def discoverResourcesInDomain(cell, cellLayout, fs, parser, reporterCreator,
sendResourcesVector):
r'@types: Cell, CellLayout, FileSystem, DescriptorParser, ReporterCreator, (ObjectStateHolderVector ->) -> JndiNamedResourceManager'
# ========================== RESOURCES DISCOVERY =======
logger.info("START GRABBING RESOURCES")
jndiNamedResourceManager = websphere_discoverer.JndiNamedResourceManager()
# discover resources for cell
discoverResources(cell, None, curry(asIs, cellLayout), parser,
reporterCreator, sendResourcesVector,
jndiNamedResourceManager.addDomainResource)
# discover resources for clusters
for cluster in cell.getClusters():
discoverResources(cell, cluster,
curry(createClusterLayout, cluster, cellLayout, fs),
parser, reporterCreator, sendResourcesVector,
jndiNamedResourceManager.addClusterResource)
# discover resources for nodes
for node in cell.getNodes():
discoverResources(cell, node,
curry(createNodeLayout, node, cellLayout, fs),
parser, reporterCreator, sendResourcesVector,
jndiNamedResourceManager.addNodeResource)
# discover resources for server
nodeLayout = websphere_discoverer.NodeLayout(
cellLayout.composeNodeHomePath(node.getName()), fs)
for server in node.getServers():
discoverResources(
cell, server, curry(createServerLayout, server, nodeLayout,
fs), parser, reporterCreator,
sendResourcesVector,
jndiNamedResourceManager.addServerResource)
return jndiNamedResourceManager
def parseCentralInstance(self, doc):
'r@types:org.w3c.dom.Document -> JEEDiscovererByHTTP.CentralInstance'
centralInstanceNode = self._evalToNode('/SAP_J2EE/CENTRAL_INSTANCE',
doc)
if centralInstanceNode:
buildInstanceSafely = fptools.safeFunc(fptools.curry(self._parseInstance,
fptools._,
self.CentralInstance))
return buildInstanceSafely(centralInstanceNode)
def parseDialogInstances(self, doc):
'r@types:org.w3c.dom.Document -> list(JEEDiscovererByHTTP.DialogInstance)'
dialogInstanceNodes = self._evalToNodes('/SAP_J2EE/DIALOG_INSTANCE',
doc)
buildInstanceSafely = fptools.safeFunc(fptools.curry(self._parseInstance,
fptools._,
self.DialogInstance))
res = map(buildInstanceSafely, dialogInstanceNodes)
return filter(None, res)
def discoverResourcesInDomain(cell, cellLayout, fs, parser, reporterCreator, sendResourcesVector):
r'@types: Cell, CellLayout, FileSystem, DescriptorParser, ReporterCreator, (ObjectStateHolderVector ->) -> JndiNamedResourceManager'
# ========================== RESOURCES DISCOVERY =======
logger.info("START GRABBING RESOURCES")
jndiNamedResourceManager = websphere_discoverer.JndiNamedResourceManager()
# discover resources for cell
discoverResources(
cell, None, curry(asIs, cellLayout),
parser, reporterCreator, sendResourcesVector,
jndiNamedResourceManager.addDomainResource
)
# discover resources for clusters
for cluster in cell.getClusters():
discoverResources(
cell, cluster,
curry(createClusterLayout, cluster, cellLayout, fs),
parser, reporterCreator, sendResourcesVector,
jndiNamedResourceManager.addClusterResource
)
# discover resources for nodes
for node in cell.getNodes():
discoverResources(
cell, node,
curry(createNodeLayout, node, cellLayout, fs),
parser, reporterCreator, sendResourcesVector,
jndiNamedResourceManager.addNodeResource
)
# discover resources for server
nodeLayout = websphere_discoverer.NodeLayout(
cellLayout.composeNodeHomePath(node.getName()), fs)
for server in node.getServers():
discoverResources(
cell, server,
curry(createServerLayout, server, nodeLayout, fs),
parser, reporterCreator, sendResourcesVector,
jndiNamedResourceManager.addServerResource
)
return jndiNamedResourceManager
Framework.sendObjects(jee_discoverer.discoverTnsnamesOra(hostId, client))
# discover all processes
runningProcesses = processDiscoverer.discoverAllProcesses()
# make filtering for Weblogic processes
serverProcesses = filter(isWeblogicAsProcess, runningProcesses)
# obvious to terminate discovery job without weblogic processes running
if not serverProcesses:
logger.reportWarning("No Weblogic processes currently running")
return ObjectStateHolderVector()
# create catalog of processes by PID
processByPid = applyMapping(processModule.Process.getPid, runningProcesses)
# for each weblogic server process get root directory path
getRootDirectoryPath = curry(getDomainRootDirPath,
shell, fs, _, processByPid.get
)
rootDirectoryPaths = map(safeFunc(getRootDirectoryPath), serverProcesses)
# group server processes by root directory path
processesByRootDirPath = {}
for process, path in zip(serverProcesses, rootDirectoryPaths):
processesByRootDirPath.setdefault(path, []).append(process)
debugGroups(processesByRootDirPath)
# NEXT CASE IS NOT SUPPORTED (as property weblogic.ConfigFile
# removed starting from version 9
# important to understand that some processes may specify alternative
# path to the configuration
# -Dweblogic.ConfigFile=c:\mydir\myfile.xml
# OR
# Instead, use the following arguments:
runtimes
)
debugGroupping(runtimesByConfigDirPath)
# find out platform version for each runtime where several runtimes
# may use the same binary installation placed in so called 'isntall root directory'
# so to reduce FS calls for the same root directory we will group
# runtimes by this path
installRootDirPaths = applySet(
websphere_discoverer.ServerRuntime.findInstallRootDirPath,
runtimes
)
# for install root directory get platform version
productInfoParser = websphere_discoverer.ProductInfoParser(loadExternalDtd)
productInfoByInstallDirPath = applyReverseMapping(
curry(determineVersion, _, productInfoParser, fs),
installRootDirPaths)
r'''2)'''
for configDirPath, runtimes in runtimesByConfigDirPath.items():
logger.info("=" * 30)
logger.info("Profile %s" % configDirPath )
logger.info("Determine cell type (standalone|distributed)")
# expected to see the same cell name for all runtimes in scope
# of configDirPath
runtimesByCellName = groupby(websphere_discoverer.ServerRuntime.getCellName,
runtimes)
debugGroupping(runtimesByCellName)
if len(runtimesByCellName) > 1:
logger.warn("Configuration where more than one cell in one profile is not supported")
continue
# parse cell configuration and get deployment type
runtimesByConfigDirPath = groupby(
websphere_discoverer.ServerRuntime.getConfigDirPath, runtimes)
debugGroupping(runtimesByConfigDirPath)
# find out platform version for each runtime where several runtimes
# may use the same binary installation placed in so called 'isntall root directory'
# so to reduce FS calls for the same root directory we will group
# runtimes by this path
installRootDirPaths = applySet(
websphere_discoverer.ServerRuntime.findInstallRootDirPath,
runtimes)
# for install root directory get platform version
productInfoParser = websphere_discoverer.ProductInfoParser(
loadExternalDtd)
productInfoByInstallDirPath = applyReverseMapping(
curry(determineVersion, _, productInfoParser, fs),
installRootDirPaths)
r'''2)'''
for configDirPath, runtimes in runtimesByConfigDirPath.items():
logger.info("=" * 30)
logger.info("Profile %s" % configDirPath)
logger.info("Determine cell type (standalone|distributed)")
# expected to see the same cell name for all runtimes in scope
# of configDirPath
runtimesByCellName = groupby(
websphere_discoverer.ServerRuntime.getCellName, runtimes)
debugGroupping(runtimesByCellName)
if len(runtimesByCellName) > 1:
logger.warn(
"Configuration where more than one cell in one profile is not supported"
)
jee_discoverer.discoverTnsnamesOra(hostId, client))
# discover all processes
runningProcesses = processDiscoverer.discoverAllProcesses()
# make filtering for Weblogic processes
serverProcesses = filter(isWeblogicAsProcess, runningProcesses)
# obvious to terminate discovery job without weblogic processes running
if not serverProcesses:
logger.reportWarning("No Weblogic processes currently running")
return ObjectStateHolderVector()
# create catalog of processes by PID
processByPid = applyMapping(processModule.Process.getPid,
runningProcesses)
# for each weblogic server process get root directory path
getRootDirectoryPath = curry(getDomainRootDirPath, shell, fs, _,
processByPid.get)
rootDirectoryPaths = map(safeFunc(getRootDirectoryPath),
serverProcesses)
# group server processes by root directory path
processesByRootDirPath = {}
for process, path in zip(serverProcesses, rootDirectoryPaths):
processesByRootDirPath.setdefault(path, []).append(process)
debugGroups(processesByRootDirPath)
# NEXT CASE IS NOT SUPPORTED (as property weblogic.ConfigFile
# removed starting from version 9
# important to understand that some processes may specify alternative
# path to the configuration
# -Dweblogic.ConfigFile=c:\mydir\myfile.xml
# OR
# Instead, use the following arguments: