linkReporter.reportContainment,
hostOsh,
fptools._)
fptools.each(context.resultsVector.add, map(reportContainment,
ipOshs))
endpointsOshs.extend(map(fptools.partiallyApply(endpointReporter.reportEndpoint,
fptools._,
hostOsh),
endpoints))
applicationOsh = context.application.applicationOsh
for endpointsOsh in endpointsOshs:
context.resultsVector.add(endpointsOsh)
clientServerOsh = linkReporter.reportClientServerRelation(applicationOsh, endpointsOsh)
context.resultsVector.add(clientServerOsh)
def discoverAllInstancesByNamesOnly(client):
r''' Can be only applied for discovery by JMX due to deserialization
limitatations of WebServices client
@types: BaseSapJmxClient, DiscoveryConfig -> tuple[oshv, tuple[str]]'''
discoverer = sap_jee_discoverer.ClusterDiscoverer(client)
cluster, instanceNames = discoverer.getClusterDetails()
parseInst = Sf(_createAnonymousInstFromFullName)
insts = keep(parseInst, instanceNames)
system = sap.System(cluster.getName())
systemOsh, clusterOsh, vector = _reportSapSystem(system)
ipsPerInst = zip(map(_resolveInstHostname, insts), insts)
resolved, notResolved = partition(first, ipsPerInst)
warnings = ()
if notResolved:
warnings = ("Some instances are not reported "
"due to unresolved address",)
vectors = (third(reportInst(i, system, systemOsh, clusterOsh, ips))
for ips, i in resolved)
each(vector.addAll, vectors)
return vector, warnings
def wrapper(*args_, **kwargs_):
original_toolnames = args[0]
factories_by_name = basic_tool_factories.copy()
each(factories_by_name.update, args[1:])
tools = {}
kwargs_toolnames = original_toolnames[len(args_):]
original_toolnames = original_toolnames[:len(args_)]
for nr, toolname in enumerate(original_toolnames):
tools[toolname] = args_[nr]
for toolname in kwargs_toolnames:
tools[toolname] = kwargs_[toolname]
required_toolnames = _get_fn_arg_names(original_fn)
optional_toolnames = {}
args_, kwargs_ = _build_tools(required_toolnames,
optional_toolnames,
factories_by_name, tools)
return original_fn(*args_, **kwargs_)
def wrapper(*args_, **kwargs_):
original_toolnames = args[0]
factories_by_name = basic_tool_factories.copy()
each(factories_by_name.update, args[1:])
tools = {}
kwargs_toolnames = original_toolnames[len(args_):]
original_toolnames = original_toolnames[:len(args_)]
for nr, toolname in enumerate(original_toolnames):
tools[toolname] = args_[nr]
for toolname in kwargs_toolnames:
tools[toolname] = kwargs_[toolname]
required_toolnames = _get_fn_arg_names(original_fn)
optional_toolnames = {}
args_, kwargs_ = _build_tools(required_toolnames,
optional_toolnames,
factories_by_name, tools)
return original_fn(*args_, **kwargs_)
def _discoverClients(solman, sysPairsBySysName, sendVector, reportError):
try:
logger.info("Discover Clients")
getClientsQuery = GetClients()
executeQuery = TableQueryExecutor(solman).executeQuery
sysNameToClientPairs = executeQuery(getClientsQuery)
pairsBySysName = groupby(first, sysNameToClientPairs)
logger.info("Discovered %s clients for %s systems" % (
len(sysNameToClientPairs), len(pairsBySysName)))
reporter = sap.ClientReporter(sap.ClientBuilder())
for systemName in ifilter(sysPairsBySysName.get, pairsBySysName.iterkeys()):
_, systemOsh = sysPairsBySysName.get(systemName)
report = F(reporter.report, fptools._, systemOsh)
clients = imap(second, pairsBySysName.get(systemName))
vector = ObjectStateHolderVector()
each(vector.add, imap(report, clients))
sendVector(vector)
except (Exception, JException):
msg = "Failed to discover clients"
logger.warnException(msg)
reportError(msg)
filter(None, map(weblogic_discoverer.ServerRuntime.findAdminServerEndpoint, runtimes))
)
# find unique endpoints
if len(adminServerEndpointByName) > 1:
logger.info("""After analyze of running processes in single domain \
found servers pointing to different administrative servers
""")
logger.debug(adminServerEndpointByName)
adminServerEndpoint = (len(adminServerEndpointByName) == 1 and
adminServerEndpointByName.values()[0])
domain = jee.Domain(domainDescriptor.getName())
# add known clusters to the domain
clusters = domainDescriptor.getClusters()
each(domain.addCluster, clusters)
# add config.xml to the domain
domain.addConfigFiles(jee.createXmlConfigFile(domainDescriptorFile))
deploymentTargetByName = applyMapping(jee.Cluster.getName, clusters)
machineByName = applyMapping(
weblogic_discoverer.DomainConfigurationDescriptor.Machine.getName,
domainDescriptor.getMachines()
)
# find corresponding process for each discovered server to
# provide additional information that can be overridden
resolvedServers = []
servers = domainDescriptor.getServers()
# for 7-8 versions config.xml hasn't info about admin-server at all
continue
for interf in ifaceList:
if (interf.name and re.search('[Tt]eam', interf.name)) or (interf.description and re.search('[Tt]eam', interf.description)):
#picking up interface with max interfaceIndex value and setting it aggregate role
try:
iface = reduce(lambda x,y: int(x.interfaceIndex) > int(y.interfaceIndex) and x or y, ifaceList)
iface.role = 'aggregate_interface'
except:
logger.debugException('')
# add all interfaces to the host
vector.addAll(modeling.createInterfacesOSHV(interfaceList, hostOSH))
roleManager = networking_win.InterfaceRoleManager()
builtInets = filter(modeling.NetworkInterface.getOsh, interfaceList)
fptools.each(roleManager.assignInterfaceRole, builtInets)
isCompleteAttr = hostOSH.getAttribute('host_iscomplete')
for i in range(vector.size()):
osh = vector.get(i)
if osh.getObjectClass() == 'ip':
if (isCompleteAttr != None
and isCompleteAttr.getBooleanValue() == 1):
link = modeling.createLinkOSH('contained', hostOSH, osh)
vector.add(link)
elif osh.getObjectClass() == 'network':
link = modeling.createLinkOSH('member', osh, hostOSH)
vector.add(link)
if interfacesToUpdateList:
for interfaceToUpdateOSH in interfacesToUpdateList:
interfaceToUpdateOSH.setContainer(hostOSH)
at_least_once_discovered = True
if stop_on_first:
break
except flow.ConnectionException, ce:
logger.debugException('%s' % ce)
connection_exs.append(ce)
except (flow.DiscoveryException, Exception), de:
logger.debugException('%s' % de)
discovery_exs.append(de)
except JException, je:
logger.debugException('%s' % je)
java_exs.append(je)
warnings = filter(None, warnings)
if at_least_once_discovered:
each(logger.reportWarning, warnings)
else:
for ex in connection_exs:
obj = flow._create_connection_errorobj(proto_name, ex.message)
logger.reportErrorObject(obj)
for ex in discovery_exs:
obj = flow._create_discovery_errorobj(proto_name, ex.message)
logger.reportErrorObject(obj)
for ex in java_exs:
obj = flow._create_discovery_errorobj(proto_name, '%s %s' % (ex.__class__, ex.getMessage()))
logger.reportErrorObject(obj)
return vector
def get_applicable_credentials(framework, portPattern):
r'@types: Framework, str -> iterator[tuple[int, str]]'
def _reportInstance(sapSystem, serverInstance, systemOsh, clusterOsh,
sapJeeVersionInfo, knownPortsConfigFile):
r'''
@param sapSystem: System
@param serverInstance: SapJEEMonitoringXmlParser.DialogInstance
@param sapJeeVersionInfo: JEEDiscovererByHTTP.SapJ2EEVersionInfo
@rtype: ObjectStateHolderVector
@raise ValueError:
'''
instanceReporter = sap_jee.InstanceReporter(sap_jee.InstanceBuilder())
serverReporter = sap_jee.ServerReporter(sap_jee.ServerBuilder())
endpointReporter = netutils.EndpointReporter(netutils.ServiceEndpointBuilder())
linkReporter = sap.LinkReporter()
vector = ObjectStateHolderVector()
ip = serverInstance.host.ip
hostOsh, _, vector_ = _buildHostAndIpOshs(ip)
vector.addAll(vector_)
systemOsh.setStringAttribute('data_note', 'This SAP System link to ' + hostOsh.getAttributeValue('host_key'))
vector.add(systemOsh)
instance = _buildJavaInstance(sapSystem, serverInstance)
instanceOsh = instanceReporter.reportInstancePdo(
sap_jee.InstanceBuilder.InstancePdo(instance,
sapSystem,
sap.createIp(ip),
sapJeeVersionInfo),
hostOsh)
vector.add(instanceOsh)
vector.add(linkReporter.reportMembership(clusterOsh, instanceOsh))
vector.add(linkReporter.reportMembership(systemOsh, instanceOsh))
if serverInstance.dispatcherServer:
dispatcherProcess = _buildDispatcher(serverInstance.dispatcherServer)
vector.add(serverReporter.reportServer(dispatcherProcess,
instance,
instanceOsh))
httpPort = serverInstance.dispatcherServer.httpPort
p4Port = serverInstance.dispatcherServer.p4Port
telnetPort = serverInstance.dispatcherServer.telnetPort
isPortDefined = lambda t: t[1]
ports = filter(isPortDefined,
((ip,
httpPort,
knownPortsConfigFile.getTcpPortName(httpPort)),
(ip,
p4Port,
knownPortsConfigFile.getTcpPortName(p4Port)),
(ip,
telnetPort,
knownPortsConfigFile.getTcpPortName(telnetPort))))
endpoints = map(lambda t: netutils.createTcpEndpoint(*t),
ports)
reportEndpoint = endpointReporter.reportEndpoint
reportEndpoint = fptools.partiallyApply(reportEndpoint,
fptools._,
hostOsh)
endpointOshs = map(reportEndpoint, endpoints)
fptools.each(vector.add, endpointOshs)
reportUsage = linkReporter.reportUsage
reportUsage = fptools.partiallyApply(reportUsage,
instanceOsh,
fptools._)
usageOshs = map(reportUsage, endpointOshs)
fptools.each(vector.add, usageOshs)
for serverProcess in serverInstance.serverProcesses:
serverProcess = _buildServerProcess(serverProcess)
vector.add(serverReporter.reportServer(serverProcess,
instance,
instanceOsh))
#note:ek:no debug port reporting for now
return vector
def process(self, context):
r''' @types: applications.ApplicationSignatureContext '''
# ------------------------------------------------------------ DISCOVERY
"SAP TREX plug-in DISCOVERY start" | info
shell = context.client
fs = file_system.createFileSystem(shell)
pathtools = file_system.getPath(fs)
# x) get process related application
hostOsh = context.hostOsh
application = context.application
destinationIp = application.getConnectionIp()
"x) Find TREX Daemon process that has profile path as parameter" | info
mainProcess = findFirst(isMainTrexProcess, context.application.getProcesses())
profilePath = sap_discoverer.getProfilePathFromCommandline(mainProcess.commandLine)
"x) Read profile content: %s" % profilePath | info
getFileContent = Sfn(Fn(self.__getFileWithContent, shell, pathtools, __))
profileFile = profilePath and getFileContent(profilePath)
if not profileFile:
"Plug-in flow broken. Failed to read instance profile\
content based on path from the TREXDaemon command line" | warn
return
"x) Instance profile parsing" | info
sapIniParser = sap_discoverer.IniParser()
instanceProfileParser = sap_discoverer.InstanceProfileParser(sapIniParser)
defaultProfileParser = sap_trex_discoverer.DefaultProfileParser(sapIniParser)
try:
resultAsIni = instanceProfileParser.parseAsIniResult(profileFile.content)
instanceProfile = instanceProfileParser.parse(resultAsIni)
defaultProfile = defaultProfileParser.parse(resultAsIni)
except Exception:
logger.warnException("Failed to parse instance profile")
return
rfcConfigs = []
trexSystem = defaultProfile.getSystem()
trexInstance = instanceProfile.getInstance()
trexInstanceName = trexInstance.getName() + trexInstance.getNumber()
isBiaProduct = 0
versionInfo = None
# # master by default, if topology file is not found that means
# # that current one is the only instance
# isMaster = 1
trexTopology = None
"x) Initialize TREX instance layout" | debug
systemName = trexSystem.getName()
systemBasePath = sap_discoverer.findSystemBasePath(
mainProcess.getExecutablePath(), systemName )
if systemBasePath:
systemLayout = sap_trex_discoverer.SystemLayout(pathtools, systemBasePath, systemName)
'System path: %s' % systemLayout.getRootPath() | info
instancePath = systemLayout.composeInstanceDirPath(trexInstanceName)
'Instance path: %s' % instancePath | debug
instanceLayout = sap_trex_discoverer.InstanceLayout(pathtools, instancePath, trexInstanceName)
"x) Get content of default profile as it contains information about product"
"x) Determine whether we deal with BIA based on version information" | debug
defaultProfilePath = systemLayout.getDefaultProfileFilePath()
defaultProfileFile = getFileContent(defaultProfilePath)
try:
resultAsIni = instanceProfileParser.parseAsIniResult(defaultProfileFile.content)
defaultProfile = defaultProfileParser.parse(resultAsIni)
except Exception:
logger.warnException("Failed to parse default profile")
else:
isBiaProduct = defaultProfile.getProductType() == sap_trex.Product.BIA
(isBiaProduct and "BIA" or "non-BIA", "product detected") | info
# get instance host name from profile name
instanceHostname = None
try:
destinationSystem = sap_discoverer.parseSapSystemFromInstanceProfileName(profileFile.getName())
except Exception:
msg = "Failed to parse instance hostname from profile file name"
logger.debugException(msg)
else:
instanceHostname = first(destinationSystem.getInstances()).getHostname()
"x) Discover whole topology from (topology.ini)" | info
# topology.ini file location and format differs depending on the
# product:
# -a) BIA (has plain-ini file at <SID>/sys/global/trex/data/topology.ini
# -b) TREX (has several places where topology.ini can be stored)
discoverTopologyIniFilePath = fptools.safeFunc(sap_trex_discoverer.discoverTopologyIniFilePath)
topologyFilePath = (isBiaProduct
and systemLayout.getTopologyIniPath()
or discoverTopologyIniFilePath(fs, instanceLayout, instanceHostname))
topologyFile = topologyFilePath and getFileContent(topologyFilePath)
if topologyFile:
try:
configParser = sap_trex_discoverer.TopologyConfigParser()
trexTopology = sap_trex_discoverer.TrexTopologyConfig(
configParser.parse(topologyFile.content))
# find instance between master end-points
# landscapeSnapshot = topology.getGlobals().getLandscapeSnapshot()
# masterEndpoints = landscapeSnapshot.getMasterEndpoints()
# activeMasterEndpoints = landscapeSnapshot.getActiveMasterEndpoints()
# topologyNodes = topology.getHostNodes()
##
# isEndpointWithInstanceHostname = (lambda
# ep, hostname = instanceHostname: ep.getAddress() == hostname)
# isMaster = len(filter(isEndpointWithInstanceHostname,
# landscapeSnapshot.getMasterEndpoints()))
# "host role is %s" % (isMaster and "master" or "slave") | info
except:
logger.warnException("Failed to parse topology configuration")
else:
logger.warn("Failed to get content for the topology configuration")
"x) Discover TREX version information from saptrexmanifest.mf" | info
# read version info from manifest file
manifestFile = getFileContent(instanceLayout.getManifestFilePath())
if manifestFile:
manifestParser = sap_trex_discoverer.SapTrexManifestParser(sapIniParser)
versionInfo = manifestParser.parseVersion(manifestFile.content)
else:
'Failed to discover version from manifest file' | warn
'Second attept to get version from updateConfig.ini file' | info
profileSystem = Sfn(sap_discoverer.parseSapSystemFromInstanceProfileName)(profileFile.getName())
if profileSystem:
hostname = first(profileSystem.getInstances()).getHostname()
updateConfigFile = getFileContent(instanceLayout.composeUpdateConfigIniFilePath(hostname))
versionInfo = updateConfigFile and sap.VersionInfo(updateConfigFile.content.strip())
"x) Discover served systems ( in case if RFC configuration established )" | info
rfcServerIniFilePath = (isBiaProduct
and systemLayout.getRfcServerConfigFilePath()
or instanceLayout.composeTrexRfcServerIniFilePath(instanceHostname))
rfcServerIniFile = getFileContent(rfcServerIniFilePath)
if rfcServerIniFile:
rfcConfigs = filter(None, (fptools.safeFunc(
sap_trex_discoverer.parseConnectionsInRfcServerIni)
(rfcServerIniFile.content)))
# -------------------------------------------------------- REPORTING
"SAP TREX plug-in REPORTING start" | info
trexOsh = application.getOsh()
vector = context.resultsVector
configFileReporter = file_topology.Reporter(file_topology.Builder())
trexReporter = sap_trex.Reporter(sap_trex.Builder())
linkReporter = sap.LinkReporter()
softwareBuilder = sap.SoftwareBuilder()
"x) - report profile content as configuration document for the application" | info
vector.add(configFileReporter.report(profileFile, trexOsh))
("x) - report %s" % trexSystem) | info
trexSystemOsh = trexReporter.reportSystem(trexSystem)
vector.add(trexSystemOsh)
vector.add(linkReporter.reportMembership(trexSystemOsh, trexOsh))
"x) - report instance name and version" | info
softwareBuilder.updateName(trexOsh, trexInstanceName)
"x) report instance number: %s" % trexInstance.getNumber() | info
instanceBuilder = sap_trex.Builder()
instanceBuilder.updateInstanceNumber(trexOsh, trexInstance.getNumber())
if versionInfo:
softwareBuilder.updateVersionInfo(trexOsh, versionInfo)
if isBiaProduct:
softwareBuilder.updateDiscoveredProductName(trexOsh,
sap_trex.Product.BIA.instanceProductName)
"x) report RFC connections" | info
dnsResolver = netutils.DnsResolverByShell(shell, destinationIp)
vector.addAll(reportRfcConfigs(rfcConfigs, dnsResolver, hostOsh))
"x) report all topology nodes" | info
if trexTopology:
reportHostNode = fptools.partiallyApply(reportTrexHostNode,
fptools._, trexTopology, isBiaProduct)
vectors = map(reportHostNode, trexTopology.getHostNodes())
fptools.each(vector.addAll, vectors)
def reportTrexHostNode(hostNode, topology, isBiaProduct):
r'@types: TrexTopologyConfig.HostNode, TrexTopologyConfig, bool -> ObjectStateHolderVector'
trexBuilder = sap_trex.Builder()
trexReporter = sap_trex.Reporter(trexBuilder)
hostReporter = sap_trex.HostReporter(sap_trex.HostBuilder())
endpointReporter = netutils.EndpointReporter(netutils.ServiceEndpointBuilder())
linkReporter = sap.LinkReporter()
softwareBuilder = sap.SoftwareBuilder()
# x) create sap system
system = hostNode.system
vector = ObjectStateHolderVector()
# process NameServer endpoints and ignore loopback endpoints
isLoopbackEndpoint = lambda e: netutils.isLoopbackIp(e.getAddress())
_, endpoints = fptools.partition(isLoopbackEndpoint,
hostNode.nameServerEndpoints)
# x) create host OSH
hostOsh = hostReporter.reportHostByHostname(hostNode.name)
vector.add(hostOsh)
# x) report IPs
ips = map(netutils.Endpoint.getAddress, endpoints)
ipOshs = map(modeling.createIpOSH, ips)
fptools.each(vector.add, ipOshs)
#vector.addAll(ipOshs)
# x) report containment between host nad ips
reportContainment = fptools.partiallyApply(linkReporter.reportContainment, hostOsh, fptools._)
fptools.each(vector.add, map(reportContainment, ipOshs))
# x) report end-points
reportEndpoint = fptools.partiallyApply(endpointReporter.reportEndpoint, fptools._, hostOsh)
endpointOshs = map(reportEndpoint, endpoints)
fptools.each(vector.add, endpointOshs)
# x) report TREX instance itself
instanceOsh = trexReporter.reportInstance(first(system.getInstances()), hostOsh)
# x) mark as BIA or plain-TREX
productName = (isBiaProduct
and sap_trex.Product.BIA.instanceProductName
or sap_trex.Product.TREX.instanceProductName)
softwareBuilder.updateDiscoveredProductName(instanceOsh, productName)
# x) set name server role (master, slave or 1st master)
nameServerPort = first(endpoints).getPort()
nameServerEndpoint = netutils.createTcpEndpoint(hostNode.name, nameServerPort)
topologyGlobals = topology.getGlobals()
isMaster = nameServerEndpoint in (
fptools.safeFunc(topologyGlobals.getMasterEndpoints)() or ()
)
isActiveMaster = nameServerEndpoint in (
fptools.safeFunc(topologyGlobals.getActiveMasterEndpoints)() or ()
)
trexBuilder.updateNameServerMode( instanceOsh,
(isMaster
and (isActiveMaster
and sap_trex.NameServerMode.FIRST_MASTER
or sap_trex.NameServerMode.MASTER)
or sap_trex.NameServerMode.SLAVE))
vector.add(instanceOsh)
# x) DO NOT report 'membership' between system and instance
# Explanation:
# sometimes you can discover systems that don't have relationship to current host.
# This can lead to incorrect merging of to systems (inside OSH vector)
# systemOsh = trexReporter.reportSystem(system)
# vector.add(systemOsh)
# vector.add(linkReporter.reportMembership(systemOsh, instanceOsh))
# x) report 'usage' between instance and endpoints of name-server
reportUsage = fptools.partiallyApply(linkReporter.reportUsage, instanceOsh, fptools._)
fptools.each(vector.add, map(reportUsage, endpointOshs))
return vector
def iterate_over_creds(main_fn,
proto_name,
stop_on_first=True,
is_cred_ok_fn=identity):
'''
Decorator for the DiscoveryMain function in case when connection attempts
performed over available protocols
@param main_fn: DiscoveryMain function reference
@param proto_name: protocol to connect with
@param stop_on_first: Stop on first successful discovery
@param is_cred_ok_fn: predicate to check whether credentials are suitable
Signature is (Framework, CredsManager, str -> bool)
Usage:
from fptools import paritallyApply as Fn, _ as __
@Fn(iterate_over_creds, __, ClientsConsts.SSH_PROTOCOL_NAME)
def DiscoveryMain(rich_framework, creds_manager, cred_id):
'@types: Framework, CredsManager, str -> list[osh], list[str]'
...
return oshs, warnings
'''
@wraps(main_fn)
def decorator(framework):
vector = ObjectStateHolderVector()
framework = RichFramework(framework)
creds_manager = CredsManager(framework)
creds = creds_manager.get_creds_for_destination(proto_name)
creds = filter(Fn(is_cred_ok_fn, framework, creds_manager, __), creds)
if not creds:
logger.reportErrorObject(_create_missed_creds_error(proto_name))
else:
connection_exs = []
discovery_exs = []
warnings = []
at_least_once_discovered = False
for cred_id in creds:
try:
oshs, warnings = main_fn(framework, creds_manager, cred_id)
vector.addAll(oshs)
at_least_once_discovered = True
if stop_on_first:
break
except ConnectionException, ce:
logger.debugException(str(ce))
connection_exs.append(ce)
except (DiscoveryException, Exception, JException), de:
logger.debugException(str(de))
discovery_exs.append(de)
if at_least_once_discovered:
if warnings:
each(logger.reportWarning, warnings)
else:
for ex in connection_exs:
obj = _create_connection_errorobj(proto_name, ex.message)
logger.reportWarningObject(obj)
for ex in discovery_exs:
obj = _create_discovery_errorobj(proto_name, ex.message)
logger.reportErrorObject(obj)
def create(cls, discoverers, default_discoverer):
discoverer_by_version = {}
add_discoverer = partial(Registry.add_discoverer,
discoverer_by_version)
fptools.each(add_discoverer, discoverers)
return cls(discoverer_by_version, default_discoverer)
def decorator_fn(main_fn):
@wraps(main_fn)
def wrapper(framework):
vector = ObjectStateHolderVector()
framework = RichFramework(framework)
creds_manager = CredsManager(framework)
creds = get_credentials_fn(framework, creds_manager)
if creds is None:
return vector
first_cred = take(0, 1, creds)
if not first_cred:
logger.reportErrorObject(
_create_missed_creds_error(proto_name))
else:
connection_exs = []
discovery_exs = []
warnings = []
at_least_once_discovered = False
oshs = []
creds = list(itertools.chain(first_cred, creds))
if with_dns_resolver:
local_client = framework.createClient(
LOCAL_SHELL_PROTOCOL_NAME)
local_shell = shellutils.ShellUtils(local_client)
dns_resolver = _get_dns_resolver(local_shell)
for args in starmap(
functools.partial(cred_to_client_args, creds_manager),
creds):
try:
with create_client(framework, *args) as client:
args = with_dns_resolver and (
dns_resolver, ) + args or args
oshs_, warnings_ = main_fn(client, framework,
*args)
oshs.extend(oshs_)
warnings.extend(warnings_)
at_least_once_discovered = True
if stop_on_first:
break
except ConnectionException, ce:
logger.debugException(str(ce))
connection_exs.append(ce)
except (DiscoveryException, Exception), de:
logger.debugException(str(de))
discovery_exs.append(de)
if with_dns_resolver:
fptools.safeFunc(local_shell.closeClient)()
if at_least_once_discovered:
each(logger.reportWarningObject, warnings)
else:
for ex in connection_exs:
obj = _create_connection_errorobj(
proto_name, ex.message)
logger.reportErrorObject(obj)
for ex in discovery_exs:
obj = _create_discovery_errorobj(
proto_name, '', ex.message)
logger.reportErrorObject(obj)
vector.addAll(oshs)
def reportTrexHostNode(hostNode, topology, isBiaProduct):
r'@types: TrexTopologyConfig.HostNode, TrexTopologyConfig, bool -> ObjectStateHolderVector'
trexBuilder = sap_trex.Builder()
trexReporter = sap_trex.Reporter(trexBuilder)
hostReporter = sap_trex.HostReporter(sap_trex.HostBuilder())
endpointReporter = netutils.EndpointReporter(
netutils.ServiceEndpointBuilder())
linkReporter = sap.LinkReporter()
softwareBuilder = sap.SoftwareBuilder()
# x) create sap system
system = hostNode.system
vector = ObjectStateHolderVector()
# process NameServer endpoints and ignore loopback endpoints
isLoopbackEndpoint = lambda e: netutils.isLoopbackIp(e.getAddress())
_, endpoints = fptools.partition(isLoopbackEndpoint,
hostNode.nameServerEndpoints)
# x) create host OSH
hostOsh = hostReporter.reportHostByHostname(hostNode.name)
vector.add(hostOsh)
# x) report IPs
ips = map(netutils.Endpoint.getAddress, endpoints)
ipOshs = map(modeling.createIpOSH, ips)
fptools.each(vector.add, ipOshs)
#vector.addAll(ipOshs)
# x) report containment between host nad ips
reportContainment = fptools.partiallyApply(linkReporter.reportContainment,
hostOsh, fptools._)
fptools.each(vector.add, map(reportContainment, ipOshs))
# x) report end-points
reportEndpoint = fptools.partiallyApply(endpointReporter.reportEndpoint,
fptools._, hostOsh)
endpointOshs = map(reportEndpoint, endpoints)
fptools.each(vector.add, endpointOshs)
# x) report TREX instance itself
instanceOsh = trexReporter.reportInstance(first(system.getInstances()),
hostOsh)
# x) mark as BIA or plain-TREX
productName = (isBiaProduct and sap_trex.Product.BIA.instanceProductName
or sap_trex.Product.TREX.instanceProductName)
softwareBuilder.updateDiscoveredProductName(instanceOsh, productName)
# x) set name server role (master, slave or 1st master)
nameServerPort = first(endpoints).getPort()
nameServerEndpoint = netutils.createTcpEndpoint(hostNode.name,
nameServerPort)
topologyGlobals = topology.getGlobals()
isMaster = nameServerEndpoint in (fptools.safeFunc(
topologyGlobals.getMasterEndpoints)() or ())
isActiveMaster = nameServerEndpoint in (fptools.safeFunc(
topologyGlobals.getActiveMasterEndpoints)() or ())
trexBuilder.updateNameServerMode(
instanceOsh,
(isMaster and
(isActiveMaster and sap_trex.NameServerMode.FIRST_MASTER
or sap_trex.NameServerMode.MASTER) or sap_trex.NameServerMode.SLAVE))
vector.add(instanceOsh)
# x) DO NOT report 'membership' between system and instance
# Explanation:
# sometimes you can discover systems that don't have relationship to current host.
# This can lead to incorrect merging of to systems (inside OSH vector)
# systemOsh = trexReporter.reportSystem(system)
# vector.add(systemOsh)
# vector.add(linkReporter.reportMembership(systemOsh, instanceOsh))
# x) report 'usage' between instance and endpoints of name-server
reportUsage = fptools.partiallyApply(linkReporter.reportUsage, instanceOsh,
fptools._)
fptools.each(vector.add, map(reportUsage, endpointOshs))
return vector
def process(self, context):
r''' @types: applications.ApplicationSignatureContext '''
# ------------------------------------------------------------ DISCOVERY
"SAP TREX plug-in DISCOVERY start" | info
shell = context.client
fs = file_system.createFileSystem(shell)
pathtools = file_system.getPath(fs)
# x) get process related application
hostOsh = context.hostOsh
application = context.application
destinationIp = application.getConnectionIp()
"x) Find TREX Daemon process that has profile path as parameter" | info
mainProcess = findFirst(isMainTrexProcess,
context.application.getProcesses())
profilePath = sap_discoverer.getProfilePathFromCommandline(
mainProcess.commandLine)
"x) Read profile content: %s" % profilePath | info
getFileContent = Sfn(
Fn(self.__getFileWithContent, shell, pathtools, __))
profileFile = profilePath and getFileContent(profilePath)
if not profileFile:
"Plug-in flow broken. Failed to read instance profile\
content based on path from the TREXDaemon command line" | warn
return
"x) Instance profile parsing" | info
sapIniParser = sap_discoverer.IniParser()
instanceProfileParser = sap_discoverer.InstanceProfileParser(
sapIniParser)
defaultProfileParser = sap_trex_discoverer.DefaultProfileParser(
sapIniParser)
try:
resultAsIni = instanceProfileParser.parseAsIniResult(
profileFile.content)
instanceProfile = instanceProfileParser.parse(resultAsIni)
defaultProfile = defaultProfileParser.parse(resultAsIni)
except Exception:
logger.warnException("Failed to parse instance profile")
return
rfcConfigs = []
trexSystem = defaultProfile.getSystem()
trexInstance = instanceProfile.getInstance()
trexInstanceName = trexInstance.getName() + trexInstance.getNumber()
isBiaProduct = 0
versionInfo = None
# # master by default, if topology file is not found that means
# # that current one is the only instance
# isMaster = 1
trexTopology = None
"x) Initialize TREX instance layout" | debug
systemName = trexSystem.getName()
systemBasePath = sap_discoverer.findSystemBasePath(
mainProcess.getExecutablePath(), systemName)
if systemBasePath:
systemLayout = sap_trex_discoverer.SystemLayout(
pathtools, systemBasePath, systemName)
'System path: %s' % systemLayout.getRootPath() | info
instancePath = systemLayout.composeInstanceDirPath(
trexInstanceName)
'Instance path: %s' % instancePath | debug
instanceLayout = sap_trex_discoverer.InstanceLayout(
pathtools, instancePath, trexInstanceName)
"x) Get content of default profile as it contains information about product"
"x) Determine whether we deal with BIA based on version information" | debug
defaultProfilePath = systemLayout.getDefaultProfileFilePath()
defaultProfileFile = getFileContent(defaultProfilePath)
try:
resultAsIni = instanceProfileParser.parseAsIniResult(
defaultProfileFile.content)
defaultProfile = defaultProfileParser.parse(resultAsIni)
except Exception:
logger.warnException("Failed to parse default profile")
else:
isBiaProduct = defaultProfile.getProductType(
) == sap_trex.Product.BIA
(isBiaProduct and "BIA" or "non-BIA", "product detected") | info
# get instance host name from profile name
instanceHostname = None
try:
destinationSystem = sap_discoverer.parseSapSystemFromInstanceProfileName(
profileFile.getName())
except Exception:
msg = "Failed to parse instance hostname from profile file name"
logger.debugException(msg)
else:
instanceHostname = first(
destinationSystem.getInstances()).getHostname()
"x) Discover whole topology from (topology.ini)" | info
# topology.ini file location and format differs depending on the
# product:
# -a) BIA (has plain-ini file at <SID>/sys/global/trex/data/topology.ini
# -b) TREX (has several places where topology.ini can be stored)
discoverTopologyIniFilePath = fptools.safeFunc(
sap_trex_discoverer.discoverTopologyIniFilePath)
topologyFilePath = (isBiaProduct
and systemLayout.getTopologyIniPath()
or discoverTopologyIniFilePath(
fs, instanceLayout, instanceHostname))
topologyFile = topologyFilePath and getFileContent(
topologyFilePath)
if topologyFile:
try:
configParser = sap_trex_discoverer.TopologyConfigParser()
trexTopology = sap_trex_discoverer.TrexTopologyConfig(
configParser.parse(topologyFile.content))
# find instance between master end-points
# landscapeSnapshot = topology.getGlobals().getLandscapeSnapshot()
# masterEndpoints = landscapeSnapshot.getMasterEndpoints()
# activeMasterEndpoints = landscapeSnapshot.getActiveMasterEndpoints()
# topologyNodes = topology.getHostNodes()
##
# isEndpointWithInstanceHostname = (lambda
# ep, hostname = instanceHostname: ep.getAddress() == hostname)
# isMaster = len(filter(isEndpointWithInstanceHostname,
# landscapeSnapshot.getMasterEndpoints()))
# "host role is %s" % (isMaster and "master" or "slave") | info
except:
logger.warnException(
"Failed to parse topology configuration")
else:
logger.warn(
"Failed to get content for the topology configuration")
"x) Discover TREX version information from saptrexmanifest.mf" | info
# read version info from manifest file
manifestFile = getFileContent(instanceLayout.getManifestFilePath())
if manifestFile:
manifestParser = sap_trex_discoverer.SapTrexManifestParser(
sapIniParser)
versionInfo = manifestParser.parseVersion(manifestFile.content)
else:
'Failed to discover version from manifest file' | warn
'Second attept to get version from updateConfig.ini file' | info
profileSystem = Sfn(
sap_discoverer.parseSapSystemFromInstanceProfileName)(
profileFile.getName())
if profileSystem:
hostname = first(
profileSystem.getInstances()).getHostname()
updateConfigFile = getFileContent(
instanceLayout.composeUpdateConfigIniFilePath(
hostname))
versionInfo = updateConfigFile and sap.VersionInfo(
updateConfigFile.content.strip())
"x) Discover served systems ( in case if RFC configuration established )" | info
rfcServerIniFilePath = (
isBiaProduct and systemLayout.getRfcServerConfigFilePath()
or instanceLayout.composeTrexRfcServerIniFilePath(
instanceHostname))
rfcServerIniFile = getFileContent(rfcServerIniFilePath)
if rfcServerIniFile:
rfcConfigs = filter(None, (fptools.safeFunc(
sap_trex_discoverer.parseConnectionsInRfcServerIni)(
rfcServerIniFile.content)))
# -------------------------------------------------------- REPORTING
"SAP TREX plug-in REPORTING start" | info
trexOsh = application.getOsh()
vector = context.resultsVector
configFileReporter = file_topology.Reporter(file_topology.Builder())
trexReporter = sap_trex.Reporter(sap_trex.Builder())
linkReporter = sap.LinkReporter()
softwareBuilder = sap.SoftwareBuilder()
"x) - report profile content as configuration document for the application" | info
vector.add(configFileReporter.report(profileFile, trexOsh))
("x) - report %s" % trexSystem) | info
trexSystemOsh = trexReporter.reportSystem(trexSystem)
vector.add(trexSystemOsh)
vector.add(linkReporter.reportMembership(trexSystemOsh, trexOsh))
"x) - report instance name and version" | info
softwareBuilder.updateName(trexOsh, trexInstanceName)
"x) report instance number: %s" % trexInstance.getNumber() | info
instanceBuilder = sap_trex.Builder()
instanceBuilder.updateInstanceNumber(trexOsh, trexInstance.getNumber())
if versionInfo:
softwareBuilder.updateVersionInfo(trexOsh, versionInfo)
if isBiaProduct:
softwareBuilder.updateDiscoveredProductName(
trexOsh, sap_trex.Product.BIA.instanceProductName)
"x) report RFC connections" | info
dnsResolver = netutils.DnsResolverByShell(shell, destinationIp)
vector.addAll(reportRfcConfigs(rfcConfigs, dnsResolver, hostOsh))
"x) report all topology nodes" | info
if trexTopology:
reportHostNode = fptools.partiallyApply(reportTrexHostNode,
fptools._, trexTopology,
isBiaProduct)
vectors = map(reportHostNode, trexTopology.getHostNodes())
fptools.each(vector.addAll, vectors)
def create(cls, discoverers, default_discoverer):
discoverer_by_version = {}
add_discoverer = partial(Registry.add_discoverer,
discoverer_by_version)
fptools.each(add_discoverer, discoverers)
return cls(discoverer_by_version, default_discoverer)
def decorator_fn(main_fn):
@wraps(main_fn)
def wrapper(framework):
vector = ObjectStateHolderVector()
framework = RichFramework(framework)
creds_manager = CredsManager(framework)
creds = get_credentials_fn(framework, creds_manager)
if creds is None:
return vector
first_cred = take(0, 1, creds)
if not first_cred:
logger.reportErrorObject(_create_missed_creds_error(proto_name))
else:
connection_exs = []
discovery_exs = []
warnings = []
at_least_once_discovered = False
oshs = []
creds = list(itertools.chain(first_cred, creds))
if with_dns_resolver:
local_client = framework.createClient(LOCAL_SHELL_PROTOCOL_NAME)
local_shell = shellutils.ShellUtils(local_client)
dns_resolver = _get_dns_resolver(local_shell)
for args in starmap(functools.partial(cred_to_client_args,
creds_manager),
creds):
try:
with create_client(framework, *args) as client:
args = with_dns_resolver and (dns_resolver,) + args or args
oshs_, warnings_ = main_fn(client, framework, *args)
oshs.extend(oshs_)
warnings.extend(warnings_)
at_least_once_discovered = True
if stop_on_first:
break
except ConnectionException, ce:
logger.debugException(str(ce))
connection_exs.append(ce)
except (DiscoveryException, Exception), de:
logger.debugException(str(de))
discovery_exs.append(de)
if with_dns_resolver:
fptools.safeFunc(local_shell.closeClient)()
if at_least_once_discovered:
each(logger.reportWarningObject, warnings)
else:
for ex in connection_exs:
obj = _create_connection_errorobj(proto_name, ex.message)
logger.reportErrorObject(obj)
for ex in discovery_exs:
obj = _create_discovery_errorobj(proto_name, '', ex.message)
logger.reportErrorObject(obj)
vector.addAll(oshs)
findAdminServerEndpoint, runtimes)))
# find unique endpoints
if len(adminServerEndpointByName) > 1:
logger.info(
"""After analyze of running processes in single domain \
found servers pointing to different administrative servers
""")
logger.debug(adminServerEndpointByName)
adminServerEndpoint = (len(adminServerEndpointByName) == 1 and
adminServerEndpointByName.values()[0])
domain = jee.Domain(domainDescriptor.getName())
# add known clusters to the domain
clusters = domainDescriptor.getClusters()
each(domain.addCluster, clusters)
# add config.xml to the domain
domain.addConfigFiles(
jee.createXmlConfigFile(domainDescriptorFile))
deploymentTargetByName = applyMapping(jee.Cluster.getName,
clusters)
machineByName = applyMapping(
weblogic_discoverer.DomainConfigurationDescriptor.Machine.
getName, domainDescriptor.getMachines())
# find corresponding process for each discovered server to
# provide additional information that can be overridden
resolvedServers = []
servers = domainDescriptor.getServers()
