def run(self, args):
"""
Main method called via app.main() below.
The Ice.Application is set to callbackOnInterrupt so that it can be
shutdown cleanly by the callback above.
:param args: Arguments required by the ICE system.
:return: Exit state.
:rtype: int
"""
props = self.communicator().getProperties()
configure_server_logging(props)
# Create a FileServer, its adapter and activate it.
try:
serverIdString = self.getServerIdString(props)
serverAdapterName = self.getServerAdapterName(props)
mServer = fsFileServer.FileServerI()
adapter = self.communicator().createObjectAdapter(serverAdapterName)
mServerPrx = adapter.add(mServer, self.communicator().stringToIdentity(serverIdString))
adapter.activate()
except:
log.exception("Failed create OMERO.fs FileServer: \n")
return -1
log.info('Started OMERO.fs FileServer')
# Wait for an interrupt.
self.communicator().waitForShutdown()
log.info('Stopping OMERO.fs FileServer')
return 0
def run(self, args):
# Configure our communicator
ofr.registerObjectFactory(self.communicator())
for of in list(omero.rtypes.ObjectFactories.values()):
of.register(self.communicator())
retVal = -1
props = self.communicator().getProperties()
configure_server_logging(props)
log.debug("Grid Properties:\n%s", str(props))
testConfig = props.getPropertyWithDefault("omero.fstest.config", "")
isTestClient = bool(testConfig)
if isTestClient:
props.load(testConfig)
log.info("Updated Test Properties:\n%s", str(props))
# This tests if the FSServer is supported by the platform
# if not there's no point starting the FSDropBox client
import fsUtil
try:
checkString = props.getPropertyWithDefault(
"omero.fs.platformCheck", "True")
platformCheck = not (checkString == "False")
fsUtil.monitorPackage(platformCheck)
except:
log.exception("System requirements not met: \n")
log.error("Quitting")
return retVal
try:
host, port = self.getHostAndPort(props)
omero.client(host, port)
except:
log.exception("Failed to get client: \n")
log.error("Quitting")
return retVal
try:
self.maxRetries = int(
props.getPropertyWithDefault("omero.fs.maxRetries", "5"))
self.retryInterval = int(
props.getPropertyWithDefault("omero.fs.retryInterval", "3"))
sf = omero.util.internal_service_factory(
self.communicator(),
"root",
"system",
retries=self.maxRetries,
interval=self.retryInterval)
except:
log.exception("Failed to get Session: \n")
log.error("Quitting")
return retVal
try:
configService = sf.getConfigService()
except:
log.exception("Failed to get configService: \n")
log.error("Quitting")
return retVal
try:
monitorParameters = self.getMonitorParameters(props)
log.info("Monitor parameters = %s", str(monitorParameters))
except:
log.exception("Failed get properties from templates.xml: \n", )
log.error("Quitting")
return retVal
try:
if 'default' in list(monitorParameters.keys()):
if not monitorParameters['default']['watchDir']:
dataDir = configService.getConfigValue("omero.data.dir")
defaultDropBoxDir = props.getPropertyWithDefault(
"omero.fs.defaultDropBoxDir", "DropBox")
monitorParameters['default']['watchDir'] = os.path.join(
dataDir, defaultDropBoxDir)
watchDir = pathModule.path(
monitorParameters['default']['watchDir'])
if not watchDir.exists():
log.info("Creating default dropbox directory: " +
monitorParameters['default']['watchDir'])
watchDir.mkdir()
except OSError:
log.exception("Failed to create default dropbox directory : \n")
except:
log.exception("Failed to use a query service : \n")
log.error("Quitting")
return retVal
try:
sf.destroy()
except:
log.exception("Failed to get close session: \n")
log.error("Quitting")
return retVal
try:
serverIdString = self.getServerIdString(props)
fsServer = self.communicator().stringToProxy(serverIdString)
fsServer = monitors.MonitorServerPrx.checkedCast(
fsServer.ice_twoway())
clientAdapterName = self.getClientAdapterName(props)
clientIdString = self.getClientIdString(props)
adapter = self.communicator().createObjectAdapter(
clientAdapterName)
mClient = {}
monitorId = {}
for user in list(monitorParameters.keys()):
if isTestClient:
self.callbackOnInterrupt()
log.info("Creating test client for user: %s", user)
testUser = user
mClient[user] = fsDropBoxMonitorClient.TestMonitorClient(
user,
monitorParameters[user]['watchDir'],
self.communicator(),
worker_wait=monitorParameters[user]['fileWait'],
worker_batch=monitorParameters[user]['fileBatch'])
else:
log.info("Creating client for user: %s", user)
if user == 'default':
mClient[user] = fsDropBoxMonitorClient.MonitorClientI(
monitorParameters[user]['watchDir'],
self.communicator(),
worker_wait=monitorParameters[user]['fileWait'],
worker_batch=monitorParameters[user]['fileBatch'])
else:
mClient[user] = \
fsDropBoxMonitorClient.SingleUserMonitorClient(
user, monitorParameters[user]['watchDir'],
self.communicator(),
worker_wait=monitorParameters[
user]['fileWait'],
worker_batch=monitorParameters[
user]['fileBatch'])
identity = self.communicator().stringToIdentity(
clientIdString + "." + user)
adapter.add(mClient[user], identity)
mClientProxy = monitors.MonitorClientPrx.uncheckedCast(
adapter.createProxy(identity))
monitorType = monitors.MonitorType.__dict__["Persistent"]
try:
monitorId[user] = fsServer.createMonitor(
monitorType, monitorParameters[user]['eventTypes'],
monitorParameters[user]['pathMode'],
monitorParameters[user]['watchDir'],
monitorParameters[user]['whitelist'],
monitorParameters[user]['blacklist'],
monitorParameters[user]['timeout'],
monitorParameters[user]['blockSize'],
monitorParameters[user]['ignoreSysFiles'],
monitorParameters[user]['ignoreDirEvents'],
platformCheck, mClientProxy)
log.info("Created monitor with id = %s",
str(monitorId[user]))
mClient[user].setId(monitorId[user])
mClient[user].setServerProxy(fsServer)
mClient[user].setSelfProxy(mClientProxy)
mClient[user].setDirImportWait(
monitorParameters[user]['dirImportWait'])
mClient[user].setThrottleImport(
monitorParameters[user]['throttleImport'])
mClient[user].setTimeouts(
monitorParameters[user]['timeToLive'],
monitorParameters[user]['timeToIdle'])
mClient[user].setReaders(
monitorParameters[user]['readers'])
mClient[user].setImportArgs(
monitorParameters[user]['importArgs'])
mClient[user].setHostAndPort(host, port)
mClient[user].setMaster(self)
fsServer.startMonitor(monitorId[user])
except:
log.exception("Failed create or start monitor : \n")
adapter.activate()
except:
log.exception("Failed to access proxy : \n")
return retVal
if not mClient:
log.error("Failed to create any monitors.")
log.error("Quitting")
return retVal
log.info('Started OMERO.fs DropBox client')
try:
# If this is TestDropBox then try to copy and import a file.
if isTestClient:
timeout = int(
props.getPropertyWithDefault("omero.fstest.timeout",
"120"))
srcFiles = list(
props.getPropertyWithDefault("omero.fstest.srcFile",
"").split(';'))
targetDir = monitorParameters[testUser]['watchDir']
if not srcFiles or not targetDir:
log.error("Bad configuration")
else:
log.info("Copying test file(s) %s to %s" %
(srcFiles, targetDir))
retVal = self.injectTestFile(srcFiles, targetDir, timeout)
else:
self.communicator().waitForShutdown()
except:
# Catching here guarantees cleanup.
log.exception("Executor error")
for user in list(mClient.keys()):
try:
fsServer.stopMonitor(monitorId[user])
try:
fsServer.destroyMonitor(monitorId[user])
except:
log.warn(
"Failed to destroy MonitorClient for : %s "
"FSServer may have already stopped.", user)
retVal = 0
except:
log.warn(
"Failed to stop and destroy MonitorClient for : %s "
"FSServer may have already stopped.", user)
retVal = 0
try:
mClient[user].stop()
except:
log.exception("Failed to stop DropBoxMonitorClient for: %s",
user)
log.info('Stopping OMERO.fs DropBox client')
log.info("Exiting with exit code: %d", retVal)
if retVal != 0:
log.error("Quitting")
return retVal
def run(self, args):
# Configure our communicator
ofr.registerObjectFactory(self.communicator())
for of in omero.rtypes.ObjectFactories.values():
of.register(self.communicator())
retVal = -1
props = self.communicator().getProperties()
configure_server_logging(props)
log.debug("Grid Properties:\n%s",str(props))
testConfig = props.getPropertyWithDefault("omero.fstest.config", "")
isTestClient = bool(testConfig)
if isTestClient:
props.load(testConfig)
log.info("Updated Test Properties:\n%s",str(props))
# This tests if the FSServer is supported by the platform
# if not there's no point starting the FSDropBox client
import fsUtil
try:
fsUtil.monitorPackage()
except:
log.exception("System requirements not met: \n")
log.error("Quitting")
return retVal
try:
host, port = self.getHostAndPort(props)
omero.client(host, port)
except:
log.exception("Failed to get client: \n")
log.error("Quitting")
return retVal
try:
self.maxRetries = int(props.getPropertyWithDefault("omero.fs.maxRetries","5"))
self.retryInterval = int(props.getPropertyWithDefault("omero.fs.retryInterval","3"))
sf = omero.util.internal_service_factory(
self.communicator(), "root", "system",
retries=self.maxRetries, interval=self.retryInterval)
except:
log.exception("Failed to get Session: \n")
log.error("Quitting")
return retVal
try:
configService = sf.getConfigService()
except:
log.exception("Failed to get configService: \n")
log.error("Quitting")
return retVal
try:
monitorParameters = self.getMonitorParameters(props)
log.info("Monitor parameters = %s", str(monitorParameters))
except:
log.exception("Failed get properties from templates.xml: \n", )
log.error("Quitting")
return retVal
try:
if 'default' in monitorParameters.keys():
if not monitorParameters['default']['watchDir']:
dataDir = configService.getConfigValue("omero.data.dir")
defaultDropBoxDir = props.getPropertyWithDefault("omero.fs.defaultDropBoxDir","DropBox")
monitorParameters['default']['watchDir'] = os.path.join(dataDir, defaultDropBoxDir)
watchDir = pathModule.path(monitorParameters['default']['watchDir'])
if not watchDir.exists():
log.info("Creating default dropbox directory: " + monitorParameters['default']['watchDir'])
watchDir.mkdir()
except OSError:
log.exception("Failed to create default dropbox directory : \n")
except:
log.exception("Failed to use a query service : \n")
log.error("Quitting")
return retVal
try:
sf.destroy()
except:
log.exception("Failed to get close session: \n")
log.error("Quitting")
return retVal
try:
serverIdString = self.getServerIdString(props)
fsServer = self.communicator().stringToProxy(serverIdString)
fsServer = monitors.MonitorServerPrx.checkedCast(fsServer.ice_twoway())
clientAdapterName = self.getClientAdapterName(props)
clientIdString = self.getClientIdString(props)
adapter = self.communicator().createObjectAdapter(clientAdapterName)
mClient = {}
monitorId = {}
for user in monitorParameters.keys():
if isTestClient:
self.callbackOnInterrupt()
log.info("Creating test client for user: %s", user)
testUser = user
mClient[user] = fsDropBoxMonitorClient.TestMonitorClient(user, monitorParameters[user]['watchDir'], self.communicator(),\
worker_wait=monitorParameters[user]['fileWait'], worker_batch=monitorParameters[user]['fileBatch'])
else:
log.info("Creating client for user: %s", user)
if user == 'default':
mClient[user] = fsDropBoxMonitorClient.MonitorClientI(monitorParameters[user]['watchDir'], self.communicator(),\
worker_wait=monitorParameters[user]['fileWait'], worker_batch=monitorParameters[user]['fileBatch'])
else:
mClient[user] = fsDropBoxMonitorClient.SingleUserMonitorClient(user, monitorParameters[user]['watchDir'], self.communicator(),\
worker_wait=monitorParameters[user]['fileWait'], worker_batch=monitorParameters[user]['fileBatch'])
identity = self.communicator().stringToIdentity(clientIdString + "." + user)
adapter.add(mClient[user], identity)
mClientProxy = monitors.MonitorClientPrx.uncheckedCast(adapter.createProxy(identity))
monitorType = monitors.MonitorType.__dict__["Persistent"]
try:
monitorId[user] = fsServer.createMonitor(monitorType,
monitorParameters[user]['eventTypes'],
monitorParameters[user]['pathMode'],
monitorParameters[user]['watchDir'],
monitorParameters[user]['whitelist'],
monitorParameters[user]['blacklist'],
monitorParameters[user]['timeout'],
monitorParameters[user]['blockSize'],
monitorParameters[user]['ignoreSysFiles'],
monitorParameters[user]['ignoreDirEvents'],
mClientProxy)
log.info("Created monitor with id = %s",str(monitorId[user]))
mClient[user].setId(monitorId[user])
mClient[user].setServerProxy(fsServer)
mClient[user].setSelfProxy(mClientProxy)
mClient[user].setDirImportWait(monitorParameters[user]['dirImportWait'])
mClient[user].setThrottleImport(monitorParameters[user]['throttleImport'])
mClient[user].setTimeouts(monitorParameters[user]['timeToLive'],monitorParameters[user]['timeToIdle'])
mClient[user].setReaders(monitorParameters[user]['readers'])
mClient[user].setImportArgs(monitorParameters[user]['importArgs'])
mClient[user].setHostAndPort(host,port)
mClient[user].setMaster(self)
fsServer.startMonitor(monitorId[user])
except:
log.exception("Failed create or start monitor : \n")
adapter.activate()
except:
log.exception("Failed to access proxy : \n")
return retVal
if not mClient:
log.error("Failed to create any monitors.")
log.error("Quitting")
return retVal
log.info('Started OMERO.fs DropBox client')
try:
# If this is TestDropBox then try to copy and import a file.
if isTestClient:
timeout = int(props.getPropertyWithDefault("omero.fstest.timeout","120"))
srcFiles = list(props.getPropertyWithDefault("omero.fstest.srcFile","").split(';'))
targetDir = monitorParameters[testUser]['watchDir']
if not srcFiles or not targetDir:
log.error("Bad configuration")
else:
log.info("Copying test file(s) %s to %s" % (srcFiles, targetDir))
retVal = self.injectTestFile(srcFiles, targetDir, timeout)
else:
self.communicator().waitForShutdown()
except:
# Catching here guarantees cleanup.
log.exception("Executor error")
for user in mClient.keys():
try:
fsServer.stopMonitor(monitorId[user])
try:
fsServer.destroyMonitor(monitorId[user])
except:
log.warn("Failed to destroy MonitorClient for : %s FSServer may have already stopped.", user)
retVal = 0
except:
log.warn("Failed to stop and destroy MonitorClient for : %s FSServer may have already stopped.", user)
retVal = 0
try:
mClient[user].stop()
except:
log.exception("Failed to stop DropBoxMonitorClient for: %s", user)
log.info('Stopping OMERO.fs DropBox client')
log.info("Exiting with exit code: %d", retVal)
if retVal != 0:
log.error("Quitting")
return retVal
